JP2020154911A - Alarm system - Google Patents

Abstract

To provide an alarm system that makes it possible to simply and easily register alarm device identifying information and contact information identifying information in a server and use them by using a two-dimensional bar code.SOLUTION: A mobile phone terminal 20 captures a two-dimensional bar code 14 of a fire alarm device 12, restores alarm device identifying information, and sends it to a server 26 together with contact information identifying information such as a preset telephone number, and the alarm device identifying information and the contact information identifying information are registered in association with each other. The server 26 registers a plan view of a building in which an alarm device symbol is arranged on a map showing an installation location of the fire alarm device 12 in association with the alarm device identifying information. When the server 26 receives a fire detection signal from the fire detector 12, the server transmits the fire alarm signal including the building plan view to the mobile phone terminal 20 based on the contact information identifying information (telephone number) associated with the alarm device identifying information, and displays the building plan view showing an alarm device symbol that has detected the fire together with the fire alarm.SELECTED DRAWING: Figure 1

Description

The present invention relates to an alarm system that detects an abnormality such as a fire by an alarm device installed in a building of a house or an apartment building and gives an alarm.

Conventionally, fire alarms for houses that detect and warn a fire in a house have become widespread. In such a fire alarm, a sensor unit and an alarm unit are integrally provided in the alarm, and when a fire is detected by smoke or heat, a fire alarm is issued, and the fire alarm alone monitors the fire. Because it can give an alarm, it is easy to install and inexpensive, and it has become widespread with the mandatory installation in general houses.

In addition, by communicating with each other between multiple fire alarms, when a fire alarm is output by any fire alarm, the fire alarm is also output in conjunction with other fire alarms. The wireless interlocking fire alarm system has also been put into practical use and has become widespread.

In addition, there is no obligation to install an automatic fire alarm system in a condominium with a floor area of less than 500 square meters, and a fire alarm for the house is installed. For example, a wireless interlocking fire alarm is installed in each room in the dwelling unit. It is common practice to install and link.

Furthermore, a wide area monitoring system that monitors fires for fire alarms installed in houses such as urban areas is being considered, and fire alarms can be installed from a terminal adapter (client) of a wireless network such as a WiFi (registered trademark) network. When connecting to the server via the access point and the Internet, the terminal position information indicating the installation location (installed house) of the fire alarm is registered in advance in the server, and when a fire detection signal is received from the fire alarm. , Acquires the terminal position information indicating the house where the fire broke out, searches the pre-registered linked house located around the house where the fire broke out from the terminal position information, and sends a fire warning signal to the dwelling unit of the linked destination to give a fire warning. An interlocking alarm indicating the occurrence of a nearby fire is output from the vessel to encourage prompt evacuation actions.

Further, in a large-scale building, an automatic fire alarm system including a fire alarm and a receiver and a disaster prevention display panel that graphically displays the information together with map information are used.

Japanese Unexamined Patent Publication No. 2011-053751 Japanese Unexamined Patent Publication No. 2011-059999 Japanese Unexamined Patent Publication No. 2012-168989

However, in a warning system that registers and uses alarm device specific information such as the installation location of a fire alarm in such a server, the alarm device specific information indicating the installation location of the fire alarm is registered in the server. There is a problem that the work takes a lot of time and effort.

When registering alarm device specific information on the server, a professional worker goes to the house where the fire alarm is installed, uses a terminal adapter (client) such as a personal computer, and goes through the access point of the WiFi (registered trademark) network. Then connect to the server, pre-register account information consisting of a unique user ID and password pair with the server based on the user contract, etc., and based on this account information, the alarm serial ID, alarm name, contact information, etc. It is necessary for each dwelling unit to input the alarm specific information of the above and send it to the server to register it, and it takes a lot of time and effort to register the alarm specific information to the server. In addition, since the user may move, it is necessary to change the alarm device specific information even during the operation of the system, which also causes a problem that it takes time and effort.

An object of the present invention is to provide an alarm system that makes it possible to easily and easily register alarm device specific information and contact specific information in a server and use them by using a two-dimensional bar code.

In addition, the automatic fire alarm system and the system using the disaster prevention display panel that graphically displays the information together with the map information are advanced, and it is difficult to apply it to the building of a house or an apartment house.

The present invention further makes it possible to easily and easily acquire the alarm device specific information by using the two-dimensional bar code, so that the alarm device information and the map information can be easily and easily linked and registered and used. The purpose is to provide an alarm system.

(Warning system)
The present invention is an alarm system.
An alarm that is installed in a building such as a house or an apartment building and detects and warns of an abnormality such as a fire.
A two-dimensional bar code provided on the alarm device and incorporating predetermined alarm device specific information,
A mobile terminal that captures the two-dimensional bar code of the alarm and sends the restored alarm identification information together with the predetermined contact identification information to the specified destination.
The alarm device specific information received from the mobile terminal and the contact specific information are registered in association with each other, and when an abnormality detection signal including the alarm device specific information accompanying the alarm device abnormality detection is received, the alarm device specific information is supported. A server that sends an abnormality alarm signal to a contact based on the attached contact specific information to notify it.
Is characterized by being provided.

(Contact specific information)
The mobile terminal sets its own terminal specific information or terminal specific information of another terminal as contact specific information.

(Processing when an abnormality is detected 1)
When the server receives an abnormality detection signal including alarm specific information from the alarm, it sends an abnormality alarm signal to the mobile terminal.
The mobile terminal displays a floor plan of the building showing the alarm symbol that detected the abnormality based on the abnormality alarm signal received from the server.

(Processing when an abnormality is detected 2)
When the server receives an abnormality detection signal including alarm specific information from the alarm, it sends a push notification signal to the mobile terminal.
When the mobile terminal receives the push notification signal from the server, it notifies the outline of the abnormality detection, and displays the building plan view showing the alarm symbol that detected the abnormality when the predetermined opening operation is performed.

(Display of alarm test results)
The alarm device sends a test signal including the alarm device specific information to the server when a predetermined test operation is performed, and the server receives a test signal including the alarm device specific information from the alarm device, and the test confirmation signal. Is transmitted to the mobile terminal, and the mobile terminal displays a building plan view showing the alarm symbol corresponding to the alarm that has performed a predetermined test operation based on the test confirmation signal received from the server.

(Remote test of alarm)
When the mobile terminal performs a test operation by designating the alarm symbol shown in the building plan report while displaying the building plan acquired from the server, a test including alarm specific information corresponding to the alarm symbol is performed. Send a signal to the server
The server transmits a remote test signal to a designated alarm device based on the alarm device specific information of the test signal received from the mobile terminal to perform a predetermined test.

(Check the installation location of the alarm)
When the mobile terminal performs the installation location confirmation operation by designating the alarm symbol shown in the building plan while the building plan is displayed, the installation location confirmation signal including the alarm specific information corresponding to the alarm symbol is performed. To the server,
The server transmits a remote installation location confirmation signal to a designated alarm based on the installation location confirmation signal received from the mobile terminal, and notifies the installation location by display and / or sound.

(Alarm)
The alarm includes a fire alarm that detects and warns of a fire, or a gas leak alarm that detects and warns of a gas leak.

(Basic effect)
The present invention is an alarm system, which is installed in a building such as a house or a condominium, and is provided in an alarm device that detects an abnormality such as a fire and gives an alarm, and a predetermined alarm device specific information is incorporated in the alarm device. The two-dimensional bar code and the alarm device identification information restored by imaging the two-dimensional bar code of the alarm device are transmitted to the specified destination together with the predetermined contact identification information, and the alarm device identification received from the mobile terminal. When the information and the contact specific information are registered in association with each other and the abnormality detection signal including the alarm specific information accompanying the abnormality detection of the alarm is received, the contact specific information associated with the alarm specific information is used. Since a server was installed to send an abnormal alarm signal to the contact information based on the alarm, the fire alarms installed in the buildings of houses and condominiums contained the alarm specific information including the serial number and device name in advance. A two-dimensional bar code is attached, and when the alarm is installed, the user captures the bar code with a mobile terminal such as a smartphone equipped with a computer function and sends it to the server together with the specified contact identification information. , Easily and easily register the alarm device identification information associated with the contact identification information in the server, and identify the contact information associated with the alarm device identification information when the server receives the fire detection signal from the fire alarm. By transmitting a fire alarm signal to an informed contact to notify the occurrence of a fire, it is possible to take prompt and appropriate measures.

(Effect of contact specific information)
In addition, since the mobile terminal is set to set its own terminal identification information or the terminal identification information of another terminal as the contact identification information, for example, in the case of a fire alarm installed in a dwelling unit, an alarm is given by photographing a bar code. Information that uniquely identifies the user's mobile phone terminal phone number and smart phones such as IDFV, IMEI, and MEID used for server registration of device specific information is set as contact specific information and registered, and also gathered. For fire alarms of specific small-scale fire alarms for houses, set the email address of the terminal owned by the owner or manager of the apartment to the contact specific information and register it. Therefore, when a fire is detected by the fire alarm, a fire alarm signal can be transmitted from the server to a preset contact to notify the occurrence of a fire.

(Effect of process 1 when anomaly is detected)
In addition, when the server receives the abnormality detection signal including the alarm device specific information from the alarm device, the server transmits the abnormality alarm signal to the mobile terminal.
Since the mobile terminal displays a building plan view showing the alarm symbol that detected the abnormality based on the abnormality alarm signal received from the server, for example, when a fire is detected by the fire alarm, it is used as contact identification information. A fire alarm is issued from a mobile terminal such as a mobile phone owned by a resident of the set building or a person in charge of management, and a building plan view showing the location of the fire is displayed by blinking the alarm symbol. By doing so, it is possible to surely know the fire occurrence situation such as which room is the source of the fire and take appropriate measures.

In addition, since the mobile terminal acts as a substitute for the receiver and the disaster prevention display board, it is possible to display the alarm device information and map information in correspondence without building an advanced automatic fire alarm system and disaster prevention display board system. Become.

(Effect of process 2 when anomaly is detected)
In addition, when the server receives an abnormality detection signal including alarm specific information from the alarm, it sends a push notification signal to the mobile terminal.
When the mobile terminal receives the push notification signal from the server, it notifies the outline of the abnormality detection and displays the building plan view showing the alarm symbol that detected the abnormality when the predetermined opening operation is performed. By using a server that has a push notification function that can send notification information to sites and smartphones, for example, when a fire detection signal is received from a fire alarm, the server pushes a notification to a mobile terminal based on contact identification information. When the user performs an opening operation in response to the push notification, a building plan view showing the location of the fire is displayed by blinking the alarm symbol, etc., and the stage of the push notification is displayed. By seeing the contents of the notification by the outline display of the fire detection, the user can surely perform the opening operation, and look at the building plan view showing the fire detection alarm symbol as detailed information accompanying the fire detection. It makes it possible to take necessary measures promptly and appropriately.

(Effect of displaying alarm test results)
In addition, the alarm sends a test signal including the alarm specific information to the server when a predetermined test operation is performed, and the server tests when the test signal including the alarm specific information is received from the alarm. Since the confirmation signal was transmitted to the mobile terminal, the mobile terminal displayed a building plan view showing the alarm symbol corresponding to the alarm that performed the predetermined test operation based on the test confirmation signal received from the server. For example, if you operate the test switch provided on the fire alarm or perform a roasting test of the fire alarm that detects smoke using the tester, the user or person in charge who conducted the test from the server will carry it. A building plan view showing the alarm symbol that performed the test operation is displayed on the mobile terminal, and a test is conducted to confirm that the server and mobile terminal operate normally in connection with the test operation of the fire alarm. It's easy.

(Effect of remote test of alarm)
In addition, when the mobile terminal performs a test operation by designating the alarm symbol shown in the building plan while displaying the building plan acquired from the server, the mobile terminal includes the alarm identification information corresponding to the alarm symbol. The test signal is transmitted to the server, and the server transmits the remote test signal to the designated alarm based on the alarm specific information of the test signal received from the mobile terminal so that the predetermined test can be performed. It can be confirmed that the correspondence between the alarm symbol displayed in and the fire alarm is correct. In addition, when testing a fire alarm or the like, the person in charge can remotely test the alarm installed in the building from the outside without entering the building.

(Effect of confirming the installation location of the alarm)
In addition, when the mobile terminal displays the floor plan of the building acquired from the server and performs the installation location confirmation operation by designating the alarm symbol shown in the floor plan of the building, the alarm identification information corresponding to the alarm symbol is performed. The installation location confirmation signal including the above is transmitted to the server, and the server transmits the remote installation location confirmation signal to the designated alarm based on the installation location confirmation signal received from the mobile terminal to notify the installation location by display and / or sound. For example, when performing a burning test of a fire alarm that detects smoke installed in a house, an alarm that tests from among the alarm symbols shown on the floor plan of the building displayed on the mobile terminal. When the installation location confirmation operation with the device symbol specified is performed, the indicator light of the alarm device targeted for the confirmation operation blinks or a notification sound is output, so that the alarm device installation location on the floor plan of the building And the actual location of the alarm device confirms the correspondence, and if it does not correspond, it is possible to correct the position of the alarm symbol on the floor plan of the building stored in the server and match it.

(Effects depending on the type of alarm)
In addition, the alarms are fire alarms that monitor fires, gas leak alarms that monitor gas leaks, intruder alarms that monitor the intrusion of suspicious persons, and emergency notification devices that report the occurrence of emergencies by operating switches. Since at least one of them is included, each information of the fire alarm, the gas leak alarm, the intruder alarm, and the emergency notification device can be easily and easily registered and used on the server side.

Explanatory drawing which showed embodiment of alert system by this invention The block diagram which showed the embodiment of the fire alarm of FIG. A block diagram showing an embodiment of the server of FIG. Explanatory drawing showing alarm device specific information, terminal transmission information, alarm device management information, and building plan view used in this actual embodiment. A block diagram showing an outline of the functional configuration of a mobile phone terminal Explanatory drawing showing a new screen by a mobile phone terminal Explanatory drawing showing the fire alarm registration screen by the mobile phone terminal Explanatory drawing showing the floor plan creation screen of a building by a mobile phone terminal Explanatory diagram showing the alarm device information viewing screen by the mobile phone terminal Explanatory drawing showing a push notification screen and a push notification opening screen of a fire alarm by a mobile phone terminal Time chart showing the operation of the warning system of this embodiment Explanatory drawing showing the alarm test screen by the mobile phone terminal Explanatory drawing showing the alarm device location confirmation screen by the mobile phone terminal

[Basic concept of the embodiment]
FIG. 1 is an explanatory diagram showing an embodiment of a warning system according to the present invention. The basic concept of the present embodiment based on the alarm system of the present invention is, for example, an alarm system for monitoring a fire in a house 10 by a fire alarm 12, for example, a wirelessly interlocking fire alarm in a building such as a house or a condominium. A device 12 is installed, and a two-dimensional bar code 14 incorporating alarm device specific information including an alarm device serial number (serial ID) and a device name is arranged in the fire alarm device 12, and functions as a mobile terminal. For example, a mobile phone terminal 20 such as a smart phone captures the two-dimensional bar code 14 of the fire alarm 12 to restore the alarm specific information, and the restored alarm specific information is communicated to a predetermined person such as a mobile phone number or an email address. The destination identification information is transmitted to the server 26 via the Internet 24, the server 26 registers the alarm identification information received from the mobile phone terminal 20 in association with the contact identification information, and the fire alarm 12 identifies the alarm. When a fire detection signal containing information is received, a fire alarm signal is transmitted to, for example, a mobile phone terminal 20, which is a contact based on the contact specific information associated with the alarm specific information, to notify the alarm. Is.

For this reason, a two-dimensional bar code 14 containing alarm specific information including a serial number and a device name is attached in advance to a fire alarm 12 or the like installed in a house 10 or a building of a condominium, and the fire alarm 12 When the operator installs the fire alarm, the operator captures the bar code 14 with a mobile phone terminal 20 such as a smartphone equipped with a computer function and sends it to the server 26 together with the predetermined contact identification information, so that the server can be easily and easily installed. A contact based on the contact specific information associated with the alarm specific information when the alarm device specific information associated with the contact specific information is registered and the fire detection signal is received from the fire alarm 12 on the server 26. For example, by transmitting a fire alarm signal to the mobile phone terminal 20 to notify the occurrence of a fire, it is possible to take prompt and appropriate measures. This will be described in detail below.

[Warning system configuration]
As shown in FIG. 1, the warning system of the present embodiment monitors the housing 10 of a user who has a usage contract with the management company of the warning system, and the housing 10 is a wirelessly interlocking fire alarm 12 for each room. Is installed. A plurality of fire alarms 12 provided in the house 10 form an interlocking group.

The fire alarm 12 detects the smoke concentration or temperature due to a fire, detects a fire when the smoke concentration or temperature reaches a predetermined fire threshold, outputs a fire alarm by operating a speaker and an indicator light, and at the same time outputs a fire detection signal. Is transmitted to another fire alarm 12, and an interlocking alarm is output.

A two-dimensional bar code 14 is attached to each of the fire alarms 12 at a position where a photograph can be taken from the outside. Predetermined alarm device specific information is encoded in the two-dimensional bar code 14. The alarm device specific information incorporated in the two-dimensional bar code 14 includes at least a serial ID which is a unique serial number and an alarm device name indicating the type of the alarm device.

Further, a terminal adapter 16 and a gateway device 18 are arranged in the house 10. The terminal adapter 16 performs mutual conversion between the signal according to the wireless communication protocol of the fire alarm 12 and the signal according to the communication protocol of, for example, Ethernet (registered trademark) between the gateway device 18. The gateway device 18 performs mutual conversion between the signal by the Ethernet (registered trademark) communication protocol and the signal by the communication protocol of the Internet 24 with the terminal adapter 16. The terminal adapter 16 stores various information such as the URL of the server 26 for communicating with the server 26.

Further, when the interlocking group with the fire alarm 12 is established, the address in the group and the serial ID of the fire detector 12 are linked and stored, and the serial ID of the fire detector 12 is stored via the gateway device 18 and the Internet 24. It is transmitted to the server 26 owned by the management company of the alarm system. As a result, the server 26 stores the terminal adapter specific information for communicating from the server 26 to the terminal adapter in association with the serial ID of the fire detector 12.

The two-dimensional bar code 14 provided on the fire alarm 12 of the house 10 photographs the two-dimensional bar code 14 by the mobile phone terminal 20 when, for example, a resident of the house 10 installs the fire alarm 12 on the house 10. By doing so, the alarm device specific information is restored, and the alarm device information restored from the two-dimensional bar code 14 and the preset contact specific information are sent to the mobile phone network 22 and the Internet 24 with the server 26 as the destination by the preset URL. It is transmitted to the server 26 owned by the management company of the alarm system via. It should be noted that the two-dimensional bar code 14 may be restored by incorporating the URL and login information of the server 26 to which the alarm device specific information is transmitted.

Here, as the contact specific information set in the mobile phone terminal 20, in the case of the fire alarm 12 installed in the house 10, the telephone number, e-mail address, etc. of the mobile phone terminal 20 owned by the resident of the house 10 is set. To do. In addition, IDFV (Advertising Identifier For Ver Vender) that uniquely identifies the mobile phone terminal, IMEI (International Mobile Equipment Identity), MEID (Mobile Equipment Identity Mobile Equipment Identity), etc. uniquely identifies the information. By using the contact identification information, it is possible to send the contact identification information to the server 26 without setting the user. Further, instead of IDFV, IMEI, MEID, etc., appropriate identification information such as Apple ID or Google account may be used.

When the trader installs the fire alarm 12, the mobile phone terminal 20 used for photographing the barcode 14 is set with the telephone number, e-mail address, etc. of the mobile phone terminal owned by the resident.

On the other hand, since the installation of the fire alarm 12 in an apartment house, which is a specific small-scale fire alarm system, is often performed by a specialized contractor, the contractor is the telephone number of the mobile phone terminal owned by the owner of the apartment house. The number or the e-mail address of the web terminal or the like owned by the owner of the apartment house will be set as the contact identification information on the mobile phone terminal used for shooting the bar code 14.

For this reason, the mobile phone terminal 20 is provided with a control function of photographing the two-dimensional bar code 14 of the fire alarm 12 and transmitting the restored alarm identification information to the server 26 together with preset predetermined contact identification information. The application is implemented.

The server 26 owned by the management company or the like that operates and manages the alarm system according to the present embodiment registers the alarm device specific information and the contact specific information received from the mobile phone terminal 20 in association with each other, and also registers the alarm device specific information in the alarm device specific information. A building plan view showing the installation location of the fire alarm 12 of the house 10 by the arrangement of the alarm symbols is registered and made available. Hereinafter, in the description, the alarm device specific information, the contact specific information, and the building plan view registered in the server 26 are collectively referred to as the alarm device management information.

The usage pattern of the alarm device management information registered in the server 26 by the mobile phone terminal 20 is, for example, as follows.
(1) Fire alarm and notification of the location of the fire.
(2) Confirmation of the test operation of the fire alarm that performed the test operation.
(3) Remote test of fire alarm by operating the alarm symbol.
(4) Confirmation of the location of the alarm.
(5) Confirm the location of the fire alarm by operating the alarm symbol (confirm the installation location).
These details will be described later.

[Fire alarm]
(Configuration of fire alarm)
FIG. 2 is a block diagram showing an embodiment of a fire alarm. As shown in FIG. 2, the fire alarm 12 includes a control processor 30, the control processor 30 is provided with a CPU 44, and a control logic 46, a ROM 48, and a RAM 50 are connected to a bus 52 from the CPU 44. The control logic 46 realizes various hardware functions such as bus control associated with the control process of the CPU 44.

A communication unit 32, a smoke detection unit 36, a test switch 38, an indicator light 40, and a speaker 42 provided outside the control processor 30 are connected to the bus 52.

The smoke detection unit 36 has a known scattered light type smoke detection structure, intermittently drives a light emitting unit using an infrared LED to emit light at a predetermined cycle, and receives a light receiving signal of scattered light received by a light receiving unit such as a photodiode. Amplifies and outputs a smoke concentration detection signal. A temperature detection unit may be provided instead of the smoke detection unit 36. The temperature detection unit uses, for example, a thermistor as a temperature detection element, and in this case, a temperature that becomes a voltage signal corresponding to a change in resistance value due to temperature. Output the detection signal.

The communication unit 32 is connected to the antenna 34 and transmits / receives a fire detection signal or the like to and from the other fire alarm 12 and the terminal adapter 16 according to a predetermined communication protocol. In the case of Japan, this communication protocol conforms to STD-30 (radio equipment standard for specified low power security system radio stations), which is known as a standard for specified low power radio stations in the 426 MHz band, for example.

In the 426MHz band specific low power security system radio station equipment, 48 channels with a frequency bandwidth of 12.5kHz are assigned between 426.2500MHz and 426.8375MHz, and multiple fire alarms have different channel frequencies. It is used by assigning it to an interlocking group of different dwelling units composed of 12.

Further, the communication unit 32 includes a radio transmission unit and a radio reception unit, and the radio transmission unit MSK-modulates a data signal such as a fire-linked signal and then FM-modulates the data signal to transmit as a signal radio wave having an assigned channel frequency in the antenna 34 to 426 MHz band. Then, the wireless receiver receives the signal radio wave transmitted by the other fire alarm device 12 by the antenna 34, demodulates FM, performs FSK demodulation, further performs bit determination, and demodulates the data signal such as the fire interlocking signal. To do.

The test switch 38 performs a test operation of the fire alarm 12 by turning it on. By this test operation, a test signal is transmitted to the outside in accordance with the test operation. The speaker 42 outputs a voice message such as a fire alarm and a test operation. The indicator light 40 displays a fire alarm, a test operation, or the like by lighting or blinking. The test switch 38 functions as an alarm stop switch while the fire alarm is being output.

(Fire control)
The CPU 44 is provided with a function of a fire control unit 54 realized by executing a program stored in the ROM 48. The control function of the fire control unit 54 provided in the CPU 44 is as follows.

The fire control unit 54 AD-converts and reads the smoke concentration detection signal output from the smoke detection unit 36, detects a fire when the smoke concentration is equal to or higher than a predetermined threshold value, and issues a fire alarm indicating the interlocking source fire. Control to output.

When the fire control unit 54 outputs a fire alarm, it instructs the communication unit 32 to generate a fire detection signal in which the group address and its own terminal address are set, and another fire in the same dwelling unit in the same interlocking group. The alarm device 12 and the terminal adapter 16 are controlled to transmit a fire detection signal, and another fire alarm device 12 that has received the fire detection signal outputs a fire alarm indicating the interlocking destination.

Here, the terminal adapter 16 shown in FIG. 1 that received the fire detection signal from the fire alarm 12 transmits the fire detection signal including the alarm identification information from the gateway device 18 to the server 26 via the Internet 24. The server 26 sends a fire alarm signal including a building plan view corresponding to the alarm specific information of the fire alarm 12 that has detected a fire to the user's mobile phone terminal 20 based on the contact specific information via the mobile phone network 22. Send to. Therefore, the mobile phone terminal 20 displays the fire alarm of the house 10 and the floor plan of the building, and the detector symbol of the fire alarm 12 that detects the fire in the floor plan of the building blinks and the place where the fire occurs. Is displayed.

Further, when the communication unit 32 receives the fire notification signal transmitted by the fire interlocking signal transmitted by another fire alarm 12 in the same dwelling unit in the same interlocking group, the fire control unit 54 indicates a fire alarm indicating the interlocking destination. Is controlled to output.

Further, the fire control unit 54 also gives an alarm by the communication unit 32 for the alarm stop control by operating the test switch 38 and the fire recovery control in which the smoke concentration of the smoke detection unit 36 drops below the threshold value, as in the case of the fire detection signal. Sends a stop signal and a fire recovery signal.

When the fire control unit 54 detects the operation of the test switch 38 during normal monitoring, the fire control unit 54 outputs a fire warning message indicating the interlocking source with the volume reduced from the speaker 40, and instructs the communication unit 32 to output the test signal to the outside. Send to. This test signal is received by the terminal adapter 16 of FIG. 1, and the terminal adapter 16 transmits a test signal including alarm identification information from the gateway device 18 to the server 26 via the Internet 24.

[server]
FIG. 3 is a block diagram showing an embodiment of the server of FIG. 1, and FIG. 4 is an explanatory view showing alarm device specific information, terminal transmission information, alarm device management information, and a building plan view used in this actual embodiment.

(Server configuration)
As shown in FIG. 3, the server 26 is composed of a server communication unit 56, a server control unit 58, a display 60, an operation unit 62 equipped with a keyboard and a mouse, and a storage unit 64, and includes a CPU, memory, and various input / output ports. It is realized by the provided computer circuit.

When the server control unit 58 receives the alarm device identification information restored by the shooting of the two-dimensional bar code 14 of the fire alarm device 12 by the mobile phone terminal 20 together with the contact information, the received alarm device identification information and the contact information. The specific information is associated with each other and registered as alarm management information in the alarm management information file 66 of the storage unit 64 so that the mobile phone terminal 20 can use the alarm management information.

The alarm identification information 70 registered in the alarm information file 66 of the server 26 is in the record format shown in FIG. 4A, and has a serial ID 70a which is a serial number of the fire alarm 12 and an alarm name indicating the alarm type. It is composed of 70b, 70c and the like, and is restored by taking a picture with the mobile phone terminal 20 of the two-dimensional bar code 14 provided in the fire alarm 12. Further, since the server 26 communicates with the terminal adapter 16, it also stores information that identifies the terminal adapter 16 via an Internet line such as the IP address of the terminal adapter 16.

FIG. 4B shows the alarm device transmission information 72 sent from the mobile phone terminal 20 to the server 26, and the alarm device restored from the barcode 14 shown in FIG. 4 (A) following the server URL 72a and the login information 72b. The specific information 70 is arranged, and subsequently, the contact specific information 73 including the contact telephone number and the contact e-mail address set in the mobile phone terminal 20 is arranged.

FIG. 4C shows the alarm device management information 74 registered in the alarm device management information file 66 of the server 26, following the alarm device identification information 70 and the contact information 73 received from the mobile phone terminal 20. The building plan view information 75 is arranged.

FIG. 4D is an example of a building plan view 76 displayed based on the building plan view information 75 of FIG. 4C, and is an alarm symbol indicating the installation location of the fire alarm 12 in each of the floor plans. 78 is displayed.

The building plan view 76 may be created by the drawing application implemented on the mobile phone terminal 20 and registered in the server 26, or may be created and registered on the server 26 side.

Here, the alarm symbol 78 is linked to the serial ID of the alarm identification information 70, and by designating the serial ID of the fire alarm 12, the corresponding alarm symbol 78 in the building plan view 76 is designated. The serial ID of the fire alarm 12 can be specified by selecting and operating the alarm symbol in the building plan view 76.

The link setting between the alarm symbol 78 set in the building plan view 76 and the serial ID of the fire alarm 12 is, for example, to browse the alarm information 70 registered in the server 26 from the mobile phone terminal 20 and view the link setting. The operation of setting the serial ID inside to the alarm symbol 78 will be performed.

Therefore, the server 26 transmits the building plan view 76 to the mobile phone terminal 20 to display the screen, and in this state, the fire alarm display and the test operation display are performed by blinking the alarm symbol 78 of the building plan view 76.

Further, by operating the required alarm symbol 78 on the screen while the building plan view 76 is displayed on the screen of the mobile phone terminal 20, for example, a test operation or an installation location confirmation operation (location confirmation operation) can be performed. it can.

(Viewing the floor plan of the building)
The server control unit 58 of the server 26 transmits the building plan view information 75 to the mobile phone terminal 20 and displays it in response to a browsing request from the mobile phone terminal 20. Here, the viewing request of the mobile phone terminal 20 is to take a picture of the two-dimensional bar code 14 provided in the fire alarm 12, restore the alarm specific information 70, and send it to the server 26 together with the contact specific information 73. A building plan view 76 in which the alarm symbol 78 as shown in FIG. 4D is arranged is displayed on the screen of the mobile phone terminal 20, and the installation status of the fire alarm 12 in the house 10 can be confirmed.

(Fire detection of fire alarm)
When the server control unit 58 of the server 26 receives the fire detection signal from the fire alarm 12, the mobile phone terminal outputs a fire alarm signal including the alarm map information 75 indicating the installation location of the fire alarm 12 that has detected the fire. Send to 20. The mobile phone terminal 20 outputs a predetermined fire alarm based on the fire alarm signal received from the server 26, displays the building plan view 76 shown in FIG. 4 (D) on the screen, and further, in the building plan view 76. The alarm symbol 78 indicating the fire alarm 12 that has detected the fire is blinked to display the fire location, and a predetermined fire alarm sound is output as necessary.

(Fire monitoring by a server with push notification function)
Further, when the server control unit 58 of the server 26 has a push notification function capable of sending notification information to a website or a smartphone, the following fire warning operation is performed.

When the server control unit 58 of the server 26 receives the fire detection signal from the fire alarm 12, the server control unit 58 transmits a push notification signal to the mobile phone terminal 20 based on the contact identification information, and the mobile phone terminal 20 pushes from the server 26. When the notification signal is received, a push notification screen showing the outline of fire detection is displayed.

When the user performs an opening operation by touching the push notification screen displayed on the mobile phone terminal 20, a push notification opening signal is transmitted to the server 26, and the server 26 carries an alarm signal including a floor plan of the building in which a fire is detected. It is transmitted to the telephone terminal 20, and the mobile phone terminal 20 displays a floor plan of the building in which the alarm symbol that detects the fire is blinked.

The push notification may be sent via the push notification server.

(Test operation of alarm)
When the test switch 38 is operated in the normal monitoring state, the fire alarm 12 performs a test operation, outputs a predetermined test message by voice from the speaker 40, and transmits a test detection signal indicating the test operation to the outside. The test detection signal from the fire alarm 12 is received by the terminal adapter 16, and the test detection signal including the alarm specific information of the fire alarm 12 that has been tested and operated is transmitted from the gateway device 18 to the server 26 via the Internet 24. To.

Upon receiving the test detection signal from the fire alarm 12, the server control unit 58 of the server 26 transmits a test confirmation signal including a building plan view showing the alarm symbol for which the test operation was performed to the mobile phone terminal 20. A floor plan of the building showing the alarm symbol for which the test operation was performed is displayed, and it can be confirmed that the operations of the server 26 and the mobile phone terminal 20 accompanying the test operation of the fire alarm 12 have been performed normally.

(Remote test of alarm)
When the server 26 receives the login request signal from the mobile phone terminal 20, it transmits the alarm map information 74 to the mobile phone terminal 20 to display, for example, the building plan view 76 shown in FIG. 4 (C).

In this state, when the alarm symbol 78 to be tested in the building plan view 76 displayed on the screen of the mobile phone terminal 20 is touch-operated (test operation), the test signal specifying the serial ID of the fire alarm 12 is sent to the server. It is transmitted to 26.

Upon receiving the test signal from the mobile phone terminal 20, the server control unit 58 of the server 26 transmits the remote test signal to the plurality of fire alarms 12 in the house 10 via the Internet 24, the gateway device 18, and the terminal adapter 16. A test operation is performed by the fire alarm 12 whose serial ID matches the serial ID of the remote test signal, and the indicator lamp 40 blinks to notify the test operation. Further, the test result of the fire alarm 12 is transmitted to the mobile phone terminal 20 as a response test signal via the server 26, and the test result is displayed.

(Check the installation location of the alarm)
When the server 26 receives the login request signal from the mobile phone terminal 20, it transmits the building map information 75 associated with the alarm device specific information 70 to the mobile phone terminal 20, for example, the building plan view shown in FIG. 4 (D). 76 is displayed.

In this state, when the alarm symbol 78 to be confirmed in the building plan view 76 displayed on the screen of the mobile phone terminal 20 is touch-operated (installation location confirmation operation), the installation location where the serial ID of the fire alarm 12 is specified is specified. A confirmation signal is transmitted to the server 26.

The server control unit 58 of the server 26, which has received the installation location confirmation signal from the mobile phone terminal 20, sends the remote installation location confirmation signal to the plurality of fire alarms 12 of the house 10 via the Internet 24, the gateway device 18, and the terminal adapter 16. The fire alarm 12 whose serial ID matches the serial ID of the remote installation location confirmation signal blinks the indicator light 40 as an installation location confirmation operation and outputs a predetermined notification sound from the speaker 40 to the server. Notify the installation location.

As a result, the user of the mobile phone terminal 20 confirms that the installation location of the building plan view 76 and the actual installation location of the fire alarm 12 of the fire alarm 12 installed in the house 10 match. In the case of a mismatch, the installation position of the alarm symbol 78 in the building plan view 76 is corrected.

To modify the alarm symbol 78 in the building plan 76, select the modification operation of the alarm symbol 78 on the screen of the mobile phone terminal 20 displaying the building plan 76, and select the alarm symbol 78 on the building plan 76. After moving the 78, the correction operation reflection is selected, and the new installation position of the alarm symbol 78 is transmitted to the server 26. Further, the two-dimensional bar code 14 of the fire alarm 12 to be corrected may be photographed in the same manner as when it is first installed, and the restored alarm information 70 may be transmitted to the server 26. By the above method, it can be easily corrected by re-registering the alarm device management information 74 including the alarm device specific information 70, the contact information 73, and the alarm device map information 75.

[Mobile phone terminal]
(Functional configuration of mobile phone terminals)
FIG. 5 is an explanatory diagram showing an outline of the functional configuration of a mobile phone terminal, and takes as an example a smart phone known as a mobile phone terminal having a personal computer function.

As shown in FIG. 5, the mobile phone terminal 20 includes a mobile phone control unit 80, a mobile phone communication unit 82, a wireless LAN communication unit 84, a high-speed mobile communication unit 86, a GPS communication unit (global positioning system communication unit) 88, and the like. It includes a camera unit 90, a SIM card 92, a display 94, a touch panel 95, an audio input / output unit 96, an operation unit 98, a memory card 100, and the like.

The control unit 80 of the mobile phone terminal 20 is realized by an LSI provided with a CPU, a memory, and various input / output interfaces constituting the processor, and executes an installed program.

The mobile phone communication unit 82 performs mobile phone communication by W-CDMA known as a third generation mobile communication system (3G).

The wireless LAN communication unit 84 performs wireless communication conforming to IEEE802.11 based on a wireless network using Ethernet (registered trademark). Further, the wireless LAN communication unit 84 has a wireless LAN communication function that functions as a wireless LAN access point, for example, a tethering function.

The high-speed mobile communication unit 86 performs mobile high-speed mobile communication by mobile WiMAX (R) conforming to IEEE802.16e.

The GPS communication unit 88 uses a global positioning system (Global Positioning System) that uses orbiting satellites operated by the United States to perform communication for acquiring the longitude and latitude of the current position.

The camera unit 90 captures an image using a CMOS image sensor and acquires a still image and a moving image.

The SIM card 92 is a card that stores an IMSI (International Mobile Subscriber Identity) number, which is a number for identifying a mobile phone number. By replacing the SIM card 92, the same mobile phone number can be used by a plurality of mobile phone terminals. Make it possible.

The display 94 uses a display device such as a liquid crystal panel or an organic EL panel, and a touch panel 95 is arranged on the panel surface. The audio input / output unit 96 includes a microphone, a speaker, and an audio codec (Audio Codec) to perform audio input / output.

The operation unit 98 receives the user's operation by the keypad or the operation button and notifies the mobile phone control unit 80. The memory card 100 is a detachable external memory, and is used for external storage of various data such as images captured by the camera unit 90.

The mobile phone control unit 80 controls communication connections such as telephone connection, mail connection, and Internet connection, and various related controls.

Further, the mobile phone control unit 80 captures the two-dimensional bar code 14 of the fire alarm 12 to restore the alarm identification information 70, and the restored alarm information 70 is sent to the server 26 together with the preset contact identification information. Controls transmission and registration.

Further, the mobile phone control unit 80 creates a floor plan 76 of the building shown in FIG. 4D, transmits it to the server 26, and controls registration. At this time, as shown in FIG. 4B, since the terminal transmission information 72 transmitted to the server 26 includes the login information 72b in the alarm device specific information 70 restored from the two-dimensional bar code 14, the mobile phone The control unit 80 automatically logs in to the server 26 using the ID and password obtained as the login information 72b.

Further, when the mobile phone control unit 80 receives a fire warning signal from the server 26 during normal monitoring, the mobile phone control unit 80 outputs a fire warning and displays a building plan view 76 showing a blinking alarm symbol for detecting a fire. Control to make it.

Further, when the mobile phone control unit 80 receives a test signal from the server 26 accompanying the test operation of the fire alarm 12 during normal monitoring, the mobile phone control unit 80 notifies the test operation and blinks the test alarm symbol. Control is performed to display the shown building plan view 76.

Further, the mobile phone control unit 80 selects the alarm symbol 78 to be tested and transmits the test signal to the fire alarm 12 via the server 26 in the state where the building plan view 76 is displayed for the test. Take control.

Further, the mobile phone control unit 80 selects the alarm symbol 78 confirming the installation location while displaying the building plan view 76, and transmits the installation location confirmation signal to the fire alarm 12 via the server 26. Controls to notify.

[Mobile phone terminal operation screen]
6 to 10, 12 and 13 are explanatory views showing an operation screen of the mobile phone terminal.

(Menu screen)
FIG. 6 is an explanatory diagram showing a new screen by the mobile phone terminal. On the menu screen 102, a fire alarm registration menu button 104, a building plan view creation menu button 106, an alarm information browsing menu button 108, an alarm test menu button 110, and an alarm location confirmation menu button 112 are arranged. ..

(Fire alarm registration)
FIG. 7 is an explanatory diagram showing a fire alarm registration screen by a mobile phone terminal. When the fire alarm registration menu button 104 of FIG. 6 is touch-operated, the screen switches to the fire alarm registration screen 114 of FIG.

On the fire alarm registration screen 114, a bar code shooting button 116 is arranged following the message "The bar code of the alarm is taken", and when the bar code shooting button 116 is touch-operated, the camera shown in FIG. The unit 90 operates, and the operator puts the two-dimensional bar code 14 provided in the fire alarm 12 to be registered into the shooting field and presses the shutter button to image the two-dimensional bar code 14. The alarm specific information 70 shown in A) is restored.

Subsequently, when the operator touches the server transmission button 118, the restored alarm device identification information 70 is transmitted to the server 26 together with the preset contact identification information, and is registered in the server 26 as the alarm device management information. ..

(Creating a floor plan of the building)
FIG. 8 is an explanatory view showing a building plan view creation screen by a mobile phone terminal. When the building plan view creation menu button 106 of FIG. 6 is touch-operated, the screen switches to the building plan view creation screen 122 of FIG.

A creation tool button 124 is arranged on the building floor plan creation screen 122, and when this is touch-operated, a predetermined drawing application is started, a building floor plan 76 is created as an aggregate of rectangular boxes indicating rooms, and each room is created. An alarm symbol 78 indicating the installation of the fire alarm 12 is arranged in the room.

The building plan view 76 is created before registering the fire alarm, and when registering the fire alarm, the alarm symbol 78 to be registered is clicked and specified, and the building plan view 76 is designated as a fire alarm. It can be added to the alarm device information 70 of the device registration and transmitted to the server 26 for registration.

(Viewing alarm information)
FIG. 9 is an explanatory diagram showing a screen for viewing alarm device information by a mobile phone terminal. Touching the alarm device information browsing menu button 108 of FIG. 6 switches to the alarm device information browsing screen 126 of FIG.

A bar code shooting button 128 is arranged on the alarm device information viewing screen 126 following the message "The bar code of the alarm is taken", and when the bar code shooting button 128 is touch-operated, the camera unit shown in FIG. The 90 operates, and the user puts the two-dimensional bar code 14 provided in the fire alarm 12 to be registered into the shooting field and presses the shutter button to image the two-dimensional bar code 14 in FIG. 4 (A). The alarm device specific information 70 shown in) is restored.

Subsequently, when the user touches the server transmission button 130, a browsing request signal including the restored alarm device identification information 70 is transmitted to the server 26, and the server 26 is associated with the requested alarm device identification information. The contact identification information 73 and the floor plan 74 of the building can be read out, transmitted to the mobile phone terminal 20, and displayed on the screen for viewing.

(Fire alarm by push notification function)
FIG. 10 is an explanatory diagram showing a push notification screen and an opening screen of a fire alarm by a mobile phone terminal. As shown in FIG. 10A, the mobile phone terminal 20 normally displays a normal screen 132 showing the time, month, day, and day of the week.

In this state, when the fire alarm push notification signal from the server 26 having the push notification function is received along with the fire detection by the fire alarm 12, the fire alarm push notification screen 134 is displayed. A predetermined alarm sound may be output at the same time as the display of the fire alarm push notification screen 134. On the fire alarm push notification screen 134, for example, "Fire alarm has been activated" is displayed as an outline of fire detection, and the user can confirm that the content of the push notification is a fire alarm.

When the user performs a touch operation on the fire alarm push notification screen 134 of FIG. 10A as an opening operation, a push notification opening signal is transmitted to the server 26, whereas the server 26 alerts the location of the fire. Send a fire warning signal including the floor plan of the building indicated by the symbol.

Based on the fire warning signal received from the server 26, the mobile phone terminal 20 displays the fire warning opening screen 136 as shown in FIG. 10 (B). On the fire alarm opening screen 136, for example, following the alarm message "Fire alarm has been activated, please check", the building plane associated with the alarm specific information of the fire alarm 12 that detected the fire. FIG. 76 is displayed, and the alarm symbol 78 that has detected a fire in the building plan view 76 blinks to indicate the location of the fire.

(Fire alarm operation)
FIG. 11 is a time chart showing the control operation of the warning system according to the present embodiment, and takes as an example the operation at the time of registration of alarm device management information and fire detection.

As shown in FIG. 11, when the fire alarm 12 is installed in a house or the like, the two-dimensional bar code 14 provided on the fire alarm 12 is photographed by the mobile phone terminal 20 in step S1 and in step S2. The alarm device specific information is restored from the captured two-dimensional bar code 14, the alarm device specific information restored in step S3 and the preset contact specific information are transmitted to the server 26, and the server 26 receives the alarm device in step S4. The contact specific information and the building plan view information are registered as alarm management information in association with the specific information.

If the fire alarm 12 detects a fire in step S5 after the server 26 registers the alarm management information in step S4, the server 26 transmits a fire detection signal including the alarm specific information in step S6. As shown in FIG. 1, the fire detection signal from the fire alarm 12 is transmitted to the server 26 via the terminal adapter 16, the gateway device 18, and the Internet 24.

The server 26 reads out the contact identification information and the building plan view information associated with each other based on the alarm identification information of the fire detection signal received from the fire alarm 12 in step S7, and sets the mobile phone terminal 20 based on the contact identification information. The push notification signal is transmitted, the push notification screen 134 shown in FIG. 10A is displayed on the mobile phone terminal 20 in step S8, and when the opening operation is determined in step S9, the process proceeds to step S10 and pushes to the server 26. Send a notification open signal.

Upon receiving the push notification opening signal from the mobile phone terminal 20, the server 26 transmits a fire warning signal including a building plan view showing the location of the fire to the mobile phone terminal 20 in step S11, and is shown in FIG. 10 (B). The floor plan 76 of the building in which the alarm symbol 78 that has detected a fire is blinking is displayed, and the detailed contents of the fire alarm are shown.

In FIG. 11, an operation of pushing a fire alarm is taken as an example, but a method other than the push notification, for example, a building plan view 76 in which the alarm symbol 78 that detects a fire by interrupt processing is blinked is displayed. , The detailed contents of the fire alarm may be shown.

In addition, when an e-mail address is set as contact identification information, an e-mail indicating a fire alarm message is sent and displayed on the contact terminal, and an alarm symbol indicating the location of the fire is shown. The floor plan of the building is transmitted as an e-mail attachment, and the e-mail attachment is opened on the contact terminal to display the floor plan 76 of the building in which the alarm symbol 78 that detects the fire is blinking.

Further, when the test operation is performed by the test switch 38 of the fire alarm 12 in the normal state, a test signal including the alarm specific information is sent from the fire alarm 12 to the server 26 in the same manner as shown in steps S5 to S12 of FIG. The server 26 transmits a fire alarm signal including a building plan view showing the location of the fire associated with the received alarm identification information to the mobile phone terminal 20, as shown in FIG. 10 (B). , The building plan view 76 in which the alarm symbol 78 for the test operation is blinking is displayed, and the test operation by the operation of the test switch 38 can be confirmed.

(Alarm test)
FIG. 12 is an explanatory diagram showing an alarm test screen by a mobile phone terminal. When the alarm device test menu button 110 of FIG. 6 is touch-operated, the screen switches to the alarm device test screen 138 of FIG.

On the alarm test screen 138, the test button 140 and the building plan view 76 are displayed following the message "Select the alarm device to be tested and press the test button", and the test button is set as the test target in the building plan view 76. When the alarm symbol 78 is touch-operated and then the test button 140 is touch-operated, a test signal specifying the serial ID of the fire alarm 12 to be tested is sent to the gateway device of the house 10 via the server 26. 18 is transmitted, and further, it is transmitted from the terminal adapter 16 to a plurality of fire alarms 12 in the house 10, a test operation simulating a fire detection state is performed by the fire alarms 12 having the same serial ID, and the indicator lamp blinks. The test alarm is notified by the sound from the speaker.

(Check the location of the alarm)
FIG. 13 is an explanatory diagram showing an alarm device location confirmation screen by a mobile phone terminal. When the alarm device location confirmation menu button 112 of FIG. 6 is touch-operated, the screen switches to the alarm device location confirmation screen 142 of FIG.

On the alarm location confirmation screen 142, for example, the message "Select the alarm you want to check and press the confirmation button" is displayed, followed by the confirmation button 144 and the building plan view 76, and the confirmation in the building plan view 76 is displayed. When the target alarm symbol 78 is touch-operated and then the confirmation button 144 is touch-operated, an alarm location confirmation signal specifying the serial ID of the fire alarm 12 to be confirmed is transmitted via the server 26. The gateway device 18 of the house 10 is transmitted, and further transmitted from the terminal adapter 16 to a plurality of fire alarms 12 in the house 10, by blinking the indicator light of the fire alarm 12 having the same serial ID and the sound from the speaker. The location of the alarm is notified.

The display screen for alarm monitoring by the mobile phone terminal 20 is not limited to the above, and does not prevent the display screen from being formed in an appropriate form as needed.

[Modification of the present invention]
(Multiple registration of mobile terminals)
There may be a plurality of mobile terminals associated with the serial ID of the fire alarm 12. For example, if you want to contact the whole family with an abnormal alarm signal, take a two-dimensional bar code with the mobile terminal of the whole family and register it, or enter the email address of another family member on the mobile terminal owned by the specified person. An appropriate method may be taken, such as taking a two-dimensional bar code and registering it in a state where it is registered as further alarm device specific information.

(Map storage location)
In the above embodiment, the building plan view 76 is transmitted from the server 26 to the mobile phone terminal 20, but the mobile phone terminal 20 may store the building plan view 76 including the position of the alarm symbol 78. good. In this case, the server 26 transmits the serial ID of the fire alarm 12 to the mobile phone terminal 20, and the received mobile phone terminal highlights the alarm symbol 78 such as blinking based on the serial ID of the fire alarm 12. ..

(Abnormal alarm signal transmission to local fire prevention manager)
In the above embodiment, the abnormality alarm signal is transmitted to the user of the fire alarm 12, but the destination of the abnormality alarm signal is not limited to this. For example, it may be sent to a fire station or the like. In a building that is subject to a specific small-scale automatic fire alarm system, the alarm information of the fire detector is transferred to the fire department, but the alarm symbol 78 corresponding to the fire detector that was issued in addition to the fire signal. By transmitting the building plan view 76 including the position of, it is possible to help the fire extinguishing plan.

(Login to server)
In the above embodiment, the two-dimensional bar code 14 is photographed to log in to the server 26 so that the alarm device information can be viewed and arranged on the map, but the login of the server 26 is not limited to this. By transmitting the alarm device identification information from the mobile terminal to the server 26, the alarm device may be uniquely identified in the server and the user may log in without the two-dimensional bar code 14.

(Transmitter function by mobile terminal)
In the above embodiment, the fire alarm 12 transmits a fire detection signal to the server 26, but the fire detection may be performed by operating the mobile terminal. When a user discovers a fire before the fire alarm 12 detects a fire, the user logs in to the server 26 and performs a fire occurrence operation with the alarm symbol 78 corresponding to the latest fire detector 12. Sends a fire detection to the server 26. The server 26 transmits an abnormality alarm signal in the same manner as when the fire alarm 12 transmits the fire detection signal to the server 26. This makes it possible to notify other registered mobile terminals, fire departments, etc. of the abnormality.

Further, the mobile terminal may take a picture of the fire scene at the time of the fire occurrence operation. The photograph of the fire scene taken is also transmitted to the server 26, and can be confirmed by other registered mobile terminals, fire departments, and the like.

(Alarm)
The above embodiment takes as an example an alarm system in which a fire alarm that monitors a fire is provided as an alarm in a house, but the present invention is not limited to this, and a gas leak alarm that monitors gas leaks and an intrusion of a suspicious person are introduced. Either an intruder alarm to monitor or an emergency alarm to report the occurrence of an emergency by operating a switch is provided as an alarm, and alarm-related information including each alarm information and map information indicating the installation location is sent to the server. You can register and use it.

(Wireless LAN)
In the above embodiment, a mobile phone terminal is taken as an example of a mobile terminal, but a mobile terminal such as a tablet having a camera function may also be used. In the case of a mobile terminal, the WiFi (registered trademark) network provided as a public wireless LAN network links to the server via the Internet, and the terminal adapter is the communication protocol of the fire alarm and the WiFi (registered trademark) network. To perform mutual conversion of communication protocols.

(Detector and terminal adapter)
The above embodiment takes as an example a case where an alarm device such as a fire alarm and a terminal adapter are connected by a wireless line, but also includes a case where a detector such as a fire alarm is wiredly connected by a signal line.

(Other)
Further, the present invention is not limited to the above-described embodiment, includes appropriate modifications that do not impair its purpose and advantages, and is not further limited by the numerical values shown in the above-described embodiment.

10: Residential 12: Fire alarm 14: Two-dimensional bar code 16: Terminal adapter 18: Gateway device 20: Mobile phone terminal 22: Mobile phone network 24: Internet 26: Server 30: Control processor 32: Communication unit 36: Smoke detection Unit 38: Test switch 40: Indicator light 42: Speaker 54: Fire control unit 66: Alarm management information file 70: Alarm specific information 72: Terminal transmission information 73: Contact specific information 74: Alarm management information 75: Building Plan view information 76: Building plan view 78: Alarm symbol 80: Mobile phone control unit 102: Menu screen 114: Fire alarm registration screen 122: Building plan creation screen 126: Alarm information viewing screen 134: Fire alarm push notification Screen 136: Fire alarm opening screen 138: Alarm test screen 142: Alarm location confirmation screen

Claims (8)

An alarm that is installed in a building such as a house or an apartment building and detects and warns of an abnormality such as a fire.
A two-dimensional bar code provided on the alarm device and incorporating predetermined alarm device specific information,
A mobile terminal that captures the two-dimensional bar code of the alarm device and transmits the restored alarm device identification information together with the predetermined contact identification information to a predetermined destination.
When the alarm device identification information received from the mobile terminal and the contact information are registered in association with each other and an abnormality detection signal including the alarm device identification information accompanying the detection of an abnormality of the alarm device is received, the said A server that sends an abnormality alarm signal to a contact based on the contact specific information associated with the alarm specific information to notify the contact.
An alarm system characterized by being provided with.
(Contact specific information)
In the warning system according to claim 1,
The mobile terminal is an alarm system characterized in that its own terminal identification information or terminal identification information of another terminal is set as the contact identification information.
In the warning system according to claim 1,
When the server receives the abnormality detection signal including the alarm device specific information from the alarm device, the server transmits the abnormality alarm signal to the mobile terminal.
The mobile terminal is an alarm system characterized in that it displays a plan view of the building showing the alarm symbol that has detected the abnormality based on the abnormality alarm signal received from the server.
In the warning system according to claim 3,
When the server receives the abnormality detection signal including the alarm device specific information from the alarm device, the server transmits a push notification signal to the mobile terminal.
When the mobile terminal receives the push notification signal from the server, it notifies the outline of abnormality detection, and when a predetermined opening operation is performed, the mobile terminal displays the building plan view showing the alarm symbol that detected the abnormality. An alarm system characterized by displaying.
In the warning system according to claim 3,
The alarm device transmits a test signal including the alarm device specific information to the server when a predetermined test operation is performed.
When the server receives the test signal including the alarm device specific information from the alarm device, the server transmits the test confirmation signal to the mobile terminal.
The mobile terminal is an alarm system characterized in that it displays a plan view of the building showing an alarm symbol corresponding to the alarm that has performed the predetermined test operation based on a test confirmation signal received from the server.
In the warning system according to claim 3,
When the mobile terminal performs a test operation by designating the alarm symbol shown in the building plan while displaying the building plan, the mobile terminal includes the alarm identification information corresponding to the alarm symbol. Send the test signal to the server
The server is an alarm system characterized in that a remote test signal is transmitted to the designated alarm device based on the alarm device specific information of the test signal received from the mobile terminal to perform a predetermined test.
In the warning system according to claim 3,
When the mobile terminal performs an installation location confirmation operation designated with the alarm symbol shown in the building plan while the building plan is displayed, the alarm specific information corresponding to the alarm symbol is performed. Send an installation location confirmation signal including
The server is an alarm system characterized in that a remote installation location confirmation signal is transmitted to the designated alarm device based on the installation location confirmation signal received from the mobile terminal to notify the installation location by display and / or sound. ..
The warning system according to claim 1, wherein the alarm includes a fire alarm that detects and warns of a fire, or a gas leak alarm that detects and warns of a gas leak.

Images