JP6785818B2 - Support system - Google Patents

Description

The present invention relates to a technique for supporting the management of disaster countermeasure stockpiles, and more particularly to a technique for supporting distribution in the event of a disaster and management of stockpiles in normal times.

In recent years, office buildings, business establishments, etc. have come to prepare disaster countermeasure stockpiles for the purpose of measures for people who have difficulty returning home in the event of a disaster. For example, the Tokyo Metropolitan Government recommends that companies prepare a stockpile of disaster countermeasures for three days (the Tokyo Metropolitan Ordinance for Measures for Persons with Difficulty Returning Home, which came into effect in April 2013).

However, there are various types of disaster countermeasure stockpiles, and the required items and quantities differ for each business establishment, and even if training is conducted, the frequency of disasters is low, causing various problems. Is expected to be confusing. For example, we do not know what kind of disaster countermeasure stockpile should be prepared and how much. Also, for example, the type, quantity, and storage location of disaster countermeasure stockpiles are known only to some related parties, and even if a disaster occurs such as distributing disaster countermeasure stockpiles, if there are no related parties. Cannot be distributed. In addition, for example, since it is not decided how to distribute the disaster countermeasure stockpile, even if a disaster such as distributing the disaster countermeasure stockpile occurs, it is unknown how to distribute it. In addition, it is unclear where the management responsibility for deciding the distribution of disaster countermeasure stockpiles is, and it is not clear who should make the decision on how to distribute it. Also, for example, there is no person in charge of deciding the distribution of disaster countermeasure stockpiles, and it is unknown who can make the decision on distribution. In addition, for example, since the disaster countermeasure stockpile is procured and the management is neglected, the expiration date or the expiry date expires without noticing it. In addition, even if the user notices that the expiration date or the expiration date of the disaster countermeasure stockpile is approaching, the budget for renewing the disaster countermeasure stockpile is not prepared at that time.

On the other hand, there is an invention of a disaster support system that does not require the manager to make a high-level judgment and smoothly distributes disaster countermeasure stockpiles without excess or deficiency (Patent Document 1). This disaster support system accepts material support requests from disaster victim terminals, aggregates and manages request information for each evacuation area, and also collects material stockpile information from the supplier terminal for the material stockpiled by the relief material supplier. Accept and update and manage stockpile information. Then, it is a system that compares the request information for each evacuation area with the stockpile information, and if distribution is possible, instructs the supplier terminal to distribute relief supplies. In other words, it is merely a distribution system for determining the balance between supply and demand and distributing relief supplies, and cannot solve the above problems.

On the other hand, a stockpile database that stores the customer's stockpile, storage location, and expiration date is set up, and information on stockpile that needs to be replaced that is approaching the expiration date is extracted and listed by a computer, and exchanged based on this list. There is an invention of a management method for delivering and exchanging stockpiles (Patent Document 2). According to the present invention, the stockpile is replaced before the expiration date, but the trader does it arbitrarily every time the expiration date approaches, and a budget for renewing the stockpile is prepared at that time. Is not always. In addition, the method of distributing the stockpile is not disclosed at all, and the above problem cannot be solved.

In this way, regarding disaster countermeasure stockpiles, procuring by deciding the type and quantity to be prepared, ensuring that the expiration date and expiration date do not pass, and managing with budget support, etc. It is desired to solve maintenance problems. In addition, regarding disaster countermeasure stockpile, clarify the manager who decides distribution and the person in charge of distribution even if the person concerned is absent, clarify the distribution method, etc. It is also desired to solve problems in the event of a disaster in which goods should be distributed.

Japanese Unexamined Patent Publication No. 2004-157843 Japanese Unexamined Patent Publication No. 2009-193151

As described above, in the prior art described in Patent Documents 1 and 2, it is necessary to determine and procure the type and quantity of disaster countermeasure stockpile to be prepared, to prevent the expiration date and the expiration date from passing, and to budget. It is not possible to deal with the management with the support of. In addition, it is not possible to clarify the manager who makes the distribution decision and the person in charge of distribution, and the distribution method, even if the person concerned is absent, regarding the disaster countermeasure stockpile.

In view of the above problems, an object of the present invention is to obtain a support system that supports maintenance or distribution of disaster countermeasure stockpiles.

(1) In order to solve the above-mentioned problems, the support system according to the present invention is a support system that supports a person concerned who maintains and manages a disaster countermeasure stock, and is a terminal carried by the person concerned and a disaster countermeasure. A stock database that stores the renewal deadline and quantity of stocks in association with each other, disaster countermeasure stocks that reach the renewal deadline by referring to the stock database, and a deadline management means for creating a renewal list, and the deadline. It is provided with a notification means for displaying the update list created by the management means on the display unit of the terminal.
(2) Further, the support system according to the present invention is characterized in that, in (1), it receives information from the terminal and updates the memory of the stockpile database.
(3) Further, in the support system according to the present invention, in (1) or (2), the deadline management means refers to the stockpile database and extracts the disaster countermeasure stockpile whose quantity is insufficient. It is characterized by creating an update list.
(4) Further, in any of (1) to (3), the support system according to the present invention includes a customer database that stores a customer list in association with the corresponding stock database, and the notification means is The update list created by the deadline management means is displayed on the display unit of the terminal defined in the customer database.
(5) Further, the support system according to the present invention is a support system that supports a person concerned who distributes a disaster countermeasure stockpile, and is a terminal carried by the person concerned and a disaster countermeasure stockpile stored. When the stockpile database that stores a plurality of predetermined distribution procedures and the distribution procedure selected by the administrator are received, the decision means for determining the distribution procedure to execute the distribution procedure and the determined distribution procedure are determined by the person in charge. It is provided with an instruction means for displaying on the display unit of the terminal.

According to the support system according to the present invention, it is possible to support the maintenance or distribution of the disaster countermeasure stockpile.

It is a figure explaining the structure of the support system which concerns on this invention. It is a block diagram which shows the structure of the support device which concerns on this invention. It is a block diagram which shows the structure of the terminal which concerns on this invention. It is a block diagram which shows the structure of the management server which concerns on this invention. It is a block diagram which shows the structure of the disaster alarm receiver which concerns on this invention.

1. 1. Embodiment First, an outline of the configuration of the support system 100 according to the present invention will be described with reference to FIG. The support system 100 includes a support device 10 connected to a communication line N1 which is a first communication line via a signal line L1 and further to a communication line N2 which is a second communication line via a signal line L2. Further, the support system 100 includes a terminal 20 connected to the communication line N1 and a management server 40 connected to the communication line N2 via the signal line L4. The management server 40 is a management device in which the management service provider provides a management service for disaster countermeasure stockpiles for each customer. The terminal 20 is a portable terminal capable of mobile communication, which collectively refers to a plurality of terminals 20b carried by a candidate manager of disaster countermeasure stocks and a plurality of terminals 20a carried by a candidate person in charge of disaster countermeasure stocks. is there. The terminal 20 communicates with the support device 10 via the communication line N1. The management server 40 communicates with the support device 10 via the communication line N2. The support device 10 communicates with the terminal 20 via the communication line N1 and with the management server 40 via the communication line N2, respectively.

The communication line N1 and the communication line N2 can be shared, but it is desirable that they are independent communication lines. It is desirable that the communication line N1 be an independent premises communication line for each building such as an office building or a business establishment in order to support the distribution of disaster countermeasure stockpiles in the event of a disaster. That is, it is prevented from being affected by the communication failure, communication restriction, and communication blackout due to the increased communication traffic expected in the general public line provided by the telecommunications carrier. Devices that make up the communication line N1, such as access points, routers, switching hubs, etc., are ready power supplies or emergency power supplies that can maintain their functions for a predetermined time so that they can maintain their functions for a predetermined time even when the commercial power supply is lost in the event of a disaster. It is desirable to have a power supply. That is, even if the communication line N2 becomes unusable due to a disaster, the function of the communication line N1 is maintained, the support device 10 cooperates with the terminal 20, and the distribution of the disaster countermeasure stockpile does not occur. It is something to do. Since the communication line N2 is mainly used to support the maintenance and management of the disaster countermeasure stockpile in normal times, it can be a general public line provided by the telecommunications carrier. Hereinafter, the configuration of each of the above-described devices will be described with reference to FIGS. 2 to 4.
[Terminal configuration]

First, the configuration of the terminal 20 will be described. The plurality of terminals 20b carried by the candidate manager of the disaster countermeasure stockpile and the plurality of terminals 20a carried by the candidate person in charge of the disaster countermeasure stockpile differ only in the carrying entity, and are exactly the same as the device. Has a configuration. Hereinafter, the terminal 20 will be described with reference to FIG.

The terminal 20 has a control unit 21, a storage unit 22, a communication unit 23, an operation unit 24, and a display unit 25 (the positioning unit 26 in FIG. 3 will be described later in a modified example). The terminal 20 is a portable terminal device carried by a candidate for a manager of a disaster countermeasure stockpile and a candidate for a person in charge of a disaster countermeasure stockpile, such as a smartphone or a tablet terminal. The control unit 21 has a CPU, a ROM, a RAM, and the like, and the CPU reads and executes a control program stored in the ROM or the storage unit 22. Then, based on the control program read from the storage unit 22, each unit of the terminal 20, the display unit 25, the operation unit 24, and the communication unit 23 are controlled and operated in cooperation with the support device 10. The display unit 25 includes a screen 251 using a liquid crystal or the like, and an image is displayed on the screen 251 in response to an instruction from the control unit 21. The operation unit 24 has a touch panel 241. The touch panel 241 detects that the operator's finger or the like touches the screen 251 included in the display unit 25. For example, a transparent capacitive touch panel superimposed on the screen 251 is detected by an operator's operation of instructing a position in an area overlapping the screen 251 of the display unit 25, which is operated by an indicator such as an operator's finger. Is. The storage unit 22 is a non-volatile storage means such as a flash memory or an SSD (solid state drive), and stores a control program read into the CPU of the control unit 21. The storage unit 22 also stores a terminal identifier, which is a unique identifier for each terminal 20. The communication unit 23 is an interface that connects to the communication line N1 by wireless communication in order to communicate with the support device 10.
[Configuration of support device]

Next, the configuration of the support device 10 will be described with reference to FIG. The support device 10 has a first communication unit 13, a second communication unit 14, a storage unit 12, and a control unit 11 (the third communication unit 15 in FIG. 2 will be described later in a modified example). The first communication unit 13 is an interface for communicating control information and the like with the terminal 20 via the signal line L1 and the communication line N1. The second communication unit 14 is an interface for communicating control information and the like with the management server 40 via the signal line L2 and the communication line N2. Instead of the signal lines L1 and L2, the communication lines N1 and N2 may be connected by wireless communication. The storage unit 12 is a non-volatile storage means such as a ROM, a flash memory, and a hard disk, and stores a control program that executes a process for supporting the activities of related parties such as maintenance and distribution of disaster countermeasure stocks.

In addition, the storage unit 12 has the following storage area for storing as a database. The first storage area is a stockpile database (in the figure, "database" is referred to as "DB") 121, which includes the type, renewal deadline, quantity, storage location, and a plurality of predetermined distribution procedures of the disaster countermeasure stockpile to be stockpiled. Remember as. Further, the second storage area is stored as a person in charge database (“database” is referred to as “DB” in the figure) 122 in association with a predetermined person in charge candidate, a predetermined appointment order, and a corresponding terminal identifier. .. Further, the third storage area is stored as an administrator database (“database” is referred to as “DB” in the figure) 123 in association with a predetermined administrator candidate, a predetermined appointment order, and a corresponding terminal identifier. ..

The control unit 11 is a control means that controls the operation of each unit of the support device 10 based on the control program stored in the storage unit 12. The control unit 11 includes an arithmetic processing unit such as a CPU (not shown), and has functional configurations such as a notification unit 111, an instruction unit 112, a reception unit 113, a request unit 114, a determination unit 115, a notification reception unit 118, and a synchronization unit 117. (The alarm unit 116 and the ordering unit 119 in FIG. 2 will be described later in a modified example).

The reception unit 113 is a reception means for receiving a request or response from the terminal 20 via the first communication unit 13. The reception unit 113 receives information on the type, renewal deadline, quantity, and storage location of the stored disaster countermeasure stockpile input from any operation unit of the terminal 20, and receives information on the first storage area of the storage unit 12. It is also a reception means for updating the stockpile database 121 stored in. When the receiving unit 113 receives the request from the terminal 20, the requesting unit 114 refers to the administrator database 123 (third storage area) and sets the terminal identifier of the corresponding administrator candidate in the stored appointment order. This is a requesting means for displaying a screen requesting acceptance of the appointment of an administrator on the terminal 20b. This request is executed until the reception unit 113 receives the "response to accept the appointment" from the terminal 20b. Further, the requesting unit 114 refers to the person in charge database 122 (second storage area) based on the decision of the administrator, and makes the terminal 20a having the terminal identifier of the corresponding person in charge candidate in the stored appointment order. , It is also a requesting means to display a screen requesting acceptance of the appointment of a person in charge. This request is executed until the "response to accept the appointment" received from the terminal 20a by the reception unit 113 satisfies the predetermined number of persons in charge. The decision unit 115 manages the distribution procedure of the disaster countermeasure stockpile, which the appointed manager decides to distribute the disaster countermeasure stockpile and selects and decides from a plurality of distribution procedures stored in the storage unit 12. It is a determination means that receives from the terminal 20b having the terminal identifier corresponding to the person and determines as a distribution procedure to be executed by the support system 100. The instruction unit 112 is an instruction means for displaying the distribution procedure received by the determination unit 115 on the display unit of the terminal 20a having the terminal identifier corresponding to the appointed person in charge. The notification receiving unit 118 is a receiving means for receiving an update list from the management server 40, which will be described later, via the second communication unit 14 and the communication line N2. The update list is created by the management server 40 by extracting disaster countermeasure stockpiles that reach the update deadline by the next update list notification time at the update list notification time determined in advance for each customer. It is a list that describes the countermeasure stockpile. The notification unit 111 is a notification means for displaying the update list or the incoming call of the update list on the display unit of the terminal 20 when the notification reception unit 118 receives the update list.
[Management server configuration]

Next, the configuration of the management server 40 will be described with reference to FIG. The management server 40 is a management device in which the management service provider provides a management service for disaster countermeasure stockpiles for each customer. The main service provided by the management server 40 to the customer is to support the maintenance of the disaster countermeasure stockpile. In addition, as ancillary services, services such as provision of disaster warning information, proposal and procurement of disaster countermeasure stockpiles, etc. can also be provided, which will be described later in a modified example.

The management server 40 has a control unit 41, a storage unit 42, and a communication unit 43. The storage unit 42 has the following storage area to be stored as a database. The first storage area of the storage unit 42 is a stock database (“database” is referred to as “DB” in the figure) that stores the type, renewal deadline, quantity, and storage location of the disaster countermeasure stock for each customer. Store as 421. The above-mentioned storage is the storage of the same information as the stockpile database 121 of the support device 10, and a plurality of predetermined distribution procedures may be further stored as in the stockpile database 121 of the support device 10. In addition, the second storage area stores the memory associated with the customer list and the corresponding stock database 421 as the customer database (“database” is referred to as “DB” in the figure) 422 (order database 423 in FIG. 4). Will be described later in a modified example). The communication unit 43 is an interface for communicating information, control information, and the like that synchronize the stockpile database 421 with the stockpile database 121 of the support device 10 via the signal line L4 and the communication line N2.

The control unit 41 is a control means that controls the operation of each unit of the management server 40 based on the control program stored in the storage unit 42. The control unit 41 includes an arithmetic processing unit such as a CPU (not shown), and has an information collection unit 412, a deadline management unit 413, and a notification unit 414 as functional configurations thereof (for the proposal unit 411 and the order reception unit 415 in FIG. 4). , Will be described later in a modified example). The information collecting unit 412 is an information collecting means for synchronizing the stockpile database 121 (first storage area) of the support device 10 with the customer's stockpile database 421 corresponding to the support device 10 via the communication unit 43. That is, the stockpile database 121 of the support device 10 and the stockpile database 421 of the management server 40 are maintained in the latest state. This synchronization may be performed periodically, or when the information is updated in either the stockpile database 121 or 421, the support device 10 or the management server 40 that has updated the information It may be done by the synchronization request of. If this synchronization is performed regularly, for example, set it to a midnight time zone in which the disaster countermeasure stockpile is not updated once a day so that the synchronization is not performed during the disaster countermeasure stockpile update. To do. The deadline management unit 413 refers to the stockpile database 421 at the update list notification time set in advance for each customer, extracts and updates the disaster countermeasure stockpile that reaches the renewal deadline by the next update list notification time. It is a deadline management means to create an update list as a list of disaster countermeasure stockpiles to be taken. It is preferable that the update list notification time is further stored in the customer database 422 and set in time for the customer's budget compilation. The notification unit 414 is a notification means for notifying the support device 10 of the update list created by the deadline management unit 413 via the communication unit 43.
[Operation of support system]

Next, the operation of the support system 100 according to the present invention will be described. First, the operation of supporting the distribution of disaster countermeasure stockpiles will be described. When a large-scale disaster or the like occurs and a disaster countermeasure stockpile is distributed, a candidate manager or a candidate for a person in charge of carrying the terminal 20 operates the operation unit 24 of the terminal 20 to perform "disaster countermeasures". Request the distribution decision of the stockpile ". For example, the operator of the terminal 20 first activates a control program that controls the terminal 20 as a support system stored in the storage unit 22. Then, an operation button for making the above request is projected on the screen 251 of the display unit 25, and the operator touches a position corresponding to the operation button on the touch panel 241 of the operation unit 24, and the control unit 21 that detects this touches the position corresponding to the operation button. The above request is transmitted via the communication unit 23.

The "request for distribution determination of disaster countermeasure stockpile" transmitted from the terminal 20 is received by the reception unit 113 via the communication line N1 and the first communication unit 13 of the support device 10. When the reception unit 113 receives the "request for the distribution decision of the disaster countermeasure stockpile", the request unit 114 refers to the administrator database 123 which is the third storage area of the storage unit 12, and the appointment order is stored. Is read. Then, the requesting unit 114 causes the terminal 20b having the terminal identifier of the corresponding administrator candidate in the read order of appointment to display a screen requesting acceptance of the appointment of the administrator. The control program of the terminal 20 automatically receives the request from the request unit 114, and for example, a display requesting acceptance of the appointment of the administrator, an operation button for inputting acceptance, and an operation for inputting that the request cannot be accepted. Make sure that the request screen that displays the button is automatically displayed. At this time, an alarm sound may be emitted so that it is easy to recognize that it is an urgent request. If this administrator candidate is out of the communication range of the communication line N1, the communication itself is not established, so a similar request is made to the administrator candidate of the next appointment order by time-out or the like. In addition, if the manager candidate who received the above request has a higher priority activity, for example, if a fire breaks out and is involved in the initial fire extinguishing, or if he / she is injured and decides that he / she cannot complete his / her duties. Operate the operation button to input that the request cannot be accepted, and return a response that the request cannot be accepted. In this case as well, the same request is made to the manager candidate of the next appointment order, and the operation button for inputting that the request for manager appointment is accepted is operated, and the response to accept the above request is supported. Until the reception unit 113 of the device 10 receives the request, the request is sequentially made according to the appointment order. That is, the above requests are sequentially made in the order of appointment until an administrator candidate who accepts the request for appointment of an administrator appears.

When the reception unit 113 of the support device 10 receives a response from the terminal 20b to the effect that the request for appointment of an administrator is accepted, that is, when an administrator candidate who accepts the request for appointment of an administrator appears, the request unit of the support device 10 114 displays a display notifying the appointment of an administrator on the screen 251 of the display unit 25 of the terminal 20b, and reads out a plurality of distribution procedures of the disaster countermeasure stockpile with reference to the stockpile database 121, and the plurality of distribution procedures. , Or a list of distribution procedures is displayed on the screen 251 of the display unit 25 of the terminal 20b together with the corresponding operation buttons. In other words, notify the appointed manager that he / she has been appointed, and ask him / her to decide how to distribute the disaster recovery stock. Then, when the appointed manager decides to distribute the disaster countermeasure stockpile, selects and decides from the displayed plurality of distribution procedures, and operates the corresponding operation button, the touch panel 241 of the operation unit 24 is described above. The position corresponding to the operation button is touched, and the control unit 21 that detects this touches and transmits the determined distribution procedure via the communication unit 23.

When the determination unit 115 of the support device 10 receives the determined distribution procedure from the terminal 20b having the terminal identifier corresponding to the administrator, the person in charge is appointed and the distribution instruction is given to the appointed person in charge. .. First, the requesting unit 114 refers to the person in charge database 122, which is the second storage area of the storage unit 12, and reads out the stored appointment order. Then, the requesting unit 114 causes the terminal 20a having the terminal identifier of the corresponding person in charge candidate in the read order of appointment to display a screen requesting acceptance of the person in charge appointment. The control program of the terminal 20 automatically receives the request from the request unit 114, for example, a display requesting acceptance of the appointment of the person in charge, an operation button for inputting acceptance, and an operation for inputting that the request cannot be accepted. Make sure that the request screen that displays the button is automatically displayed. At this time, an alarm sound may be emitted so that it is easy to recognize that it is an urgent request. If this person in charge candidate is out of the communication range of the communication line N1, the communication itself is not established, so a similar request is made to the person in charge candidate of the next appointment order by time-out or the like. In addition, if the candidate in charge who received the above request has a higher priority activity, for example, if a fire breaks out and is involved in the initial fire extinguishing, or if he / she is injured and determines that he / she cannot complete his / her duties. Operate the operation button to input that the request cannot be accepted, and return a response that the request cannot be accepted. In this case as well, the reception unit 113 of the support device 10 receives the same request by making the same request to the candidate in charge of the next appointment order and operating the operation button for inputting that the request for appointment of the person in charge is accepted. Until the response to accept the request satisfies the predetermined number of persons in charge, the request is made in sequence according to the order of appointment. That is, the above requests are sequentially made in the order of appointment until a candidate for the number of persons in charge who accepts the request for appointment of the person in charge and satisfies the predetermined number of persons in charge appears.

When the reception unit 113 of the support device 10 receives a response from the terminal 20a satisfying the predetermined number of persons in charge to accept the request for appointing the person in charge, the instruction unit 112 of the support device 10 displays the terminal 20a. The screen 251 of the section 25 is displayed to notify the appointment of the person in charge. The requesting unit 114 of the support device 10 may simultaneously display a screen requesting acceptance of the appointment of the person in charge to the terminals 20a having the terminal identifiers of all the candidate persons in charge. At this time, the person in charge may be appointed from the terminal 20a that has received a response to accept the request so as to satisfy a predetermined number of persons in charge according to the above-mentioned appointment order.

The instruction unit 112 of the support device 10 that has appointed the person in charge as described above refers to the stockpile database 121, reads out the above distribution procedure received and determined by the determination unit 115, and is a terminal corresponding to the person in charge. Each distribution procedure is displayed on the screen 251 of the display unit 25 of the terminal 20a having the identifier. That is, when the number of candidate persons who accept the request for appointment of persons reaches the number of persons who satisfy the predetermined number of persons, the persons in charge are appointed in the order of appointment and notified, and the disaster countermeasure stockpile is distributed to each person. Instruct the procedure. The appointed person distributes the disaster countermeasure stockpile according to the instruction from the instruction unit 112. For example, as shown in FIG. 1, the person in charge C1 heads to the warehouse on the second basement floor instructed to distribute the disaster countermeasure stock, and similarly, the person in charge C2 goes to the warehouse on the first basement floor and the person in charge C3 Goes to the office on the 2nd floor, and the person in charge C4 goes to the rooftop tower storeroom. Then, the designated type of disaster countermeasure stockpile is distributed to the designated person in the designated quantity. Priorities may be set for the distribution recipients, which are appropriately determined according to each situation and situation and are stored in advance as a distribution procedure.

As described above, the support system 100 of the present invention determines the manager who decides the distribution and the procedure even if there is a person concerned who is absent in the situation where the disaster countermeasure stockpile is distributed such as the occurrence of a disaster. It is possible to support the distribution of disaster countermeasure stockpiles by deciding the person in charge of distribution and guiding the distribution procedure.

Next, the operation related to the maintenance of the disaster countermeasure stockpile of the support system 100 according to the present invention will be described. The reception unit 113 of the support device 10 receives information on the type, renewal deadline, quantity, and storage location of the stored disaster countermeasure stockpile input from any operation unit 24 of the terminal 20, and the support device 10 The memory of the stockpile database 121 (first storage area) is updated. That is, the person carrying the terminal 20 inspects the disaster countermeasure stockpile during normal times when the disaster countermeasure stockpile is not distributed, regularly, or when the disaster countermeasure stockpile is updated. Check the type, quantity, renewal deadline, and storage location of the stockpile, and keep the stockpile database 121 up to date. Then, it communicates with the information collecting unit 412 of the management server 40 via the second communication unit 14, and synchronizes the memory of the stockpile database 121 with the corresponding memory of the stockpile database 421 of the management server 40. It is equipped with 117.

On the other hand, the management server 40 stores the stockpile database 421 stored in association with the type, renewal deadline, and quantity of the disaster countermeasure stockpile for each customer in the first storage area of the storage unit 42. The stockpile database 421 may also store the storage location in association with the above storage. Further, the management server 40 stores the customer database 422, which stores the customer list in association with the storage of the corresponding stock database 421, in the second storage area of the storage unit 42. Then, by communicating with the synchronization unit 117 of the support device 10 via the communication unit 43, the memory of the stockpile database 121 and the memory of the customer's stockpile database 421 corresponding thereto are specified with reference to the customer database 422. An information collecting unit 412 for synchronizing these is provided. That is, the information collecting unit 412 of the management server 40 identifies the memory of the customer's stockpile database 421 corresponding to the support device 10 with reference to the customer database 422, and synchronizes them.

The storage of the stock database 121 of the support device 10 and the corresponding storage of the stock database 421 of the management server 40 may be synchronized periodically, or the storage of the stock database 121 or the stock When the information is updated in any one of the corresponding memories of the database 421, it may be performed by a synchronization request from the updated support device 10 or the management server 40. If synchronization is performed on a regular basis, for example, set it to a midnight time zone in which the disaster countermeasure stockpile is not updated once a day so that the synchronization is not performed during the disaster countermeasure stockpile update. Is desirable. In this way, the storage of the stockpile database 121 of the support device 10 and the corresponding storage of the stockpile database 421 of the management server 40 are synchronized and the same information is shared.

The management server 40 manages the deadline of the disaster countermeasure stockpile stored by the customer based on the information of the stockpile database 421 synchronized as described above. That is, the deadline management unit 413 of the management server 40 refers to the stockpile database 421 at the update list notification time set in advance for each customer, and sets the disaster countermeasure stockpile that reaches the update deadline by the next update list notification time. Create an update list as a list of disaster preparedness stockpiles to be extracted and updated. Then, the notification unit 414 of the management server 40 notifies the support device 10 of the update list via the communication unit 43 and the communication line N2. The notification receiving unit 118 of the support device 10 receives the update list from the management server 40 via the communication line N2 and the second communication unit 14, and at this time, the notification unit 111 receives the received update list or the update list. The incoming call is displayed on the screen 251 of the display unit 25 of the terminal 20. The terminal 20 to be displayed may be a terminal 20 having a predetermined terminal identifier, that is, a terminal 20 carried by a predetermined person, or as in the case of supporting the distribution of disaster countermeasure stockpiles, the order of appointment. A request for acceptance of the update list reception may be made each time, and the display may be displayed on the accepted terminal 20. Which terminal 20 displays the update list or its incoming call is appropriately determined depending on individual management circumstances.

In this way, at the update list notification time set in advance for each customer, the information of the disaster countermeasure stockpile that reaches the update deadline by the next update list notification time is automatically set as an update list from the management service provider to the customer. Provided. Therefore, it can be managed without labor so that the expiration date and the expiration date do not expire. This brings the benefit of labor cost reduction to both the management service provider and the customer, which in turn leads to the reduction of the maintenance cost of the disaster countermeasure stockpile.

Furthermore, by setting the update list notification time in time for the customer's budget compilation, it is possible to systematically update and manage the disaster countermeasure stockpile backed by the budget, which has the advantage of eliminating sudden expenses. In addition, if such a planned renewal is carried out, disaster countermeasure stocks that do not meet the renewal deadline will be renewed and discarded, but after clarifying this point, they can be sold at a low price or set to the expiration date. It also has the effect of making social contributions by donating less waste food to non-profit organizations that distribute it free of charge.
2. Modification example

The above is the description of the embodiment, but the content of this embodiment can be modified as follows. Moreover, the following modification examples may be combined.
2-1. Modification 1

In the above embodiment, the requesting unit 114 of the support device 10 requests the manager candidate to accept the appointment of the manager by the "request for the distribution decision of the disaster countermeasure stockpile" from the terminal 20. It may be the disaster warning information to be transmitted or the disaster warning information based on the disaster warning information. For example, a disaster warning receiver 30 (see FIG. 1) that receives such disaster warning information is provided, and the received disaster warning information is sent to the support device 10 to determine the distribution of disaster countermeasure stocks. To do. Then, the support device 10 receives the disaster warning information via the third communication unit 15 which is connected to the disaster warning receiver 30 via the signal line L3 and receives the disaster warning information, and the third communication unit 15. The alarm unit 116 is further provided. Further, when the alarm unit 116 receives the disaster alarm information, the notification unit 111 causes the disaster alarm information to be displayed on the screen 251 of the display unit 25 of the terminal 20, and the request unit 114 appoints an administrator as an administrator candidate. Ask for acceptance.

Next, the disaster alarm receiver 30 will be described with reference to FIG. The disaster alarm receiver 30 includes a receiving unit 31 for receiving the disaster alarm information, a communication unit 34 connected to the third communication unit 15 of the support device 10 by a signal line L3, and the receiving unit 31 is used for the disaster alarm information. Is received, the disaster warning information is transmitted to the support device 10 via the communication unit 34. The receiving unit 31 includes a broadcast receiving unit 32 that receives disaster warning information due to broadcast waves, and a network communication unit 33 that receives disaster warning information transmitted via a network X1 such as the Internet. A wide-area warning system that transmits various disaster information to be received by the disaster warning receiver 30 as disaster warning information will be described below.
[First wide area warning system]

In FIG. 5, the first wide area warning system includes emergency information transmission units G2 to 3 as disaster information transmission sources, and an emergency information transmission base G1 as a disaster information transmission source based on this disaster information. Further, a communication satellite SAT and a network LGWAN are provided as communication means for distributing disaster information over a wide area, and an emergency information receiving base GL is provided as a disaster information receiving source in a region. Then, the emergency information receiving base GL that has received the disaster information in the area has a wireless transmission unit T1, a broadcasting station T2 to 3, a broadcast mail distribution unit T4, and a loudspeaker as disaster information transmission means for notifying the disaster information. Start SP, etc. and transmit disaster information to residents.

This first wide area warning system corresponds to Japan's National Instant Warning System (J-ALERT). In this system, G1 is the Fire and Disaster Management Agency, G2 is the Cabinet Secretariat, G3 is the Japan Meteorological Agency, LGWAN is the comprehensive administrative network, SAT is (currently) the communication satellite SUPERBIRD-B2, GL is the local public body, and T1 is the disaster prevention administrative radio transmission unit. , SP correspond to the loudspeakers of the disaster prevention administrative radio. In addition, T2 corresponds to cable TV, T3 corresponds to community broadcasting (regional FM broadcasting, etc.), and T4 corresponds to the broadcast mail distribution section, and future maintenance is an issue. At present, the following disaster information is to be notified to the Fire and Disaster Management Agency G1 in the National Instant Alert System, but it can be reviewed as necessary in the future. First, disaster information M1 (ballistic missile information, air attack information, guerrilla / special forces attack information, large-scale terrorism information, and other national protection information) from the Cabinet Secretariat G2 is used as emergency information to automatically activate the disaster prevention administrative radio T1. , Fire and Disaster Management Agency G1 will be notified. Further, as disaster information M2 from the Japan Meteorological Agency G3, an Earthquake Early Warning, a large tsunami warning, and a tsunami warning are notified to the Fire and Disaster Management Agency G1 as emergency information for automatically activating the disaster prevention administrative radio T1. In addition, as emergency information that can automatically activate the disaster prevention administrative radio T1 by setting the local public body, eruption information, Tokai earthquake prediction information, Tokai earthquake warning information, seismic intensity bulletin, tsunami warning, crater area information, weather warning, sediment disaster warning Information and tornado warning information are notified to the Fire Service Agency G1 as disaster information M1 or M2. In addition, as disaster information that does not automatically activate the disaster prevention administrative radio T1, record short-time heavy rain information, designated river flood information, survey information related to the Tokai earthquake, information on epicenter / seismic intensity, eruption forecast, weather warning, etc. The information M1 or M2 is notified to the Fire and Disaster Management Agency G1.

However, as it is, it is not possible for the private sector to receive disaster information as emergency information. In the future, if cable TV T2, community broadcasting T3, and broadcast mail distribution T4 are established, it will be possible to receive disaster information if the receiving means is prepared. Therefore, in this modification, the disaster prevention radio transmission unit T1 as a disaster information transmission means is provided with an identification signal as a beacon indicating that the disaster information is transmitted. Further, a disaster information transmitting means may be provided in the loudspeaker SP of the disaster prevention administrative radio, and the disaster information to which the identification signal transmitted from the disaster prevention radio transmitting unit T1 is attached may be retransmitted, that is, relayed. Further, in the cable television T2 and the community broadcast (regional FM broadcast, etc.) T3 as the disaster information transmission means to be developed in the future, the above identification signal indicating that the disaster information may be added and transmitted. These broadcast waves are received by the broadcast receiving unit 32 of the disaster alarm receiver 30. Further, the broadcast mail distribution unit T4 is diverted to the network distribution unit T4, and the disaster alarm receiver 30 which is a receiving means for receiving disaster information to which an identification signal indicating that it is disaster information is added via a network X1 such as the Internet. It may be transmitted to the network communication unit 33 of. By developing the infrastructure for disaster information transmission means in this way, it becomes possible to receive disaster information.
[Second wide area warning system]

In FIG. 5, the second wide area warning system includes emergency information transmission units G2 to 3 and GL as disaster information transmission sources, and a broadcasting station T0 as a disaster information transmission means as a disaster information transmission source based on the disaster information. .. Then, in this modified example, disaster information to which identification information as a beacon indicating that it is disaster information is added based on disaster information M3 to 5 including warning declarations and requests from emergency information transmitting units G2 to 3 and GL. Is transmitted, and this is received by the broadcast receiving unit 32 of the disaster alarm receiver 30.

This second wide area warning system corresponds to the Emergency Warning Broadcasting System (EWS) or Earthquake Early Warning (EEW) in Japan. In these systems, G2 corresponds to the Prime Minister, G3 corresponds to the Japan Meteorological Agency, and GL corresponds to the prefectural governor or the mayor of a municipality. Details are omitted because they are known in documents such as JP-A-2011-248906. Further, as a similar system, there is an Emergency Alert System (EAS) in the United States.
[Third wide area warning system]

The first and second wide area warning systems are mainly intended to transmit disaster information by broadcasting waves, and can avoid the problem of communication traffic in that disaster information is output to an unspecified number of people. Furthermore, even if the communication infrastructure is damaged by a large-scale disaster, there is an advantage that the possibility of continuing to provide subsequent disaster information is increased. However, the disaster information that can be obtained is limited, and not all the desired disaster information is always provided. In addition, when it becomes necessary to prepare for a new disaster, it is not always possible to respond flexibly. In fact, various disaster information is distributed via the Internet and the like. For example, as mentioned earlier, the Japan Meteorological Agency disaster prevention information XML distribution, information provision on the Web page by the Ministry of Land, Infrastructure, Transport and Tourism (disaster prevention information provision center) such as river disasters, sediment disasters, traffic disasters, monitoring solar activity, flare occurrence , Space weather data distribution by the Space Weather Information Center (NICT), which predicts geomagnetic disturbance, proton phenomenon, etc., has already provided information, and it is thought that various information will be provided in the future. These provided information are not necessarily information on disasters, but disaster information can be extracted from these information, and disaster information predicted by analyzing this information can be provided. The information that can be obtained includes urgent information such as river disasters and sediment-related disasters, and information that has time to reach the earth, such as large-scale magnetic storms associated with solar activity. For the former, it is necessary to have a system that constantly monitors the distributed information and immediately notifies when disaster information is available. The latter may be the same as the former, or the information provided may be monitored regularly and notified within the time limit. As mentioned above, the disaster information provider G4 is, and is not limited to, the Japan Meteorological Agency, the Ministry of Land, Infrastructure, Transport and Tourism, NICT, and the like. If a new disaster information provider appears, it can be added arbitrarily. The disaster information D2 provided by the disaster information provider G4 is transmitted to the disaster information analysis and distribution service CC via a network X1 such as the Internet.

This disaster information analysis and distribution service CC receives and analyzes the disaster information D2, determines the disaster information to be notified, and distributes it. As the analysis method of the disaster information D2, the first method of extracting the information provided as an item in the disaster information D2 in advance as necessary, the disaster occurs based on the data obtained by calculating the information of the disaster information D2. There is a second method of predicting the possibility of occurrence, the probability of disaster occurrence, the time of disaster occurrence, etc., and determining the disaster information to be notified. In either case, the analysis of the disaster information D2 can be automated according to the program constructed in advance. Further, if there is a time grace before the notification, or if a person should make a judgment, a specialized operator may make a judgment based on the disaster information D2. As a result of the determination in this way, the disaster information analysis and distribution service CC can transmit the disaster information B4. The disaster information B4 is received by the network communication unit 33 provided in the disaster alarm receiver 30 via the network X1 such as the Internet. The content of the notification at this time may be determined in advance based on registration or contract, or the service itself to be notified may be provided based on registration or contract. That is, the disaster information analysis and distribution service CC can be performed as an administrative service, and if there is demand, it will be established as a private service.

With the above configuration, the support system 100 can build a system for automatically distributing disaster countermeasure stockpiles regardless of the request from the terminal 20, and a disaster occurs before it is damaged. You can also know the situation. The wide area warning system for transmitting disaster information is not limited to the above-mentioned one, and the disaster warning receiver 30 according to the present invention can receive all systems for transmitting disaster information.
2-2. Modification 2

The disaster warning receiver 30 was connected to the support device 10 and sent the received disaster warning information to the support device 10, but was connected to the management server 40 and sent the received disaster warning information to the communication line N2. It may be transmitted to the support device 10 via. That is, the management server 40 is connected to the disaster alarm receiver 30 and includes an alarm unit that receives the disaster alarm information, and the disaster alarm information received by the alarm unit is transmitted to the support device 10 via the communication unit 43. A notification unit 414 to be transmitted is provided (not shown). Then, the support device 10 causes the notification receiving unit 118 to receive the disaster warning information from the disaster warning receiver 30 via the communication line N2 and the second communication unit 14 (see FIG. 2). When the notification receiving unit 118 receives the disaster warning information, the notification unit 111 causes the disaster warning information to be displayed on the screen 251 of the display unit 25 of the terminal 20, and the requesting unit 114 further causes the terminal 20b carried by the administrator candidate. To display a request for acceptance of the appointment of an administrator.

Depending on the disaster, the communication line N2 may collapse, but at least the first report can be transmitted to the support device 10 if the information is such that the disaster is predicted and warned. Then, the management service provider can prepare the disaster warning receiver 30 and notify all the customers of the disaster warning information. Therefore, there is an effect that the cost can be significantly reduced as compared with installing the disaster alarm receiver 30 on the customer side and connecting to the support device 10.
2-3. Modification 3

In this modification, the terminal 20 further includes a positioning unit 26 that acquires its own position information using a known positioning system (see FIG. 3). Further, the requesting unit 114 of the support device 10 acquires each position information from the positioning unit 26 of the terminal 20 before requesting the manager candidate or the person in charge candidate to accept the appointment of the manager or the appointment of the person in charge. Let it be transmitted from the communication unit 23. Then, the support device 10 receives the position information at the reception unit 113, and makes the request only to the terminal 20 determined to be located in the building based on the received position information. The request is not made from the beginning to the terminal 20 located outside the communication range where the position information is not transmitted.

With this configuration, the terminal 20 that is clearly absent in the order of appointment can be skipped and the request can be made, so that the time required for appointing an administrator and appointing a person in charge can be shortened. It is possible, and by extension, the system can be quickly prepared for the distribution of disaster countermeasure stockpiles.

As the positioning system, for example, a satellite positioning system GPS (Global Positioning System) or GLONASS (GLONASS) can be used outdoors or indoors where satellite communication conditions are good. Further, for example, in a room where satellite communication conditions are poor, IMES (Indoor Messaging System) that complements GPS can be used. Further, for example, a positioning system based on a wireless base station of a mobile communication network, an access point of a wireless LAN, or the like can acquire (position) terminal position information which is its own position information.
2-4. Modification 4

In this modification, the support device 10 further includes an ordering unit 119 for ordering disaster countermeasure stockpiles from the management server 40 via the second communication unit 14 and the communication line N2. The order is input from the touch panel 241 of the operation unit 24 of the terminal 20, and is received by the reception unit 113 of the support device 10 via the communication unit 23. Then, the management server 40 includes an order receiving unit 415 that accepts the order via the communication line N2 and the communication unit 43. Further, the management server 40 uses an order database (“database” is referred to as “DB” in the figure) 423 for storing the order received by the order unit 415 according to the ordering party as a third storage area of the storage unit 42. Be prepared. With this configuration, the disaster countermeasure stockpile can be updated quickly and with a minimum of effort.

In addition, the management server 40 should order according to the update list created by extracting the disaster countermeasure stockpile that reaches the update deadline by the next update list notification time at the update list notification time determined in advance for each customer. In that case, the above order may be used as it is according to the update list. In this case, there is no need to enter orders individually, and the management service provider only accepts orders as proposed, reducing the labor and labor costs of both parties and further reducing the cost required to update the disaster recovery stockpile. can do.
2-5. Modification 5

In this modification, the management server 40 is provided with an order receiving unit 415 which is an order receiving means for receiving an order from a computer connected to the communication line N2 to which the communication unit 43 is connected. For example, it enables electronic transactions from a general personal computer connected to the Internet. With this configuration, the management service provider can receive orders for disaster countermeasure stockpiles even from customers who have not introduced the support device 10.
2-6. Modification 6

In this modification, the management server 40 proposes the type and quantity of disaster countermeasure stockpiles to be prepared according to the conditions input from the computer connected to the communication line N2 to which the communication unit 43 is connected. Provide a proposal section to be displayed on the computer. For example, for access from a general personal computer connected to the Internet, the management service provider proposes the type and quantity of disaster countermeasure stockpile to be prepared based on the conditions input by the other party. Then, it is possible to carry out sales activities that lead to orders for disaster countermeasure stockpiles and, by extension, recommend the introduction of the support system 100 of the present invention.
[Additional Notes]
(B) The support system of the present invention includes a management device in which a management service provider provides a management service for disaster countermeasure stocks for each customer, a candidate manager for disaster countermeasure stocks, and a candidate for a person in charge of disaster countermeasure stocks. A support system including a plurality of terminals carried by the user, a management device, and a support device for communicating with the terminal via a communication line, wherein the terminal includes a display unit, an operation unit, and a control program. A storage unit that stores the terminal identifier, which is an identifier unique to each terminal, a communication unit that communicates with the support device via a communication line, and the display unit, the operation unit, and the communication based on the control program. The support device includes a control unit that controls the unit and operates in cooperation with the support device, and the support device includes a first communication unit that communicates with the communication unit of the terminal via a communication line, and the management device. The second communication unit that communicates with the communication unit of the company via a communication line and the control program that controls the support device are stored, and the type, renewal deadline, quantity, and storage location of the disaster countermeasure stock to be stored are predetermined. A first storage area for storing a plurality of distribution procedures, a second storage area for storing the person in charge candidate, a predetermined appointment order, and the terminal identifier in association with each other, and a predetermined appointment with the administrator candidate. A storage unit having a third storage area that stores the rank and the terminal identifier in association with each other, a reception unit that receives a request or response from the terminal via the first communication unit, and an acceptance received by the reception unit. Until the response to the effect satisfies the predetermined number of persons in charge, the terminal having the terminal identifier of the person in charge candidate corresponding to the appointment order of the second storage area is displayed with a screen requesting acceptance of the person in charge appointment. A requesting unit that displays a screen requesting acceptance of an administrator appointment to the terminal having the terminal identifier of the administrator candidate corresponding to the appointment order of the third storage area until the reception unit receives a response to the effect of acceptance. , The decision unit in which the administrator appointed by accepting the above request decides to distribute the disaster countermeasure stock and receives the distribution procedure selected from the plurality of distribution procedures from the terminal having the corresponding terminal identifier. And an instruction unit for displaying the distribution procedure received by the determination unit on the display unit of the terminal having the terminal identifier corresponding to the person in charge, the request unit includes the reception unit for disaster countermeasures from the terminal. When the request for the distribution decision of the stocked items is received, the manager candidate is requested to accept the appointment of the manager, and when the decision unit receives the distribution procedure decided by the appointed manager, the above-mentioned Responsible for the person in charge candidate It is a requesting department that requests acceptance of the appointment of persons.
(B) Further, in (a), when the support system according to the present invention receives the disaster warning information transmitted by a public institution or the disaster warning information based on the disaster warning information, the disaster warning information is sent to the support device. The support device further includes a third communication unit that is connected to the disaster warning receiver and receives the disaster warning information, and an alarm unit that receives the disaster warning information via the third communication unit. When the alarm unit receives the disaster alarm information, the alarm unit further includes a notification unit for displaying the disaster alarm information on the display unit of the terminal, and the request unit includes when the alarm unit receives the disaster alarm information. , This is a requesting unit that requests the candidate manager to accept the appointment of a manager.
(C) Further, in (a), when the support system according to the present invention receives the disaster warning information transmitted by a public institution or the disaster warning information based on the disaster warning information, the disaster warning information is sent to the management device. The management device further includes an alarm unit that is connected to the disaster alarm receiver to receive the disaster alarm information, and the disaster alarm information received by the alarm unit to the support device via the communication unit. The support device includes a notification receiving unit that receives the disaster warning information via the second communication unit, and the disaster warning information when the notification receiving unit receives the disaster warning information. Is further provided with a notification unit for displaying the above on the display unit of the terminal, and the requesting unit requests the administrator candidate to accept the appointment of an administrator when the notification receiving unit receives the disaster warning information. It is a requesting department.
(D) Further, in the support system according to the present invention, in (a), (b), and (c), the terminal further includes a positioning unit that detects its own position information, and the request unit of the support device. Before requesting acceptance of the appointment of an administrator or a person in charge, causes the positioning unit of the terminal to acquire each position information and transmits the position information from the communication unit, and receives the position information at the reception unit. It is a requesting unit that makes the request only to the terminal that is determined to be located in the building based on the received position information.
(E) Further, in the support system according to the present invention, in (a), (b), (c), and (d), the reception unit of the support device is input from any operation unit of the terminal. In addition, it is a reception unit that receives information on the type, renewal deadline, quantity, and storage location of the stored disaster countermeasure stock, and updates the memory of the first storage area of the support device, and the management device is the customer. A customer database that stores the first storage area, which is a stock database that stores the type, renewal deadline, quantity, and storage location of disaster countermeasure stocks in association with each other, and the customer list and the corresponding stock database. A storage unit having a second storage area, and an information collecting unit that synchronizes the first storage area of the support device with the stock database of the customer corresponding to the support device via the communication unit. , The support device communicates with the information collecting unit via the communication unit of the management device via the second communication unit, and stores the stock database of the management device in the support device. It further includes a synchronization unit that synchronizes with the storage of one storage area.
(F) Further, in (e), the support system according to the present invention refers to the stock database at the update list notification time set in advance for each customer so that the management device can prepare the customer's budget. The customer database is a customer database that further stores the update list notification time, further equipped with a deadline management unit that extracts disaster countermeasure stocks that reach the renewal deadline by the next update list notification time and creates an update list. The notification unit is a notification unit that notifies the support device of the update list created by the deadline management unit via the communication unit, and the support device is the update unit via the second communication unit. It includes a notification receiving unit that accepts a list, and a notification unit that displays an incoming call of the update list or the update list on the display unit of the terminal when the notification receiving unit receives the update list.
(G) Further, in the support system according to the present invention, in (a), (b), (c), (d), (e), and (f), the support device is transmitted from the operation unit of the terminal. The management device further includes an ordering unit that sends the input order for the disaster countermeasure stockpile to the management device via the second communication unit, and the management device includes an ordering unit that accepts the order via the communication unit and the ordering unit. The storage unit includes a third storage area, which is an order database for storing the order received by the order unit.
(H) Further, in the support system according to the present invention, in (a), (b), (c), (d), (e), (f), and (g), the management device is the communication unit. It is provided with an order receiving unit which is an order receiving means for receiving an order from a computer connected to a communication line to which the is connected.
(I) Further, in the support system according to the present invention, in (a), (b), (c), (d), (e), (f), (g), and (chi), the management device is The computer is provided with a proposal unit for displaying a proposal of the type and quantity of disaster countermeasure stockpile to be prepared according to the conditions input from the computer connected to the communication line to which the communication unit is connected. ..

[Support system]
100 ... support system, 10 ... support device, 11 ... control unit, 111 ... notification unit, 112 ... instruction unit, 113 ... reception unit, 114 ... request unit, 115 ... decision unit, 116 ... alarm unit, 117 ... synchronization unit, 118 ... Notification reception department, 119 ... Ordering department, 12 ... Storage department, 121 ... Stock database, 122 ... Person in charge database, 123 ... Administrator database, 13 ... 1st communication department, 14 ... 2nd communication department, 15 ... Third communication unit, 20 ... terminal (20a ... person in charge terminal, 20b ... administrator terminal), 21 ... control unit, 22 ... storage unit, 23 ... communication unit, 24 ... operation unit, 241 ... touch panel, 25 ... display unit , 251 ... screen, 26 ... positioning unit, 30 ... disaster alarm receiver, 31 ... receiver, 32 ... broadcast receiver, 33 ... network communication unit, 34 ... communication unit, 40 ... management server, 41 ... control unit, 411 ... Proposal Department, 412 ... Information Collection Department, 413 ... Deadline Management Department, 414 ... Notification Department, 415 ... Order Department, 42 ... Storage Department, 421 ... Stock Database, 422 ... Customer Database, 423 ... Order Database, 43 Communication Department , N1-2 ... Communication line, L1-4 ... Signal line [Wide area alarm system]
SAT ... Communication satellite, LGWAN ... Communication line (general administrative network), X1 ... Communication line (Internet), GL ... Emergency information reception base, T0 ... Broadcasting station, T1 ... Radio transmission unit (Disaster prevention administrative radio transmission unit), T2 ... Broadcasting station (cable TV), T3 ... Broadcasting station (community broadcasting), T4 ... Broadcast mail distribution department, SP ... Loudspeaker, S1-4 ... Emergency signal, S5 ... Broadcast mail, G1 ... Emergency information transmission department (Firefighting) Agency), G2 ... Emergency information transmission department (armed attack information, etc.), G3 ... Emergency information transmission department (weather information, etc.), G4 ... Disaster information transmission department (NICT, etc.), CC ... Disaster information analysis and distribution service, SU ... Emergency information satellite communication uplink, SD ... Emergency information satellite downlink, WU ... Emergency information network transmission, WD ... Emergency information network reception, B0 ... Broadcast signal (broadcasting station), B1 ... Radio signal (disaster prevention administrative radio), B2 ... Broadcast signal (cable TV), B3 ... Broadcast signal (community signal), B4 ... Disaster information (disaster information analysis and distribution service), M1-2 ... Emergency information, M3-4 ... Emergency warning information, M5 ... Emergency warning request, D1 … Disaster information distribution (Meteorological Agency disaster prevention information XML distribution, etc.), D2… Disaster information distribution (NICT space weather forecast), D3… Disaster information distribution signal (received by CC) and disaster information signal (distributed by CC)

Claims (1)

It is a support system that supports the person in charge of distributing disaster countermeasure stockpiles.
The terminal carried by the person in charge and
A stockpile database that stores the renewal deadline and quantity of disaster countermeasure stockpiles in association with multiple predetermined distribution procedures,
With reference to the stockpile database, a deadline management means for extracting disaster countermeasure stockpiles that reach the renewal deadline by a predetermined time and creating a renewal list, and
A notification means for displaying the update list created by the deadline management means on the display unit of the terminal, and
When a distribution procedure selected by the administrator from the plurality of distribution procedures is received, a determination means for determining the distribution procedure to execute the distribution procedure and
Support system with the determined distribution procedure and an indication means for displaying on the display unit of the terminal of the person in charge.