JP2003024463A - Fire-fighting instruction control system, method and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fire-fighting instruction control system, method and program allowing the effective use of staffs. SOLUTION: In this fire-fighting instruction control system, the state of staffs to embark on each vehicle is managed when selecting an optimum vehicle to a report of 'fire' or 'emergency', whereby the vehicle is related to the boarding staffs to select an effective vehicle.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fire command control system, method and program, and more particularly to a fire command control system, method and program for associating a vehicle with an occupant to select an effective vehicle.

[0002]

2. Description of the Related Art A conventional fire command and control system confirms the type of disaster, location, etc. based on a call from a caller on the dial 119, selects a fire engine vehicle determined in advance according to the confirmed contents, Issuing a disaster order.

Further, in the conventional fire command and control system, a system for discriminating whether or not a vehicle can be dispatched in managing the dispatch situation of a fire engine is generally determined by four vehicle dynamics. The conditions for permitting dispatch of each vehicle movement are as follows.
"Dispatch": Unable to dispatch (because the case that occurred earlier is being dispatched), "Job": Can be dispatched (abandon general business and perform emergency dispatch), "Standby": Can dispatch, "Maintenance": Cannot dispatch .

Further, in the conventional system, even when the vehicle is in the standby state, when there is no staff member to board the vehicle, the vehicle is provisionally put in the maintenance state (dispatchable).

[0005]

In recent years, despite the increase in the number of disasters associated with urbanization, it is extremely difficult to secure fire fighting staff in each municipality.

[0006] Therefore, each fire engineer often changes the roles of a plurality of vehicles, and in consideration of securing fire fighting power for the follow-up report, it is necessary to form a finely organized unit against a disaster.

An object of the present invention is to provide a fire command and control system, method and program capable of effectively utilizing staff.

[0008]

According to a first aspect of the present invention, a staff management system for accumulating and managing staff information including affiliation, skill, and work schedule of each staff, a vehicle type of each vehicle,
A table that stores vehicle information including affiliation, minimum number of passengers, and required skills, and creates a unit formation table that assigns staff members to board each vehicle based on the vehicle information and the staff information acquired from the staff management system. A fire command control system that has a creating means and connects to a unit formation table creating system that stores the created unit formation table,
A dispatch plan table that plans the type and number of vehicles to be dispatched according to the content related to the incident notification that is stored in the storage unit and entered, and the type, affiliation, current position, required skill, minimum boarding of each vehicle Based on the contents related to the notification, the optimal vehicle type from the dispatch plan based on the vehicle management means for accumulating and managing the number of people and the dynamics, the staff management means for accumulating and managing the affiliation, current position, skill and state of each staff member And a first extracting means for extracting the number of vehicles, a second extracting means for extracting a vehicle in which the dynamic state of the vehicle corresponding to the optimum vehicle type can be dispatched based on the information in the vehicle managing means, Based on the unit formation table acquired from the unit formation table creation system, a third extraction means for extracting the staff members who board the extracted vehicle, and the extracted staff members based on the information in the staff management means. Conditions characterized by that and a first judging means for judging whether it is possible to dispatch.

In the fire command control system, the staff determined to be dispatched and the total number thereof are set for the extracted vehicles based on the information in the vehicle management means and the staff management means. It is preferable to include a second determining means for determining whether or not the required skill and the minimum number of passengers are satisfied.

Further, in the fire command control system, the distance from the current position of the vehicle in the vehicle management means to the site relating to the notification is calculated for each vehicle satisfying the judgment condition, and the calculated distance is the shortest. It is preferable to provide a selection means for selecting a required number of vehicles from the vehicle.

In addition, in the above fire command and control system, regarding the selected vehicles and the staff members corresponding to them,
It is preferable that the vehicle management means includes a management means for changing the dynamics of the corresponding vehicle and the staff management means for changing the status of the corresponding staff during dispatch.

In the fire command control system, the generating means for generating the dispatch command information based on the information including the selected vehicle, the staff member corresponding thereto, the contents related to the notification, and the location, and the corresponding staff member. It is preferable to include a transmitting unit that transmits the generated dispatch command information to the original terminal.

In a second aspect of the present invention, in the fire command control method, the staff information including the affiliation, skill, and work schedule of each staff input in advance, and the vehicle type, affiliation, minimum of each vehicle stored in advance. Cases that have been accumulated in advance based on the process of creating a unit formation table that assigns staff members to board each vehicle based on the number of passengers and vehicle information including required skills, and the content related to the input of the incident report Corresponding to the optimal vehicle type based on the process of extracting the optimal vehicle type and number from the dispatch plan table that plans the vehicle type and number of vehicles to be dispatched according to the content related to the notification, and the dynamics of each vehicle that is managed in advance To extract the vehicles whose movement of the vehicle is ready to be dispatched, the step of extracting the staff who will board the extracted vehicle based on the above-mentioned troop formation table, and the state of each staff managed in advance. Basis There are state of the extracted staff and; and a step of determining whether it is possible dispatch.

According to a third aspect of the present invention, in a fire command and control program, staff information including the staff's affiliation, skills, and work schedules input in advance and the vehicle type, affiliation, minimum of each vehicle stored in advance are stored. Steps to create a unit formation table that assigns staff members to board each vehicle based on vehicle information including the number of passengers and required skills, and incidents that have been accumulated in advance based on the content related to the input of the incident report Based on the step of extracting the optimal vehicle type and number from the dispatch plan table that plans the vehicle type and number of vehicles to be dispatched according to the content related to the notification, and the dynamics of each vehicle that is managed in advance,
The step of extracting a vehicle in which the movement of the vehicle corresponding to the optimum vehicle type can be dispatched, the step of extracting the staff who board the extracted vehicle based on the unit formation table, and the steps are managed in advance. And a step of determining whether the extracted staff status is mobilizable based on the status of each staff.

[0015]

BEST MODE FOR CARRYING OUT THE INVENTION A staff management system (10 in FIG. 1) for accumulating and managing staff information (11 in FIG. 1) including affiliation, skill, and work schedule of each staff, and vehicle type, affiliation, minimum of each vehicle A vehicle formation table that accumulates vehicle information (21 in FIG. 1) including the number of passengers and required skills, and assigns the staff to board each vehicle based on the vehicle information and the staff information acquired from the staff management system ( A unit formation table preparation system (20 in FIG. 1) having a table preparation means (23 in FIG. 1) for preparing 22) in FIG. 1 and accumulating the prepared unit formation table.
And a fire-fighting command and control system (30 in FIG. 1) that is connected to and that is planned to be dispatched according to the content related to the incident notification that is stored in the storage unit and is input. Planning table (31 in FIG. 1), vehicle type, affiliation, current position, required skills, minimum number of passengers, vehicle management means (32 in FIG. 1) for accumulating and managing the movements of each vehicle, affiliation of each staff, present Staff management means (33 in FIG. 1) for accumulating and managing positions, skills, and states, and a first extraction means (FIG. 1) for extracting the optimum vehicle type and number from the dispatch plan table based on the contents related to the notification. 34), and second extraction means (34 in FIG. 1) for extracting a vehicle in which the dynamic state of the vehicle corresponding to the optimum vehicle type can be dispatched based on the information in the vehicle management means, and the unit. The unit acquired from the composition table creation system Based on the formation table, third extracting means for extracting the personnel to board the extracted vehicle (34 in FIG. 1)
And a first determining means (35 in FIG. 1) for determining whether or not the extracted state of the staff can be dispatched based on the information in the staff managing means. It is possible to clarify who is in which vehicle, and it is possible to eliminate the complexity of the transfer operation.

[0016]

Embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram schematically showing the configuration of a fire command control system according to an embodiment of the present invention.

The fire command control system 30 is connected to the staff management system 10 and the unit organization table system 20.

The staff management system 10 is a computer used for general affairs business, and accumulates and manages staff information 11 including affiliation, skill, work schedule of each staff. The work schedule is entered in the work schedule 11a for each staff member.
The working time zone of the next month (May 6, 8:00 to 20:00) is input.

The unit formation table preparation system 20 is a computer used for security work, accumulates vehicle information 21 such as vehicle type, affiliation, minimum number of passengers, required skills, etc. of each vehicle, and stores it in the staff information 11 and vehicle information 21. A table creating means 23 for allocating staff members to board each vehicle based on the above and creating a unit formation table 22 which is an operation plan for the next 24 hours, for example
And stores the created unit formation table 22.

The fire command control system 30 has a computer system as a core, is connected to an information communication network (not shown), etc., and has a dispatch plan table 31, a vehicle management means 32, a staff management means 33, and an extraction means 34. It has a determination means 35, a selection means 36, a management means 37, a generation means 38, and a transmission means 39.

The dispatch plan table 31 is a type of vehicle to be dispatched in accordance with the contents relating to the input of the incident such as fire or emergency.
It is a table in which the number of vehicles is planned and is stored in a storage unit (not shown) of the system. The vehicle management means 32 accumulates vehicle information 32a such as vehicle type, affiliation, current position, minimum number of passengers, required skills, etc. of each vehicle, and manages the dynamics (mobilization / work / standby / maintenance) of each vehicle. The staff management means 33 accumulates staff information 33a including the staff's affiliation, current position, skill, etc., and manages the status of each staff (mobilization / work / standby / adjustment). The extraction unit 34 extracts the optimum vehicle type, the number of vehicles, and the required number of people from the dispatch plan table 31 based on the content of the input notification, and corresponds to the extracted optimum vehicle type based on the information in the vehicle management unit 32. The number of vehicles whose vehicle activity is to be in service or on standby (there may be more than the required number), and based on the unit formation table 22, staff members who board the extracted vehicle (there may be more than the required number) ) Is extracted. Based on the information in the staff managing means 33, the judging means 35 judges whether the extracted status of the boarding staff is standby or business (mobilized), and the vehicle information 3
Based on 2a and the staff information 33a, it is judged whether or not the staff and the number of staff determined to be dispatched satisfy the required skill and the required number of passengers set for the extracted vehicle. The selection unit 36 calculates the distance (straight line distance) from the current position indicated in the vehicle information of each vehicle that satisfies the requirements by the determination to the spot related to the notification, and calculates the required number of vehicles from the shortest one of the calculated distances. Select the vehicle.
The management unit 37 changes the dynamic state of the vehicle in the vehicle management unit 32 and the state of the staff in the staff management unit 33 from the standby or work to the dispatched vehicle for the selected vehicle and the staff member corresponding to the selected vehicle. The generation unit 38 generates the dispatch command information based on the selected vehicle, the staff member corresponding to the selected vehicle, the disaster content, the place, and the like. The transmission means 39 transmits the generated dispatch command information to the original terminal 40 or device (not shown) of the relevant staff member.

As described above, it is possible to determine a vehicle that cannot be dispatched due to a shortage of staff without changing the dynamics of the vehicle.

Next, the operation of this embodiment will be described with reference to the drawings. FIG. 2 is a flow chart schematically showing the operation of the fire command control system according to the embodiment of the present invention.

As a precondition, it is assumed that the minimum number of passengers and the required skill of the boarding staff are set from the characteristics of each vehicle, and their contents are recorded in the vehicle information in the unit formation table preparation system 20. Further, it is assumed that the skills of each staff member are recorded in the staff information in the staff management system 10. Furthermore, the fire command control system 30
It is assumed that the vehicle management means 32 and the staff management means 33 are provided and have a mechanism for managing the current movement of the vehicle and the status of the staff.

Referring to FIG. 2, a staff member or a person in charge on board a fire engine enters a work schedule for the next month in the work schedule 11a in advance in the staff management system 10 (step A1). As a result, the work schedule 11a is created. When there is a schedule change, the work schedule 11a is updated each time.

Next, the unit formation table preparation system 20 requests the staff information 11 (including the work schedule 11a) from the staff management system 10 (step A2), and the staff management system 10 which has received the request, The staff information 11 is transmitted to the unit formation table preparation system 20 (step A3). next,
The unit formation table preparation system 20 acquires the staff information 11
And a unit formation table 22 (for example,
Next day's) is created (step A4). The unit formation table 22 is created by associating each vehicle with the boarding staff based on affiliation, required staff, required skills, and the like.
At this time, the same person may specify to board multiple vehicles (so-called transfer operation).

Next, by receiving a report of the disaster, emergency, etc. from the caller (including information on the content of the disaster, place, time, etc.), the receptionist informs the fire command control system 30 of the content related to the report. After inputting (step A5), the fire-fighting command and control system 30 extracts the required vehicle type and the number of vehicles according to the contents related to the notification based on the dispatch plan table 31 (step A).
6).

Next, the fire-fighting command and control system 30 extracts a vehicle corresponding to the extracted vehicle type and having a dynamic state of business or standby based on the information in the vehicle management means 32 (step A7).

Next, the fire command control system 30 requests the unit formation table 22 to the unit formation table preparation system 20 (step A8), and the unit formation table preparation system 20 which has received the request forms the unit formation list 22. Fire command and control system 3
0 (step A9). The fire-fighting command and control system 30 extracts the staff members who board the extracted vehicle based on the acquired unit formation table 22 (step A10).

Next, the fire-fighting command and control system 30 determines, based on the information in the staff managing means 33, whether the extracted staff can be dispatched (standby or work) (step A11).

Next, the fire-fighting command and control system 30 allocates the staff determined to be able to be dispatched to the extracted vehicle based on the vehicle information 32a, and the requirements such as the minimum required number of persons and the required skill for the vehicle. It is determined whether or not (step A12). A vehicle determined to satisfy this requirement is registered as a determination target vehicle.

Next, the fire-fighting command and control system 30 checks whether or not the extraction and determination of the staff have been completed for all the extracted vehicles (step A13). If not completed (NO in step A13), the process proceeds to step A10. If it is completed (YES in step A13), the fire command control system 30 calculates the vehicle position and the closest distance to the disaster point for each registered determination target vehicle, and determines the required number of vehicles in order from the determination target vehicle with the shortest distance. Minute vehicles are selected (step A14).

Next, in the fire command control system 30, the selected vehicle and the staff member corresponding to the selected vehicle are reserved (system restraint), and when the vehicle is dispatched, the movement of the vehicle in the vehicle management means 32 and the staff management means. The state of the relevant employee in 33 is updated to be dispatched (step A15).

Finally, the fire-fighting command and control system 30 generates dispatch command information based on the selected vehicle, the staff member corresponding to the selected vehicle, the disaster content, the location, etc. (step A).
16) Send the generated dispatch command information to the original terminal or device (not shown) of the relevant staff member (step A1).
7).

[0035]

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

The first effect is that the state of the vehicle and the state of the staff are separately managed, so that the state of the vehicle can be managed in a correct state. Although the vehicle is on standby, it is possible to manage the state of being unable to sort due to lack of staff. Also, staff can be secured by emergency convocation and the troop formation table can be updated to enable dispatch.

The second effect is that since the boarding staff is assigned in advance for vehicle selection, it is possible to instruct which vehicle and who will board the vehicle when a dispatch command is issued in the transfer operation. This makes it possible to prevent each employee from making a mistake in boarding the vehicle.

The third effect is that when each vehicle is operated by the minimum required number of people, a certain group can divide and operate a plurality of vehicles.

[Brief description of drawings]

FIG. 1 is a block diagram schematically showing a configuration of a fire command control system according to an embodiment of the present invention.

FIG. 2 is a flow chart schematically showing the operation of the fire command control system according to the embodiment of the present invention.

[Explanation of symbols]

10 staff management system 11 Staff information 11a Work schedule 20 Unit formation table creation system 21 Vehicle information 22 Unit formation table 23 Table creation means 30 Fire Defense Command and Control System 31 dispatch plan 32 Vehicle management means 32a Vehicle information 33 Staff management means 33a Staff information 34 Extraction means 35 Judgment means 36 Sorting means 37 Management means 38 Generating means 39 Transmission means 40 terminals

Claims (15)

[Claims] [Claim 1] A staff management system for accumulating and managing staff information including affiliation, skill, and work schedule of each staff, and vehicle information including vehicle type, affiliation, minimum number of passengers, required skills of each vehicle, and A unit formation for accumulating the formed unit formation table having table forming means for forming a unit formation table for assigning the staff members to board each vehicle based on the vehicle information and the employee information acquired from the staff management system. A fire-fighting control system connected to the table creation system and a dispatch plan table that plans the type and number of vehicles to be dispatched according to the content related to the incident report that is stored in the storage unit and entered. Vehicle management means that accumulates and manages the vehicle type, affiliation, current position, required skills, minimum number of passengers, and dynamics of each vehicle, and staff that accumulates and manages the affiliation, current location, skills, and status of each employee. Management means, a first extraction means for extracting the optimum vehicle type and the number of vehicles from the dispatch plan table based on the contents related to the notification, and a vehicle corresponding to the optimum vehicle type based on the information in the vehicle management means. Second extraction means for extracting a vehicle in which the movement can be dispatched, and third extraction means for extracting a staff member to board the extracted vehicle based on the unit formation table acquired from the unit formation table preparation system. A fire-fighting command and control system, comprising: an extracting unit; and a first determining unit that determines whether the extracted state of the employee can be dispatched based on the information in the employee managing unit. 2. Based on the information in each of the vehicle management means and the staff management means, the staff determined to be able to move out and the total number of them are the necessary skills and the minimum number of passengers set for the extracted vehicle. The fire-fighting command and control system according to claim 1, further comprising second determining means for determining whether or not the condition is satisfied. 3. The distance from the current position of the relevant vehicle in the vehicle management means to the site relating to the notification is calculated for each vehicle that meets the requirements by judgment, and the shortest of the calculated distances corresponds to the required number of vehicles. The fire command control system according to claim 1 or 2, further comprising a selecting means for selecting a vehicle. 4. A management means for changing the dynamics of the relevant vehicle in the vehicle management means and the state of the relevant staff in the staff management means for the selected vehicles and the staff members corresponding thereto is provided. The fire command control system according to any one of claims 1 to 3. 5. A means for generating dispatch command information based on the selected vehicle, the staff member corresponding to it, the contents relating to the notification, and the information including the location, and the dispatch member generated at the original terminal of the staff member. 5. A fire command control system according to any one of claims 1 to 4, further comprising: a transmitting unit that transmits command information. 6. The staff information including the affiliation, skill, and work schedule of each staff input in advance, and the vehicle type of each vehicle accumulated in advance,
Based on vehicle information including affiliation, minimum number of passengers, and required skills, a process of creating a unit formation table that assigns staff members to board each vehicle, and pre-stored based on the contents related to the input incident report The optimum vehicle type and the number of vehicles to be dispatched according to the content of the notification of the incident that has been planned from the dispatch plan table, and based on the dynamics of each vehicle that is managed in advance, the optimal The step of extracting the vehicles whose movements are applicable to the vehicle type, the step of extracting the staff members who board the extracted vehicles based on the above-mentioned troop formation table, and the staff members who are managed in advance And a step of determining whether or not the extracted state of the staff is ready to be dispatched based on the state of. 7. The staff determined to be able to move out and the total number of staff are extracted based on the necessary skills of each vehicle and the minimum number of passengers stored in advance, and the skills of each staff stored in advance. 7. The fire command control method according to claim 6, further comprising the step of determining whether or not the required skill set for the vehicle and the minimum number of passengers are satisfied. 8. For each vehicle that satisfies the requirements by the judgment, the distance from the current position of the corresponding vehicle that is managed in advance to the site related to the notification is calculated, and the shortest of the calculated distances corresponds to the required number of vehicles. The fire command control method according to claim 6 or 7, comprising a step of selecting a corresponding vehicle. 9. The method according to claim 6, further comprising a step of changing the dynamic state of the vehicle and the state of the employee of the selected vehicle and the employee corresponding thereto during dispatch. Firefighting command control method described. 10. A selected vehicle, a staff member corresponding to the selected vehicle,
The method further comprises: a step of generating dispatch command information based on information including the content and location of the notification, and a step of transmitting the dispatch command information generated to the original terminal of the relevant staff member. The fire command control method according to any one of 6 to 9. 11. The staff information including the affiliation, skill, and work schedule of each staff input in advance, and the vehicle information including the vehicle type, affiliation, minimum number of passengers, and necessary skills of each vehicle, which is accumulated in advance.
Based on the step of creating a troop formation table that assigns the staff to board each vehicle based on the above, and the vehicle to be dispatched according to the content related to the notification of the incident that has been input in advance based on the content related to the notification of the incident Based on the step of extracting the optimal vehicle type and the number of vehicles from the dispatch plan table that plans the vehicle type and the number of vehicles, and the dynamic state of each vehicle that is managed in advance, the dynamic state of the vehicle that corresponds to the optimal vehicle type can be dispatched. The step of extracting the vehicle, the step of extracting the staff who will board the extracted vehicle based on the unit organization table, and the status of the extracted staff dispatched based on the status of each staff managed in advance. Determining whether it is possible,
A fire control command and control program characterized by executing 12. The number of staff and the total number of staff determined to be dispatchable based on the necessary skills of each vehicle and the minimum number of passengers stored in advance, and the skills of each staff stored in advance,
The fire-fighting command and control program according to claim 11, wherein a step of determining whether or not the required skills and the minimum number of passengers set for the extracted vehicle are satisfied is executed. 13. The distance from the current position of a corresponding vehicle that is managed in advance to the spot related to the notification is calculated for each vehicle that meets the requirements according to the determination, and the shortest of the calculated distances corresponds to the required number of vehicles. The fire command control program according to claim 11 or 12, characterized in that the step of selecting a corresponding vehicle is executed. 14. The method according to claim 11, further comprising the step of changing the movement of the vehicle and the state of the employee for the selected vehicle and the employee corresponding to the selected vehicle during dispatch.
A fire-fighting command and control program according to any one of 1 to 13. 15. A selected vehicle, a staff member corresponding to the selected vehicle,
The step of generating dispatch command information based on the information including the content and location of the notification and the step of transmitting the dispatch command information generated to the original terminal of the relevant staff are executed. Item 15. The firefighting command and control program according to any one of items 11 to 14.