JP7539726B2 - Automatic external defibrillator installation location guidance method, firefighting command system, and firefighting command device - Google Patents

Description

This invention relates to a firefighting command system, and in particular to guidance on how to collect an AED at a rescue site.

Non-Patent Document 1 discloses a system in which a caller's smartphone is used to transmit video of the emergency scene to a firefighting command center, and a controller uses the video to provide verbal instructions on first aid.

Tokyo Fire Department, "Flow of oral guidance using Live119", [online], Tokyo Fire Department website, [Retrieved January 26, 2023], Internet <URL: https://www.tfd.metro.tokyo.lg.jp/lfe/topics/119/data/live119/live119_data01.pdf>

However, the system of providing oral instruction using the video mentioned above had the following problems:

For example, if the controller judges based on the condition of the person receiving rescue that cardiac massage is necessary, he or she will ask the caller to perform such first aid. If cardiac massage is insufficient, the controller will ask the caller to use an AED. At this point, the caller needs to continue with cardiac massage. For this reason, the caller will ask a person nearby (hereafter referred to as a helper) to retrieve the AED. In this case, the controller must inform this helper of the location where the AED is installed.

One possible method would be to send a map showing the location of an AED to the caller's mobile device, and have a helper pick up the mobile device and go and retrieve the AED.

However, this method not only makes it impossible to stream video from the scene of a rescue, but it is also possible that the caller may hesitate to do so, since there is a risk that the helper in question may simply take away the caller's mobile device.

The purpose of this invention is to solve the above problems and provide a firefighting command system that allows a third party other than the caller to easily and safely collect an automated external defibrillator.

(1) The method of providing information on the location of an automated external defibrillator according to the present invention is a method of providing information on the location of an automated external defibrillator in a firefighting command system that includes a firefighting command system that receives a 119 emergency call from a mobile terminal of a caller, a first mobile terminal that is a mobile terminal capable of telephone and data communication and that makes a 119 emergency call to the firefighting command system, a second mobile terminal that is located near the first mobile terminal and is operated by an operator different from the operator of the first mobile terminal and that is capable of reading an imaging code displayed on a display screen of the other mobile terminal and displaying information represented by the imaging code, and an automated external defibrillator installation location storage device that stores the installation location of an automated external defibrillator, and when a 119 emergency call is made from the first mobile terminal, the firefighting command system The firefighting command device establishes a data communication path with the first portable terminal, causes the first portable terminal to transmit video data, and transmits rescue operation instructions from the operator to the caller. The firefighting command device receives the automated external defibrillator installation location data from the automated external defibrillator installation location storage device, generates automated external defibrillator installation location access information, converts the installation location access information into an imaging code, and transmits the imaging code to the first portable terminal. The first portable terminal displays the imaging code received from the firefighting command device. The second portable terminal reads the imaging code displayed on the first portable terminal, obtains the installation location access information, and guides the operator of the second portable terminal to the installation location of the automated external defibrillator to be picked up.

Therefore, the automated external defibrillator installation location access information can be transmitted to the operator of the second mobile terminal without interrupting rescue activities by the operator of the first mobile terminal. This allows a third party other than the caller to easily and safely pick up the automated external defibrillator.

(2) The firefighting command system of the present invention includes a firefighting command device that, upon receiving a 119 emergency call from a mobile terminal of a caller, establishes a data communication path with the mobile terminal, causes the mobile terminal to transmit video data, and gives instructions for rescue activities to the caller; a first mobile terminal that is capable of telephone and data communication and that makes a 119 emergency call to the firefighting command device and transmits the video data; a second mobile terminal that is located near the first mobile terminal and is operated by an operator other than the caller; and an automated external defibrillator installation location storage device that stores the installation location of an automated external defibrillator, and the second mobile terminal is an imaging control displayed on the display screen of the first mobile terminal. The fire command device can read the image code and display the information indicated by the image code, and when the fire command device receives a request from the operator to use an automated external defibrillator as part of the rescue activity, it receives the installation location data of the automated external defibrillator from the automated external defibrillator installation location storage device and generates installation location access information, converts this installation location access information into an image code, and transmits this image code to the first mobile terminal, the first mobile terminal displays the image code received from the fire command device, and the second mobile terminal reads the image code displayed on the first mobile terminal to obtain the installation location access information.

Therefore, the automated external defibrillator installation location access information can be transmitted to the operator of the second mobile terminal without interrupting rescue activities by the operator of the first mobile terminal. This allows a third party other than the caller to easily and safely pick up the automated external defibrillator.

(3) The firefighting command system of the present invention includes a telephone communication means for receiving a 119 emergency call and performing a telephone voice communication with the caller, a communication path securing means for establishing a data communication path with a first mobile terminal, and a transmission request means for requesting the first mobile terminal to transmit video data of the scene of the rescue, allowing an operator to refer to the video data and give instructions for rescue activities to the caller, and further includes a generating means for receiving automatic external defibrillator installation location data from an automatic external defibrillator installation location storage device and generating automatic external defibrillator installation location access information, an imaging code converting means for converting the automatic external defibrillator installation location access information into an imaging code, and a transmitting means for transmitting the imaging code to the first mobile terminal so that the imaging code is displayed on the display unit of the first mobile terminal so that the imaging code can be read by a second mobile terminal different from the first mobile terminal.

Therefore, the automated external defibrillator installation location access information can be transmitted to the operator of the second mobile terminal without interrupting rescue activities by the operator of the first mobile terminal. This allows a third party other than the caller to easily and safely pick up the automated external defibrillator.

(4) The fire command device of the present invention includes a location data acquisition means for acquiring location data of the first mobile terminal, and the generation means generates, as the installation location access information, guidance data to the installation location of the automated external defibrillator determined based on the location data. This makes it easier to pick up the automated external defibrillator.

(5) In the fire command system of the present invention, the guidance data to the automated external defibrillator installation location includes the automated external defibrillator installation location determined based on the location data and map data obtained by providing the location of the first mobile terminal to a map data providing server. Therefore, it is possible to provide guidance to the automated external defibrillator installation location while referring to a map.

(6) In the firefighting command system of the present invention, the map data includes guide map data from the position data to the installation location of the automated external defibrillator, and guide map data from the installation location of the automated external defibrillator to the position data. Therefore, it is possible to reliably return from the installation location of the automated external defibrillator to the rescue site.

(7) The program according to the present invention is a program that causes a computer to function as a firefighting command device that, upon receiving a 119 emergency call from a first mobile terminal that is a mobile terminal of a caller, establishes a data communication path with the mobile terminal, causes the first mobile terminal to transmit video data, and allows an operator to refer to the video data and convey instructions for rescue activities to the caller, and the firefighting command device has the following means: a generation means that receives automatic external defibrillator installation location data from an automatic external defibrillator installation location storage device and generates automatic external defibrillator installation location access information, an imaging code conversion means that converts the automatic external defibrillator installation location access information into an imaging code, and a transmission means that transmits the imaging code to the first mobile terminal so that it is displayed on the display unit of the first mobile terminal so that the imaging code can be read by a second mobile terminal different from the first mobile terminal.

Therefore, the automated external defibrillator installation location access information can be transmitted to the operator of the second mobile terminal without interrupting rescue activities by the operator of the first mobile terminal. This allows a third party other than the caller to easily and safely pick up the automated external defibrillator.

The terms used in this specification are explained below.

In the embodiment, the "first mobile terminal" and the "second mobile terminal" respectively refer to mobile terminal 200, which is the mobile terminal of the reporter, and mobile terminal 300, which is the mobile terminal operated by an operator other than the reporter.

"Access information for automated external defibrillator installation location" includes both "guidance data" and non-"guidance data". "Guidance data" includes "guidance data that is not map data" and "guidance map data". "Guidance data that is not map data" is, for example, an address, a building name, or a photo of the exterior of a building. "Guidance map data" may refer to cases where the AED installation location management server itself has map data, or to cases where map data is generated by accessing a separate map server. In the former case, if the current location is known, a map centered on the current location is displayed along with candidate installation locations. In the latter case, if a request is made to obtain map data including the locations of two points, map data for that range is generated. Both cases may also provide guidance routes.

In addition, the method of acquiring the rescue site location data in the guidance data includes acquiring the data by the fire command device when calling 119, acquiring location data from a first mobile device, or acquiring location data from a second mobile device.

An "imaging code" refers to image data in which information is visualized and can be read by a reading device to transfer the information to the reading device, and in this embodiment, this corresponds to a two-dimensional code. Note that it is not limited to two dimensions and may be a multi-dimensional code such as a three-dimensional code, and also includes codes embedded in image data as long as they are readable.

1 is a diagram showing the overall configuration of a fire command system 1. FIG. FIG. 1 is a diagram showing an example of a hardware configuration of a fire command device 100 implemented using a CPU. FIG. 2 is a diagram illustrating an example of a hardware configuration of a mobile terminal 200. A diagram showing the data structure of AED installation location data stored in the AED installation location management server 400. A diagram explaining data exchange between each device in the fire command system 1. 13 is an example of guide map data displayed on the mobile terminal 300.

The following describes an embodiment of the present invention with reference to the drawings.

(1. Overall Structure)
1 shows the overall configuration of a firefighting command system 1 according to an embodiment of the present invention. The firefighting command system 1 includes a firefighting command device 100, a mobile terminal 200, a mobile terminal 300, an automated external defibrillator installation location management server 400, and a map server 500.

The mobile terminal 200 comprises at least a telephone communication means 201, a video distribution means 203, a display means 205, and a position detection means 207. The telephone communication means 201 is capable of calling 119. The video distribution means 203 includes a camera unit (not shown) and distributes video captured by the camera unit. When the display means 205 receives an imaging code (described below), it displays this. The position detection means 207 detects current position data using the GNSS (Global Navigation Satellite System).

Mobile terminal 300 is a mobile terminal located near mobile terminal 200, and includes at least web browsing means 301, reading means 303, and display means 305. Web browsing means 301 includes a general web browser program, and when a URL to be accessed is input, it accesses the URL and displays the result on display means 305. Furthermore, reading means 303 reads a two-dimensional code and provides the result to web browsing means 301.

The automated external defibrillator installation location management server 400 stores installation location data in the installation location data storage means 401, and provides the location data when a request for such data is received.

The map server 500 includes a map data storage means 501 that stores map data, and a map data identification means 503 that, upon receiving a request to generate map data, reads map data from the map data storage means 501, identifies the map data, and returns identification information for accessing the identified map data.

The firefighting command device 100 includes a telephone communication means 101, a data communication means 103, a transmission request means 105, a generation means 107, an imaging code conversion means 109, an imaging code transmission means 111, and a position data acquisition means 113. The telephone communication means 101 receives a 119 call and performs voice telephone communication with the caller. The data communication means 103 establishes a data communication path with the first mobile terminal and performs data communication. The transmission request means 105 requests the transmission of video data of the rescue scene captured by the first mobile terminal. The access information generation means 107 receives automatic external defibrillator installation location data from the automatic external defibrillator installation location storage device and generates automatic external defibrillator installation location access information.

The imaging code conversion means 109 converts the automated external defibrillator installation location access information into an imaging code. The imaging code transmission means 111 transmits the imaging code to the first portable terminal so that the imaging code can be read by a second portable terminal different from the first portable terminal and is displayed on the display unit of the first portable terminal. The location data acquisition means 113 acquires location data of the first portable terminal.

The generating means 107 can also generate, as the installation location access information, guidance data to the automated external defibrillator installation location determined based on the location data, or map data including the automated external defibrillator installation location and the location of the first mobile terminal.

The guidance data may also include map data for guiding from the location data to the location of the automated external defibrillator, and map data for guiding from the location of the automated external defibrillator to the location data.

The following describes the outline of the process of displaying guide map data from the firefighting command device 100 on the mobile terminal 300 and guiding the user to the location of the automated external defibrillator.

The caller, who is the operator of the mobile terminal 200, calls 119 from the telephone communication means 201. The telephone communication means 101 of the fire command device 100 receives the call and arranges for the necessary ambulance.

The operator (controller) of the fire command device 100 also secures a communication path with the mobile terminal 200. In this embodiment, a communication path is secured using a short message for the telephone number when calling 119, but this is not limited to this. The transmission request means 104 of the fire command device 100 requests video distribution from the video distribution means 203 of the mobile terminal 200. The video distribution means 203 transmits captured video of the rescue scene. The display means 105 displays the captured video. The operator (controller) of the fire command device 100 can refer to this captured video path and instruct the operator (caller) of the mobile terminal 200 on what emergency treatment is possible before the ambulance arrives.

When the operator (controller) of the firefighting command device 100 judges that a life-saving procedure using an automated external defibrillator is necessary, the position data acquisition means 113 sends a position data acquisition request to the position detection means 207 of the mobile terminal 200. When the position detection means 207 receives the position data acquisition request, it transmits the current position data to the firefighting command device 100. The access information generation means 107 of the firefighting command device 100 requests the automated external defibrillator installation location management server 400 to provide the installation location of an automated external defibrillator that is available at the current time and is in the vicinity of the position data of the life-saving site. This allows the firefighting command device 100 to obtain the location of the life-saving site and the automated external defibrillator to be taken back. The access information generation means 107 sends a request to the map server 500 to provide map data including the position data of these two points.

Based on this request, the map server 500 identifies map data from the map data storage means, identifies map data that includes the position data of the two points, and transmits a URL that stores the guide map data to the access information generation means 107. Such map data may be generated in advance or each time.

As a result, the fire command device 100 obtains map guidance data as access information for the location of the automated external defibrillator.

The imaging code conversion means 109 converts the automated external defibrillator installation location access information into an imaging code. The imaging code transmission means 111 transmits the imaging code to the mobile terminal 200. The mobile terminal 200 displays the received imaging code on the display means 205. The imaging code is read by the reading means 303 of the mobile terminal 300, and the web browsing means 301 provides the URL contained in the imaging code. The web browsing means 301 causes the mobile terminal 300 to access the provided URL. This allows the mobile terminal 300 to obtain the map guidance data identified by the map server 500. The map guidance data is displayed on the display means 305.

The operator of the mobile terminal 300 is guided to the location of the automated external defibrillator by referring to the displayed guide map data. This allows the operator of the mobile terminal 300 to collect the automated external defibrillator.

In this way, even if the caller is performing life-saving activities and an automated external defibrillator is needed, the fire command system 100 can easily request a person near the caller to pick up the automated external defibrillator (2. Hardware configuration of the fire command system 100).
The hardware configuration of the fire command device 100 shown in Fig. 1 will be described with reference to Fig. 2. Fig. 2 shows an example of a hardware configuration of the fire command device 100 configured using a CPU.

The fire command device 100 includes a CPU 23, a memory 27, a hard disk 26, a monitor 30, a telephone communication unit 32, a data communication unit 31, an input device 28, a voice input/output unit 24, an optical drive 25, and a bus line 29. The CPU 23 controls each unit via the bus line 29 according to each program stored in the hard disk 26.

The hard disk 26 stores an operating system program 26o (hereinafter abbreviated as OS) and a main program 26p. The hard disk 26 also has a data storage section 26d.

The processing of main program 26p will be described later.

The data storage unit 26d temporarily stores data received from the mobile terminal 200, the automated external defibrillator installation location management server 400, and the map server 500.

When the telephone communication unit 32 receives a 119 emergency call, it uses the voice input/output unit 24 to perform voice communication over a telephone line with the caller. The data communication unit 31 performs data communication with the caller.

In this embodiment, LINUX (registered trademark or trademark) is used as the operating system program (OS) 26o, but this is not limited to this.

The above programs are read from the DVD-ROM 25a in which they are stored via the optical drive 25 and installed on the hard disk 26. Programs may be installed on the hard disk from a computer-readable recording medium such as a USB memory, in addition to a DVD-ROM. Furthermore, the programs may be downloaded using a communication line.

In this embodiment, the program stored in the DVD-ROM is installed on the hard disk 26 from the DVD-ROM, thereby causing the computer to indirectly execute the program stored in the DVD-ROM. However, without being limited to this, the program stored in the DVD-ROM may be executed directly from the optical drive 25. Programs that can be executed by a computer include not only those that can be executed directly by simply installing them as is, but also those that need to be converted into another format (for example, by decompressing compressed data), and even those that can be executed in combination with other modules.

(3. Hardware Configuration of Mobile Terminal 200)
The hardware configuration of the mobile terminal 200 shown in Fig. 1 will be described with reference to Fig. 3. This figure shows an example of the hardware configuration of the mobile terminal 200 configured using a CPU.

The mobile terminal 200 has the configuration of a typical smartphone, and includes a CPU 123, a memory 127, a flash memory 126, a display unit 130, a communication unit 128, an operation unit 125, an audio input/output unit 124, a position information detection unit 122, a camera unit 121, and a bus line 129.

The location information detection unit 122 is a module that detects location information using the Global Navigation Satellite System (GNNS).

The CPU 123 controls each part via the bus line 129 according to each program stored in the flash memory 126.

The flash memory 126 has an operating system program 126o (hereinafter abbreviated as OS) and a main program 126m. In this embodiment, AndroidOS (trademark) is used as the OS.

The main program 126m transmits the data captured by the camera unit 121 as video data from the communication unit 128. In addition, if the data received by the communication unit 128 is data to be displayed, it displays it on the display unit 130.

The hardware configuration of the mobile terminal 300 is the same as that of the mobile terminal 200. The main program of the mobile terminal 300 can read the imaging code with the camera unit and access the data specified by the imaging code.

(4. Hardware Configuration of the Automatic External Defibrillator Installation Location Management Server 400)
The hardware configuration of the automated external defibrillator installation location management server 400 is similar to that of a general database. An example of the stored installation location data of an automated external defibrillator (hereinafter abbreviated as AED) is shown in Fig. 4. In this embodiment, the name, location (absolute coordinates), address, available time, detailed location, and unavailable day are stored. The other configurations are general configurations, so the explanation will be omitted.

The same applies to the map server 500.

(5. AED installation location notification process)
A flowchart of the process for guiding to the AED installation location is shown in Fig. 5. When a call to emergency services is made from the mobile terminal 200 (step S1), the caller and the operator of the fire command device 100 can communicate by voice over the telephone.

The fire command device 100 sends a URL for securing a data communication path to the mobile terminal 200 as a short message (step S2). When the operator of the mobile terminal 200 clicks on the URL (step S3), data communication becomes possible between the mobile terminal 200 and the fire command device 100.

The firefighting command device 100 requests the mobile terminal 200 for location data (step S4). If the operator (reporter) of the mobile terminal 200 approves this, the location data of the mobile terminal 200 is transmitted to the firefighting command device 100 (step S5).

The fire command device 100 requests the mobile terminal 200 to distribute video (step S6), and when the operator of the mobile terminal 200 approves this, the video data is sent to the fire command device 100 (step S7).

When the operator (controller) of the fire command device 100 judges that life-saving treatment using an AED is necessary after viewing the distributed video, the operator (controller) issues an instruction to the fire command device 100 to obtain the AED installation location. As a result, the fire command device 100 provides the location data of the mobile terminal 200 to the automated external defibrillator installation location management server 400 (hereinafter referred to as the AED installation location management server 400) and requests the provision of installation location data of an AED (hereinafter referred to as the pick-up AED location data) close to the location of the mobile terminal 200 (step S11). The AED installation location management server 400 transmits the AED installation location that becomes the pick-up AED location data from among the AED installation locations shown in FIG. 4 to the fire command device 100 (step S12).

In addition, such identification may be performed by the fire command device 100 based on the AED location data and the location of the mobile terminal 200.

When the fire command device 100 receives the location data of the AED to be retrieved, it transmits this data along with the location data of the mobile terminal 200 to the map server 500, and requests map data including these two points and recommended route data (guidance data) (step S14).

The map server 500 generates map data including the two points and the recommended route data, and transmits the URL where the data is stored to the fire command device 100. (Step S15).

The fire command device 100 converts the received URL into a two-dimensional code (step S21) and transmits the two-dimensional code to the mobile terminal 200 (step S22). The mobile terminal 200 displays it on the display unit 130 (step S23), and the operator of the mobile terminal 300 reads the two-dimensional code with the mobile terminal 300 (step S24). Since the read two-dimensional code contains a URL, the mobile terminal 300 accesses the URL (step S27). In this case, the URL stores guide map data including the map data generated by the map server 500 based on step S14 and the recommended route data, so the guide map data is transmitted to the mobile terminal 300 and displayed on the display unit of the mobile terminal 300 (step S29).

An example of the displayed guide map data is shown in FIG. 6A. In this figure, guide map data including the route from the rescue site to the AED1 to be collected is displayed. Also displayed are details of the installation location of the AED1.

The operator of the mobile terminal 300 travels to the location of the AED to be collected based on the guide map data. When the operator arrives at the AED's location, the map data switches to guide map data from the AED's location to the rescue site (return route guide map data: see FIG. 6B). By displaying the outbound route and return route in this way, the operator of the mobile terminal 300 can reliably collect the AED and return to the rescue site even if he or she is unfamiliar with the geography of the rescue site.

6. Other Embodiments
In the present embodiment, the case where the AED installation location access information is map guide data has been described, but it may be guide data other than map data. That is, the guide data includes guide data other than map data and guide map data. The guide data other than map data may be, for example, an address, a building name, or a photo of the exterior of a building.

In this embodiment, the location data of the rescue site is acquired from the mobile terminal 200, but the fire commander knows the address of the rescue site by phone in order to arrange for an ambulance, so this may be used. In that case, when requesting AED installation location access information from the AED installation location management server 400, the mobile terminal 300 may be requested to transmit the location data of the mobile terminal 300 when it accesses the map server 500, and the map server 500 may generate guidance map data using the location data. In this way, when requesting map data from the map server 500, the location data of the mobile terminal 200 or the mobile terminal 300 is not used, and only the map data is created, and the guidance route data may be generated in the guidance map data by requesting the location data of the mobile terminal 300 when it accesses the map server 500.

In addition, in this embodiment, the AED installation location management server 400 and the map server 500 are described as separate entities, but they may be formed as an integrated unit.

Furthermore, all or part of the means of the fire command device 100, the AED installation location management server 400, or the map server 500 can be provided as SAAS (Software as a Service).

In addition, the fire command device 100 may only have the function of receiving emergency calls to 119 and communicating with the call, and other processing, such as sending short messages to the caller's mobile device or making requests to the map server 500, may be performed by a separate data center computer.

In FIG. 6, one AED installation location is guided, but multiple candidates may be displayed and selected. The AED installation location management server 400 may also inform the fire command device 100 of the AED installation location to be guided, taking into consideration the available days and time periods for use. Such narrowing down may be performed by the fire command device 100 or its operator.

In the above embodiment, the functions shown in FIG. 1 are realized by software using the CPU 23. However, some or all of the functions may be realized by hardware such as a logic circuit. In addition, some of the program processing may be performed by an operating system (OS).

Claims (7)

1. An automatic external defibrillator installation location guidance method in a firefighting command system including a firefighting command system that receives a 119 call from a mobile terminal of a caller, a first mobile terminal that is a mobile terminal capable of telephone and data communication and that makes a 119 call to the firefighting command system, a second mobile terminal that is located near the first mobile terminal and operated by an operator different from the operator of the first mobile terminal and that is capable of reading an imaging code displayed on a display screen of the other mobile terminal and displaying information represented by the imaging code, and an automatic external defibrillator installation location storage device that stores an installation location of an automatic external defibrillator,
When a 119 emergency call is made from the first mobile terminal, the fire command device establishes a data communication path with the first mobile terminal, causes the first mobile terminal to transmit video data, and transmits rescue activity instructions from an operator to the caller;
the fire command device receives the automatic external defibrillator installation location data from the automatic external defibrillator installation location storage device, generates installation location access information for the automatic external defibrillator, converts the installation location access information into an imaging code, and transmits the imaging code to the first mobile terminal;
The first mobile terminal displays the imaging code received from the fire command device,
the second portable terminal reads the imaging code displayed on the first portable terminal, acquires the installation location access information, and guides the operator of the second portable terminal to the installation location of the automated external defibrillator to be picked up;
A method for guiding the installation location of an automated external defibrillator in a firefighting command system, comprising: a firefighting command device which, upon receiving a 119 emergency call from a mobile terminal of a caller, establishes a data communication path with the mobile terminal, transmits video data from the mobile terminal, and gives instructions for rescue activities to the caller;
a first mobile terminal capable of telephone and data communication, which makes a 119 call to the fire command device and transmits the video data;
a second mobile terminal located near the first mobile terminal and operated by an operator other than the caller;
an automatic external defibrillator installation position storage device that stores the automatic external defibrillator installation position;
A firefighting command system comprising:
the second portable terminal is capable of reading an image code displayed on a display screen of the first portable terminal and displaying information represented by the image code;
When the fire command device receives a request for use of an automated external defibrillator as the rescue activity from the operator, the fire command device receives installation location data of the automated external defibrillator from the automated external defibrillator installation location storage device and generates installation location access information, converts the installation location access information into an imaging code, and transmits the imaging code to the first mobile terminal;
The first mobile terminal displays the imaging code received from the fire command device,
the second portable terminal reads the imaged code displayed on the first portable terminal to obtain the installation location access information;
A firefighting command system characterized by: A telephone communication means for receiving a 119 emergency call and conducting a voice call with the caller;
A communication path securing means for establishing a data communication path with the first portable terminal;
a transmission request means for requesting the first portable terminal to transmit video data of the captured lifesaving scene;
a firefighting command device that allows an operator to refer to the video data and to give instructions for rescue activities to the caller, further comprising:
a generating means for receiving automatic external defibrillator installation location data from the automatic external defibrillator installation location storage device and generating automatic external defibrillator installation location access information;
an image code conversion means for converting the automatic external defibrillator installation position access information into an image code;
a transmitting means for transmitting the imaged code to the first portable terminal so that the imaged code is displayed on a display unit of the first portable terminal so that the imaged code can be read by a second portable terminal different from the first portable terminal;
A fire control device equipped with The fire command system according to claim 3,
a location data acquisition means for acquiring location data of the first mobile terminal;
the generating means generates, as the installation location access information, guidance data to an automated external defibrillator installation location determined based on the location data;
A firefighting command device characterized by the above. The fire command system according to claim 4,
the guidance data to the automated external defibrillator installation location includes the automated external defibrillator installation location determined based on the location data and map data obtained by providing the location of the first mobile terminal to a map data providing server;
A firefighting command device characterized by the above. The fire command system according to claim 5,
the map data includes guide map data from the location data to the installation location of the automated external defibrillator, and guide map data from the installation location of the automated external defibrillator to the location data;
A firefighting command device characterized by the above. A program that causes a computer to function as a firefighting command device that, when receiving a 119 emergency call from a first mobile terminal that is a mobile terminal of a caller, establishes a data communication path with the mobile terminal, causes the first mobile terminal to transmit video data, and allows an operator to refer to the video data and convey instructions for rescue activities to the caller, the firefighting command device comprising the following means:
a generating means for receiving automatic external defibrillator installation location data from the automatic external defibrillator installation location storage device and generating automatic external defibrillator installation location access information;
an image code conversion means for converting the automatic external defibrillator installation position access information into an image code;
A transmitting means for transmitting the image code to the first portable terminal so that the image code is displayed on a display unit of the first portable terminal so that the image code can be read by a second portable terminal different from the first portable terminal.

Images