JPS62106596A - Alarm information transmitter - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] A. Field of Industrial Application The present invention relates to a device that quickly transmits information to the neighborhood when an emergency situation occurs in a person or a house, and in particular, a device for transmitting an abnormal situation to the neighborhood. The present invention relates to an alarm information transmission device that can clearly transmit the status by voice without the need for a person to explain it by voice.

B. Conventional technology A door switch that detects the opening/closing line of the door is installed on the windows and doors of a building, or a sensor is installed that detects the movement of air in the room. An alarm information system has been developed that detects and transmits this information to a control center via telephone lines.

Furthermore, an alarm device has been developed to generate an emergency signal for individuals, which can be turned on to emit a loud sound when a person is attacked by a molester or the like.

C1 Problems with the conventional method However, with the above-mentioned method of transmitting emergency signals to the control center via telephone lines, the control center manages many houses and buildings, so the control center and the location where the abnormal situation occurs are far away. The disadvantage was that it often took time to go to the scene to provide support.

Since this type of device is used to prevent fires and intrusions such as thieves, it is especially important to shorten the time it takes to go to the scene after an abnormal situation. In the case of a fire or gas leak, a delay of just a few minutes can often cost people's lives, so it is extremely important to gather as many supporters as possible in a short period of time.

Furthermore, since the conventional system uses a telephone line, if an intruder cuts the telephone line and enters the system, abnormal situations cannot be transmitted.

Furthermore, alarm sound generators carried to prevent molesters are severely limited in their transmission distance due to surrounding noise, and the perpetrator can also hear the alarm, so the perpetrator may damage the alarm device to stop the alarm sound. This had the disadvantage that an alarm could not be generated.

The present invention was developed with the aim of eliminating these drawbacks of the conventional technology, and an important purpose of the present invention is that when an abnormal situation occurs, the voice can be clearly transmitted to the neighbors, and the nearby people can quickly The goal is to provide an alarm information transmission device that can be used to provide support.

Another important object of the present invention is that the sensor detects an abnormal situation and automatically transmits where and what kind of abnormal situation has occurred using pre-stored audio. To provide an alarm information transmitting device capable of reliably and accurately transmitting an alarm without requiring a transmitter to explain the state of the alarm.

Furthermore, another important object of the present invention is to provide an alarm information transmitting device that can transmit an alarm without the sender making a sound, and can notify abnormal situations without being noticed by robbers. be.

D. Means for solving conventional problems Anomaly detection sensors that detect abnormal situations such as fire, gas leaks, intruders, etc., an emergency voice that explains the abnormal situation audibly, and an audible explanation of where it is coming from. an audio means that stores the sender specific audio and outputs the stored audio signal as an output from an abnormality detection sensor; a transmitter body that modulates a carrier wave with the audio signal of the audio means and transmits an emergency radio wave; It consists of a receiving means that receives emergency radio waves from the main body of the machine and generates an emergency voice explaining the abnormal situation from a speaker and a voice specifying the sender of the transmission source.

81 Actions and Effects When a temperature sensor, smoke sensor, etc. detects that a fire has occurred inside the house, it sends an abnormal signal to the audio means, and the audio means explains in advance the abnormal signal from the abnormality detection sensor with audio. It stores emergency voices such as ``There is a fire, please contact the fire department and provide support,'' and sends this emergency voice to the transmitter itself.
It also stores a sender identification voice that identifies where the abnormal radio wave was sent from. This sender specific voice is, for example, a part of Yamada next door to the north of the supermarket at roomoo address.
A voice that clearly explains who and where the sender is is stored. Based on the output of the abnormality detection sensor, the sender specific voice and emergency voice are modulated by the transmitter body and sequentially transmitted as abnormal radio waves.

The abnormal radio wave is received by all receiving means in the vicinity, and the receiving means generates audio information about the source of the abnormal situation and the contents of the abnormal situation. Therefore, when an abnormal situation occurs, the information is transmitted to all nearby receiving means, and many people in the neighborhood can be notified of the abnormal situation by voice.

Therefore, neighbors who learn of an abnormal situation can quickly rush to help, and damage caused by fire, gas leaks, etc. can be minimized.

In addition, since the memorized voice is automatically transmitted using the output of the abnormality detection sensor, the time delay from detection of an abnormal situation to transmission can be minimized, and moreover, it is possible to reduce the time delay between the detection of an abnormal situation and the transmission of the sound. Alternatively, even if the user is unable to make a sound due to being threatened by a robber, etc., it is possible to realize the feature of accurately transmitting the details of the abnormal situation.

Furthermore, since pre-stored voices are transmitted via radio, the reception of alarm radio waves cannot be stopped even if an intruder cuts the telephone line or other methods, and if an abnormal situation occurs, it will definitely be detected. The feature of being able to transmit information nearby is also realized.

Furthermore, in the pronation system in which the device of the present invention has become widespread, neighbors can help each other to minimize damage in an emergency, so mutual help within the neighborhood can be improved. Incidental effects such as improved compatibility can also be achieved.

F. Preferred embodiment Embodiments of the present invention will be described below based on the drawings.

The alarm, information, and transmission device shown in FIG. It includes a transmitter main body 3 that transmits radio waves, and a receiving means 4 that receives emergency radio waves and reproduces audio.

The abnormality detection sensor 1 is a sensor that detects an abnormality in the place where this device is installed or the wearer, such as a temperature sensor 5 that detects a fire, a smoke sensor 6, a gas leak sensor 7 that detects a gas leak, or an intrusion sensor. a door sensor 8 for detecting a person;
Or manual support switch 9 to ask for support from neighbors
etc. can be used.

The audio means 2 is a sender specific voice generation circuit that stores a voice for identifying who and where the sender is, for example, ``This is Yamada part, address ootroo, next to OO Pharmacy.'' 10, and a voice to explain the details of the abnormal situation, such as ``There is a fire. Someone please contact the fire department for assistance.'' ``There is a gas leak.'' ``There is an intruder.''
It is equipped with an emergency sound generation circuit 11 that stores sounds such as "Please support Nataka" and "Please support Nataka in an emergency situation."

Since the emergency sound generation circuit 11 is used to explain the signal from the abnormality detection sensor 1 with voice, it detects which abnormality detection sensor 1 the input signal is from and outputs the emergency signal detected by the abnormality detection sensor 1. Outputs audio corresponding to the situation.

Therefore, when there is an input signal from the temperature sensor 5 and the smoke sensor 6 to the emergency sound generation circuit 11, a sound saying "If there is a fire, please contact the Nataka Fire Department for assistance" will be generated, and
When a signal is received from the door sensor 8, it will generate a voice that says, ``If there is an intruder, please provide assistance.'' Furthermore, if a signal is received from the support switch 9, it will generate a voice that says, ``This is an emergency situation, please provide assistance.'' ” and outputs an audio signal.

The audio means 2 can be any member capable of storing predetermined sounds and outputting the stored sounds when necessary, such as a ROM for storing sounds, a tape recorder, a laser disc playback device, etc. , ROM is the simplest and has no mechanically moving parts, making it highly reliable and optimal.

Sender specific sound generation circuit 10 and emergency sound generation port "1l"
Ill outputs the audio signals sequentially at different times, rather than outputting them at the same time, so that both audio signals can be reliably transmitted. Preferably, the sender specific voice generation port V111
0 outputs the sound first, followed by the emergency sound generation circuit 1.
1 outputs an audio signal.

Furthermore, in a preferred embodiment, since it may not be possible to reliably transmit an abnormal situation with one voice transmission, such as in the middle of the night, it is preferable that Repeatedly generate the identified person's voice and emergency voice for several minutes.

In order for the audio circuit to repeatedly output audio, a repeat circuit (not shown) is incorporated, and this repeats the sender specific audio and emergency audio for a predetermined period of time.

The transmitter main body 3 includes a modulation circuit 12 that modulates a carrier wave with an audio signal, an amplifier circuit I3 that amplifies the modulated carrier wave,
An antenna switching circuit 14 is provided to switch the antenna to the transmitter main body 3 side during transmission.

The antenna output of the transmitter body 3 is determined by taking into account the density of houses at the place of use, the width of the mutual transmission area, etc. The field intensity is determined to be 200 μV/m or less, preferably 15)t V/m or less at a location 100 meters away from the antenna.

As the receiving means 4, any device capable of receiving the emergency radio waves transmitted by the transmitter main body 3 and reproducing audio can be used. That is,
An amplifier circuit 16 that amplifies the information radio wave, a detection circuit 16 that detects the information radio wave, and a speaker 19 that amplifies the detected signal.
and an amplifier circuit 17 for reproducing from.

Speaker amplifier circuit 17, i.e., low frequency amplifier circuit 1
7 is connected to a reset switch 18 for information confirmation. When the reset switch 18 is pressed, the amplifier circuit 17 stops transmitting the input signal to the speaker 19, and the speaker 19 stops playing the emergency sound. At the same time,
The reset switch 18 activates the information confirmation sound generation circuit 20, and the transmitter main body 3 transmits a confirmation radio wave.

The confirmation radio wave is received by another receiving means 4 that is receiving the emergency radio wave. The receiver (8 means 4) connected to the antenna 28 of the transmitter main body 3 that is transmitting emergency radio waves, that is, the receiving means 4 in which an emergency situation has occurred, has the antenna 28 switched to the transmitter main body 3 side. Because of this, I do not receive confirmation radio waves.

The reset switch 18 is operated by a person who has transmitted an emergency radio wave and contacted the fire department or police. Reset switch 18
By sending a confirmation radio wave, you can prevent multiple people who are receiving the emergency radio waves from contacting the police or fire department about the same thing.

All the circuits shown in the block diagram of FIG. 1 are operated with electricity R22 from a floating charged battery 21.

Also, using the conventional method, the automatic dial control circuit 23 is controlled by the output of the abnormality detection sensor S1, and thereby,
It is also possible to transmit information to the fire department or police department via telephone lines.

The automatic dial control circuit 23 contacts the fire department when the temperature sensor 5, smoke sensor 6, and gas leak sensor 7 output outputs, and contacts the police when the door sensor 8 and support switch 9 output outputs.

When the automatic dial control circuit 23 calls the fire department and the police, the audio means 2 outputs a voice corresponding to the abnormality detection sensor 1 to notify the contents of the emergency situation by voice.

As shown in Figures 2 and 3, an alarm information transmission device 27 is set inside each house 29 in a specific area, and the emergency radio waves transmitted from this information transmission device are concentrated on the top of a mountain or on the roof of a high-rise building. It is also possible to receive the signal using the antenna 24 and transmit it to the information management center 25 via wire or telephone line.

It is also possible to further transmit the signal from the information management center 25 to the central control center 26, and to connect the central control center 26 to a nearby fire station or police station by telephone.

Furthermore, the device of the present invention can be made portable by integrating the transmitter body, the abnormality detection sensor, and the audio means.

For example, in a portable information transmission device, as shown in FIG. 4, when a person attacked by thieves operates the support switch 9 and an emergency radio wave is transmitted, this radio wave is transmitted to a neighbor who has a receiving means. The information is received by the information transmission device @27 set inside the house 29, and informs that someone nearby is seeking support.

Neighbors searched the area and found someone calling for assistance.

In the apparatus of the present invention, all transmitter bodies transmit radio waves of the same frequency so that they can be used in common. Furthermore, the more people in the neighborhood use the device of the present invention, the more people can help each other and receive more support.

[Brief explanation of drawings]

FIG. 1 is a block diagram of an alarm information transmitting device showing one embodiment of the present invention, and FIGS. 2 to 4 are schematic block diagrams showing usage states of the alarm information transmitting device of the present invention. l... Abnormality detection sensor, 2... Audio means, 3... Transmitter body, 4... Receiving means, 5... Temperature sensor, 6
・・Smoke sensor, 7・・Gas leak sensor, 8・・Door sensor, 9・・Support switch, IO・・Sender specific voice generation circuit, 11・・Emergency voice generation circuit, ]2・・Modulation circuit, 13・・Amplification circuit, 14...
Antenna cutoff circuit, 15...Amplification circuit, 16...Detection circuit, 17...
Amplification circuit, 18..Reset switch, 19..Speaker, 20..Information confirmation sound generation circuit, 21..Battery, 22..Power source, 23..Automatic dial control circuit, 24..Concentrated antenna, 25.. Information management center, 26. Centralized control center, 27. Alarm information transmission device, 28. Antenna, 29. House, Figure 4 procedural amendment (voluntary) ζ°ift+ 61 reform January 31, 1988 Year Patent Application No. 2465342, Title of Invention: Alarm Information Transmission Device 3, Relationship with the Amendment Case Patent Applicant Address: 5, 2353 Taida-cho, Sakaide City, Prefecture
Name) Katsuoki Yamauchi 4, Agent 5, Date of amendment order Self-invention Rules 1, Name of the invention Warning information transmission device 2, Claims (1) Abnormality detection sensor and the abnormality detection sensor detected Memorizes an emergency voice that audibly alerts you to abnormal situations, and furthermore,
It also stores a sender identification voice that identifies the sender, and when an abnormal signal is input from the abnormality detection sensor, it includes an audio means that outputs the stored audio signals in order, and modulates the carrier wave with this audio signal. A transmitter body that transmits emergency radio waves, and a transmitter body that receives the emergency radio waves transmitted from this transmitter body and generates a sender specific voice and an emergency voice corresponding to the abnormal situation from the speaker to alert the surroundings to the emergency situation. an alarm information transmitting device comprising: receiving means for transmitting information to the alarm information; (2) The alarm information transmission device according to claim (1), wherein the sensible sensor is any one of a temperature sensor, a smoke sensor, a door sensor, a gas leak sensor, and a support switch. (3) The audio means includes a repeat circuit, and when the repeat circuit receives an abnormal signal from the abnormality detection sensor, it repeatedly transmits the sender specific sound and the emergency sound that informs the abnormality. As stated in (1)? J
Alarm information transmission device (4) The transmission power of the transmitting means is such that the electric field strength at the point where it passes 100 meters from the transmitting antenna is 15
) IV/m or less
7 report information transmission device described in section 1). 3. Detailed Description of the Invention A. Field of Industrial Application The present invention relates to a device for quickly transmitting information to the neighborhood when an emergency situation occurs in an individual or a household. This relates to an alarm information transmission device that can clearly transmit an abnormal situation by voice without having to explain it physically or physically. B. Conventional technology Install a door switch that detects the status or install a sensor that detects the movement of air in the room to detect the presence of an odor from a moving object in the room, that is, an intruder, and send this information to the control center via a telephone line. A communication information system has been developed to transmit information. Also, a Go+F! device has been developed to generate an emergency signal for individuals, which can be turned on to make a loud sound when attacked by a molester or the like. C9 Problems with the conventional method However, with the above-mentioned method of transmitting emergency signals to the control center via telephone lines, the control center manages many houses and buildings, so the control center and the location where the abnormal situation occurs are far away. This type of device is used to prevent fires, burglars, etc. from entering the scene, so it takes a long time to go to the scene from an abnormal situation. How to shorten the time is especially important.In the case of a fire or gas leak, a delay of only a few minutes can often mean the loss of life, so how to gather as many supporters as possible in a short time is extremely important. However, since the conventional method uses telephone lines, there was a drawback that if an intruder completely penetrated the telephone line, the message could no longer be transmitted. The device that generates the alarm sound is severely limited in its transmission distance due to surrounding noise, and the assailant can also hear it, so if the assailant damages the first alarm device and stops the alarm sound, the seventh alarm cannot be generated. The present invention was developed with the aim of eliminating these conventional drawbacks, and an important purpose of the present invention is to clearly transmit voice to neighbors when an abnormal situation occurs. Another important object of the present invention is to provide a 7-report information transmission device that allows people in the vicinity to quickly go to support.Another important object of the present invention is that a sensor detects an abnormal situation, and the sensor detects an abnormal situation, thereby causing the alarm to be stored in advance. Because it automatically transmits whether an abnormal situation such as Tokote has occurred by voice, there is no need for the person transmitting the abnormal situation to explain the situation, and the alarm information can be transmitted reliably and accurately. Furthermore, another important object of the present invention is that the sender can transmit seven messages without making a sound, so it is possible to notify abnormal situations without being noticed by robbers, etc. To provide an alarm information transmission device. D. Means for solving conventional problems Anomaly detection sensors that detect abnormal situations such as fire, gas leaks, intruders, etc., an emergency voice that explains the abnormal situation audibly, and an audible explanation of where it is coming from. an audio means that stores the sender specific audio and outputs the stored audio signal as an output from an abnormality detection sensor; a transmitter body that modulates a carrier wave with the audio signal of the audio means and transmits an emergency radio wave; It consists of a receiving means that receives emergency radio waves from the main body of the machine and generates an emergency voice explaining the abnormal situation from a speaker and a voice specifying the sender of the transmission source. E1 action and effect When a temperature sensor, smoke sensor, etc. detects that a fire has occurred within the house, it sends out a constant signal to the audio means. The audio means stores in advance an emergency voice that audibly explains the abnormal signal from the abnormality detection sensor, for example, ``A fire has broken out. Please contact the fire department and come to support us.'' Sends audio to the transmitter body. Also, audio means are
It also stores a sender identification voice that identifies where the abnormal radio wave was sent from. This sender specific voice is, for example, ``This is a part of Yamada, next door to the north of ○○ supermarket, ○○ address, O○ town.''
A voice that clearly explains who and where the sender is is stored. Based on the output of the abnormality detection sensor, the sender specific voice and emergency voice are modulated by the transmitter body and sequentially transmitted as abnormal radio waves. The abnormal radio wave is received by all receiving means in the vicinity, and the receiving means generates audio information about the source of the abnormal situation and the contents of the abnormal situation. Therefore, when an abnormal situation occurs, the information is transmitted to all nearby receiving means, and many people in the neighborhood can be notified of the abnormal situation by voice. Neighbors who know about this condition can quickly rush to help and minimize damage caused by fires, gas leaks, etc. In addition, since the memorized voice is transmitted to the Sumitomo Forestry with the output of the abnormality detection sensor, the delay from the detection of an abnormal situation to the transmission can be minimized. It is also possible to realize a feature that can accurately transmit the contents of an abnormal situation even if the user is unable to make a sound due to a mental breakdown or being threatened by a robber or the like. Historically, even by transmitting pre-recorded voices via radio, the infiltrator could not stop transmitting alarm radio waves by cutting off the telephone line, etc., and when an abnormal situation occurred, it was not possible to stop the transmission of alarm radio waves. It also has the advantage of being able to transmit information nearby. Historically, in Kawauchi, where the device of the present invention was widely used, neighbors helped each other to minimize damage during emergencies, so mutual help within the town was You can also achieve incidental effects such as improving the spirit of mutual understanding. F. Preferred Embodiments Hereinafter, embodiments of the present invention will be described based on the drawings. The alarm, information, and transmission equipment shown in Figure 1 is the wise sensing seven sensor I and this abnormality! An audio means 2 that outputs a memorized sound using the output of the Sochi sensor 1, a transmitter body 3 that modulates a carrier wave with the sound of the audio means 2 and transmits an emergency radio wave, and a transmitter body 3 that receives the emergency radio wave and transmits the sound. receiving means 4. The abnormality sensing %0 sensor l is a sensor that detects an abnormality in the place where this device is installed or the wearer, such as a temperature sensor 5 that detects a fire, a smoke sensor 6, or a gas leak sensor that detects a gas leak. 7. Door sensor 8 that detects intruders
Alternatively, a manual support switch 9 or the like can be used to request support from neighbors. The audio means 2 is a transmission device that stores a voice to identify the sender, such as "This is part of Yamada, address XX, O○ town, next to XX pharmacy." The person identification sound generation circuit 10 and the sound to explain the details of the abnormal situation, for example, "There is a fire, please contact the Tonataka Fire Department for assistance", "There is a gas leak", "Intruder", etc. is,
It is equipped with an emergency sound generation circuit 11 that stores sounds such as "Someone please support me" and "If there is an emergency situation, please help me". The emergency sound generation circuit 11 receives 13 signals from the abnormality detection sensor l.
5'4 Normal detection sensor I detects whether the input signal is an input signal from abnormality detection sensor 1, and outputs a sound corresponding to the emergency situation detected by normal detection sensor I. . Therefore, when there is an input signal from the temperature sensor 5 and the smoke sensor 6 to the emergency sound generation circuit 11, a sound saying "If there is a fire, please contact the Nataka Fire Department for assistance" will be generated, and the signal from the door sensor 8 will be emitted. When it receives a signal, it emits a voice that says, ``If you are an intruder, I will ask for your support,'' and if it receives a signal from support switch 9, it will say, ``If you are in an emergency situation, I will not provide support.'' and outputs an audio signal. The audio means 2 can be any member that can store a predetermined sound and output the stored sound when necessary, such as a ROM for storing sounds, a tape recorder, a laser disc playback device, etc. However, ROM is the simplest, and since there are no mechanical DJ moving parts, it is highly reliable and optimal. Sender specific voice generation circuit 1O and emergency voice generation circuit 11
This means that in order to ensure that both voices can be transmitted, the audio signals are not output at the same time, but are output in sequence at different times. Preferably, the sender specific sound generation circuit 10 first outputs the sound, and then the emergency sound generation circuit 11 outputs the sound signal. In the preferred embodiment, since it may not be possible to reliably transmit the 5V constant state with one voice transmission in the case of burning or tIILL fat, etc., during the reset period until -S,
Alternatively, the specific line sound and the emergency sound are repeatedly generated by repeating them for a predetermined period of several tens of seconds to several minutes. In order for the audio circuit to repeatedly output audio, a repeat circuit (not shown) is incorporated, which repeatedly generates the sender specific audio and emergency audio for a predetermined period of time. The transmitter body 3 includes a modulation circuit 12 that modulates a carrier wave with an audio signal, an amplification circuit 13 that amplifies the modulated carrier wave,
An antenna switching circuit 14 is provided to switch the antenna to the transmitter main body 3 side during transmission. The antenna output of the transmitter body 3 is determined by taking into account the density of houses at the place of use, the width of the mutual transmission area, etc. The electrolytic strength at 200μV/m or less,
Preferably, the field strength is determined so that the field strength at a distance of 100 meters from the antenna is 151 i V/m or less. As the receiving means 4, any device capable of receiving the emergency radio waves transmitted by the transmitter main body 3 and reproducing audio can be used. That is,
An amplifier circuit 15 that amplifies the information radio wave, a detection circuit 16 that detects the information radio wave, and a speaker 19 that amplifies the detected signal.
and an amplifier circuit 17 for reproducing from. Speaker amplifier circuit 17, i.e., low frequency amplifier circuit 1
7 is connected to a reset switch 18 for information confirmation. When the reset switch 18 is pressed, the amplifier circuit 17 stops transmitting the input signal to the speaker 19, and the speaker 19 stops playing the emergency sound. At the same time,
The reset switch 18 activates the information confirmation sound generation circuit 20, and the transmitter main body 3 transmits a confirmation radio wave. The confirmation radio wave is received by another receiving means 4 that is receiving the emergency radio wave. The receiving means 4 connected to the antenna 28 of the transmitter main body 3 transmitting emergency radio waves, that is, the receiving means 4 in which an emergency situation has occurred, has the antenna 28 switched to the transmitter main body 3 side. , I do not receive a confirmation radio wave. The reset switch 18 is operated by a person who has transmitted an emergency radio wave and contacted the fire department or police. Reset switch 18
By transmitting a confirmation radio wave, you can prevent multiple people receiving the emergency radio signal from contacting the police or fire department about the same thing. All the circuits shown in the block diagram in Figure 1 are floating The charged battery 21 is used as a power source 22, and using the conventional method, the automatic dial control circuit 23 is controlled by the output of the gastric sensitivity sensor 1, thereby transmitting information to the fire department and police through the telephone line. The automatic dial control circuit 23 contacts the fire department when the temperature sensor 5, smoke sensor 6, and gas leak sensor 7 output outputs, and calls the police when the door sensor 8 and support switch 9 output outputs. When the automatic dial control circuit 23 calls the fire department and the police, the audio means 2 outputs a voice corresponding to the medical condition detection sensor 1 and communicates the contents of the emergency situation by voice. As shown in the figure, an alarm information transmission device 27 is set inside each house 29 in a specific area, and emergency radio waves transmitted from this information transmission device are received by a centralized antenna 24 on the top of a mountain or on the roof of a high-rise building. can also be transmitted to the information management center 25 by wire or telephone line.The signal from the information management center 25 is further transmitted to the central control center 26, and from the central control center 26 there is a telephone connection to a nearby fire station or police station. In addition, the device of the present invention can be made portable by integrating the transmitter main body, the abnormality detection sensor, and the audio means. When a person disguised as a thief operates the support switch 9 and an emergency radio wave is transmitted, this radio wave is received by an alarm information transmission device 27 set in a nearby house 29 which has a receiving means. Notify that someone nearby is calling for support. When neighbors search the area, the person asking for support is found. The device of the present invention has a transmitter body that can be used anywhere. It transmits radio waves of the same frequency. Also, the more people in the neighborhood use the device of the present invention, the more they can help each other and receive more support. 4. Brief explanation of the drawings Fig. 1 is a block diagram of a 7-report information transmission device showing an embodiment of the present invention, and Figs. 2 to 4 are schematic block diagrams showing usage states of the alarm information transmission device of the invention.1.・Abnormality detection sensor, 2. Audio means, 3. Transmitter body, 4. Receiving means, 5. Temperature sensor,
6. Smoke sensor, 7. Gas leak sensor, 8. Door sensor, 9. Support switch, 10. Sender specific sound generation circuit, 11. Emergency sound generation circuit, 12. Modulation circuit, 13.・Amplification circuit, 14...
Antenna switching circuit, 15...Amplification circuit, 16...Detection circuit, 17...
Amplifier circuit, 18...Reset switch, 19...Subitsuha 20...Information confirmation sound generation circuit, 21...Battery, 22...Power source, 23...Automatic dial control circuit, 24...Concentrated antenna, 25...Information Management center, 26... Centralized control center, 27... News information transmission device,

Claims (4)

[Claims] (1) Stores an abnormality detection sensor and an emergency sound that audibly notifies abnormal situations detected by the abnormality detection sensor, and further,
It also stores a sender identification voice that identifies the sender, and when an abnormal signal is input from the abnormality detection sensor, it has an audio means that outputs the stored audio signals in order, and a carrier wave that is modulated with this audio signal to generate an emergency signal. There is a transmitter body that transmits radio waves, and the emergency radio waves sent from this transmitter body are received, and the speaker generates a sender-specific voice and an emergency voice corresponding to the abnormal situation, and transmits the emergency situation to the surrounding area. An alarm information transmission device comprising: receiving means for transmitting information. (2) The alarm information transmission device according to claim (1), wherein the abnormality detection sensor is any one of a temperature sensor, a smoke sensor, a door sensor, a gas leak sensor, and a support switch. (3) The audio means includes a repeat circuit, and when the repeat circuit receives an abnormal signal from the abnormality sensor, it repeatedly transmits the sender specific voice and the emergency voice that informs the abnormal situation. 1) The alarm information transmission device described in section 1). (4) The transmission power of the transmitting means is 100% from the transmitting antenna.
The alarm information transmission device according to claim 1, wherein the electric field strength at a distance of meters is set to 15 μV/m or less.