The fastest growing segment in the self defense industry today. What is a personal security alarm? Personal protection alarms are convenient to carry, and extremely loud, giving you the attention drawing capability you need, when it matters most. Small enough to fit into the hands of women and children, yet the ear splitting high pitched sound they emit (usually 120 decibels or more), is very uncomfortable to listen to for even a few seconds.

MC-223 Keychain Alarm A very small 2.25 x 1.5 inches with our loudest 120 Decibel alarm! Multi-function personal alarm, can be used to protect people, places, and things. Now available in BLACK and CHESTNUT ROSE. Includes Door & Window Alarm Cord

Carry a personal defence alarm with you wherever you go. Portable Safety Alarms are legal to carry everywhere (even on airplanes) and so simple to use. Protect yourself at school, in the workplace, and when travelling. Protect your loved ones including the very young, and the very old. Electronic alarms will not escalate an already dangerous situation and not every situation requires lethal force .. Personal Safety Devices are your first defense. The safest and most effective method of self protection. Personal Defense Alarms CANNOT be used against you like offensive weapons, requires NO training or permits, and can be used by ANYONE regardless of physical condition or age. Many people enjoy sports like hiking, running, or cycling, but these activities can leave you isolated and vulnerable. If you feel threatened or need emergency assistance, simply activate the alarm. The piercing sound of personal security alarms can even be used to ward off vicious dogs or wild animals.

The MC-383 Safety Alarm with Back Clip Back Clip style personal alarm for hands free availabilty, just slide the clip over belt or waistband. This 120dB alarm is ideal for school, work or play. Available colors. BLACK, SILVER, RED or ORANGE Approximate size 3 x 1.75 inchesWeight 2.5 ounces (71g) us. $8.99

Endorsed by Police and Security organizations around the world. Investigations have shown that victims are usually too traumatized to shout for help in unfamiliar and dangerous situations, increasing their vulnerability. Police Officers, Campus Safety and Security Consultants recommend the use of personal safety alarms. The high pitch alarm could scare off an assailant by surprising them, and will attract the attention of others in the area. Criminals do not like to draw attention, and will likely run off when they realize the alarm cannot be stopped. See MC-223 PERSONAL ALARM INSTRUCTIONS for details on how to use your personal safety products. While the chances of being attacked remains extremely unlikely there is no doubt that personal alarms have proven their worth when individuals have been accosted.

Whether you are male or female, carry a personal attack alarm to help you feel more confident and protected without having to carry a weapon or learn self defence skills.

NB. Gas alarms must be kept away from extreme temperatures they should especially not be left in cars or near radiators. Extreme temperatures may cause the canister to burst. Gas alarms cannot be taken on airplanes but battery alarms can. Having difficulty knowing what type of alarm to purchase? Suzy Lamplugh Trust has produced a guidance sheet on how to choose and how to use a Personal Attack Alarm. Click here to view. Other names for this type of alarm include. lone worker alarm. panic alarm. rape alarm. However, Suzy Lamplugh Trust refer to them as 'Personal Safety Alarms'.

Wireless Burglar Alarms, Dummy Cameras & Replica Cameras and home/vehicle and office security products since 1992. We offer a wide range of personal safety alarms (also known as rape alarms, attack alarms, personal alarms & personal safety alarms), safety alarms, Ultraviolet Lamps, Door Security, Window Security,

Personal attack alarm, Gas Personal Alarms, personal security alarms, keyring personal alarms, attack alarms, rape alarms, personal safety alarms, defence sprays.

Personal alarms are electronic devices that emit an extremely loud siren-like sound. You activate the personal alarm when attacked by an assailant or when the threat of an attack seems likely.

These small, convenient personal alarms will not take up much space. Lightweight and extremely loud, they give you the attention drawing capability you need when it matters most. Carry a personal alarm with you wherever you go and use it to draw attention in any crisis.

The sleek, slim design of the PL-6 personal alarm with flashlight fits easily into small hands, purses and even a pocket. Dimensions. 3.5" x 2.5" x 0.5". The activation pin is connected to a wrist strap and when the pin is removed the alarm sounds at an ear piercing 130db. The alarm is also equipped with a flashlight, useful for dark parking lots or when entering a dark building. Perfect for real estate agents, night-shift employees and even children! Uses 2 AAA batteries (included)

Designed to draw attention to any crisis, our 130db Personal Alarm is as loud as eight 100db alarms. The alarm is activated when the strap attached to the alarm pin is pulled. Travels easily on your belt or in your purse. The Door Alarm accessory converts the Personal Alarm into a portable door or window alarm. Great for home, hotel rooms, college dorms, etc. Uses one 9-volt battery (not included). Item PAL-1

This personal alarm combines two great deterrents to attack - a loud alarm and flashing light. It's about the size of an ordinary pager and attaches to a belt or purse for easy accessibility. In an emergency, pulling the cord will activate the 130 DB alarm and flashing light. The alarm and light will draw attention to the situation, scare off a would-be attacker, and summon help. Item PDAL

This is a dual purpose 120db door knob alarm. It acts as a burglar alarm and a personal alarm. Hang it on any metal door knob and it instantly and automatically sounds when an intruder touches the door knob. Carry it with you and just pull out the metal chain to sound the alarm and deter an assailant. Uses one 9-volt battery (not included). Also makes a great sleepwalker alarm. Item AL-2

A personal alarm is something you carry with you, can have a flashlight, that sounds off a very loud and attention getting alarm signal. The alarm draws the focus to your situation. The mugger does not want the attention drawn to him.

Product Description There're many different ways this alarm can be used. Personal Alarm. Carry it in a purse/pocket or attach it to your belt. In an emergency pulling the cord will activate the 130DB alarm and flashing light which will scare off a would-be attacker. Purse/Briefcase/Backpack Alarm. Clip cord to your belt or wrapped around your wrist with the alarm placed inside your purse/briefcase/backpack. Alarm will sound if someone attempts to take it from you. Door/Window Alarm. With the door clip, the alarm will sound and scare off a would-be intruder in an attempted entry. Laptop Computer Alarm. Place the same door clip under your property, if someone picks up the object, the alarm will activate. As an added deterrent, an alarm warning decal is included. Requires one 9 volt battery (not included.)

Purchased package of 3 personal alarms. Items were received on time and in perfect condition. Seller's product description is accurate. Would have given 5 stars, but was hesitant since the alarms' size reduces carry-on practicality. its a bit heavy (about as much as a mid sized cell phone)and not entirely small. Yet, it definitely has a apparent usefulness, as the 130 DB alarm proves sufficiently audible, and the flashing light provides sizable sight in dark situations. Overall, acceptable.

Having a personal alarm can help you feel safe. But there's no point if it's not right for you or you don't know how to use it. Slink investigates.

Sound. If an attacker is to be shocked enough to pull away, the sound needs to be as loud and shrill as possible (preferably over 130db). It also needs to be different from common alarm sounds. Eg, if a personal alarm pulsates like a car alarm, the sound might not be as effective cos it isn't so shocking. Size. An alarm needs to be easy to carry, but not so lightweight and tiny that it gets lost at the bottom of your bag. Ease of use. There are different ways to activate different types of alarms, including push caps, push buttons and pull out pins. How fiddly is it to locate the button and activate it?

Some police forces give them away free (go to www. police. uk to find your local force), otherwise they cost around £5-£10 (Google 'personal alarms').

..Providing high quality home personal alarms, personal alarm systems, personal alarm devices for your protection and peace of mind. Personal Alarms For That Little Extra Security Personal alarms are often used to alert the surrounding area of an emergency. you probably know the product called Lifeline, a device that provides instant connection with help and medical service. There is similar wireless contact systems used for self protection as well. these devices are carried or clipped to your clothing. when threatened, a pushed button sounds a loud alarm. Criminals are caught off guard by a loud siren and will run. The high decibel alarm will bring the attention of others. These alarms also protect students on campus or joggers after dark. Rates of attack and rape on college campuses are higher than you'd imagine. Students attending large schools need extra personal protection either in the form of an alarm, pepper spray or self defense. Crime usually happens in dormitories and frat houses. attackers can walk through the door of any beer party. Arm the student with an alarm system that can alert security on campus.

Alarm systems are used not only for protecting your home, they are also used for your personal safety. Medical or personal alarm systems can be easy to set up and there are many options out there for you, depending on your needs. Alarm systems vary depending on your personal needs, to name just a few, they can be.

Voice operated. If you would like to find out more about available alarm systems Independent Living Centres has a product search for each state and territory. Commonwealth Carer Resource Centres are a part of Carers Australia and have a wealth of information and contacts around Australia if you are interested in safety at home. Carers Australia has a resource centre with some helpful downloadable information packs. The Victorian Health website has useful information on their website about personal alarms and contact details for further information.

Personal alarms are small hand-held electronic devices with the functionality to emit a loud siren-like alarming sound. It has a button that when pressed sets the siren off, or a tag that when pulled sets the siren off. It is used when attacked by an assailant or when in danger to scare off the assailant and attract attention. The sound emitted can have the effect of distracting, disorienting, and surprising the assailant. Its main function is as a deterrent, since it is likely that passersby will be attracted to the noise and the attacker will flee. The volume varies from model to model, some models have 130 decibel.

If you happen to get caught up in an emergency situation, simply pull the string to detach the metal pin and activate the 120 decibel signal for this tiny personal alarm.

[.] seems as if this will be a day of mini gadgets here at GeekAlerts. First we had the Tiny Personal Alarm, then the Mini Airplane Mouse and now a small USB card [.]

[.] It seems as if this will be a day of mini gadgets here at GeekAlerts. First we had the Tiny Personal Alarm, then the Mini Airplane Mouse and now a small USB card reader. USB MicroSD/T-Flash + M2 Card [.]

[.] seems as if this will be a day of mini gadgets here at GeekAlerts. First we had the Tiny Personal Alarm, then the Mini Airplane Mouse and now a small USB card [.]

Instant Protection. Personal alarm device can help dissuade would-be assailants with very loud 118db siren alarm that attracts the last thing they want - ATTENTION! Simply push the button with for an ear-piercing, blood-curdling 118 DB blast of sound, summoning help and encouraging the attacker to retreat. Built in flashlight can also protect property.

Unfortunately, the dramatic increase in muggings, car-jacking, burglary and offences against the person necessitate that you take precautions. Carrying one of our Personal Attack Alarms is a sensible precaution in situations where you may feel threatened. Keep one in your car, behind the front door, and on your person. In an emergency step away from you attacker and activate the alarm. PERSONAL

An electronic device that emits an extremely loud siren-like sound. You activate the personal alarm when attacked by an assailant or when the threat of an attack seems likely. The loud sound draws much needed attention to your situation and increases the risk of getting caught to the assailant. The assailant would not like drawing attention to himself and will likely find an easier target.

These small, convenient personal security alarms will not take up much space. Lightweight and extremely loud, they give you the attention drawing capability you need when it matters most. Carry a personal alarm with you wherever you go and use it to draw attention in any crisis. Teen Alarm / Jogger Alarm / Climber Alarm / Walker Alarm / Elderly Alarm

The teddy bear child personal safety alarm receiver (water resistant) delivers a 56db intermittent chirp/beeping sound that functions over 150 feet away from the keychain transmitter. Lets you hear where your child is. Requires 2 CR2032 batteries and 1 mini 12 V extended life battery (all included). Perfect safety device for children ages 1-7. Product Dimension. 3 x 2.25 plus clip.

The teddy bear child personal safety alarm receiver (water resistant) delivers a 56 db intermittent chirp/beeping sound that functions over 150 feet away from the keychain transmitter. Lets you hear where your child is. Requires 2 CR2032 batteries and 1 mini 12 V extended life battery (all included). Perfect safety device for children ages 1-7.

New! Mini Minder Key-Ring Alarm (Pink) just one of our large range of Minder Personal Attack Alarms - click on the image to view other personal attack alarms.

Welcome to personalalarms. com, the website for JNE Marketing - wholesale distributor of Minder Personal Alarms, Home Personal Security hardware, Property Marking Counterfeit Detection equipment and the new Mosquito Mark II Anti-Social Device (also known as the Mosquito Alarm).

JNE Marketing are one of the UK's leading Crime Prevention products suppliers. We were one of the first companies in the UK to develop the Electronic Personal Alarm and recently have become the only Company to receive Sold Secure and Secured by Design Approval. As an innovator of Security Products we continue to pioneer new ideas to combat crimes such as Distraction Burglary, Bogus Callers, Fraud Detection, Rape and Domestic Violence. We offer a large range of Community Safety Crime Prevention Products to wholesale customers. Our product range includes.

Minder Personal Attack Alarms - a large range of personal attack alarms available to buy direct online. Also known as rape alarms, attack alarms, personal security alarms, panic alarms, help alarms and personal safety alarms. - Personal Safety Devices - a range of products to protect yourself and your employees including dog deterrents, dog repellers, dog dazers, dog alarms, torch lights, pocket torchs and keyring torches. - Combat Street Crime - product ranges include bike marking packs, mobile marking packs, mobile alarms and our very own PM safety packs. - The Mosquito Mark II Anti Social Device (Mosquito Alarm) - the mosquito device (mosquito alarm) is used as a sonic anti social deterrent. JNE Marketing also stock a range of accessories for use with the mosquito alarm including. - security cage for the mosquito alarm. - heavy duty security cage for the mosquito alarm. - external PIR for the mosquito alarm. - High Stability PIR for the mosquito alarm. - Plug in Domestic Remote Control for the mosquito alarm. - Video Door Entry - product range includes wireless video door phones, video com, memo cam and video door phones. - CCTV - a large range of CCTV equipment including security cameras, DVR 4 cameras, PIR cameras, digital video recorders, CCTV cameras, weatherproof IR cameras, CCTV warning signs and CCTV warning labels. - Window Door Alarms - product ranges include window alarms, door alarms, door wedge alarms, glass guard. glass minders and sneak in alarms. - Repeat Victimisation/Domestic Violence Products - a specially selected range of products designed to provide peace of mind and protection from personal attack including panic alarms, help alarms, domestic help alarms, panic systems, panic buttons, victimisation alarm, door stop alarms, wedge alarms, portable door locks and digital voice message recorders. - Distraction Burglary - a large range of products including the minder PIR sensor, memo minder, proximity alarm, viewcom, bogus caller pack, wireless door chime, general door chimes, door intercoms and general intercoms. - Portable Intruder Alarms - products include the portable alarm, PIR alarm, autodialler, motion detection alarm, external siren, mini PIR alarm with remote control, keypad alarm, wireless house alarm and wireless burglar alarms. - Security Lighting - products include the light timer, 24 hour timers, light sensors, bulkhead lights, low energy light bulbs and dusk to dawn bulb. - Fire Safety - a large range of products including carbon monoxide alarms, CO detector, CO patches, smoke alarms, fire alarms, fire blankets, fire escape ladders, fire extinguishers and external post boxes. - Security Hardware - high quality hardware products including BS locks, dead locks, door locks, euro profile locks, euro cylinders, thumbturn locks, nightlatch, deadlocking nightlatches, door bolts, hasp and staple, weatherproof padlocks, security anchors, loop cables, mortice locks and sash locks. - Door Window Hardware - quality range of products including door viewers, door chains, door bars, door guards, locking door chains, door chain and bolt, digital door locks, window staylocks, door scopes, patio door locks, sash locks, sash window fasteners and window restrictors. - Garden Shed Perimeter Security - protect your property with our large range of outside security products including garden shed alarms, shed alarms, driveway monitors, garden monitors, fence spikes, wall spikes, driveway alerts, dummy cameras, dummy cctv cameras, dummy security cameras, decoy cameras, anti climb paint and anti vandal paint. - Car Vehicle Security - products include bike alarms, minder bike alarms, car alarms, remote car alarms, motorcycle locks, disk locks, bike locks, masterlock bike locks and scooter chains. - Property Marking Counterfeit Detection - keep your property safe with our extensive range of marking products including uv lights, uv lamps, uv detectors, uv keyrings, uv pens, uv marker pens, mains uv lights, portable uv lamps, ultra violet pens, counterfeit pens, detector pens, money pens, counterfeit note pens and permanent marker pens. - General Home Security/Safety - high quality products including masterlock key safes, key safes, key storage, key guards, safe cans, larger safe cans, water leak alarms and key finders.

We are proud to announce that the 'MINDER' range of Personal Alarms are Secured by Design Approved (Police Preferred Specification) and Sold Secure Approved. The 'MINDER' range are the only Secured by Design and Sold Secure Approved Personal Alarms in the UK. Rely on the best. Our personal attack alarms are battery powered and emit a piercing alarm. Thanks to our unique range of accessories our Minder Personal Attack alarms can be utilised as a door alarm, or to protect your personal belongings such as purses and wallets from pick pockets and bag snatchers.

Personal emergency response systems give you the independence to live like you are used to. Rescue Alert's medical alert systems provide peace of mind for you and those who care about you the most - anytime, 24 hours a day. Rescue Alert and its emergency medical alert bracelets help thousands of people continue to live independently by monitoring the most comprehensive personal emergency response systems available. Rescue Alert's emergency medical alarm service is similar to that of other personal help systems you may have heard of. Our medic alert systems go above and beyond to ensure that you receive the help you need when you need it. Medical alarms grant independence to people who are at risk for injuries and accidents that happen at home. They also grant family and friends a greater sense of freedom. knowing that they’ll be contacted immediately if an incident occurs takes the stress off of caregivers and loved ones. Medical alerts give everyone involved a great sense of relief. Continue reading to find out more on what people are saying about Rescue Alert personal emergency medical alert systems. If you still have questions about our personal emergency response systems, feel free to contact us at us.

Introducing the ila Dusk, a new personal alarm that emits a unique, piercing, high decibel female scream designed to shock and disorientate an attacker - giving you precious seconds to get away.

If the person requiring a personal alarm, or his/her carer, cannot pay for the installation of an alarm there is an annual grant available, usually in spring each year which provides for the once-off cost of installing socially monitored alarm systems. (Under this Scheme, funding can also be provided for small-scale physical security equipment such as the strengthening of doors and windows, window locks, door chains and locks and security lighting, smoke alarms and security lighting.) Funded by the Department of Rural, Community and Gaeltacht Affairs, the department uses local groups such as the Society of St Vincent de Paul, or Community Alert organisations to administer the scheme within the community. You should contact either your local community Garda, or the department directly, to get the name of the group administering the scheme in your area. This scheme is for people over 65 and is means tested.

Personal alarms, also sometimes called anti-mugging devices, can be used by a disabled person to attract the attention of a person who is nearby ie within earshot. There are two main types of alarms available.

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Mini Alarms, Alarm, Safe alarm, self defense, personal alarm, safety products, personal protection, perstonal security alarm, portable alarmMain features.1) Personal anti-attack alarm2) Door wedge alarm3) With mini torch and belt clip4) Include spring cord5) Alarm for emergency6) Gives out alarm sound by pushing on button and pull out the detachable hanging strip7) Very suitable for student8) Can be used in sailing and other emergent situations

Mini Alarms, Alarm, Safe alarm, self defense, personal alarm, safety products, personal protection, personal security alarm

Mini Alarms, Alarm, Safe alarm, self defense, personal alarm, safety products, personal protection, perstonal security alarm

Personal alarms draw attention to any crisis. A personal alarm is small, lightweight, easy to carry and perfect self defense for women. Some personal alarms have a hidden disarm switch to ensure that only the owner can deactivate the alarm. Safety alarms are perfect for walking, traveling and can even be used as a panic alarm or medical alarm during medical emergencies.

Can be attached to a belt or clothing with the included belt clip or attached to a purse with the included lanyard. Safety alarm can be used as a panic alarm or medical alarm and will sound for up to 2 continuous hours. A personal alarm is perfect self defense for women.

AL2 Personal Safety Alarm is a dual-purpose 120-decibel personal security alarm. It acts as a burglar alarm and a personal alarm. Hang it on any doorknob (non-metallic doors) and it instantly and automatically sounds when an intruder touches the doorknob. Carry it with you and just pull out the metal chain to sound the alarm and deter an assailant. Uses 1, 9-volt battery (not included).

Personal alarm with flashing light combines two great deterrents against attack, a loud alarm and a flashing light. It's small and unobtrusive and attaches to a belt or purse for easy accessibility. Makes for a great panic alarm or medical alarm. There are many different ways this alarm can be used. Dimensions are 3x 2x1.

Sleek, slim design of the PL6 personal alarm with flashlight fits easily into small hands, purses and even a pocket. It measures 3.5 x 2.5 x 0.5. The activation pin is connected to a wrist strap and when the pin is removed, the alarm sounds at an ear piercing 130db. The alarm is also equipped with a flashlight, useful for dark parking lots or when entering a dark building. Perfect for real estate agents, night-shift employees and even children! Uses 2 AAA batteries (included).

The Tiny Personal Guard Alarm is probably one of the more simple ways of keeping yourself protected. It wont work for every situation, but it might be helpful to some people. Especially the elderly that just need to get the attention of someone within the house, but still out of shouting range. If you make a habit of jogging at night or get nervous working the late shift, this might help put your mind at ease.

What is a personal alarm?A personal alarm is a self defense device, that when activated, emits a extremely loud, high pitched, ear piercing alert. Are all personal alarms the same?No, most alarms are electronic and operate on batteries. Many have flashlights or strobe lights and some double as a travel alarm protecting doors of hotel rooms and motor homes. They are activated by pushing a button or removing a pin from the device and will continue to operate until the pin is re-inserted. The other type are small canisters, pressurized with an inert gas. When the button is depressed, gas escapes through the nozzle which causes a shrieking blast. This type will only continue to operate as long as the button is being depressed and there is pressurized gas remaining in the canister. How can a personal alarm help me?The theory is that an attacker is looking for an ' easy mark ' that will be submissive to their advances. If confronted with this sonic blast, they will become startled and disoriented. They will also become concerned about the attention they will soon be receiving and break off the attack. How effective are personal alarms?For the most part, personal alarms are very effective, but they are not without disadvantages. They are a passive device in that they don't actually disable the assailant. Also, the attacker may go after the alarm, in an attempt silence it and possibly injure the victim. If obtained, the device could also be disabled. Remember, for the alarm to work, it must have fresh batteries and be close at hand! With these disadvantages, are personal alarms worthwhile ?Without a doubt. If you use it and the attacker retreats, then the alarm has done it's job. Many people opt for passive personal alarms as their first line of defense, while maintaining a more controlling pepper spray, or stun gun as their second. The combination of both really strengthens your self defense plan. What other uses do personal alarms have?Personal Alarms are perfect devices for seniors and the disabled. Attaching one to a wheelchair for instance could only increase their odds of being heard in an emergency. Individuals who are uncomfortable using a defense spray or stun gun will also find value in personal alarms. During an catastrophic event such as an earthquake. hurricane. or avalanche, a personal alarm may prove invaluable. As mentioned above, they may also double as a travel alarm, used on doors. College students also, will find value in personal alarms by protecting their dorms while they sleep. and protecting themselves at other times. How loud are personal alarms?Most personal alarms operate at an impressive 120 to 135 decibels. The list below can give you an idea how loud that is.weakest sound heard 0 dB normal conversation at 3-5 ft 60-70 dB city traffic inside car 85 dB train whistle at 500 ft. 90 dB subway train at 200 ft. 95 dB regular sustained exposure may cause permanent damage 90-95 dB power mower 107 dB power saw 110 dB Pain begins 125 dBair powered riveter at 4 ft. 125 dB jet engine at 100 ft. 140 dB loudest sound that can happen 194 dB Are personal alarms heavy and bulky?No, on the contrary, in recent years, as technology has improved, the weight and size of these units have decreased, while observing an increase in performance while maintaining a respectable price. Many alarms are small enough to be used as key chains. Some use a wrist strap connected to the activation pin. Others have a clip for your belt and some are even shaped like a pen and clip to your shirt pocket.

About The Author, John PettyJohn Petty is the webmaster of Your one stop store for all of your self defense needs. We carry stun guns, pepper sprays, personal alarms, home alarms, all with your safety in mind. Feel safer knowing you're in control! For information and self defense products visit his website at. All Rights Reserved. Reprints acceptable ONLY if the entire article remains the same, including this author resource box!

We have already been promised smart cars that automatically transmit an alarm call after a crash. Now US chip-maker Texas Instruments has plans for a personalised equivalent - a cellphone or PDA that does the same job no matter which vehicle you're travelling in. An accelerometer built into the device detects any violent shock and compares the acceleration profile of the event with a library of others. This allows the device to distinguish between a safe event, such as the device being dropped, and a genuine road accident. If the detected profile looks serious, the device will automatically dial an emergency service number, such as 911, and transmit a recorded message. A device with built-in GPS could also transmit its location. In addition, the device could bleep before transmitting its message. So if the sensor has been triggered accidentally and the owner is not hurt, the call could quickly be cancelled. In the future, devices could also sense heat, smoke and water to warn that the owner is in other kinds of trouble, says Texas Instruments. Read the personal crash alarm patent here.

There are two major kinds of personal safety alarms. One is a danger signal alarm, and the other is a medical alert signal alarm. The danger signal alarm is a small electronic gadget that a person would carry with them, in a purse or on their body. It can be activated by either pressing a button or pulling a pin out of the unit. When activated, it emits an ear piercing, high-pitched alarm. The alarms are easily concealable and made to fit in the palm of your hand or on a keychain.

Personal safety alarms are ideal for joggers or anyone who walks at night. They make great gifts for anyone who lives in a bad neighborhood or has to use a large parking lot or garage at work. These alarms are also great for frequent travelers. Personal safety alarms can be easily adapted to other uses. With the addition of a door clip, there are models that you can use as an entry alarm to your home or hotel room. The Protect-It Alarm for example, works as an electronic motion detection alarm. It is designed to alert a person if a door, window, or personal property is jarred or moved. It can be attached to almost any item. This alarm is lightweight and very small as well. It is suggested that users hold them in their hand when walking alone, no matter how short the distance. They will prevent a person from being attacked, raped, carjacked, robbed or worse. One of the newest personal safety alarms on the market will prevent a driver from falling asleep at the wheel of the car. They have an attachment that allows a person to hook it to their ear while driving. The motion will indicate that they have fallen asleep, based on the movements of their head. If it detects that a person may have fallen asleep, it will make a sound that will wake them up without startling them. A self-contained unit called the Nap Zapper works in the same way. It can be purchased for approximately ten dollars. The elderly, the sick and the disabled use medical personal alarms. They come in the form of a pendant worn around the neck, a bracelet worn on the wrist. Instead of it making a loud alarm when activated, a monitoring service will be contacted in the same way as a home alarm system. If the wearer were to feel ill, or have an accident such as a fall, they can activate the monitored alarm by pushing a button. The monitoring service will then try to contact the wearer to see if they need help. If they cannot reach them, or are told that there is an emergency, they will contact the 911 center. The monitoring service will also notify people on your call list and your medical records will be made available to the care providers. For people who may not be able to activate the signal in case of an emergency, there are additions to the service where the patient will be contacted on regular intervals. If there is no answer then the proper contact person, such as a relative, caregiver, or medical personnel will be alerted.

The next time if someone acts funny with you taking a stroll in a relatively empty park or walking back home after a late night party, you don't have to do the screening for help. The Tiny Personal Guard Alarm will do it by just the pulling a string that will detach a metal pin to activate a 120 decibel signal! Just imagine that. All you need to do is slip it over your neck when you plan to be brave. You can insert the metal pin back into the alarm once you are back safe in bed. The gadget is very light with dimensions of 2.4x3.8x1.5 cm.

We offer a wide range of personal alarms for your personal safety. These include electronic personal alarms, gas operated personal alarms, personal safety alarms, keyring personal alarms (also known as rape alarms and attack alarms) and personal attack defence sprays. We have been selling personal alarms since 1992 and only sell personal alarms that have been specifically designed to help prevent crime and our prices are the keenest available. No need to take our word for it, check our prices carefully or ask your police crime reduction officer, we supply them too! Please do have a read of the C-P-P articles on Personal Alarms and Trusting Personal Alarms for examples of why the Personal Security measures we offer are useful precautions to choose.

Our small and unobtrusive 140 dB Personal Alarm with SOLD SECURE Accreditation to Gold Standard Level.

Professional Personal Alarms with strobe light/torch facility. SOLD SECURE Accreditation to Gold Standard Level. This alarm has a serious sound output so beware!

Personal attack alarm unobtrusively worn as a watch. Also ideal for use by the elderly or infirm, especially at night.

Electronic Personal Attack Alarm with test button facility. One of the loudest and most earpiercing sirens available today. Be warned!

Amazon. co. uk Note. This review refers to the Doberman Personal Alarm Button onlyVery excited to review this product. Short background I go horse riding quite a bit and often go out for rides alone, and its always been a concern of mine I may fall off and no-one can find me and then there is also dog walking in the winter mornings and evenings in the dark too, say no more. I used to have a rather chunky heavy alarm my Mum used to make me carry around in my school days, if anything had ever happened not sure I couldve dug deep into my bag to get it out quick enough. Needless to say it rarely got used or taken out. To the rescue comes the Doberman Power Button. So the "Doberman" a lightweight button, which fits onto your arm with an elastic strap from a distance it could be mistaken for an MP3 player. So for a personal alarm its still got a little street cred. To activate you simply push the button and the alarm and the light start. The noise is quite piercing, and I havent tested if the light can be seen a mile away, as I havent found a road long enough but it is quite bright. As its on your arm its also easy to reach and find, if you should become flustered or panicked. Also the alarm is waterproof but Ive only been out in a light shower which is what the manufacturer suggests and it was fine, I dont think its meant for torrential rain which is fine as I dont plan to be out in hazardous weather. I now as a result of having my "Doberman" feel safer whilst out riding and walking the dog, and recommend it to anyone who is out-of-doors during the day or night and wants a little extra piece of mind. Plus its cheaper than running a real Doberman and I can stick with the Westie. I should also mention that my friend liked mine so much that she has got one for herself and her daughter. Not only all the above but it also comes in various fun colours. So go have fun outdoors and be safe. --Danielle Smith, Amazon. co. uk Product Description Shrill electronic whistle wards off attackers Your personal security accessories An on-the-go companion Includes a bright LED light and emergency flashers Loud 100 decibel alarm A unique safety device designed for jogging One-hit emergency alarm Bright flashing lights can be seen more than 1 mile away Comfortable to wear with the adjustable elastic bands Stylish lightweight design popular with sports people Loud 100 decibel alarm Water resistant Doberman combines it\'s two most innovative and unique Active items in its Power Combo. The Doberman Power Button and the Doberman React Whistle offer comprehensive security for your active lifestyle. Take the Power Button on your daily workout routine. Put the React Whistle in your purse or strap it to your bag. Whether it\'s your child walking to the bus stop alone or the active person who can only find time in the evenings to take that daily jog no matter where you go the Doberman Power Combo products are at your side. Personal alarm solution for joggers runners and everyday use. See all Product Description

A. Pendant or personal alarms can be obtained from a number of commercial suppliers. They charge an installation fee and a monitoring, or rental charge, each year. Age Action Ireland will supply the names and contact details of these commercial suppliers, which does not imply there is any endorsement of the services provided. If the person requiring a personal alarm, or his/her carer, cannot pay for the installation of an alarm there is an annual grant available, shortly after May. This grant covers Between 75 and 90 %of the installation cost. It is means tested, however. The Dept of Community Rural and Gaeltacht Affairs uses local groups such as the Society of St Vincent De Paul, or Community Alert organisations, to administer the scheme. You must contact either your local community Garda, or the department directly, to get the name of the group administering the scheme in your area.

The present invention provides a personal alarm system including a communication device for transmitting a signal to a recipient such as a signal monitoring center or rescue or other emergency authorities. An interface module, including a user-programmable memory and a user interface, controls the communication device. A triggering key is used to activate the interface module in the case of an emergency, thereby causing the communication device to transmit a signal to the recipient.

What is claimed is. 1. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the interface module and the communication device respectively include a radio signal transmitter and a radio signal receiver for allowing the interface module to control the communication device. 2. A personal alarm system as in claim 1 wherein the communication device further includes a cell phone for transmitting the signal to the recipient. 3. A personal alarm system as in claim 1 wherein the communication device further includes a radio signal transmitter for transmitting the signal to the recipient as a radio signal. 4. A personal alarm system as in claim 1 wherein the communication device further includes a beacon for transmitting the signal to the recipient as a beacon. 5. A personal alarm system as in claim 1 wherein the communication device further includes a personal digital assistant and the communication device further includes a radio signal transmitter for transmitting the signal to the recipient. 6. A personal alarm system as in claim 1 wherein the communication device further includes a personal digital assistant including cellular transmitting capabilities for transmitting the signal to the recipient. 7. A personal alarm system as in claim 1 wherein the communication device further includes a SMS (Short Message Service) system for transmitting the signal to the recipient. 8. A personal alarm system as in claim 1 wherein the communication device includes the interface module for invoking all of the interface module functions in the communication device. 9. A personal alarm system as in claim 1 wherein the communication device includes GPS capabilities for including locator information in the signal transmitted to the recipient. 10. A personal alarm system as in claim 1 wherein the user interface is programmed to cause the communication device to transmit the signal to at least one additional recipient. 11. A personal alarm system as in claim 1 wherein the user interface includes at least one programming key for entering the recipient's contact information. 12. A personal alarm system as in claim 1 wherein the user interface includes at least one programming key for entering the recipient's contact information and the contact information for a further recipient. 13. A personal alarm system as in claim 1 wherein the user interface includes a microphone and a recorder for storing a voice message for transmission by the communication device to the recipient, the message stored in the user-programmable memory. 14. A personal alarm system as in claim 1 wherein the interface module includes a backup power supply for providing sufficient power to the interface module and the communication device to transmit a signal to the recipient. 15. A personal alarm system as in claim 1 wherein the interface module includes GPS capabilities for transmitting locator information to the communication device for transmission to a recipient with the signal. 16. A personal alarm system as in claim 1 wherein the triggering key includes a timer for automatically triggering a transmission to the recipient if the user does not activate the triggering key. 17. A personal alarm system as in claim 1 wherein the triggering key includes a user interface for programming the timer for various time intervals. 18. A personal alarm system as in claim 1 wherein the triggering key includes sensors for detecting substances and a switch for automatically triggering the triggering key upon detection by the sensors of the substances. 19. A personal alarm system as in claim 18 where the detectable substances are substances which would be deleterious to the user when present in the user's local environment. 20. A personal alarm system as in claim 1 wherein the triggering key includes an attitude sensor for automatically triggering the interface module when a user wearing the triggering key is prone or semi-prone. 21. A personal alarm system as in claim 1 wherein the triggering key is included within a wristwatch. 22. A personal alarm system as in claim 1 wherein the triggering key is included within jewelry worn by the user. 23. A personal alarm system for transmitting a signal from a user to a recipient comprising. a communication device for transmitting the signal to the recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface for programming in the user's identity and a request for the recipient to look up particular information or data. and a triggering key in operative communication with the interface module for activating the interface module. 24. A personal alarm system as in claim 23 wherein the user interface is used to add addressing information to the user-programmable memory to be sent as part of the signal to be transmitted from the communication device to the recipient for advising the recipient where to look up the particular information or data. 25. A personal alarm system as in claim 23 wherein the communication device includes the interface module for invoking all of the interface module functions in the communication device. 26. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the interface module and the communication device respectively include a cellular signal transmitter and a cellular signal receiver for allowing the interface module to control the communication device. 27. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the interface module and the communication device respectively include a Bluetooth™ transmitter and a Bluetooth™ receiver for allowing the interface module to control the communication device. 28. A personal alarm system. as in claim 27 wherein the communication device includes the interface module for invoking all of the interface module functions in the communication device. 29. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the interface module and the communication device respectively include an infrared transmitter and an infrared receiver for allowing the interface module to control the communication device. 30. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the interface module controls the communication device by first determining the communication device's on/off state, switching on the communication device if necessary and then causing the communication device to transmit a signal to the recipient. 31. A personal alarm system for transmitting a signal from a user to a recipient comprising. a communication device for transmitting the signal to the recipient. an interface module in operative communication with the communication device for controlling the communication device and for providing data to be included in the signal, the interface module having a user-programmable memory and a user interface for allowing the user to program user-defined data into the interface module for storage in the user-programmable memory, the user interface including at least one programming key for entering the recipient's contact information and for programming rules for determining when the interface module will control the communication device. and a triggering key in operative communication with the interface module for activating the interface module. 32. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. a triggering key in operative communication with the interface module for activating the interface module. and a data store at a location accessible by the recipient for storing user data for the recipient to retrieve upon receiving the signal, the signal programmed by the user using the user interface to include addressing data or information pointing to the data store location. 33. A personal alarm system as in claim 32 wherein the triggering key includes a button for activating the interface module. 34. A personal alarm system as in claim 33 wherein the triggering key includes at least one additional button for activating the interface module. 35. A personal alarm system as in claim 32 wherein the communication device includes the interface module for invoking all of the interface module functions in the communication device. 36. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the triggering key and the interface module respectively include a cellular signal transmitter and a cellular signal receiver for allowing the triggering key to remotely activate the interface module. 37. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the triggering key and the interface module respectively include a radio signal transmitter and a radio signal receiver for allowing the triggering key to remotely activate the interface module. 38. A personal alarm system as in claim 37 wherein the communication device includes the interface module for invoking all of the interface module functions in the communication device. 39. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the triggering key and the interface module respectively include a Bluetooth™ transmitter and a Bluetooth™ receiver for allowing the triggering key to remotely activate the interface module. 40. A personal alarm system as in claim 39 wherein the communication device includes the interface module for invoking all of the interface module functions in the communication device. 41. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the triggering key and the interface module respectively include an infrared transmitter and an infrared receiver for allowing the triggering key to remotely activate the interface module. 42. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the interface module and the triggering key each include transceivers and the triggering key includes a test button for allowing a user to send a test signal between the interface module and the triggering key for determining if the interface module is within an effective range of the triggering key. 43. A personal alarm system comprising. a communication device for transmitting a signal to a recipient. an interface module in operative communication with the communication device for controlling the communication device, the interface module having a user-programmable memory and a user interface. and a triggering key in operative communication with the interface module for activating the interface module, wherein the triggering key includes an encoder for securely encoding a triggering signal prior to sending it to the interface module and the interface module includes a decoder for decoding the encoded triggering signal.

For men. The US Center for Disease Control announced as early as 1998 that workplace violence had reached epidemic proportions as reported in the Houston Business Review Mar. 15, 2002 print edition. Workers involved in violent confrontations often suffer severe psychological and physical trauma. Some of these attacks result in hospitalization of the worker and in some cases deaths have occurred. Women are statistically at considerably more risk than their male co-workers. Women working alone often additionally become victims of sexual assault. Systems disclosed in the prior art have provided various forms of personal alarms designed to ward off and deter attackers or potential attackers. Such systems may have an audible alarm meant to draw attention to the victim or the potential victim. However, such systems are unsuitable or unusable for a large variety of different work environments as these systems are audible and therefore detectable by the perpetrator. Further, such systems are of limited benefit to workers and other users who may need a personal alarm which notifies remote parties. Related prior art systems enable users to contact the 911 emergency number by pushing a single button on a cell phone or radio. These systems pre-suppose that the aggressor will allow the threatened user to complete the call and may escalate the degree of violence or hasten a hands-on attack if the alarm is used in plain view of the aggressor. Other prior art systems, such as the alarm system taught in U. S. Pat. No. 5,971,921, contact a monitoring center through a receiver/caller unit. However, such receiver/caller units are stationary units designed to be used exclusively with a telephone line which limits the system's application for mobile individuals. Still other prior art systems, such as those found in U. S. Pat. Nos. 5,712,619 and 5,838,237, teach personal alarms which are capable of transmitting GPS information to law enforcement or other emerging personnel along with an emergency signal. Neither of these prior art systems control or use existing communication devices such as cell phones and therefore introduce additional costs by requiring cellular or radio transmitting means.

There is an unfulfilled need to provide a mobile personal alarm system which is suitable for a large variety of work environments and capable of contacting authorities or other resources, possibly silently, and either with a one-way signal or by two-way communications, where the authorities or other resources may be remote. In response to the threat of workplace violence, which is not addressed in the prior art, the present personal alarm system has been conceived. The present system provides a “lifeline” which has the potential to greatly improve the personal safety of workers in a variety of different occupations. Public nurses, home care workers, real estate agents and others who are required to meet with clients or strangers in their homes or other similar (secluded or remote) locations will benefit from the protection provided by the present system. In addition, anyone needing a system which contacts a monitoring center or the authorities in case of an emergency will also benefit from the present system. In one embodiment of the invention, a personal alarm system includes a communication device for transmitting a signal to a recipient such as a signal monitoring center or the authorities and an interface module which has a user-programmable memory and a user interface for controlling the communication device. The system further includes a triggering key for transmitting a triggering signal to the interface module which will then in turn cause the communication device to transmit a signal to the recipient. In another more specific embodiment of the invention, a personal alarm system includes a cell phone for transmitting a signal to at least one recipient and an interface module operatively connected to the cell phone for controlling the cell phone. The interface module again includes a user-programmable memory and a user interface, used for programming and storing the recipient's contact information and situational information. Further, the system includes at least one triggering key for transmitting a triggering signal to the interface module which will then in turn cause the communication device to transmit a signal to the recipient.

Exemplary embodiments of a personal alarm system 100 will be described with reference to the figures. System 100 includes a triggering key 10, an interface module 20 and a communication device 40 as more particularly described below. Interface module 20 may be either integral with or otherwise operatively connected to communication device 40. Further, triggering key 10 may be integral with or otherwise operatively connected to interface module 20.In a preferred embodiment, the user records a message or data in the system in a message or data mailbox or via the user interface 21 provided by interface module 20, for example to identify the user's location and circumstances. For example, in the case of a social worker visiting a client, such message or data may include the client's name, address, telephone number and the time as well as any other pertinent information such as the client's history of drug abuse or mental disorder and the user's medical history, any or all of which might be by way of pre-arranged code or symbol. The user then programs the system via the interface module 20 with specific information, including a rule or rules which determine the system's invocation of a transmission, the address or desired destination of the transmission, and the content of the transmission, whether it is a distress call with address and other data intended for receipt by a signal monitoring center (for example), or it is “man down” information with inferred location data, for transmission to appropriate rescue or other authorities. and such information is stored in user-programmable memory 28 of the system as best shown in FIG. 2.If rules for invocation of the transmission are met, for example if the user becomes involved in a predicted circumstance like a violent incident (such as an attack or threatened attack by the client in the case of the social worker) then the user may initiate a rescue by triggering the invocation of the transmission of the data, either with or without the knowledge of the client by activating triggering key 10.Upon activation, triggering key 10 transmits or sends a triggering signal to interface module 20 which causes communication device 40 to send a pre-determined signal to the pre-programmed recipient, whether signal monitoring center or police, ambulance or other authorities who may provide assistance. If the signal is sent to a monitoring center, but not to authorities, then that monitoring center may also be instructed (whether pre-arranged or as part of the data signal transmitted) to relay a message or data to appropriate authorities who can then take steps to assist the user. The signal may include a message or data recorded by the user or may simply signal a monitoring center or other person or authority to access the message data mailbox or data store to retrieve the message or data recorded by the user. In a more specific embodiment, presented here by way of illustrating one instance of the overall operation of the present system, the user stores an analog or digital message or data in a predetermined message or data mailbox or store which is known and accessible to the system, or to a signal monitoring center or the authorities in the event of an emergency. Interface module 20 may include a microphone 26, a digital or tape voice recorder 23 and associated circuitry (not shown) for recording a message or data to be sent to a monitoring center or the authorities in case of an emergency. Using the features of the interface module's user interface 21 and more particularly programming keys 25, the user programs at least one monitoring center's or authorities' contact information. If one of the rules in the system for invocation of a transmission is met (that is, there is an attack or emergency situation), the user invokes a transmission for help by activating triggering key 10 by either turning on a switch 13 or pushing or squeezing a button 12. Triggering key 10 includes a power supply (not shown), a radio frequency transmitter (not shown) and an antenna 16 for radiating a short range radio frequency signal to interface module 20. Workers skilled in the art will recognize that other modes of transmitting a signal from triggering key 10 to signify that the user wishes to invoke a transmission. This signal is received by a receiver (not shown) included in interface module 20.Upon receiving the signal from triggering key 10, interface module 20 activates communication device 40 which includes detecting the on/off status of communication device 40, turning on communication device 40 if it is in the off state and causing communication device 40 to transmit a signal to at least one pre determined recipient (or recipient address) such as a monitoring center or rescue authority. The signal comprises sufficient data such that the signal's recipient, for example personnel at the monitoring center or rescue authorities, knows that there is a situation of which the user desires that the recipient becomes aware, such as an emergency. The signal may contain information related to the situation, such as a pre-recorded voice message of the user, and/or date, the user's location, GPS data, or other data, or a pre-arranged signal or symbol with meaning to the recipient in the circumstance of receipt of the transmitted data, or in other instances, the recipient (such as a monitoring center or rescue authorities) may obtain useful information by accessing a pre-recorded message or data from a mailbox set up by the user at a location other than interface module 20 (for example, a web-page, telephone answering service or other remote mailbox). Once the signal is sent to the recipient (e. g. monitoring center or the rescue authorities), communication device 40 may be either deactivated, left in an activated state for receiving incoming signals or communication device 40 may send a signal to other recipients as determined by the pre-determined programming of interface module 20.Various embodiments of communication device 40, interface module 20 and triggering key 10 are available, making this personal alarm system very flexible and easily adapted for many work environments and other situations. Some further embodiments are described below. Communication DeviceCommunication device 40 may be a car or mobile cell phone, a radio, a beacon, a personal data assistant with cellular capabilities, a SMS (Short Message Service) system, a Bluetooth™ or other RF device or any other device capable of being controlled by interface module 20 and transmitting a signal to a recipient, be it a monitoring center, rescue authority or other recipient. In embodiments where communication device 40 is a cell phone or a personal digital assistant (PDA) with cellular or radio capabilities, interface module 20 connects to the cell phone's or PDA's interface connector, which may be by radio frequency, infrared, wireline or other facility, and which is a logical connector and not necessarily a physical connector (not shown) which allows control of the cell phone's or PDA's internal functions by interface module 20.Alternatively, the cell phone or PDA may include all or part of the functionality of interface module 20 in which case the cell phone's or PDA's existing features and hardware would perform some of all of the necessary interface module 20 functions. For example, rather than having a separate microphone, interface module 20 could use the cell phone's or PDA's microphone and the cell phone's or PDA's number pad could be used for programming keys 25.Communication device 40 and interface module 20 may be conveniently carried in a briefcase, purse, pocket, left in the hall closet in the worker's coat pocket or clipped to a belt and may, in any event, be conveniently left in plain view of the client. Interface ModuleThe interface module's user interface 21 may include various keys or buttons 25 for programming information into interface module 20 which programmed information is then stored in user-programmed memory 28 such that when a transmission to a recipient is invoked, interface module 20 will cause communication device 40 to transmit the correct signal or content to a correct recipient or recipients. In one embodiment, interface module 20 includes a keyboard for entering information at pre-programmed prompts. In another embodiment, interface module 20 includes a voice-programmable user interface. In yet another embodiment, interface module 20 includes handwriting input and recognition. Interface module 20 may include a digital or tape voice or sound recorder 23 which conveniently includes microphone 26 and includes familiar function keys 22 such as play, rewind, pause and erase for storing a message or data. Recorder 23 may further include more robust programming features. For example, recorder 23 may be programmed to ensure that successively recorded messages or data delete previously recorded messages or data to ensure that the most current (and therefore correct) message or data is available or transmitted to the monitoring center or authorities. Interface module 20, after causing communication device 40 to transmit the recorded signal or message or data to the recipient, for example a monitoring center, may be programmed to maintain communication between the recipient and communication device 40 to allow the monitoring center to communicate through speaker 24 with the user or other parties involved in the emergency situation, such as an assailant or on-scene rescuers or helpers. Interface module 20 and triggering key 10 may include transceivers (not shown) for allowing a user to determine if triggering key 10 is within range to activate interface module 20. In this embodiment, triggering key 10 includes a test button 14. Upon activation of the test button 14, triggering key 10 sends a coded signal to the transceiver housed in interface module 20. If interface module 20 receives the coded signal indicating that triggering key 10 is within activation range then interface module 20 returns a signal to triggering key 10 which is received by the transceiver in triggering key 10. Receipt of a return signal by triggering key 10 may then cause triggering key 10 to vibrate or activate an alternate indicator such as a light 18 or a sound. As is well known to those skilled in the art, there are many available technologies which may be used to wirelessly send a signal from triggering key 10 to interface module 20. For example, by not by limitation, interface module 20 and triggering key 10 may include Bluetooth™, radio frequency (RF), infrared or WiFi technology for wirelessly receiving and sending signals. Interface module 20 may use power on-board communication device 40 as its power supply or may include an independent power supply (not shown). In embodiments where interface module 20 includes a power supply, interface module 20 will also include an on/off means 29. In either of these embodiments, interface module 20 may further include a backup power supply (not shown) for providing sufficient power to operate interface module 20 and for activating and controlling communication device 40 and could include backup power for the communication device in case that device had run out of battery power or was unpowered. In addition to or instead of being remotely controlled, interface module 20 may include an activation button or switch 27 which, when activated, conveniently activates interface module 20 in the same way as if interface module 20 had received a signal from a triggering key 10. In a further embodiment, a push wire including an activation button (not shown) suitable for wearing beneath clothing may be attached to the activation button 27 for silently triggering interface module 20 to silently contact the pre-programmed recipient through communication device 40. This embodiment also allows the user to conceal the present system in a brief case or purse or other carried item and readily activate the present system by depressing the push wire's button which may be concealed by the brief case handle or the purse's carry strap. In another embodiment, the system may use a global positioning system (GPS) to provide the user's exact location as a new and additional part of the pre-programmed message or data transmitted to the recipient. More specifically, interface module 20 or communication device 40 may include a GPS chip. When activated, interface module 20 or communication device 40 can receive latitude and longitude coordinates from the GPS and communication device 40 will then provide these coordinates along with the pre-determined signal to the pre-programmed recipient (call monitoring center or rescue authorities).Triggering KeyIn another embodiment, the personal alarm system is automatically activated at preprogrammed intervals unless triggering key 10 is activated. In this embodiment, a rule of the system for invocation of a transmission is met by the failure of a triggering key action within a preset time interval, so that interface module 20 is automatically triggered if the user fails to act by activating triggering key 10 within programmed time intervals. This embodiment is convenient for individuals who are in situations where they would have difficulty triggering an alarm in the event of an accident (such as a worker in a situation where the worker could be rendered unconscious or a senior citizen who may be unable to get to an alarm in an emergency). In this further embodiment, triggering key 10 includes a programmable timer (not shown) and may also include a reminder indicator 15 or a vibration mechanism (not shown) which may indicate to the user that the system will invoke a transmission unless triggering key 10 is activated by pressing button 12, or turning off switch 13. In this embodiment, triggering key 10 is preferably designed to be easily carried by or attached to the user. Those skilled in the art will realize that many of the functions and embodiments available for interface module 20 may be included in triggering key 10 as interface module 20 and triggering key 10 may be combined and as interface module 20 and triggering key 10 can communicate. For example, triggering key 10 may include recorder 23, microphone 26 and user programmable memory 28 for recording a message or data which is subsequently transmitted to interface module 20 when triggering key 10 sends an activation signal to interface module 20.Triggering key 10 may encode the signal sent to interface module 20 which is subsequently decoded by interface module 20 for ensuring secure transmissions between triggering key 10 and interface module 20.Triggering key 10 may include a switch (not shown) which is activated when triggering key 10 reaches a predetermined angle. This enables triggering key 10 to be activated automatically when, for example, the user reaches a prone or semi prone position to provide a “man down” signaling event. In another embodiment, sensors for substances like H

SeniorCARE911 is a one-touch, personal emergency response system. Protecting loved ones in the comfort of their own home, our medical alarms provide 24-hour access to emergency responders with the push of a button. How does our medical alarm work? Just push the button on our lightweight medical alert pendant. Our trained dispatchers will make contact immediately over our hands-free 2-way voice console. Just tell us your emergency, and well send help! Within minutes of activating the medical alarm, youll have emergency responders at your side. Read more about our medical alarm system. One button. Any emergency. Illness, injury, burglary, or even when something just doesnt feel right no matter what the situation, our medical alarm sends responders to your aid at any time of day or night. For nearly 100 years, weve responded to emergencies throughout the United States. Our highly trained, courteous dispatchers are happy to assist you and provide the personal attention you deserve. Read about our emergency monitoring center. Your loved ones deserve independence. Not assisted living. Give them the autonomy and protection they desirefor a fraction of the cost of assisted living. Our personal emergency response system lets your loved ones enjoy life without forcing them to leave the place they feel most comfortable - home. Its 24-hour security for any family member or friend.

Canterbury Council's Community Safety and Crime Prevention Summit identified the need to promote personal alarms for the elderly, people with a disability, domestic violence victims and others feeling unsafe in their homes.

Framingham, MA - Rave Wireless, Inc. today announced the University of North Carolina at Chapel Hill has launched the Rave Guardian personal mobile alarm system to offer all students, faculty and staff a direct connection with campus police, whenever and wherever they need it. Rave Guardian (a phone-accessed application) can be armed, and when triggered, automatically sends the user's picture, mobile number and personal information to campus police. Rave Guardian works on any cell phone from any provider in the U. S., can be used with any emergency notification system, and in many cases can even display the user's GPS location on a map for campus police to provide assistance more quickly. "We recognize campus safety as a top priority. The Information Technology Services division is pleased to be partnering with Student Affairs to offer the enhanced safety features of Rave Guardian to our campus community," said Larry Conrad, vice chancellor for information technology and chief information officer at the University of North Carolina at Chapel Hill. "This new service complements nicely our existing program to register student cell phones numbers in our emergency management notification system." Other institutions that have recently signed on to use Rave Guardian include Colorado State University and SUNY-Oswego. These institutions and others recognize that the cell phone can be used as a precautionary tool to keep individuals and campuses safe through improved community policing, and not just as a reactive tool for broadcasting alerting after incidents occur. Rave Guardian is a fully hosted system that is easy for colleges and universities to deploy. There is no hardware or software to install on any computers or cell phones, and the system can be easily integrated with any emergency notification system being used on campus. According to the 2008 College Board studentPOLL, the safety of the campus is the most important factor for parents in college consideration and choice, and the second most important factor for the students themselves. The poll reveals that for both parents and students, campus safety ranks higher than other notable factors such as cost of attendance and campus location. Institutions with progressive campus safety programs in place are receiving recognition for their efforts that can lead to improved recruiting and retention. Montclair State University in New Jersey, the first institution to implement Rave Guardian, has won both the Jeanne Clery Campus Safety Award and the Campus Technology Innovators Award for its mobile safety initiatives. Rave Wireless is a market leader in providing mobile safety applications to higher education, with a long list of college and university clients nationwide including American University, Colorado State University, Duke University, Fairleigh Dickinson University, Indiana State University, Quinnipiac University, University of Kansas, University of Louisville, University of South Florida, and many more. Many institutions have recently switched to the company's Rave Alert emergency notification system for its superior performance and reliability, while others institutions have launched the Rave Guardian personal mobile alarm system on campus. About Rave WirelessRave Wireless is the leading provider of mobile safety solutions for higher education institutions, government and enterprises. Rave builds, sells and supports an award-winning suite of safety applications including emergency notification systems and location-aware, personal safety tools such as Rave Alert, Rave Guardian and Rave Transit. More than 100 colleges and universities nationwide rely on Rave Wireless, including Montclair State University (NJ) who has won the Jeanne Clery Campus Safety Award and the Campus Technology Innovators Award for its implementation of Rave. Rave Wireless is headquartered in Framingham, Massachusetts. Investors include Bain Capital Ventures, Sigma Partners, and RRE Ventures.

These personal security alarms are the best for you and your family. Whether you're at home or traveling, it's always good to have a personal security alarm on your side. Personal security alarms are compact, light weight, therefore convenient and a must have!

Designed to draw attention to any crisis, our PAL-1 130db personal alarm is as loud as eight 100db alarms. The alarm is activated when the strap attached to the alarm pin is pulled. Travels easily on your belt or in your purse. The door alarm accessory converts the personal alarm into a portable door or window alarm. Great for home, hotel rooms, college dorms, etc. This personal alarm uses a 9 volt battery (not included).

The sleek, slim design of the PL-6 personal alarm with flashlight fits easily into small hands, purses and even a pocket. This personal alarms dimensions are 3.5 x 2.5 x 0.5. The activation pin is connected to a wrist strap and when the pin is removed the alarm sounds at an ear piercing 130db. The alarm is also equipped with a flashlight, useful for dark parking lots or when entering a dark building. Perfect for real estate agents, night-shift employees and even children! This personal alarm uses 2 AAA batteries (included).

You don't even have to blow the HP-388 electronic pocket / keychain whistle with this personal alarm.just push a button. It emits a loud 120db whistle for as long as you push the button. Useful in sporting events, a locator in emergencies (earthquakes, collapsed buildings), referee whistle, traffic whistle for police, military training, dog handling and as a personal safety alarm for crime prevention. This personal alarm is constructed of metal and measures 4 inches long. Alarm uses 4 LR44 batteries (included).

Use this DSAL-2 125db door stop alarm to block a door from being opened. if anyone tries to open the door, this alarm will sound. There is also a movement sensor with adjustable sensitivity to activate the alarm if tampered with. An on/off switch allows the alarm to be turned off so that it doesn't go off in your luggage. This personal door stop alarm uses one 9 volt battery (not included).

The AL-2 is a dual purpose 120db alarm. It acts as a burglar alarm and a personal alarm. Hang it on any door knob (non-metallic doors) and it instantly and automatically sounds when an intruder touches the door knob. Carry it with you and just pull out the metal chain to sound the alarm and deter an assailant. This burglar/personal alarm uses one 9 volt battery.

These personal security alarms are the best for you and your family. Whether you're at home or traveling, it's always good to have a personal security alarm on your side. Personal security alarms are compact, light weight, therefore convenient and a must have!

Easy Living, Inc. offers Easy Living Lifeline Personal Emergency Response Systems plus access to Home, Health and Personal services, allowing older adults the ability to enjoy their retirement years in the comfort and familiar surroundings of their own home. The Easy Living Lifeline Personal Emergency Response Service, also called medical alert alarm button or pendant, gives the client a link to 24 hour security and support, as well as their family, the peace of mind knowing that their loved one will have immediate response for any assistance needed. Using our experience of working with seniors, their caregivers and adult communities, Easy Living coordinates the Lifeline medical alert alarm, personal emergency response systems, and additionally, quality services that are delivered into the home, to fulfill the basic needs of seniors, as assistance becomes necessary. Besides the Lifeline medical alert alarm pendant, personal emergency response systems, services range from discount prescriptions, medication management, packaged meals, homemakers, and home health aides to care management, nursing care, and doctors who do house calls.

PAL-1. Personal Alarm Designed to draw attention to any crisis, our 130db Personal Alarm is as loud as eight 100db alarms. The alarm is activated when the strap attached to the alarm pin is pulled. Travels easily on your belt or in your purse. The Door Alarm accessory converts the Personal Alarm into a portable door or window alarm. Great for home, hotel rooms,

In Personal Alarm, women from a wide range of age groups and backgrounds share fears and strategies for personal safety, revealing how the emergence of a culture of violence has forced them to take significant measures to keep themselves - and their children - safe." (Quote taken from the video cover)

Personal safety alarms can help bring aid to a medical emergency situation, direct attention towards a dangerous attack or deter an attacker from perusing you as the victim. This personal alarm is equipped with a 130dB siren alert and a red, flashing LED light. This device can help bring aid to your emergency situation of need with the power of sound (the alert) and sight (the flashing light). The alarm and flashing light can be quickly and easy activated by pulling the attached cord to remove the activation pin. The flashing strobe light can also be used separately for safety while walking, jogging or biking in dusk or dark conditions. This lightweight, small alarm unit is a great safety companion while enjoying these activities. The light makes it useful on an everyday basis, while the alert can be a lifeline in an unforeseen emergency situation. Features

Inexpensive, compact, lightweight personal safety alarm is easily carried in a purse, pocket or clipped to a waistband or belt

Safety is something that has to be looked out at all times, irrespective of the task you are performing or the place at which you are situated. But there are times when you are wide off the mark and you’re in jeopardy. It may be anything like a theft, attack or a case of acute catastrophe. The Tiny Personal guard alarm comes handy at such times. It’s key ring metal pin can be pulled out to activate the siren and a reverse order should be followed to deactivate the same. The gadget is particularly useful for Night shift workers, elderly, disabled, joggers or lone travelers. You could have it from gadgetbrando for 9 bucks.

N. H. Lovell Current personal monitoring systems (those that simply have an emergency pendant alarm button) rely on a single point of contact and the wireless operation requires that the pendant be facing in the right direction for the button signal to be received by the receiver station. The system requires the user to be able to press the button before action can be taken. The voice connection is via a directional microphone and a speaker located on the base-unit and all likelihood is that the subject will be in a different room than the base-unit so that the quality of the voice communications may be substantially compromised. This research in collaboration with National Information and Communications Technology Australia (NICTA) will design and trial a personal universal communicator (PUC). The PUC will perform service discovery and communicate via Bluetooth, wireless LAN, or GSM/GPRS networks where appropriate. This approach would make the system more robust and could also allow the ambulatory monitor to be used outside the home environment. When combined with a proposed development to include a voice channel over the communications link, the technology that we are developing represents a generational improvement over current personal alarm systems.

In Personal Alarm, women from a wide range of age groups and backgrounds share fears and strategies for personal safety, revealing how the emergence of a culture of violence has forced them to take significant measures to keep themselves - and their children - safe." (Quote taken from the video cover)

- Details iladusk. Introducing Ila Dusk, a new personal alarm that emits a unique, piercing, high decibel female scream designed to shock and disorientate an attacker - giving you precious seconds to get away. This stylish personal alarm is designed as a discreet accessory that can be kept close at hand. to tags. personal alarm personal security alarm personal attack alarm personal safety alarm rape alarm

Stop-Sign is the personal alarm service designed to protect you from the ever growing number threats. It is more than just an anti-virus program. it is a complete personal alarm service that alerts you to the viral and non-viral threats and annoyances to your computer and computing experience. Stop-Sign can detect and cure virus threats, detect and remove spyware threats, and even block pop-ups.

Popular search terms related to Stop-Sign Personal Alarm Service. pop ups, anti virus, spyware, anti-virus, anti, detect, anti-spam,

The Tiny Personal Guard Alarm is probably one of the more simple ways of keeping yourself protected. It wont work for every situation, but it might be helpful to some people. Especially the elderly that just need to get the attention of someone within the house, but still out of shouting range. If you make a habit of jogging at night or get nervous working the late shift, this might help put your mind at ease.

Electronic personal reminder alarm is great for keeping your personal belongings safe. It sounds an alert when children or pets stray Attach the transmitter to a personal belonging e. g. Phone, iPOD, a child or a pet and the receiver vibrates and sounds alarm Item, child, pet exceeds a set distance Distance adjustable from 1-20m, Ideal for wallets, PCs, purses and

The present invention relates to a personal property alarm system for monitoring the security of personal property using two-way coded radio signalling. The system comprises an alarm unit to be fixed to an item of property to be protected and a personal unit to be carried by a property owner. The alarm unit and the personal unit each comprise a transceiver to transmit and receive signals between each other. The alarm unit also comprises a motion sensor that is activated by predetermined movement of the property. The personal unit is operable in an alarm mode in which an alarm is activated to alert the property owner. The alarm unit is normally operable in a standby mode and is switched from the standby mode to an emergency mode when the motion sensor is activated. The personal unit alarm mode is activated when its transceiver receives an emergency signal from the alarm unit or when no standby signal has been received from the alarm unit. A personal unit may be tuned to communicate with a plurality of alarm units and/or a plurality of other personal units.

Electronic personal reminder alarm is great for keeping your personal belongings safe. It sounds an alert when children or pets stray Attach the transmitter to a personal belonging e. g. Phone, iPOD, a child or a pet and the receiver vibrates and sounds alarm Item, child, pet exceeds a set distance Distance adjustable from 1-20m, Ideal for wallets, PCs, purses and

If the woman you are obsessing over begins to carry around this heart-shaped keychain - don't take it as a sign of her affection. It is actually a personal alarm that blares a 130dB siren at the push of a button. [Redline Security]

The present invention relates to a personal property alarm system for monitoring the security of personal property using two-way coded radio signalling. The system comprises an alarm unit to be fixed to an item of property to be protected and a personal unit to be carried by a property owner. The alarm unit and the personal unit each comprise a transceiver to transmit and receive signals between each other. The alarm unit also comprises a motion sensor that is activated by predetermined movement of the property. The personal unit is operable in an alarm mode in which an alarm is activated to alert the property owner. The alarm unit is normally operable in a standby mode and is switched from the standby mode to an emergency mode when the motion sensor is activated. The personal unit alarm mode is activated when its transceiver receives an emergency signal from the alarm unit or when no standby signal has been received from the alarm unit. A personal unit may be tuned to communicate with a plurality of alarm units and/or a plurality of other personal units.

(PRLEAP. COM) Crime Prevention Products, a leader in the personal alarms market, have urged men to take greater responsibility for their personal safety, as statistics continue to show men are twice as likely to become the victims of a violent attack as women. The manufacturer believes that personal alarms are safer, less dangerous alternative to a physical confrontation. Their loud sound can disorientate an attacker, giving them time to run rather than confront. Personal Alarms have long been familiar with women, who are aware of their powerful effect to completely disorientate an attacker. While women have taken steps in order to feel safe on the streets, many men simply dont want the stigma attached to carrying a personal alarm. However, with the spate of knife attacks on teenage males, the message now, more than ever, has to hit home for men to equip themselves with extra security and increase their chances of staying safe should the worst happen. Numerous articles in the UK have been written about ordinary men who challenge criminals only to end up as victims of grave violence. Were finding more and more men are purchasing personal alarms as a means to keep safe on the streets as well as at work, says Terry Rattee, Managing Director of Crime Prevention Products. Men seldom carry bags in which to put personal alarms, preferring to use their pockets or a belt loop. We have designed a personal alarm to attach itself onto a key ring. When activated the key ring comes clear of the alarm which means if you drop the alarm or it is knocked from your hand, you will still have your keys in your other hand, he added. While personal alarms are being increasingly recognised as a smart approach, there are often a bewildering number of options to choose from, including gas powered canisters and battery powered boxes. Gas alarms emit a very loud, long and shrill noise. It doesnt usually pulsate and has more of a shocking effect. Gas alarms can be easier to operate. If there are difficulties moving hands or fingers they are especially useful as they can be activated by pushing the alarm button against something such as their thigh. Battery alarms are, in general, smaller and easier to carry as some can be attached to a belt and can be activated whilst still attached. Battery operated alarms need testing regularly to check that the batteries are still working. Whatever men think about personal alarms, the consensus seems to be that even though the risks are slight, never assume it wont ever happen and nobody is invincible. With this in mind, companies like Crime Prevention Products urge men to think more seriously about personal safety. View the latest personal alarms as well as window and door alarms on the CPP website.

Your service was invaluable and allowed Margaret to continue living independently in her apartment much longer than would have been possible without your service. For this, my mother and I both thank you. Jeffrey O, Ann Arbor, MI Call For Assistance With The Push Of A Button. By simply pressing their personal alarm help button, you can rest assured your loved one will be immediately speaking with a professional dispatch assistant who will carefully and quickly assess the situation and link the caller to appropriate help. Family, friends, neighbors and medical personnel whom you pre-designate are immediately notified, so they can respond quickly. This professional-quality wireless system has proven dependable enough over the past twenty years to meet or exceed some very tough standards. LifeGuardian Medical Alarm Systems is

And a smoke alarm accessory. Activating your LifeGuardian Medical Alarm System couldn't be simpler or more reliable. You keep a small lightweight waterproof Personal Help Button with you at all times. It can be worn three different ways. a pendant around the neck, on the wrist like a watch or clipped onto belt or pocket. The personal help button is completely waterproof, so you can even wear it in the shower or bathtub. It will even tell you when a transmission has been sent to the console through a visual confirmation (a red indicator light) and an audible confirmation (a beep). The long range 600 foot transmission range ensures that you can depend on its signal reaching the console - it can even work outside your home! However, we recommend you test for range at your individual location. My family and I appreciate very much the comfort which the (LifeGuardian Medical Alarm) system afforded us, knowing that if an accident occurred while he was alone, there was help just a button push away. Eric D, Richmond, VA Speak With A Caring Professional Who Can Help. In the event of any emergency - you press the Personal Help Button which signals the console to automatically call the LifeGuardian Medical Alarm System professionals 24 hours a day. When an emergency operator receives your call for help, they will attempt to speak with you from the console in order to determine your situation and respond accordingly. In the event that you can not speak or are out of voice range, they will immediately begin to notify appropriate rescue personnel and the key people whom you pre-selected to respond. family members, neighbors or friends. Best of all, the LifeGuardian Medical Alarm System is made by a twenty five year old company that invented the wireless personal emergency transmitter and who is a leading manufacturer of emergency reporting systems in the United States. Live independently, freely and confidently in your own home and give your family, friends and neighbors peace of mind knowing you can reach them if you ever should need their help. LifeGuardian is a fantastic service, and I did want to express my appreciation for the help you all gave her while she struggled. LifeGuardian works! Jamie R, NYC, NY How Your LifeGuardian Medical Alarm System Works A LifeGuardian Medical Alarm System is a wireless electronic device designed to enable anyone to summon personal help whenever you need it. If you are - have a family member - who lives alone or has medical conditions (Who Is At Risk), you may help protect yourself with a LifeGuardian Medical Alarm System. Those that can especially benefit are folks over age 70, that have fallen recently, had recent hospital stays, known medical conditions, or who live (or can be left) alone where calling for emergency help or assistance may not be easy. The LifeGuardian Medical Alarm System has three components. a small radio transmitter (a Personal Help Button carried or worn by the user). a console connected to the user's telephone. and an emergency response center that monitors calls. If emergency help (medical, fire, or police) is needed, the LifeGuardian Medical Alarms System user simply presses their Personal Help Button. It sends a radio signal to the console. The LifeGuardian Medical Alarm System is programmed to telephone your emergency response Security Center where the caller is identified. All information about the subscriber (name, address, medical conditions, allergies, hide-a-key location, etc.) immediately appears on the computer screen of your emergency dispatcher. The Security Center will try to determine the nature of the emergency. Security Center staff also may review your medical history and check to see who should be notified. If the Security Center cannot contact you or determine whether an emergency exists, it will alert your local emergency service providers (paramedics) to go to your home. Best of all, your Security Center emergency dispatcher will stay on the intercom with you and will continuously monitor the situation until the problem or emergency crisis is resolved. The installation/setup procedure went flawlessly, as did the link-up with the Security Center. Subsequent checks of the system always went well. I felt very confident that my mother had another layer of security around her. Dan L. Fremont, CA Wireless, Waterproof Long-Range Personal Help Buttons The LifeGuardian Medical Alarm System features a Personal Help Button that is light-weight and waterproof. Your Personal Help Button is activated by pressing one button that is conveniently worn on a chain around the neck, on a wrist band or clipped to a belt or in a pocket. Your Personal Help Button is battery-powered and can last up to four years before replacement. The LifeGuardian Medical Alarm System console acts as an automatic dialing machine and sends the emergency alert through the phone lines. It works with any private telephone line and generally does not require any re-wiring. The LifeGuardian Medical Alarm System console also provides you with some very valuable accessories - at no extra cost. First, we include an emergency back-up battery to provide you to hours of continued protection in the event of a local power failure. We also install the optional 2-way voice board - enabling emergency operators to attempt to establish 2 way voice contact with the subscriber. An added security and safety feature only available from top quality equipment manufacturers. I am very grateful to your company for the security you provided to my mother and the peace of mind it brought to my sisters and brother. Thank you for being there. M. Piziak St. Clair Shores, MI Your LifeGuardian Medical Center Is Standing By 24/7! In the event of an emergency, the LifeGuardian Medical Alarm System subscriber simply presses the Emergency on the console - or the wireless Personal Help Button worn on their person. It triggers the base console to immediately begin to announce Emergency, Emergency for one minute. This tells the subscriber that the system has been activated and allows the time to press clear button to cancel the emergency response. With about one minute from activation, an emergency operator will announce themselves from the 2 way voice-enabled console and attempt to speak directly with the subscriber. If the subscriber can respond, they simply need to tell the operator what is the problem and appropriate assistance (medical, friends, neighbors, fire, or police) is immediately summoned. Best of all the Security Center operator will stay on the line with the subscriber until help arrives. This provides valuable reassurance that their call is being answered. In the event the Security Center operators can not establish two way voice communications with the subscriber, they will immediately dispatch the closest paramedics. Thank you for the wonderful response time and courtesy extended by your staff. D. Newberg, OR The responding paramedics will be informed en-route of any important information (medical conditions, medications, allergies, location combination of hide-a-keys, etc) to insure the best possible response. After the paramedics are dispatched in response to the call for help, Security Center will then begin to contact the emergency call list which is established at the time your account is set-up including family members, neighbors, friends. When seconds count, why would anyone risk the life of a loved one by using any other than a certified and tested LifeGuardian Medical Alarm System? You have a wonderful product. Robert W. Richmond, TX Senior Super-Savings Special Offer For AARP Members 65+ Senior Citizens Order your new LifeGuardian medical alarm system this month and you will qualify for our special AARP Member or Senior Citizen Discount Package - valued at over $160 in savings. Here is what you will receive.

Personal siren alarm keychain with mini-spotlight designed for keeping you and your loved ones safer. This handy little device emits a loud siren alarm when anyone pulls out the metal ring which you previously attached on your important item. More and more people lose things in crowded areas, don't let that happen to you. If anyone tries to grab your valuables, the siren alarm will immediately alert everyone to the situation, making the thief run off and avoid any trouble, thereby keeping you or your family member from harm or loss. We are offering this siren alarm key chain at a quantity of at least 10 pieces in order to give you the absolute best re-sale profit margin from our low wholesale price and even better shipping rates. At a Glance.

Personal siren alarm - one pull and everyone is alerted. Can be used for securing valuables or as a personal safety alarm.

- Details iladusk. Introducing Ila Dusk, a new personal alarm that emits a unique, piercing, high decibel female scream designed to shock and disorientate an attacker - giving you precious seconds to get away. This stylish personal alarm is designed as a discreet accessory that can be kept close at hand. to tags. personal alarm personal security alarm personal attack alarm personal safety alarm rape alarm

Do you enjoy living in your own home? With a TBayTel Personal Alarm you can enjoy your freedom knowing that help is right at your fingertips. Be safe and ease your mind – A Personal Alarm is your connections to our 24-hour monitoring station. Simply press the emergency button to speak directly to our professionals and get the help you need. For affordable and only local monitoring, you can feel comforted knowing that TBayTel is watching over you and your loved ones. Call TBayTel today at us. or us. to find out how more and more people are enjoying independent living in their homes.

TBayTel Personal Alarms provide peace of mind and safety for your loved ones. Just a simple push of a button, and a TBayTel operator will summon the assistance as needed, whether it be an ambulance or family member. The unit is water resistant and available in a necklace or wristband style. The Personal Alarm connects to an existing telephone line within the subscriber's premises and dials to the Monitoring Centre. We would then attempt to contact the subscriber and if we are not successful, we may dispatch the local ambulance or contact a friend or family member. TBayTel is also in partnership with Thunder Bay Ambulance for the "Safelock Lockbox" system. This is a rugged box that is attached to the subscriber's entry door. Within the box is a key to unlock the appropriate door to allow the ambulance attendants immediate access.

Attention all pacemaker wearers! Attention all paranormal researchers! Attention electrical sensitives! What could be better than a meter which alerts you with a loud audible alarm when it encounters a field? How about a meter which allows you to set the sensitivity of the alarm? How about a 3 axis meter? How about a meter which does all this for AC magnetic fields, AC electric fields, and RF radiation?! This meter does all that, for under $200!! We are very excited to offer this simple and useful item for anyone who wants to monitor their EMF environment without having to stare at their meter for hour after hour. Carry it with you to alert you when you become exposed to more radiation that you want. Set it in a strategic location to alert you when a field trips the alarm. You set the level (threshold) above which the alarm will sound. Can also be used as a nice analog meter to read field strength. Same specifications as our Trifield Meter. Personal EMF Alarm (Cat. #A154) $189.95

Personal alarms are devices which can be used to alert someone (such as neighbours, relatives, friends or a monitoring centre) in an emergency. Types of alarms. Non-monitored personal alarms such as whistles, battery-operated alarms which emit a high pitched shriek when activated, flashing lights, automated telephone systems which dial preset numbers etc. These are not connected electronically to a monitoring centre and thus usually have a limited range and/or rely upon someoneanswering a telephone call. The emergency telephone service 000 will respond to a pre-recorded message received fromautomated telephone systems which dial preset numbersuntil someone responds to the call. The message will need to clearly state thename andexact address, including state, of the person requesting assistance, the type of assistance required (ambulance/fire brigade/police) and thetelephone number so that000 can confirm that the alert has not been accidentally activated. Given the limited duration of these messages, there may be some limitations on the amountof information the ambulance staff may thus have available.

Note that if the ambulance staff need to force their way into the premises, SA Ambulancecannot be held responsible for any damaged caused. ln addition, in the case of false alarms, if the client is not a subscriber to the SA Ambulance Service, there will be a charge of at least$150. Monitored personal alarms systems generally consist of an attachment to a home phone which receives signals from a pendant or other device. These signals are received at a monitoring centre which is normally staffed 24 hours a day and a pre-agreed response put into action in an emergency. Centre staff will usually have some medical history of the client and access details if the residence is secured. This information can be passed onto the ambulance staff as required. In addition to the cost of the unit and possibly an installation fee, a monthly monitoring fee is normally charged. Discounts on monitored alarms charges for people receiving home support services A number of home support agencies such as Metropolitan Domiciliary Care have negotiated discounts with various alarm providers for their clients. These discounts may cover purchase/rental/installation and monitoring fees. Individuals currently receiving support services should contact the angency/ies proving these services to check to see if the agency has negotiated such a discount plan with a supplier. The Independent Living Centre of SA Inc. can demonstrate a range of both monitored and non-monitored systems and provide further information. Qualified staff can discuss with you the most appropriate system for your situation. Telephone 8266 5260 for an appointment. The Centres website has additional information on personal alarm devices and emergency call systems. The following list of MONITORED-alarm providers is a guide only. Costs and types of services vary considerably and there may be other providers (see the Yellow Pages under 'Alerting Systems /or Services'). Additional information, including costs, is available from the suppliers. Please note that the organisations listed over are not endorsed or recommended in any way by Seniors Information Service. PROVIDERS Non-Monitored Alarm Systems CareAlertPO Box 100, Surrey Downs SA 5161 Tel. 1300 75 85 95 (local call cost) www. carealert. com. au Monitored Alarm Systems Call DirectSA Ambulance Service 216 Greenhill Rd, Eastwood 5063 Tel. Customer Help Line 1300 13 62 72 (local call cost) Fax 8271 0471, 8271 2619 www. saambulance. com. au Doctors Safety Line51 West Thebarton Rd, Thebarton 5031 Tel. 8354 0155, mobile 0418 829 234 Fax 8354 0455 www. doctorssafetyline. com. au Emergency Response Service (RAA)101 Richmond Rd, Mile End 5031 Tel. 8202 4600 Fax 8202 4520 www. raa. net INS Lifeguard11 Went St, Wollongong NSW 2500 PO Box 485, Unanderra NSW 2526 Tel. (02) 4254 6226, 1800 636 226 (free call, 24hrs) Fax (02) 4254 6227 www. theinsgroup. com. au Medi-Alarm Rapid Response UnitWest Coast Security 49-51 Mortlock Tce, Port Lincoln 5606 Tel. 8682 1155 (24 hours) Fax 8682 6977 www. westcoastsecurity. com. au Safe at Home with Teleguard Safe at Home Pty. Ltd. 53 Bray St, Plympton Park 5038 Tel. 1300 365 101 (local call cost, 24 hours) www. teleguard. com. au Safety Link Personal Response ServiceBallarat Health Services PO Box 179W, Ballarat West Vic 3350 Tel. 1800 813 617 (free call, 24 hours) Fax (03) 5331 7572 www. safetylink. org. au Signature Medi Alarm Signature Security Systems261 Payneham Rd, Joslin 5070 Tel. 1800 651 115 (free call, 24 hours) Fax 8363 5200 www. signaturesecurity. com Smart Link Direct Monitoring Security497B Payneham Rd, Felixstowe 5070 Tel. 8165 3400 (24 hours) Fax 8165 0466 www. dmsecurity. com. au VitalCall us. Milton St, Ashfield NSW 2131 Tel. 1300 360 808 (local call cost, 24 hours) Fax 1300 554 481 www. chubb. com. au

Alert 911 is our NEW MobileMedical Alert System With Built in GPS Tracking. The "work anywhere" personal emergency alarm is an ideal peace-of-mind solution for older Americans on the go.

KAlarm is a personal alarm message, command and email scheduler. KAlarm project provides a graphical interface to set up personal alarm messages which pop up on the screen at the chosen time, or you can schedule commands to be executed or emails to be sent.

Security Plus Personal Alarm Siren w/ Flashing Red LED LightsDetails.Combines a loud 130 dB siren with a flashing safety light. Emits a 130 dB siren and flashes a bright red LED strobe light to ward off attackers and signal for help. The light and or siren are activated by removing the pull-cord pin. Flashing safety strobe can also be separately turned on and used as a safety light while walking, jogging or biking. Uses one standard 9 volt battery (not included). Instructions included. Size. 3-3/4" x 2-2/4" x 1-1/4"

KidSmart Corporation at (visited Feb. 21, 2004). SafetyLine Institute, “Sound Power and Sound Intensity,” at (visited Sep. 24, 2003). KFOR. com, “Standard, talking smoke alarms have little effect on kids,” by Brad Edwards, at updated Feb. 6, 2004. The Nando Times, “Is your smoke alarm loud enough?” at (visited Sep. 4, 2003). SeniorShops, “Sonic Boom Loud Alarm Clock,” at (visited Jan. 13, 2003). Sarbash Software, “Computer Security System,” at (visited Sep. 7, 2002). PRWEB Newswire, “CSSS—Computer Sound Security System,” at Nov. 14, 2003. The Ezine DOT Net, “CSSS—Computer Sound Security System,” by Victor Sarbash at Nov. 14, 2003. Spy Arsenal, RoboNanny v1.00—home security monitoring tool, at (visited Nov. 14, 2003). Shareware Junction, “Access your PC—from Anywhere.” at (visited Sep. 24, 2003). Borland Developer Network, “Random Images Screen Saver in Delphi,” by Corbin Dunn at (visited Oct. 28, 2003). Symantec, “How to close open programs (including those running in the background),” at (last modified Oct. 21, 2003) (visited Oct. 28, 2003). ScreenSaver Science at (visited Oct. 28, 2003). “The Effectiveness of the Domestic Smoke Alarm Signal,” by Christine Duncan, Fire Engineering Research Report 99/5, School of Engineering, University of Canterbury, Christchurch, New Zealand, Mar. 1999. NFPA Journal, “Fire Alarm Evacuation—Are You Ready?” by Lee Richardson, at Sep. 20, 2003 (visited Oct. 27, 2003). CAOHC, “Acoustical Considerations for Effective Emergency Alarm Systems in an Industrial Setting Part Two,” by David C. Byrne, MS CCC-A, and Dennis P. Driscoll, PE, vol. 9, Issue 4, Winter 1998, at (visited Oct. 27, 2003). Kay Elemetrics, “Advantages of CSL, Model 4300B, Hardware,” at (visited Oct. 27, 2003). MVI Technologies Group, “Digital—Analogue real-time acquisition card,” Sep. 27, 1999. IEEE Communications Magazine, “Standards Topics Standardization on Multimedia Communications. Computer-Telephony-Integration-Related Issues,” by Koichi Asatani, Jul. 1998, at (visited Oct. 27, 2003). National Fire Alarm Code, pp. 72-156 and 72-157, 1999 Edition. Electronics Catalog, pp. us., Apr. 1999. SDM Products Catalog, “Glassbreak Sensor,” p. 94, Sep. 2000. Age Matters, “Age-Matters Personal Alarm Unit,” at (visited Oct. 29, 2003). “Creating a Computer Cop—An Integrated Approach to Recognizing Human Eating Activity,” by Peter Barnum, Dominic Marino, Evan Merz, Matt Pelmear and Dasun Peramunage, University of Rochester, May 2003. “A new source location algorithm based on formant frequency for sound image localization,” by Kenzo Obata, Kentaro Noguchi and Yoshiaki Tadokoro, IEEE International Conference on Multimedia & Expo, vol. 1, pp. us. Reliable Software, “Frequency Analyzer,” at (visited Apr. 30, 2004). Dan Ellis. Research Projects. “Alarm Sound Detection” at last updated Dec. 11, 2002 (visited Apr. 30, 2004). Wavecom Digital Data Decoders at (visited Apr. 30, 2004). Timex Heart Rate Monitors, “The Heart Rate Monitor Shop,” at (visited Apr. 20, 2004). Sonic Boom Alarm Clock at (visited Apr. 19, 2004). Code Blue Communications, Inc., “2nd Generation Serial Port Adapter and OEM Serial Port Adapter” at (visited Mar. 29, 2004). The Caregivers Marketplace at (visited Mar. 29, 2004). University of Louisville Public Safety, “Campus Emergency Call Boxes,” at (1996) (visited Mar. 29, 2004). “Modular Connector Pin Assignment” at (visited Mar. 29, 2004). SB200ss Sonic Boom Alarm Clock at (visited Apr. 15, 2004). Fermi National Accelerator Laboratory, “Questions About Physics,” Kurt Riesselmann, Fermilab, e-mail at last modified Sep. 20, 2002 (visited Mar. 30, 2004). SearchNetworking. com, “Telephone Jacks,” at last updated Jan. 13, 2004 (visited Mar. 29, 2004). IMSystems, “Actitrac Activity Monitor,” at (visited Sep. 15, 2003). Electronic Engineering Corporation, “Apnea Monitor,” at (visited Sep. 15, 2003). Shareware Junction, “PC Alarm and Security System” at (visited Sep. 24, 2003). “Digital Watchdog,” by Jeffrey S. Young, Forbes, vol. 157, Issue 10, p. 282, May 20, 1996. Vicinium Systems, Inc. Brochure (2000). An Introduction to the Analysis and Processing of Signals, 2d Ed., Paul A. Lynn, pp. us., Howard S. Sams & Co., Inc., Indianapolis, Indiana (1982). Signal and Image Processing With Neural Networks A C++ Sourcebook, Timothy Masaters, pp. 95-104 and us., John Wiley & Sons, Inc. (1994). Biomedical Digital Signal Processing, Willis J. Tompkins, Editor, pp. us., us. and us., Prentice-Hall, Englewood Cliffs, New Jersey (1993). Power Point Presentation of Combustion Science & Engineering, Inc., titled “Development of Smoke Allerting Device for Deaf and Hard of Hearing,” Oct. 4, 2004. “Alarm Monitor Instruction Manual,” Nov. 2004, Compu-TTY, Inc., Fort Worth, TX. “KA300TX Mini-Manual,” Compu-TTY, Inc., Fort Worth, TX, available as pdf at (visited Feb. 2006).

Many people, especially children and those with hearing impairments, do not awaken from the alarm of a residential smoke detector. A method of this invention for waking an individual in response to an audible alarm from a pre-existing alarm device involves the following steps. A bedside alarm unit is operated which comprises a microphone for receiving ambient sounds and a microprocessor for detecting from sounds received, an alarm signal from a pre-existing alarm device. In response to detecting an alarm signal, the unit activates a waking device. “Pre-existing alarm device” refers to an audible alarm device that is, or could be, already used to provide an alarm. For example, in one embodiment, the pre-existing alarm device is a smoke detector. An audible alarm from the smoke detector is detected using the bedside unit which controls a switch for supplying power to a waking device. Upon detection of the smoke detector alarm, the unit switches on a supply of power to the waking device, thus activating it. Examples of waking devices include, but are not limited to, a bedside very loud (100 dB or greater) audible alert, bed shaking device, light and a speaker giving verbal instructions. A waking system can be utilized that combines two or more waking devices. In other embodiments, the sound monitoring unit further includes a communications port. The unit additionally generates notification signals when a smoke detector alarm is determined and uses the communications port via wired or wireless means to send the signals to local emergency personnel, or to a monitoring service, preferably an Internet site. In yet another embodiment, motion detectors are used to determine whether an individual remains within the room after a smoke detector alarm is determined. An infrared motion sensor may be built into the bedside unit and communicate directly to the microprocessor. Alternatively, the bedside sound monitoring unit further comprises a receiver for receiving signals from a wireless motion sensor positioned to detect motion within the room containing the bedside sound monitoring unit. In another preferred embodiment, the motion detector is a load sensor positioned in the bed. The load sensor can be wired directly to the bedside unit, or can communicate wirelessly with a receiver in the bedside unit. After a smoke alarm is determined, the sound monitoring unit further determines from the motion detector signals whether an individual remains within the room and preferably generates and sends notification to appropriate personnel regarding whether an individual remains within the room. Nonlimiting examples of appropriate personnel include a monitoring service or local emergency personnel. A fire alarm system of this invention includes an audible fire alarm, a bedside sound monitoring unit and a waking device or waking system. The sound monitoring unit comprises a microphone, a microprocessor to identify the fire alarm, and a switch controlling supply of power to the waking device or system to be switched on in response to the fire alarm. A memory device of this invention comprises a memory device for a microprocessor in a bedside alarm monitoring unit and includes a memory substrate and a monitoring means disposed on the memory substrate. The monitoring means includes a means encoded on the substrate for determining when sound received through a microphone of the bedside unit is a fire alarm sound and a means encoded on the substrate for cooperatively functioning with a switching device to activate a waking device when a fire alarm is determined. In one embodiment the ANSI/ISO smoke alarm signature is stored in the memory and used to identify the smoke alarm from ambient sounds using conventional digital signal processing techniques such as spectral analysis, time-frequency analysis, matched filters, correlation analysis and neural networks. In another embodiment, the unit “learns” the signal generated by a particular alarming device by having the user generate a test signal which is received then by the microphone and stored in the memory as a test signal signature. Signal analysis techniques described above are used to identify the alarm.

The present invention also provides a novel and improved sound monitoring method, system and device useful with conventional personal computers including, but not limited to, desktop, laptop, palmtop and smart phone units. Implementation is similar to that for the bedside unit described above but modified to use a sound monitoring program and a personal computer to respond automatically to an identified alarm sound by sending a notification signal via the Internet. This embodiment of the present invention can be used anywhere there are a sound source, such as one that indicates an alarm event, and a computer that has its own microphone or other sound-detecting device. Preferably such computer has access to a global communication network, such as the Internet or its World Wide Web. For a place that already has this equipment, no additional hardware is needed to implement the method of the present invention. Of course, other hardware can be obtained and used in implementing the present invention. One definition of the computer application of the present invention is as a method for using a personal computer to monitor an area for a predetermined audible alarm signal generated by a pre-existing alarm device, comprising. operating a specialized sound monitoring program in a personal computer having conventional system software and hardware including a microphone, sound signal digitizing capability, and a communications port, wherein the specialized sound monitoring program is compatible with the conventional hardware and system software. and by operating the specialized sound monitoring program, detecting from sounds received by the microphone of the personal computer when alarm conditions exist and in response thereto generating and sending response signals out the communications port of the personal computer. Nonlimiting examples of personal computers include desk top computers, laptop and notebook computers, handheld personal computers, palmtop and pocket computers, personal digital assistants and smart phones. The sound monitoring program can be operated in the foreground or background of the personal computer or as an inactivity program or screen saver program and can close or override other running application programs in the personal computer when alarm conditions are detected. Another definition of the computer application of the present invention is as a method for detecting an audible alarm generated by a pre-existing alarm device by monitoring sound with a personal computer, comprising. running a specialized sound monitoring program in the personal computer. using the running sound monitoring program, detecting sound received by a microphone of the personal computer, and determining if detected sound represents an alarm from a pre-existing alarm device requiring a response. and using the running sound monitoring program, providing a response when a response is required. The sound monitoring program is preferably a screen saver operated only during a computer input inactivity period. The pre-existing alarm device includes, but is not limited to, fire or smoke alarms, severe weather alarms, burglar alarms, door-open sensors and personal alarms. Providing a response can include generating and sending alarm indicating signals to an Internet site having an Internet address encoded within the sound monitoring program using e-mail or Internet instant messaging. If utilizing Internet instant messaging to alert a Central Monitoring Service, the service will also know when the remote acoustic monitoring program is active. The method can further comprise downloading, from an Internet Web site, the sound monitoring program into the personal computer and providing a response can include sending an alarm notification signal to that Internet Web site. Another feature can include communicating from the Internet site to a telecommunication number or e-mail address designated for the personal computer. Providing a response can also include generating and playing an acoustic alert on the speaker(s) of the personal computer. Yet another definition of the computer application of the present invention is as a method for monitoring health indicating parameters of an individual, comprising the following steps. A specialized sound monitoring program is run in a personal computer having conventional system software and hardware including a microphone and communications port. Using the running sound monitoring program, the personal computer detects sounds comprising health indicating parameters received by the microphone of the personal computer. Using the communications port of the personal computer, the health indicating parameters are relayed to a medical monitoring service. Nonlimiting examples of health indicating parameters that can be monitored using the present invention include breathing-related parameters such as breathing rate, breathing sound frequency spectrum, snoring and coughing. A definition of the present invention specific to sensing a smoke detector alarm using a screen saver program calls for a method for monitoring sound with a personal computer, comprising. running a sound monitoring screen saver program in a personal computer in response to a timeout event occurring because an externally generated input is not received by the personal computer within a predetermined time period during operation of the personal computer. from time to time during the running of the sound monitoring screen saver program, accessing from the personal computer an Internet site and sending to the accessed Internet site a predetermined signal if the computer is properly functioning under operation of the running screen saver program. receiving ambient sound at a microphone of the personal computer. determining with the running screen saver program whether ambient sound received at the microphone includes an alarm sound from a residential smoke detector providing a sound output in accordance with a predetermined standard. and accessing from the personal computer the Internet site when an alarm sound is determined and sending an alarm indicating signal to the accessed Internet site. The computer application of the present invention can also be defined as a method for providing for alarm monitoring in a residence, comprising. receiving at an Internet site a program load command from a conventional personal computer at a residence. transmitting from the Internet site to the personal computer, in response to the program load command, an alarm sound monitoring program for installation on the personal computer. and receiving at the Internet site an alarm indicating signal sent from the personal computer when the personal computer detects an alarm condition using the sound monitoring program and transmitting a notification signal from the Internet site in response. This can further comprise. monitoring at the Internet site the operational status of the personal computer, including receiving status signals sent from the personal computer to the Internet site, and transmitting a status notification from the Internet site when status signals are not received at the Internet site during a monitoring period. and/or updating the sound monitoring program by transmitting from the Internet site to the personal computer digitally encoded advertising indicia signals such that the alarm sound monitoring program periodically causes advertising indicia to be displayed through a display of the personal computer. The alarm sound monitoring program can additionally be installed as a screen saver program, or more preferably, the default screen saver program on the personal computer and can provide a list of standardized alarm sounds to be selected from or a learning mode during initial setup allowing the alarm sound to be activated, detected and identified as such. The present invention also provides an alarm monitor, comprising. a conventional personal computer including a microphone, a memory, a communication port, a display and system software. and a sound monitoring program stored in the memory. The sound monitoring program includes. first instructional signals encoded on the memory for cooperatively functioning with the system software to determine when sound received through the microphone of the personal computer is an alarm sound. and second instructional signals encoded on the memory for cooperatively functioning with the system software to communicate responsive signals from the personal computer when an alarm sound is determined. The sound monitoring program can be a screen saver including third instructional signals encoded on the memory for cooperatively functioning with the system software to control what indicia are displayed on the display of the personal computer during user inactivity periods. These additional instructional signals can include signals defining advertising indicia to be displayed on the display of the personal computer. The sound monitoring screen saver program can also include other instructional signals encoded on the memory for cooperatively functioning with the system software to close or override other running application programs in the personal computer when an alarm sound is determined. The sound monitoring program can further include still other instructional signals encoded on the memory for cooperatively functioning with the system software to generate status signals to be transmitted to a remote location to indicate operational status of the personal computer when the sound monitoring program is in operation in the personal computer. The invention can also be defined as a memory device comprising a memory substrate and the aforementioned program encoded thereon. With the foregoing, it is possible to provide improved alarm responses and to provide low cost, easily implemented safety, security or health monitoring. Other features and advantages of the present invention will be readily apparent to those skilled in the art when the following description of the preferred embodiments is read in conjunction with the accompanying drawings.

Another embodiment of the present invention is geared toward providing home safety and security. Home safety and security monitoring systems of this invention utilize a unit comprising a microphone, microprocessor and means to connect to a communications system wherein the equipment is basically as previously described but modified as necessary to implement the home safety and security functions. The microprocessor detects when a safety or security alarm is sounding, and in response thereto delivers an alert to an individual, emergency personnel or a network operating center monitoring service. The present invention utilizes previously described digital signal analysis technology modified as necessary to identify one or more specific acoustic signals including, but not limited to, acoustic signals from personal alert pendants, pins and wristbands, door open sensors, window open sensors, glass breaking sensors and motion detectors. Referring to FIG. 3, a home safety and security system 38 of this invention includes a sound emitting security alarm device 40 and a security alarm monitoring unit 42, preferably a bedside unit. As with the fire alarm system, the bedside unit 42 “listens” for an alarm sound by combining the microphone 8 with microprocessor 10 comprising the analog to digital converter 12 and the digital signal processor 14. The microprocessor 10 utilizes the memory 22 which provides the storage substrate 24 for an alarm distinguishing means 44 and a means 46 for correlating the alarm with a specific message and receiving station. Upon detecting the security alarm 40, the microprocessor 10 generates the appropriate alarm message which is communicated through the communications port 30 to the appropriate receiving site 32.Combining audio alert-producing security devices such as those available from e. g., RadioShack®, with the bedside fire alarm unit described above, provides a low-cost intrusion monitoring service. Thus the same security, and peace-of-mind benefits enjoyed by affluent homeowners will be brought to the “rest of the housing market.” For example, glass-breaking detectors, readily available from ADEMCO (a unit of Honeywell Security Group), Database Systems Corp. (DSC) and others, may be placed on or near the lower windows of a home. Simple glass-break detectors react to the frequency of breaking glass while others use a filtered microphone to eliminate false alarms. They are widely available and reliable. Rather than hardwiring the glass-break detector to a complex home monitoring system, as is typically done, the detector activates an acoustic alarm which can be detected by the microphone and microprocessor in a bedside unit. The bedside unit will respond to the alarm by connecting to a standard phone system or to the Internet in a wired or wireless manner to send an alert or message to the local law enforcement agency or to a network operating center monitoring station. For example, the bedside unit may connect through an RJ-11 jack to a phone system to deliver the alert or message to a local police department. In a preferred mode, a system provides both monitoring in response to an audible security alarm and waking mechanisms in response to a smoke alarm. For example, a bedside unit comprises a clock built to detect both a smoke alarm as well as a sound-producing motion detector from RadioShack®. The equipment is basically as previously described. however the fire alarm determining means 26 is modified to determine and distinguish more than one audible alarm sound pattern. Thus the alarm distinguishing means 44 identifies and distinguishes between the smoke alarm and the motion detector alarm and delivers separate responses. The previously described switch activating means 28 determines activation of the waking device in response to a smoke alarm. The alarm/message station correlating means 46 contains software to determine the alarm message and receiving site in response to the motion detector, and a separate alarm message and receiving site in response to the motion detector alarm. The response to the smoke alarm may include an audible alarm with verbal evacuation instructions as previously described. The response to the motion detector may include sounding a loud, audibly distinguishable alert at the bedside and sending a text message alert via Short Message Service to virtually any digital cellular phone in less than 15 seconds. (Short Message Service, commonly referred to as SMS, is a service for sending text messages to a wireless device, e. g., mobile phone, pager, Blackberry™, etc.)Another home safety application of this invention is geared toward the ever-growing numbers of seniors who are trying to remain independent and whose families are dealing with and worrying about the safety and health of their aging relatives. From the familiar “I've fallen and can't get up!” to unobserved accidents and health emergencies at night, the opportunity to have a bedside alarm unit in connection with a personal alarm pendant will provide peace of mind to families and an extra level of safety and security to seniors. Personal emergency pendants and wrist bands are available from numerous companies which allow the wearer to simply press a button on the pendant to send a wireless emergency signal to a base station device which is connected via the phone system to a monitoring service. The pendant or wrist band of this invention emits an acoustic alarm detectable by the bedside unit. The bedside unit responds by connecting wirelessly to send an alert or message to local paramedics, a monitoring service and/or to family members and neighbors available to help. Alternatively, the bedside unit may connect through, for example, an RJ-11 jack to a phone system to deliver the alert or message. The bedside unit of this invention also provides unobtrusive monitoring of sleep patterns in seniors so that adult children can be notified if unusual patterns occur. For example, if an elderly woman living alone gets up to go to the bathroom and falls, breaking her hip, the bedside unit notes her getting out of bed (cessation of monitored breathing or change of bed weight monitored by a load sensor) at, for example 2.30 a. m., and if she does not get back into bed in 30 to 45 minutes (noted by the reoccurrence of monitored breathing or bed weight) an alert would be sent to a monitoring service and a call would be placed to her children or caregivers. In a similar embodiment, if an elderly person living alone does not arise from bed within some time period of their average wake-up time, an alert is sent. Additionally, the bedside unit can be used by working parents to check on whether their school children are safely home from school. A door-open detector with an acoustic signal is utilized such that when the child opens the door, an acoustic signal is sounded. A common type of door sensor uses a permanent magnet placed in the woodwork of the door, opposite the hinges. When the door is closed the magnet is very close to a magnetic switch and holds the switch closed. When the door is opened, the switch is no longer held closed by the magnet and an alarm is sounded. These sensors are commonly used to activate a chime when people enter. When the acoustic signal is sounded, the signal is picked up and recognized by the bedside unit which, in response, sends a wireless or wired telephone or e-mail message to the parent notifying the parent that the child has arrived home. Alternatively, any door-open detector with an acoustic signal can be utilized, as can any motion detector placed to sense a door or person crossing the door frame.

Many residences in the U. S. and other countries have an Internet-connected personal computer. This number continues to grow, albeit at a slower rate than over the last ten years. The present invention provides a screen-saver or other program which can be purchased from a retail distributor or downloaded from a Web site. When the program activates, it will utilize the microphone and sound card that has been standard on all PCs since the mid 1990s to monitor for specific alarm sounds. In a preferred embodiment, the program detects the ISO/ANSI smoke detector audio signal. however, the program detects other audio alert-producing devices such as motion sensors, alert pendants, and door and window sensors, in addition to smoke detectors, by either learning new alarm sounds or drawing on a pre-existing library of alarm sounds. Upon detecting the audio alert, the program sends an e-mail or Internet instant message of the user's design to an address selected by the user. In another embodiment, the program detects health indicating parameters, preferably breathing-related sounds, and relays the parameters to a health monitoring service. An alarm monitoring system, including an alarm monitor and memory device, in accordance with the present invention is represented in FIG. 5. Such system can be used to implement the method of the present invention for monitoring for alarm sounds with a personal computer. This can also be used for implementing a method for providing for alarm monitoring in a residence in accordance with the present invention. Such system, monitor, and memory device may be used for other purposes, and the methods of the present invention can be implemented in other manners as well. Referring to FIG. 5, a user site 56 includes a sound emitting alarm event detector 58 and a personal computer 60. The sound emitting alarm event detector 58 detects an alarm event and emits a sound having one or more identifiable characteristics or specifications. Examples of sound emitting alarm event detectors and alarms useful in the present invention include, but are not limited to, fire detector alarms, severe weather alarms, burglar or intruder detector alarms, carbon dioxide alarms and personal alarms as described in the preceding sections. Non-limiting examples of sound emitting fire detectors include residential smoke detectors and heat detectors. With regard to a smoke detector, for example, it is preferably one that provides a predetermined sound output such as in accordance with the National Fire Alarm Code three-pulse code known in the art. Non-limiting examples include smoke detectors providing single tone signals that are pulsed on and off, such as tones within the frequency range between 1 kilohertz and 4 kilohertz and with a pulse modulation rate between 3 and 8 hertz. Non-limiting examples of severe weather alarms include sirens and emergency warning systems sounded by cities and other municipalities. These sirens can be quite effective when one is outside and near the sound source. However, sirens lose their effectiveness with distance and can become difficult to hear when the listener is inside a residence and possibly asleep. Non-limiting examples of burglar or intruder detectors include a glass-breaking sensor, a door or window open sensor, and a motion sensor such as a passive infrared motion detector as previously described. As noted previously, the door-open sensor can also be activated by a child coming home from school rather than a burglar or intruder. In this case, the working parent can be notified that his/her child is home. The present invention can also be implemented to respond to a personal alarm such as might be worn by an elderly person and activated when the person requires emergency assistance. For example, when such a person falls, cannot get up and cannot reach a phone, the person may sound an alarm using a device worn on the body or attached to the person's clothing. Such devices are available in retail stores such as RadioShack®.The present invention can also be implemented to respond to other sound producers as well. Non-limiting examples include a doorbell, a telephone, a dog's bark, and a person's voice. Of whatever type, the detector 58 or other sound source preferably provides an output sound having at least one identifiable or distinguishing characteristic so that the sound can be detected as defining the occurrence of an alarm event. If the alarm is a standard signal such as one specified by the National Fire Alarm Code, the choice of alarm to be monitored can be selected from a list of audible alarm options during setup of a specialized sound monitoring computer program. Alternatively, the alarm to be monitored can be activated by a personal computer user for setup purposes such that the sound is detected by the computer in a learning mode and identified as indicating an alarm event. The alarm sound to be monitored, whether selected or “learned,” can be reset at any time and is not restricted to the sound selected during initial setup. The present invention can also be implemented to monitor health indicating parameters of an individual. In this case, the specialized sound monitoring program is modified to identify health indicating parameters such as breathing rate, breathing sound frequency spectrum, snoring and coughing. The identified health indicating parameters are relayed through the communication port of the personal computer to a medical monitoring service. Another device that can be included in the present invention is a repeater to relay sound. A non-limiting example is a conventional baby monitor positioned in a house to relay sound from a smoke detector (or other alarm-indicating sound source) to a microphone connected to the personal computer 60. Another example is a conventional baby monitor positioned near the bedside of an individual to relay breathing parameters to a microphone connected to a personal computer located in another part of the house. The personal computer 60 of the present invention is preferably one provided with an integral or integrated microphone. however, other types of personal computers having microphones can also be used. More generally, “personal computer” as used in this description and in the claims encompasses any digital apparatus having a microprocessor and designed to be used by one person at a time. Preferably the personal computer uses a screen saver or other inactivity program, senses user activity and goes to an inactive state when there is no input activity during a predetermined time period. Non-limiting examples from existing technology include. palmtop, notebook, laptop and desktop computers. personal digital assistants. wireless communication equipment. and any other digitally intelligent apparatus in the home or workplace that can detect ambient sound and accept user programs. Preferably, the personal computer can access the Internet or other global communication network. Referring to FIG. 5, preferable features of such apparatus include one or more of the following. microprocessor per se or other digitally implemented controller or central processing unit (cpu) 62, memory 64, microphone 66, user input apparatus 68, and one or more output devices such as a display 70 or a communications port 72. The cpu 62 is any suitable digital control apparatus capable of controlling or functioning within the operations described in this specification. The memory 64 provides the storage substrate for program storage space and operational working space, and it can be implemented by one or more memory devices compatible with the selected cpu. Referring to FIG. 5, the storage space is used for storing system software 74 (e. g., Windows-brand or Apple-brand operating systems), application programs 76 (e. g., word processing programs), utility programs 78 (e. g., device drivers), and a sound monitoring program 80 of the present invention. The sound monitoring program 80 can be made to run in the background such that the personal computer is free to interact with the user and run other programs in the foreground. Preferably, the sound monitoring program 80 is a specialized inactivity program such that operation of the specialized inactivity program is initiated only during periods of computer user inactivity regarding the personal computer input and the specialized inactivity program includes a screen saver routine suitably defined for use in what can be otherwise conventional hardware and software of the personal computer. The microphone 66 used in the personal computer 60 of the present invention connects to a conventional sound processing card providing analog to digital conversion by which the analog alarm-indicating sound waveform is converted into a digitized file stored in the memory 64 under control of the cpu 62. One example of this is a 16-bit signal acquisition card with selectable sampling frequency. User input apparatus 68 of the personal computer can include, for example, a keyboard, a mouse, a light pen, a touch screen, or other suitable interface connected in known manner with the cpu 62.The output device(s) are driven under control of the cpu 62 and they can include, for example, a conventional display, such as the monitor or other display screen 70, a speaker, or other device for providing external communication. The output device preferably also provides one or more communication ports 72 through which desirable communications can be made to, for example, the Internet or its World Wide Web, a pager system, a telephone system, or another e-mail system. Such communication can be via a wireless or hard-wired medium at any suitable bandwidth. however, a broadband communication is preferred. One example of a preferred embodiment of the present invention includes a smoke detector alarm, a conventional desktop personal computer with microphone, a screen saver program of the present invention stored in memory of the personal computer, a broadband communication link from an output port of the personal computer, and a central receiving or monitoring station 82. Such central receiving station is illustrated in FIG. 4 and includes a computer having a plurality of sound monitoring screen saver programs stored in it. This can be a pre-existing or dedicated Internet site or other dedicated computer with which the local personal computer at the user site can communicate. Alarm notification messages e. g., smoke, intrusion or personal emergency, are received and acted upon by the dedicated computer automatically or by a human who is monitoring the dedicated computer either on site or remotely via a wired or wireless connection to the computer. For example, emergency personnel may be dispatched for certain alarm notification messages. Because typically there is a plurality of user sites, FIG. 5 also illustrates other user sites 56a-56n that can be included in the system of the present invention. Each of the sites preferably includes at least one respective conventional personal computer having a microphone, system software and means for communicating with the computer at the central receiving station, such as to download from the computer at the central receiving station a respective one of the sound monitoring programs, preferably a background or a screen saver application, compatible with the system software in the respective personal computer or otherwise to communicate with the central receiving station. Each of these user sites further preferably includes at least one smoke detector (or other detectable sound producer) that emits a characteristic sound in response to detecting smoke (or providing other event notification) at the respective site. Such sound is detected by the microphone of the respective personal computer, but it is processed within the respective personal computer only in response to the respective downloaded (or otherwise previously loaded) sound monitoring program running in the foreground or background of the personal computer, and only during user inactivity periods if the sound monitoring program is a screen saver application. In such a network of computers, each station computer becomes a safety or security node that can generate its own signals as well as pass on signals it has received (either electronically or via its own speakers, for example).A sound monitoring program disposed on a memory substrate used in a personal computer in accordance with the present invention is illustrated in FIG. 6 as including indicia display control means 84, alarm sound determining means 86, response communicating means 88, application program closing means 90, and status signal generating means 92.The indicia display control means 84 includes instructional signals encoded on the memory for cooperatively functioning with the system software of the personal computer to control what indicia are displayed on the display of the personal computer. For example, it may be desirable to indicate by a display when the sound monitoring program is running and functioning properly or when an alarm condition is detected. In a screen saver application of the sound monitoring program, the indicia display control means 84 includes instructional signals encoded on the memory for cooperatively functioning with the system software of the personal computer to control what indicia are displayed on the display of the personal computer during user inactivity periods. These first instructional signals can include signals defining advertising indicia to be displayed on the display of the personal computer. Such advertising can be used to pay for the costs of the programming or services of a business providing use of the present invention. The alarm sound determining means 86 includes instructional signals encoded on the memory for cooperatively functioning with the system software to determine when sound received through the microphone of the personal computer is an alarm sound. Such signals can be implemented to provide intelligent signal processing, such as including stored or user-generated templates or a library of alarm templates defined by tables, or algorithms for processing the digitized sound signal received through the microphone of the personal computer. The acoustic signal recognition technology utilized is basically the same as described for the bedside unit, but modified as necessary for use in a personal computer. The response communicating means 88 includes instructional signals encoded on the memory for cooperatively functioning with the system software to communicate responsive signals from the personal computer when an alarm sound is determined. Responsive signals are basically the same as those described for the bedside units. The application program closing means 90 enables the response communicating means 88 to be dedicated to communicating responsive signals when an alarm sound is determined. To provide this, the sound monitoring program, and particularly the application program closing means of it, includes instructional signals encoded on the memory for cooperatively functioning with the system software to close application programs running on the personal computer at the time the sound monitoring program determines an alarm sound. This is particularly important in instances where the response communicating means is tied up with another application when an alarm sound is determined, for example, when the personal computer is already connected to an Internet site at the time a smoke detector alarm is determined. The status signal generating means 92 includes instructional signals encoded on the memory substrate for cooperatively functioning with the system software to generate status signals to be transmitted to a remote location to indicate operational status of the personal computer when the sound monitoring program is in operation in the personal computer. Further details of the foregoing will become apparent in the following explanation referring to FIGS. 7-10.Referring to FIG. 7, this represents communications between the central receiving station 82 when it is active and the personal computer 60 at one of the user sites. Initially, the personal computer 60 at the user site does not include a sound monitoring program in accordance with the present invention. Such program is, however, eventually loaded on the personal computer 60 by local or remote loading. To provide such program in one embodiment of the invention, the central receiving station 82 monitors communications to determine if it has received from the personal computer 60 a program load command, such as via the Internet to which both the control receiving station and the user site personal computer are connected in this example. If it has received a program load command, the central receiving station 82 transmits the specialized sound monitoring program compatible with the operating system of the respective personal computer. That is, in a particular implementation the sound monitoring program is downloaded from the Internet Web site into the personal computer having conventional hardware and system software with which the sound monitoring program is functionally compatible. If the sound monitoring program is a screen saver application, the sound monitoring screen saver program is downloaded from the Internet Web site into the personal computer and made the default operational program for each time the computer goes into its relevant user inactivity mode. Part of the program load command from the personal computer 60 can include credit card or other payment information by which a provider of the screen saver program or download service can receive payment. The central receiving station 82 can also download other encoded signals. For example, it can transmit from the Internet site to the personal computer 60 digitally encoded advertising indicia signals such that the sound monitoring screen saver program automatically causes advertising indicia to be displayed through the display of the personal computer when the sound monitoring screen saver program is running. This can be an additional or alternative means for paying for use of the present invention. The central receiving station 82 also monitors for status signals from the remote user sites 56, 56a-56n. The central receiving station can generate status inquiries or the remote sites can automatically contact the central station and send status signals, such as tones or “pings” to signify proper operation. As shown in FIG. 7, if the status of a respective personal computer is not okay, the personal computer loops to recheck its status or performs some remedial operation, such as a reboot if so programmed. If the status is okay, the status signal is provided to the central receiving station and the personal computer at the user site determines whether an alarm signal has been received. If not, the personal computer returns to check its status and repeats the foregoing. If an alarm signal has been received, notification is sent to the central receiving station and a delay (not shown) is implemented to prevent multiple notifications being sent for the same detected alarm event. As shown in FIG. 7, once the delay time has expired, the personal computer loops to recheck its status. The central receiving station monitors the Internet (if that is the communication link) to detect status signals sent from the personal computer to the Internet site of the central station, and it can be programmed to transmit a status notification from the central station Internet site when status signals are not received during a monitoring period. When the central receiving station receives an alarm indicating signal sent from the personal computer, the central receiving station can transmit a notification signal. The signals sent from the central station Internet site can be of any suitable type such as, without limitation, pager, telephone, or e-mail or other Internet transmissions. These communications can be directed to community authorities, such as the police or fire department, and they can be sent to the home owner/business owner (e. g., instant messages, e-mail, phone, cell phone “hotmail,” 911, etc.).Once a notification is sent from the user site, the respective personal computer 60 waits a predetermined delay time (e. g., thirty seconds) to avoid multiple notifications for the same event. The personal computer 60 then repeats the process as illustrated in FIG. 7. In the case of a false alarm, alarm transmission may be halted, for example, by entering a code on the keyboard. The indicia display control means 84 may cause a message to be displayed on the display 70 notifying users of the need for a key code entry if the alarm is false. This is useful in instances when an event such as cooking sets off the smoke alarm. Additionally, speakers attached to the personal computer may echo the alarm to enhance the audibility and notify users of the need for a key code entry if the alarm is false. FIG. 8 shows a flow diagram for the process by which a respective personal computer 60, which has been turned on, initiates use of the sound monitoring screen saver program of the present invention that has been loaded in the personal computer. In a preferred embodiment, this program initiation occurs conventionally under control of the normal operating programs of the personal computer by which user inactivity is determined. For example, if a keyboard entry is not entered within a certain time period, the computer initiates the user inactivity program. When the sound monitoring program is a screen saver application, alarm or other sound monitoring does not occur except when the user inactivity program is running, and therefore only sporadic monitoring for such sounds occurs. That is, it is sporadic because monitoring occurs using the screen saver application only during user inactivity. Such inactivity period is distinguishable from other personal computer timer features that may shut down the monitor, disk drives or other components of the personal computer to minimize power consumption. The user inactivity period to which the preferred embodiment of the present invention pertains is that by which the display screen is simply blanked or otherwise placed under control of a screen saver program. Typically this is a time-out event occurring because an externally generated input is not received by the personal computer within a predetermined time period during operation of the personal computer (e. g., a user fails to press a keyboard key within a predetermined time period).Referring to FIG. 9, once the inactivity program of the illustrated preferred embodiment is running, it controls the display image shown on the display of the personal computer, it may close running application programs if necessary to enable detection of and response to alarm conditions, it sends status signals if the personal computer is properly operating, it detects alarm conditions via sound picked up by the microphone connected to the personal computer, and it provides one or more responses. More detailed aspects of these are shown in the flow diagram of FIG. 10.In a preferred embodiment, controlling the display image includes displaying advertising indicia on a display screen of the conventional hardware during such periods of computer user inactivity and in response to the operating of the initiated sound monitoring screen saver program. This includes using the running screen saver program for displaying advertising indicia on a display screen of the personal computer. The advertising indicia are encoded in the sound monitoring screen saver program. Closing the running application programs includes using the sound monitoring program for controlling the closing of running application programs in the personal computer if necessary to enable detection of and response to alarm conditions. The sound monitoring program determines the need to close application programs but may default to settings that are specified by the user in a setup mode. To send a status signal, the method of this preferred embodiment periodically generates and sends out the communications port of the personal computer status signals during periods when the sound monitoring program or the sound monitoring screen saver program is operating properly within the personal computer. In one implementation this includes generating and sending tone signals to the central receiving station to indicate proper functioning of the sound monitoring program and personal computer. To detect an alarm condition, the microphone of the personal computer receives ambient sound. Alarm detection occurs under operation of the sound monitoring program in conjunction with at least portions of the conventional hardware and systems software in the personal computer 60. In a preferred embodiment, alarm detection occurs only during periods of computer user inactivity and under operation of the initiated sound monitoring screen saver program in conjunction with at least portions of the conventional hardware and systems software in the personal computer 60. Referring to FIG. 10, if an alarm condition is sensed, a delay or other analysis can be made to determine that it really is an actual alarm condition. If it is, a response is generated and sent, and then a subsequent delay is implemented to prevent multiple alarm signals being sent for the same alarm event. These delays can be for any suitable time, one non-limiting example of which is thirty seconds. In detecting an alarm condition, the digitized file for the microphone-sensed sound waveform is compared in the personal computer to a predetermined template or other means for analyzing the detected sound and determining whether it represents an actual alarm event. This can include an algorithm that detects the presence of an alarm signal. A possible algorithm (1) transforms the sensed sound signal to the frequency domain by a series of Fast Fourier Transforms, (2) integrates and dumps the channels periodically to produce a spectrogram type array, and (3) examines the array to locate linear features that may be alarm signals. This can include rolling Fast Fourier Transforms (FFT) which enable the screen saver program to be trainable. Real-time detection algorithms applied to the digitized audio signals include frequency analysis (FFT), time-frequency analysis (running FFT), neural networks, correlation, matched filtering and other standard and advanced signal detection techniques. Such programs can learn what a specific alarm sounds like and form a template. This can also be used to adjust the sensitivity threshold for detection depending upon background audio noise level or other interference such as echos drowning the modulation of a standard smoke alarm. When an alarm event is detected, the personal computer 60 provides a response. This is done using the running sound monitoring program. This includes generating and sending alarm indicating signals to the central receiving station 82, such as may be accessible via an Internet address encoded within the sound monitoring program. Such an alarm signal and automatic sending are preferably not contrary to any authorized automatic dialing technique. Many municipalities do not allow unlicensed auto-dial type equipment to call directly to police or fire service phones. thus, in such case the computer generated calls would need to be routed to a licensed alarm monitoring service company, which could in turn properly handle further notification to the authorities or to individuals, such as homeowners or business owners responsible for the locations where the user site personal computers are located. The present invention can also be provided with an override feature whereby the alarm monitoring or the sending of an alarm signal can be halted if the personal computer is suitably actuated, such as by entering a key code via the keyboard within a certain time of the alarm detection. Local responses can also be provided, such as by audible signals transmitted through the personal computer's speaker(s) under suitable volume control. In still another preferred embodiment, a personal computer, preferably a Pocket PC Phone product, combines the sound monitoring program or screen saver of this invention with the dedicated alerting, wakeup and monitoring bedside unit described previously. This product provides for portable, wireless monitoring of smoke detectors and other audio alert-producing devices. This type of product can provide monitoring in portable or temporary buildings where wired phone line access is not available. Also, it can have both AC and 24 hours of battery backup power so that it meets the NFPA National Fire Alarm Code for fire monitoring systems. The product optionally utilizes a Global System for Mobile Communications (GSM) world phone wireless capability so it could be sold world-wide, and can include a Global Positioning System (GPS) receiver so that the wireless alerts can also provide the location of the product to fire or emergency personnel. The GPS aspect can also be used to identify where a given asset is located for insurance or lending collateral verification purposes. Another embodiment of the present invention combines a personal computer, preferably a Pocket PC or Smart Phone product having the sound monitoring program of this invention, with a personal alert pendant and a GPS receiver. Such a system provides emergency alerts that include the location of the individual requiring assistance. While the personal alert is generally activated by an individual requiring immediate assistance, the system can also be adapted to be activated by a “break-in” of an automobile, thus providing notice of an attempted theft as well as the location of the car involved in the theft. Thus, the present invention is well adapted to carry out the objects and attain the ends and advantages mentioned above as well as those inherent therein. While preferred embodiments of the invention have been described for the purpose of this disclosure, changes in the construction and arrangement of parts and the performance of steps can be made by those skilled in the art, which changes are encompassed within the spirit of this invention as defined by the appended claims.

This personal alarm self-activation system helps prevent personal attacks. It has a high frequency audible alarm, with a pull cord for quick activation of it. When the safety pin is removed from the alarm, the loud and piercing 130 decibel alarm will sound. Features.

This personal alarm is effective as it is extremely loud. Prolonged exposure can cause ear damage. Do not activate the alarm unnecessarily, and do not use any other type of battery.

Our Security Plus Personal Travel Alarm is small and lightweight yet emits a screeching 130 decibels when the trigger pin is pulled. Designed to clip to belt, purse, or clothing, we recommend carrying it when wandering about -- just in case. The alarm can also be rigged to your pack or suitcase so the pin is pulled and the alarm screams when your luggage is moved. Even better, the Security Plus Personal Travel Alarm comes with a clip that attaches to any door or window, and triggers the alarm if the door or window is opened. (You should buy it even if you're an armchair traveler!) Uses one 9V battery. not included. Very small and lightweight. 3 x 2 1/4 x 1 inches. 3 ounces without battery.

The AlarmCare system consists of a 2-Way Voice communicator unit and a lightweight waterproof personal alert pendant. When the button on the emergency alert pendant is pushed, senior medical alarm system immediately establishes a live 2 way communication link between your home and our certified central monitoring station. We are then able to assess any emergency occurring inside, access medical history, contact help if necessary and stay connected with you until medical assistance or help arrives. Whether the system is for you or your parent, AlarmCare senior alarm system provides superior peace of mind.

The Tiny Personal Guard Alarm is probably one of the more simple ways of keeping yourself protected. It wont work for every situation, but it might be helpful to some people. Especially the elderly that just need to get the attention of someone within the house, but still out of shouting range. If you make a habit of jogging at night or get nervous working the late shift, this might help put your mind at ease.

Personal alarm buttons are also called 'personal triggers' and are available with neck cords or wrist straps.

Click here to see Extended range control boxesSome personal alarm buttons have a built in speaker and microphone. This makes them larger and heavier but may make it easier to talk, and listen to, the call centre if you use your alarm some distance from your control box.

For many years I have been very concerned about elderly cryonicists who live alone. Too many have died and not been discovered for days, as recently happened to Cryonics Institute Member Hugh Hart. The degradation of brain tissue which occurs under these circumstances seriously undermines the prospects of future restoration of personal identity and memory. Daily checkup calls or e-mail messages are not without value, but still can mean up to a day or more before discovery. Even couples often spend hours apart engaged in solitary activities -- or could lie beside each other in bed for many hours without knowing their partner had deanimated. Cryonicists have proposed systems that monitor activity in bed, either from bedsprings or from a mat placed under the sheets. Alcor Member Hara-Ra was working on a wristwatch-type pulse monitor eight years ago, but gave-up on the idea partly because he thought it would soon be commercially available for consumer use. When I was with CryoCare I tried to work with Billy Seidel to adapt the Polar Heart Rate Monitor (which transmits electrocardiogram information from a chest band to a wrist-watch) to cryonics use. But after a while Billy too gave-up on the project because of expectations of commercially-available systems becoming available soon (we are still waiting). Billy Seidel also developed a Deanimation Alarm System that can call up to four phone numbers if a bed mat or bedroom motion detector senses no activity within an hour. The system also includes a pendant push-button device. The system is inexpensive, but could be tedious and technically challenging to obtain all the parts and self-assemble based on the specifications available on the web. It does appear that commercial vital signs monitoring equipment may be on the market in 2005. The most promising candidate is the Life Shirt System, made by VivoMetrics. The Life Shirt can monitor respiration, EEG, blood pressure other vital signs -- and wirelessly communicate this information. This system has been widely publicized for many years. There are no technical obstacles, the product has already been built and is in use by academics, the military and pharmaceutical companies doing clinical trials. Government regulators stand in the way of allowing use of the product by consumers. I have been told by a VivoMetric representative that the product will be available in 2005, by which time approval by US government regulators is expected. I was also told 2005 by a representative of the Canadian company Medical Intelligence, which makes a wireless cardiac alert system linked to GPS. Once the product is approved by the Canadian government it is expected to sell for between Cdn$1,000 and Cdn$1,500. Digital Angel is another widely publicized system for vital signs monitoring and wireless GPS emergency alert, but my efforts to contact them have been a failure. E-mail messages to their published e-mail address have been returned as undeliverable. I tracked-down the sales representative responsible for the product, Brent Ballard, but despite leaving several messages on his answering machine he never returned my call. Perhaps in 2005. The simplest and most widely available personal emergency systems use bracelets or pendants with push-button devices that communicate wirelessly to a console attached to a telephone. When the button is pushed, a control system manned at all hours is contacted and personnel attempt to talk to the customer through a speaker on the console attached to the phone. If there is no response, emergency numbers previously supplied by the customer are called. I know a cryonicist who says that his grandmother's life has been saved more than once by such a system. Robert Ettinger has kindly agreed to be a test subject for emergency response systems. The first system I obtained is the Pioneer Emergency Bodyguard. The service costs $34.95 per month and requires a 6-month initial contract. There is always a special offer giving the first month free if you apply before a certain date near the end of the month. They have a sleazy feature based on renewal in 6-month blocks and a 30-day notification required for cancellation. Robert wore his "panic button" (as he calls it) on a pendant around his neck. By pressing the button in an emergency the central station operator would call the CI facility, Robert's son David and perhaps his cardiologist or funeral director. If the button is pressed accidently the central station operators can be informed of the false alarm through the voice-box on the console. Robert has triggered a number of false alarms, which has made him conscious of how frequently he presses objects to his chest. He shortened the pendant so it was closer to his neck and he became more careful not to press objects against his chest. Although the pendant is waterproof, he did not wear it in the shower. We found the company unpleasant to deal-with and returned the device. There are numerous comparable systems. A how to choose guide for this type of system is offered on the Lifestation website, which has a similar product. A limitation to these systems is that they are only for home emergencies. To deal with away-from-home situations I got Robert the Magnavox MobilePal+GPS System. This system uses a walkie-talkie-like console that can be worn on the belt. If, for example, Robert was in an automobile accident he could press a button on the console. The central station operators could call 911 and direct emergency response personnel to the location indicated by the GPS locator on the console. A 95-decibel alarm on the console would sound to attract help. And the central station operators could also phone the CI facility and others. The company also permits casual use of the device. For example, if Robert was on his way to visit his son David, he could press the console button and tell the central station operator. "Call David and tell him I will be late because I am stuck in traffic ". The Magnavox MobilePal+GPS costs about $130 to purchase, plus $19.95 per month for central station support. The monthly billing can be done by automatic withdrawals from a bank account or credit card. Robert Ettinger was using both the Magnavox and Pioneer systems, but he felt that a system that did not involve central station operators or a monthly fee would be more economical. I did manage to locate one such system, but it has proved to be a frustrating, time-consuming and expensive proposition -- and it is still not functional. A Do-It-Yourself (DIY) system (aka Neamatt) seemed to be what I was looking for. It offered an option of a push-button wrist transmitter that connected to a console that would automatically dial a list of numbers and transmit a pre-recorded voice message to those numbers. A single purchase of $345.00 would be all that was necessary. The website, however, seemed to be permanently under construction. When I finally contacted the salesperson selling the product it took him over a month to sell it to me because he was trying to figure-out how the system works. Only after I got the product did I discover that it is preferable to buy it directly from the manufacturer rather than this broker. The manufacturer is Linear Corporation. But even the website of Linear is insufficiently informative. The package of products I have now assembled associated with the PERS_2400A has cost $700 and it is still not working. If I can get it working it could be a good system. The console can receive signals not only from a "panic button ", but from a smoke detector and a motion detector. The motion detector can be used to detect unwanted motion (an intruder) or inactivity (optionally 8, 12 or 24 hours). Thus, if Robert Ettinger were not to cross the path of the motion detector placed in the bathroom for an 8-hour period, the console would automatically dial a list of pre-selected numbers which could include the CI facility and Andy Zawacki's pager. Keeping the bathroom door closed would prevent Robert's dog from triggering the device. There are many pieces to this system. Getting the pieces and getting the pieces working together has been a challenge. A 40-page manual (which can be copied as a PDF file from the Linear website) describes how telephone numbers for the console can be programmed into your computer, which sends the programmed information via the Internet into your console through the telephone line. Once the console has the numbers they can be auto-dialed when the console is activated by the wrist transmitter, smoke detector or motion detector. I have not gotten that far. A unit for programming numbers has lines with jacks of two different sizes -- and it seems that a voice-box attachment is needed to accommodate the smaller-size jack. I phoned Linear tech support and found the support person to be struggling to figure-out the system himself -- although he was very friendly and seemed quite motivated. He figured-out a method of splicing wires and connecting them to the leads of the console back-up battery, which he told me would eliminate the need to buy the voice-box. A back-up battery can assure that the unit still works during a power failure, but the proper battery was harder to locate that I had been told. A Radio Shack store manager could not find it in his catalog, nor could I find one at Circuit City or another electronics store. I had to order it from Linear. I attempted the splicing and battery connections recommended by the tech-rep, but it did not work. We do not need a voice-box because we are opting for autodialing rather than the service of central station operators. However, the voice-box is the only way I can accommodate the smaller line jacks connected to the phone-programmer. When I ordered the voice-box from Linear it was out-of-stock. I ordered it, and it was shipped, but I became too frustrated with the company and their product to continue working on it. What worked was the wrist transmitter which causes the console to make a high-pitched sound when it is pressed. Curtis Henderson came to live with Robert Ettinger. Curtis could wear the wrist transmitter and press the alarm should Curtis experience a cardiac emergency when he was watching TV while Robert is downstairs working on his computer. What you are paying for with a monthly fee is a human operator to assist in an emergency, something that you cannot be sure of with any of the auto-dialer systems. This service is even more valuable for a GPS-based system, since no existing autodialer is likely able to leave location information. That is why I think that the Magnavox MobilePal+GPS at $19.95 per month (after $130 up-front) is the best of the products I reviewed. After returning the Pioneer unit to the company, I ordered the Radio Shack Wireless Emergency Pendant (Catalog # us. ), which is a pendant-based system connected wirelessly to an autodialer console that will call up to four phone numbers and play a pre-recorded 15-second message three times if someone answers. If there is no answer -- or if there is an answering machine -- the autodialer goes on to the next phone number. If someone answers he/she can press any button on his/her phone and hear any sounds that can reach the microphone on the console (but cannot converse). This pendant panic-button seems less vulnerable to false alarms by accidental pressing than the Pioneer button. The console emits a loud squealing sound while phoning the numbers and playing the message after the pendant button is pressed. (A stop button is below the "panic button" on the pendant.) It is possible to buy a powerhorn auxiliary that emits an even louder sound, but the console was ear-piercingly loud enough for our purposes. We did buy an auxiliary device that interfaces between a lamp plug and a wall socket to cause the lamp to blink on and off after the console is activated by the pendant panic-button. Another auxiliary device is available that can replace a wall switch to produce the same effect for wall-switch-controlled lighting. These would be helpful in alerting neighbors or others in distant parts of the house that the pendant-wearer is in trouble. We programmed four numbers into the console. (1) the Cryonics Institute Facility (2) Robert Ettinger's son's house (3) the Cryonics InstituteI Funeral Director (4) my cell phone My cell phone should never be called insofar as the Cryonics Institute Funeral Director has a 24/7 answering service and a human will always answer the phone. In the recorded message made by Robert Ettinger he identifies himself and states that he is in trouble and needs emergency assistance. No one at the above numbers should need further information, such as his address. The list price for this product is $62.99, but with taxes and warrenty we paid $77.76. The warrenty is indespensible. The first unit I obtained from the Radio Shack store simply did not work -- it was burned-out. Someone had returned the item and Radio Shack had put it back on the shelf for resale. When I returned the unit I was sent to a nearby Radio Shack store for a replacement. The first unit I was to be given at the second store had also been used and returned. The second unit was apparently new, however. I tested it at the CI facility and it worked fine. But when I attempted to test it at Robert Ettinger's home, the unit would not record a message when the record button was pushed. When I returned this unit to the first Radio Shack store and demonstrated the problem to the manager, she told me she would get a replacement unit from a third Radio Shack store, which I could get the following day. But when I came for pick-up the manager informed me that the unit in the third store had also been used and returned. So she ordered me a new unit for delivery directly from the warehouse to the CI facility. The new unit apparently works as advertised, but my experience with this product has not inspired a sense of security in what is intended to be used as a life-saving device. Fortunately, we are also using the Magnavox MobilPal+GPS system. Redundancy is probably a good idea anyway, in case of problems with one of the units or power failure or battery failure (the pendant battery is supposed to last 5 years). If anything, I think that the monthly fees are more likely to decrease rather than increase because there are so many competitors in this field and the number of competitors is increasing. I have found a site that is collecting links to the competition, which can allow for easier comparison of products, prices and services for the shopper. A wide variety of automotive dashboard emergency road services are available from On Star -- including emergency medical services. The technology continues to improve, but the technology as it exists is still useful enough to save the life or greatly improve response time for an elderly person living alone. I have been hearing the " wait for technology improvements" line for years and think it is a deadly trap -- a rationalization for doing nothing and in many cases the excuse of dreamers who will never do anything. For an elderly cryonicist living alone I would recommend immediately getting a personal alarm system. When the technology changes, a better system can be obtained. The handling of false alarms is a major advantage of the operator-based systems over the autodialer based systems. As I mentioned, with the pendant device Robert Ettinger has set-off a number of false alarms by inadvertently pressing objects against his chest. The operator always attempts to confirm that there is no false alarm before contacting the emergency numbers. And Robert can initiate false-alarm notification from his console. I have discovered a system that seems to combine both a pendant and GPS, which could be less bulky. But I'm not sure how effectivey it could disable false alarms -- the bulky Magnavox MobilePal+GPS reputedly allows for immediate conversational contact with the operator to clarify the situation. But when last tested we got an answering machine followed by music before getting an operator -- a delay of nearly a full minute. I have sought to find companies in the United Kingdom (UK) offering services comparable to those available in the United States. This company offers caregivers in the UK a pendant-device that can keep them in constant communication with the person or persons in their care. It could be of use for cryonicist couples as well, especially if one of them is medically at risk. This UK ompany looks to be offering an inexpensive autodialer like the one I was looking for when I got entangled in the mess with the DIY/Linear products I described. I am not inclined to investigate right now, but it could be just what I was looking for in terms of a product without a monthly fee for operator support. Again, there is value to be gained from false-alarm handling and immediate guaranteed contact with a living operator -- a value that might easily be worth the monthly fee. A UK product that might be offering operator support is. I don't see operator-support explicitly mentioned, but the products are such that it would be required, I think. Pendants/wrist-transmitters are not shown, however. Arguably, in this age of cell telephones and personal GPS systems the added benefit of "panic button" systems is marginal. Many cell phones have pre-programmed numbers which can be dialed at the press of a button. Vital signs monitoring connected to GPS and autodialing would make a significant difference, however. What happens when an alarm is activated? What should be done? First, of course, it is valuable to try to determine if it is a genuine emergency. If, for example, Robert Ettinger's alarm was activated, and I was contacted, I would attempt to phone him if I hadn't been called already automatically. If I was unable to reach Mr. Ettinger by any means then I think that the best thing to do would be to (1)call 911 and (2)quickly try to drive to Robert Ettinger's house and/or get someone near Robert Ettinger's house to drive there. An ambulance is probably the fastest way to get someone to a hospital. If Mr. Ettinger's heart is still functional, then a quick trip to the hospital may keep him alive. If Mr. Ettinger has deanimated then a quick trip to the hospital is the fastest way of getting him pronounced legally dead by a physician. By driving to Mr. Ettinger's house there is a chance of being there when the ambulance is there -- and of following the ambulance to the hospital. This would allow me to know which hospital Mr. Ettinger is at and may allow me to initiate or get help initiating administration of heparin, CPR and possibly even administration of ice -- while I contact others for assistance. In the United States municipalities often pay much of the expense of an ambulance, but a user fee of several hundred dollars is required from those receiving the services (more for Advanced Life Support than for Basic Life Support). Some of the costs may be covered by health insurance if the call is proven to have been a genuine emergency. The costs are typically only incurred when the patient is transported -- application of a defibrillator in the home would not incur a charge in most cases, I believe. For a narrative story about ambulance costs, see. Ambulance Service. The 911 universal emergency number service was begun by ATT in the United States in 1968 and currently is available in some form for about 99 of the population. Different emergency numbers are used in different countries. Locals and travelers outside the United States would be advised to learn the relevant numbers for their current locations. International 911 Emergency Numbers (return to contents)

) and GPS for disaster triage[JOURNAL OF THE AMERICAN MEDICAL INFORMATICS ASSOCIATION. Curtis, DW. 15.44-63 (2008)]. The word Smart is popular in vital signs monitoring. Aside from the SMART system, it is also applied to the Smart Shirt designed by Georgia Tech for use in the next generation of combat uniforms for soldiers. And Smart is used for the Smart Vest, which is designed to monitor the health status of active persons vulnerable to danger, such as firefighters, miners, deep sea divers and soldiers. Along with GPS it can provide information on ECG, body temperature, blood pressure, heart rate and galvanic skin response -- with sensors that do not require gels or electrodes[MEDICAL ENGINEERING PHYSICS. Pandian, PS. 12 Sept 2007)]. Although my interest has been most urgently motivated by my concern about elderly cryonicists living alone, I also think that vital signs monitoring could be of value for detecting cardiac arrest during cryonics patient standby. This raises the question as to whether such wireless devices could be deployed in a hospital. Cell phone use is banned in airplanes and hospitals, but the enforcement in hospitals is very poor. The greatest interference with medical equipment comes from devices like the two-way radios used by emergency personnel. Cell phones, WiFi and Bluetooth do not interfere with medical equipment as long as they are at least two meters away[TELEMEDICINE AND E-HEALTH. Boyle, J. 12(3). us. (2006)]. We at the Cryonics Institute recently tested the Radio Shack autodialer alarm that Robert Ettinger is using, and it still works. It is a panic-button system worn as a necklace that phones a list of numbers when the button is pushed. CI Member Gunter Boden mailed (by slow boat) a hand-made pulse detector alarm with circuit diagrams. It could be a workable alarm for someone having people within hearing range, but my main interest has been in phone dialers for people living alone. With the assistance of Member Nick Pavlica, who has both a personal and commercial interest in vital signs monitoring alarm systems, I have done some serious investigation of some of the most promising systems I have found. Medical Intelligence and Exmocare are among the vital signs monitoring systems that are still expected to be soon available on the general consumer market (rather than restricted to accredited research organizations). But there have been too many years of such expectations with little tangible result. I was contacted by AWare Technologies (www. awaretechs. com) concerning the vital signs alarm systems page that I have on the Cryonics Institute website. AWare makes devices for the US Army that soldiers can wear. www. awaretechs. com/MilitaryVitalSignsPrototype. html The Army wants to know whether its soldiers in the field are dead or alive in order to determine the value and risk of rescue efforts. Not being a medical device it can avoid FDA regulation (which has been a huge cost/regulation barrier to such devices becoming available to consumers). I did a considerable amount of negotiation with AWare, but it ended in frustration. The units were to be deployed for $999 initial payment per unit with monthly charges of $14.99, with a contract for guaranteed service use for five years. They wanted the Cryonics Institute to pay for it all rather than the individual CI Members, although they eventually suggested this could be negotiated further. The device could be worn on the wrist, belt or as a pendant. It was a pedometer-type motion detector rather than a vital signs monitor. It gathered data and sent the data through a phone line once per day, but could be altered to trigger a phone call to a pager or cell phone if there was more than fifteen minutes of inactivity. Samples were sent to the Cryonics Institute so that they could be put on display for the CI Open House, but the samples were incapable of actually dialing a phone number, so they were not very impressive. MyPulse Monitor (www. mypulsemonitor. com/) is the closest I have come to getting a working vital signs alarm system. It has a 1,000-foot detection range (at most) and requires the use of a PC (Personal Computer) that can be connected to a phone line (modem, DSL, etc). The MyPulse system monitors heartbeats by a chest strap worn over the heart. A repeater relays the signal from the chest strap to a receiver connected to the computer by a USB port. Within 1,000 feet of the computer it can produce graphs of the heartbeat and trigger phone calls to one or more phone numbers if the heartbeat stops. The chest strap does not feel comfortable at first, but I have gotten used to wearing it on a continual basis. It is waterproof so it need not be removed during a shower, although this may not make for good cleaning. The repeater must be kept within three feet of the chest strap. Taking the repeater into the shower is strongly discouraged, so the chest strap should probably be removed during baths and showers. The system is not plug-and-play, and could prove challenging for the typical elderly person who has not worked with computers. The users manual must be studied thoroughly and there are many details about installation and use that are not obvious from the manual. The system had many bugs, which have been corrected through an ongoing dialog with the company and numerous versions of software updates that I have been sent. I have been able to make the telephone connection on the Cryonics Institutes desktop computer, but was unable to do so for Robert Ettingers computer. I tried many combinations of COM ports and baud rates without success -- there seems to be a mismatch with Mr. Ettingers DSL device. The company suggested that I could get another modem for Mr. Ettinger. The repeater requires a great deal of attention. The repeaters battery should be recharged daily, taking an hour or two to recharge. The repeater can be used while recharging, but does not recharge as quickly -- and requires that the subject be tethered to the electrical cord on the charger. It has been recommended that the repeater be placed under the mattress for recharging during sleeping to avoid interrupting monitoring. But when I have done this the repeater becomes so hot that I fear it will be damaged. When I have tried placing the repeater in the pillow, the alarm generally sounds because the repeater is not close enough to the chest strap. I have tried wearing a shirt in bed with the repeater in the shirt pocket while connected to the charger. Even doing this, the repeater can become overheated. When overheated the repeater may cease to transmit, although I have been too concerned about damage by overheating to validate this belief properly. Many rude awakenings by the alarm were probably caused by my skin drying during sleep. By using electrolyte gel that I ordered online from MedSupply www. medsupplystore. com/par11.html and wearing the chest strap tightly I believe I have eliminated this problem. The alarm provides for autodialing of many phone numbers and sending of an e-mail message when no heartrate is detected. I have not been able to get the e-mail alarm message sent, but I suspect this may be due to the weirdness of SBCGlobal username. The computer dials both my cell phone and the CI auxiliary phone during my testing. The phones ring, but no message is left. The recipient of the calls would need to note the caller ID phone number and realize the source and reason for the call. Less complicated systems are expected to be on the market in 2008, but I wont believe it until I see it. I will report on what I see, however. (return to contents)

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Functionallity and use of design. The device ensures easy activation to call for help – the big "easy to find" button is placed in the centre of the product, it has a contrast colour and is easy to see and feel. The button is countersunk in order not to be activated by incident – it if touches a table, a wall etc. The personal alarm transmitter can be worn as a necklace, a wrist watch or be clipped on to a pocket. A flexible and replaceable rubber ring decides how to wear the alarm transmitter. Name of Designer(s).

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