JPH11220552A - Emergency message network system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable a management center which received an emergency message from a private transmitting device to automatically send the message to a security center by adding an information processor and a map retrieval device to the receiving device of the management center that is connected to the private transmitting device and also adding an information processor and a map retrieval device to the receiving device of the security center, that is connected to the information processor of the management center. SOLUTION: An information processor 31 of a management center 3 processes the signals received from a private transmitting device 2, outputs the character information to a display 33 and manages the emergency information received from the device 2 and the general information. A map retrieval device 32 retrieves the address of a system user 1 from the signals received from the device 2 and outputs the map information to a display 34. A security center 5 receives the signals from the processor 31 of the center 3 and performs the information management and map retrieval like the center 3 by means of an information processor 51 and a map retrieval device 52. With such a constitution, the center 5 can quickly secure the safety of the user 1.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention particularly relates to an emergency system which is capable of urgently taking appropriate measures in the event of an accident in a general household, for example, in the event of a gas leak or fire or a sudden illness. It relates to a report network system.

[0002]

2. Description of the Related Art Conventionally, for example, when a gas leak of household gas has occurred, a family member who noticed the gas leak reported to a gas sales company.

[0003] Even in the event of a fire, a family member who has found the fire notifies the fire department.

In the case of sudden illness such as the elderly at home, family members have found abnormalities and reported them to the fire department.

[0005]

However, from the occurrence of the above-mentioned accident until the actual response is taken, it takes time to confirm and identify the site of the accident and the site where the accident occurred, which is too late. In many cases, suddenly ill patients can be life-threatening, especially when the suddenly ill person is an elderly person living alone, it is often difficult to respond due to delayed detection and the occurrence of gas leaks and fires. In such cases, secondary disasters often occurred, leading to major accidents.

[0006]

Therefore, according to the present invention, an in-home transmission device installed in a system user's home and a management center for managing the system user are connected via a telecommunication line, and the management center is connected to the management center. An emergency call network system in which a security center that secures system users is connected via a telecommunication line so that emergency calls from system users can be automatically sent to the security center via a management center, The management center is provided with a receiving device that receives a signal from the in-home transmission device, and an information processing device and a map search device connected to the receiving device, respectively, and the security center transmits signals from the information processing device of the management center to the security center. A receiving device for receiving, and an information processing device and a map search device connected to the receiving device, respectively, are provided. And the map search device searches for the address of the system user from the signal from the in-home transmission device and outputs the map information as an emergency report. It does not provide a network system.

Further, the present invention connects an in-home transmission device installed in a system user's home and a security center for protecting the system user via an electric communication line to secure an emergency call from the system user. An emergency notification network system capable of automatically reporting to a center, comprising: a security center, a transmission / reception device for transmitting / receiving a signal to / from a home transmission device, and an information processing device and a map search device respectively connected to the transmission / reception device. Provided, the information processing device processes the signal from the in-home transmission device and outputs it as character information, and the map search device searches for the address of the system user from the signal from the in-home transmission device, and as map information. Output enabled, on the input side of the control unit provided in the home transmission device,
Telephone, gas leak alarm, nurse button receiver, fire detector, emergency button, security sensor, carbon monoxide detection sensor, gas meter that can output measured values as electric signals,
At least one of a water meter and an electric meter is connected, and a receiving device provided at a control center or a transmitting / receiving device provided at a security center is connected to the output side of the control unit. It is also characterized by being at least one of a water works company, an electric works company, a security company, a welfare facility, a fire station, and a police station.

Here, the system user's home includes not only ordinary households but also government offices, stores, companies, and the like, and means a place where the system user uses the emergency call network system according to the present invention. Things.

[0009]

[Operation] In the event of an emergency, the system user can make an emergency call to the management center using the in-home transmission device, and the management center receiving the emergency call makes an automatic report to the security center, The Security Center will promptly secure system users.

At this time, the management center is provided with a receiving device for receiving a signal from the in-home transmission device, an information processing device and a map search device connected to the receiving device, respectively. A receiving device for receiving a signal from the information processing device at the center, and an information processing device and a map search device connected to the receiving device, respectively, are provided, and the information processing device processes the signal from the in-home transmission device. Because it can be output as character information, the contents of the emergency call can be checked quickly, and the address of the system user can be searched from the signal from the in-home transmission device by the map search device. Because it can be output as map information,
The location of the emergency call can be specified promptly, and the security center can promptly dispatch an emergency and can immediately perform secure security.

In addition, a telephone, a gas leak alarm, a nurse button receiver, a fire detector, a wired emergency button, a security sensor, a carbon monoxide detection sensor, When at least one of a gas meter, a water meter, and an electric meter capable of outputting a value as an electric signal is connected, and a receiving device provided in the control center is connected to an output side of the control unit, the control center is connected to the control center. System user gas leak alarm management, nurse button reception management, fire reception management, emergency signal reception management,
It can perform at least one of crime prevention detection management, carbon monoxide detection management, gas meter, water meter, and electricity meter measurement management. And automatically notify the security center immediately.

Further, the security center is a gas sales company,
If at least one of a water works company, an electric works company, a security company, a welfare facility, a fire department, and a police station, the contents of the emergency call processed by the appropriate security department according to the content of the emergency call and the accuracy of the information Emergency reporting locations can be automatically reported, and each security department can immediately and reliably perform security processing.

In addition, an in-home transmission device installed at the system user's home and a security center for protecting the system user are connected via an electric communication line, and an emergency report from the system user is automatically sent to the security center. Enabled, the security center is provided with a receiving device for receiving a signal from the in-home transmission device, and an information processing device and a map search device respectively connected to the receiving device, and the information processing device transmits the signal from the in-home transmission device. After processing, the data can be output as character information. The map search device searches the address of the system user from the signal from the in-home transmission device, and outputs the map information. The Security Center receives the report directly, processes the contents of the emergency report, and searches the address of the system user on a map. One reliable security process can be carried out.

The security center in this case includes, for example, a fire department and a police department, and an emergency call managed by the department is directly transmitted to each of these departments, so that each department can quickly and reliably perform security. Processing can be performed.

[0015]

Embodiments of the present invention will be described below with reference to the drawings.

A shown in FIG. 1 is an emergency call network system according to the present invention. The system A is a home transmission device 2 installed in the home of the system user 1 and a management system for managing the system user 1. The center 3 is connected via a telecommunication line 4, the management center 3 is connected via a telecommunication line 6 to a security center 5 for securing the system user 1, and an emergency call from the system user 1 is sent. It is possible to automatically notify the security center 5 via the management center 3.

The in-home transmission device 2 uses a general subscriber telephone line as the electric communication line 4 to receive signals from various sensors or the like installed in the home of the system user 1, or to set time. Is a device that automatically sends a call to the management center 3 or the security center 5 and transmits necessary information.

The in-home transmission device 2 uses an ABS resin case (not shown) for indoor / outdoor (non-cold area specification).
A control unit (not shown) and a battery, for example, a lithium battery are built in the case, and a telephone line or a gas meter 17 is connected to a terminal block of the control unit via a lead wire. It is connected so that the in-home transmission device 2 and the telephone line can be easily separated by a built-in disconnector (not shown). The lithium battery is replaceable.

The home transmission device 2 is provided with a control unit.
As shown in FIG. 2, a telephone 10, a gas leak alarm 11, a nurse button receiver 12, a fire detector 1
3, Connect the wired emergency button 14, security sensor 15, carbon monoxide detection sensor 16, gas meter 17, water meter 18, and electric meter 19 capable of outputting measured values as electric signals, while connecting the output side of the control unit. The receiving device provided in the management center 3, the receiving device provided in the security center 5, the automatic switching circuit breaker 20 provided in the home of the system user 1, and the emergency call place indicating lamp 21 are connected.

As shown in FIG. 2, the nurse button receiver 12 is provided with a pendant-type wireless transmission type nurse button 23 worn by an elderly person or a sick person at home. The received signal is received and a signal is output to the control unit of the in-home transmission device 2.

The wired emergency button 14 can be passed to a specific department of the security center 5 described later without passing through the management center 3.
It is a button for making an emergency call directly, and as such a wired emergency button 14, for example, as shown in FIG.
A fire report button 14a and an emergency report button 14b for making an emergency call directly to the fire department 45, and an emergency report button 14c for making an emergency report directly to the police station 46 are provided. A signal at the time of operation is output to the control unit of the in-home transmission device 2. In addition,
In this embodiment, the wired emergency button 14 is used, but a wireless emergency button may be used.

Each of the gas meter 17, the water meter 18, and the electric meter 19 has a built-in pulse transmitter (not shown) for transmitting the measured value of the usage amount as an electric signal to the control unit of the in-home transmission device 2. Each pulse can be transmitted.

The automatic switching circuit breaker 20 includes a shut-off valve (not shown).
A gas supply path is mounted in the middle of the gas supply path, so that the gas supply from the gas supply source to the gas supply destination can be intermittently operated by opening and closing the shutoff valve, and interlocked with the alarm operation of the gas leak alarm 11 Alternatively, based on the detection result of the carbon monoxide detection sensor 16, the control unit of the in-home transmission device 2 outputs, for example, a single-pulse pulse with a voltage to the automatic switching circuit breaker 20, and the automatic switching circuit breaker 20 is shut off. The valve performs a switching operation to shut off the gas supply path.

At this time, the gas leak alarm 11 performs an alarm operation based on the detection result of the gas leak detection sensor 22.

Further, first, second and third spare terminals (not shown) are provided on the input side of the control unit provided in the in-home transmission device 2, and each terminal is required by the system user 1. The sensor can be connected accordingly. For example, the first and second auxiliary terminals are connected to a hot water filling sensor of a bath tub which requires relatively urgency, while the third auxiliary terminal is a sensor for detecting a remaining amount of kerosene or rice which does not require urgency. Is connected, and an output signal from each sensor can be reported to the management center 3 and further to the security center 5 via the in-home transmission device 2.

Next, the type of information received by the above-mentioned in-home transmission device 2 and the basic operation of the in-home transmission device 2 will be described.

[1] Emergency information (1) Gas leak information When a gas leak abnormality signal from the gas leak alarm 11 is detected, it is transmitted to the management center 3 as gas leak information.

That is, for example, a gas leak abnormality signal (12 VDC) is sent from the gas leak alarm 11 for 40 seconds (5 to 5 V).
60 seconds, 5 seconds step can be set.) When it is continuously detected, it is transmitted to the management center 3 and externally the signal for driving the shut-off valve of the automatic switching circuit breaker 20 (voltage / single pulse)
Is output.

At this time, the presence / absence of the alarm operation of the gas leak alarm 11 is automatically determined by the in-home transmission device 2.

(2) Gas Overflow Information The amount of gas used per unit time is determined by measuring the interval between pulses sent from a pulse transmitter built in the gas meter 17. At this time, if the pulse interval is shorter than the set value, it is transmitted to the management center 3 as gas overflow information.

Here, the set value of the pulse interval is, for example,
0.5m ³ / h~7m ³ / h settings are possible, 0.
5m ³ / h~7m ³ / h is at 0.5 m ³ / h steps, thereafter, it is possible to set 6 m ³ / h, the 7m ³ / h.

Then, for example, at intervals shorter than the set value, 5
When one pulse is counted, an abnormality is determined and transmitted to the management center 3, and at the same time, a shut-off valve driving signal (a voltage / single pulse) is output to the outside.

(3) Shut-off valve operation information When the gas is shut off for some reason and a signal from the shut-off valve of the automatic switching circuit breaker 20 is input, the signal is transmitted to the management center 3 as shut-off valve operation information.

(4) Return Safety Mechanism Operation When the shut-off valve of the automatic switching circuit breaker 20 is returned, a return safety confirmation is performed. That is, after returning, for example, 5 seconds or more,
When one pulse abnormality is detected within one minute, it is transmitted to the management center 3 as return abnormality information, and at the same time, a shut-off valve driving signal (a voltage / single pulse) is output to the outside. At this time, a signal for confirming the operation of the shut-off valve should be taken out.

(5) First Preliminary Information and Second Preliminary Information When there is a sensor input to each of the first and second preliminary terminals, the information is transmitted to the management center 3 as first and second preliminary information. At this time, as the input monitoring time, for example, 5 to 60
Seconds can be set in 5 second steps.

Each spare terminal has a built-in self-holding circuit. For example, if the input monitoring time is set to 5 seconds, a holding time of 5 seconds or more is provided for an input of 10 msec or more.

(6) Micro leak information For example, when a flow rate of 0.6 liter / 14 min or more is continuously detected for 30 days, it is transmitted to the management center 3 as micro leak information. At this time, the pulse rate
For example, it is effective only in the case of 0.6 liter / pulse.

(7) Continuous use time notice The combustion equipment is continuously used in a state where there is no change in the gas flow rate.
If the usage time of the gas exceeds the time determined according to the gas consumption of the combustion appliance, it is determined that the gas is abnormal and transmitted to the management center 3.

[2] General Information (1) Gas Meter Abnormality Information If the pulse signal from each of the meters 17, 18, and 19 is not counted once during the number of days set by the setting device, each of the meters 17, 18 is not counted. , 19 are determined to be abnormal, and are transmitted to the management center 3 as meter abnormality information. At this time, as the set interval, for example, 2 to 30 days can be set at two-day intervals.

(2) Cylinder switching information In two gas cylinders as gas supply sources installed in the home or the like of the system user 1, a signal switched from the supply side to the spare side cylinder due to pressure drop is continuously output for a certain period of time. When it is detected, the management center 3
Send to At this time, the monitoring time is 2 to 30 depending on the setting device.
The time can be set in two hour steps.

(3) Battery voltage drop information When the battery voltage continuously drops to 3 V or less for 10 seconds or more, it is transmitted to the management center 3 as battery voltage drop information.

(4) Reset Information When the gas cylinder is replaced, the remaining gas counter is reset by operating a reset switch (not shown) provided in the home transmission device 2. At this time, it is transmitted to the management center 3 as reset information. At this time, the reset switch can be enabled by being turned ON for one second or longer.

(5) Third Preliminary Information When there is a sensor input to the third preliminary terminal, the third preliminary information is transmitted to the management center 3 as third preliminary information. In this case, as the input monitoring time, for example, 5 to 60 seconds can be set in 5 second steps.

(6) Periodic meter reading information The pulse signals sent from each of the meters 17, 18, and 19 are integrated and counted, and when the time (day, hour, minute) set by the setting device comes, the integrated value is stored in the management center 3. Send to At this time, the meter reading date can be set, for example, between 1st and 28th every month, and the set interval can be set to, for example, 1 minute or more. It is also possible to set a setting for no periodic meter reading.

(7) Periodic meter reading information In addition to the periodic meter reading information, the meter reading values are periodically stored in the management center 3.
Send to At this time, the period interval is, for example, 1 day to
The start date of the periodic meter reading can be designated as 25 days. In addition, it is possible to set no periodic meter reading, and the transmission time is the same as the time of the periodic meter reading.

(8) Remaining gas information The remaining amount of the gas cylinder is estimated by counting the pulse signals sent from the gas meter 17,
Alternatively, the information is transmitted to the management center 3 as three-stage remaining amount information. At this time, the alarm levels are threshold 1, threshold 2,
As the threshold value 3, the number of pulses can be set by the setting device, and the setting without the residual gas information is also possible. Then, if the reset is forgotten, the next time it is transmitted to the management center 3 as reset forgotten information. It is also possible to set an arbitrary numerical value in the residual gas counter.

(9) Reset Forgotten Information / Reset Request Information If the gas cylinder has been replaced but the reset of the residual gas counter has been forgotten, it is automatically reset when the second residual gas information or the third residual gas information is detected. At the same time, the pulse counter is newly counted. Thereafter, when the number of pulses of the first remaining gas information is counted again, when the number of pulses of the first reset forgotten information is further counted, and when the number of pulses of the second remaining gas information is further counted, the information is transmitted to the management center 3 as the second forgotten reset information. When the third remaining gas information is counted,
It is transmitted to the management center 3 as reset request information.

(10) Alarm Power Shutdown Information In a normal state, a signal of, for example, 6 V is output from the gas leak alarm 11, but when the alarm 11 is abnormal or the power outlet is disconnected, the signal voltage is turned off. Becomes 0V. In that case,
It is determined that the gas leak alarm 11 does not operate normally, and is transmitted to the management center 3 as power-off information of the gas leak alarm 11.

(11) Notification after 12 Hours If information that does not require urgency such as periodic meter reading information cannot be received by the management center 3, an information signal is transmitted from the home transmission device 2 to the management center 3 after 12 hours. Like that. Then, retransmission after 12 hours can be performed, for example, up to twice.

(12) Nurse Call Notification When the nurse button receiver 12 receives the nurse call signal, if the telephone is not received by the management center 3 even if the telephone communication through the general subscriber telephone line is repeated 10 times, the fire station 45 is automatically notified. Make an emergency call to.

(13) Test Mode Notification By pressing the test mode switch twice, the test mode information can be transmitted to the management center 3 as test mode information. It will be automatically canceled after one hour.

(14) Push Button / Dial Pulse Automatic Switching Function If the selected selection signal is transmitted eight times and is not received by the management center 3, the next two times are changed to another signal type. Send. When the information is successfully received by the management center 3, the next information is transmitted by the selection signal received by the management center 3 last time.

(15) Sleep Function After the 12-hour notification is repeated twice, for example, the sleep mode is set, and the information is stored until the next time any information is transmitted.

(16) Flow Check Shut-Off Function In order to prevent erroneous shut-off when the gas leak alarm 11 operates, for example, a pulse signal was counted between 2 minutes before and 4 minutes after judging the gas leak operation. It is checked whether or not it is not counted, and if it is not counted, it is determined that a malfunction has occurred, and no interruption or interruption notification is made. If the alarm operation signal continues to be input even after 4 minutes, the shut-off valve drive signal (voltage / single-pulse) is output to the outside without counting the pulse signal.
Is output.

As shown in FIGS. 3 and 4, a receiving device for receiving a signal from the home transmission device 2 is provided in the management center 3.
30 and an information processing device 31 respectively connected to the receiving device 30
And a map search device 32.

The information processing device 31 can process the signal from the in-home transmission device 2 and output it as character information on the display 33. In the information processing device 31, the information transmitted from the in-home transmission device 2 is transmitted. Emergency information and general information can be managed.

The map retrieval device 32 retrieves the address of the system user 1 from a signal from the in-home transmission device 2 and outputs it as map information on the display 34.

That is, in the map search device 32, based on the code number of the system user 1 stored in advance, the location of the system user 1 who made the emergency call is displayed on the display 34 based on the address, the target, and the telephone number. On the map,
For example, a “+” mark can be displayed in a pinpoint manner.

Here, the map displayed on the display 34 is obtained by dividing the entire map of municipalities at the same scale, reading each of the divided maps with an image scanner, and using a map search device 32.
In addition, each divided map is combined with the whole map in the same map search device 32 so as to be scrollable in up, down, left, and right directions.
On the display 34, for example, a 200 m square is displayed at the center of the address of the system user 1, which is the origin of the emergency call, so that the location of the address can be easily recognized.

3 and 4, reference numeral 35 denotes a printer connected to the information processing apparatus 31 for printing information processing contents;
36 is a printer connected to the map search device 32 to print the searched map, 37 is an alarm device connected to the receiving device 30, and operates an alarm when receiving from the in-home transmission device 2,
The staff of the management center 3 can be notified of the reception by an alarm sound, voice and red light.

Further, as shown in FIG. 1, when the system user 1 is an elderly person at home, the management center 3 can contact the relative / cooperator 7 via the telephone line 8.

As shown in FIG. 1, the security center 5 includes a gas sales company 40, a water supply construction company 41, and an electric construction company 4
2. It has a security company 43, a welfare facility 44, a fire department 45, and a police department 46.

Then, as shown in FIG.
40, a waterworks company 41, an electric work company 42, a security company 43, and a welfare facility 44, automatically send an emergency call from the management center 3 using a general telephone line as the electric communication line 6. At the same time, the fire station 45 and the police station 46 are configured to automatically make an emergency call directly from the in-home transmission device 2 using a general subscriber telephone line as the telecommunication line 4 because the urgency is higher. .

As shown in FIG. 3, each of the departments except the fire department 45 and the police department 46 in the security center 5 receives a signal from the information processing device 31 of the management center 3 in the same manner as the management center 3. A device 50, an information processing device 51 and a map search device 52 connected to the receiving device 50, respectively, are provided,
Each department can perform the same information management and map search as the management center 3. Numerals 53 and 54 denote displays, 55 and 56 denote printers, and 57 denote alarms, which function in the same manner as those provided in the management center 3.

As shown in FIG. 5, the fire station 45 and the police station 46 in the security center 5 are connected to the transmitting and receiving device 60 for transmitting and receiving signals to and from the in-home transmission device 2, respectively. The information processing device 61 and the map search device 62 are provided so that each department can perform the same information management and map search as the management center 3. 63 and 64 are displays, 65 and 66 are printers, and 67 is an alarm, which function in the same manner as those provided in the management center 3.

Here, the automatic notification is directly made to the fire station 45 and the police station 46 by, for example, any one of the fire button 14a, the emergency button 14b, and the emergency button 14c of the wired emergency button 14. Is turned on, and when the transmitting / receiving device 60 receives a signal from the transmission operation of any of these buttons 14a, 14b, 14c via the in-home transmission device 2, a transmission function is also provided after a predetermined time, for example, 15 seconds. By automatically making a call to the home of the system user who has performed the calling operation from the transmitting / receiving device 60, the staff of each department can promptly confirm the situation with the system user 1.

Each map search device 52 of the security center 5
And the map search device 32 of the management center 3 are connected by an electric communication line 9 such as an integrated services digital network (ISDN), and are managed by the electric communication line 9 irrespective of whether a general subscriber telephone line is used or not. By operating the map search device 32 of the center 3, correction and addition of the map stored in each map search device 52 of the security center 5 can be performed simultaneously and in a short time.

Here, the telecommunications line 9 is, for example, “INS Net” which is an integrated digital communication service of Nippon Telegraph and Telephone Corporation (NTT based on international standards).
Can be used.

The information processing devices 31 and 51 and the map search device
The 32, 52 inputs the same signal at the same time, so even if a failure occurs in one of the devices, it can be quickly backed up by the other device, ensuring reliable operation in an emergency. Can be handled.

The embodiment of the present invention is configured as described above. According to this embodiment, the following operation and effect are produced.

That is, when an emergency situation occurs, the system user 1 can make an emergency call to the management center 3 by the in-home transmission device 2, and the management center 3 that has received the emergency call can send a message to the security center 5. And the security center 5 promptly secures the system user 1.

At this time, the management center 3 has a receiving device 30 for receiving a signal from the home transmission device 2 and a receiving device 30 for receiving the signal.
Information processing device 31 and map search device 32 respectively connected to
The security center 5 has a receiving device 50 for receiving a signal from the information processing device 31 of the management center 3.
And an information processing device 51 and a map search device 52 connected to the receiving device 50, respectively.
Therefore, a signal from the in-home transmission device 2 can be processed and output as character information.
The contents of the emergency call can be quickly confirmed, and the code number of the system user 1 is stored in advance by the map search devices 32 and 52, and the location of the system user 1 who made the emergency call from the code number is stored. Is searched from the address, the landmark, and the telephone number, and the "+" mark can be displayed in a pinpoint manner on the map displayed on the display. An emergency call place can be specified promptly, and the security center 5 can promptly dispatch an emergency,
Secure security can be provided.

In addition, a telephone 10, a gas leak alarm 11, a nurse button receiver 12, a fire detector 13, a wired emergency button 14, a security sensor 15, A carbon monoxide detection sensor 16, a gas meter 17 capable of outputting a measured value as an electric signal, a water meter 18, and an electric meter 19 are respectively connected, and a receiving device 30 provided in the management center 3 is connected to an output side of the control unit. In the management center 3, the system user 1 manages gas leak alarms, manages the reception of nurse buttons, manages the reception of fires,
Emergency signal reception management, crime prevention detection management, dispersive carbon detection management, gas meter 17, water meter 18, and electricity meter 19 can be measured and managed respectively. , And automatically notify the security center 5 immediately.

Further, as a security center 5, a gas sales company 40, a waterworks company 41, an electric work company 42, a security company 4
3. Since each department of the welfare facility 44 has been established, the management center 3 should automatically report the details of the emergency report and the correct emergency report location to the optimal security department according to the content of the emergency report. As a result, each security department can immediately dispatch 70 to one system user's home immediately, and perform a reliable security process as appropriate.

At this time, the staff of each department can easily confirm the emergency call place by using the emergency call place display lamp 21 provided at the home of the system user.

The fire department 45 as the security center 5
And the police station 46 are equipped with a transmission / reception device for transmitting / receiving signals to / from the in-house transmission device 2 installed in the system user's home.
60, and an information processing device connected to the transmitting / receiving device 60, respectively.
61 and a map search device 62, the information processing device 61 processes the signal from the in-home transmission device 2 and outputs it as character information, and the map search device 62 uses the signal from the in-home transmission device 2 The address of the user 1 is searched and output as map information. The emergency call from the system user 1 is directly received by the fire station 45 or the police station 46, and the contents of the emergency call are processed and the system is used. Since the address of the user 1 can be searched for on a map, the emergency dispatch 70 to the home of the system user 1 can be performed more immediately, and the security processing can be performed more reliably.

At this time, the transmission / reception device 60 is connected to the fire alarm button 14a, which is the wired emergency button 14, and the emergency alarm button 14
b, or when a signal from the call operation of the emergency call button 14c is received, a call is automatically made to the system user 1 who made the call 15 seconds after the receiving department. The staff of the department can promptly confirm the situation to the system user 1.

In this embodiment, only the receiving device 30 of the management center 3 can receive the signal from the in-home transmission device 2, but the management center 3 replaces the receiving device 30 with the receiving device 30. By providing the transmitting and receiving device 60,
The transmission is performed from the management center 3 to the home transmission device 2,
Forcible shut-off operation of the automatic switching circuit breaker 20 and meter reading of each of the meters 17, 18, and 19 can be performed at any time.

Also, each of the sections of the security center 5 other than the fire station 45 and the police station 46 is provided with a transmission / reception device 60 so that signals can be directly transmitted and received between the home transmission device 2 and the fire station 45. Similarly to the above, the staff of each department can promptly confirm the situation to the system user 1.

[0080]

According to the present invention, the following effects can be obtained.

The system user can make an emergency report to the management center using the in-home transmission device when an emergency occurs, and the management center that has received the notification automatically sends a report to the security center, and the security center that has received the report automatically notifies the security center. Security processing can be performed promptly.

In the management center, the contents of the emergency call can be processed and output by the information processing device, and the address of the system user who made the emergency call can be output on the map by the map search device. Therefore, it is possible to provide the security center with accurate and specific information on the contents of the emergency call and the dispatched place, and from this point, it is possible to speed up and ensure the security processing by the security center.

A telephone, a gas leak alarm, a nurse button receiver, a fire sensor, a wired emergency button, a security sensor, a carbon monoxide detection sensor, and a measurement value are input to the input side of the control unit provided in the home transmission device. While connecting at least one of a gas meter, a water meter, and an electric meter that can be output as an electric signal, and connecting a receiving device provided in the management center to an output side of the control unit, in the management center, Of the system user gas leak alarm management, nurse button reception management, fire reception management, emergency signal reception management, crime prevention detection management, carbon monoxide detection management, measurement management of each usage of gas meter, water meter, and electric meter At least one of these can be managed, and in the event of an accident or abnormality, information processing and a map search of the location of the accident are performed to quickly secure The center can be notified automatically.

When the security center is at least one of a gas sales company, a water works company, an electric works company, a security company, a welfare facility, a fire station, and a police station, the optimum security is determined according to the content of the emergency call. It is possible to automatically inform the department of the accurate location searched by the map, and the security department can carry out security processing quickly and reliably.

[0085] An in-home transmission device installed at the system user's home and a security center for securing the system user are connected via a telecommunication line so that an emergency report from the system user can be automatically reported to the security center. A security device, a receiving device for receiving a signal from the in-home transmission device,
An information processing device and a map search device respectively connected to the receiving device are provided, the information processing device processes a signal from the in-home transmission device, and can output the information as character information, and the map search device receives a signal from the in-home transmission device. If the address of the system user is searched from the signal of and the map information can be output, the security center directly receives the emergency call from the system user and processes the contents of the emergency call,
Since the address of the system user can be searched by map, more rapid and reliable security processing can be performed.

The security center in the above case includes, for example, a fire department and a police department, and an emergency call managed by the department is directly transmitted to each of these departments, so that each department can perform a quick and reliable security process. You can do so.

[Brief description of the drawings]

FIG. 1 is a conceptual explanatory diagram of an emergency call network system according to the present invention.

FIG. 2 is a block diagram of the system.

FIG. 3 is a block diagram of the system.

FIG. 4 is an explanatory diagram inside a management center.

FIG. 5 is a block diagram of a system when the security center is a fire station or a police station.

[Explanation of symbols]

 A Emergency call network system 1 System user 2 In-house transmission device 3 Management center 4 Telecommunication line 5 Security center

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Claims (4)

[Claims] 1. An in-home transmission device installed in a system user's house and a management center for managing the system user are connected via an electric communication line, and the management center and a security center for securing the system user are connected. Is connected via a telecommunication line so that emergency calls from system users can be automatically reported to the security center via the management center. A receiving device, and an information processing device and a map search device respectively connected to the receiving device, and a security device, a receiving device for receiving a signal from the information processing device of the management center, and a receiving device. An information processing device and a map search device connected to each other are provided, and the information processing device processes a signal from the in-home transmission device and converts the signal into character information. An emergency call network system, wherein output is possible, and the map search device searches for an address of the system user from a signal from the in-home transmission device and outputs the address as map information. 2. An in-home transmission device installed in a system user's home and a security center for securing the system user are connected via a telecommunication line, and an emergency call from the system user is automatically reported to the security center. An emergency call network system, comprising: a security center, comprising: a transmission / reception device for transmitting / receiving a signal to / from a home transmission device; and an information processing device and a map search device respectively connected to the transmission / reception device. The device processes the signal from the home transmission device,
An emergency call network system characterized in that the information can be output as character information, and the map search device can search for the address of the system user from a signal from the in-home transmission device and can output the information as map information. 3. An input side of a control unit provided in the in-home transmission device is provided with a telephone, a gas leak alarm, a nurse button receiver, a fire detector, an emergency button, a security sensor, a carbon monoxide detection sensor, and a measured value. At least one of a gas meter, a water meter, and an electricity meter that can be output as an electric signal is connected, and a receiving device provided at a management center or a transmitting / receiving device provided at a security center is connected to an output side of the control unit. The emergency call network system according to claim 1 or 2, wherein: 4. The security center is a gas sales company, a water works company, an electric works company, a security company, a welfare facility, a fire department,
3. The emergency call network system according to claim 1, wherein the emergency call network system is at least one of police stations.