JP6675723B1 - Fire information system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fire information system capable of appropriately sharing information among fire brigade members who are engaged in duties other than fire brigade members in various places, without limiting the subjects who can quickly perform fire fighting activities. I will provide a. A fire information system is configured to include a plurality of fire information sharing terminals, and this time a fire information acquisition unit, a storage unit that stores terminal identification information, tunnel location information, and irrigation location information, and fire information sharing. The terminal includes a fire information transmission unit that transmits the fire information this time to the terminal, a tongue station information acquisition unit, and a water use information acquisition unit. The fire information sharing terminal includes a terminal position acquisition unit, a map display unit that displays a map showing the recipient's current dispatch destination, a dispatch availability information reception unit, and the accepted dispatch availability information to other fire information sharing terminals. It has a dispatch availability information transmitting unit for transmitting and a dispatch availability information display unit. [Selection diagram] Fig. 1

Description

  The present invention relates to an information system for sharing information about the occurrence of a fire.

  Conventionally, a support system that supports cooperation between members of a self-defense fire brigade has been known. (See Patent Document 1).

  According to the system of Patent Literature 1, abnormal information that informs of abnormalities such as fire occurrence from an automatic alarm facility installed in a building is transmitted to the terminals, and the terminals that have received the abnormal method transmit information by voice communication. Sharing becomes possible.

JP 2018-139130 A

  It is conceivable that the system of Patent Document 1 is applied as a system in which fire brigade members and the like share information during a fire fighting activity by a local fire brigade.

  However, the system disclosed in Patent Document 1 is based on the premise that abnormal information indicating an abnormality such as a fire from an automatic alarm facility provided in a specific building is transmitted, and the local fire brigade has jurisdiction. It is not considered to be used for firefighting activities of countless houses and buildings located in the area where

  That is, since it is not realistic to install automatic alarm devices in all the countless houses, buildings, and other facilities located in the area under the jurisdiction of the fire brigade, the fire brigade in the system of Patent Literature 1 The targets for which fire extinguishing activities can be performed promptly after receiving the report are limited.

  In addition, local fire brigade members are composed of people who are usually engaged in work other than fire brigade members in various places inside and outside the area under the jurisdiction of the fire brigade. For this reason, fire brigade members are convened to fire fighting activities in the event of a fire, etc. in an area under the jurisdiction of the fire brigade, and are equipped with a pump truck or a vehicle equipped with a portable small fire pump (hereinafter collectively referred to as these). Fire extinguishing activities such as “fire trucks”) and other places where fire fighting equipment is provided (fire camps, etc.) as necessary, and rushing to the site where a fire has occurred.

  Therefore, a system for local fire brigade members is required to be a system that allows fire brigade members to efficiently receive and transmit information and to share the information even in various places inside and outside the area under the jurisdiction of the fire brigade.

  However, the system of Patent Literature 1 is a system that is used when each member works within a range of at most different floors of the same building or different ridges on the same site, and the fire brigade members are various in and outside the area. No consideration is given to enabling fire brigade members to receive and transmit information efficiently and to share the information even when in a location.

  Therefore, in the system of Patent Literature 1, information sharing between firefighting team members who are usually engaged in work other than firefighting team members in various places inside and outside the area under the jurisdiction of the fire brigade team is not properly performed, and the first firefighting activities are started. This may cause problems such as delay.

  In view of the problems of the conventional technology, the object of the present invention is not limited to a target that can quickly perform a fire fighting activity, and information between fire brigade members engaged in work other than fire brigade members in various places. An object of the present invention is to provide a fire information system capable of appropriately sharing information.

The fire information system of the present invention
A fire information system including a plurality of fire information sharing terminals,
Obtain the current fire information including the caller location information, which is the location information at the time of the report of the reporter identified by reverse-detecting the telephone line of the reporter's telephone that reports the occurrence of the current fire Department and
Terminal identification information for identifying the fire information sharing terminal, and a tunnel position, which is position information of a facility through which a receiving user who is a user of the fire information sharing terminal that has received the fire information this time is dispatched to extinguish a fire. A storage unit that stores information and water use position information that is position information of fire extinguishing water that the receiving user can use for extinguishing the fire,
By referring to the storage unit based on the notifier location information included in the current fire information, to identify the fire information sharing terminal to which the current fire information is to be transmitted, to the identified fire information sharing terminal A fire information transmitting unit that transmits the fire information this time,
Based on the terminal identification information of each fire information sharing terminal identified by the fire information transmission unit, each receiving user from the storage unit to the tunnel position information of the facility through which when going to fire extinguishing activity of the current fire. A municipal information acquisition unit to be acquired,
A water use information acquisition unit that obtains water use water use position information of a fire extinguishing water rate that the receiving user can use for the fire extinguishing activity of the current fire based on the reporter position information included in the current fire information from the storage unit. Prepared,
The fire information sharing terminal,
A terminal position acquisition unit that acquires terminal position information indicating the position of the fire information sharing terminal,
Receiving the current fire information, based on the reporter position information included in the received current fire information and the acquired garrison position information, the irrigation position information, and the terminal position information, A map display unit that displays a map indicating the user's current destination on the display unit,
A dispatch permission / inhibition information receiving unit that receives input of dispatch permission / inhibition information including information indicating whether or not the receiver can be dispatched to the fire extinguishing activity of the current fire,
The dispatch availability information transmitting unit that transmits the accepted dispatch availability information to the other fire information sharing terminal,
Receiving the dispatch availability information from other said fire information sharing terminal, possess a dispatch availability information display unit for displaying the information contained in the dispatch availability information thus received on the display unit,
The water use position information includes information indicating a suppliable amount of water for each fire-fighting water supply amount,
The terminal position information for each of the fire information sharing terminals acquired by the terminal position acquisition unit and the positional relationship between the acquired water use position information and the supply of water for each fire-fighting water rate included in the water use position information. A water use state estimating unit for estimating which of the fire extinguishing rates is used for the present fire extinguishing activity and whether or not the supplyable amount for each of the fire extinguishing rates has a margin based on the information indicating the possible amount. ,
Based on the estimation result of the water use state estimating unit, if there is no margin in the suppliable amount of any of the water proofing rates, it is urged to use a water proofing rate other than the water proofing rate having no surplus in the suppliable amount. characterized in that it have a recommendation section for displaying information on the display unit.

  According to the fire information system of the present invention, the current fire information acquisition unit reversely detects the telephone line of the telephone of the caller reporting the occurrence of the current fire, and uses the location information at the time of the report of the reporter specified. This time fire information including certain caller location information is acquired.

  This allows the fire brigade to report the outbreak of this fire via a telephone without the need for an automatic alarm device to be installed at a facility located in the area under the jurisdiction of the fire brigade. There is no limitation on the objects that can be quickly fire-fighted in response to the notification.

  The reporter location information, which is the location information of the reporter at the time of the report, included in the fire information this time, is the location information specified by back-searching the telephone line of the reporter's telephone. high. The whistleblower is likely to have reported from a place where the fire scene can be seen. Therefore, the position around the fire occurrence site with high accuracy can be shared between the users of the fire information sharing terminal that has received the fire information this time.

  In addition, each fire brigade may have a very large area under the jurisdiction, so each fire brigade member will receive the fire information this time and the location where they are, The firefighting team's first firefighting activities were delayed because the location of fire camps and other facilities and the surrounding area of the fire was not known or the location of the firefighting area around the fire site was unknown. May cause.

  According to the present invention, the fire information transmitting unit refers to the storage unit based on the reporter location information included in the current fire information, specifies the fire information sharing terminal to which the current fire information is to be transmitted, and The current fire information is transmitted to the fire information sharing terminal that has been set.

  In addition, based on the terminal identification information of each fire information sharing terminal identified by the fire information transmitting unit, the tunnel information acquisition unit, the tunnel position information of the facility through which each receiving user goes to fire extinguishing activities of this fire Is obtained from the storage unit, and the water use information obtaining unit obtains the water use water use position information of the fire extinguishing water that can be used by the receiving user for the fire extinguishing activity of the current fire based on the reporter position information included in the current fire information from the storage unit. Is obtained.

  Then, based on the notifier location information included in the current fire information received by the fire information sharing terminal received by the fire information sharing terminal, and the acquired municipal location information, irrigation location information, and terminal location information, the map display unit determines the current time of the receiving user. A map indicating the destination is displayed on the display unit.

This allows each receiving user to easily know the current position, the positional relationship between the facility such as the fire fighting station, and the vicinity of the fire occurrence site, and the position of the fire-fighting water supply around the fire occurrence site. be able to.
In addition, when performing fire fighting activities, the fire brigade member connects a hose to the fire engine from the fire extinguishing point closest to the fire occurrence site, draws water from the fire extinguishing point to the fire engine, and discharges water. In addition, the amount of water that can be supplied by each fire-fighting water supply (法 cubic meter per minute, total amount 〇 liter, etc.) is different for each fire-fighting water supply, and the number of fire trucks exceeding that amount is: I can't drain the water.
Therefore, if the fire brigade members cannot know in advance which fire-fighting water supplies are still available, there is no time for wasteful work of drawing water to fire-fighting water supplies that have no surplus. There is a risk of spending.
According to the fire information system of the present invention, the water use position information includes information indicating the amount of water that can be supplied for each fire and water consumption rate.
Further, the water use state estimating unit, based on the information indicating the positional relationship between the terminal position information and the water use position information for each fire information sharing terminal and the water supply available amount for each fire protection water included in the water use position information, It is estimated that the water-saving rate is used for the fire-extinguishing activity of this time and whether there is a sufficient supply amount for each water-saving rate.
Then, based on the estimation result of the water use state estimating unit, if there is no surplus in the supply amount of the water-saving rate, the recommendation unit uses a water-saving rate other than the water-supply rate that does not have a sufficient supply amount. Is displayed on the display unit.
This allows the fire brigade members to know in advance which fire-fighting water supplies still have a surplus supply amount, and to avoid wasting water for fire-fighting water supplies that do not have a surplus supply amount. Therefore, the fire extinguishing activities can be performed smoothly.

  As described above, according to the fire information system of the present invention, the targets for which fire extinguishing activities can be performed quickly are not limited, and information between fire brigade members engaged in work other than fire brigade members in various places is provided. Sharing can be properly planned.

In the fire information system of the present invention,
The fire information sharing terminal,
The terminal position information acquired by the terminal position acquisition unit, the terminal position information when each of the fire information sharing terminals receives the current fire information, the reporter position information included in the current fire information, and the acquired A recommendation unit that displays, on the display unit, information that prompts each of the receiving users to go to one of the position indicated by the reporter position information and the position indicated by the municipal position information, based on the positional relationship with the municipal position information. It is preferable to have

  Depending on the location where the fire information was received this time, the facilities such as the fire camp, and the location around the fire site, it would be necessary to go through the fire camp and other facilities before heading to the fire site. In some cases, it may be necessary to go directly to the vicinity of the fire site without going through fire camps or other facilities, as this may delay the initial response. And just by displaying the map showing the dispatch destination this time, each fire brigade member is confused as to whether there is room to go through the fire camp or to go directly around the fire site. It is possible.

  According to the fire information system of the present invention, by the recommendation unit, the terminal position information obtained when each fire information sharing terminal receives the current fire information, obtained by the terminal position obtaining unit, and the reporter included in the current fire information Based on the positional relationship between the location information and the acquired tunnel location information, the display unit displays information that prompts each receiving user to go to either the location indicated by the reporter location information or the location indicated by the tunnel location information. Will be displayed.

  As a result, each receiving user can easily determine whether there is room to go through the fire camp or should go directly to the vicinity of the fire site, so that each receiving user can smoothly carry out fire fighting activities. You can hit the first move.

  As described above, according to the fire information system of the present invention, the initial movement of the fire extinguishing activity of the receiving user is smooth, and the target that can quickly perform the fire extinguishing activity is not limited, and other than the fire brigade members in various places. It is possible to appropriately share information among fire brigade members engaged in duties.

In the fire information system of the present invention,
The dispatch availability information receiving unit, by the receiving user, the information indicating which one of the position indicated by the reporter position information included in the current fire information and the position indicated by the acquired garrison position information, It is configured to accept input of dispatch availability information including
Any of the number of the receiving users who go to the position indicated by the reporter position information included in the current fire information and the number of the receiving users who go to the position indicated by the tunnel position information after receiving the dispatching availability information According to one or both of them, a recommendation unit that displays information that prompts the receiving user to go to one of the position indicated by the reporter position information and the position indicated by the garrison position information is provided on the display unit. Is preferred.

  Each fire station has a limited number of fire trucks, and a fire truck can be driven by a single driver. Therefore, if as many fire brigade members as the number of fire trucks deployed at each fire camp go to the fire site via the fire camp, other fire brigade members should go directly to the fire site. The firefighters can make fire fighting activities more efficient. Conversely, with just firefighters going directly to the fire site, the number of fire brigade members driving the fire engine is insufficient, and firefighting activities may be hindered.

  According to the fire information system of the present invention, the dispatch permission / inhibition information receiving unit determines whether the receiving user dispatches to the position indicated by the reporter position information included in the current fire information or the position indicated by the acquired camp position information. The input of dispatch permission / prohibition information including the information indicating is received.

  Then, according to one or both of the number of the receiving users who go to the position indicated by the reporter position information included in the fire information and the number of the receiving users who go to the position indicated by the camp position information, Information prompting the receiving user to go to one of the position indicated by the reporter position information and the position indicated by the garrison position information is displayed on the display unit.

  As a result, the balance between the number of fire brigade members passing through the fire camp and the number of fire brigade members going directly to the fire occurrence site becomes appropriate, so that the fire brigade members can smoothly engage in fire fighting activities.

  As described above, according to the fire information system of the present invention, the targets for which fire extinguishing activities can be performed quickly are not limited, and information between fire brigade members engaged in work other than fire brigade members in various places is provided. Sharing can be facilitated and appropriate.

The fire information system of the present invention
A fire information system including a plurality of fire information sharing terminals,
Fire report information including reporter location information, which is the location information at the time of the report of the report terminal that reports the occurrence of the fire, and a fire status image, which is an image for reporting the occurrence of the fire, is transmitted to the report. A fire occurrence determination unit that receives from the terminal and determines whether a fire has occurred based on the fire state image,
The fire occurrence determination unit is configured by a classifier that has learned by associating a plurality of fire state images with teacher data indicating the presence or absence of a fire,
When the fire occurrence determination unit determines that a fire has occurred, a current fire information generation unit that generates current fire information including the reporter position information,
A current fire information acquisition unit for acquiring the current fire information,
Terminal identification information for identifying the fire information sharing terminal, and a tunnel position, which is position information of a facility through which a receiving user who is a user of the fire information sharing terminal that has received the fire information this time is dispatched to extinguish a fire. A storage unit that stores information and water use position information that is position information of fire extinguishing water that the receiving user can use for extinguishing the fire,
By referring to the storage unit based on the notifier location information included in the current fire information, to identify the fire information sharing terminal to which the current fire information is to be transmitted, to the identified fire information sharing terminal A fire information transmitting unit that transmits the fire information this time,
Based on the terminal identification information of each fire information sharing terminal identified by the fire information transmission unit, each receiving user from the storage unit to the tunnel position information of the facility through which when going to fire extinguishing activity of the current fire. A municipal information acquisition unit to be acquired,
A water use information acquisition unit that obtains water use water use position information of a fire extinguishing water rate that the receiving user can use for the fire extinguishing activity of the current fire based on the reporter position information included in the current fire information from the storage unit. Prepared,
The fire information sharing terminal,
A terminal position acquisition unit that acquires terminal position information indicating the position of the fire information sharing terminal,
Receiving the current fire information, based on the reporter position information included in the received current fire information and the acquired garrison position information, the irrigation position information, and the terminal position information, A map display unit that displays a map indicating the user's current destination on the display unit,
A dispatch permission / inhibition information receiving unit that receives input of dispatch permission / inhibition information including information indicating whether or not the receiver can be dispatched to the fire extinguishing activity of the current fire,
The dispatch availability information transmitting unit that transmits the accepted dispatch availability information to the other fire information sharing terminal,
Receiving the dispatch availability information from other said fire information sharing terminal, possess a dispatch availability information display unit for displaying the information contained in the dispatch availability information thus received on the display unit,
The water use position information includes information indicating a suppliable amount of water for each fire-fighting water supply amount,
The terminal position information for each of the fire information sharing terminals acquired by the terminal position acquisition unit and the positional relationship between the acquired water use position information and the supply of water for each fire-fighting water rate included in the water use position information. A water use state estimating unit for estimating which of the fire extinguishing rates is used for the present fire extinguishing activity and whether or not the supplyable amount for each of the fire extinguishing rates has a margin based on the information indicating the possible amount. ,
Based on the estimation result of the water use state estimating unit, if there is no margin in the suppliable amount of any of the water proofing rates, it is urged to use a water proofing rate other than the water proofing rate having no surplus in the suppliable amount. characterized in that it have a recommendation section for displaying information on the display unit.

  According to the fire information system of the present invention, the fire occurrence judging unit can notify the notifier location information that is the position information at the time of the notification of the notification terminal that notifies the occurrence of the current fire, and notify the occurrence of the current fire. The fire notification information including the fire state image which is the image of the above is received from the notification terminal, and it is determined whether or not a fire has occurred based on the fire state image.

  As a result, even without installing an automatic alarm device at a facility located in the area under the jurisdiction of the fire brigade, the caller could obtain the location information and take a picture through a general-purpose device such as a smartphone that can capture images. Can be notified of the occurrence of fire, so there is no limitation on the objects to which the fire brigade can be quickly fire-fighted after receiving the notification of fire occurrence.

  Further, the fire occurrence determination unit is configured by a classifier that has learned by associating a plurality of fire state images with teacher data indicating whether a fire has occurred or not. When it is determined that a fire has occurred, the current fire information including the reporter location information is generated. Therefore, whether or not a fire has occurred can be automatically determined, and the reliability of the determination is high. The whistleblower is likely to have reported from a place where the fire scene can be seen. Therefore, it is possible to share the highly reliable information of the fire occurrence and the highly accurate location around the fire occurrence site among the users of the fire information sharing terminal that has received the fire information this time.

  In addition, each fire brigade may have a very large area under the jurisdiction, so each fire brigade member will receive the fire information this time and the location where they are, The firefighting team's first firefighting activities were delayed because the location of fire camps and other facilities and the surrounding area of the fire was not known or the location of the firefighting area around the fire site was unknown. May cause.

  According to the present invention, the fire information transmitting unit refers to the storage unit based on the reporter location information included in the current fire information, specifies the fire information sharing terminal to which the current fire information is to be transmitted, and The current fire information is transmitted to the fire information sharing terminal that has been set.

  In addition, based on the terminal identification information of each fire information sharing terminal identified by the fire information transmitting unit, the tunnel information acquisition unit, the tunnel position information of the facility through which each receiving user goes to fire extinguishing activities of this fire Is obtained from the storage unit, and the water use information obtaining unit obtains the water use water use position information of the fire extinguishing water that can be used by the receiving user for the fire extinguishing activity of the current fire based on the reporter position information included in the current fire information from the storage unit. Is obtained.

  Then, based on the notifier location information included in the current fire information received by the fire information sharing terminal received by the fire information sharing terminal, and the acquired municipal location information, irrigation location information, and terminal location information, the map display unit determines the current time of the receiving user. A map indicating the destination is displayed on the display unit.

Accordingly, each receiving user can easily know the current position, the positional relationship between the facility such as the fire fighting station, and the vicinity of the fire occurrence site, and the position of the fire-fighting water supply around the fire occurrence site. be able to.
In addition, when performing fire fighting activities, the fire brigade member connects a hose to the fire engine from the fire extinguishing point closest to the fire occurrence site, draws water from the fire extinguishing point to the fire engine, and discharges water. In addition, the amount of water that can be supplied by each fire-fighting water supply (法 cubic meter per minute, total amount 〇 liter, etc.) is different for each fire-fighting water supply, and the number of fire trucks exceeding that amount is: I can't drain the water.
Therefore, if the fire brigade members cannot know in advance which fire-fighting water supplies are still available, there is no time for wasteful work of drawing water to fire-fighting water supplies that have no surplus. There is a risk of spending.
According to the fire information system of the present invention, the water use position information includes information indicating the amount of water that can be supplied for each fire and water consumption rate.
Further, the water use state estimating unit, based on the information indicating the positional relationship between the terminal position information and the water use position information for each fire information sharing terminal and the water supply available amount for each fire protection water included in the water use position information, It is estimated that the water-saving rate is used for the fire-extinguishing activity of this time and whether there is a sufficient supply amount for each water-saving rate.
Then, based on the estimation result of the water use state estimating unit, if there is no surplus in the supply amount of the water-saving rate, the recommendation unit uses a water-saving rate other than the water-supply rate that does not have a sufficient supply amount. Is displayed on the display unit.
This allows the fire brigade members to know in advance which fire-fighting water supplies still have a surplus supply amount, and to avoid wasting water for fire-fighting water supplies that do not have a surplus supply amount. Therefore, the fire extinguishing activities can be performed smoothly.

  As described above, according to the fire information system of the present invention, the targets for which fire extinguishing activities can be performed quickly are not limited, and information between fire brigade members engaged in work other than fire brigade members in various places is provided. Sharing can be properly planned.

FIG. 1 is a block diagram showing the overall configuration of a fire information system. 9 is a table showing an example of a table used for processing by the fire information system. 9 is a table showing an example of a table used for processing by the fire information system. 9 is a table showing an example of a table used for processing by the fire information system. 9 is a table showing an example of a table used for processing by the fire information system. 9 is a table showing an example of a table used for processing by the fire information system. 9 is a flowchart illustrating an outline of processing of the entire fire information system. The figure which shows the display content of a fire information system. The figure which shows the display content of a fire information system. The figure which shows the display content of a fire information system. The figure which shows the display content of a fire information system. The figure which shows the display content of a fire information system. FIG. 4 is a block diagram showing a modification of the overall configuration of the fire information system. 9 is a flowchart illustrating an outline of a modified example of the processing of the fire information system.

  The fire information system according to the present embodiment will be described with reference to the drawings. In addition, about the same structure, the same code | symbol is attached | subjected and description may be abbreviate | omitted.

<Fire information system configuration>
The fire information system of the present embodiment includes a server 10 and a plurality of fire information sharing terminals 30 as shown in FIG.

  The server 10 is, for example, a computer including a server control unit 110 and a storage unit 130. The server 10 may be configured by a single computer, or may be configured by a plurality of computers.

  The server control unit 110 includes an arithmetic processing unit such as a CPU (Central Processing Unit), a memory, and an I / O (Input / Output) device. The server control unit 110 reads and executes a predetermined program, thereby functioning as the current fire information acquisition unit 111, the fire information transmission unit 113, the camp information acquisition unit 115, and the water use information acquisition unit 117, or furthermore, the recommendation unit 119. And functions as the water use state estimation unit 121.

  The storage unit 130 includes a storage device such as a ROM (Read Only Memory), a RAM (Random Access Memory), and a HDD (Hard Disk Drive).

  The storage unit 130 stores the terminal identification information for identifying the fire information sharing terminal 30 in the terminal identification information database (DB) 131, and the receiving user who is the user of the fire information sharing terminal 30 that has received the fire information 50b this time performs the fire extinguishing. The location information of the municipal station, which is the location information of the facility to be dispatched, is stored in the tunnel location information DB 133, and the location information of the water use, which is the location information of the fire extinguishing water that the receiving user can use to extinguish the fire, is provided by the water location information DB 135. And the processing result of the server control unit 110 is recorded.

  The terminal identification information DB 131 stores, for example, as shown in FIG. 2A, a table in which terminal identification information 1311 of each fire information sharing terminal 30 and a jurisdiction ID 1313 for identifying a jurisdiction area are stored in association with each other. And a table in which each jurisdiction ID 1313 and a latitude / longitude range 1315 indicating the range of the area under the jurisdiction are stored in association with each other.

  The municipal location information DB 133 includes, for example, a table in which terminal identification information 1311 and a municipal ID 1317 for identifying a tunnel are stored in association with each other, as shown in FIG. 2C, for example, and a tunnel ID 1317 as shown in FIG. And a table in which tunnel position information 1319, which is the latitude and longitude of the tunnel, is stored in association with each other.

  In the water use position information DB 135, for example, as shown in FIG. 2E, a water use ID 1321 for identifying the water supply, water use position information 1323 that is the latitude and longitude of the water use, and information indicating the amount of water that can be supplied for each water use. A table is stored in which the supply amount information 1325 and maintenance information 1327 including the state of failure and the like in the case of failure are stored in association with each other.

  The current fire information acquisition unit 111 is the location information at the time of the report of the reporter, which is specified by back-detecting the telephone line of the telephone 90 such as the fixed telephone and the mobile phone of the reporter who reports the occurrence of the current fire. The current fire information 50a including the caller location information 510 is acquired from the facility 70 having the reverse detection device 710 such as a communication command room of a fire department. The reverse detection device 710 has a reverse detection unit 712, and the reverse detection unit 712 performs reverse detection on the telephone line of the telephone 90 of the reporter who reports the occurrence of the fire at the time of reporting the reporter. Reverse detection of location information.

  The fire information transmitting unit 113 refers to the terminal identification information database (DB) 131 of the storage unit 130 based on the reporter position information 510 included in the current fire information 50a, and transmits the fire information to which the current fire information 50b is to be transmitted. The shared terminal 30 is specified, and the current fire information 50b is transmitted to the specified fire information shared terminal 30.

  The municipal information acquisition unit 115 determines the location of the municipal station through which each receiving user goes to fire extinguishing this time based on the terminal identification information of each fire information sharing terminal 30 specified by the fire information transmitting unit 113. The information is obtained from the tunnel information DB 133 of the storage unit 130.

  The water use information acquisition unit 117 stores the water use water use position information of the fire extinguishing water that the receiving user can use for the fire extinguishing activity of the current fire based on the reporter position information 510 included in the current fire information 50a. Obtained from the DB 135.

  The recommendation unit 119 obtains the terminal position information when each fire information sharing terminal 30 receives the current fire information 50 acquired by the terminal position acquisition unit 311, the reporter position information 510 included in the current fire information 50 b, Based on the positional relationship with the camp location information 520 acquired by the camp information acquisition unit 115, each receiving user is urged to go to one of the location indicated by the reporter location information 510 and the location indicated by the tunnel location information 520. The information is displayed on the display unit 330.

  In addition, based on the estimation result of the water state estimating unit 121, the recommendation unit 119, when there is no margin in the supply amount of any of the water supply and drainage rates, sets the water supply and drainage rate other than the water supply and drainage rate with no excess in the supplyable amount. Information prompting the use is displayed on the display unit 330 of the fire information sharing terminal 30.

  The water use state estimating unit 121 is a positional relationship between the terminal position information for each fire information sharing terminal 30 acquired by the terminal position acquisition unit 311 of the fire information sharing terminal 30 and the water use position information acquired by the water use information acquisition unit 117. And, based on the information indicating the water supply amount for each fire protection rate included in the water usage position information, which fire protection rate is used for this firefighting activity, and the supply capacity for each fire protection rate has a margin. Estimate whether there is.

  Each of the plurality of fire information sharing terminals 30 is a mobile terminal such as a smartphone or a tablet terminal, each of which includes a terminal control unit 310, a display unit 330, and an input unit 350.

  The terminal control unit 310 includes an arithmetic processing unit such as a CPU (Central Processing Unit), a memory, and an I / O (Input / Output) device. The terminal control unit 310 reads and executes a predetermined program, so that the terminal position acquisition unit 311, the map display unit 313, the dispatch availability information reception unit 315, the dispatch availability information transmission unit 317, and the dispatch availability information display unit 319 are provided. Function.

  The terminal position acquisition unit 311 acquires terminal position information indicating the position of the fire information sharing terminal 30.

  The map display unit 313 receives the current fire information 50b, the reporter location information 510 included in the received current fire information 50b, the tunnel location information 520 acquired by the tunnel information acquisition unit 115, and the water use information acquisition unit. Based on the irrigation location information 530 and the terminal location information acquired by 117, a map indicating the current destination of the receiving user is displayed on the display unit 330.

  In the present embodiment, as shown in FIG. 1, the tunnel information acquisition unit 115 and the water use information acquisition unit 117 are provided in the server 10, and the tunnel position information 520 and the water use position information 530 are included in the current fire information 50b. And transmitted to the fire information sharing terminal 30.

  The dispatch permission / inhibition information receiving unit 315 receives the input of the dispatch permission / inhibition information including information indicating whether or not the receiving user can be dispatched to the fire extinguishing activity this time.

  Alternatively, the dispatch availability information receiving unit 315 determines whether the receiving user will be dispatched to the position indicated by the reporter position information 510 included in the current fire information 50 or the position indicated by the tunnel position information acquired by the tunnel information acquiring unit 115. Is configured to receive input of dispatch permission / prohibition information including information indicating the following.

  Note that, in this case, the recommendation unit 119 of the server 10 receives the dispatch permission / prohibition information, and sets the number of receiving users who go to the position indicated by the reporter position information 510 included in the fire information 50 this time and the position indicated by the municipal position information. The display unit displays information that prompts the receiving user to go to one of the position indicated by the reporter position information 510 and the position indicated by the garrison position information in accordance with one or both of the number of receiving users to be dispatched. It is configured to be displayed at 330.

  The dispatch availability information transmitting unit 317 transmits the dispatch availability information received by the dispatch availability information receiving unit 315 to another fire information sharing terminal 30.

  The dispatch availability information display unit 319 receives the dispatch availability information from another fire information sharing terminal 30 and causes the display unit 330 to display information included in the received dispatch availability information.

  The display unit 330 is a device that displays various types of information to a receiving user, and is, for example, a liquid crystal display or an organic EL display.

  The input unit 350 is a device that receives input of various types of information from a receiving user, and is, for example, a touch panel.

<Processing contents of fire information system>
First, the outline of the processing of the fire information system will be described with reference to FIG. In performing the following series of processes, terminal identification information for identifying the fire information sharing terminal 30 is received in the terminal identification information DB 131 of the storage unit 130 of the fire information system, and the current fire information 50 is received in the tunnel location information DB 133. When the receiving user who is the user of the fire information sharing terminal 30 that has been dispatched to extinguish the fire, the municipal location information that is the location information of the facility through which the receiving user uses to extinguish the fire is stored in the water use location information DB 135. Water-use position information, which is the position information of the fire-fighting and water-supply rate, is stored in advance.

  The fire information system starts processing when the fire information 50a this time is transmitted to the server 10 from the facility 70 having the reverse detection device 710, for example.

  When the fire information system starts the process, first, the server 10 executes a current fire information acquisition process (FIG. 3 / S100).

  Then, a fire information transmission process is executed (FIG. 3 / S200). In the present embodiment, as a process in the fire information transmission process, a municipal information acquisition process (FIG. 3 / S300) and a water use information acquisition process (FIG. 3 / S400) are executed.

  After that, in the fire information sharing terminal 30 that has received the fire information 50b this time from the server 10, terminal position information acquisition processing (FIG. 3 / S500) and map display processing (FIG. 3 / S600) are executed.

  In the meantime, if necessary, the terminal information at the time of reception indicating the position at which the fire information sharing terminal 30 has received the fire information 50b this time is transmitted to the server 10, and the server 10 performs the recommendation processing (S700 in FIG. 3) and the water usage. State estimation processing (FIG. 3 / S800) is executed. In the present embodiment, a water use state estimation process is executed as a process in the recommendation process.

  Subsequently, in the fire information sharing terminal 30, the dispatch permission / inhibition information reception processing (FIG. 3 / S900), the dispatch permission / inhibition information transmission processing (FIG. 3 / S1000), and the dispatch permission / inhibition information display processing (FIG. 3 / S1100) are executed. A series of processes in the information system ends.

  Note that the fire information system may be configured to repeatedly execute the processing of S500 to S800 until, for example, information indicating that the fire has been extinguished is input by the receiving user or the like. Next, each process will be described.

<This time fire information acquisition processing>
When the process is started, the fire information acquisition unit 111 performs reverse detection of the telephone line of the telephone 90 such as the fixed telephone and the mobile phone of the reporter who reports the occurrence of the fire at the time of the start of the process, and The current fire information 50a including the reporter position information 510, which is the position information, is acquired from the facility 70 having the reverse detection device 710, such as a communication command room of a fire department, and the process ends.

<Fire information transmission processing>
Upon starting the process, the fire information transmitting unit 113 refers to the storage unit 130 based on the reporter location information 510 included in the current fire information 50a, and specifies the fire information sharing terminal 30 to which the current fire information 50b is to be transmitted. I do.

  For example, first, the fire information transmitting unit 113 refers to the table as shown in FIG. 2B included in the terminal identification information DB 131 based on the reporter position information 510 included in the current fire information 50a, and It recognizes which latitude and longitude range 1315 the indicated latitude and longitude correspond to, and recognizes which jurisdiction ID is associated with the corresponding latitude and longitude range 1315.

  Then, based on the recognized jurisdiction ID 1313, the fire information transmission unit 113 refers to a table as shown in FIG. 2 included in the terminal identification information DB 131 and transmits the terminal identification information 1311 associated with the jurisdiction ID 1313. By extracting, the fire information sharing terminal 30 to which the fire information 50b is to be transmitted this time is specified.

  That is, for example, if the recognized jurisdiction ID 1313 is “A”, in the present embodiment, the fire information in which the terminal identification information 1311 associated with the jurisdiction ID 1313 of “A” is “A01” and “A02” The shared terminal 30 is specified by the fire information transmitting unit 113 as the fire information shared terminal 30 to which the fire information 50b is to be transmitted this time.

  Then, the fire information transmitting unit 113 causes the tunnel information obtaining unit 115 to execute the tunnel information obtaining process and the water usage information obtaining unit 117 to execute the water usage information obtaining process. The municipal location information 520 and the irrigation location information 530 acquired as a result of the processing and the irrigation information acquisition processing are added, and the fire information 50b is transmitted this time to the fire information sharing terminal 30 specified above, and the processing ends. I do.

<Tunnel information acquisition processing>
When the process is started, the municipal information acquisition unit 115 starts the process when each receiving user is dispatched to the fire extinguishing activity based on the terminal identification information 1311 of each fire information sharing terminal 30 specified by the fire information transmitting unit 113. The garrison location information of the facility to be acquired is obtained from the garrison information DB 133 of the storage unit 130, and the process is terminated.

  For example, based on the terminal identification information 1311 of each of the fire information sharing terminals 30 specified by the fire information transmitting unit 113, the garrison information acquisition unit 115 refers to a table such as that shown in FIG. Then, the terminal identification information 1311 recognizes which tunnel ID 1317 corresponds. Then, the garrison information acquisition section 115 refers to a table such as that shown in FIG. 2D based on the garrison ID 1317 and acquires the municipal location information 1319 associated with the garrison ID 1317.

<Water use information acquisition processing>
When starting the process, the water use information acquisition unit 117 stores the water use water use position information of the fire extinguishing water that the receiving user can use for the fire extinguishing activity of the current fire based on the reporter position information 510 included in the current fire information 50a. The processing is completed by acquiring from the irrigation position information DB 135 of FIG.

  The water use information acquisition unit 117 refers to a table as shown in FIG. 2E included in the water use position information DB 135 based on the reporter position information 510 included in the current fire information 50a, for example, and calculates a distance from the reporter position information 510. Is obtained within a predetermined range (for example, within 50 m; the value can be set as appropriate).

  Alternatively, for example, the water use information acquisition unit 117 refers to a table as shown in FIG. 2E included in the water use position information DB 135 based on the reporter position information 510 included in the current fire information 50a, and is close to the reporter position information 510. The water position information of a predetermined number of water positions at the position may be acquired.

<Terminal position acquisition processing>
When the process is started, the terminal position acquisition unit 311 acquires the latitude and longitude of the fire information sharing terminal 30 as terminal position information, and ends the process.

  Alternatively, the terminal position acquisition unit 311 starts the terminal position acquisition processing and then inputs the current information of the fire information sharing terminal 30 to the fire information system until information indicating that the fire has been extinguished is input to the fire information system. Current terminal position information indicating the latitude and longitude is obtained and transmitted to the server 10 and the other fire information sharing terminals 30 repeatedly at a predetermined cycle.

<Map display processing>
When the processing is started, the map display unit 313 receives the current fire information 50b, the reporter position information 510 included in the received current fire information 50b, and the tunnel position information 520 acquired by the tunnel information acquisition unit 115. Based on the water position information 530 and the terminal position information acquired by the water information acquisition unit 117, a map as shown in FIG. finish.

  As shown in FIG. 4, the map includes a display 701 indicating whether or not a fire has occurred. If the current fire information 50b includes detailed information on the current fire, the display is included. A display 703 indicating detailed information of the current fire, a site position display 705 indicating a position of a fire site based on the reporter position information 510, and a position of a fire extinguisher that can be used for the present fire extinguishing activity based on the water position information 530. A water station position display 707 indicating the position of the municipal station based on the turret position information 520, a fire engine position display 711 indicating the current position of the fire engine, a user indicating the current position of the receiving user based on the terminal position information at the time of reception The current position display 713 is displayed.

  The display 701 indicating whether or not a fire has occurred is displayed, for example, in red when a fire has occurred and in green when no fire has occurred.

  The site position display 705 displays a plurality of (for example, three) concentric circles around the position indicated by the reporter position information 510. The interval between the concentric circle lines is adjusted to be, for example, 100 m.

  In addition to these pieces of information, the map includes a current location button 714 for switching the map so that the user current location display 713 is displayed at the center of the display section 330, and a site location display 705 as shown in FIG. A fire place button 715 for switching the map so as to be displayed in the center of 330, a background switching button 717 for switching the background of the map between the aerial photograph and the other background map, and a display on the display unit 330 on a screen for displaying other than the above map Is switched, a map button 719 for displaying the map on the display unit 330, a new arrival information button 721 for displaying new arrival information for the receiving user, a member's current button 723 for displaying information on other receiving users, Message button 725 for switching to a screen that allows users to send and receive messages, A setting button 727 for switching to a screen for displaying and changing various settings and the like of the shared terminal 30 and an instruction button 729 for switching to a screen for transmitting an instruction regarding the current fire to another receiving user and transmitting the instruction, a receiving user Button 733 for switching to a screen (for example, the screen shown in FIG. 5A) for accepting the input of the dispatch permission / non-permission information, and a fire truck position display according to the terminal position information of the fire information sharing terminal 30 of the receiving user who is the driver of the fire truck. A vehicle state change button 735 for changing or fixing the display position in the map 711 is displayed.

  When a plurality of fires occur simultaneously at different positions, a plurality of fire place buttons 715 are displayed. When the message button 725 is pressed, a screen is displayed on which a message for information sharing by chat between the receiving users, a message for instructing the receiving users to leave at once, and the like can be sent and received. In FIG. 4, the response button 733 is displayed in a transparent manner to indicate that the receiving user has already entered the dispatch permission / inhibition information and cannot operate the response button 733. Similarly, in FIG. 4, the vehicle state change button 735 is displayed in a transparent manner to indicate that the receiving user is not a fire engine driving vehicle and cannot be operated by the vehicle state change button 735.

<Recommended processing>
When the recommendation unit 119 starts the process, the terminal position information when each fire information sharing terminal 30 receives the current fire information acquired by the terminal position acquisition unit 311 and the reporter position included in the current fire information 50b are acquired. Based on the positional relationship between the information 510 and the municipal location information 520 acquired by the tunnel information acquiring unit 115, each receiving user is dispatched to one of the location indicated by the reporter location information 510 and the location indicated by the tunnel location information 520. The information prompting the user to do so is displayed on the display unit 330.

  That is, for example, the recommendation unit 119 obtains a route when each receiving user has moved from the position indicated by the terminal position information to the position indicated by the reporter position information 510 via the position indicated by the tunnel position information 520, and Calculate the distance when the receiving user moves to the position indicated by the caller location information 510 along the route, or if the normal transportation mode of each receiving user is stored in the storage unit 130, the required moving distance is calculated. When the time is calculated and the distance or the required time is equal to or more than the predetermined value, the information 751 prompting the receiving user to move directly to the position indicated by the reporter position information 510 as shown in FIG. 5B, for example. Is displayed on the display unit 330.

  Alternatively, for example, if the position indicated by the terminal position information is very close to the position indicated by the tunnel position information 520 (for example, several hundred meters or the like), the recommendation unit 119 provides the receiving user with the tunnel position information 520. Information (not shown) that prompts the user to move directly to the position indicated by reporter position information 510 via the indicated position is displayed on display unit 330.

  Then, the recommendation unit 119 receives the dispatching availability information, and the number of receiving users who go to the position indicated by the reporter location information 510 included in the current fire information 50 and the number of receiving users who go to the location indicated by the municipal location information. According to one or both of the above, the display unit 330 displays information that prompts the receiving user to go to one of the position indicated by the reporter position information 510 and the position indicated by the garrison position information.

  That is, for example, the number of fire trucks for each fire station is stored in the camp position DB 133, and for example, one person per fire engine needs to go to the camp when a fire occurs, according to the number of fire trucks. Based on the calculation formula, calculate the number of people who should head to each fire station when a fire occurs (for example, two people if there are two fire trucks) and transmit information indicating that they will be dispatched to the position indicated by the station information. When the calculated number of persons has reached the calculated number of persons, for example, as shown in FIG. 5C, information 753 for urging the user to directly move to the position indicated by the reporter position information 510 is displayed on the display unit 330.

  In addition, based on the estimation result of the water state estimating unit 121, the recommendation unit 119, when there is no margin in the supply amount of any of the water supply and drainage rates, sets the water supply and drainage rate other than the water supply and drainage rate with no excess in the supplyable amount. Information prompting the use is displayed on the display unit 330 of the fire information sharing terminal 30.

  That is, for example, as shown in FIG. 6, the recommendation unit 119 displays, on the water-use position display 707 indicating the position of the water-repellent water supply having no sufficient amount of supply, a cross mark indicating that there is no sufficient amount of the water-supply-supplyable water supply. By superimposing and displaying 731, information that prompts the user to use a fire protection rate other than the fire protection rate that does not have a sufficient supply amount is displayed on the display unit 330 of the fire information sharing terminal 30.

<Water use state estimation processing>
When starting the process, the water use state estimating unit 121 determines the terminal position information for each fire information sharing terminal 30 acquired by the terminal position acquisition unit 311 of the fire information sharing terminal 30 and the water use position information acquired by the water use information acquisition unit 117. Based on the positional relationship between the water supply and the water supply rate information included in the water supply position information, indicating which water supply rate is used for the fire extinguishing activity this time, and the water supply rate for each water supply rate Estimate whether there is enough room.

  More specifically, the water use state estimating unit 121 obtains, for example, the location indicated by the terminal position information for each fire information sharing terminal 30 obtained by the terminal position obtaining unit 311 of the fire information sharing terminal 30 and the water usage information obtaining unit 117. If the distance from the location indicated by the obtained water use position information is equal to or less than a predetermined value (eg, 5 m or less) for a predetermined time (eg, 1 minute), the user owns the fire information sharing terminal 30. The receiving user determines that one hose is connected to the water-repellent water located at the location indicated by the water-use position information, and estimates that the water-repellent water is used (one hose is connected), Remember how many hoses are currently connected.

  Then, the water use state estimating unit 121 refers to, for example, the available water supply water supply amount information 1325 estimated to be used, and determines the number of bottles based on the size of the caliber or the supply amount of water per minute. It is calculated whether water can be supplied by connecting a hose, and when the number of hoses connected to the water-saving rate stored above reaches the calculation result, it is estimated that there is no room in the supplyable amount.

<Dispatching information reception processing>
When the process is started, the dispatching availability information receiving unit 315 displays a display 741 as shown in FIG. 5A on the display unit 330 to display information indicating whether or not the receiving user can be dispatched to the current fire extinguishing activity. Processing is performed upon receiving input of dispatch permission / inhibition information including information indicating which one of the position indicated by the reporter position information 510 included in the fire information 50 and the position indicated by the turret position information acquired by the turret information acquisition unit 115. To end.

  That is, the dispatch availability information receiving unit 315 receives information indicating that the receiving user will be dispatched to the position indicated by the tunnel position information when the button 743 is pressed to the tunnel, and when the button 745 is pressed to the site. Receives the information indicating that the receiving user will be dispatched to the position indicated by the reporter location information, and if the absence button 747 or the out of jurisdiction button 749 is pressed, the receiving user can be dispatched to the fire extinguishing activity of the current fire Is received.

<Transmission availability information transmission processing>
When the process is started, the dispatch availability information transmitting unit 317 transmits the dispatch availability information received by the dispatch availability information receiving unit 315 to another fire information sharing terminal 30, and ends the process. It should be noted that the outgoing availability information transmitting unit 317 may directly transmit the outgoing availability information to another fire information sharing terminal 30, or may transmit the outgoing availability information to the other fire information sharing terminal 30 via the server 10. You may.

<Dispatching information display processing>
When the process is started, the dispatch availability information display unit 319 receives the dispatch availability information from another fire information sharing terminal 30, displays the information included in the received dispatch availability information on the display unit 330, and ends the process. .

  In the present embodiment, the dispatch availability information display unit 319 causes the display unit 330 to display information included in the dispatch availability information received when the member's current button 723 is pressed.

  If the storage unit 130 stores information on whether each receiving user can use the pump and information on whether or not he / she can drive a car, the dispatch availability information display unit 319 stores these information. And displays it on the display unit 330 together with the information included in the dispatch availability information.

<Other embodiments>
As above, an example of the embodiment of the fire information system of the present invention has been described, but the embodiment of the fire information system of the present invention is not limited to this.

  In another embodiment, the current fire information acquisition unit 111 receives the current fire information 50a from the facility 75 having the image analysis device 750, as shown in FIG. The image analysis device 750 includes a fire occurrence determination unit 757 and a current fire information generation unit 759.

  The fire occurrence determining unit 757 includes a reporter position information, which is position information at the time of the report of the report terminal 95 that reports the present fire, and a fire state image, which is an image for reporting the present fire. Is received from the notification terminal 95, and the presence or absence of a fire is determined based on the fire state image.

  Note that the fire occurrence determination unit 757 is configured by an identifier that has been learned by associating a plurality of fire state images with teacher data indicating whether a fire has occurred.

  That is, when receiving a fire state image included in the fire notification information received from the notification terminal 95 as an input, the fire occurrence determination unit 757 determines whether or not a fire has occurred and outputs the determination result.

  The current fire information generation unit 759 generates current fire information including the reporter position information when the fire occurrence determination unit 757 determines that a fire has occurred. Then, the current fire information acquisition unit 111 of the server 10 acquires the current fire information generated by the current fire information generation unit 759.

<Processing contents in other embodiments>
Hereinafter, an outline of processing by the fire information system including the image analysis device 750 will be described with reference to FIG.

  The fire information system starts processing when fire notification information is transmitted from the notification terminal 95, for example.

  When the fire information system starts processing, first, the image analysis device 750 receives the current notification (FIG. 8 / S10). Then, a fire occurrence determination process is executed (FIG. 8 / S30), and a current fire information generation process (FIG. 8 / S50) is executed. Subsequent processing is as described above, and a description thereof will be omitted. Next, each process will be described.

<Fire occurrence judgment processing>
The fire occurrence determination unit 757 includes, when the process is started, the reporter position information that is the position information at the time of the report of the report terminal 95 that reports the present fire occurrence, and an image for reporting the current fire occurrence. The fire notification information including the fire state image is received from the notification terminal 95, the presence or absence of a fire is determined based on the fire state image, and the process ends.

  That is, the fire occurrence determination unit 757 receives a fire state image included in the fire notification information received from the notification terminal 95 as an input, and functions as an identifier that determines whether a fire has occurred based on the fire state image. The result of the determination is output.

<This time fire information generation processing>
If the fire occurrence determination unit 757 determines that a fire has occurred when the process is started, the fire information generation unit 759 generates current fire information including the reporter position information, and ends the process.

  As described above, according to the fire information system of the present invention, targets that can quickly perform a fire extinguishing activity are not limited, and among fire brigade members engaged in work other than fire brigade members in various places. It is possible to provide a fire information system capable of appropriately sharing information on the fire.

  As described above, the embodiment of the present invention has been described, but the present invention is not limited to this. Various changes can be made without departing from the spirit of the present invention.

  For example, the water use information acquisition unit 117 stores the water use water use position information of the fire extinguishing water that the receiving user can use for the fire extinguishing activity of the current fire based on the reporter position information 510 included in the current fire information 50a. When acquiring from the information DB 135, the maintenance information 1327 for each fire extinguishing and waterproofing rate may be acquired at the same time. In this case, the maintenance information 1327 is included in the current fire information 50b and transmitted to the fire information sharing terminal 30, and the map display unit 313 of the fire information sharing terminal 30 that has received the current fire information 50b including the maintenance information 1327 includes: With reference to the maintenance information 1327, it is configured such that the water-proof water usage whose availability is “impossible” is not displayed on the map or is displayed together with information indicating that the water-proof water usage is unusable, such as a cross. You.

  In addition, the fire information system of the present invention accepts input by the operator of information such as whether or not use is possible for each water-saving and water-repellent rate, and if a failure has occurred, the maintenance information is stored in the water-use position information DB 135 of the storage unit 130. It is configured to be stored as information 1327.

  The operator displays a map, for example, in a situation in which no fire has occurred, and presses a water use position display 707 indicating the position of the water-repellent water in the map. The operator inputs information such as whether or not a failure has occurred and, if there is a failure, the state of the failure. At the same time, the fire information system may be configured so that the operator can input information such as the type, model, caliber, inspector, and inspection date of the fire-fighting and waterproofing water. Furthermore, it may be configured such that concentric circles centering on the positions of the respective fire-fighting and waterproofing parts can be displayed on the screen. Thereby, for example, since the distance from the fire hydrant is too large, the operator can confirm a place where there is a possibility that the fire engine cannot extinguish the fire even if the hose is connected.

  Alternatively, for example, the dispatch permission / non-permission information receiving unit 315 receives the input of information indicating a required time (for example, 5 minutes, 10 minutes, or the like) required by the receiving user to move to the position indicated by the reporter position information 510. It may be configured.

  In the above description, the embodiment in which the server 10 has the municipal information acquisition unit 115 and the water use information acquisition unit 117 has been described, but the invention is not limited to this.

  That is, for example, the fire information sharing terminal 30 may include the municipal information acquisition unit 115 and the water use information acquisition unit 117. In this case, the tunnel information acquiring unit 115 and the water use information acquiring unit 117 of the fire information sharing terminal 30 refer to the storage unit 130 of the server 10 to acquire the tunnel position information and the water use position information. Alternatively, the municipal location information and the irrigation location information are stored in the storage area of the fire information sharing terminal 30 in advance, and the tunnel information acquisition unit 115 and the irrigation information acquisition unit 117 of the fire information sharing terminal 30 transmit Position information and water use position information may be acquired.

  Further, according to the present invention, the present invention can also be applied as an information system for requesting dispatch to members of the flood defense team in the event of flood damage as well as information sharing among the members of the flood defense team.

  Reference numeral 30: Fire information sharing terminal, 111: Current fire information acquisition unit, 113: Fire information transmission unit, 115: Tunnel information acquisition unit, 117: Water use information acquisition unit, 119: Recommendation unit, 121: Water use state estimation unit, 130 ... Storage unit, 311: Terminal position acquisition unit, 313: Map display unit, 315: Outgoing availability information receiving unit, 317 ... Outgoing availability information transmission unit, 319 ... Outgoing availability information display unit, 757: Fire occurrence determination unit, 759: This time Fire information generation unit.

Claims (4)

A fire information system including a plurality of fire information sharing terminals,
Obtain the current fire information including the caller location information, which is the location information at the time of the report of the reporter identified by reverse-detecting the telephone line of the reporter's telephone that reports the occurrence of the current fire Department and
Terminal identification information for identifying the fire information sharing terminal, and a tunnel position, which is position information of a facility through which a receiving user who is a user of the fire information sharing terminal that has received the fire information this time is dispatched to extinguish a fire. A storage unit that stores information and water use position information that is position information of fire extinguishing water that the receiving user can use for extinguishing the fire,
By referring to the storage unit based on the notifier location information included in the current fire information, to identify the fire information sharing terminal to which the current fire information is to be transmitted, to the identified fire information sharing terminal A fire information transmitting unit that transmits the fire information this time,
Based on the terminal identification information of each fire information sharing terminal identified by the fire information transmission unit, each receiving user from the storage unit to the tunnel position information of the facility through which when going to fire extinguishing activity of the current fire. A municipal information acquisition unit to be acquired,
A water use information acquisition unit that obtains water use water use position information of a fire extinguishing water rate that the receiving user can use for the fire extinguishing activity of the current fire based on the reporter position information included in the current fire information from the storage unit. Prepared,
The fire information sharing terminal,
A terminal position acquisition unit that acquires terminal position information indicating the position of the fire information sharing terminal,
Receiving the current fire information, based on the reporter position information included in the received current fire information and the acquired garrison position information, the irrigation position information, and the terminal position information, A map display unit that displays a map indicating the user's current destination on the display unit,
A dispatch permission / inhibition information receiving unit that receives input of dispatch permission / inhibition information including information indicating whether or not the receiver can be dispatched to the fire extinguishing activity of the current fire,
The dispatch availability information transmitting unit that transmits the accepted dispatch availability information to the other fire information sharing terminal,
Receiving the dispatch availability information from other said fire information sharing terminal, possess a dispatch availability information display unit for displaying the information contained in the dispatch availability information thus received on the display unit,
The water use position information includes information indicating a suppliable amount of water for each fire-fighting water supply amount,
The terminal position information for each of the fire information sharing terminals acquired by the terminal position acquisition unit and the positional relationship between the acquired water use position information and the supply of water for each fire-fighting water rate included in the water use position information. A water use state estimating unit for estimating which of the fire extinguishing rates is used for the present fire extinguishing activity and whether or not the supplyable amount for each of the fire extinguishing rates has a margin based on the information indicating the possible amount. ,
Based on the estimation result of the water use state estimating unit, if there is no margin in the suppliable amount of any of the water proofing rates, it is urged to use a water proofing rate other than the water proofing rate having no surplus in the suppliable amount. fire information system, characterized by have a recommending unit to display information on the display unit. The fire information system according to claim 1,
The fire information sharing terminal,
The terminal position information acquired by the terminal position acquisition unit, the terminal position information when each of the fire information sharing terminals receives the current fire information, the reporter position information included in the current fire information, and the acquired A recommendation unit that displays, on the display unit, information that prompts each of the receiving users to go to one of the position indicated by the reporter position information and the position indicated by the municipal position information, based on the positional relationship with the municipal position information. A fire information system comprising: The fire information system according to claim 1 or 2,
The dispatch availability information receiving unit, by the receiving user, the information indicating which one of the position indicated by the reporter position information included in the current fire information and the position indicated by the acquired garrison position information, It is configured to accept input of dispatch availability information including
Any of the number of the receiving users who go to the position indicated by the reporter position information included in the current fire information and the number of the receiving users who go to the position indicated by the tunnel position information after receiving the dispatching availability information According to one or both of them, a recommendation unit that displays information that prompts the receiving user to go to one of the position indicated by the reporter position information and the position indicated by the garrison position information is provided on the display unit. A fire information system. A fire information system including a plurality of fire information sharing terminals,
Fire report information including reporter location information, which is the location information at the time of the report of the report terminal that reports the occurrence of the fire, and a fire status image, which is an image for reporting the occurrence of the fire, is transmitted to the report. A fire occurrence determination unit that receives from the terminal and determines whether a fire has occurred based on the fire state image,
The fire occurrence determination unit is configured by a classifier that has learned by associating a plurality of fire state images with teacher data indicating the presence or absence of a fire,
When the fire occurrence determination unit determines that a fire has occurred, a current fire information generation unit that generates current fire information including the reporter position information,
A current fire information acquisition unit for acquiring the current fire information,
Terminal identification information for identifying the fire information sharing terminal, and a tunnel position, which is position information of a facility through which a receiving user who is a user of the fire information sharing terminal that has received the fire information this time is dispatched to extinguish a fire. A storage unit that stores information and water use position information that is position information of fire extinguishing water that the receiving user can use for extinguishing the fire,
By referring to the storage unit based on the notifier location information included in the current fire information, to identify the fire information sharing terminal to which the current fire information is to be transmitted, to the identified fire information sharing terminal A fire information transmitting unit that transmits the fire information this time,
Based on the terminal identification information of each fire information sharing terminal identified by the fire information transmission unit, each receiving user from the storage unit to the tunnel position information of the facility through which when going to fire extinguishing activity of the current fire. A municipal information acquisition unit to be acquired,
A water use information acquisition unit that obtains water use water use position information of a fire extinguishing water rate that the receiving user can use for the fire extinguishing activity of the current fire based on the reporter position information included in the current fire information from the storage unit. Prepared,
The fire information sharing terminal,
A terminal position acquisition unit that acquires terminal position information indicating the position of the fire information sharing terminal,
Receiving the current fire information, based on the reporter position information included in the received current fire information and the acquired garrison position information, the irrigation position information, and the terminal position information, A map display unit that displays a map indicating the user's current destination on the display unit,
A dispatch permission / inhibition information receiving unit that receives input of dispatch permission / inhibition information including information indicating whether or not the receiver can be dispatched to the fire extinguishing activity of the current fire,
The dispatch availability information transmitting unit that transmits the accepted dispatch availability information to the other fire information sharing terminal,
Receiving the dispatch availability information from other said fire information sharing terminal, possess a dispatch availability information display unit for displaying the information contained in the dispatch availability information thus received on the display unit,
The water use position information includes information indicating a suppliable amount of water for each fire-fighting water supply amount,
The terminal position information for each of the fire information sharing terminals acquired by the terminal position acquisition unit and the positional relationship between the acquired water use position information and the supply of water for each fire-fighting water rate included in the water use position information. A water use state estimating unit for estimating which of the fire extinguishing rates is used for the present fire extinguishing activity and whether or not the supplyable amount for each of the fire extinguishing rates has a margin based on the information indicating the possible amount. ,
Based on the estimation result of the water use state estimating unit, if there is no margin in the suppliable amount of any of the water proofing rates, it is urged to use a water proofing rate other than the water proofing rate having no surplus in the suppliable amount. fire information system, characterized by have a recommending unit to display information on the display unit.

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