JP2020052880A - Disaster prevention system - Google Patents

Abstract

To provide a disaster prevention system capable of delivering information effective for self-protective fire-fighting activities.SOLUTION: A server can create role selection promotion information for causing a terminal 20 to display a role selection promotion screen in which roles of self-protective fire-fighting members are displayed for each role as the role selection promotion screen to promote selection of the role on the basis of information stored in a role table associating and storing identification information on the terminal 20 with a role selected by an owner of the terminal 20 and transmit it to the corresponding terminal 20. The terminal 20 includes an operation unit that can be operated by the user, and can transmit role notification information notifying a selected role to the server when any of the roles of the self-protective fire-fighting members indicated in the role selection promotion screen is selected by operating the operation unit. The server can update the role table on the basis of the role notification information, create the role selection promotion information on the basis of the role table after update, and transmit it to the corresponding terminal.SELECTED DRAWING: Figure 9

Description

  The present invention relates to a disaster prevention system that supports self-defense firefighting activities when a fire occurs.

  Conventionally, a support device connected to an automatic alarm device that sends out abnormal information when the sensing means disposed in the building detects an abnormality, and a plurality of terminals carried by each member of the self-defense fire brigade, The terminal includes a display unit, an operation unit, and a communication unit that transmits and receives the support device via a communication line, the support device includes a first communication unit that communicates with the automatic alarm device, and the communication line And a second communication unit that communicates with the terminal through, when receiving the abnormal information from the automatic alarm equipment, while transmitting the abnormal information to the terminal, a message requesting an activity corresponding to the abnormal Disaster prevention systems such as a support system that displays the information on the terminal, receives a response from the terminal to the message, grasps the activity status, and transmits support information of the activity to the terminal are known (for example, Patent reference 1).

JP-A-2006-99706

However, the conventional disaster prevention system did not fully support the activities of the SDF fire brigade.
An object of the present invention is to provide a self-defense firefighting system capable of performing flexible and prompt self-defense firefighting activities according to the position information and disaster prevention information of a person under the situation even when the location information of a person who changes irregularly or a sudden alarm is generated. An object of the present invention is to provide a disaster prevention system capable of delivering effective information to activities.

In order to solve the above problems, the invention described in claim 1 is:
In a disaster prevention system including a terminal and a server capable of communicating with the terminal,
A role table that stores the identification information of the terminal and the role selected by the person possessing the terminal among the respective roles of the self-defense fire brigade, in association with each other,
The server displays, on the terminal, a role selection promotion screen in which the role of the self-defense fire brigade is indicated for each role, as a role selection promotion screen for prompting the user to select a role based on the information stored in the role table. Role selection promotion information to be created and sent to the target device,
The terminal includes an operation unit that can be operated by a user, and when any one of the roles of the self-defense fire brigade shown in the role selection promotion screen is selected by operating the operation unit, Role notification information for notifying the selected role can be transmitted to the server,
The server is configured such that the role table can be updated based on the role notification information, the role selection promotion information is created based on the updated role table, and can be transmitted to a target terminal. It is.
According to the disaster prevention system having the above-described configuration, the role of the self-defense fire brigade can be made known to those who have terminals. That is, effective information for self-defense firefighting activities (in this case, the role of the self-defense fire brigade) can be distributed, so that self-defense firefighting activities can be performed more smoothly.
Here, preferably,
The role selection promotion screen is configured such that the role of the self-defense fire brigade and the number of self-defense fire brigade members selecting the role are displayed for each role.
According to this configuration, the latest number of respondents (the number of self-defense firefighters who have selected each role) can be notified to the person who has the terminal. That is, effective information for the self-defense firefighting activities (in this case, the role of the self-defense fire brigade and the latest number of responders) can be distributed, so that the self-defense firefighting activities can be performed more smoothly.

Also, preferably,
In the role of the self-defense fire brigade, those who have the terminal on the fire floor are selectable, but those who have the terminal on floors other than the fire floor have a role that cannot be selected,
The terminal is capable of receiving a signal from a transmitter and transmitting transmitter information including identification information of the transmitter to the server,
The server is
It is possible to identify the current location of the terminal based on the transmitter information from the terminal,
When the current location of the terminal is a fire floor, each role of the self-defense fire brigade transmits to the terminal the role selection promotion information for displaying a role selection promotion screen displayed in a normal display mode,
If the current location of the terminal is not a fire floor, a role selectable by a person having the terminal on a floor other than the fire floor is displayed in the normal display mode, and possesses the terminal on a floor other than the fire floor. The role selection promotion information for displaying the role selection promotion screen in which the role that cannot be selected by the user is hidden or displayed in a display mode different from the normal display mode is transmitted to the terminal.
According to this configuration, it is possible to avoid the inconvenience of erroneously selecting a role that cannot be selected.

Also, preferably,
The server, as a disaster response screen showing a different disaster response for each role of the self-defense fire brigade, a disaster response screen including a button image selected when instructing the re-display of the role selection promotion screen to the terminal The information to be displayed can be sent to the target device by role,
If the button image in the disaster response screen is selected by operating the operation unit of the terminal, the screen displayed on the terminal is switched from the disaster response screen to the role selection promotion screen. .
According to this configuration, the person who has the terminal can view the role selection promotion screen again during or after the disaster response in the role selected earlier.

Or, preferably,
The terminal is capable of receiving a signal from a transmitter and transmitting transmitter information including identification information of the transmitter to the server,
The server is
It is possible to identify the current location of the terminal based on the transmitter information from the terminal,
Fire information including fire occurrence location information transmitted by a fire receiver capable of receiving a fire detection signal from a fire detector, the transmitter information from a plurality of terminals, and information stored in the role table Based on the above, the fire image at the position corresponding to the fire occurrence location, the current location image at the position corresponding to the current location of one terminal, and the terminal possessed by the district captain who is a kind of the role of the self-defense fire brigade The floor map where the location image corresponding to the current location of the district captain and the location image corresponding to the current location of the terminal owned by a person other than the district captain are displayed on the one terminal. Create floor plan information to be sent and send it to the target terminal,
The terminal owned by the district captain is configured to display the current location image and the district captain location image in a combined state.
According to such a configuration, the person holding the terminal can grasp not only his / her own current location but also the current location of another person who has the terminal so as to be distinguishable from the district captain and other than the district captain.

  ADVANTAGE OF THE INVENTION According to this invention, since effective information can be distributed to self-defense firefighting activities, self-defense firefighting activities can be performed more smoothly.

It is a block diagram showing an example of the disaster prevention system of an embodiment. (A) is a flowchart illustrating an example of an application startup process executed by a terminal, (b) is a flowchart illustrating an example of a normal process executed by a location information server, and (c) is a flowchart executed by the location information server. It is a flowchart which shows an example of the process at the time of a fire. It is a flowchart which shows the processing procedure by the terminal which comprises a disaster prevention system, a position information server, and a fire information server, and shows an example of the processing procedure at the time of a fire. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. It is a figure showing an example of a screen displayed on a position information server. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal. FIG. 4 is a diagram illustrating an example of a screen displayed on a terminal.

Hereinafter, an embodiment of a disaster prevention system to which the present invention is applied will be described with reference to the drawings.
FIG. 1 is a block diagram illustrating an example of a schematic configuration of a disaster prevention system 1 according to the present embodiment.
As shown in FIG. 1, for example, a disaster prevention system 1 according to the present embodiment is a terminal capable of receiving signals (radio waves) from beacons (transmitters) 10 disposed at a plurality of locations in a predetermined area inside a building. 20, a location information server 40 that performs data communication with the terminal 20 via the mobile phone base station 30 and the communication network N such as the Internet, and a plurality of locations within a predetermined area inside the building. A fire information server that performs data communication between the fire receiver 60 capable of receiving a fire detection signal from the fire detector 50 and the fire receiver 60 via a gateway (relay) 70 and a communication network N such as the Internet. 80. Note that the position information server 40 and the fire information server 80 may be configured as one support server.

  The communication method of the beacon 10 for transmitting a wireless signal (specific information such as a device ID and facility information) to the terminal 20 includes, for example, wireless communication such as Bluetooth (registered trademark) communication, WiFi according to the IEEE 802.11 standard, infrared communication, A known communication method such as visible light communication can be used. The interval at which the beacons 10 are arranged is not particularly limited. However, in the following description, it is assumed that the beacons 10 are arranged at a distance such that the communication ranges of the adjacent beacons 10 overlap each other so as to cover the space in the building. I do.

Specifically, since the fire detector 50 and the sprinkler head are originally installed at predetermined intervals in the building, the beacon 10 attached to the device in a form built in or added thereto, or the device The beacon 10 attached in the form of being installed in the vicinity of can be used.
The beacon 10 includes a transmitting unit that periodically transmits information on power supply (built-in battery information or external power supply information) and its own identification information (device ID) to the surroundings via a radio signal. The signal (beacon signal) transmitted wirelessly by the beacon 10 only needs to include at least the identification information (device ID) of the beacon 10, and may further include information on the area where the beacon 10 is installed.

  The terminal 20 is a mobile terminal such as a smartphone or a tablet terminal. The terminal 20 includes a control unit, a storage unit, a display unit, an operation unit (for example, a touch panel provided on a display screen of the display unit), a beacon signal receiving unit that receives a signal from the beacon 10, and a communication network. And a wireless communication unit that transmits and receives various kinds of information to and from an external device such as the position information server 40 via the N.

The storage unit of the terminal 20 periodically receives a beacon signal wirelessly transmitted from the beacon 10, extracts identification information (device ID) and the like included in the beacon signal, and receives the radio wave intensity of the beacon signal. And transmitting the beacon information including the identification information and the received radio wave intensity to the location information server 40 via the mobile phone base station 30 and the communication network N. An application program (fire information distribution application) for executing a process of displaying a floor diagram image based on the floor diagram information transmitted from the position information server 40 via the display unit on the display unit is stored.
When the beacon signal receiving unit receives a beacon signal transmitted from a plurality of beacons 10 (beacons 10 whose communication ranges overlap each other), the control unit of the terminal 20 transmits each beacon information from the wireless communication unit to the position information server. Send to 40.

  When detecting the occurrence of an abnormal phenomenon such as heat, smoke, flame, or harmful gas, the fire detector 50 transmits a fire detection signal to the fire receiver 60 via the detector line 51. The fire detector 50 may be of a type that adds its own installation address to the fire detection signal, or may be a type of sensor that does not add its own installation address to the fire detection signal.

When receiving the fire detection signal from the fire detector 50, the fire receiver 60 displays a fire notification on the display unit, and controls the ringing of the area bell and the interlocking with smoke emission control. Further, the fire receiver 60 transmits the fire information including the fire occurrence location information and the fire occurrence time information together with the identification information (receiver ID) of the fire receiver 60 via the gateway 70 and the communication network N via the fire information server. Send to 80.
In addition, when the installation address of the fire detector 50 is added to the fire detection signal, the fire receiver 60 specifies a fire occurrence location based on the installation address. On the other hand, when the installation address of the fire detector 50 is not added to the fire detection signal, the location of the fire occurrence is specified based on the detector line 51 (warning zone) that transmitted the fire detection signal.

The fire information server 80 has a database 81. In the database 81, for example, identification information (building name, address, etc.) of a building managed by the fire information server 80 corresponds to identification information (receiver ID) of the fire receiver 60 installed in the building. A table and the like to be attached and stored are stored.
Upon receiving the fire information from the fire receiver 60, the fire information server 80 transmits from the database 81 the building identification information (building name, address, etc.) corresponding to the identification information (receiver ID) transmitted together with the fire information. get. Then, it is possible to execute a process of transmitting the fire information together with the acquired building identification information to the position information server 40 via the communication network N.

The location information server 40 includes a database 41 that stores information on each building managed by the location information server 40, information on each terminal 20, and the like.
Here, the building information includes the identification information of the building (building name and address, etc.), the floor diagram of each floor (each floor) of the building, the identification information of the beacon 10 installed on each floor of the building, and This is information including installation location information, installation location information of various disaster prevention devices / equipment installed on each floor of the building, temporary gathering location information of the building, and the like.
Further, the information of the terminal 20 is information including identification information (terminal ID) of the terminal 20, information about a user of the terminal 20 (user name, and the like), and the like. For example, information about the user can be input on the setting screen of the fire information distribution application displayed on the terminal 20. The input information is transmitted to the position information server 40 together with the identification information (terminal ID) of the terminal 20. And stored in the database 41.

When receiving the beacon information from the terminal 20, the position information server 40 calculates the current location of the terminal 20 based on the received beacon information and the information stored in the database 41. Then, a floor diagram of the floor where the terminal 20 is located is extracted from the database 41, the current location of the terminal 20 is plotted on the extracted floor diagram to generate floor diagram information, and the generated floor diagram information is communicated. A process of transmitting to the terminal 20 via the network N and the mobile phone base station 30 can be executed. As a result, a floor plan image indicating the current location of the terminal 20 is displayed on the display unit of the terminal 20.
Further, when the location information server 40 receives the fire information from the fire information server 80, the location information server 40 generates floor plan information reflecting the fire occurrence location information and the like included in the fire information, and generates the generated floor plan information. A process of transmitting information to the terminal 20 via the communication network N and the mobile phone base station 30 can be executed. As a result, a floor map image indicating the place where the fire occurred is displayed on the display unit of the terminal 20.

  Next, an example of an application startup process executed by the control unit of the terminal 20 will be described with reference to the flowchart illustrated in FIG. The process at the time of starting the application is performed regardless of whether a fire occurs (the fire detector 50 is activated) or a normal state (the fire detector 50 is not activated). This is a process that is repeatedly executed at a constant cycle when is started.

In the application startup process, first, it is determined whether the beacon signal receiving unit has received a beacon signal transmitted from the beacon 10 (step S11). If a beacon signal has not been received (step S11; No), the process proceeds to step S13.
On the other hand, when the beacon signal is received (step S11; Yes), the beacon information including the identification information (device ID) of the beacon 10 included in the beacon signal and the received radio wave intensity of the beacon signal is transmitted to the own beacon signal. The identification information (terminal ID) is transmitted to the location information server 40 via the mobile phone base station 30 and the communication network N (step S12).

Next, it is determined whether the wireless communication unit has received the floor plan information transmitted from the position information server 40 (step S13). If the floor plan information has not been received (step S13; No), the processing at the time of starting the application is ended.
On the other hand, when the floor plan information is received (Step S13; Yes), a floor plan image based on the floor plan information is displayed on the display unit (Step S14), and the process at the time of starting the application is ended. As a result, the first floor map image 110 is displayed on the display unit in the first step S14 after the start of the fire information distribution application, and is displayed on the display unit in the second and subsequent steps S14 after the start of the fire information distribution application. The currently displayed floor plan image 110 is updated to the latest floor plan image 110.

Note that the terminal 20 does not transmit beacon information to the position information server 40 every time a beacon signal is received. For example, the terminal 20 transmits identification information of the beacon 10 included in the beacon signal received last time and the beacon signal received this time. When the identification information of the included beacon 10 is different, the beacon information based on the beacon signal received this time may be transmitted to the position information server 40.
Further, in the present embodiment, the fire information distribution application is assumed to be always running, but is not limited to this. For example, the location information application is installed in addition to the fire information distribution application, and the location information application is always started, and the location information application performs the processes of steps S11 to S12 (that is, the beacon information application every time a beacon signal is received). Is transmitted to the position information server 40), or when the identification information of the beacon 10 included in the beacon signal received last time and the identification information of the beacon 10 included in the beacon signal received this time are different, The process of transmitting the beacon information based on the beacon signal to the position information server 40 may be executed, and when the fire information distribution application is started, the processes of steps S13 and S14 may be executed by the fire information distribution application.

Next, an example of normal processing executed by the control unit of the position information server 40 will be described with reference to the flowchart shown in FIG.
Hereinafter, among the terminals 20 located in the fire building (the building in which the fire detector 50 is operating), the administrator authority terminal is referred to as a “special terminal”, and among the terminals 20 located in the fire building other than the administrator authority terminal. The terminal 20 is referred to as a “general terminal”, and a person possessing the general terminal is referred to as a “general terminal user”. Here, the “administrative authority terminal” is the terminal 20 (mobile terminal) owned by the chief of the self-defense fire brigade and / or the terminal 20 (PC terminal, mobile terminal, or the like) provided in the disaster prevention center. That is, the terminal 20 may be a portable terminal such as a smartphone or a tablet terminal or a stationary terminal such as a PC terminal as long as the terminal has the fire information distribution application installed. .

When the fire information distribution application is installed in the terminal, a login ID and a password are set, and the set information is transmitted to the position information server 40 together with the identification information (terminal ID) of the terminal. It is stored in the database 41. The self-defense fire commander and disaster prevention center are notified of the login ID and password for administrator authority in advance, and the terminal 20 that has set the login ID and password for administrator authority at the time of installation is registered as an administrator authority terminal. The terminal 20 to which a login ID and a password other than those for administrator authority are set at the time of installation is registered as a terminal 20 other than the administrator authority terminal.
Note that by setting a login ID and a password for administrator authority when installing the fire information distribution application, the terminal 20 registered in advance as an administrator authority terminal is not registered as an administrator authority terminal. It may be distributed to the self-defense fire commander or disaster prevention center.

  When a fire occurs in any of a plurality of buildings to be managed (when the fire detector 50 is operating), the location information server 40 uses the beacon information from the terminal 20 to fire the building (fire detector 50). The terminal 20 located in the fire building is specified, the terminal 20 registered as the administrator authority terminal among the terminals 20 located in the fire building is treated as a special terminal, and the terminal 20 located in the fire building is identified. The terminal 20 registered as the terminal 20 other than the administrator authority terminal is treated as a general terminal. Therefore, when a fire has not occurred in all of the plurality of buildings managed by the location information server 40 (when the fire detector 50 is not operating), there is no special terminal or general terminal, and the fire information distribution is not performed. All terminals 20 on which the application is installed (including terminals installed at the disaster prevention center) are terminals 20 other than special terminals and general terminals.

  The normal process is a process executed for the terminal 20 other than the special terminal and the general terminal. Therefore, even if a fire occurs in any of a plurality of buildings managed by the location information server 40, normal processing is executed. That is, when no fire has occurred in all of the plurality of buildings managed by the location information server 40, the normal processing (FIG. 2B) is repeatedly executed at a fixed cycle, and the location information server 40 manages the information. When a fire occurs in any of the multiple buildings, a fire process described below (FIG. 2C) is executed, and a normal process (step S36) is executed in the fire process.

In the normal processing, first, it is determined whether or not beacon information has been received from the terminal 20 other than the special terminal and the general terminal (step S21). If the beacon information has not been received (step S21; N), the normal processing ends.
On the other hand, when the beacon information is received (Step S21; Yes), the current location of the terminal 20 is calculated based on the received beacon information and the information stored in the database 41 (Step S22), Then, the floor diagram of the floor (current floor) where the terminal 20 is located is extracted from (step S23).

Next, the current location of the terminal 20 is plotted on the extracted floor diagram to generate floor diagram information (step S24).
Next, the floor map information (current floor map information) generated in step S24 is transmitted to the terminal 20 via the communication network N and the mobile phone base station 30 (step S25), and the normal processing ends. As a result, the display section of the terminal 20 is a floor map image 110 of the floor (current floor) where the terminal 20 is located, and a symbol indicating the terminal 20 (for example, the current The floor diagram image 110 on which the location icon 111) is arranged is displayed.

Next, an example of a fire process executed by the control unit of the position information server 40 will be described with reference to the flowchart shown in FIG. Steps S31 to S35 of the fire process are processes executed for the special terminal and the general terminal, and step S36 of the fire process is performed for the other terminals 20 (the terminals 20 other than the special terminal and the general terminal). This is the process executed for
In the fire process, first, a floor diagram of a fire floor is extracted from the database 41 (step S31), and a fire occurrence location is plotted on the extracted floor diagram (step S32).
Next, the current location of the special terminal and the general terminal is calculated based on the beacon information from the special terminal and the general terminal and the information stored in the database 41 (step S33), and the floor location where the fire occurrence location is plotted is calculated. Then, the current location of the terminal located on the fire floor is plotted to generate floor map information (step S34).

Next, the floor map information (fire floor map information) generated in step S34 is transmitted to the special terminal and the general terminal via the communication network N and the mobile phone base station 30 (step S35). As a result, the floor map image 110 of the fire floor is displayed on the display units of the special terminal and the general terminal.
Next, the normal processing shown in FIG. 2B is performed (step S36), and the process returns to step S32.

Next, the processing procedure by the terminal 20, the position information server 40, and the fire information server 80 constituting the disaster prevention system 1 of the present embodiment will be described with reference to the flowchart shown in FIG. An example of the processing procedure at the time of performing) will be described.
When the fire information server 80 receives the fire information (information including fire occurrence location information and occurrence time information) from the fire receiver 60 (step S101), the fire information server 80 identifies the fire receiver 60 transmitted with the fire information. The identification information (building name, address, etc.) of the building corresponding to the information (receiver ID) is obtained from the database 81, and the fire information is transmitted to the position information server 40 together with the obtained building identification information (step S102). .

  When the position information server 40 receives the fire information from the fire information server 80, based on the fire information, the identification information of the building transmitted together with the fire information, and the information stored in the database 41, the fire building ( The building where the fire detector 50 is operating, the fire floor (the floor where the fire detector 50 is operating), the place where the alarm is generated (the place where the fire is considered to be occurring, that is, the place where the fire detector is installed or the detector) Is specified, and the specified information is stored in the fire building storage area, fire floor storage area, fire place storage area, etc. of the internal memory (step S141). The specified alarm occurrence location is stored in the fire occurrence location storage area with the alarm flag added. Since it is not determined that a fire has occurred at the time of step S141, the information stored in the fire occurrence location storage area is an alarm occurrence location (not a fire occurrence location (fire occurrence location), but a fire occurrence location). This is a place where it is assumed that the user is in the event of a warning.)

Next, the location information server 40 specifies the terminal 20 located in the fired building based on the beacon information from the terminal 20, and transmits the information to the terminal 20 (special terminal and general terminal) located in the fired building and the fire detector 50 in the vicinity. The notification information for notifying that is operating is transmitted (step S142).
Note that the fire information server 80 may transmit the notification information to the special terminal and the general terminal. Specifically, when the fire information server 80 receives fire information from the fire receiver 60, the fire information server 80 acquires the identification information (terminal ID) of the terminal 20 located in the fire building from the position information server 40, and fires the fire. Notification information for notifying that the fire detector 50 is operating nearby may be sent to the terminal 20 located in the building.

  Upon receiving the notification information from the location information server 40, the special terminal and the general terminal (the terminal 20 located in the fire building) receive, for example, the lock screen or the home screen displayed on the display unit as shown in FIG. A notification image 101 for notifying that the fire detector 50 is operating nearby is displayed on a standby screen such as a screen in a pop-up manner (steps S121 and S161). In response to the pop-up display of the notification image 101, the terminal 20 located on the fire floor (the floor where the fire detector 50 is activated) or the floor immediately above the fire (the floor immediately above the floor where the fire detector 50 is activated) The possessor checks the situation in the vicinity. In addition, the SDF firefighter and the disaster prevention center will check the situation and prepare for reports from the site. At this point, no self-defense fire brigade activity has begun, as it has not been determined to be a fire.

Next, when the notification image 101 is tapped, the special terminal and the general terminal start to repeatedly execute the process at the time of starting the application (FIG. 2A) in the foreground (steps S122 and S162). Thereby, the floor map image 110 based on the floor map information from the position information server 40 is displayed on the display units of the special terminal and the general terminal.
That is, in the present embodiment, the fire information distribution application is always running, and when the notification image 101 is tapped or when the fire information distribution application icon is tapped, the fire information distribution application starts in the background. The state (a state in which steps S11 to S14 of the processing at the time of application startup are executed in the background) is switched to a state in which the fire information distribution application is activated in the foreground (a state in which steps S11 to S14 of the processing at the time of application activation are executed in the foreground). .
In a state where the fire information distribution application is activated in the background, only the processing of steps S11 to S12 of the application activation processing may be executed, and the processing of steps S13 to S14 of the application activation processing may not be executed. .

  After transmitting the notification information, the position information server 40 starts execution of the fire process (FIG. 2C) (step S143). Thereby, the transmission of the fire floor map information to the terminal 20 (special terminal and general terminal) located in the fire building starts, and the terminal 20 (terminal 20 other than the special terminal and general terminal) not located in the fire building is started. The transmission of the current floor floor plan information to is continued. In step S31 of the fire process (FIG. 2 (c)), a floor diagram of the fire floor is extracted based on the information (the information stored in step S141) stored in the fire floor storage area of the internal memory. In step S32 of the process (FIG. 2C), an alarm is generated based on the information stored in the fire occurrence location storage area of the internal memory (the information stored in step S141; that is, the information to which the alarm flag is added). The location is plotted.

<Warning screen for general terminal>
Then, the position information server 40 first transmits the general terminal alarm generation information to the general terminal. As a result, the general terminal alarm generation screen in which the message image 160 based on the general terminal alarm generation information is superimposed on the floor diagram image 110 based on the latest fire floor floor map information is displayed on the display unit of the general terminal. Is displayed (step S123). At this point, no self-defense fire brigade activity has begun, as it has not been determined to be a fire.

  In the floor diagram image 110 of the general terminal warning in-progress screen, for example, as shown in FIG. 4B, a current location icon 111 is displayed at a position corresponding to the current location of the terminal 20 and a fire has occurred. An alarm occurrence location icon 112 is arranged at a position corresponding to a possible place (alarm occurrence location). Of course, when the terminal 20 is not located on the fire floor, the current location icon 111 is not arranged on the floor map image 110 based on the fire floor map information. That is, the position information server 40, in principle, plots only the current location of the general terminal in step S34 of the fire process (FIG. 2C) for the general terminal located on the fire floor, and The floor map information is transmitted, and the fire floor map information created by omitting step S34 of the fire process (FIG. 2C) is transmitted to the general terminal not located on the fire floor.

Further, the message image 160 of the general terminal alarm generation screen includes, for example, a message indicating the fire floor, a message indicating that the fire detector 50 is operating nearby, as shown in FIG. A message prompting a site check is displayed.
In each screen (FIGS. 4 to 24 (excluding FIGS. 4A, 6, and 15) displayed on the special terminal and the general terminal when the fire information distribution application is activated, the message image 160 is displayed on the screen. It is displayed ascending (sliding up) from the lower end.
Further, in each screen (FIGS. 4 to 24 (excluding FIGS. 4A, 6, and 15) displayed on the special terminal and the general terminal when the fire information distribution application is activated, the floor diagram image 110 includes: It is updated to the latest floor plan image 110 as needed. The floor plan image 110 can be enlarged or reduced by a pinch-out operation or a pinch-in operation.

As described above, when the installation address of the fire detector 50 is added to the fire detection signal, the fire receiver 60 specifies the fire occurrence location based on the installation address. On the other hand, when the installation address of the fire detector 50 is not added to the fire detection signal, the location of the fire occurrence is specified based on the detector line 51 (warning zone) that transmitted the fire detection signal. Then, the location information server 40 stores the fire occurrence location specified by the fire receiver 60 in the fire occurrence location storage area in step S141.
Therefore, when the fire receiver 60 is an R-type receiver or an addressable P-type receiver, the alarm occurrence location icon 112 indicates that the fire detector 50 (activated) of the floor diagram image 110 that has transmitted the fire detection signal is activated. It is arranged at a position corresponding to the installation location of the fire detector 50). In the case where the fire receiver 60 is a non-addressable P-type receiver, a predetermined location (for example, an area) in the area (caution zone) of the floor map image 110 corresponding to the sensor line 51 that has transmitted the fire detection signal. (Center).

<Confirmation report screen>
Next, the location information server 40 transmits confirmation report information to the general terminal. Thereby, the confirmation report screen in which the message image 160 based on the confirmation report information is superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information is displayed on the display unit of the general terminal (step S124). .
The floor diagram image 110 of the confirmation report screen is grayed out, for example, as shown in FIG. 5A. By tapping the floor diagram image 110, the general terminal alarm generation screen (FIG. 4B )).
In addition, the message image 160 of the confirmation report screen includes a fire button 161a that is tapped when it is confirmed that a fire has occurred, as shown in FIG. And a non-fire button 161b that is tapped when the user confirms the status.

The display modes (for example, colors) of the fire button 161a and the non-fire button 161b include an initial display mode indicating that the button is not selected and a selection display mode indicating that the button is selected. Neither the fire button 161a nor the non-fire button 161b is displayed in the selected display mode.
If both the fire button 161a and the non-fire button 161b are displayed in the initial display mode and the fire button 161a is tapped, for example, as shown in FIG. 5B, the display mode of the fire button 161a is changed. Changes to the selection display mode. If both the fire button 161a and the non-fire button 161b are displayed in the initial display mode and the non-fire button 161b is tapped, the display mode of the non-fire button 161b changes to the selected display mode. .

When the fire button 161a or the non-fire button 161b is tapped, the general terminal calls a telephone function or a telephone directory equipped with the OS of the terminal 20 and automatically transmits the call to the disaster prevention center, for example, as shown in FIG. 6 ( Step S125). By tapping the off button 102 during transmission, transmission to the disaster prevention center can be stopped, and the display can return to the confirmation report screen (FIG. 5A).
When the fire button 161a or the non-fire button 161b is tapped, the telephone number of the disaster prevention center and the call button are displayed, and when the call button is tapped, a call is made to the disaster prevention center as shown in FIG. 6, for example. Such a configuration is also possible.

  When a call is made to the disaster prevention center, the user of the terminal 20 (general terminal user) reports the presence or absence of a fire. At this time, if a fire report is made (if a fire is reported), the self-defense fire brigade will start a fire response activity and the disaster prevention center will record the time of the fire report. On the other hand, if it is reported that the fire is not a fire, the alerting state is maintained and the chief of the SDF firefighter collects information and confirms that there is no problem in the target area, then judges that it is non-fire and issues an alarm Is released.

  Then, when a call is made to the disaster prevention center, the terminal 20 transmits outgoing information to the location information server 40 (step S126). Specifically, when the fire button 161a is tapped, for example, as shown in FIG. 3, transmission information for notifying that a fire has occurred is sent together with its own identification information (terminal ID) to the location information server. Send to 40. When the non-fire button 161b is tapped, transmission information notifying that no fire has occurred is transmitted to the position information server 40 together with its own identification information (terminal ID). Thereby, the location information server 40 can grasp the general terminal that transmitted the transmission information (that is, the terminal 20 owned by the general terminal user who made the telephone report to the disaster prevention center).

<Warning screen for special terminal>
On the other hand, the position information server 40 first transmits the special terminal alerting information to the special terminal. As a result, the special terminal alert generating screen in which the message image 160 based on the special terminal alarm generating information is superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information is displayed on the display section of the special terminal. Is displayed (step S163). At this point, no self-defense fire brigade activity has begun, as it has not been determined to be a fire.

For example, as shown in FIG. 7A, the floor diagram image 110 of the special terminal alarm generation screen includes an alarm generation location icon 112 at a position corresponding to the alarm generation location, and a current status of the general terminal located on the fire floor. A fire floor general terminal location icon 113 is arranged at a position corresponding to the location. Of course, when the terminal 20 (special terminal) is located on the fire floor, the current location icon 111 is arranged on the floor map image 110 based on the fire floor map information. In other words, the location information server 40, in principle, plots the current locations of all the terminals 20 located on the fire floor in step S34 of the fire process (FIG. 2C) with respect to the special terminal, Transmit floor plan information.
In addition, the message image 160 of the special terminal warning in-progress screen includes, for example, a message indicating a fire floor, a message indicating that the fire detector 50 is operating nearby, as shown in FIG. A message prompting you to prepare for the report is displayed.

<Judgment report screen>
Next, the location information server 40 transmits the judgment report information to the special terminal. As a result, the display unit of the special terminal displays a judgment report screen in which the message image 160 based on the judgment report information is superimposed on the floor diagram image 110 based on the latest fire floor map information (step S164). .
The floor diagram image 110 of the judgment report screen is grayed out, for example, as shown in FIG. 7 (b). By tapping this floor diagram image 110, if the presence or absence of a fire is undetermined, the special terminal It is possible to return to the screen during the generation of the alarm for use (FIG. 7A).
Also, as shown in FIG. 7B, for example, the message image 160 on the judgment report screen includes a fire determination button 162a that is tapped when it is determined that a fire has occurred, and a message that the fire has not occurred. A non-fire determination button 162b that is tapped when making a determination and a well-known button 162c that is tapped to make the determination result known are arranged.

When the disaster prevention center receives a telephone report indicating a fire, the disaster prevention center (or the self-defense fire brigade) determines that a fire has occurred and taps the fire determination button 162a. Alternatively, the self-defense fire commander taps the fire determination button 162a when determining that a fire has occurred without a telephone report.
In addition, the self-defense fire commander collects the information and confirms that there is no problem in the target area, determines that a fire has not occurred, and taps the non-fire determination button 162b.

The display modes (for example, colors) of the fire determination button 162a and the non-fire determination button 162b include an initial display mode indicating that the button is not selected and a selection display mode indicating that the button is selected. Neither the fire determination button 162a nor the non-fire determination button 162b is displayed in the selected display mode.
If both of the fire determination button 162a and the non-fire determination button 162b are displayed in the initial display mode and one of the fire determination buttons 162a and the non-fire determination button 162b is tapped, the one of the buttons is reset. The display mode changes to the selection display mode. When one of the fire determination button 162a and the non-fire determination button 162b is displayed in the selection display mode and the other button is tapped, the display mode of the other button is changed to the selection display mode. Then, the display mode of the one button returns to the initial display mode.

  The display mode (for example, color) of the well-known button 162c includes an inoperable display mode indicating that the operation is not possible and an operable display mode indicating that the operation is possible. When both the fire determination button 162a and the non-fire determination button 162b are displayed in the initial display mode, the well-known button 162c is displayed in the inoperable display mode, and the fire determination button 162a or the non-fire determination button 162b is selectively displayed. When displayed in the mode, the well-known button 162c is displayed in an operable display mode.

  When the well-known button 162c displayed in the operable display mode is tapped, the special terminal transmits well-known information to the position information server 40 (Step S165). More specifically, when the well-known button 162c is tapped while the fire determination button 162a is displayed in the selected display mode, for example, as shown in FIG. The information is transmitted to the position information server 40 together with its own identification information (terminal ID). When the well-known button 162c is tapped while the non-fire determination button 162b is displayed in the selected display mode, the well-known information for notifying that no fire has occurred is transmitted to its own identification information (terminal ID). ) And sends it to the location information server 40. Thereby, the location information server 40 can grasp the special terminal that has transmitted the well-known information.

When receiving the well-known information notifying that no fire has occurred, the position information server 40 transmits information notifying that it is determined that no fire has occurred to the special terminal and the general terminal. As a result, it is confirmed on the display of the special terminal and general terminal that a fire has not occurred (for example, "We have confirmed that the fire detector has malfunctioned. Please return to normal work"). It is known that no fire has occurred.
Then, the position information server 40 terminates the execution of the fire process (FIG. 2C) and restarts the normal process (FIG. 2B).

Further, when transmitting the well-known information notifying that a fire has occurred, the special terminal records the transmission time in the internal memory. This makes it possible to measure the time from the determination of fire to the end of evacuation.
Note that, while the special terminal alarm generating screen (FIG. 7A) or the judgment report screen (FIG. 7B) is displayed, the fire button 161a or the non-fire button 161b (FIG. When (a)) is tapped, the message image 160 of the screen being displayed (the screen for generating an alarm for a special terminal or the judgment report screen) indicates "From the main building 1F (registered name) to the disaster prevention center." Message is displayed.

When the position information server 40 receives the well-known information notifying that a fire has occurred, the position information server 40 cancels the alarm flag added to the information stored in the fire occurrence location storage area of the internal memory, thereby issuing an alarm. The place of occurrence is changed to the place of fire occurrence (step S144). Thereby, in step S32 of the fire process (FIG. 2 (c)) executed thereafter, based on the information stored in the fire occurrence location storage area of the internal memory (information to which the alarm flag is not added). Since the place where the fire occurred is plotted, the floor map image 110 displayed on the display unit of the special terminal and the general terminal will be displayed at the same position as the position where the warning place icon 112 was arranged. A fire location icon 114 is arranged instead of the alert location icon 112.
When the position information server 40 receives well-known information for notifying that a fire has occurred, the position information server 40 records the reception time in an internal memory. This makes it possible to measure the time from the determination of fire to the end of evacuation.

  As described above, the disaster prevention system 1 of the present embodiment is a disaster prevention system including the terminal 20 (special terminal) and the servers (the position information server 40 and the fire information server 80) that can communicate with the terminal 20 (special terminal). The terminal 20 (special terminal) is the terminal 20 possessed by the captain of the self-defense fire brigade and / or the terminal 20 installed in the disaster prevention center, and the server prompts the user to notify the presence or absence of the reported fire. A first button image (fire determination button 162a) selected when it is determined that a fire has occurred, and a second button image selected when it is determined that a fire has not occurred, as the presence / absence report promotion screen A fire presence / absence report promotion screen including a (non-fire determination button 162b) and a third button image (known button 162c) selected when reporting the determination result (a determination report screen (FIG. 7) b)) can be transmitted to the terminal 20 (special terminal) to cause the terminal 20 (special terminal) to display information, and the terminal 20 (special terminal) has an operation unit (for example, a touch panel) that can be operated by the user. If the third button image is selected while the first button image in the fire presence / absence report promotion screen is selected by operating the operation unit, it is determined that the fire is present (notifies that a fire has occurred). Information is transmitted to the server, and if the third button image is selected in a state where the second button image in the fire presence / absence report promotion screen is selected by operating the operation unit, the fire non-determination information is displayed. (Known information notifying that no fire has occurred) can be sent to the server. When the server receives the fire determination information, the server determines that a fire has occurred and determines that no fire has occurred. When information is received That fire has been determined not to have occurred, it is possible notification to the terminal 20 (special terminal) and firefighting terminal captain other person possessed 20 (general terminal).

Specifically, in the present embodiment, by switching the alarm occurrence location icon 112 to the fire occurrence location icon 114, it is known that the special terminal and the general terminal are determined to have a fire. . In addition, a special terminal and a general terminal are used to display information indicating that a fire has not occurred (for example, "it has been confirmed that the fire detector has malfunctioned. Please return to normal operation") on the terminal 20. To notify that it has been determined that no fire has occurred in the special terminal and the general terminal.
Therefore, the fact that the presence or absence of the fire has been determined can be notified to the person who has the terminal 20 (general terminal user, self-defense fire brigade or disaster prevention center). That is, effective information for self-defense firefighting activities (in this case, whether or not a fire has been determined) can be distributed, so that self-defense firefighting activities can be performed more smoothly.

Further, in the disaster prevention system 1 of the present embodiment, the server (the position information server 40 and the fire information server 80) can record the time at which the fire determination information is received.
Therefore, it is possible to measure the time from when the fire occurrence is determined to when the evacuation ends.

<Reporter screen>
When receiving the well-known information for notifying that a fire has occurred, the position information server 40 transmits the reporter information to the special terminal that has transmitted the well-known information. When the transmission information for notifying that a fire has occurred is received, the reporter information is transmitted to the general terminal that has transmitted the transmission information. As a result, the display unit of the terminal 20 that has received the reporter information has a message image 160 based on the reporter information superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information. A screen is displayed (steps S127, S166).

If there are a plurality of special terminals that have transmitted known information notifying that a fire has occurred, the reporter information may be transmitted to all of these special terminals, or among these special terminals, (For example, the special terminal that originally transmitted the well-known information) may transmit the reporter information.
Also, when there are a plurality of general terminals that have transmitted outgoing information for notifying that a fire has occurred, the reporter information may be transmitted to all of these general terminals. (For example, the reporter information may be transmitted to any one of the general terminals that transmitted the transmission information first).

For example, as shown in FIG. 8A, the floor plan image 110 of the reporter screen includes a current location icon 111 at a position corresponding to the current location of the terminal 20 and a location where a fire has occurred (fire occurrence). A fire location icon 114 is located at a location corresponding to the location (location), and a transmitter icon 115 is located at a location corresponding to the location of the transmitter. The reporter screen displayed on the special terminal may have a fire floor general terminal location icon 113 disposed at a position corresponding to the current location of the general terminal located on the fire floor.
That is, as an exception to the terminal 20 that transmits the reporter information, the location information server 40 performs the fire process (FIG. 2C) while the terminal 20 displays the reporter screen. In step S32, the fire floor floor map information created by plotting the fire occurrence location and the transmitter installation location is transmitted. The plot of the installation location of the transmitter is performed based on information (installation location information of disaster prevention equipment / equipment) stored in the database 41.

Here, the transmitter is, for example, a P-type transmitter or the like, and transmits a fire signal notifying the occurrence of a fire to the fire receiver 60 when a predetermined operation is performed (for example, when a push button is pressed). When receiving the fire signal, the fire receiver 60 determines that the fire has been confirmed.
In addition, as shown in FIG. 8A, for example, a message box 160 on the reporter's screen includes a check box 163a that is tapped when the fire has been announced twice aloud, and a predetermined operation (for the transmitter). For example, a check box 163b that is tapped when performing a push button operation) is arranged.

On the reporter's screen, the display position of the fire occurrence location icon 114 can be changed. Specifically, for example, as shown in FIG. 8B, the fire place icon 114 is long-tapped with a finger, and without releasing the finger, the fire place icon 114 reaches a desired position (for example, a position corresponding to an accurate fire place). By moving, the display position of the fire location icon 114 can be changed.
When the display position of the fire location icon 114 is changed, the terminal 20 transmits fire location change information for notifying the changed display position to the position information server 40 (step S128).

  Upon receiving the fire place change information, the position information server 40 updates the information stored in the fire place storage area of the internal memory based on the fire place change information (step S145). As a result, in step S32 of the fire process (FIG. 2 (c)) executed thereafter, the fire is determined based on the information (updated fire location) stored in the fire location storage area of the internal memory. Since the place of occurrence is plotted, the fire place icon 114 is placed at a position different from the position before the update in the floor plan image 110 displayed on the display unit of the special terminal and the general terminal. .

In the example shown in FIG. 3, the fire location change information is transmitted from the general terminal displaying the reporter's screen. It is also possible to send change information. That is, the fire location is updated both when the display position of the fire location icon 114 is changed on the general terminal and when the display position of the fire location icon 114 is changed on the special terminal.
In addition, if the reporter screen is being displayed, the display position of the fire location icon 114 can be changed a plurality of times, and the fire location is updated each time.

As described above, the disaster prevention system 1 of the present embodiment includes the terminal 20 (including the terminal installed in the disaster prevention center) and the servers (the position information server 40 and the fire information server 80) that can communicate with the terminal 20. The fire prevention system includes a transmitter installation location storage unit (database 41) that stores information on the installation location of a transmitter that transmits a signal indicating the occurrence of a fire by a predetermined operation. Based on the fire information including the fire occurrence location information transmitted by the fire receiver 60 capable of receiving the detection signal and the information stored in the transmitter installation location storage means, the fire occurrence location and the transmitter 8 (a) is displayed on the terminal 20 and the floor map information (fire floor map information) is displayed on the terminal 20. The floor map information can be transmitted to the target terminal 20.
Therefore, the location where the transmitter is installed can be notified to the person who has the terminal 20 (general terminal user, self-defense fire brigade or disaster prevention center). In other words, effective information for self-defense firefighting activities (in this case, the installation location of the transmitter) can be distributed, so that self-defense firefighting activities can be performed more smoothly.

Further, in the disaster prevention system 1 of the present embodiment, the server (the position information server 40 and the fire information server 80) includes a fire presence / absence report promotion screen (confirmation report screen (FIG. 5), a judgment report screen) for prompting the user to report the presence / absence of a fire. (FIG. 7 (b)) can be transmitted to the target terminal 20 as information to be displayed on the terminal 20, and the terminal 20 which has reported that a fire has occurred by a predetermined operation according to the fire presence / absence report promotion screen (specifically, Specifically, the floor plan information (that is, a general terminal that has transmitted outgoing information that reports that a fire has occurred, and a special terminal that has transmitted well-known information that has reported that a fire has occurred) Fire floor map information that causes the terminal 20 to display a floor map image 110 indicating the fire occurrence location and the transmitter installation location can be transmitted.
Therefore, it is possible to notify a person having the terminal 20 at a position suitable for performing a predetermined operation on the transmitter among the plurality of terminals 20 of the installation location of the transmitter.

The floor diagram image 110 based on the fire floor map information shows the installation location of the transmitter installed on the fire floor, but does not show the installation site of the transmitter installed on a floor other than the fire floor. In other words, the location of the transmitter installed on the fire floor can be notified by the floor diagram image 110 based on the fire floor floor information, but the location of the transmitter installed on a floor other than the fire floor can be notified. Cannot be reported.
On the other hand, those who report that a fire has occurred are more likely to be on the fire floor. That is, there is a high possibility that the person can operate the transmitter installed on the fire floor earlier than other people. Therefore, by selecting a person who has reported that a fire has occurred as a target for notifying the installation location of the transmitter by the floor diagram image 110 based on the fire floor floor diagram information, the installation location of the transmitter can be changed by another person. , The timing of the predetermined operation on the transmitter can be advanced.

  Of course, since the terminal 20 located on the fire floor can be specified from the current location of each terminal 20 calculated based on the beacon information, the reporter information is transmitted to all the terminals 20 located on the fire floor and the reporter is notified. It is also possible to display an application screen (FIG. 8A). However, in this case, there is a high possibility that a large number of persons will gather at the transmitter to operate the transmitter (make useless steps). Therefore, it is necessary to narrow down the persons who notify the installation location of the transmitter. Since it is highly likely that a person who has reported that a fire has occurred has already interrupted his normal business and is in a state where he can operate the transmitter, in this embodiment, the location of the transmitter is set only for such a person. Will be announced.

Further, in the disaster prevention system 1 of the present embodiment, the servers (the position information server 40 and the fire information server 80) receive the fire information transmitted by the fire receiver 60 capable of receiving the fire detection signal from the fire detector 50. In this case, the fire occurrence location information included in the fire information is stored in the fire occurrence location storage area (storage area in the internal memory), and based on the information stored in the fire occurrence location storage area, Floor map information (fire floor map information) for displaying on the terminal 20 a floor map in which a fire image (fire occurrence location icon 114) is arranged at a position corresponding to the occurrence location can be transmitted to the target terminal 20. The terminal 20 includes an operation unit (for example, a touch panel) that can be operated by the user, and the position of the fire image arranged in the floor diagram is changed by the operation of the operation unit. In this case (FIG. 8B), fire location change information for notifying the changed position of the fire image can be transmitted to the server (step S128), and the server generates a fire based on the fire location change information. The fire location storage area can be updated (step S145), and the floor map information can be created based on the information stored in the updated fire fire location storage area and transmitted to the target terminal 20.
Therefore, a more accurate fire occurrence location can be notified to the person who has the terminal 20 (general terminal user, self-defense fire brigade or disaster prevention center). That is, since effective information (in this case, a more accurate fire occurrence location) for self-defense firefighting activities can be distributed, self-defense firefighting activities can be performed more smoothly.

<Role selection screen>
When two check boxes 163a and 163b on the reporter's screen (FIG. 8A) are tapped (checked), the general terminal transmits the fact to the position information server 40, and the position information server 40 And transmits the role selection information to the general terminal accordingly. In addition, the position information server 40 transmits the role selection information to the general terminal that has not transmitted the transmission information notifying that a fire has occurred without transmitting the reporter information. As a result, the display unit of the general terminal displays a role selection screen in which the message image 160 based on the role selection information is superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information (step S129). .

That is, at the terminal 20 possessed by the general terminal user who has reported to the disaster prevention center by telephone, the screen for the reporter is displayed and then the role selection screen is displayed (step S129). On the other hand, at the terminal 20 owned by the general terminal user who did not make a telephone report to the disaster prevention center, the role selection screen is displayed without displaying the reporter screen (step S129).
The timing of transmitting the role selection information to the general terminal that has not transmitted the transmission information notifying that a fire has occurred has transmitted the transmission information notifying that a fire has occurred. The timing for transmitting the reporter information to the general terminal may be the same as the timing for transmitting the role selection information to the general terminal that has transmitted the outgoing information for notifying that a fire has occurred. May be the same as

In the message image 160 of the role selection screen, for example, as shown in FIG. 9A, the role of the self-defense fire brigade and the number of general terminal users selecting the role are listed for each role. Further, of the roles of the self-defense fire brigade, a check box 164a that is tapped when selecting a self-defense fire district captain (hereinafter, simply referred to as “district captain”), and a check box that is tapped when selecting a report contact group. 164b, a check box 164c that is tapped when selecting an initial fire extinguishing team, a check box 164d that is tapped when selecting an evacuation guidance team, and a check box 164e that is tapped when selecting an emergency rescue team. A check box 164f that is tapped when a safety protection team is selected is arranged.
That is, the general terminal user can select a role to be taken to act as a self-defense fire brigade member.

  The report contact group and the initial fire extinguishing group can be selected only by a general terminal user in charge of the fire floor. Therefore, on the role selection screen displayed on the terminal 20 owned by the general terminal user in charge of the fire floor, for example, as shown in FIG. Similar to the display related to the role, the information is displayed in a normal display mode (a display mode indicating that it is not out of the selection target), whereas the general terminal user who is in charge of the floor other than the fire floor has the terminal 20. On the displayed role selection screen, for example, as shown in FIG. 9 (b), the display relating to the report liaison team and the initial firefighting group is displayed in a display mode indicating that it is not selected (eg, grayed out). Is done. In addition, on the role selection screen displayed on the terminal 20 possessed by the general terminal user who is in charge of the floor other than the fire floor, the display related to the reporting contact group and the initial fire extinguishing group may be hidden.

  In the internal memory of the position information server 40, an assigned floor table for storing identification information (terminal ID) of a general terminal and a floor assigned to a person having the general terminal in association with each other is stored. The location information server 40 specifies the floor on which the general terminal is located based on the beacon information from the general terminal (for example, the beacon information received immediately before transmitting the role selection information), and identifies the specified floor with the beacon. The information is stored in the assigned floor table in association with the terminal ID transmitted together with the information. That is, the position information server 40 specifies the floor on which the general terminal is located based on the beacon information from the general terminal, and regards the specified floor as the floor in charge of the person having the general terminal.

  Based on the information stored in the assigned floor table, the position information server 40 has a terminal 20 owned by a general terminal user in charge of a fire floor and a terminal 20 owned by a general terminal user in charge of a floor other than the fire floor. Is determined. Then, to the terminal 20 possessed by the general terminal user in charge of the fire floor, role selection information for displaying the role selection screen for the fire floor is transmitted, and the terminal possessed by the general terminal user in charge of the floor other than the fire floor is possessed. 20 is a role for displaying a role selection screen for a floor other than the fire floor (a screen displayed in a display mode indicating that the display related to the notification communication team and the initial firefighting team is out of the selection target). Send selection information.

When any one of the check boxes 164a to 164f on the role selection screen (FIG. 9A) is tapped (checked), the general terminal transmits the role notification information for notifying the selected role to its own identification information (terminal). (Step S130).
The internal memory of the location information server 40 stores a role-in-charge table that stores the role selected by the general terminal user in association with the identification information (terminal ID) of the terminal 20 owned by the general terminal user. . When the position information server 40 receives the role notification information, the position information server 40 associates the selected role with the terminal ID transmitted together with the role notification information and stores it in the assigned role table (step S146). As a result, the position information server 40 has the terminal 20 owned by the general terminal user who has selected the district captain, the terminal 20 owned by the general terminal user who has selected the reporting contact group, and the general terminal user who has selected the initial fire extinguishing team. Terminal 20 possessed, terminal 20 possessed by a general terminal user who has selected an evacuation guidance team, terminal 20 possessed by a general terminal user who has selected an emergency rescue team, and terminal possessed by a general terminal user who has selected a safety protection team 20 can be grasped. That is, the location information server can associate and grasp the general terminal, the person holding the general terminal, and the role of the person holding the general terminal.

  In the present embodiment, the position information server 40 determines the floor in which the person having the general terminal is in charge, based on the beacon information from the general terminal, but is not limited to this. For example, when the database 41 stores, as the information on the user of the terminal 20, the identification information (terminal ID) of the terminal 20 owned by the general terminal user and the floor in which the general terminal user is in charge, the information is stored. A general terminal that transmits role selection information for displaying a role selection screen for a fire floor, and a general terminal that transmits role selection information for displaying a role selection screen for a floor other than the fire floor. You may do it.

  In the message image 160 of the role selection screen displayed on the general terminal, for example, as shown in FIG. 9A, the number of general terminal users (general terminal users who are in charge of the same floor) selecting each role is displayed. Although listed, the number of persons in the message image 160 is based on the information stored in the assigned role table of the internal memory. Therefore, each time the assigned role table is updated (that is, new information is stored in the assigned role table), the position information server 40 transmits information for updating the number of persons in the message image 160 to the general terminal. Thus, the latest information as the number of terminal users who have selected each role can be reported by the message image 160 on the role selection screen. It should be noted that the information on the number of people is zero until the role notification information for notifying the selected role is received.

As described above, the disaster prevention system 1 of the present embodiment stores the identification information (terminal ID) of the terminal 20 in association with the role selected by the person having the terminal 20 among the roles of the self-defense fire brigade. The server (position information server 40 and fire information server 80) includes a role table (a role information table), and the server (the position information server 40 and the fire information server 80) provides a self-defense firefighting screen as a role selection promotion screen for prompting the user to select a role based on information stored in the role table. Role selection promotion information (role selection information) for displaying on the terminal 20 a role selection promotion screen (role selection screen (FIG. 9)) in which the role of the squad is indicated for each role can be transmitted to the target terminal 20. The terminal 20 includes an operation unit (for example, a touch panel) that can be operated by the user, and operates any of the operation units to change any one of the roles of the self-defense fire brigade shown in the role selection promotion screen. When selected, role notification information for notifying the selected role can be transmitted to the server (step S130), and the server can update the role table based on the role notification information (step S146), and update the role table. Role selection promotion information can be created based on the later role table and transmitted to the target terminal 20.
Therefore, the role of the self-defense fire brigade can be known to general terminal users. That is, effective information for self-defense firefighting activities (in this case, the role of the self-defense fire brigade) can be distributed, so that self-defense firefighting activities can be performed more smoothly.

In the disaster prevention system 1 of the present embodiment, the role selection promotion screen (role selection screen (FIG. 9)) includes the role of the self-defense fire brigade and the number of self-defense fire brigade members who have selected the role. Configurable as shown.
Therefore, the latest number of responding persons (the number of self-defense fire brigade members selecting each role) can be notified to the general terminal user. That is, effective information for the self-defense firefighting activities (in this case, the role of the self-defense fire brigade and the latest number of responders) can be distributed, so that the self-defense firefighting activities can be performed more smoothly.

Also, in the disaster prevention system 1 of the present embodiment, the role of the self-defense fire brigade can be selected by a person having the terminal 20 on the fire floor, but not by a person having the terminal 20 on a floor other than the fire floor. The terminal 20 receives a signal from the transmitter (beacon 10) and transmits the transmitter information (beacon information) including the identification information (device ID) of the transmitter. Can be transmitted to the server (the position information server 40 and the fire information server 80), and the server can specify the current location of the terminal 20 based on the transmitter information from the terminal 20. In the case of the fire floor, role selection promotion information (role selection information) for displaying a role selection promotion screen (role selection screen (FIG. 9A)) in which each role of the self-defense fire brigade is displayed in a normal display mode. Is transmitted to the terminal 20, and if the current location of the terminal 20 is not the fire floor, a role selectable by a person having the terminal 20 on a floor other than the fire floor is displayed in the normal display mode, and the role other than the fire floor is displayed. A role selection promotion screen (a role selection screen (FIG. 9B)) in which a role that cannot be selected by the person holding the terminal 20 on the floor is hidden or displayed (for example, grayed out) in a display mode different from the normal display mode. ) Can be transmitted to the terminal 20.
Therefore, the inconvenience of erroneously selecting a role that cannot be selected can be avoided.

<Division commander screen>
Next, the location information server 40 transmits the district captain correspondence item information to the terminal 20 possessed by the general terminal user (self-defense fire brigade member) who has selected the district captain. As a result, the display section of the terminal 20 displays the district captain corresponding item screen in which the message image 160 based on the district captain corresponding item information is superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information. (Step S131).
As shown in FIG. 10A, for example, as shown in FIG. 10A, a check box 165a that is tapped when a command or instruction is given to another general terminal user, and a message that is initially displayed in the disaster prevention center, A check box 165b that is tapped when reporting a fire extinguishing situation, a check box 165c that is tapped when reporting a situation of a delayed or injured person to the disaster prevention center, a fire place and fire scale at the disaster prevention center A check box 165d that is tapped when a status report such as a report is made, and an evacuation completion report button 165e that is tapped when it is confirmed that evacuation has been completed on the floor in charge are arranged.

When the evacuation completion report button 165e is tapped, the general terminal transmits the evacuation completion information to the location information server 40. When receiving the evacuation completion information from the district captain, the location information server 40 determines the floor on which evacuation has been completed based on the terminal ID transmitted together with the evacuation completion information and the information stored in the responsible floor table. Specified and stored in the evacuation completion floor storage area of the internal memory.
Further, a role selection button 166a is arranged in the message image 160 of the district captain correspondence item screen. By tapping the role selection button 166a, it is possible to return to the role selection screen (FIG. 9). ing.

The floor map image 110 of the district captain-corresponding item screen is grayed out, for example, as shown in FIG. By tapping the floor diagram image 110, the message image 160 slides down, and the display area of the floor diagram image 110 is enlarged, for example, as shown in FIG.
For example, as shown in FIG. 10B, the floor map image 110 of the district captain correspondence item screen includes a fire location icon 114 at a location corresponding to a fire location and a location corresponding to the current location of the terminal 20. A current location icon 111, a district captain icon 121 at a position corresponding to the current location of the district captain, and another user icon 122 at a location corresponding to the current location of a general terminal user other than the district captain or a self-defense fire captain are arranged. I have. Of course, when the terminal 20 is not located on the fire floor, the current location icon 111 is not arranged on the floor map image 110 based on the fire floor map information. That is, the location information server 40 performs a fire process (see FIG. 2) while the terminal 20 displays the district captain correspondence item screen, except for the terminal 20 owned by the general terminal user who has selected the district captain. At step S34 of (c)), fire floor floor map information created by plotting the current locations of all the terminals 20 located on the fire floor is transmitted.

  The area captain-corresponding item screen shown in FIG. 10B is a screen displayed on the terminal 20 owned by a general terminal user (self-defense firefighter) who is a general terminal user who is in charge of the fire floor and selects the district captain. is there. Therefore, in the floor view image 110 of this screen, for example, as shown in FIG. 10B, a current location icon 111 (a white pin type icon in the present embodiment) and a district captain icon 121 (the present embodiment) In this case, a red circle icon) is arranged in a state of being united.

In the message image 160 in the state of sliding downward, for example, as shown in FIG. 10B, a display 166b of “Share corresponding item” is arranged. When this display 166b is tapped, information such as a staffing table is displayed.
Further, by tapping a portion other than the display 166b of the message image 160, the message image 160 slides upward and can return to the state shown in FIG.

<Report screen for report contact team>
Further, the location information server 40 transmits the report contact group corresponding item information to the terminal 20 possessed by the general terminal user (self-defense fire brigade member) who has selected the report contact group. As a result, the display unit of the terminal 20 displays a report contact group corresponding item screen in which the message image 160 based on the report contact group corresponding item information is superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information. It is displayed (step S131).
For example, as shown in FIG. 11A, a check box 165f that is tapped when a fire place, a fire scale, and the like are confirmed, and a check box of a person who has been delayed or injured, as shown in FIG. A check box 165g that is tapped when the presence or absence is checked, and a role selection button 166a that is tapped when the role selection screen (FIG. 9) is displayed again are arranged.

The floor view image 110 of the report contact group corresponding item screen is grayed out, for example, as shown in FIG. By tapping the floor diagram image 110, the message image 160 slides down, and the display area of the floor diagram image 110 is enlarged, for example, as shown in FIG.
As shown in FIG. 11B, for example, the floor diagram image 110 of the notification contact group corresponding item screen includes a fire occurrence location icon 114, a current location icon 111, a district captain icon 121, and another user icon 122. Are located. Of course, when the terminal 20 is not located on the fire floor, the current location icon 111 is not arranged on the floor map image 110 based on the fire floor map information. That is, as an exception to the terminal 20 possessed by the general terminal user who has selected the reporting contact group, the location information server 40 performs the fire process ( At step S34 in FIG. 2 (c), fire floor floor map information created by plotting the current locations of all the terminals 20 located on the fire floor is transmitted.

  The report screen corresponding to the report contact group shown in FIG. 11 (b) is a terminal owned by a general terminal user who is in charge of the fire floor and who has selected the report report group (ie, a self-defense firefighter other than the district captain). 20. Therefore, in the floor view image 110 of this screen, for example, as shown in FIG. 11B, the current location icon 111 (a white pin type icon in the present embodiment) and the other user icon 122 (the present embodiment) In this case, the icon is arranged in a state of being integrated with the blue circle icon).

In the message image 160 in the state of sliding downward, for example, as shown in FIG. When this display 166b is tapped, information such as a staffing table is displayed.
Also, by tapping a portion other than the display 166b of the message image 160, the message image 160 slides upward and can return to the state shown in FIG.

<Initial firefighting team corresponding item screen>
The position information server 40 transmits the initial firefighting team corresponding item information to the terminal 20 owned by the general terminal user (self-defense fire brigade member) who has selected the initial firefighting team. Thereby, the display unit of the terminal 20 has an initial fire extinguishing team corresponding item screen in which the message image 160 based on the initial fire extinguishing team corresponding item information is superimposed on the floor diagram image 110 based on the latest fire extinguishing floor floor diagram information. It is displayed (step S131).
In the message image 160 of the initial firefighting team corresponding item screen, for example, as shown in FIG. 12A, a check box 165h that is tapped when the initial firefighting is performed and a role selection screen (FIG. 9) are redisplayed. And a role selection button 166a to be tapped.

The floor diagram image 110 of the initial firefighting team corresponding item screen is grayed out, for example, as shown in FIG. By tapping the floor diagram image 110, the message image 160 slides downward, and the display area of the floor diagram image 110 is enlarged, for example, as shown in FIG.
The floor diagram image 110 of the initial firefighting team corresponding item screen includes a fire occurrence location icon 114, a current location icon 111, a district captain icon 121, and another user icon 122, for example, as shown in FIG. Are located. Of course, when the terminal 20 is not located on the fire floor, the current location icon 111 is not arranged on the floor map image 110 based on the fire floor map information.

  The initial firefighting team corresponding item screen shown in FIG. 12B is a terminal owned by a general terminal user who is in charge of the fire floor and who has selected the initial firefighting team (ie, a self-defense fire brigade member other than the district captain). 20. Therefore, in the floor view image 110 of this screen, as shown in FIG. 12B, for example, the current location icon 111 (white pin type icon in the present embodiment) and the other user icon 122 (the present embodiment) In this case, the icon is arranged in a state of being integrated with the blue circle icon).

  The floor diagram image 110 of the initial firefighting team corresponding item screen further includes a fire extinguisher icon 131 at a position corresponding to a fire extinguisher installation location and a fire hydrant icon 132 at a position corresponding to a fire hydrant installation location. . That is, as an exception to the terminal 20 possessed by the general terminal user who has selected the initial fire extinguishing team, the position information server 40 performs the fire process ( In step S32 of FIG. 2 (c), a plot is made of the fire occurrence location and the location of the fire extinguishing equipment (fire extinguisher, fire hydrant, etc.), and in step S34 the current locations of all the terminals 20 located on the fire floor are plotted. The fire floor map information created by the above is transmitted. The plot of the installation location of the fire extinguishing equipment is performed based on the information (installation location information of the disaster prevention equipment / equipment) stored in the database 41.

In the message image 160 that has been slid downward, for example, as shown in FIG. 12B, a display 166b of “Share corresponding item” is arranged. When this display 166b is tapped, information such as a staffing table is displayed.
Also, by tapping a part other than the display 166b of the message image 160, the message image 160 slides upward and can return to the state shown in FIG.

  On the initial fire extinguishing team corresponding item screen, when an icon (fire extinguisher icon 131 or fire hydrant icon 132) indicating the installation location of the fire extinguishing equipment arranged in the floor diagram image 110 is tapped, for example, as shown in FIG. In this way, the simple instruction 133 for the fire extinguishing equipment tapped is displayed.

Furthermore, since the installation location of the fire hydrant cannot be changed, but the installation location of the fire extinguisher can be changed, the display position of the fire extinguisher icon 131 can be changed on the initial fire extinguishing team corresponding item screen. Specifically, for example, as shown in FIG. 13B, the fire extinguisher icon 131 is long-tapped with a finger, and without releasing the finger, the fire extinguisher icon 131 reaches a desired position (for example, a position corresponding to an accurate fire extinguisher installation location). By moving, the display position of the fire extinguisher icon 131 can be changed.
When the display position of the fire extinguisher icon 131 is changed, the terminal 20 transmits to the position information server 40 device installation location change information for notifying the display position after the change.

  Upon receiving the equipment installation location change information, the location information server 40 updates the installation location information of the disaster prevention equipment / equipment stored in the database 41 based on the equipment installation location change information. Thereby, in step S32 of the fire process (FIG. 2C) executed thereafter, the installation location of the fire extinguisher is plotted based on the information (updated fire extinguisher installation location) stored in the database 41. Since then, the floor map image 110 of the initial firefighting team corresponding item screen displayed on the display unit of the terminal 20 owned by the self-defense fire brigade in charge of the initial firefighting team includes the position before the update. Fire extinguisher icons 131 are arranged at different positions.

As described above, in the disaster prevention system 1 of the present embodiment, the servers (the position information server 40 and the fire information server 80) are stored in the device installation location storage unit (database 41) that stores the installation location information of the predetermined disaster prevention equipment. Based on the information, the floor map information (fire floor map information) that causes the terminal 20 to display a floor map in which the equipment image (fire extinguisher icon 131) is arranged at a position corresponding to the installation location of the predetermined disaster prevention equipment is displayed. The terminal 20 includes an operation unit (for example, a touch panel) that can be created and transmitted to the target terminal 20 and can be operated by the user, and the position of the device image arranged in the floor diagram is changed by operating the operation unit. Device information, the device installation location change information for notifying the changed position of the device image can be transmitted to the server. An updatable device location storing means Te, based on the information stored in the device location storing means after the update creating the floor plan information can be transmitted to the target terminal 20.
Therefore, a more accurate location for installing the disaster prevention equipment can be made known to the person who has the terminal 20 (general terminal user, chief of self-defense fire brigade, disaster prevention center). That is, effective information for self-defense firefighting activities (in this case, a more accurate location of disaster prevention equipment) can be distributed, so that self-defense firefighting activities can be performed more smoothly.
The device image whose display position can be changed is not limited to the fire extinguisher icon 131. That is, the predetermined disaster prevention equipment is not limited to the fire extinguisher, and can be changed as appropriate as long as the installation place can be changed.

<Evacuation guidance group corresponding item screen>
Further, the position information server 40 transmits the evacuation guidance group corresponding item information to the terminal 20 owned by the general terminal user (self-defense fire brigade member) who has selected the evacuation guidance team. Thereby, the display unit of the terminal 20 has an evacuation guidance team corresponding item screen in which the message image 160 based on the evacuation guidance team corresponding item information is superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information. It is displayed (step S131).
In the message image 160 of the evacuation guidance group corresponding item screen, for example, as shown in FIG. 14A, a check box 165i that is tapped when starting the evacuation guidance and a tap when the temporary gathering place is recognized are tapped. A check box 165j, an evacuation completion report button 165e that is tapped when confirming that evacuation has been completed on the floor in charge, and a role selection button 166a that is tapped when the role selection screen (FIG. 9) is redisplayed. Is arranged.

The evacuation guidance team taps the evacuation completion report button 165e on the evacuation guidance team corresponding item screen when confirming that the evacuation of members other than the self-defense fire brigade members has been completed on the floor in charge. When the evacuation completion report button 165e is tapped, the general terminal transmits the evacuation completion information to the location information server 40. On the other hand, the evacuation completion report button 165e is also displayed on the district captain's correspondence item screen (FIG. 10 (a)), but the district captain reports that the evacuation of all members (including self-defense fire brigade members) has been completed on the floor in charge. When the confirmation is made, the evacuation completion report button 165e on the district captain correspondence item screen is tapped.
When receiving the evacuation completion information from the district captain, the location information server 40 updates the evacuation completion floor storage area of the internal memory (that is, stores new information in the evacuation completion floor storage area). On the other hand, when the evacuation completion information is received from the evacuation guidance team, the evacuation completion floor storage area of the internal memory is not updated.

The temporary meeting place can be arbitrarily set, for example, on the customer management screen (see FIG. 15) of the position information server 40.
Specifically, for example, first, the operation unit of the position information server 40 is operated to display the customer management screen of the building for which the temporary meeting place is set on the display unit of the position information server 40.
Next, when the “temporary meeting place setting mode” is selected on the customer management screen, the mode is switched to the temporary meeting place setting mode, for example, as shown in FIG.
Next, when a floor to be a temporary gathering place is selected, a floor plan image of the selected floor is displayed. Therefore, a desired area in the floor view image is designated as a temporary gathering place.

Next, the name of the designated place is input, and if there is no problem, the “Done” button is clicked. As a result, the specified and input information is stored in the database 41 as temporary meeting place information of the building.
In the example shown in FIG. 15, in the temporary meeting place setting mode of the customer management screen of “@ Building”, the name of the designated place is entered as “in front of the first floor entrance of the main building”. When a fire occurs, the message "Temporary evacuation place is in front of the main building 1st floor entrance" is displayed on the message image 160 of the evacuation guidance team corresponding item screen and the message image 160 of the emergency rescue team corresponding item screen described later. Become.

As described above, in the disaster prevention system 1 of the present embodiment, the servers (the position information server 40 and the fire information server 80) store a temporary meeting place that can be arbitrarily set by the user, and target information for notifying the temporary meeting place. It can be transmitted to the terminal 20.
Therefore, it is possible to inform the person who has the terminal 20 (general terminal user, self-defense fire brigade or disaster prevention center) of the temporary gathering place. That is, effective information for self-defense firefighting activities (in this case, a temporary meeting place) can be distributed, so that self-defense firefighting activities can be performed more smoothly.

The floor diagram image 110 of the evacuation guidance team corresponding item screen is grayed out, for example, as shown in FIG. By tapping the floor diagram image 110, the message image 160 slides down, and the display area of the floor diagram image 110 is enlarged, for example, as shown in FIG.
The floor diagram image 110 of the evacuation guidance team corresponding item screen includes, for example, a fire occurrence location icon 114, a current location icon 111, a district captain icon 121, and another user icon 122, as shown in FIG. Are located. Of course, when the terminal 20 is not located on the fire floor, the current location icon 111 is not arranged on the floor map image 110 based on the fire floor map information.

  The evacuation guidance team corresponding item screen shown in FIG. 14 (b) is a terminal owned by a general terminal user who is in charge of the fire floor and who has selected the evacuation guidance team (ie, a self-defense firefighter other than the district captain). 20. Therefore, in the floor view image 110 of this screen, as shown in FIG. 14B, for example, the current location icon 111 (white pin type icon in the present embodiment) and the other user icon 122 (the present embodiment) In this case, the icon is arranged in a state of being integrated with the blue circle icon).

  The floor map image 110 of the evacuation guidance team corresponding item screen further includes an evacuation exit icon 134 at a position corresponding to the installation location of the evacuation exit and a stair icon 135 at a position corresponding to the installation location of the stairs. . That is, the location information server 40 performs a fire process (except for the terminal 20 owned by the general terminal user who has selected the evacuation guidance team while the terminal 20 is displaying the evacuation guidance team corresponding item screen ( In step S32 of FIG. 2 (c), the location of the fire and the location of the evacuation facility (evacuation exit, emergency stairs, etc.) are plotted, and the current locations of all terminals 20 located on the fire floor are plotted in step S34. The fire floor map information created by plotting is transmitted. The plot of the installation location of the evacuation facility is performed based on the information (installation location information of the disaster prevention equipment / equipment) stored in the database 41.

In the message image 160 that has been slid downward, for example, as shown in FIG. When this display 166b is tapped, information such as a staffing table is displayed.
Further, by tapping a portion other than the display 166b of the message image 160, the message image 160 slides upward and can return to the state shown in FIG.

<Emergency rescue team corresponding item screen>
In addition, the location information server 40 transmits the emergency rescue team corresponding item information to the terminal 20 owned by the general terminal user (self-defense fire brigade member) who has selected the emergency rescue team. As a result, the display section of the terminal 20 displays an emergency rescue team corresponding item screen in which the message image 160 based on the emergency rescue team corresponding item information is superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information. (Step S131).
For example, as shown in FIG. 16 (a), the message image 160 on the emergency rescue team corresponding item screen includes a check box 165m that is tapped when the evacuation is started with the assistance of an injured person or a delayed escape person, and a temporary gathering place. And a role selection button 166a that is tapped when the role selection screen (FIG. 9) is redisplayed.

The floor diagram image 110 of the emergency rescue team corresponding item screen is grayed out, for example, as shown in FIG. By tapping the floor diagram image 110, the message image 160 slides downward, and the display area of the floor diagram image 110 is enlarged, for example, as shown in FIG.
On the floor diagram image 110 of the emergency rescue team corresponding item screen, for example, as shown in FIG. Have been. Of course, when the terminal 20 is not located on the fire floor, the current location icon 111 is not arranged on the floor map image 110 based on the fire floor map information.

  The emergency rescue team corresponding item screen shown in FIG. 16 (b) is a terminal 20 possessed by a general terminal user who is in charge of the fire floor and a general terminal user who has selected the emergency rescue team (ie, a self-defense fire brigade member other than the district captain). is there. Therefore, in the floor view image 110 of this screen, for example, as shown in FIG. 16B, the current location icon 111 (white pin type icon in the present embodiment) and the other user icon 122 (the present embodiment) In this case, the icon is arranged in a state of being integrated with the blue circle icon).

  The floor map image 110 of the emergency rescue team corresponding item screen further includes an evacuation exit icon 134 at a position corresponding to the installation location of the evacuation exit, and a staircase icon 135 at a position corresponding to the installation location of the stairs. That is, the location information server 40 performs a fire process (FIG. 2) while the terminal 20 displays the emergency rescue team corresponding item screen, except for the terminal 20 owned by the general terminal user who has selected the emergency rescue team. (C)) In step S32, the fire occurrence location and the location of evacuation facilities (evacuation exits, emergency stairs, etc.) are plotted, and in step S34, the current locations of all terminals 20 located on the fire floor are plotted. The floor map information of the fire floor created by the above is transmitted. The plot of the installation location of the evacuation facility is performed based on the information (installation location information of the disaster prevention equipment / equipment) stored in the database 41.

In the message image 160 in the state of sliding downward, for example, as shown in FIG. 16B, a display 166b of “Share corresponding item” is arranged. When this display 166b is tapped, information such as a staffing table is displayed.
Also, by tapping a portion other than the display 166b of the message image 160, the message image 160 slides upward and can return to the state shown in FIG.

<Safety protection team corresponding item screen>
Further, the position information server 40 transmits the safety protection team corresponding item information to the terminal 20 possessed by the general terminal user (self-defense fire brigade member) who has selected the safety protection team. As a result, the display section of the terminal 20 displays the safety protection team corresponding item screen in which the message image 160 based on the safety protection team corresponding item information is superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information. It is displayed (step S131).
For example, as shown in FIG. 17 (a), the message image 160 of the safety protection team corresponding item screen includes a check box 165p that is tapped when the fire door or the fire shutter is closed, and when the smoke exhaust equipment is activated. A check box 165q to be tapped and a role selection button 166a to be tapped when redisplaying the role selection screen (FIG. 9) are arranged.

The floor view image 110 of the safety protection team corresponding item screen is grayed out, for example, as shown in FIG. By tapping the floor diagram image 110, the message image 160 slides down, and the display area of the floor diagram image 110 is enlarged, for example, as shown in FIG.
As shown in FIG. 17B, for example, the floor diagram image 110 of the item screen for the safety protection team includes a fire location icon 114, a current location icon 111, a district captain icon 121, and another user icon 122. Are located. Of course, when the terminal 20 is not located on the fire floor, the current location icon 111 is not arranged on the floor map image 110 based on the fire floor map information.

  The safety protection team corresponding item screen shown in FIG. 17 (b) is a terminal owned by a general terminal user who is in charge of the fire floor and who has selected the safety protection team (that is, a self-defense fire brigade member other than the district captain). 20. Therefore, in the floor view image 110 of this screen, for example, as shown in FIG. 17B, the current location icon 111 (white pin type icon in the present embodiment) and the other user icon 122 (the present embodiment) In this case, the icon is arranged in a state of being integrated with the blue circle icon).

  In the floor view image 110 of the item screen for the safety protection team, a fire door icon 136 is provided at a position corresponding to a fire door installation location, and a fire shutter icon 137 is provided at a location corresponding to a fire shutter installation location. ing. That is, as an exception to the terminal 20 possessed by the general terminal user who has selected the safety protection team, the location information server 40 performs the fire process (see FIG. 4) while the terminal 20 displays the safety protection team corresponding item screen. In step S32 of FIG. 2 (c), the location of the fire and the installation location of the fire protection equipment (fire door, fire shutter, etc.) are plotted, and the current locations of all the terminals 20 located on the fire floor are determined in step S34. The fire floor map information created by plotting is transmitted. The plotting of the installation location of the fire prevention equipment is performed based on the information (installation information of disaster prevention equipment / equipment) stored in the database 41.

In the message image 160 that has been slid downward, for example, as shown in FIG. 17B, a display 166b of “Share corresponding item” is arranged. When this display 166b is tapped, information such as a staffing table is displayed.
Also, by tapping a part other than the display 166b of the message image 160, the message image 160 slides upward and can return to the state shown in FIG.

As described above, in the disaster prevention system 1 according to the present embodiment, the servers (the position information server 40 and the fire information server 80) serve as disaster response screens showing different disaster response for each role of the self-defense fire brigade, and a role selection promotion screen ( Disaster response screen (area captain correspondence item screen (FIG. 10)) including button image (role selection button 166a) selected when instructing re-display of role selection screen (FIG. 9), report contact team correspondence item screen ( 11), an initial firefighting team corresponding item screen (FIG. 12), an evacuation guidance team corresponding item screen (FIG. 14), an emergency rescue team corresponding item screen (FIG. 16), and a safety protection team corresponding item screen (FIG. 17)). Can be transmitted to the target terminal 20 for each role, and when a button image in the disaster response screen is selected by operating the operation unit (for example, the touch panel) of the terminal 20, the terminal is displayed. Screen being displayed on the 20 it can be configured to switch from the disaster screen role selection prompt screen.
With this configuration, the person (terminal user or the like) who possesses the terminal 20 can perform the role selection promotion screen (the role selection screen (FIG. 9)) during or after the disaster response in the previously selected role. Can be seen again. In other words, during or after the disaster response in the role selected earlier, it is possible to grasp the latest number of responders (the number of self-defense firefighters who have selected each role), and Different roles can be re-selected. Therefore, it is possible to grasp the role that the manpower is insufficient, and to switch to the role that the manpower is insufficient, so that the self-defense firefighting activity can be performed more smoothly.

Further, in the disaster prevention system 1 of the present embodiment, the terminal 20 receives a signal from the transmitter (beacon 10) and transmits transmitter information (beacon information) including identification information (device ID) of the transmitter to a server. The server (the position information server 40 and the fire information server 80) can specify the current location of the terminal 20 based on the transmitter information from the terminal 20, and detect the fire from the fire detector 50. Fire information including a fire occurrence location information transmitted by a fire receiver 60 capable of receiving a signal, transmitter information from a plurality of terminals 20, information stored in a role table (role role table), The fire image (fire occurrence location icon 114) at the position corresponding to the fire occurrence location and the current location image (current location icon) at the position corresponding to the current location of one terminal 20 based on 111), a district captain location image (district captain icon 121) at a position corresponding to the current location of the terminal 20 possessed by the district captain, which is a kind of role of the self-defense fire brigade, and a terminal 20 possessed by a person other than the district captain. The floor map information (fire floor map information) for displaying the floor map on which the other person's place image (other user icon 122) and the other person's place image are arranged at the position corresponding to the current position on the one terminal 20 is created. The terminal 20 owned by the district captain can be configured to be displayed in a state where the current location image and the district captain location image are combined (see FIG. 10B).
With this configuration, the person who has the terminal 20 (general terminal user, self-defense fire brigade or disaster prevention center) can determine not only his / her current location but also the current location of another person who has the terminal 20 with the district commander. And other than the district captain.

<Special terminal compatible item screen>
When the general terminal user present at the place where the alarm is generated operates the terminal 20 possessed and selects a confirmation result on the confirmation report screen (FIG. 5) (tapping the fire button 161a or the non-fire button 161b), the terminal is determined to be a special terminal. A report screen (FIG. 7B) is displayed. The special terminal performs a fire or non-fire determination operation (an operation of tapping the fire determination button 162a or a non-fire determination button 162b) and a well-known operation (an operation of tapping the well-known button 162c) on the determination report screen (FIG. 7B). Then, the well-known information is transmitted to the position information server 40. The location information server 40 receives the well-known information, and causes the special terminal and the general terminal to display the reporter screen (FIG. 8A). When the fire determination operation and the well-known operation are performed on the special terminal (when the fire determination button 162a and the well-known button 162c are tapped on the judgment report screen (FIG. 7B)), the screens of the special terminal and the general terminal are displayed. Is changed to the fire occurrence location icon 114 (FIGS. 4, 5, 7, and 8 (a)).

  When two check boxes 163a and 163b are tapped (checked) on the reporter screen (FIG. 8A), the general terminal transmits tap completion information to the position information server 40. The position information server 40 receives the tap completion information from the general terminal, and transmits the special terminal corresponding item information to the special terminal (that is, the special terminal that has transmitted the well-known information). In addition, the location information server 40 transmits the special terminal corresponding item information to the special terminal that has not transmitted the well-known information without transmitting the reporter information. Thereby, the special terminal corresponding item screen (FIG. 18) in which the message image 160 based on the special terminal corresponding item information is superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information is displayed on the display portion of the special terminal. Is displayed (step S167).

That is, in the special terminal that has transmitted the well-known information for notifying that a fire has occurred, the screen for the reporter is displayed, and then the special terminal corresponding item screen is displayed (step S167).
The timing of transmitting the special terminal corresponding item information to the special terminal which has not transmitted the well-known information notifying that a fire has occurred is determined by transmitting the well-known information notifying that a fire has occurred. The same timing as when the reporter information is transmitted to the special terminal that has sent the information, or the special terminal corresponding item information to the special terminal that has transmitted the well-known information notifying that a fire has occurred May be transmitted at the same time.

For example, as shown in FIG. 18, a check box 167a that is tapped when a 119 is reported and a check box 167b that is tapped when a fire is announced in an emergency broadcast are displayed in the message image 160 of the special terminal correspondence item screen. And are arranged.
When two of the check boxes 167a and 167b are tapped (checked), the special terminal transmits the fact to the location information server 40, and the location information server 40 transmits the status information to the special terminal accordingly. I do. Accordingly, a status screen in which the message image 160 based on the status information is superimposed on the floor diagram image 110 based on the latest fire floor floor diagram information is displayed on the display unit of the special terminal (step S168).

<Status screen>
The message images 160 on the status screen include a message image 160 corresponding to the response staff tab 168a, a message image 160 corresponding to the evacuation report tab 168b, and a message image 160 corresponding to the fire extinguishing status tab 168c.
In the message image 160 corresponding to the response staff tab 168a, for example, as shown in FIG. 19A, the role of the self-defense fire brigade and the number of general terminal users selecting the role are listed for each role. ing. The number of persons in the message image 160 is based on the information stored in the assigned role table of the internal memory. Therefore, each time the assigned role table is updated (that is, new information is stored in the assigned role table), location information server 40 transmits information for updating the number of persons in message image 160 to the special terminal. . Thereby, the latest information can be reported as the number of general terminal users who have selected each role, by the message image 160 corresponding to the corresponding staff tab 168a on the status screen.

  The message image 160 corresponding to the evacuation report tab 168b includes, for example, as shown in FIG. 19B, the name of the floor, whether or not evacuation has been completed on the floor, the number of people remaining on the floor, The number of people who evacuated from the floor are listed for each floor. Whether the evacuation is completed in the message image 160 is based on information stored in the evacuation completed floor storage area of the internal memory. Therefore, each time the evacuation completion floor storage area is updated (that is, new information is stored in the evacuation completion floor storage area), the position information server 40 updates information for updating presence or absence of evacuation completion in the message image 160. To the special terminal. Thus, the latest information as the floor for which evacuation has been completed can be reported by the message image 160 corresponding to the evacuation report tab 168b of the status screen.

The evacuation completion floor storage area is updated when the evacuation completion report button 165e of the district captain correspondence item screen (FIG. 10A) is tapped, whereas the evacuation guidance team correspondence item screen (FIG. 14A) Even if the evacuation completion report button 165e of) is tapped, it is not updated. Therefore, in the example shown in FIG. 19B, since the first floor of the main building and the second floor of the main building are “completed”, the district captain in charge of the first floor of the main building and the district captain in charge of the second floor of the main building report the evacuation completion. This indicates that the button 165e has been tapped.
In addition, a message box 160 corresponding to the evacuation report tab 168b on the status screen has a check box that is tapped when an evacuation start is instructed to the entire building (other floor) by emergency broadcast as shown in FIG. 19B, for example. 167c is arranged.

  In the message image 160 corresponding to the fire extinguishing status tab 168c, for example, as shown in FIGS. 20A and 20B, an initial fire extinguishing failure button 167d that is tapped when the initial fire extinguishing has failed, and the initial fire extinguishing succeeded. And an initial fire extinguishing success button 167e that is tapped at this time. When the initial fire extinguishing failure button 167d is tapped, disaster response to be performed when the initial fire extinguishing fails is listed in the message image 160, for example, as shown in FIG. On the other hand, when the initial fire extinguishing success button 167e is tapped, disaster response to be performed when the initial fire extinguishing succeeds is listed in the message image 160, for example, as shown in FIG.

The floor diagram image 110 of the status screen is grayed out, for example, as shown in FIGS. By tapping the floor diagram image 110, the message image 160 slides downward, and the display area of the floor diagram image 110 is enlarged, for example, as shown in FIG.
In the floor diagram image 110 of the status screen, for example, as shown in FIG. 21, a fire occurrence location icon 114, a district captain icon 121, and another user icon 122 are arranged. Of course, when the current location of the terminal 20 (special terminal) is within the display area, the current location icon 111 is also arranged on the floor map image 110 of the status screen.

In the message image 160 that has been slid downward, for example, as shown in FIG. 21, a display 166b of “Share corresponding item” is arranged. When this display 166b is tapped, information such as a staffing table is displayed.
Also, by tapping a part other than the display 166b of the message image 160, the message image 160 slides upward and can return to one of the states shown in FIGS. 19 and 20.

As described above, in the disaster prevention system 1 of the present embodiment, the servers (the position information server 40 and the fire information server 80) serve as an evacuation status report promotion screen that prompts the user to report the evacuation status, indicating that evacuation has been completed on the floor in charge. Evacuation status report promotion screen including the button image (evacuation completion report button 165e) selected when reporting (area captain correspondence item screen (FIG. 10 (a)), evacuation guidance team correspondence item screen (FIG. 14 (a)) ) Can be transmitted to the target terminal 20 and the terminal 20 can transmit evacuation status report promotion information (district captain correspondence item information, evacuation guidance team correspondence item information) to be displayed on the terminal 20. The terminal 20 transmits a signal from the transmitter (beacon 10). , And transmitter information (beacon information) including the identification information (device ID) of the transmitter can be transmitted to the server. Switch panel), the evacuation completion information can be transmitted to the server when the button image in the evacuation status report promotion screen is selected by operating the operation unit, and the server is based on the transmitter information from the terminal 20. On the floor where the self-defense firefighter carrying the terminal 20 is located, based on the evacuation completion information from the terminal 20 and the transmitter information from the terminal 20. An evacuation completion notification that evacuation has been completed can be transmitted to the terminal 20 owned by the self-defense fire brigade captain and / or the terminal 20 installed in the disaster prevention center.
Therefore, the self-defense fire brigade members can notify the self-defense fire brigade head and the disaster prevention center that the evacuation has been completed on the floor in charge (the floor where they are located). That is, effective information for self-defense firefighting activities (in this case, evacuation has been completed) can be distributed, so that self-defense firefighting activities can be performed more smoothly.

Further, in the disaster prevention system 1 of the present embodiment, the servers (the position information server 40 and the fire information server 80) transmit the evacuation status report promotion information (district captain correspondence item information, evacuation guidance group correspondence item information) to the self-defense fire brigade. It is possible to transmit to the terminal 20 possessed by the self-defense fire brigade member who has selected the district captain or the evacuation guidance team among the roles, and based on the evacuation completion information from the terminal 20 possessed by the district captain, the self-defense fire captain sends a notification of evacuation completion. The data can be transmitted to the terminal 20 possessed and / or the terminal 20 installed in the disaster prevention center.
Therefore, the district commander can notify the self-defense fire commander and the disaster prevention center that the evacuation has been completed (the evacuation of all members has been completed) on the floor in charge (the floor on which he is located).

<Modification>
In the above embodiment, for example, as shown in FIG. 8B, the display position of the fire occurrence location icon 114 can be changed on the reporter's screen, but in addition, the range of fire, the range of smoke, and the damage , A place where a rescuer is required, a place where no traffic is allowed, and the like may be designated.
Specifically, for example, as shown in FIG. 22A, a report item display 169a and a next button 169b are arranged in a message image 160 (or a floor map image 110) of a reporter screen. Then, only when the report item display 169a is "moving the fire point", the display position of the fire occurrence location icon 114 can be changed, and the report item indicating "moving the fire point" is displayed. When the display 169a is tapped, fire location change information for notifying the changed display position may be transmitted to the position information server 40.

  Each time the next button 169b is tapped, the report item display 169a displays, for example, “move fire point” → “fire range report” → “smoke range report” → “damage range report” → “rescue required report” ”→“ No Passage Report ”→“ Move Fire Point ”→…

In the terminal 20, for example, as shown in FIG. 22B, when the report item display 169a indicates "fire range report", the user's finger on the floor diagram image 110 (on the operation unit (touch panel)) The locus image 141 is displayed corresponding to the locus of the locus, and when the report item display 169a is tapped, the fire range report information for notifying the display range of the locus image 141 (the range surrounded by the locus image 141) is displayed. The information is transmitted to the information server 40.
Upon receiving the fire range report information, the position information server 40 stores this information in the internal memory, and then reflects the floor map information (specifically, for example, the display range of the locus image 141). (Floor floor floor map information for displaying a floor map in which the trajectory image 141 is arranged in the same range as the above) and transmits the special terminal and the general terminal. This makes it possible to make the range of the fire known.

In the terminal 20, when the report item display 169a indicates "smoke range report" as shown in FIG. 23A, for example, the user on the floor map image 110 (on the operation unit (touch panel)). The locus image 142 is displayed corresponding to the locus of the finger of the user, and then, when the report item display 169a is tapped, the smoke range report information that notifies the display range of the locus image 142 (the range surrounded by the locus image 142) To the location information server 40.
Upon receiving the smoke range report information, the position information server 40 stores the information in the internal memory, and reflects the information on the floor plan information (specifically, for example, the display range of the locus image 142). (Fire floor floor map information for displaying a floor map in which the trajectory image 142 is arranged in the same range as above) and transmits it to the special terminal and the general terminal. This makes it possible to disseminate the range of smoke.

Further, in the terminal 20, as shown in FIG. 23B, for example, when the report item display 169a is "damage range report", the user on the floor map image 110 (on the operation unit (touch panel)) The trace image 143 is displayed corresponding to the trace of the finger of the user, and thereafter, when the report item display 169a is tapped, the display range of the trace image 143 (the range surrounded by the trace image 143) is reported. To the location information server 40.
Upon receiving the damage range report information, the position information server 40 stores the information in the internal memory, and then reflects the information on the floor plan information (specifically, for example, the display range of the locus image 143). (Fire floor floor map information for displaying a floor map in which the trajectory image 143 is arranged in the same range as above) is generated and transmitted to the special terminal and the general terminal. Thereby, it is possible to make known the range of the damage.

Further, in the terminal 20, as shown in FIG. 24A, for example, when the report item display 169a is "Rescuer required report", when the floor diagram image 110 is tapped, the location at the tapped position is required. The rescuer icon 144 is displayed. After that, when the report item display 169a is tapped, the position report information of the rescuer who notifies the display position of the rescuer icon 144 is transmitted to the position information server 40.
Upon receiving the location report information of the rescuer, the location information server 40 stores the information in an internal memory, and then reflects the information on the floor plan information (specifically, for example, the rescuer icon Fire floor map information for displaying a floor map in which the rescue requester icon 144 is arranged at the same position as the display position of 144 is generated and transmitted to the special terminal and the general terminal. This makes it possible to inform the presence or absence of the rescuer and the position of the rescuer.

In the terminal 20, for example, as shown in FIG. 24 (b), when the report item display 169a is "not-accessible report", when the floor view image 110 is tapped, it is impossible to access the tapped position. The icon 145 is displayed, and when the report item display 169 a is tapped, the non-passable position report information for notifying the display position of the non-passable icon 145 is transmitted to the position information server 40.
When the location information server 40 receives the location report information of the impassable location, the information is stored in the internal memory, and the floor map information (specifically, for example, the Fire floor map information for displaying a floor map in which the no-pass icon 145 is arranged at the same position as the display position is generated and transmitted to the special terminal and the general terminal. As a result, it becomes possible to disseminate passages, stairs, doors, and the like that are not allowed to pass.

As described above, in the disaster prevention system 1 of the present modification, the terminal 20 sets the predetermined range in the fire range, the smoke range, or the The range report information to be reported as the range of the damage can be transmitted to the server (the position information server 40 and the fire information server 80), and based on the range report information, the server puts the fire range image (trajectory) in the specified predetermined range. Image 141), floor map information (fire floor map information) for displaying a floor map on which the smoke range image (trace image 143) or the damage range image (trace image 143) is arranged on the terminal 20 is created. Can be transmitted to the terminal 20.
Therefore, the range of fire, the range of smoke, and the range of breakage can be known to the person who has the terminal 20 (general terminal user, self-defense fire brigade or disaster prevention center). That is, effective information (in this case, the range of fire, the range of smoke, and the range of damage) of the self-defense firefighting activity can be distributed, so that the self-defense firefighting activity can be performed more smoothly.

In the disaster prevention system 1 of the present modification, when a predetermined position in the floor diagram is designated by operating an operation unit (for example, a touch panel), the terminal 20 sets the predetermined position as a rescue-requirer position or a no-passage position. The position report information to be reported can be transmitted to the server (the position information server 40 and the fire information server 80), and the server sends the rescuer image (the rescuer icon 144) to a specified predetermined position based on the position report information. ) Or floor map information (fire floor floor map information) for displaying on the terminal 20 a floor map on which a no-passage image (no-passage icon 145) is arranged, and can be transmitted to the target terminal 20.
Therefore, the position of the rescuer requiring rescue and the position of impassable traffic can be made known to the person who has the terminal 20 (general terminal user, self-defense fire brigade or disaster prevention center). In other words, information that is effective for self-defense firefighting activities (in this case, the position of a rescuer who needs rescue or a position where traffic cannot be passed) can be distributed, so that self-defense firefighting activities can be performed more smoothly.

As described above, the present invention has been described based on the embodiment and the modification. However, the present invention is not limited to the embodiment and the modification, and can be appropriately changed without departing from the gist thereof.
For example, the position information server 40 and the fire information server 80 may be integrally configured as a common support server or the like instead of being separated.
In the above embodiment, the signal from the beacon is received by the terminal 20 and the received information is transmitted to the position information server 40 by wireless communication. However, when the monitoring target area is a space like an office, A device capable of receiving a signal from a beacon is connected to a personal computer installed at a desk in an office, and the personal computer transmits information received by the device to the position information server 40 via a LAN (local area network). You may do it.

In the above embodiment, the beacon has been described as having only a function of transmitting information, but the beacon has a function of receiving a wireless signal from the terminal 20 and a function of transmitting the received information to the server. May be.
Further, in the above-described embodiment, a system using positioning using a beacon has been exemplified as the disaster prevention system. However, the present invention is not limited to this. May be a system that has been implemented. That is, the transmitter is not limited to the beacon 10, but may be, for example, an IMES transmitter.

1 disaster prevention system 10 beacon (transmitter)
20 terminal 40 location information server (server)
41 database (transmitter installation location storage means, equipment installation location storage means)
50 Fire detector 60 Fire receiver 80 Fire information server (server)
110 Floor diagram image (floor diagram)
111 Current location icon (current location image)
114 Fire location icon (fire image)
121 district captain icon (district captain location image)
122 Other user icon (other person location image)
131 Fire extinguisher icon (device image)
141 Trace image (fire range image)
142 Trace image (smoke range image)
143 Trail image (image of damaged area)
144 Rescue required icon (rescue required image)
145 impassable icon (impossible image)
162a Fire determination button (first button image)
162b Non-fire determination button (second button image)
162c Well-known button (third button image)
165e Evacuation completion report button (button image)
166a Role selection button (button image)

Claims (5)

A terminal, a disaster prevention system including a server capable of communicating with the terminal,
A role table that stores the identification information of the terminal and the role selected by the person possessing the terminal among the respective roles of the self-defense fire brigade, in association with each other,
The server displays, on the terminal, a role selection promotion screen in which the role of the self-defense fire brigade is indicated for each role, as a role selection promotion screen for prompting the user to select a role based on the information stored in the role table. Role selection promotion information to be created and sent to the target device,
The terminal includes an operation unit that can be operated by a user, and when any one of the roles of the self-defense fire brigade shown in the role selection promotion screen is selected by operating the operation unit, Role notification information for notifying the selected role can be transmitted to the server,
The server is capable of updating the role table based on the role notification information, creating the role selection promotion information based on the updated role table, and transmitting the role selection promotion information to a target terminal. Disaster prevention system.   The disaster prevention system according to claim 1, wherein the role selection promotion screen displays the role of the self-defense fire brigade and the number of self-defense fire brigade members who have selected the role for each role. . In the role of the self-defense fire brigade, those who have the terminal on the fire floor are selectable, but those who have the terminal on floors other than the fire floor have a role that cannot be selected,
The terminal is capable of receiving a signal from a transmitter and transmitting transmitter information including identification information of the transmitter to the server,
The server is
It is possible to identify the current location of the terminal based on the transmitter information from the terminal,
When the current location of the terminal is a fire floor, each role of the self-defense fire brigade transmits to the terminal the role selection promotion information for displaying a role selection promotion screen displayed in a normal display mode,
If the current location of the terminal is not a fire floor, a role selectable by a person having the terminal on a floor other than the fire floor is displayed in the normal display mode, and possesses the terminal on a floor other than the fire floor. The role selection promotion information for displaying a role selection promotion screen in which a role that cannot be selected by the user is hidden or displayed in a display mode different from the normal display mode is transmitted to the terminal. Or the disaster prevention system according to 2. The server, as a disaster response screen showing a different disaster response for each role of the self-defense fire brigade, a disaster response screen including a button image selected when instructing the re-display of the role selection promotion screen to the terminal The information to be displayed can be sent to the target device by role,
When the button image in the disaster response screen is selected by operating the operation unit of the terminal, the screen displayed on the terminal switches from the disaster response screen to the role selection promotion screen. The disaster prevention system according to any one of claims 1 to 3. The terminal is capable of receiving a signal from a transmitter and transmitting transmitter information including identification information of the transmitter to the server,
The server is
It is possible to identify the current location of the terminal based on the transmitter information from the terminal,
Fire information including fire occurrence location information transmitted by a fire receiver capable of receiving a fire detection signal from a fire detector, the transmitter information from a plurality of terminals, and information stored in the role table Based on the above, the fire image at the position corresponding to the fire occurrence location, the current location image at the position corresponding to the current location of one terminal, and the terminal possessed by the district captain who is a kind of the role of the self-defense fire brigade The floor map where the location image corresponding to the current location of the district captain and the location image corresponding to the current location of the terminal owned by a person other than the district captain are displayed on the one terminal. Create floor plan information to be sent and send it to the target terminal,
3. The disaster prevention system according to claim 1, wherein the terminal captain's terminal displays the current location image and the district captain's location image in a united manner. 4.