JP2023016556A - Disaster stockpile provision system, method for providing disaster stockpile, and program - Google Patents

Abstract

To properly allocate a disaster stockpile to a user group from the stored disaster stockpile and provide a disaster stockpile when necessary.SOLUTION: A disaster stockpile provision system for managing a disaster stockpile acquires state information on the state of a disaster stockpile stored in a predetermined storage place, acquires the number of people who belong to a user group, calculates the amount of the disaster stockpile necessary for the acquired number of people, allocates a disaster stockpile to the user group from the stored disaster stockpile on the basis of the calculated amount of the disaster stockpile, and distributes the allocated stockpile to the user group when a disaster occurs.SELECTED DRAWING: Figure 1

Description

TECHNICAL FIELD The present invention relates to techniques effective in managing disaster stockpiles.

In recent years, attention has been focused on techniques related to management of disaster stockpiles (eg, drinking water, foodstuffs, cleaning products, first-aid supplies, and daily necessities).
For example, Patent Literature 1 provides a technique for supporting maintenance or distribution of disaster stockpiles. In addition, Patent Literature 2 provides a technique for centrally managing information on disaster stockpiles that are stockpiled by a large number of stockpilers.

JP 2018-120647 A JP 2006-092071 A

Social responsibility and local government ordinances and the like impose a responsibility on organizations such as companies, schools, and facilities to prepare emergency supplies for their employees and staff.
However, there is a problem that these organizations do not have space to store disaster stockpiles. Therefore, there is a demand for a technique for appropriately allocating disaster stockpiles from the disaster stockpiles stored by persons other than the organization and providing the disaster stockpiles when necessary.
With the techniques of Patent Literatures 1 and 2, it was not possible to appropriately allocate disaster stockpiles to user organizations from among the stored disaster stockpiles, and to provide disaster stockpiles when necessary.

The inventors of the present invention have developed a system for providing disaster stockpiles, a method for providing disaster stockpiles, and a I focused on the need for a program.

Therefore, the present invention provides a system for providing disaster stockpiles, a method for providing disaster stockpiles, and a system capable of appropriately allocating disaster stockpiles to user groups from among stored disaster stockpiles and providing disaster stockpiles when necessary. The purpose is to provide a program.

The present invention is a disaster stockpile providing system for managing disaster stockpile,
a state information acquisition unit that acquires state information indicating the state of the disaster stockpile being stored in a predetermined storage location;
a staff count acquisition unit that acquires the number of staff belonging to the user organization;
a calculation unit that calculates the amount of the disaster stockpile required for the acquired number of personnel;
an allocation unit that allocates the disaster stockpiles to the user organization from among the disaster stockpiles that are being stored based on the calculated amount of the disaster stockpiles;
a arranging unit for arranging the allocated disaster stockpiles to the user organization when a disaster occurs;
To provide a disaster stockpile provision system comprising

According to the present invention, a disaster stockpile providing system for managing disaster stockpile acquires status information indicating the state of the disaster stockpile being stored in a predetermined storage location, acquires the number of personnel belonging to a user organization, and obtains calculating the amount of said disaster stockpiles required for said number of personnel, based on said calculated amount of said disaster stockpiles, allocating said disaster stockpiles to said user organization from among said disaster stockpiles in storage, and , arranges the allocated disaster stockpile to the user organization.

Although the present invention is in the category of systems, the same actions and effects can be achieved with methods and programs.

According to the present invention, it is possible to appropriately allocate disaster stockpiles to user organizations from among the stored disaster stockpiles, and to provide disaster stockpiles when necessary.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure explaining the outline|summary of the disaster stockpiling provision system 1. FIG. 1 is a diagram showing a functional configuration of a disaster stockpile providing system 1; FIG. 4 is a diagram showing a flowchart of a state information acquisition process executed by the disaster supply provision system 1; FIG. 1 schematically shows an example of state information stored in the computer 10. FIG. FIG. 4 is a diagram showing a flowchart of a first disaster stockpile allocation process executed by the disaster stockpile providing system 1. FIG. 4 is a diagram schematically showing an example of allocation results stored in the computer 10; FIG. 4 is a diagram schematically showing an example of disaster stockpile state information provided by the computer 10. FIG. FIG. 10 is a diagram showing a flowchart of second disaster stockpiling allocation processing executed by the disaster stockpiling system 1; FIG. 10 is a diagram showing a flowchart of disaster stock reallocation processing executed by the disaster stock supply provision system 1; 4 is a diagram showing a flow chart of a first billing process executed by the disaster stockpile providing system 1. FIG. FIG. 10 is a diagram showing a flowchart of a second billing process executed by the disaster stockpile providing system 1; FIG. 4 is a diagram showing a flowchart of disaster stockpile arrangement processing executed by the disaster stockpile providing system 1. FIG. 4 is a diagram schematically showing an example of a disaster stockpile receipt notification transmitted by the computer 10. FIG. FIG. 7 is a diagram showing a flowchart of threshold change processing executed by the disaster stockpile providing system 1. FIG.

EMBODIMENT OF THE INVENTION Hereinafter, with reference to an accompanying drawing, the form (henceforth, embodiment) for implementing this invention is demonstrated in detail. In subsequent figures, the same numbers or symbols are attached to the same elements throughout the description of the embodiments.

[Basic Concept/Basic Configuration]
FIG. 1 is a diagram for explaining an outline of a disaster stockpile providing system 1. As shown in FIG. The disaster stockpile providing system 1 is a system that includes at least a computer 10 and manages disaster stockpiles (for example, drinking water, foodstuffs, cleaning items, emergency supplies, and daily necessities). In this embodiment, the disaster supply provision system 1 includes a computer 10 and an administrator terminal (for example, WMS (Warehouse Management System)) managed by an administrator of a predetermined storage location (for example, warehouse, facility, trunk of vehicle) 3. , computers, mobile terminals) 20 and user group terminals (eg, computers, mobile terminals) 30 managed by user groups (eg, companies, schools, facilities, etc.) are connected for data communication.

In this embodiment, as a premise, disaster stockpiles are stored in the storage place 3, and the stored disaster stockpiles are managed.

Processing steps in the case where the disaster stockpiling system 1 provides disaster stockpiles to user organizations will be described with reference to FIG. 1 .
First, the computer 10 acquires state information indicating the state of disaster stockpiles being stored in the predetermined storage location 3 (step S1).
The status information is, for example, storage location, type, name, quantity, expiration date, expiration date, and expiration date.
The administrator terminal 20 accepts input of state information indicating the state of the disaster stockpile in storage, and transmits the received state information to the computer 10 .
By receiving this status information, the computer 10 acquires the status information indicating the status of the disaster stockpile being stored in the predetermined storage location 3 .
The computer 10 may acquire this status information by accepting a direct input of this status information, acquiring this status information from other terminals or devices, or by other methods.

The computer 10 acquires the number of personnel belonging to the user organization (step S2).
The user group terminal 30 receives input of the number of members belonging to the user group, and transmits the received number of members to the computer 10 .
The computer 10 acquires the number of personnel belonging to the user organization by receiving this number of personnel.
The computer 10 may acquire the number of personnel by receiving direct input of the number of personnel, acquiring the number of personnel from other terminals or devices, or by other methods.

The computer 10 calculates the amount of disaster stockpile required for the acquired number of personnel (step S3).
The computer 10 calculates the amount of emergency stockpiles required for the acquired number of personnel based on the amount of disaster stockpiles required for each number of personnel set in advance. At this time, the computer 10 calculates the required amount for each individual disaster stockpile such as each type of disaster stockpile.

The computer 10 allocates disaster stockpiles to the user groups from among the disaster stockpiles being stored based on the calculated amount of disaster stockpiles (step S4).
When the disaster stockpile is sufficient at only one storage location 3, the computer 10 allocates the disaster stockpile currently stored at only this one storage location 3 to the user organization.
On the other hand, if the disaster stockpiles are insufficient only at the one storage location 3, in addition to the disaster stockpiles currently being stored at this one storage location 3, the disaster stockpiles currently being stored at the other storage locations 3 are also sent to the user organization. assign. At this time, the computer 10 allocates the shortage of the disaster stockpiles in the one storage location 3 from the amount of the disaster stockpiles being stored in the other storage locations 3, , the amount of disaster stockpiles may be allocated at a predetermined ratio, or may be allocated by other methods.

When a disaster occurs, the computer 10 arranges the allocated disaster stockpiles for the user organization (step S5).
Disasters are, for example, storms, heavy rains, heavy snows, floods, storm surges, earthquakes, tsunamis, and eruptions.
The computer 10 detects the occurrence of a disaster by acquiring disaster information sent by the Meteorological Agency or an information provider, acquiring sensor information from various sensors connected to the disaster stockpile provision system 1 for data communication, or by other methods. do.
When a disaster occurs, the computer 10 sends an instruction to the user organization to go to the storage location 3 for the allocated disaster stockpile, and delivers the allocated disaster stockpile from the storage location 3 to the user organization. In the event of a disaster, arrange for the allocated disaster stockpiles to the user organization by executing the processing necessary for this purpose or by performing other methods.

According to such a disaster stockpiling system 1, it is possible to appropriately allocate disaster stockpiles to user organizations from among the stored disaster stockpiles, and to provide disaster stockpiles when necessary.

[Function configuration]
Based on FIG. 2, the functional configuration of the disaster stockpile providing system 1 will be described.
The disaster supply provision system 1 includes at least a computer 10, and the computer 10 is a WMS that manages a predetermined storage location 3, and an administrator of a mobile phone, a smartphone, a tablet terminal, a personal computer, etc. that is managed by an administrator of the storage location 3. A system in which a terminal 20 and a user organization terminal 30 such as a mobile phone, smart phone, tablet terminal, or personal computer managed by the user organization are connected via a network 9 such as a public line network so as to be capable of data communication.
The disaster stockpile provision system 1 includes the above-described administrator terminal 20, user group terminal 30, information provider terminal managed by a disaster information provider, sensors for detecting disasters, and other terminals and devices. It's okay to be there. In this case, the disaster stockpile providing system 1 executes the processing described below by any one or a combination of the computer 10 and the included terminals and devices.

The computer 10 is a computer or a personal computer having a server function for managing emergency supplies.
The computer 10 may be realized by one computer, for example, or may be realized by a plurality of computers like a cloud computer. A cloud computer in this specification is a computer that uses any computer in a scalable manner to perform a specific function, or includes multiple functional modules to realize a certain system, and uses the functions in a free combination. It can be anything.

The computer 10 includes a CPU (Central Processing Unit), a GPU (Graphics Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory), etc. as a control unit, and a communication unit to communicate with other terminals, devices, etc. A device for enabling communication, a state information acquisition unit 11 that acquires state information of disaster stockpiles, a staff number acquisition unit 12 that acquires the number of personnel belonging to a user organization, an arrangement unit 13 that arranges disaster stockpiles for user organizations, etc. Prepare.
The computer 10 also includes a data storage unit such as a hard disk, a semiconductor memory, a storage medium, or a memory card as a storage unit.
The computer 10 also includes, as processing units, various devices for executing various processes, a calculation unit 14 for calculating the amount of emergency stockpiles required for the number of personnel, an allocating unit 15 for allocating disaster stockpiles to user groups, and the like.

In the computer 10, by reading a predetermined program by the control unit, in cooperation with the communication unit, a status information acquisition module, an organization information acquisition module, an allocation result providing module, a desired amount acquisition module, a billing module, and a billing result providing module , a disaster detection module, an arrangement module, and a threshold request acquisition module.
Further, in the computer 10, the control unit reads a predetermined program, and cooperates with the storage unit to implement a status information storage module, an allocation result storage module, a billing result storage module, and a threshold storage module.
In the computer 10, the control unit reads a predetermined program, and cooperates with the processing unit to create a disaster stockpile calculation module, an allocation module, a change determination module, a billing amount calculation module, a disaster determination module, and a value change module. Realize

Each process executed by the system 1 for providing disaster stockpile will be described below together with the process executed by each module described above.

[Status Information Acquisition Processing Executed by Computer 10]
State information acquisition processing executed by the computer 10 will be described with reference to FIG. This figure is a diagram showing a flowchart of the state information acquisition process executed by the computer 10 . This state information acquisition process is the details of the above-described state information acquisition process (step S1).

The state information acquisition module acquires state information indicating the state of the disaster stockpile being stored in the predetermined storage location 3 (step S10).
The storage place 3 is, as described above, a place for storing disaster stockpiles such as warehouses, facilities, and trunks of vehicles. Disaster stockpiles include drinking water, foodstuffs, cleansing items, first-aid supplies, daily necessities, etc., as described above. As described above, the status information is information indicating the status of disaster stockpile such as storage location, type, name, amount, best-before date, expiration date, and expiration date.
The status information acquisition module acquires this status information from the administrator terminal 20 or other terminals and devices, accepts direct input of status information from the administrator of the disaster stockpile provision system 1, or receives it by other methods. , to get this state information.
A case where the status information acquisition module acquires status information from the administrator terminal 20 will be described as an example.
The administrator terminal 20 receives input of status information of disaster stockpiles being stored in the storage location 3 from the administrator of the storage location 3 . The administrator terminal 20 receives input of status information for each disaster stockpile. The administrator terminal 20 transmits the received status information to the computer 10 .
By receiving this status information, the status information acquisition module acquires status information indicating the status of the disaster stockpile being stored in the predetermined storage location 3 .

The state information storage module stores the acquired state information (step S11).
The state information storage module associates and stores the storage location, type, name, quantity, expiration date, expiration date, expiration date, etc. in the state information (see FIG. 4).

[Status Information of Disaster Stockpile Stored by Computer 10]
State information stored in the state information storage module will be described with reference to FIG. This figure is a diagram schematically showing an example of state information stored in the state information storage module. In the figure, the status information storage module stores status information in a table format in association with type, name, quantity, expiration date, expiration date, expiration date, etc. for each storage location.
The status information storage module may store the status information in individual table format in each storage location, may store the status information in one table format collectively for each storage location, or may store the status information in table format. However, the state information may be stored in other formats, or may be stored in other methods.

The above is the state information acquisition processing.
The disaster stockpile providing system 1 executes the processing described later using the disaster stockpile state information acquired and stored by this state information acquisition process.

[First disaster stock allocation process executed by computer 10]
Based on FIG. 5, the first disaster stockpiling process executed by the computer 10 will be described. This figure is a diagram showing a flowchart of the first disaster stockpiling process executed by the computer 10 . This first disaster stockpile allocation process is a process that is performed after the above-described status information acquisition process, and includes the above-mentioned acquisition process of the number of personnel (step S2), the process of calculating the amount of disaster stockpile (step S3), the process of calculating the amount of disaster stockpile is the details of the allocation process (step S4).

The group information acquisition module acquires group information including the number of members belonging to the user group (step S20).
User organizations are companies, schools, facilities, etc., as described above. Group information includes user group identifiers (e.g., name, management number), location, contact information (e.g., e-mail address, phone number), number of employees who belong to the user group, and the number of remote workers among the number of employees who belong to the user group. , the address or whereabouts of each remote worker.
The group information acquisition module acquires this group information from the user group terminal 30 or other terminals and devices, accepts direct input of group information from the administrator of the disaster stockpile provision system 1, or by other methods. , to get this group information.
A case where the group information acquisition module acquires group information from the user group terminal 30 will be described as an example.
The user group terminal 30 receives input of group information of the user group from the administrator of the terminal or the like. The user organization terminal 30 transmits the received organization information to the computer 10 .
By receiving this group information, the group information acquisition module acquires group information including the number of members belonging to the user group.

The disaster stockpile calculation module calculates the amount of disaster stockpile required for the acquired number of personnel (step S21).
The disaster reserve amount calculation module calculates the amount of disaster reserves required for the acquired number of personnel based on the amount of disaster reserves required for each number of personnel set in advance. At this time, the disaster reserve amount calculation module calculates the required amount for each individual disaster reserve such as each type of disaster reserve.

The allocation module allocates disaster stockpiles to the user organization from among the disaster stockpiles stored in the storage location 3 based on the calculated amount of disaster stockpiles (step S22).
If the calculated amount of disaster stockpile is sufficient by only the amount of disaster stockpile stored in one storage location 3, the allocation module allocates the disaster stockpile stored in only this one storage location 3 to the user organization.
On the other hand, when the calculated amount of disaster stockpiles is insufficient only by the amount of disaster stockpiles being stored at one storage location 3, the allocation module adds one Or assign disaster stockpiles stored in a plurality of other storage locations 3 to user organizations. At this time, the allocation module may allocate the shortage amount of the disaster stockpiles in one storage location 3 from the disaster stockpiles being stored to the other storage locations 3, or the one storage location 3 and one or more The amount of disaster stockpiles may be allocated at a predetermined ratio to other storage locations 3, or may be allocated by other methods.
In addition, when the amount of disaster stockpiles being stored in one storage location 3 is insufficient and the amount of disaster stockpiling being stored is insufficient and the allocation module allocates the disaster stockpiles being stored to another storage location 3, It is also possible to allocate the stored disaster stocks to other storage locations 3 existing in the location.
In addition, when allocating disaster stockpiles being stored to a plurality of other storage locations 3, the allocation module changes the amount of disaster stockpiles to be allocated according to the distance, such as increasing the amount of disaster stockpiles to be allocated in descending order of distance. A configuration is also possible. The allocation module can also be configured to change the amount of disaster stockpile to allocate depending on other conditions than just distance.

The allocation result storage module associates and stores the allocated disaster stock status information and the acquired group information (step S23).
The allocation result storage module associates and stores identifiers such as the storage location, type, name, quantity, expiration date, expiration date, expiration date, etc. in the state information and the name of the user organization in the organization information (see FIG. 6). . Group information of the user group is further linked to this identifier.

[Assignment result stored in computer 10]
Allocation results stored in the allocation result storage module will be described with reference to FIG. This figure is a diagram schematically showing an example of allocation results stored in the allocation result storage module. In the figure, the allocation result storage module associates the identifier such as the name of the user group with the type, name, quantity, expiration date, expiration date, and expiration date of the disaster stockpiles assigned to each storage location, and stores them in a table format. memorized by
Note that the allocation result storage module may store the allocation results in an individual table format for each identifier, may store the allocation results in a format in which a plurality of identifiers are summarized in one table, or may store the allocation results in a table format. The allocation result is not limited to the format, and may be stored in another format or the like, or may be stored in another method.

The allocation result providing module provides the user organization with the status information of the disaster stockpiles allocated to the user organization (step S24).
The allocation result providing module transmits the status information of the disaster stockpiles allocated to the user organization to the user organization terminal 30, prepares this status information in a document of a predetermined format, and issues an instruction to mail the created document to the user organization. This status information is provided to the user organization by output, uploading this status information to a predetermined website or the like, outputting it in a state that can be browsed by the user organization terminal 30, or providing this status information to the user organization by other methods.
The disaster stockpile state information provided by the allocation result providing module includes the disaster stockpile state information allocated by the above-described disaster stockpile allocation process (step S22), a map of the storage location 3 where this disaster stockpile is being stored, and a storage location. The address, contact information, etc. of the place 3 are included.
A case where the allocation result providing module outputs in a state that can be browsed on a website will be described as an example.
The allocation result providing module uploads the status information of disaster stockpiles allocated to the user organization to a predetermined website. The allocation result providing module transmits the uploaded URL of the website to the user group terminal 30 .
The user group terminal 30 receives this URL and accesses this URL to browse the status information of the disaster stockpiles assigned to the own user group on a predetermined website (see FIG. 7).

[Status information of disaster stockpile provided by computer 10]
Based on FIG. 7, the disaster stockpile state information provided by the allocation result providing module will be described. This figure schematically shows an example of the disaster stockpile state information provided by the allocation result providing module. In the figure, the allocation result providing module provides, as contents 40 to be provided, status information 41 of the allocated disaster stockpile, a map 42 of the surroundings of the storage location 3 of the disaster stockpile, and location information 43 such as the address and contact information of the storage location 3. It is shown.
The allocation result providing module uploads the provided content 40 to a predetermined website and transmits the URL of the uploaded website to the user group terminal 30 .
The user group terminal 30 receives this URL and accesses this URL to display this offer content 40 on its own display unit or the like.

The above is the first disaster stock allocation process. Using the disaster stockpiles allocated as a result of the first disaster stockpiling process, the processing described later is executed.

[Second Disaster Stock Allocation Processing Executed by Computer 10]
The second disaster stockpiling process executed by the computer 10 will be described with reference to FIG. This figure is a diagram showing a flowchart of the second disaster stockpiling process executed by the computer 10 . This second disaster stockpile allocation process is a modification of the first disaster allocation process described above, and includes the above-described acquisition processing of the number of personnel (step S2), calculation processing of the amount of disaster stockpile (step S3), is another detail of the allocation process (step S4).
Note that detailed descriptions of the same processes as those described above will be omitted.

The group information acquisition module acquires group information including the number of members belonging to the user group (step S30).
The processing of step S30 is the same as the processing of step S20 described above.

The desired amount acquisition module acquires the desired amount of disaster stockpiles from the user organization (step S31).
The user group terminal 30 receives an input of the amount of disaster stockpile desired by the terminal administrator or the like. Here, the user group terminal 30 accepts input of a desired amount for each type of disaster stockpiling. The user group terminal 30 transmits the received and desired amount of emergency stockpiles to the computer 10 .
The desired amount acquisition module acquires the amount of disaster stockpile desired from the user organization by receiving the amount of disaster stockpile desired by the user organization.

The disaster stockpile calculation module calculates the amount of disaster stockpile required for the acquired number of personnel (step S32).
The processing of step S32 is the same as the processing of step S21 described above.

The allocation module allocates disaster stockpiles to the user organization from among the disaster stockpiles stored in the storage location 3, based on the calculated amount of disaster stockpile and the acquired amount of disaster stockpile desired by the user organization (step S33).
The allocation module actually allocates to user organizations based on the calculated amount of disaster stockpiles (hereinafter also referred to as the calculated amount) and the acquired amount of disaster stockpiles desired by the user organizations (hereinafter also referred to as the desired amount). Determine the amount of disaster stockpile.
If the calculated amount and the desired amount match, the allocation module determines this amount as the actual amount of disaster stock to allocate to the user organization.
On the other hand, when the computational amount and the desired amount are different, the allocation module determines the computational amount, the desired amount, the average value of the computational amount and the desired amount, the amount obtained by multiplying the computational amount by a predetermined coefficient according to the desired amount, or Any of the amounts obtained by other methods or the like is determined as the amount of disaster stockpiles to be actually allocated to the user organization.
The allocation module allocates the disaster stockpile to the user organization from among the storage locations 3 that store the determined amount of disaster stockpile.
The specific processing contents of the allocation module allocating the disaster stockpile are the same as the processing of step S22 described above.
Note that the allocation module may determine the amount of disaster stockpiles actually allocated to user organizations by different methods for each type, or may use the same method to actually allocate disaster stockpiles to user organizations regardless of the type. may determine the amount of

The allocation result storage module associates and stores the allocated disaster stockpile state information and the acquired group information (step S34), and the allocation result providing module transmits the disaster stockpile state information allocated to the user group to the user group. provided (step S35).
The process of step S34 is the same as the process of step S23 described above, and the process of step S35 is the same as the process of step S24 described above.

The above is the second disaster stock allocation process. Using the disaster stockpiles allocated as a result of the second disaster stockpiling process, the processing described later is executed.

[Disaster Stockpile Reallocation Processing Executed by Computer 10]
The disaster stock reallocation process executed by the computer 10 will be described with reference to FIG. This figure is a diagram showing a flowchart of the disaster stock reallocation process executed by the computer 10 . This disaster stock reallocation process is a process performed after the above-described first disaster stock allocation process and second disaster stock allocation process.
Note that detailed descriptions of the same processes as those described above will be omitted.

The group information acquisition module periodically re-acquires group information including the number of members belonging to the user group (step S40).
Periodically means every single month, every multiple months, every single year, every multiple years, or the like.
The group information acquisition module periodically re-acquires group information including the number of members belonging to the user group by periodically executing the above-described group information acquisition process (steps S20 and S30). Here, the group information acquisition module periodically requests group information from the user group terminal 30 and other terminals and devices, reacquires group information, and regularly receives information from the administrator of the disaster stockpile provision system 1. We will reacquire this group information by accepting direct input of group information or by other methods.
A case in which the group information acquisition module periodically requests the user group terminal 30 to re-acquire group information will be described as an example.
The group information acquisition module transmits a request for re-acquisition of group information to the user group terminal 30 when a preset period has passed since group information was acquired last time.
The user organization terminal 30 receives this request for reacquisition of the organization information and displays it on its own display unit or the like, thereby accepting re-input of the organization information from the administrator of the terminal. The user organization terminal 30 transmits the received organization information to the computer 10 .
By receiving this group information, the group information acquisition module periodically re-acquires group information including the number of members belonging to the user group.

The change determination module determines whether or not there is a change in the number of personnel after reacquisition (step S41).
A change in headcount is intended to mean that the headcount is increasing or decreasing.
The change determination module determines whether the number of personnel in the group information acquired and stored in the first disaster stockpiling allocation process or the second disaster stockpiling allocation process described above and the number of personnel in the group information reacquired this time have changed. determine whether or not
When the change determination module determines that there is no change in the number of personnel after reacquisition (step S41 NO), the computer 10 terminates this disaster stockpiling reallocation process.

On the other hand, if the fluctuation determination module determines that the number of personnel has changed (YES at step S41), the disaster reserve amount calculation module recalculates the amount of disaster stockpile required for the reacquired number of personnel (step S42). ).
The disaster stockpile amount calculation module is reacquired this time based on the amount of disaster stockpile required per preset number of personnel, similar to the process of calculating the disaster stockpile amount (steps S21 and S32) described above. Calculate the amount of disaster stockpile required for the number of personnel.
In addition, the disaster reserve amount calculation module calculates the amount of disaster reserves required for the changed number of personnel, based on the amount of disaster reserves required per person, which is set in advance. Then, if the number of personnel has increased, the disaster reserve amount calculation module stores the amount of disaster reserve calculated this time through the above-described storage processing of the disaster reserve state information and group information (steps S23 and S34). By adding it to the amount of disaster stockpiles calculated this time, the amount of disaster stockpiles required for the number of personnel reacquired this time is calculated. If the number of personnel has decreased, the amount of disaster stockpiles calculated this time is The amount of emergency stockpile required for the number of personnel re-obtained this time is calculated by subtracting from the amount of disaster stockpile stored in the state information and group information storage processing (steps S23 and S34).
The disaster stockpile amount calculation module calculates the required amount for each individual disaster stockpile such as each type of disaster stockpile, in the same manner as the above-described processing for calculating the disaster stockpile amount (steps S21 and S32). .

The allocation module reassigns the disaster stockpiles stored in the storage location 3 to the user groups based on the recalculated amount of disaster stockpiles (step S43).
The processing of step S43 is the same as the processing of steps S22 and S33 described above.

The allocation result storage module updates the status information of the allocated disaster stockpiles (step S44).
The allocation result storage module updates the disaster stockpile state information stored in the above-described storage processing of the disaster stockpile state information and group information (steps S23 and S34) to the disaster stockpile state information allocated this time.

The allocation result providing module provides the user organization with the status information of the disaster stockpiles allocated to the user organization (step S45).
The processing of step S45 is the same as the processing of steps S24 and S35 described above.

The above is the disaster stock reallocation processing. Using the disaster stockpiles allocated as a result of this disaster stockpiling reallocation processing, the processing described later is executed.

[First Billing Process Executed by Computer 10]
A first charging process executed by the computer 10 will be described with reference to FIG. This figure is a diagram showing a flow chart of the first billing process executed by the computer 10 . This first billing process is a process performed after the above-described first disaster stockpile allocation process, second disaster stockpile allocation process, and disaster stock reallocation process.

The billing amount calculation module calculates the amount to be billed to the user organization according to the acquired number of personnel (step S50).
The billing amount calculation module calculates, based on the amount per person of the number of persons set in advance, the above-mentioned group information acquisition processing (steps S20, S30) or the group information re-acquisition processing (step S40). Calculate the amount according to the number of personnel.

The billing module bills the calculated amount to the user organization (step S51).
The billing module accepts payment methods (account transfer, credit card payment, electronic money payment, etc.) and payment units (daily, monthly, yearly, etc.) registered in advance by the user organization, and preset payment methods and payment units. Based on, the calculated amount is charged to the user group.
The billing method executed by the billing module may be a general settlement method, so the details are omitted.
If the computer 10 cannot charge the user group for some reason (insufficient balance, incorrect registration, etc.), the computer 10 can be configured to notify the user group that the charge could not be made.

The billing result storage module stores the billed amount and unit (step S52).
The charging result storage module associates and stores the amount and unit charged to the user group with the identifier of this user group.

The charging result providing module provides the user group with the charged amount and unit (step S53).
The billing result providing module transmits to the user group terminal 30 a billing result notification indicating the amount and unit charged to the user group.
The user organization terminal 30 receives this billing result notification and displays it on its own display unit or the like.
The billing result providing module provides the billing amount and unit to the user organization by displaying the billing result notification on the user organization terminal 30 .

The above is the first billing process.

[Second Billing Process Executed by Computer 10]
A second charging process executed by the computer 10 will be described with reference to FIG. This figure is a diagram showing a flowchart of the second billing process executed by the computer 10 . The second billing process is a process performed after the above-described first disaster stockpile allocation process, second disaster stockpile allocation process, and disaster stock reallocation process.
Note that detailed descriptions of the same processes as those described above will be omitted.

The billing amount calculation module calculates the amount to be billed to the user organization according to the allocated amount of disaster stockpiles (step S60).
The billing amount calculation module performs the above-described disaster stock allocation process (steps S22 and S33) and the disaster stock reallocation process (step S43) based on the amount per unit amount of the disaster stockpile set in advance. Calculate the amount according to the amount of disaster stockpiles.
The billing amount calculation module calculates an amount for each type of disaster stockpile, and calculates the sum of these amounts as an amount corresponding to the amount of disaster stockpile.

The billing module bills the calculated amount to the user group (step S61), the billing result storage module stores the billed amount and unit (step S62), and the billing result providing module stores the billed amount and unit. , to the user organization (step S63).
The process of step S61 is the same as the process of step S51 described above, the process of step S62 is the same as the process of step S52 described above, and the process of step S63 is the same as the process of step S53 described above. .

The above is the second billing process.

The first billing process and the second billing process described above select which process to execute based on the reception of selection input from the user group or the administrator of the disaster stockpile provision system 1, predetermined conditions, etc. It is possible to
In the first billing process and the second billing process described above, the computer 10 confirms whether or not the next billing is to be performed on the expiration date of the billing period or a predetermined period before the expiration date. It is also possible to notify the At this time, when the computer 10 obtains a notification to the effect that charging will be performed from the user organization, the computer 10 executes the first charging process or the second charging process again.
Also, the computer 10 can be configured to automatically execute the first billing process or the second billing process again on the expiration date of the billing period or a predetermined period before the expiration date.
In addition, when the computer 10 performs the above-described disaster stock reallocation processing and the amount charged to the user organization changes due to the change in the number of personnel, additional charging is required if the amount is insufficient. It is also possible to have a configuration in which the user organization is notified to that effect, or a configuration in which the user organization is automatically charged for the shortfall. When executing the second billing process, it is also possible to charge the user organization with the amount after deducting the excess amount, or to refund the excess amount to the user organization.

[Disaster stockpile arrangement processing executed by computer 10]
Based on FIG. 12, the disaster stockpiling arrangement process executed by the computer 10 will be described. This figure is a diagram showing a flowchart of a disaster stockpiling arrangement process executed by the computer 10 . This disaster stockpile arrangement process is a process performed after the first disaster stockpile allocation process, the second disaster stockpile allocation process, and the disaster stock reallocation process described above. In addition, this disaster stockpile arrangement process is a process performed after the above-described first billing process and second billing process.

The disaster detection module detects a disaster (step S70).
As described above, disasters include storms, heavy rains, heavy snows, floods, storm surges, earthquakes, tsunamis, eruptions, and the like.
The disaster detection module detects a disaster by acquiring disaster information sent by the Meteorological Agency or an information provider, acquiring sensor information from various sensors connected to the disaster stockpile provision system 1 so as to enable data communication, or by other methods. At this time, the disaster detection module detects a disaster around the location of the user group in the group information acquired and stored by the above-described first disaster stockpile allocation process or second disaster stockpile allocation process.

The disaster judgment module judges whether or not the extent of the disaster exceeds a threshold (step S71).
The degree of disaster is based on values such as wind volume, precipitation, water level, water volume, snowfall, snow cover, sea level, seismic intensity, magnitude, wave length, wave height, and volcanic alert level. A threshold is preset for the degree of this disaster.
For example, when the disaster detection module detects an earthquake, the disaster judgment module judges whether or not the seismic intensity or magnitude of this earthquake exceeds a predetermined threshold. The disaster determination module similarly determines whether the degree of disaster exceeds a predetermined threshold for other disasters.
In this process, the disaster determination module determines whether or not the disaster detected by the disaster detection module is of a scale that requires the user organization to arrange for the disaster stockpile stored in the storage location 3. processing. Therefore, in this embodiment, when the computer 10 determines that the detected disaster is not of this scale, it determines that no disaster has occurred. When judging, it is judged that a disaster has occurred.
When the disaster determination module determines that the extent of the disaster does not exceed the threshold (step S71 NO), the computer 10 determines that no disaster has occurred and terminates this process.

On the other hand, when the disaster determination module determines that the extent of the disaster exceeds the threshold (step S71 YES), the disaster determination module determines that a disaster has occurred (step S72).

The arrangement module arranges the allocated disaster stockpiles for the user groups (step S73).
The arrangement module instructs the user organization to go to the allocated disaster stockpile storage location 3 to pick up the disaster stockpile, arranges delivery of the allocated disaster stockpile from the storage location 3 to the location of the user organization, or otherwise , to arrange the allocated disaster stockpile for the user organization.
An example will be described in which the arrangement module instructs the user organization to go to the allocated disaster stockpile storage location 3 to pick up disaster stockpile.
The arrangement module transmits to the user group terminal 30 a disaster stockpile receipt notice (see FIG. 13) indicating the disaster stockpile and the storage location 3 of this disaster stockpile.
The user organization terminal 30 receives this disaster stockpile receipt notification and displays it on its own display unit or the like. The administrator or the like of the user organization terminal 30 peruses this disaster stockpile receipt notice, grasps the allocated disaster stockpile and the storage location 3 for this disaster stockpile, and goes to this storage location 3 to pick up the disaster stockpile.

[Disaster Stockpile Receipt Notification Transmitted by Computer 10]
Based on FIG. 13, the disaster stockpile receipt notification transmitted by the arrangement module will be described. This figure is a diagram schematically showing an example of a notification for receiving disaster stockpiles. In the same figure, the notification 50 for receiving the disaster stockpile includes status information 51 of the disaster stockpile allocated to the user organization, a map 52 of the storage location 3 where the disaster stockpile is stored, the address and contact information of the storage location 3, etc. location information 53 is shown.
The arrangement module causes the user group terminal 30 to display the notice 50 for receiving the disaster stockpile, thereby instructing the user group to go to the allocated disaster stockpile storage location 3 to pick up the disaster stockpile.

The arrangement module includes the number of remote workers in the group information acquired and stored in the above-described first disaster stockpile allocation process, second disaster stockpile allocation process, and disaster stockpile reallocation process. In that case, arrange the allocated disaster stockpiles for remote workers.
The arranging module arranges for the delivery of the allocated disaster supplies from storage location 3 to the remote worker's address or residence.
The dispatch module performs the processing necessary to deliver disaster supplies to a remote worker's address or residence, such as to a shipping company. The processing required for delivery executed by the arrangement module may be processing required for delivery of general goods.

The state information storage module updates the state information of the prepared disaster stockpiles (step S74).
The state information storage module subtracts the amount of prepared disaster stockpiles from the amount of disaster stockpiles stored in the storage location 3, and updates the amount of disaster stockpiles after subtracting the state information stored by the above-described state information acquisition processing. do.

The above is the disaster stockpile arrangement processing.

[Threshold Change Processing Executed by Computer 10]
Based on FIG. 14, the threshold changing process executed by the computer 10 will be described. This figure is a diagram showing a flow chart of the threshold changing process executed by the computer 10 . This threshold changing process is a process related to the above-described disaster stockpiling arrangement process.

The threshold request acquisition module acquires, from the user group, a request for a threshold for the degree of disaster to be determined as the occurrence of a disaster (step S80).
Requests are direct, such as the numerical value of the threshold itself, and indirect, such as the damage situation in the event of a disaster.
The user organization terminal 30 receives input of this threshold from the administrator of the terminal or the like. The user organization terminal 30 accepts inputs of numbers, letters, and the like for each type of disaster and a request for a threshold for a predetermined disaster. For example, the user group terminal 30 receives an input of a seismic intensity or magnitude request for an earthquake (for example, a seismic intensity of 6 or more, a magnitude of 7 or more).
The user group terminal 30 transmits the request for the received threshold to the computer 10 .
By receiving the request for the threshold, the threshold request acquisition module acquires, from the user group, the request for the threshold for the degree of disaster to be determined as the occurrence of a disaster.

The threshold change module changes the threshold based on the acquired request (step S81).
The threshold change module changes the acquired request as it is as a threshold, and changes it to a new threshold based on the preset threshold and the request acquired this time (for example, average value, large value, small value ) or other methods to change the threshold value based on the acquired request.

The threshold storage module stores the changed threshold (step S82).
The threshold storage module associates and stores the changed threshold with the disaster.

The above is the threshold changing process.
The computer 10 executes the above-described disaster stockpiling arrangement process using the threshold changed by the threshold change process.

The means and functions described above are realized by a computer (including a CPU, an information processing device, and various terminals) reading and executing a predetermined program. The program may be provided, for example, from a computer via a network (SaaS: software as a service) or provided as a cloud service. Also, the program may be provided in a form recorded on a computer-readable recording medium. In this case, the computer reads the program from the recording medium, transfers it to an internal recording device or an external recording device, records it, and executes it. Alternatively, the program may be recorded in advance in a recording device (recording medium) and provided from the recording device to the computer via a communication line.

Although the embodiments of the present invention have been described above, the present invention is not limited to these embodiments described above. Moreover, the effects described in the embodiments of the present invention are merely enumerations of the most suitable effects resulting from the present invention, and the effects of the present invention are limited to those described in the embodiments of the present invention. isn't it.

(1) A disaster stockpile provision system that manages disaster stockpiles (e.g., drinking water, food, hygiene items, emergency supplies, daily necessities),
State information (for example, storage location, type, name, quantity, expiration date, expiration date, expiration date) indicating the state of the disaster stockpile being stored in a predetermined storage location (eg, warehouse, facility, trunk of vehicle) A state information acquisition unit (for example, state information acquisition unit 11, state information acquisition module) that acquires
a number-of-persons acquisition unit (for example, number-of-persons acquisition unit 12, group information acquisition module) that acquires the number of employees belonging to a user organization (for example, a company, school, facility);
a calculation unit (for example, a calculation unit 14, a disaster reserve amount calculation module) that calculates the amount of the disaster stockpile required for the acquired number of personnel;
an allocation unit (e.g., allocation unit 15, allocation module) that allocates the disaster stockpiles to the user organization from among the disaster stockpiles that are being stored, based on the calculated amount of the disaster stockpiles;
When a disaster (e.g., storm, heavy rain, heavy snow, flood, storm surge, earthquake, tsunami, eruption) occurs, a arranging unit (e.g., arranging unit 13, arranging module) that arranges the allocated disaster stockpile to the user organization;
disaster stockpile provision system.

According to the invention of (1), it is possible to appropriately allocate disaster stockpiles to user organizations from among the stored disaster stockpiles, and to provide disaster stockpiles when necessary.

(2) a providing unit (for example, an allocation result providing module) that provides the user organization with the status information of the disaster stockpile allocated to the user organization;
The disaster stockpile providing system according to (1), further comprising:

According to the invention of (2), it is possible for the user organization to grasp the status information of the disaster stockpiles allocated to the earthquake.

(3) a detection unit (for example, a disaster detection module) that detects a disaster;
a determination unit (for example, a disaster determination module) that determines that a disaster has occurred when the degree of the detected disaster exceeds a threshold;
The disaster stockpile providing system according to (1), further comprising:

According to the invention of (3), it is possible to provide disaster stockpiles when a disaster of a scale requiring disaster stockpiles occurs.

(4) a request acquisition unit (for example, a threshold request acquisition module) that acquires a request for the threshold from the user group;
A changing unit (for example, a threshold changing module) that changes the threshold based on the acquired request;
The disaster stockpile providing system according to (3), further comprising:

According to the invention of (4), it is possible to provide disaster stockpiles when a disaster of a degree desired by a user organization occurs.

(5) a desired amount acquisition unit (for example, a desired amount acquisition module) that acquires a desired amount of the disaster stockpile from the user organization;
further comprising
The allocation unit allocates the disaster stockpiles to the user organization from among the disaster stockpiles in storage based on the calculated amount of the disaster stockpiles and the amount of the disaster stockpiles desired by the user organization.
(1) The disaster stockpile providing system described in (1).

According to the invention of (5), it is possible to provide the amount of disaster stockpile that takes into account the amount of disaster stockpile desired by the user organization when a disaster occurs.

(6) The staff count acquisition unit periodically re-acquires the staff count,
If the reacquired number of personnel has fluctuated compared to the previously acquired number of personnel, the calculation unit recalculates the amount of the disaster stockpile required for the reacquired number of personnel,
The allocation unit reassigns the disaster stockpiles to the user organization from among the disaster stockpiles being stored based on the recalculated amount of the disaster stockpiles.
(1) The disaster stockpile providing system described in (1).

According to the invention of (6), even if the number of personnel fluctuates, disaster stockpiles are appropriately allocated to user organizations from among the stored disaster stockpiles, and disaster stockpiles are provided when necessary. becomes possible.

(7) a first billing unit (e.g., billing module) that bills the user group according to the acquired number of personnel;
The disaster supply provision system of claim 1, further comprising:

According to the invention of (7), it is possible to charge the user group an amount corresponding to the number of members.

(8) a second billing unit (e.g., billing module) that bills the user group according to the amount of the disaster stockpile allocated;
The disaster stockpile providing system according to (1), further comprising:

According to the invention of (8), it is possible to charge the user organization an amount corresponding to the amount of disaster stockpiles to be arranged.

(9) The number-of-personnel acquisition unit further acquires the number of remote workers among the number of employees belonging to the user organization,
The arrangement unit arranges the allocated disaster stockpile for the remote worker;
(1) The disaster stockpile providing system described in (1).

According to the invention of (9), it is possible to provide disaster stockpiles even to remote workers when necessary.

(10) A disaster stockpile providing method executed by a computer that manages disaster stockpile,
a step of acquiring state information indicating the state of the disaster stockpile being stored in a predetermined storage location (for example, step S10);
a step of acquiring the number of people belonging to the user group (for example, step S20);
a step of calculating the amount of the disaster stockpile required for the acquired number of personnel (for example, step S21);
a step of allocating the disaster stockpiles to the user organization from among the disaster stockpiles in storage based on the calculated amount of the disaster stockpiles (for example, step S22);
When a disaster occurs, a step of arranging the allocated disaster stockpile for the user organization (for example, step S72);
A disaster stockpile provision method comprising:

(11) To the computer that manages the disaster stockpile,
a step of acquiring state information indicating the state of the disaster stockpile being stored in a predetermined storage location (for example, step S10);
a step of acquiring the number of people belonging to the user group (for example, step S20);
a step of calculating the amount of the disaster stockpile required for the acquired number of personnel (for example, step S21);
a step of allocating the disaster stockpiles to the user organization from among the disaster stockpiles in storage based on the calculated amount of the disaster stockpiles (for example, step S22);
When a disaster occurs, the step of arranging the allocated disaster stockpiles for the user organization (for example, step S72);
A computer readable program for executing

1 Disaster Stockpile Providing System 3 Storage Location 9 Network 10 Computer 11 Status Information Acquisition Unit 12 Personnel Number Acquisition Unit 13 Arrangement Unit 14 Calculation Unit 15 Allocation Unit 20 Administrator Terminal 30 User Group Terminal 40 Contents of Provision 41, 51 Status Information 42, 52 Map 43, 53 Location information 50 Notice for receiving disaster stockpile

The present invention is a disaster stockpile providing system for managing disaster stockpile,
a state information acquisition unit that acquires state information indicating the state of the disaster stockpile being stored in a predetermined storage location;
a staff count acquisition unit that acquires the number of staff belonging to the user organization;
a calculation unit that calculates the amount of the disaster stockpile required for the acquired number of personnel;
an allocation unit that allocates the disaster stockpiles to the user organization from among the disaster stockpiles that are being stored based on the calculated amount of the disaster stockpiles;
a detection unit that detects a disaster;
a determination unit that determines that a disaster has occurred when the degree of the detected disaster exceeds a threshold;
a arranging unit for arranging the allocated disaster stockpiles to the user organization when a disaster occurs;
a request acquisition unit that acquires a request for the threshold value from the user organization;
a changing unit that changes the threshold based on the acquired request;
To provide a disaster stockpile provision system comprising
Further, the present invention is a disaster stockpile providing system for managing disaster stockpile,
a state information acquisition unit that acquires state information indicating the state of the disaster stockpile being stored in a predetermined storage location;
a number-of-persons acquisition unit that acquires the number of employees belonging to a user organization and the number of remote workers among the number of employees belonging to the user organization;
a calculation unit that calculates the amount of the disaster stockpile required for the acquired number of personnel;
an allocation unit that allocates the disaster stockpiles to the user organization from among the disaster stockpiles that are being stored based on the calculated amount of the disaster stockpiles;
an arrangement unit that arranges the allocated disaster stockpiles for the user group and the remote worker when a disaster occurs;
To provide a disaster stockpile provision system comprising

According to the present invention, a disaster stockpile providing system for managing disaster stockpile acquires status information indicating the state of the disaster stockpile being stored in a predetermined storage location, acquires the number of personnel belonging to a user organization, and obtains calculating the amount of the disaster stockpile required for the number of personnel determined, and based on the calculated amount of the disaster stockpile, allocating the disaster stockpile to the user organization from among the disaster stockpile in storage and detecting the disaster. If the degree of the detected disaster exceeds the threshold, it is determined that a disaster has occurred, and when the disaster occurs, the allocated disaster stockpile is arranged with the user organization, and a request for the threshold is obtained from the user organization. and change the threshold based on the obtained request .
Further, according to the present invention, a disaster stockpile providing system that manages disaster stockpile acquires status information indicating the state of the disaster stockpile being stored in a predetermined storage location, the number of personnel belonging to the user organization, and Obtain the number of remote workers out of the number of personnel belonging to the user organization, calculate the amount of the disaster stockpile required for the acquired number of personnel, and store based on the calculated amount of the disaster stockpile. The user group is allocated the disaster stockpiles from among the disaster stockpiles therein, and when a disaster occurs, the allocated disaster stockpiles are arranged for the user organizations and the remote workers.

Claims (11)

A disaster stockpile provision system for managing disaster stockpile,
a state information acquisition unit that acquires state information indicating the state of the disaster stockpile being stored in a predetermined storage location;
a staff count acquisition unit that acquires the number of staff belonging to the user organization;
a calculation unit that calculates the amount of the disaster stockpile required for the acquired number of personnel;
an allocation unit that allocates the disaster stockpiles to the user organization from among the disaster stockpiles that are being stored based on the calculated amount of the disaster stockpiles;
a arranging unit for arranging the allocated disaster stockpiles to the user organization when a disaster occurs;
disaster stockpile provision system. a providing unit that provides the user organization with the status information of the disaster stockpile allocated to the user organization;
The disaster supply provision system of claim 1, further comprising: a detection unit that detects a disaster;
a determination unit that determines that a disaster has occurred when the degree of the detected disaster exceeds a threshold;
The disaster supply provision system of claim 1, further comprising: a request acquisition unit that acquires a request for the threshold value from the user organization;
a changing unit that changes the threshold based on the acquired request;
The disaster stockpile provision system of claim 3, further comprising: a desired amount acquisition unit that acquires a desired amount of the disaster stockpile from the user organization;
further comprising
The allocation unit allocates the disaster stockpiles to the user organization from among the disaster stockpiles in storage based on the calculated amount of the disaster stockpiles and the amount of the disaster stockpiles desired by the user organization.
The disaster stockpile providing system according to claim 1. The number-of-personnel acquisition unit periodically re-acquires the number of employees,
If the reacquired number of personnel has fluctuated compared to the previously acquired number of personnel, the calculation unit recalculates the amount of the disaster stockpile required for the reacquired number of personnel,
The allocation unit reassigns the disaster stockpiles to the user organization from among the disaster stockpiles being stored based on the recalculated amount of the disaster stockpiles.
The disaster stockpile providing system according to claim 1. a first billing unit that bills the user group according to the acquired number of personnel;
The disaster supply provision system of claim 1, further comprising: a second billing unit that bills the user organization according to the amount of the disaster stockpile allocated;
The disaster supply provision system of claim 1, further comprising: The number-of-personnel acquisition unit further acquires the number of remote workers among the number of employees belonging to the user organization,
The arrangement unit arranges the allocated disaster stockpile for the remote worker;
The disaster stockpile providing system according to claim 1. A disaster stockpile providing method executed by a computer that manages disaster stockpile, comprising:
a step of obtaining status information indicating the status of the disaster stockpile being stored in a predetermined storage location;
a step of acquiring the number of personnel belonging to the user organization;
calculating an amount of said disaster reserves required for said number of personnel acquired;
allocating the disaster stockpile to the user organization from among the disaster stockpile in storage based on the calculated amount of the disaster stockpile;
Arranging the allocated disaster stockpile to the user organization when a disaster occurs;
A disaster stockpile provision method comprising: In the computer that manages the disaster stockpile,
obtaining status information indicating the status of the disaster stockpile being stored in a predetermined storage location;
a step of obtaining the number of personnel belonging to the user organization;
calculating the amount of said disaster reserves required for said number of personnel acquired;
allocating the disaster stockpile to the user organization from among the disaster stockpile in storage based on the calculated amount of the disaster stockpile;
Arranging the allocated disaster stockpile to the user organization when a disaster occurs;
A computer readable program for executing

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