JP6815134B2 - Will management system, will management device, will management method - Google Patents

Description

The present invention relates to a will management system, a will management device, and a will management method, and in particular, it is possible to easily register and change the will content, and the specific will content is up-to-date. , Regarding a will management system that can be reviewed by a will executor who is an expert in wills registered in the system.

Traditionally, wills are signed and stamped after the will is prepared in consultation with experts such as scriveners and lawyers, and in the case of a notarial will, after the will is prepared by a notary public. , Will be stored at the notary public office, etc. A will is created as a document, whether it is a notarial will or a self-written will, so when it is necessary to change the contents of the will, such as when the contents of assets change, the will However, it is troublesome to recreate it in consultation with an expert each time.
On the other hand, in recent years, with the spread of the Internet, a method of registering and managing these wills on a network has also been proposed.

JP-A-2002-49708

By using such a will registration site, the testator can register his / her will relatively easily, which is convenient. However, the will has a strong effect on inheritance and must be prepared in good condition. Even if a will can be easily registered using the system described above, if the registered will is incomplete, the will itself may be invalidated.
By the way, after the death of the will, in order to realize the contents of the will, it is necessary to have an executor who performs all actions necessary for the execution of the will, such as deposits and savings and real estate procedures. And the contents of the will are often kept secret. Then, if the will executor is not specified in the will, or if the will executor specified in the will is dead, etc., the will registered in the system will be confirmed after the will dies. Only then will the absence of the will executor be discovered, and the will executor will be selected in a hurry.

In Japan, no special qualifications are required to become an executor, and anyone can take office as long as it does not fall under the disqualification reasons (minors / bankruptcy) stipulated by the Civil Code. However, in order to actually execute the work of the executor accurately and promptly as described in the will, some knowledge and skills are required. Nevertheless, without knowing that, the testator may designate his own close friends, acquaintances, heirs, etc. as the executor in the will. In some cases, a person with poor knowledge or a person who has an interest in inheritance becomes a will executor, causing problems such as delay in execution of the will and trouble between the executor and the heir. Not a few.

An object of the present invention is that, in view of such problems, the testator can register the will relatively easily, and the will executor registered as an expert can easily review the will. Even if the contents of the will change, the will management system, will management device, will management that can maintain and manage the will after review by the will executor registered as an expert in the latest state To provide a method.

The will management system of the present invention is a will for registering and managing will information regarding a will, will information which is the content of a will, and will executor information regarding a will executor who executes the contents of a will. A will composed of a will management device 1, a will terminal 2 connected to the will management device 1 via a network so that information can be exchanged, and a will executor terminal 3 of a will executor. In the will management system S, the will management device 1 is a will ID that uniquely identifies the will, and is determined by the will ID of the testator in charge of the will executor and the will executor. A second database (DB122) that stores a password in association with a will executor ID that uniquely identifies the will executor, the will ID, and the will of the will related to the will ID. A third database (DB123) that stores the contents of the will information and the identification information for identifying the will information, and the date and time information indicating the date and time when the will information was registered or edited in association with each other. When the will executor ID and password are received from one of the will executor terminals 3 among the plurality of will executor terminals 3 included in the will management system S and the authentication request is accepted, the second database When the will authentication means (S16) that authenticates the password with reference to (DB122) and the will authentication means enable the authentication, the will executor terminal 3 is subjected to the will information. From the guidance information transmitting means (S18) for transmitting guidance information for accepting editing and the will executor terminal 3 described above, the will executor ID and identification information for identifying the will information desired to be edited are received. When the edit request receiving means (S60) that accepts the edit request and the edit request receiving means receive the edit request, the will information is obtained from the third database based on the received will executor ID and the identification information. The will information transmitting means (S61) that is extracted and transmitted to the will executor terminal 3 and the editing means (S62) that edits the will information according to the instruction from the will executor terminal 3. And a re-registration means (S64) for re-registering the will information edited by the editing means in the third database in association with the will ID, together with the date and time information at the time of completion of editing. It is a feature.

In the third database (DB123), the destination information of the will is stored in association with the identification information that identifies each will information, and the re-registration by the re-registration means is performed. Then, referring to the third database, the destination information of the willer associated with the identification information of the will information edited by the editing means is extracted, and a plurality of wills included in the will management system S. An edit completion message transmitting means for transmitting an edit completion message to the effect that the will information has been edited to one of the will terminal 2 based on the extracted destination information among the will terminal 2 of the above. It may be configured to have S66).

In at least one of the third database (DB123) and the second database (DB122), the name of the executor related to the executor ID is associated with each executor ID. The information is stored in association with each other, and the editing completion message transmitting means stores the name information of the executor associated with the executor ID re-registered by the re-registration means. It may be configured to extract from at least one database of the third database (DB123) or the second database (DB122) and send an edit completion message including the extracted executor's name information.

The will management method of the present invention is a will for registering and managing will information regarding a will, will information which is the content of a will, and will executor information regarding a will executor who executes the contents of a will. A will composed of a will management device 1, a will terminal 2 connected to the will management device 1 via a network so that information can be exchanged, and a will executor terminal 3 of a will executor. It is a will management method in the will management system S, and is a will ID that uniquely identifies the will, the will ID of the will executor in charge, and a password determined by the will executor. A second database (DB122) that stores the will in association with the will executor ID that uniquely identifies the will executor, the will ID, and the contents of the will of the will related to the will ID. A third database (DB123) that stores the will information, the identification information that identifies the will information, and the date and time information indicating the date and time when the will information was registered or edited in association with each other. The provided will document management device 1 receives a will executor ID and password from one of the will executor terminals 3 included in the will document management system S and authenticates the will executor terminal 3. When the request is received, the step of performing password authentication with reference to the second database (DB122) and the will to the will executor terminal 3 of the first will when the will authentication is enabled. The process of transmitting guidance information for accepting editing of written information and the identification information specifying the will executor ID and the will information desired to be edited are received from the first will executor terminal 3 and an editing request is made. When the accepting process and the editing request are received, the will information is extracted from the third database based on the received will executor ID and the identification information, and transmitted to the one will executor terminal 3. The process, the process of editing the will information according to the instruction from the one will executor terminal 3, and the edited will information are associated with the will ID together with the date and time information at the time of completion of editing. It is characterized by having a step of re-registering in the third database.

According to the present invention, a willer can register a will relatively easily, and a will executor registered as an expert can easily review the will, and the content of the will is changed. Even if a will occurs, the will can be maintained and managed in the latest state after being reviewed by a will executor registered as an expert.
A will ID or a will executor ID and a password are set for each of the will and testament executor, and the ID and password are used to newly register and edit the will information. It is possible to prevent new registration of will information by a person other than the will and falsification by a person other than the will and the designated will executor designated by the will.

It is a block diagram which shows the configuration example of the will management system S including the will management server. This is an example of the system member DB 121. This is an example of DB 122 by executor. This is an example of the will information DB 123. This is an example of a display screen of a display unit included in the willer terminal 2 or the executor terminal 3. This is an example of a display screen of a display unit included in the testator terminal 2. This is an example of a display screen of a display unit included in the testator terminal 2. This is an example of a display screen of a display unit included in the testator terminal 2. This is an example of a display screen of a display unit included in the testator terminal 2. This is an example of a display screen of a display unit included in the testator terminal 2. This is an example of a display screen of a display unit included in the executor terminal 3. This is an example of a display screen of a display unit included in the executor terminal 3. This is an example of a display screen of a display unit included in the executor terminal 3. This is an example of a display screen of a display unit included in the executor terminal 3. This is an example of a display screen of a display unit included in the executor terminal 3. It is a flowchart for demonstrating the processing operation example by the control unit 11 of a will management server 1. It is a flowchart for demonstrating the processing operation example by the control unit 11 of a will management server 1. It is a flowchart for demonstrating the processing operation example by the control unit 11 of a will management server 1. It is a flowchart for demonstrating the processing operation example by the control unit 11 of a will management server 1. It is a flowchart for demonstrating the processing operation example by the control unit 11 of a will management server 1.

Hereinafter, embodiments of the present invention will be described. Here, a case where the will management device of the present invention is applied to the will management server provided in the will management system S will be described, and the will management server executes each step in the will management method of the present invention. The case of doing so will be described.

FIG. 1 is a block diagram showing a configuration example of a will management system including the will management device of the present invention. The will management system S of the present invention for registering and managing the will information regarding the will, the will information which is the content of the will, and the will executor information regarding the will executor who executes the contents of the will. A will management server 1 as a will management device, a will terminal 2 operated by a will, operated by a will executor, connected to the will management server 1 via a network so that information can be exchanged. It is composed of a will executor terminal 3.

There are a plurality of willer terminals 2 in the will management system S, and the testator accesses the will management server 1 through the network to register or edit various information such as will information and will information. It is a device for updating. For example, it is composed of a personal computer.

A plurality of will executor terminals 3 exist in the will management system S, and the will executor accesses the will management server 1 through the network to browse and refer to the will information registered or updated by the will. It is a device for calibrating (editing) as necessary. In addition, after the death of the will, it is a device for browsing and referring to the will information in order to execute the contents of the will. For example, it is composed of a personal computer.

The will management server 1 is a device provided by a will management business operator who sets up the will management system S. The will management server 1 is a control unit 11 as a computer of the present invention composed of a CPU having a calculation function, a work RAM, a ROM for storing various data and programs, a storage unit 12 including a hard disk drive, and a monitor. An input unit (for example, a keyboard, a mouse, an operation) that receives an instruction from a business operator that operates a will management system S and a display unit 13 having a display screen such as, etc. It is configured to include a panel (including a touch panel) 14 and a communication unit 15 for communicating with a testimony terminal 2 and a testimony executor terminal 3 via various networks (including a LAN (Local Area Network)). ing. The components are connected to each other via a bus.

The storage unit 12 has a system member database (DB) 121 that functions as a first database, a database for each will executor that functions as a second database (DB) 122, and a database for will information that functions as a third database (DB). ) 123 etc. are stored.

The control unit 11 cooperates with other members to perform the password authentication means, the guidance information transmitting means, the new will information receiving means, the registration means, the registration completion message transmitting means, the editing request receiving means, and the will information transmission of the present invention. It functions as a means, an editing means, a re-registration means, and an edit completion message sending means.

Member registration information as will information of the will management system S is registered (stored) in the system member DB 121. FIG. 2A is an example of the system member DB 121, and in the case of the example shown in FIG. 2A, "testamentary personal information" and "testamentary destination information" are associated with the "testamentary ID" that uniquely identifies the individual testator. , The "password" determined by the testator is registered. All testators are given different testator IDs. The "personal information of the testator" includes, for example, the "name", "gender", "date of birth", "address" and the like of the testator. The "testamentary address information" is, for example, e-mail address information that can be received by the testator terminal 2 operated by the testator. The member registration information may be registered by the testator accessing the will management server 1 from the testator terminal 2 via the network, and the will will be sent by e-mail or in writing (including mail and fax) at the time of member registration. It may be sent to the business operator that operates the book management system S. In the latter case, the member registration information is registered in the will management server 1 by the operation of the business operator who received the e-mail or the document (including mail and fax).

In the will executor-specific DB 122, executor information regarding a will executor who performs all actions necessary for executing a will according to the contents of the will is registered (memorized). The executor is, for example, a person who has a certain level of knowledge, such as a will executor (registered trademark), a scrivener, a lawyer, etc., by limiting the executor to a qualification holder determined by the business operator of the will management system S. Only can be registered.

FIG. 2B is an example of the executor-specific DB 122, in which the executor information is registered (memorized). In the case of the example shown in FIG. 2B, "personal information of the executor", "address information of the executor", "password", and the executor are associated with the "executor ID" that uniquely identifies the executor. The name of the executor in charge and the executor ID (indicated as "name of the executor in charge" and "ID of the executor in charge" in FIG. 2B) are registered. All executors are given different executor IDs.

The "personal information of the executor" includes the "name", "gender", "date of birth", "address" and the like of the executor. In FIG. 2B, the name of the executor is shown in the column of personal information of the executor for convenience of illustration. The will executor address information is, for example, e-mail address information that can be received by the executor terminal 3 operated by the executor. In the case of the example shown in FIG. 2B, the executor "Executor Taro" is registered as an executor in charge of six wills. In other words, the executor "Executor" is a "designated executor" designated by six executors.
The designated will executor who has been designated and registered in advance as a will executor by the will will access the will management server 1 from the will executor terminal 3 and register it in the will information DB 123 in the process described in detail later. Of the will information that has been made, it is possible to edit the will information (will data) of the willer who is in charge of himself.
The will executor information may be registered by the executor accessing the will management server 1 from the will executor terminal 3 through the network, and will management by e-mail or document (including mail and FAX). It may be sent to the business operator that operates the system S. In the latter case, the will executor information is registered in the will management server 1 by the operation of the business operator who received the e-mail or the document (including mail and fax).

In the will information DB 123, will information indicating the contents of the will is registered. FIG. 2C is an example of the will information DB 123, and in the case of the example shown in FIG. 2C, the “willer name” and “willer name” as name information are associated with the “willer ID” that uniquely identifies the individual willer. "Will address information", "Will personal information", "Name of designated will executor", "Designated will executor ID", and "Will information" are registered as name information.
The "name of the designated executor" is the name of the designated executor designated in advance by the executor as the executor. The "designated executor ID" is the executor ID of the executor designated in advance as the executor.

The "will information" is composed of "will data" that describes the contents of one or more wills registered by the testator and identification information that identifies each will data. The will may be divided into multiple property lists, such as deposits and savings, real estate, securities, and golf memberships owned by the testator as inherited property. In order to deal with this, it is configured so that multiple will data can be registered. In the example shown in FIG. 2C, two will data of the identification information "Igon data2 (1)" and "Igon data2 (2)" are registered in the will information Igon data2.

Further, date and time information indicating when it was registered or last edited is registered in association with each will data. The registration of the date and time information is performed by the control unit 11 of the will management server 1 when each will data is registered or edited. Further, "editing history information" indicating the editing history of the will data is associated with each will data and registered together. The "editing history information" is updated every time the will data is edited and saved. In the following description, the new registration and editing of the will information of the present invention may be referred to as the new registration and editing of the will data.

FIG. 3 is an example of a display screen of a display unit such as a monitor or a panel included in the executor terminal 2 or the executor terminal 3. This is an example of a screen that is first displayed when the will management system S is accessed.
4 to 8 are examples of display screens of the display unit included in the testator terminal 2. This is an example of a screen displayed when registering or editing will data.
9 to 13 are examples of display screens of the display unit included in the executor terminal 3. This is an example of a screen displayed when editing will data.

The testator terminal 2 selects "testamentary login" 201 from the display screen shown in FIG. 3 to access the will management server 1. At the time of login, the testator operates the testator terminal 2 to input his / her own testator ID in the input unit 202 on the display screen, and inputs his / her own password in the password input unit 203. After that, by selecting the "willer login" 201 by the operation of the testator, the access request information (authentication request) is transmitted to the will management server 1 together with the entered testator ID and password pair. When the will management server 1 receives the access request information (authentication request) from the willer terminal 2 via the network, the will management server 1 starts executing the process.

[Specific processing operation example of will management server 1]
14 to 18 are flowcharts for explaining a processing operation example by the control unit 11 when the will management server 1 receives access request information from the will terminal 2 or the will executor terminal 3.

(Specific processing operation example with the testator terminal 2)
When the will management server 1 receives the access request information (authentication request) from the will terminal 2 or the executor terminal 3, the control unit 11 refers to the system member DB 121 and makes a will together with the access request information (authentication request). It is determined whether or not the person ID is also received (step S11).
When the testator ID is received as a result of the determination in step S11 (step S11: Yes), the control unit 11 functions as a password authentication means, refers to the system member DB 121, and receives the password together with the access request information. Password authentication is performed by collating with the password registered in association with the testator ID received together with the access request information (step S12).

When the password authentication is rejected (step S12: No), the control unit 11 transmits a re-input request message to the testator terminal 2 which is the source of the access request information (step S19). Then, a message prompting the re-entry of the testator ID and password is displayed on the display screen of the testator terminal 2. When the testator operates the testator terminal 2 and re-enters the testator ID and password, the testator ID and password re-entered in the will management server 1 are transmitted from the testator terminal 2. The control unit 11 of the will management server 1 repeats the processes of steps S11 to S12 again.

When the password authentication is enabled as a result of the authentication in step S12 (step S12: Yes), the control unit 11 establishes a communication path with the testator terminal 2 and permits access (step S13). .. After establishing a communication path with the testator terminal 2, the testator terminal 2 always transmits its own will ID when transmitting any information to the will management server 1. And.

Next, the control unit 11 functions as a guide information transmitting means, extracts information such as will information associated with the will ID received in step S11 from the will information DB 123, and the testator registers it. Alternatively, a menu page for the testator (FIG. 4) as guidance information for accepting editing is generated, transmitted to the testator terminal 2 (step S14), and the process proceeds to step S29 of FIG.
This menu page for wills is composed of an area for displaying an identification information list of will data registered by the will (“registered will data list” in FIG. 4) and a new will registration area. ing.

When the registered will data list 204 is selected by the operation of the testator on the display screen of the will terminal 2, the identification information list of the registered will data registered in the will information DB 123 is displayed. Specifically, the identification information 206 of each will data and the date and time information 206a associated with each will data are displayed. The example shown in FIG. 4 is an example of a menu page for a will of the testator "AAAA", and an explanation when newly registering will data (Igon data1 (3)) in the area for registering a new will. It is a figure. That is, it is a state before the will data (Igon data1 (3)) is registered in the will information DB 123. Therefore, there are two will data (Igon data1 (1)) and (Igon data1 (1)) in the will information Igon data1 of the willer "AAAA" (willer ID "userID1") of the will information DB123. Only will be registered, and the identification information of the two will data is also displayed in the registered will data list on the menu page for willers.

Further, the display screen of the display unit of the testator terminal 2 or the testamentor terminal 3 shown in FIGS. 4 to 13 is configured to include a back button 211 and a home button 212. By selecting the back button 211, it is possible to return to the screen displayed immediately before the currently displayed screen. By selecting the home button 212, it is possible to return to the top page of the system shown in FIG.

In addition, the testator can change his / her own "password", "testamentary address information", and "testamentary personal information" by selecting the setting button 205 by operating the testator on the display screen of the testator terminal 2. Is configured to allow When the "password" or "testamentary address information" or "testamentary personal information" is changed by the testamentary operation on the screen after the setting button 205 is selected, the will management server 1 becomes the testamentary terminal. Receive change instruction information from 2. The control unit 11 changes the information registered in the system member DB 121 and the will information DB 123 according to the change instruction information from the will terminal 2.

In the file selection specification field 207 of the new will registration area on the display screen of the will terminal 2, the will data is newly created by designating the will data stored in the will terminal 2 by the operation of the will. You can register. In the example shown in FIG. 4, when the will data (Igon data1 (3)) is newly specified and the upload button 209 is selected, the will terminal 2 is directed to the will management server 1 from the will terminal 2. A registration request containing the will data (Igon data1 (3)) stored in is sent.

When the reference button 210 is selected by the operation of the will, before the will data stored in the will terminal 2 specified in the file selection designation field 207 is transmitted to the will management server 1. You can check by referring to. When the reference button 210 is selected, for example, as shown in FIG. 5, the will data 220 designated in the file selection designation field 207 is displayed. After confirmation, by selecting the new registration completion button 213 by the operation of the will, a registration request including the displayed will data (Igon data1 (3)) is sent from the will terminal 2 to the will management server 1. Will be sent. The back button 211 may be used to return to the previous screen (FIG. 4) and select the upload button 209.

Whether or not the control unit 11 of the will management server 1 has received the will data as the new will information of the present invention and the registration request of the will data from the will terminal 2 in step S29 of FIG. Is determined (step S29). As a result of the determination, if the request for registration of the will document data has not been received from the testator terminal 2 (step S29: No), the process proceeds to step S32.

On the other hand, as a result of the determination, when the control unit 11 functions as a new will information receiving means and receives the will data registration request from the willer terminal 2 (step S29: Yes), the control unit 11 receives the will. It functions as a registration means, and registers the will data as the new will information of the present invention in the will information DB 123 (step S30). Specifically, the will ID received together with the will data is collated with the will ID registered in the will information DB 123, associated with the will ID, and together with the received date and time information of the received will data. Register in the will information DB 123. For example, when a registration request for will data (Igon data1 (3)) is received from the will terminal 2, the will of the will information DB 123 will be based on the will ID (userID1) transmitted together with the registration request. The received will data (Igon data1 (3)) is registered together with the date and time information indicating the reception date and time in association with the person ID (userID1). As shown in FIG. 2C, the received will data [Igon data1 (3)] is added to the will information [Igon data1] associated with the will ID [userID1], and the received date and time information [2016.07.26 08 : 24] is registered with. At this time, the editing history information LOG1 (3) is also generated and registered for convenience, but the editing history information LOG1 (3) at this point is empty.

Then, the control unit 11 functions as a means for transmitting a registration completion message, refers to the will executor-specific DB 122, extracts the destination information of the will executor associated with the registered will ID, and makes a will. Of the plurality of will executor terminals 3 included in the book management system S, the fact that new will data (will information) has been registered for one will executor terminal 3 based on the extracted destination information. Send a registration completion message. Specifically, the designated will executor address information and the will name associated with the newly registered will ID are extracted from the will executor-specific DB 122. If the will name is registered in the will information DB 123, the name of the will associated with the newly registered will ID may be extracted from the will information DB 123. .. A registration completion message indicating that the will data has been registered is sent to the extracted destination information of the designated executor together with the extracted will name information (name information) (step S31). The designated executor receives the registration completion message of the will data and the information of the will name on the will executor terminal 3.

In the example of FIG. 2B, the control unit 11 has the designated will executor address information [e1@nifee.com] and the will name associated with the will ID [userID1] of the will who newly registered the will data. Extract [AAAA]. Then, a registration completion message such as "AAAA has registered a new will" including name information is transmitted to the executor terminal 3 of the designated will executor address information [e1@nifee.com]. As a result, the executor can immediately know that the will data has been newly registered by the executor in charge of himself / herself. Furthermore, since the executor can know the names of the newly registered wills together, it is useful to intuitively understand who made the new registration, especially when there are multiple wills in charge. Is.

Next, the control unit 11 determines whether or not the confirmation / editing request for the will data has been received (step S32). On the display screen of the testator terminal 2, select the will data to be confirmed or edited by the operation of the testator from the registered will data list, and select the enter button 208 to manage the will from the will terminal 2. A confirmation / edit request including identification information of the selected will data is transmitted to the server 1.

As a result of the determination, if the confirmation / editing request of the will document data is not accepted from the willer terminal 2 (step S32: No), the process proceeds to step S39, and it is determined whether or not to end the process (step). S39). When a logout signal is received from the testator terminal 2, if there is any error such as disconnection of communication with the testator terminal 2 or a timeout, the communication path established in step S13 is disconnected and the process ends (step S39). : Yes). If it is determined that the process is not completed (step S39: No), the process proceeds to step S29.

On the other hand, as a result of the determination in step S32, the control unit 11 functions as an edit request receiving means, and together with the identification information for specifying the will data as the will information desired to be edited and the testator ID from the testator terminal 2. When the request for confirmation / editing of the will data is received (step S32: Yes), the control unit 11 functions as a means for transmitting the will information, and the will ID and identification information received from the will information DB 123. The will data requested based on the above will be extracted and transmitted to the willer terminal 2 (step S33).

When the will person terminal 2 receives the will data from the will management server 1, it is displayed on the display screen and can be confirmed or edited. In FIG. 6, the identification information “Igon data1 (1)” of the will data is selected from the registered will data list in FIG. 4, and the will data of the identification information “Igon data1 (1)” is input from the will management server 1. This is a display example of the display screen of the testator terminal 2 when the data is received. The contents of the will related to the will data of the identification information "Igon data1 (1)" are displayed on the display screen. The testator confirms or edits the will data 223 displayed on the display screen. The content of the editing work is transmitted from the willer terminal 2 to the will management server 1 as an editing instruction. Then, the control unit 11 of the will management server 1 functions as an editing means and edits the will data according to the editing instruction (step S34).

When the editing work of the will document data 223 is completed, the editing complete button 221 is selected by the operation of the testator. When the edit completion button 221 is selected, the edit completion information is transmitted from the willer terminal 2 to the will management server 1.

Next, the control unit 11 determines whether or not the edit completion information has been received from the testator terminal 2 (step S35). As a result of the determination, if the editing completion information is not received from the testator terminal 2 (step S35: No), the process proceeds to step S40 of FIG. On the other hand, when the edit completion information is received from the testator terminal 2 as a result of the determination (step S35: Yes), the control unit 11 functions as a re-registration means, and the edited will data is used as the testator ID. In association with this, it is registered (re-registered) in the will information DB 123 together with the date and time information when the editing is completed (step S36).

Next, the control unit 11 adds the will data before editing to the editing history information and updates the editing history information (step S37). Then, the control unit 11 functions as a means for transmitting an edit completion message, refers to the will executor-specific DB 122, extracts the destination information of the will executor associated with the edited will ID, and extracts the will executor's address information. Among the plurality of will executor terminals 3 included in the management system S, an edit completion message indicating that the will information has been edited is transmitted to one will executor terminal 3 based on the extracted destination information. .. Specifically, the designated will executor address information and the will name (name information) associated with the will ID that edited the will data are extracted from the will executor-specific DB 122. If the will name is registered in the will information DB 123, the name of the will associated with the will ID that edited the will data may be extracted from the will information DB 123. .. An edit completion message indicating that the will data has been edited is sent to the extracted destination information of the designated executor together with the extracted will name information (step S38). The designated executor receives an edit completion message of the will data and information on the name of the executor on the executor terminal 3. As a result, the executor can immediately know that the executor in charge of himself has edited the will data. Furthermore, since the executor can know the names of the willers who edited the will together, it is useful because it is possible to intuitively grasp who edited the will, especially when there are multiple willers in charge. ..

In addition, the testator can view the history information of the will data while checking or editing the will data. When the history viewing button 222 is selected by the operation of the testator on the display screen of the testator terminal 2 (FIG. 6), the will terminal 2 sends the identification information of the displayed will data to the will management server 1. A history browsing request including is sent.

The control unit 11 of the will management server 1 determines whether or not a request for viewing the history of the will data has been received from the will terminal 2 (step S40). As a result of the determination, if the request for viewing the history of the will document data has not been received from the testator terminal 2 (step S40: No), the process proceeds to step S42. On the other hand, as a result of the determination, when the history browsing request of the will data is received from the will terminal 2 (step S40: Yes), the control unit 11 is requested by the history browsing request from the will information DB 123. The edit history information associated with the identification information of the will data is extracted and transmitted to the willer terminal 2 (step S41). When the willer terminal 2 receives the edit history information from the will management server 1, it is displayed on the display screen and can be viewed.

In the example shown in FIG. 7, the editing history information “LOG1 (1)” registered by the control unit 11 of the will management server 1 in association with the will data of the identification information “Igon data1 (1)” from the will information DB 123. ) ”Is extracted, and this is a display example of the display screen of the testator terminal 2 that has received this. The editing history information "LOG1 (1)" 224 has an editing history corresponding to the number of times the will data has been edited.

In the example of the editing history information "LOG1 (1)" shown in FIG. 7, there are 6 editing histories. As shown in the figure, the history may be displayed side by side in chronological order. When displaying in chronological order, it may be configured to be displayed together with the editing date and time and the editor (executor or executor). On the display screen of the testator terminal 2, the testator selects the edit history he / she wishes to view from the edit history by the operation of the testator, and selects the enter button 225 to select the edit history information “LOG1 (1)”. The edit history selected from the plurality of edit histories included in 224 can be browsed. FIG. 8 is an example in which "log1 (1) _5" is selected and displayed from the editing history in FIG. 7. The will data 231 shown in the example of FIG. 8 is the state of the will data 231 after the fifth editing of the will data of the identification information “Igon data1 (1)”. Compared with the will data 223 in the latest state of the same identification information “Igon data1 (1)” shown in FIG. 6, it can be seen that the will data 223 has more stock certificate information. In this way, the editing history of the will data can be easily confirmed.

The testator may wish to edit the will data while checking the editing history. By selecting the edit button 230 by the operation of the testator, the display screen of the testator terminal 2 returns to the state shown in FIG. 6, the latest will data 223 is displayed, and the editable state is established.

Next, the control unit 11 determines whether or not to end the process (step S42). If a logout signal is received from the testator terminal 2, or if there is any error such as disconnection of communication with the testator terminal 2 or a timeout, the communication path established in step S13 is disconnected and the process ends (step). S42: Yes). If it is determined that the process is not completed (step S42: No), the process proceeds to step S29.

(Example of specific processing operation with the executor terminal 3)
As a result of the determination in step S11, if the will ID has not been received (step S11: No), the control unit 11 refers to the executor-specific DB 122 and executes the will together with the access request information (authentication request). It is determined whether or not the person ID is also received (step S15). When the will executor ID is received as a result of the determination in step S15 (step S15: Yes), the control unit 11 refers to the executor-specific DB 122, and receives the password together with the access request information together with the access request information. Password authentication is performed by collating with the password registered in association with the received executor ID (step S16).

When the password authentication is rejected (step S16: No), the control unit 11 transmits a re-input request message to the executor terminal 3 which is the source of the access request information (step S19). Then, a message prompting the executor ID and password to be re-entered is displayed on the display screen of the executor terminal 3. When the executor operates the will executor terminal 3 and re-enters the will executor ID and password, the executor ID and password re-entered from the will executor terminal 3 into the will management server 1 can be obtained. Will be sent. The control unit 11 of the will management server 1 repeats the processes of steps S11 to S16 again.

When the password authentication is enabled as a result of the authentication in step S16 (step S16: Yes), the control unit 11 establishes a communication path with the executor terminal 3 and permits access (step S17). ). After establishing a communication path with the will executor terminal 3, the will executor terminal 3 always shares its own will executor ID when transmitting any information to the will management server 1. Shall be sent.

Next, the control unit 11 extracts information such as will information associated with the will executor ID received in step S15 from the will executor-specific DB 122 and the will information DB 123, and the will executor registers. Alternatively, a menu page for the will executor (FIG. 9) that can be edited is generated and transmitted to the will executor terminal 3 (step S18).
On this menu page for will executors, a list of wills in charge of the will executor is displayed, and an area for accepting the selection of wills and a list of identification information of will data registered by the selected wills (registered wills). It is composed of an area for displaying a list of written data).

When the will executor list 401 is selected by the operation of the will executor on the display screen of the will executor terminal 3, the name list of the will executor in charge extracted from the will executor DB 122 is displayed (FIG. 9). : List of executors in charge: Hereinafter referred to as "list of executors"). Specifically, from the will information DB 123, the name of the executor in charge associated with the will executor ID received in step S15 is displayed.

Then, when one will is selected from the will list 404 by the operation of the will executor on the display screen of the will executor terminal 3, the will information of the will extracted from the will information DB 123 will be displayed. It will be displayed in the registered will data list. As shown in the list of registered will data in FIG. 4, each will data identification information and date and time information associated with each will data may be displayed together.
In the example shown in FIG. 9, the will executor generated after the new will data (Igon data1 (3)) of the will AAAA was registered in the will information DB 123 in the process of step S30 described above. This is an example of a menu page for.

In addition, by selecting the setting button 402 by the operation of the executor on the display screen of the executor terminal 3, the executor can use his / her own "password", "address information of the executor", and "personal information of the executor". Is configured to be changeable. When the "password", "executor address information" or "personal information of the executor" is changed by the operation of the executor on the screen after the setting button 402 is selected, the will management server 1 changes. Receive change instruction information from the executor terminal 3. The control unit 11 changes the information registered in the will executor-specific DB 122 and the will information DB 123 according to the change instruction information from the will executor terminal 3.

Next, the control unit 11 determines whether or not the confirmation / editing request for the will data has been received (FIG. 17: step S60). On the display screen of the will executor terminal 3, select the will data to be confirmed or edited by the operation of the will executor from the registered will executor data list, and select the enter button 408. A confirmation / edit request including identification information of the selected will data is transmitted to the will management server 1.

As a result of the determination, if the confirmation / edit request of the will document data is not received from the will executor terminal 3 (step S60: No), the process proceeds to step S67, and it is determined whether or not to end the process. (Step S67). When a logout signal is received from the executor terminal 3, if there is any error such as disconnection of communication with the executor terminal 3 or a timeout, the communication path established in step S17 is disconnected and the process ends (the process ends. Step S67: Yes). If it is determined that the process is not completed (step S67: No), the process proceeds to step S60.

On the other hand, as a result of the determination in step S60, the control unit 11 functions as an edit request receiving means, and the identification information and the will executor that specify the will data as the will information to be edited from the will executor terminal 3. When the confirmation / edit request of the will data is received together with the ID (step S60: Yes), the control unit 11 functions as the control unit 11 as a will information transmission means, and receives from the will information DB 123. The requested will data is extracted based on the will executor ID and the identification information, and is transmitted to the will executor terminal 3 (step S61).

When the will executor terminal 3 receives the will data from the will management server 1, it is displayed on the display screen and can be confirmed or edited. In FIG. 10, the will data of the identification information “Igon data1 (3)” is selected from the registered will data list in FIG. 9, and the will data of the identification information “Igon data1 (3)” is input from the will management server 1. This is a display example of the display screen of the will executor terminal 3 when the will is received. The contents of the will related to the will data of the identification information "Igon data1 (3)" are displayed on the display screen. The example of the will data 501 shown in FIG. 10 is a new will data (identification information: Igon data1 (3)) newly registered in the will information DB 123 by the will in the process of step S30 described above. is there.

The executor confirms or edits the will data 501 displayed on the display screen. The content of the editing work is transmitted from the executor terminal 3 to the will management server 1 as an editing instruction. Then, the control unit 11 of the will management server 1 functions as an editing means and edits the will data according to the editing instruction (step S62). FIG. 11 shows an example of the edited state of the will data 501. As you can see by comparing the new wills (Figs. 5 and 10) registered by the testator with the wills in Fig. 11, the expert will executor operates the will executor terminal 3 to make a proper will. It can be arranged to be a will.

When the editing work of the will data 501 is completed, the editing complete button 502 is selected by the operation of the executor. When the edit completion button 502 is selected, the edit completion information is transmitted from the executor terminal 3 to the will management server 1.

Next, the control unit 11 determines whether or not the edit completion information has been received from the executor terminal 3 (step S63). As a result of the determination, if the edit completion information is not received from the executor terminal 3 (step S63: No), the process proceeds to step S70 in FIG. On the other hand, as a result of the determination, when the editing completion information is received from the will executor terminal 3 (step S63: Yes), the control unit 11 functions as a re-registration means, and the edited will data is used as the will ID. Is registered (re-registered) in the will information DB 123 together with the date and time information when the editing is completed (step S64).

Next, the control unit 11 adds the will data before editing to the editing history information and updates the editing history information (step S65). Then, the control unit 11 functions as a means for transmitting an edit completion message, refers to the will information DB 123, extracts the destination information of the willer associated with the identification information of the edited will data, and extracts the will. Among the plurality of willer terminals 2 included in the management system S, an edit completion message indicating that the will information has been edited is transmitted to one willer terminal 2 based on the extracted destination information. Specifically, the destination information of the will and the name (name information) of the designated executor associated with the edited will data are extracted from the will information DB 123. If the executor's name is registered in the executor's DB 122, the executor's name associated with the will executor ID that edited the will data is entered from the executor's DB 122. It may be extracted.

Next, the control unit 11 sends an edit completion message of the will data indicating that the will data has been edited to the extracted destination information of the will, together with the information of the extracted designated will executor name. (Step S66). The willer receives the will message of editing completion of the will data and the information of the name of the designated will executor on the willer terminal 2. As a result, the testator can immediately know that the will data has been edited by the designated executor. Further, according to the present invention, only the executor designated by himself / herself can edit his / her will information, but when the executor edits his / her will information, the edited executor Since you can know the name of the person together, you can feel less anxious and relieved.

In addition, the executor can view the history information of the will data while checking or editing the will data. When the history viewing button 503 is selected by the operation of the will executor on the display screen of the will executor terminal 3, the will executor terminal 3 includes the identification information of the will data being displayed to the will management server 1. A history viewing request is sent.

The control unit 11 of the will management server 1 determines whether or not a request for viewing the history of the will data has been received from the executor terminal 3 (step S70). As a result of the determination, if the request for viewing the history of the will data has not been received from the executor terminal 3 (step S70: No), the process proceeds to step S72. On the other hand, as a result of the determination, when the will executioner terminal 3 receives the will data history browsing request (step S70: Yes), the control unit 11 requests the will browsing request from the will information DB 123. The edit history information associated with the identification information of the will data is extracted and transmitted to the will executor terminal 3 (step S71). When the will executor terminal 3 receives the edit history information from the will management server 1, it is displayed on the display screen and can be viewed.

In the example shown in FIG. 12, the editing history information “LOG1 (3)” registered by the control unit 11 of the will management server 1 in association with the will data of the identification information “Igon data1 (3)” from the will information DB 123. ) ”Is extracted, and this is a display example of the display screen of the will executor terminal 3 that has received this. The editing history information "LOG1 (3)" has an editing history corresponding to the number of times the will data has been edited. In the example of the editing history information "LOG1 (3)" shown in FIG. 12, there is one editing history. In the present embodiment, only the will data when the will is newly registered in the will information DB 123 by the testator is registered as the edit history "log1 (3) _1" 504.

On the display screen of the will executor terminal 3, the executor selects an edit history desired to be viewed by the operation of the executor from the edit history, and selects the enter button 505 to include a plurality of edit history information. You will be able to browse the edit history selected from the edit history of. FIG. 13 is an example in which the editing history “log1 (3) _1” 504 is selected and displayed in FIG. The will data 601 shown in the example of FIG. 13 is the editing history “log1 (3) _1”, which is the state when the will data “Igon data1 (3)” is newly registered. It can be easily compared and confirmed with the will data 501 (FIG. 11), which is the state after being edited by the executor.

Also, like the will, the executor may wish to edit the will data while checking the editing history. By selecting the edit button 602 by the operation of the executor, the display screen of the executor terminal 3 returns to the state shown in FIG. 11, the latest will data is displayed, and the editable state is established.

Next, the control unit 11 determines whether or not to end the process (step S72). If a logout signal is received from the executor terminal 3, or if there is any error such as disconnection of communication with the executor terminal 3 or a timeout, the communication path established in step S17 is disconnected and the process ends. (Step S72: Yes). If it is determined that the process is not completed (step S72: No), the process proceeds to step S60.

As described above, according to the will management system S of the present embodiment, the will can be registered relatively easily by the will, and the will will be reviewed by the will executor registered as an expert. Even if the contents of the will change, it is possible to maintain the will after being reviewed by the will executor registered as an expert in the latest state.
A will ID or a will executor ID and a password are set for each of the will and testament executor, and the ID and password are used to newly register and edit the will information. It is possible to prevent new registration of will information by a person other than the will and falsification by a person other than the will and the designated will executor designated by the will.
In addition, when the will executor newly registers or edits the will information, a message is sent to the designated will executor, so that the executor newly registers or edits the will information by the executor. Can be immediately known that was done.

The willer may be configured to own an IC card on which the contact information (address, e-mail address, telephone number, fax number, etc.) of the business operator operating the will management system S is printed on the surface. Information such as own member registration information registered in the system member DB 121, the name of the designated executor, and the designated executor ID is recorded in the IC chip of the IC card. Then, when the willer died, the business operator who operates the will management system S, which was contacted, puts the information of the willer's IC card into an IC card reader (not shown) provided in the will management server 1. It may be configured to read out. Based on the designated will executor ID etc. read from the IC card, each database of the storage unit 12 is referred to, and the will executor terminal 3 of the designated will executor is configured to notify that the executor in charge has died. To do.

The testator may be configured to wear a wearable device equipped with a pulse rate monitor, a thermometer, and the like. As wearable devices, various medical devices such as a wristwatch type, a ring type, an earphone type, and a portable type that hangs from the neck have been developed. The wearable device is configured to be able to communicate with the will management server 1. Then, information such as its own member registration information registered in the system member DB 121, the name of the designated executor, and the designated executor ID is recorded in the storage unit in the wearable device.

When the computer in the wearable device detects an abnormality such as a stop of the heartbeat of the testator, the testator ID and the designated executor ID are read from the storage unit in the wearable device. Then, an emergency signal notifying the will management server 1 of the abnormality is transmitted together with the read will ID and the designated will executor ID. The will management server 1 that has received the emergency signal refers to each database of the storage unit 12 based on the will ID and the designated executor ID, and is in charge of the will executor terminal 3 of the designated will executor. Is configured to tell that he has died.

In addition, the operator who operates the will management system S may be contacted via a security company or the like affiliated with the will management system S. When the computer in the wearable device detects an abnormality such as a stop of the heartbeat of the testator, an emergency signal notifying the computer of the security company or the like of the abnormality is transmitted together with the position information such as GPS of the wearable device. Then, a security guard such as a security company rushes based on the location information. When the guard confirms the death of the will, he will contact the operator who operates the will management system S.
With the above configuration, the executor can quickly detect and respond to the effect of the will of the executor in charge of himself.

The scope of application of the present invention is not limited to the above-described embodiments. The present invention can be widely applied to a will management system and the like accessible by a will and an executor.

1 Will management server 11 Control unit 12 Storage unit 121 System member DB
122 DB by will executor
123 Will information DB
13 Display unit 14 Input unit 15 Communication unit 2 Will terminal 3 Executor terminal

Claims (5)

Through a network, a will information about a will, a will information which is the content of a will, and a will management device for registering and managing a will executor information about a will executor who executes the contents of a will. In a will management system composed of a will terminal that is connected to the will management device so that information can be exchanged and a will executor terminal of a will executor.
The will management device is
A will that uniquely identifies the executor by uniquely identifying the executor, the will ID of the executor in charge of the executor, and the password determined by the executor. A second database that is stored in association with the executor ID,
The date and time indicating the will ID, the will information that is the content of the will of the will related to the will ID, the identification information that identifies the will information, and the date and time when the will information was registered or edited. A third database that stores information in association with each other,
When the will executor ID and password are received from one of the will executor terminals included in the will management system and the authentication request is received, the second database is referred to. Password authentication means to authenticate passwords
When the authentication is enabled by the password authentication means, the guidance information transmitting means for transmitting the guidance information for accepting the editing of the will information to the one executor terminal.
An editing request receiving means for receiving an editing request by receiving the identification information specifying the will executor ID and the will information to be edited from the one executor terminal.
When the editing request receiving means receives the editing request, the will information is extracted from the third database based on the received will executor ID and the identification information, and transmitted to the one executor terminal. Means of sending will information and
An editing means for editing the will information according to the instruction from the one executor terminal, and
A re-registration means for re-registering the will information edited by the editing means in the third database in association with the will ID along with the date and time information at the time of editing completion.
A will management system characterized by having. In the third database, the destination information of the will is stored in association with the identification information that identifies each will information.
When the re-registration is performed by the re-registration means, the destination information of the willer associated with the identification information of the will information edited by the editing means is extracted with reference to the third database, and the said Among the plurality of wills terminals included in the will management system, an edit completion message to the effect that the will information has been edited is transmitted to one of the wills terminals based on the extracted destination information. The will management system according to claim 1, further comprising a means for transmitting an edit completion message. In at least one of the third database and the second database, the name information of the executor related to the executor ID is associated with each executor ID. Remembered
The editing completion message transmitting means transmits the name information of the will executor associated with the will executor ID re-registered by the re-registration means in the third database or the second database. The will management system according to claim 2, wherein an edit completion message including the name information of the extracted will executor is extracted from at least one of the databases. A will management device included in the will management system according to any one of claims 1 to 3. Through a network, a will information about a will, a will information which is the content of a will, and a will management device for registering and managing a will executor information about a will executor who executes the contents of a will. It is a will management method in a will management system composed of a will terminal which is connected to the will management device so as to be able to exchange information, and a will executor terminal of a will executor.
A will that uniquely identifies the executor by uniquely identifying the executor, the will ID of the executor in charge of the executor, and the password determined by the executor. A second database that is stored in association with the executor ID,
The date and time indicating the will ID, the will information that is the content of the will of the will related to the will ID, the identification information that identifies the will information, and the date and time when the will information was registered or edited. A third database that stores information in association with each other,
The will management device equipped with
When the will executor ID and password are received from one of the will executor terminals included in the will management system and the authentication request is received, the second database is referred to. And the process of password authentication
When the password is authenticated, the process of transmitting guidance information for accepting the editing of the will information to the one executor terminal, and
The process of receiving the will executor ID and the identification information that identifies the will information to be edited from the one executor terminal and accepting the edit request.
Upon receiving the edit request, a step of extracting will information from the third database based on the received will executor ID and the identification information and transmitting it to the one executor terminal.
The process of editing the will information according to the instruction from the one executor terminal, and
The process of re-registering the edited will document information in the third database in association with the will ID along with the date and time information at the time of editing completion.
A will management method characterized by having.