JP2018205911A - Individual shareholder management system and individual shareholder management method - Google Patents

Abstract

To provide an individual shareholder management system and an individual shareholder management method capable of improving confidentiality for exercising electronic voting rights.SOLUTION: An individual shareholder management system X includes a shareholder client terminal, an SR site server 1 for providing a service including support of procedures (processing) to a shareholder client terminal for which a first member registration has been made, an enterprise client terminal of a share issuer enterprise server, and a private block chain 203 connected to the SR site server 1 via a network in which the private block chain 203 stores, in a plurality of private block chain server 203a-203d in the private block chain 203 at the same time, voting right contents, exercised voting right results, and the number of voting rights made among the enterprise client terminal, the SR site server 1, and the shareholder client terminal in dealing processes of the voting right contents, the exercised voting right results and the number of voting rights.SELECTED DRAWING: Figure 61

Description

  The present invention relates to individual shareholder management technology.

  In the past, in order to participate in the voting at the shareholders' meeting of the stock issuer, the shareholders attended the shareholders meeting and participated in the voting directly. However, for shareholders who are unable to participate on the day of the General Meeting of Shareholders due to time and geographical factors, a system in which shareholders can vote on the contents of the voting in writing prior to the General Meeting of Shareholders (a written voting system) is permitted. Can participate in voting by mailing a preliminary ballot (voting form) to a stock issuer or a trust bank (see Patent Document 1).

  Shareholders such as stock issuers are generally managed by securities firms, trust banks, and the like. The trust bank receives information such as the address of the shareholders from the stock issuer company, and based on this, sends a proxy for the voting rights of the general meeting of shareholders by mail, receives the return, and provides it to the share issuer company It was. In addition, although it can be implemented using the Web system for exercising voting rights, stock issuers will be charged separately. Furthermore, they will access the URL described in the power of attorney sent by mail, and exercise their voting rights after entering their shareholder information each time. This is a system that takes a lot of time and effort for shareholders.

Management of individual shareholders was carried out by a trust bank. However, when a stock issuer obtains shareholder information from a trust bank, it is ordered in paper form, and there is an additional cost for obtaining electronic data. It costs separately. Furthermore, the management data is not digitized such as telephone numbers and e-mail addresses as contact information.
However, the voting rights exercise system by mail and the current electronic voting rights exercise system are expensive, and in particular, individual shareholders often do not exercise voting rights, but this situation is not preferable. If the management data is digitized, it will be easier to encourage individual shareholders to exercise their voting rights.

  Therefore, the applicant aims to promote the digitization of exchanges between stock issuing companies and individual shareholders, and through computerization, it makes it easier to become familiar with the company and the relationship between individual shareholders and stock issuing companies. We proposed various mechanisms that encouraged long-term stock ownership and become a stable shareholder by creating a sense of solidarity between the two (Patent Document 2).

JP 2003-203135 A Japanese Patent No. 4978976

It is hoped that the electronic voting rights will be further promoted by digitizing the management data as described above. In order to increase the number of registered members of individual shareholders, it is preferable to improve the usability of premiums (preferential treatment) granted to registered individual shareholders.
An object of the present invention is to provide an individual shareholder management technique that is more attractive to individual shareholders.

  According to one aspect of the present invention, a shareholder client terminal, an SR site server that provides services including support for procedures (processing) to the shareholder client terminal, a company client terminal of a stock issuer company server, A private block chain connected to the SR site server via a network, the private block chain including voting rights contents, voting rights exercise results between the corporate client terminal, the SR site server, and the shareholder client terminal In the process of exchanging the number of voting rights, the content of the voting rights, the result of exercising the voting rights, and the number of voting rights are simultaneously stored in a plurality of private block chain servers in the private block chain. An individual shareholder management system is provided.

  In the process of exchanging voting rights, voting results, and the number of voting rights between the corporate client terminal, the SR site server, and the shareholder client terminal, the voting rights, the voting rights, and the voting rights By simultaneously storing the number in a plurality of private block chain servers in the private block chain, leakage of confidential information related to voting rights can be suppressed, and tamper resistance can be improved.

  A shareholder client terminal, an SR site server that provides services including support for procedures (processing) to the shareholder client terminal, a company client terminal of a stock issuer company server, and the SR site server are connected to the network. A private block chain, and the private block chain is a common shareholder special benefit ID given to registered shareholders and a balance of shareholder special benefit points for each common shareholder special benefit ID or a product based on shareholder special benefit points. / An individual shareholder management system is provided, wherein at least one of service application information is simultaneously stored in the plurality of private block chain servers in the private block chain.

  Further, exchange of shareholder special benefit points given to each stock issuer among the company client terminal, the SR site server, and the shareholder client terminal is limited to processing performed through the private block chain. Good.

  The private block chain is at least one of a common shareholder special benefit ID given to registered shareholders, a balance of shareholder special benefit points for each common shareholder special benefit ID, or application information for products / services based on shareholder special benefit points. By storing one on the plurality of private blockchain servers in the private blockchain at the same time, it is possible to suppress leakage of confidential information related to shareholder special benefit points and improve tamper resistance. .

  Furthermore, it is preferable to have a portal site server that converts and manages the shareholder preferential points into common shareholder preferential points (coins) that do not depend on stock issuers.

  The portal site server provides a platform for providing a product / service different from the product / service provided in exchange for the shareholder special benefit point.

  The portal site server can convert and manage common shareholder reward points (coins) that do not depend on stock issuers, so that the point usability is improved when individual shareholders are shareholders of multiple corporations. Can do.

  According to another aspect of the present invention, a shareholder client terminal, an SR site server that provides services including procedure (processing) support to the shareholder client terminal, a company client terminal of a stock issuer company server, And a private block chain connected to the SR site server over the network, the private block chain including voting rights between the corporate client terminal, the SR site server and the shareholder client terminal, and voting rights exercised. In the process of exchanging the result and the number of voting rights, the content of the voting rights, the result of exercising the voting rights, and the number of voting rights are stored in a plurality of private block chain servers in the private block chain at the same time. An individual shareholder management method characterized by It is subjected.

  In addition, the present invention provides a shareholder client terminal, an SR site server that provides services including procedure (processing) support to the shareholder client terminal, a company client terminal of a stock issuer company server, and the SR site A private block chain server connected to the network, and the private block chain includes a common shareholder special benefit ID given to a registered shareholder and a shareholder special benefit point for each common shareholder special benefit ID. Individual shareholder characterized by having at least one of product / service application information based on balance and shareholder special benefit points stored in the plurality of private blockchain servers in the private blockchain at the same time It is a management method.

  Further, the present invention may be a program for causing a computer to execute the individual shareholder management method described above, or a computer-readable storage medium for recording the program.

  Note that the present invention may be configured such that the voting rights exercise result collection method can be selected from the technique described in the second embodiment and the technique described in the third embodiment.

  According to the present invention, the exercise of electronic voting rights can be further promoted. In order to increase the number of registered members of individual shareholders, it is preferable to improve the usability of premiums (preferential treatment) granted to registered individual shareholders.

It is a functional block diagram which shows the example of schematic structure of the shareholder management system containing the shareholder management apparatus by one embodiment of this invention. FIG. 2A is a diagram showing a configuration example of the individual shareholder SR site server 1, and FIG. 2B is a diagram showing a configuration example of the company-side shareholder information management server 3, and FIG. c) is a diagram showing a configuration example of a batch server. FIG. 3A is a diagram illustrating a configuration example of the client terminal, and FIG. 3B is a diagram illustrating a configuration example of the DB server. It is a figure which shows the outline | summary of the data table in DB. It is a figure which shows the outline | summary of the data table in DB. It is a figure which shows the structural example of an individual shareholder table group. It is a figure which shows the structural example of an individual shareholder table group. It is a figure which shows the structural example of a delivery action table group. It is a figure which shows the structural example of an individual shareholder search condition table group. It is a figure which shows the structural example of the delivery action separate setting table group. It is a figure which shows the structural example of the delivery action separate setting table group. It is a figure which shows the structural example of the questionnaire table group before voting rights exercise. It is a figure which shows the structural example of the voting right exercise table group. It is a figure which shows the structural example of a recognition investigation questionnaire table group. It is a figure which shows the structural example of an action contract table group. It is a figure which shows the structural example of a point exchange table group. It is a sequence diagram of member registration processing. It is a sequence diagram of member registration processing. It is a sequence diagram of the voting right setting / reply processing of the proposal of the general meeting of shareholders. It is a sequence diagram of the voting right setting / reply processing of the proposal of the general meeting of shareholders. It is a sequence diagram of a point exchange process. It is a sequence diagram of a point exchange process. It is a sequence diagram which shows the flow of a shareholder information search and browsing process. It is a figure which shows the outline | summary of the process used as the cause of member registration. It is a figure which shows an example of a shareholder number input screen. It is a figure which shows an example of a member shareholder recognition pattern. It is a figure which shows the example of a personal information input screen. It is a figure which shows an example on a questionnaire input screen. It is a figure which shows the example of a registration confirmation screen. It is a figure which shows the example of a registration completion screen. It is a figure which shows the content of the mail with URL for registration completion. It is a figure which shows a login information registration screen. It is the schematic which shows the example of a screen transition of the user action from SR site server. It is a figure which shows a login screen. It is a figure which shows the top screen display of the shareholder community to which a user belongs. It is a figure which shows the input screen of voting right exercise. It is a figure which shows the confirmation screen of voting right exercise. It is a figure which shows the reply completion screen of voting right exercise. It is a figure which shows the example of a point exchange goods kind selection screen. It is a figure which shows a point exchange goods list. It is a figure which shows the detail of point exchange goods. It is a figure which shows the application confirmation screen of point exchange goods. It is a figure which shows the application completion screen of point exchange goods. It is a screen transition diagram of the issuing business entity by IR-navi. It is a figure which shows the image of an individual shareholder search screen. It is a figure which shows the image of an individual shareholder search screen. It is a figure which shows the example of a display of an individual shareholder list screen. It is a figure which shows the example of a display of an individual shareholder list screen. It is a figure which shows the example of an action billing screen display. It is a figure which shows the example of an action billing screen display. It is a figure which shows the example of a confirmation screen of a delivery result. It is a figure which shows the example of a confirmation screen of a delivery result. It is a figure which shows the example of a confirmation screen of a delivery result. It is a figure which shows the example of a confirmation screen of a delivery result. It is a figure which shows the example of a confirmation screen of a delivery result. It is a figure which shows the example of a screen transition in the administrator side. It is a display example of a shareholder search and a search result list screen (pipe 1-1). It is a figure which shows the example of a shareholder details screen. It is a figure which shows the example of a display of a shareholder edit screen. It is a functional block diagram which shows the example of whole structure of the voting right exercise result collection | recovery system by the 2nd Embodiment of this invention, and demonstrates corresponding to each server by 1st Embodiment, such as FIG. Can do. FIG. 52B is a flowchart showing a process flow shown in FIG. 52A. It is a figure which shows the relationship between the 1st registration member made into 1st registration to SR site server 1, and the 2nd registration member registered into the relay server 51 (Mypost 51a) of Japan Post. It is a flowchart figure which shows the flow of a process of FIG. 52C. It is a figure which shows the detail of the delivery method of voting right exercise data. It is an image figure which shows the summary of the collection | recovery scheme of the electronic voting right using MyPost of Japan Post. FIG. 38 is a diagram illustrating an example of a GUI related to exercising voting rights provided to the shareholder client terminal 11 by the SR site server 1, corresponding to FIGS. 35 to 37. FIG. 38 is a diagram illustrating an example of a GUI related to exercising voting rights provided to the shareholder client terminal 11 by the SR site server 1, corresponding to FIGS. 35 to 37. FIG. 38 is a diagram illustrating an example of a GUI related to exercising voting rights provided to the shareholder client terminal 11 by the SR site server 1, corresponding to FIGS. 35 to 37. FIG. 38 is a diagram illustrating an example of a GUI related to exercising voting rights provided to the shareholder client terminal 11 by the SR site server 1, corresponding to FIGS. 35 to 37. FIG. 38 is a diagram illustrating an example of a GUI related to exercising voting rights provided to the shareholder client terminal 11 by the SR site server 1, corresponding to FIGS. 35 to 37. FIG. 38 is a diagram illustrating an example of a GUI related to exercising voting rights provided to the shareholder client terminal 11 by the SR site server 1, corresponding to FIGS. 35 to 37. It is a figure which shows the example of 1 structure of the shareholder management system X by the 3rd Embodiment of this invention. The portal site server added to the individual shareholder SR site server according to the present embodiment or a server that exhibits a part of the function, and the company SR site (interface) provided for each stock issuer in the individual shareholder SR site server And an overall configuration example including a point storage unit. It is a functional block diagram and sequence diagram showing one configuration example of a voting rights exercise result collection system according to the present embodiment. This is a data structure in which a new voting right management table TB6-4 is added to the table TB6 (TB6-1 to TB6-1 to TB6-1) relating to voting right exercise described in the first embodiment. It is a functional block diagram and sequence diagram showing a configuration example of a first shareholder management system that performs common shareholder special benefit according to the present embodiment. It is a sequence diagram which shows the flow of a process in a 2nd point management processing system. It is a figure which shows the example of a data structure used in the 2nd point management processing system. It is a flowchart figure which shows the flow of the new member registration process to a portal site server. It is a flowchart figure which shows an example of the point conversion process of each company. It is a flowchart figure which shows the flow of a process regarding utilization of a common shareholder special benefit coin.

  First, a shareholder management technique (apparatus, system, program, method, etc.) according to the first embodiment of the present invention will be described with reference to the drawings.

(First embodiment)
The shareholder management technology (device, system, program, method, etc.) according to the first embodiment of the present invention will be described below with reference to the drawings.

  FIG. 1 is a functional block diagram showing a schematic configuration example of a shareholder management system including a shareholder management apparatus according to the present embodiment. The shareholder management system A shown in FIG. 1 is provided between the individual shareholder SR site server 1, the company-side shareholder information management server 3, and the database DB7 (7a... 7d), and manages the database DB7. DB server 5, individual shareholder SR site (individual shareholder management) server 1 and company-side shareholder information management server 3, and individual shareholder client terminal 11 and company client terminal 15 connected to these via a network (NT) such as the Internet. And have.

  FIG. 2A is a diagram illustrating a configuration example of the individual shareholder SR site server 1, and FIG. 2B is a diagram illustrating a configuration example of the company-side shareholder information management server 3. An individual shareholder SR site server 1 shown in FIG. 2A includes a company information processing unit 1a that processes company information, an information management unit 1b that manages information, and a PW management unit 1c that manages security information such as passwords. And a communication unit 1d that performs communication with the outside. 2B includes a shareholder information processing unit 3a that processes shareholder information, an information management unit 3b that manages information, and a PW management unit that manages security information such as passwords. 3c and a communication unit 3d that performs communication with the outside. As illustrated in FIG. 2C, the batch server 17 includes an information processing unit 17a and a communication unit 17b.

  FIG. 3A illustrates a configuration example of the client terminals 11 and 15 by taking the individual shareholder client terminal 11 as an example. As shown in FIG. 3A, an individual shareholder client terminal 11 includes a display unit 11a such as a display, a memory unit for storing data, a storage unit 11b such as an HDD, and an input unit such as a keyboard and a mouse for inputting data. 11c and a communication unit 11d that performs communication with the outside. The client terminals 11 and 15 include a PC, a smartphone, a mobile phone, and the like. As shown in FIG. 3B, the DB server 5 includes a communication unit 5a that connects to various databases DB7 and communicates with the outside, and a DB search unit 5b that performs a search in the database.

  The contents of the database 7 will be described below. 4 and 5 are diagrams showing an outline of the data table in the DB. As shown in FIGS. 4 and 5, the data table according to the present embodiment includes an individual shareholder table group TB1 having information on individual shareholders, a distribution action table group TB2 for information to individual shareholders, and an individual shareholder search. Condition table group TB3, distribution action individual setting table group TB4, pre-voting questionnaire table group TB5, voting right exercise table group TB6, recognition survey questionnaire table group TB7, action contract table group TB8, point exchange And a table group TB9.

  The individual investor user has one ID for the entire SR function according to the “individual shareholder” table. The stockholding status of each company is managed by “individual shareholder company attributes”. Even if you own stocks of multiple companies, you can log in with a unified ID / password from an individual perspective. Shareholder attributes can be customized and managed for each company.

The “individual shareholder company extended attribute” is stored in the related three tables TB1-4 to 6.
Companies can save search criteria for their individual shareholders (including viewing members).

  In the 6 tables TB-1 to 6 related to “individual shareholder search conditions”, the company can perform an action on the shareholders using the stored search conditions. However, the contract can be promoted only by a company having authority to access the company-side shareholder information management server (IR server), for example, an IR-navi contract company.

  With regard to distribution of e-mails, etc., it can be managed by the “distribution action” table TB2, and the content start date and end date can be designated. Further, by having the point exchange table TB-9, it is possible to manage point exchange products and the like. At this time, the entire product can be managed by the “product master” TB9-2, and the replacement product can be customized for each contracted company by the “exchange point master” TB9-1.

  Details of these table groups will be specifically described with reference to FIGS.

  As shown in FIGS. 6 and 7, the individual shareholder table group TB1 can be used in some forms such as a storage medium (CD, memory card, USB memory, etc. In the following, although referred to as a CD in the embodiments, claims are made. In this section, it is referred to as a storage medium.) Log table TB1-1, individual shareholder company attribute table TB1-2, individual shareholder table TB1-3, individual shareholder company extended attribute table TB1-4, and individual shareholder extended attribute option table TB1-5, individual shareholder company extended attribute reply table TB1-6, time key table TB1-7, point log table TB1-8, point action master table TB1-9, and point grant number master table TB1-10 Individual shareholder attribute type master table TB-11, individual shareholder attribute table TB1-12, And Tofon ownership status table TB1-13, has a personal shareholders login history table TB1-14, the. Note that not all tables are essential.

  As will be described later with reference to FIG. 23, the storage medium log table TB1-1 is mailed to an individual shareholder, and is stored for each storage medium log ID for identifying a CD provided as a storage medium such as a CD. It has an attribute ID, a storage medium unique ID, a serial number, a shipping date, and a use flag. With this table, it is possible to manage the contents and provision status of the CD.

  The “storage medium unique ID” is a unique ID for identifying each CD. Further, FK is an abbreviation for “Foreign Key (external reference key)”, and contains the value of PK (Primary Key) of the related main table. Conversely, values that are not in the PK of the main table cannot be entered. Thereby, the tables can be associated with each other.

  The individual shareholder company attribute table TB1-2 is a table for the company to identify individual shareholders. For each individual shareholder company attribute ID of the individual shareholder managed by the company, the individual shareholder ID for identifying the individual shareholder itself and the securities Code, member status that identifies the registration status of the member, the latest shareholder number, the latest number of shares held, the latest number of months held, the date of the last known survey, the flag of past stockholding, the date of member registration, It has the number of owned points and the reason for temporary registration. There are two types of members, for example, a browsing member and a main member. The viewing member is a shareholder candidate member (a member who has bought shares but has not completed shareholder verification once in half a year, or who has not held any shares through a shareholder verification once in half a year) Only some functions of the shareholder site can be used, and voting rights / dividend notices are not received. In addition, although the product cannot be exchanged by points, the main member can be registered by a system check or manual confirmation by an administrator. Note that the mandatory attributes are the same as those for shareholders.

  The main member is a shareholder member who can be verified when the viewing member is verified by shareholder verification, can use all functions of the shareholder site, is subject to shareholder renewal, and the input attribute is the basic part ( Number of shares, holding period, etc.) and customized parts for each company.

  The individual shareholder table TB1-3 includes, for each individual shareholder ID that uniquely identifies an individual shareholder, a personal information disclosure flag (a flag indicating whether or not personal information is disclosed), a surname, a first name, a date of birth, a telephone number, and a PC mail address. In addition to attributes such as mobile phone mail addresses, respective delivery permission flags, addresses, postal codes, other genders, occupations, family structures, annual incomes, investment styles, etc., login IDs and passwords are held. This table covers basic individual shareholder information, but annual income is optional.

  The individual shareholder company extended attribute table TB1-4 has a security code, extended attribute contents, and display order for each individual shareholder company extended attribute ID.

  The individual shareholder extended attribute option table TB1-5 has items for each individual shareholder extended attribute option ID including the above individual shareholder company extended attribute ID, display order, option name, and whether or not there is only a free input answer. ing. Here, in the case of only free input answers, the image has only one option and is not subject to search.

  The individual shareholder company extended attribute reply table TB1-6 has an individual shareholder extended attribute option ID and a free word answer content (both additional answer and free input) for each individual shareholder company attribute ID. .

  The time key table TB1-7 has an individual shareholder ID, a key, and a creation date and time for each time key ID.

  The point log table TB1-8 has, for each point log ID, a point grant count ID, an individual shareholder company attribute ID, a grant point count, and a point grant date.

  The point action master table TB1-9 has an action name for each point action ID.

  The point grant number master table TB1-10 has a point action ID, a securities code, a member status, and a grant point number for each point grant number ID.

  Individual shareholder attribute type master table TB-11 has an individual shareholder attribute name for each individual shareholder attribute type ID.

  The individual shareholder attribute table TB1-12 has the individual shareholder attribute type ID and the attribute contents for each individual shareholder attribute ID.

  The individual shareholder smartphone ownership status table TB1-13 is associated with the smartphone ID and has an individual shareholder ID and a smartphone ID.

  The individual shareholder login history table TB1-14 has items of individual shareholder ID, login date / time, logout date / time, remote IP address, and remote host for each login history ID.

  Here, the association between the tables will be described. The storage medium log table TB1-1 is associated with the individual shareholder company attribute table TB1-2 by the individual shareholder company attribute ID. The individual shareholder company attribute table TB1-2 is associated with the point log table TB1-8 by the individual shareholder company attribute ID. The individual shareholder table TB1-3 is associated with the individual shareholder company attribute table TB-2 by the individual shareholder ID, and is associated with the time key table TB1-7 by the individual shareholder ID, and the individual shareholder smartphone ownership state table TB1-13 and the individual shareholder The log-in history table TB1-14 is associated with the individual shareholder ID.

  The individual shareholder company extended attribute table TB1-4 is associated with the individual shareholder extended attribute option table TB1-5 by the individual shareholder company extended attribute ID. The individual shareholder extended attribute option table TB1-5 is associated with the individual shareholder company extended attribute answer table TB1-6 by the individual shareholder extended attribute option ID. The point action master table TB1-9 is associated with the point grant number master table TB-10 by the point action ID.

  The individual shareholder attribute type master table TB-11 is associated with the individual shareholder attribute table TB1-12 by the individual shareholder attribute type ID.

  As shown in FIG. 8, the distribution action table group TB2 includes a distribution action setting table TB2-1, a search condition distribution destination table TB2-2, an individual shareholder distribution action log table TB2-3, and a distribution action type master table TB2. -4.

  The delivery action setting table TB2-1 includes, for each delivery action ID, a delivery action type ID, a securities code, a user sequence number, a confirmation email address, a delivery destination type, a delivery state, a delivery reservation date, and a delivery. It has a completion date and time, a distribution setting name, a title, a release start date, a release end date, and a target number of people.

  The search condition distribution destination table TB2-2 has a distribution action ID and a search condition storage ID.

  The individual shareholder distribution action log table TB2-3 has, for each log ID, a distribution action ID, a browsing status, a browsing date and time, an individual shareholder ID, and a distribution status.

  The delivery action type master table TB2-4 has a delivery action type ID and a delivery action name.

  Here, the association between the tables will be described. The distribution action setting table TB2-1 is associated with the search condition distribution destination table TB2-2 by the distribution action ID, and is associated with the individual shareholder distribution action log table TB2-3 by the distribution action ID. The distribution action type master table TB2-4 is associated with the distribution action type ID. The individual shareholder distribution action log table TB2-3 is associated with the individual shareholder table TB1-3 by the individual shareholder ID.

  As shown in FIG. 9, the individual shareholder search condition table group TB3 includes a search condition storage table TB3-1, a search condition storage mapping table TB3-2, an individual shareholder range search condition TB3-3, and an individual shareholder range search condition. It has an option table TB3-4, an individual shareholder range search condition storage mapping table TB3-5, and an extended attribute search condition storage mapping table TB3-6.

  The search condition storage table TB3-1 includes, for each search condition storage ID, a securities code, a user sequence number, a search condition name, a target number of persons, a smartphone presence / absence, a last name, a first name, a last name (Kana), and a first name (Kana). Item ".

  The search condition storage mapping table TB3-2 has a search condition storage ID and an individual shareholder attribute ID.

  The individual shareholder range search condition TB3-3 has a securities code, condition contents, and display order for each individual shareholder range search condition ID.

  The individual shareholder range search condition option table TB3-4 has an individual shareholder range search condition ID, an option name, a maximum value, a minimum value, and a display order for each individual shareholder range search condition option ID.

  The individual shareholder range search condition storage mapping table TB3-5 has a search condition storage ID and an individual shareholder range search condition option ID.

  The extended attribute search condition storage mapping table TB3-6 has a search condition storage ID and an individual shareholder extended attribute option ID.

  Here, the association between tables will be described. The search condition storage table TB3-1 is related to the search condition storage mapping table TB3-2 by the search condition storage ID, and is searched with the individual shareholder range search condition storage mapping table TB3-5. It is related by the condition storage ID. The individual shareholder range search condition option table TB3-4 is associated with the individual shareholder range search condition storage mapping table TB3-5 by the individual shareholder range search condition option ID. Further, the search condition storage mapping table TB3-2 is related to the individual shareholder attribute table TB1-12 by the individual shareholder attribute ID, and the search condition storage table TB3-1 is related to the search condition distribution destination table TB2-2 and the search condition. The extended attribute search condition storage mapping table TB3-6 is associated with the storage ID, and is associated with the individual shareholder extended attribute option table TB1-5 with the individual shareholder extended attribute option ID.

  As shown in FIGS. 10A and 10B, the distribution action individual setting table group TB4 includes an SR news distribution setting table TB4-1, an individual investor briefing session distribution setting table TB4-2, and a dividend notification distribution setting table TB4-3. A shareholder communication distribution setting table TB4-4, a convocation notice distribution setting table TB4-5, and a moving image distribution setting table TB4-6. Further, as a table common to other table groups described later, It has a pre-voting questionnaire distribution setting table TB5-1, a voting right exercise distribution setting table TB6-1, and a recognition survey questionnaire distribution setting table TB7-1.

  The SR news distribution setting table TB4-1 includes a distribution action ID, a message, SR news details, an SR news image file name, and an SR news image file.

  The individual investor briefing session delivery setting table TB4-2 includes, for each individual investor briefing session delivery setting ID, a delivery action ID, a message, a holding start date, a holding end date, an answer deadline, and details of the briefing session. ,have.

  The dividend notification distribution setting table TB4-3 has a distribution action ID and content for each dividend notification distribution setting ID.

  The shareholder communication distribution setting table TB4-4 has a distribution action ID, contents, and smartphone distribution presence / absence for each shareholder communication distribution setting ID.

  The convocation notification distribution setting table TB4-5 has a distribution action ID, a message, and a convocation notification content for each convocation notification distribution setting ID.

  The moving image distribution setting table TB4-6 has a distribution action ID, a message, a moving image ID, and a moving image URL for each moving image and distribution setting ID.

  Furthermore, the SR news distribution setting table TB4-1 to the moving image and distribution setting table TB4-6 are connected to the distribution action setting table TB2-1.

  As shown in FIG. 11, a questionnaire table group TB5 before exercising voting rights includes a questionnaire distribution setting table TB5-1 before voting rights exercise, a questionnaire content table TB5-2, a questionnaire response table TB5-3, have.

  The pre-voting questionnaire distribution setting table TB5-1 includes a distribution action ID, a message, contents, and an answer limit for each pre-voting questionnaire distribution setting ID.

  The questionnaire content table TB5-2 has, for each questionnaire ID, a questionnaire distribution setting ID before voting right exercise, a proposal number, a proposal name, proposal contents, and a display order.

  The questionnaire agenda answer table TB5-3 has a questionnaire agenda ID, an individual shareholder ID, a reply content, and a reply date and time for each questionnaire agenda reply ID.

  Here, the questionnaire distribution setting table TB5-1 before exercising voting rights is associated with the distribution action setting table TB2-1 and also with the questionnaire content table TB5-2, and the questionnaire content table TB5-2 is Are associated with the questionnaire response table TB5-3.

  As shown in FIG. 12, the voting right exercise table group TB6 includes a voting right exercise distribution setting table TB6-1, a proposal content table TB6-2, and a proposal response table TB6-3.

  The voting right exercise distribution setting table TB6-1 has a distribution action ID, a message, contents, and a response deadline for each voting right exercise distribution setting ID.

  The proposal content table TB6-2 has a voting right exercise distribution setting ID, a proposal number, a proposal name, a proposal content, and a display order for each proposal ID.

  The bill answer table TB6-3 has a bill ID, an individual shareholder ID, reply contents, and a reply date and time for each proposal reply ID. TB6-1, 6-2, and 6-3 are associated with each other, and TB6-3 is associated with the individual shareholder table TB1-3. The voting right exercise distribution setting table TB6-1 is associated with the distribution action setting table TB2-1 by the distribution action ID.

  As illustrated in FIG. 13, the recognition survey questionnaire table group TB7 includes a recognition survey questionnaire delivery setting table TB7-1, a recognition survey questionnaire question table TB7-2, and a recognition survey questionnaire question answer table TB-3.

  The recognition survey questionnaire distribution setting table TB7-1 has items of distribution action ID, answer deadline, answer limit number of people, and questionnaire explanation for each recognition survey questionnaire distribution setting ID. The recognition survey questionnaire question table TB7-2 includes a question Each ID includes a question content, an answer required flag, a display order, and a recognition survey questionnaire delivery setting ID. The recognition survey question answer table TB7-3 includes a question ID, an individual shareholder ID, an answer content, An answer date is provided. TB7-1, TB7-2, TB7-3 are associated with each other, the recognition survey questionnaire distribution setting table TB7-1 is associated with the distribution action 9 setting table TB2-1, and the recognition survey questionnaire question answer table TB7-3 is Associated with the individual shareholder table TB1-3.

  As shown in FIG. 14, the action contract table group TB8 has an individual action contract table TB8-1. This table includes a user sequence number, a distribution action type ID, and a contract start year for each individual action contract ID. It has a date and a contract end date. The individual action contract table TB8-1 is associated with the distribution action type master table TB2-4 and the distribution action type ID.

  As shown in FIG. 15, the point exchange table group TB9 includes an exchange point master table TB9-1, a product master table TB9-2, a product image master table TB9-3, a point exchange log table TB9-4, It has a category master table TB9-5, a point range master table TB9-6, and a product category mapping table TB9-7.

  The exchange point master table TB9-1 has a security code, a product ID, and exchange points for each exchange point ID.

  The product master table TB9-2 has a product name, description, product classification, and display order for each product ID.

  The product image master table TB9-3 includes a product ID, an image bus, and an image type for each image ID.

  The point exchange log table TB9-4 has, for each log ID, an individual shareholder ID, a securities code, a product ID, an exchange point, and an application status.

  The merchandise category master table TB9-5 has a category name and a display order for each category ID.

  The point range master table TB9-6 has a security code, a minimum value, a maximum value, and a display order for each point range ID.

  The product category mapping table TB9-7 has a product ID and a category ID.

  The merchandise master table TB9-2 is associated with the merchandise image master table TB9-3 by the merchandise ID and also associated with the merchandise category mapping table TB9-7 by the merchandise ID.

  The individual investor user has one ID for the entire SR function in the “individual shareholder” table. The stockholding status of each company is managed by “individual shareholder company attributes”. Even if you own stocks of multiple companies, you can log in with a unified ID / password from the perspective of individuals. Further, in order to customize and manage the shareholder attribute for each company, it is stored in three tables (TB1-4 to 6) related to “individual shareholder company extended attribute”. The company can store search conditions for its own individual shareholders (including viewing members) (six tables related to “individual shareholder search conditions” (TB1-4 to 6, 11, 12, 14)). The company can perform actions on the shareholders using the stored search conditions. However, these actions can be performed only by contracted companies registered in the company-side shareholder information management server. Also, management can be performed in the “distribution action” table, and the publication start date and publication end date can be designated. Furthermore, it is possible to manage point exchange products. The entire product can be managed with the “product master”, and the exchange product can be customized for each contracted company with the “exchange point master”.

  Next, the operation of the shareholder management system according to this embodiment will be described with reference to display screens, transition diagrams, table configuration diagrams, and the like as appropriate.

  First, the member registration process will be described with reference to the sequence diagrams of FIGS. First, in the client terminal (browser) 11b, the contents of the CD-ROM are read by inserting the CD-ROM (1 in FIG. 16). For example, as shown in FIG. 23, a CD is enclosed in a shareholder communication, a CD sent to a shareholder is inserted into a PC, and a QR code or the like written on the enclosed medium is carried. Read by phone. Then, the CD authentication code is transmitted to the SR site server 1, and the SR site server 1 confirms the CD authentication code with the individual shareholder DB 7a (2.1 in FIG. 16). In the individual shareholder DB 7a, for example, the latest shareholder number in the individual shareholder company attribute table TB1-2 is acquired using the storage medium unique ID item of the storage medium log table TB1-1 as a key (2.2 in FIG. 16). This is returned to the SR site server 1 (2.2a), and an access number input screen is provided from the SR site server 1 to the client terminal 11b, and a screen as shown in FIG. 24 is displayed. Here, for example, the latest shareholder number (initially displayed) is displayed, and an interface for inputting a serial number (for example, written on a card enclosed in a CD package) is displayed.

  When the serial number is input (3 in FIG. 16), the serial number is transmitted to the SR site server 1. The SR site server 1 confirms the serial number against the individual shareholder DB 7a. At this time, the serial number of the storage medium log table TB1-1 is collated (3.1). If the verification is successful, the SR site server 1 requests the individual shareholder DB 7a to obtain pre-registered shareholder information, and the individual shareholder company attribute table which is a related table based on the data in the storage medium log table TB1-1. The SR site server 1 can acquire arbitrary items of the TB1-2 and the individual shareholder table TB1-3 from the individual shareholder DB 7a (3.2, 3.2a).

  The SR site server 1 returns a personal information input screen to the client terminal 11b. FIG. 25 is a diagram showing an example of a pattern for displaying personal information at the time of member shareholder registration. Basically, the CD-ROM is activated and the personal information is displayed as confirmed only when the shareholder number and the serial number all match (first line). The same applies to the case of the QR code (line 4).

  FIG. 26 is a diagram illustrating a display example of the personal information input screen. Here, since the name, name (furigana), and address are registered in advance, the user input items are, for example, an e-mail address and a telephone number, and the date of birth may be input. Here, when personal information is input (4 in FIG. 16), a formal check of personal information is performed (4.1 in FIG. 16), and then questionnaire information is acquired from the SR site server 1 to the individual shareholder DB 7a. A request is made (4.2 in FIG. 16), and data of the individual shareholder company extended attribute table TB1-4 and the individual shareholder extended attribute option table TB1-5 are stored using the securities code of the individual shareholder company attribute table TB1-2 as a key. get. Then, these questionnaire information data are returned to the SR site server 1. The SR site server 1 returns the questionnaire information input screen to the client terminal 11b, and displays the questionnaire input screen shown in FIG. 27 on the client terminal 11b. Here, you will be asked to fill out a questionnaire regarding shareholders. Questionnaire items include occupations, family composition, household annual income, investment history, investment amount, investment style, etc., as well as questions regarding the reason for purchasing shares, future expectations, and the visibility of server management companies.

  Then, as shown in FIG. 17, when there is an input regarding the questionnaire item from the client terminal 11b, this input is transmitted to the SR site server 1 (5 in FIG. 17). The SR site server 1 performs a questionnaire information format check (5.1) and transmits data for displaying a confirmation screen on the client terminal 11b (5.2).

  FIG. 28 is a diagram illustrating an example of an input confirmation screen for personal information and a questionnaire and a screen for notifying completion. As shown in FIG. 28, on the confirmation screen for input content, input personal data, answer data regarding questions to shareholders, questionnaire data, and the like are displayed, and buttons for prompting registration after confirmation are displayed. When this button is pressed, input confirmation data is transmitted from the client terminal 11b to the SR site server 1 (6 in FIG. 17), and the input information is registered from the SR site server 1 to the individual shareholder DB (FIG. 17, FIG. 17). 6.1). At this time, the data up to sequence 4 of FIG. 16 in the individual shareholder table TB1-3, the individual shareholder company attribute table TB1-2, and the individual shareholder company extended attribute answer table TB1-6 are updated, and the time limit key table TB1-7 is updated. Register a temporary key for confirmation of registration. Then, a reply is made to the SR site server 1 (6.1a), and a received content display mail is sent to the client terminal (mail) 11a (6.2). At this time, the URL incorporating the temporary key created in 6.1 is inserted into the mail body and the mail is transmitted. FIG. 30 is a diagram illustrating an example of a mail with a URL for completing registration. Here, it is displayed that registration can be completed by accessing the URL. The URL link allows the user to access the URL.

  Further, a temporary registration completion screen is returned from the SR site server 1 to the client terminal 11b (6.3). As shown in FIG. 29, the confirmation mail is transmitted to the registered mail address. A message prompting you to register appears.

  When the user clicks on the URL on the screen shown in FIG. 30 while viewing these displays, the SR site server 1 receives it and sends data for confirming the user information to the individual shareholder DB 7a (6.2.1). .1) From the URL, extract the temporary key created in 6.1 above, search the time key table TB1-7, and acquire the items of the related individual shareholder table TB1-3. These items are returned to the SR site server 1 (6.2.1.1a). The SR site server 1 transmits a password setting screen to the client terminal 11b (6.2.1.2), and displays a login information registration screen shown in FIG. Here, an e-mail address is displayed, a field for inputting a password is displayed, and a button to be set after the password is input is displayed. Here, when the user inputs a password, the password is transmitted to the SR site server 1 (7), and the SR site server 1 registers the password in the shareholder DB 7a (7.1). Here, the password item of the individual shareholder table TB1-3 is updated. When the main site registration (7.2) is instructed from the SR site server 1, the member status item in the individual shareholder company attribute table TB1-2 is updated and returned to the SR server (7.2a). The site server 1 returns the screen after login to the client terminal 11a (7.3), and the screen after login is displayed.

  As a result, membership registration is successful. Registered as the above-mentioned primary member. FIG. 32 is a schematic diagram illustrating a screen transition example of the user action from the SR site server 1. As shown in FIG. 32, the entire login screen as the SR server is displayed. FIG. 33 is a diagram showing a display example of the login screen (U1-1). As shown in FIG. 33, on the login screen, a user ID and password input screen is displayed, and when the user inputs them, the user can log in (the login screen of FIG. 32). When login is performed, the shareholder community to which the user belongs is displayed (see FIG. 34). For example, a shareholder post, exercise of voting rights, point program, Q & A, current number of points, and other information (menu) are displayed in a menu.

  From here, it is also possible to transition to the additional shareholder registration screen. On the other hand, when a desired shareholder community is selected, a ●● shareholder community screen is displayed (U1-2). From here, it becomes a dedicated page for issuer companies. Here, if you proceed to the briefing session, questionnaire, and exercise of voting rights, which will be described later, you will proceed to the question / resolution screen (U2-1), then the question / resolution answer confirmation screen (U2-2), and the question / resolution answer completed Proceed to screen (2-3). Also, from the ●● Shareholder Community Screen (U1-2) to the Shareholder Post List Screen (U3-1), the Shareholder Post Details Screen (U) that allows IR news, video, convocation notice, dividend notice, and shareholder communication. Go to 3-2). Also, from the ●● Shareholder community screen (U1-2), if you proceed to the exchange product type selection screen (U4-1), you will see a list of exchange products (U4-2), details of exchange products (U4-3). Then, the process proceeds to confirmation of replacement product application (U4-4) and completion of replacement product application (U4-5) (details will be described later). In this way, when logging in, various actions can be selected and executed.

The detailed processing flow will be described below.
First, voting right setting / reply processing will be described (FIGS. 18 and 19).
As shown in FIGS. 18 and 19, in the voting right setting / reply processing of the proposals such as the general meeting of shareholders, first, if the user is registered as the above-mentioned member, the voting right can be exercised from this system. Here, the SR site server 1, the batch server 17, the individual shareholder DB 7a, the individual shareholder search condition DB 7c, the distribution action DB 7b, the IR-navi server 3, the company client terminal 15, and the shareholder client terminal (browser) 11a. And a shareholder client terminal (e-mail) 11b.

  Here, FIG. 43 is a screen transition diagram of the issuing business entity by IR-navi. As shown in FIG. 43, the issuer company person in charge logs in from the IR-navi top screen and transitions to the top screen after login. Here, when a menu is selected from the company client terminal 15 (1), the instruction is sent to the IR-navi server 3. Here, the IR-navi server 3 requests the individual shareholder search condition DB 7c to acquire the storage search condition (1.1). Using the securities code of the login company as a key, the data of the search condition storage table TB3-1 is acquired and returned to the IR-navi server 3 (1.1a). The IR-navi server 3 returns information on the action setting screen to the corporate client terminal 15 (1.2). Here, on the corporate client terminal 15, for example, a voting right exercise setting screen (FIG. 46B) is displayed, and the voting right line use proceedings are input to the IR-navi server 3 (2), where input checking is performed ( 2.1). Then, the input confirmation screen is returned from the IR-navi server 3 (2.2). Here, the corporate client terminal 15 displays a voting right exercise screen, and the corporate client terminal 15 instructs the IR-navi server 3 to confirm the input (3).

  Data storage is instructed from the IR-navi server 3 to the distribution action DB 7b (3.1). In response to this, data is newly registered in the distribution action setting table TB2-1, the search condition distribution destination table TB2-2, the voting right exercise distribution setting table TB6-1, and the proposal content table TB6-2. In response to this, a completion screen is returned from the IR-navi server 3 to the corporate client terminal 15 (3.2).

  Next, the batch server 17 having the information processing unit 17a and the communication unit 17b issues an open state questionnaire search instruction to the distribution action DB 7b, and searches for data for which voting rights can be exercised. When the regular batch is activated, the items in the distribution action setting table TB2-1 are searched under the following conditions (4). The conditions are that the scheduled delivery date and time is older than the batch activation time and that the delivery status is a delivery reservation. Next, mail delivery is started (5). At this time, the item of the distribution state of the data searched in the above 4 is updated during distribution. Next, the batch server 17 requests the individual shareholder search condition DB 7c to acquire search conditions (6). Here, 1) the search condition distribution destination table TB2-2 is searched by the distribution action ID item of the distribution action setting table TB2-1 acquired in 4 above, and the search condition ID item is acquired. 2) In order to acquire the data of the search condition storage table TB3-1 with the items acquired above and construct the search conditions, the search condition storage mapping table TB3-2, the individual shareholder range search condition table TB3-3, Data is acquired from the shareholder range search condition option table TB3-4, the individual shareholder range search condition storage mapping table TB3-5, and the extended attribute search condition storage mapping table TB3-6.

  Next, the batch server 17 instructs the individual shareholder DB 7a to acquire a delivery destination member (7). Here, the individual shareholder table TB1-3, the individual shareholder company attribute table TB1-2, and the individual shareholder company extended attribute answer table TB1-6 are searched under the above search conditions 5, and the individual shareholder table TB1 of the corresponding data is retrieved. -3 personal shareholder ID, PC mail address, mobile mail address, surname, first name items, etc. are acquired.

  In the above state, the batch server 17 sends an email (notification that voting rights can be exercised) to the shareholder client terminal (email) 11b (8). The batch server 17 records a distribution log in the distribution action DB 7c (9). Here, the distribution action ID acquired in the above 4 and the individual shareholder ID acquired in the above 7 are used as an individual shareholder distribution action ID. Data is transmitted to the table TB2-3. Further, the batch server 17 sends a mail delivery completion (10). The distribution action DB 7b sends a mail distribution completion notification to the distribution action DB 7c (10). Here, the distribution status item searched in 4 above is updated to “distributed”.

  The shareholder client terminal (e-mail) 11b clicks the URL of the e-mail to the SR site server 1 (11), checks the login here (11.1), and the SR site server 1 sends to the distribution action DB 7b. Then, a voting right exercise information acquisition request is made (11.2). Here, 1) The individual shareholder distribution action log table TB2-3 is searched using the logged-in individual shareholder data (individual shareholder ID) as a key, and data is acquired. 2) The distribution action table TB-2, the voting right exercise distribution table TB6-1, and the proposal content data table TB6-2 are acquired using the distribution action ID which is the data item of 1) as a key.

  On the other hand, the SR site server 1 returns the voting rights exercise screen to the shareholder client terminal (browser) 11a (11.3), displays the screen as shown in FIG. 35, and exercises the voting rights from the screen as shown in FIG. (12). As shown in FIG. 35, for example, the exercise of voting rights at the X-year financial results briefing session is displayed, and the contents, proposals for and against the proposals from proposal 1 to proposal n, and the transition to the confirmation screen And a button.

The SR site server 1 performs input check, and a confirmation screen is returned from the SR site server 1 to the shareholder client terminal 11a (12.2, FIG. 36). The shareholder client terminal 11a requests the SR site server 1 to confirm the exercise (13), and the SR site server 1 requests the distribution action DB 7b to store data (13.1). Here, the result of exercising voting rights entered in the proposal response table is registered (TB6-3). The SR site server 1 returns a voting right exercise completion screen to the shareholder client terminal (browser) 11a (13.2, FIG. 37).
This is the end of the voting process.

  Next, the point exchange process will be described with reference to FIGS. First, when the client terminal 11a is logged into the system and sends a menu selection instruction to the SR site server 1 (1), the SR site server 1 returns a product type selection screen (1.1). Here, the point exchange product type selection screen shown in FIG. 38 is displayed on the client terminal 11a. Here, explanation of point exchange is displayed. For example, there are selection buttons such as an option for exchanging with a product of a company holding stock, an option for exchanging with another product, an exchange with a distribution point, and a donation.

  When selection by the selection button is made, the selection is sent to the SR site server 1 (2), and a product summary acquisition request is sent to the point exchange DB 7d (2.1). Here, the exchange point master table TB9-1, product master table TB9-2, product image master table using the securities code of the target company of the shareholder club site and the product type (product category) selected in 1.1 above as keys. TB9-3 is acquired.

  The SR site server 1 returns the product list screen to the client terminal (browser) 11a (2.2) and displays the point exchange product list screen. FIG. 39 is a diagram showing an example of the point exchange product list screen. In FIG. 39, the introduction of point exchange products, the number of points currently held, and a link for displaying recommended products for each number of points are displayed. Recommended (recommended) products include TVs, digital cameras, various trips, etc. Presents are available. Here, when a product is selected (3), the SR site server 1 makes a product information acquisition request to the point exchange DB 7d (3.1). At this time, data is acquired from the product master table TB9-2 using the product ID of the selected product as a key. When this data is returned, the SR site server 1 returns the product detail screen to the client terminal 11a (3.2). Here, a product detail screen (FIG. 40) is displayed on the client terminal 11a. In FIG. 40, a detailed description of the point exchange product is displayed. The user can use this index as an index for deciding which product to select. From here, you can move to the confirmation screen. When the product is applied to the SR site server 1 by confirmation (4), the SR site server 1 performs input check (4.1), and requests the individual stockholder DB 7a to acquire the point balance (4.2). Here, the data item of the individual shareholder company attribute table TB1-2 of the login user and the number of owned points are acquired (4.2). When this is returned, the SR site server 1 checks the point balance (4.3), and the SR site server 1 returns a confirmation screen to the client terminal 11a (4.4). Here, the point exchange product application confirmation screen (FIG. 41) is displayed, and the product name, the required number of points, the delivery destination, the delivery schedule, and the like are displayed. On the confirmation screen, the balance is checked. When a confirmation (decision) button is pressed on this screen (5), the SR site server 1 instructs the point exchange DB 7d to register application information (5.1), and further allocates used points (5.2). ). Here, the point exchange log table TB9-4 is newly registered, and the number of owned points in the individual shareholder company attribute table TB1-2 is recalculated and updated. Furthermore, the SR site server 1 returns a completion screen to the client terminal 11a (5.3), and a point exchange completion screen is displayed (see FIG. 42). Here, a notice that the product has been sent and the number of remaining points are displayed.

  This completes the point exchange process. By exchanging these points, the shareholder can obtain a desired product using the acquired points and can obtain an incentive to use this system. In addition, for example, by having a shareholder use the company's product etc. by exchanging points, the company can be more attached to the company, and can promote long-term holding of stocks. In addition, when exchanging points of an in-house product, it may be possible to obtain a more expensive in-house product by increasing the exchange ratio so as to be more advantageous, or by issuing an in-house product coupon. Furthermore, the incentive for shareholders to hold for a long term may be increased by increasing the point grant ratio cumulatively according to the number of years of stock holding.

  In addition, by associating which attributes of shareholders and what products are exchanged for points, the relationship between shareholder attributes and product preferences can be obtained as data. It can be used as an index for maintenance. Further, since accumulated data such as product preferences and the number of years of stock ownership can be obtained based on the attribute of a company's stock, it is possible to obtain an index for marketing of its own product.

  FIG. 22 is a sequence diagram showing a flow of shareholder information search / browsing processing. FIG. 43 is a screen transition diagram of the issuing business entity by IR-navi. As shown in FIG. 43, login is performed from the IR-navi top screen, and a transition is made to the top screen after login. Here, the company client terminal (browser) 15 transmits the menu selection (1) to the SR site server 1. As shown in FIG. 43, there are an individual shareholder search 1-1, a search condition list 2-1, an individual shareholder action setting screen display 4-1, a distribution result list screen display 5-1, and the like. Here, for example, when the shareholder information search menu is selected, a shareholder information summary request is made from the SR site server 1 to the individual shareholder DB 7a (1.1), and the individual shareholder company is set using the securities code of the login company as a key. The attribute table TB1-2 and the individual shareholder table TB1-3 are searched to obtain summary information (number of shareholders, the number of people by attribute distribution such as age, etc.). This is returned to the SR site server 1, and the SR site server 1 returns a shareholder information search screen to the company client terminal (browser) 15 (1.2). Here, a shareholder search screen display as shown in FIG. 44 is displayed. In the individual shareholder search display, the conditions can be narrowed down by member attributes. For example, the distribution of investment history, investment amount, age, etc., investment style, occupation, residence, etc. are shown in a pie chart. Based on this, it is possible to narrow down by member attribute.

  When the company client terminal (browser) 15 inputs a search condition (2), the SR site server 1 makes a shareholder search in the individual shareholder DB 7a (2.1). Here, the individual shareholder company attribute table TB1-2, the individual shareholder table TB1-3, and the individual shareholder company extended attribute answer table TB1-6 are searched using the securities code of the login company and the input search condition as a key. Get only the count. This is returned to the SR site server 1, and the SR site server 1 returns the number of searches to the company client terminal (browser) 15 (2.2). Thus, a display screen as shown in FIG. 44 can be obtained.

  When the company client terminal (browser) 15 requests the SR site server 1 to confirm the name list (3), the SR site server 1 requests the individual shareholder DB 7a to search for shareholder information (3.1). Here, based on the search conditions searched in 2.1, the individual shareholder company attribute table TB1-3 and the individual shareholder table TB1-2 are searched (3.1), data is acquired, and this is stored in the SR site server 1 Return to (3.2).

  The SR site server 1 returns the list list screen to the corporate client terminal (browser) 15 (3.2), and displays the individual shareholder list screen as shown in FIG. FIG. 45 is an example of an individual shareholder list, showing shareholder number, name, residence, gender, age, occupation, family composition, household annual income, investment amount, investment style, investment amount, number of shares held, number of months held, etc. You can know for each shareholder number. You can also get the details of the owner of the private field.

  46A and 46B are diagrams showing an example of a screen display for action billing. Various items related to distribution to shareholders, such as distribution destination, e-mail address, message, SR news details, release start date, release end date, proposal contents, proposal contents, etc. are arbitrarily input and distributed to a predetermined user. I can do it.

  47A to 47E are diagrams showing examples of confirmation screens for distribution results. A distribution result list 5-1, a distributed content confirmation display 5-2, and a distribution destination shareholder list 5-3 are displayed, and shareholders can be arbitrarily selected from the distribution destination shareholder list 5-3 according to conditions such as household income. it can. In addition, a mechanism for sending a reminder email to shareholders once sent can be established by setting delivery schedule items. Further, as shown in FIG. 47D, the condition narrowing (plan 3-3) can be performed on the company side, and the mail transmission result can be confirmed on the company side as illustrated in FIG. 47E (plan 4-1).

  FIG. 48 is a diagram illustrating a screen transition example on the administrator side. As shown in FIG. 48, when logging in from the administrator login screen, the administrator top screen is displayed, and a menu for each contracted company is displayed. Here, as shown in FIG. 49, a shareholder search and search result list screen (tube 1-1) is displayed. Then, an input of a search condition for shareholders and a search start button are displayed. When the search is executed, the search result can be displayed as shown in the figure below. Furthermore, as shown in FIG. 50, when the shareholder detail screen is displayed, it is possible to view details of shareholder information and shareholder company attributes as described above. Here, information on the state of the CD is also displayed.

  Furthermore, as shown in FIG. 51, when the shareholder editing screen is displayed, operations such as changing or updating shareholder information are possible. Although this operation can be performed manually, it can be automatically edited with reference to the latest information of the various tables as described above. Therefore, editing can be performed automatically and the latest information can always be viewed in FIG.

As described above, according to the present embodiment, it is possible to promote and activate IR activities for individual investors, and to reduce costs of IR activities for corporate individual investors.
Moreover, it becomes easy to acquire a new customer by providing a new function.

DB management of individual shareholders of each company becomes easy, list display of individual shareholder list, various sort processing, targeting of individual shareholders, targeting condition storage processing, IR action execution to individual shareholders (IR news distribution, video distribution, explanation) Meeting guide, questionnaire, convening notice, etc.) processing and voting rights exercise processing can be easily executed by digital system.
It also greatly contributes to the management of individual shareholders and the automation of information updates.

(Summary of the first embodiment)
(Digitalization of processing: disk sending)
According to one aspect of the present invention, an individual shareholder client terminal, an individual shareholder management server connected to the individual shareholder client terminal via a network, and a database group including an individual shareholder database connected to the individual shareholder management server, The individual shareholder database includes an individual shareholder table having an attribute of individual shareholder for each unique individual shareholder ID and an individual shareholder and share for each individual shareholder company attribute ID. An individual shareholder company attribute table that associates the relationship with the issuing company with the individual shareholder ID, a stock code that is the ID of the stock certificate, and the latest shareholder number, and is sent (mailed) to the individual shareholder. For each storage medium log ID that identifies the storage medium, the individual shareholder company attribute ID, the storage medium unique ID, and the recording medium And a storage medium log table for managing the contents and provision status of the storage medium, and further processing information search / verification of the data in the database group. The information processing unit collates the storage medium unique ID obtained when the storage medium is read by the individual shareholder client terminal with the storage medium unique ID in the storage medium log table, Acquire the individual shareholder company attribute ID corresponding to the collated storage medium log ID of the storage medium log table, and search the individual shareholder company attribute table using the individual shareholder company attribute ID as a key to obtain the latest shareholder number Provided to client terminals owned by individual shareholders, and in response to the return of the serial number, An individual shareholder management apparatus characterized by collating with a serial number in a medium log table and obtaining data in the individual shareholder company attribute table associated with the individual shareholder company attribute ID on condition that the serial number matches Provided.

  By the above processing, the storage medium sent (mailed) to the individual shareholders is used as a key, and the serial number of the storage medium log table is checked. By obtaining the data in the individual shareholder company attribute table, it is possible to obtain the correspondence between the company attributes of the individual shareholder, particularly the individual shareholder ID and the securities code.

(Digitalization of processing: Addition of contact items for individual shareholder information by obtaining e-mail address)
The information processing unit, on the client terminal, based on data of the acquired individual shareholder company attribute table associated with the acquired individual shareholder company attribute ID and the individual shareholder company attribute table associated with the individual shareholder company attribute ID Data for displaying a personal information input screen, which is obtained by searching and acquiring the personal shareholder table for input screen display data including an input field for inputting an e-mail address. And an e-mail address inputted from the input screen display is stored in the individual shareholder table.

  Through the above process, the email address of the individual shareholder can be acquired and stored as individual shareholder information.

  As a result, the individual shareholder table can be created by acquiring the email address of the individual shareholder as a key for performing various data and exchanges. Accordingly, the management and processing can be digitized based on the individual shareholder table. Subsequent processing can be digital processing by e-mail or the like.

(Login screen creation process)
When the information processing unit stores the e-mail address, the information processing unit registers a temporary key for user registration confirmation in a time key table in which the individual shareholder ID of the individual shareholder table is stored together with a time key. An email including a URL in which the temporary key is embedded is transmitted to the client terminal, the URL is prompted for reference, the temporary key is extracted from the URL according to the URL reference, and based on the time key Searching the timed key table to extract an individual shareholder ID, searching the individual shareholder table based on the individual shareholder ID, and extracting user information to obtain data for creating a login screen It is characterized by.

(Voting rights setting / reply processing)
The present invention also provides an individual shareholder client terminal, an individual shareholder management server network-connected to the individual shareholder client terminal, an individual shareholder database and distribution action database connected to the individual shareholder management server, and an individual shareholder search condition An individual shareholder management apparatus having a database group including a database, a distribution action database, and a voting right exercise database, wherein the individual shareholder database is a unique shareholder ID for each unique shareholder ID. For each individual shareholder company attribute ID, an individual shareholder ID for associating the relationship between the individual shareholder and the stock issuing company with the individual shareholder ID, a securities code that is an ID of the stock certificate, and the latest At least a shareholder number and an individual shareholder company attribute table having In addition, the information processing unit further includes an information processing unit that searches and collates data in the database group, and the information processing unit performs a delivery action item setting for each delivery action ID in the delivery action database. The search condition storage ID item specified by the distribution action ID in the action setting table is acquired from the search condition distribution destination table having the distribution action ID and the search condition storage ID, and stored using the search condition storage ID as a key. A search condition storage table having a search condition item for each condition storage ID is searched, and a search condition storage comprising a search condition storage ID and an individual shareholder attribute ID is constructed based on the search condition storage ID in order to construct a search condition. Search conditions for individual shareholders for each mapping table and individual shareholder range search condition ID Individual shareholder range search condition table, individual shareholder range search condition ID for each individual shareholder range search condition option ID, and individual shareholder range search condition option table including option name, search condition storage ID, and individual shareholder range Each search condition is acquired from the individual shareholder range search condition storage mapping table including the search condition option ID, and the extended attribute search condition storage mapping table including the search condition storage ID and the individual shareholder extended attribute option ID. In addition, based on the acquired respective search conditions, the individual shareholder company extension including the individual shareholder table, the individual shareholder company attribute table, the individual shareholder company attribute ID and the individual shareholder extended attribute option ID Attribute response table, the individual shareholder ID of the individual shareholder table of the corresponding data, the individual The distribution member is acquired by acquiring the mail address of the shareholder client terminal, and in the distribution action database, the distribution reservation time of the distribution action table is set to be older than the start date and time of the process. Based on the distribution action ID obtained by the search and the individual shareholder ID acquired in the distribution member acquisition process, the individual shareholder including the distribution action ID, the individual shareholder ID, and the distribution status for each log ID Data is registered in the distribution action log table, and in the voting right exercise database, the voting right for the individual shareholder client terminal transmitted based on the acquired e-mail address of the individual shareholder client terminal can be exercised. Individuals logged in according to email replies and logins Using the main data (individual shareholder ID) as a key, search the individual shareholder distribution action log table to obtain data, and use the distribution action ID as the data as a key, the distribution action setting table, voting rights exercise distribution setting The voting rights exercise distribution setting table including the distribution action ID for each ID, and the voting content table data including the voting right exercise distribution setting ID and the agenda content for each proposal ID are acquired, and the voting rights are transmitted to the individual shareholder client terminal. An individual shareholder management apparatus characterized by sending data for displaying an exercise screen and prompting a reply.

(Point exchange)
The present invention also provides an individual shareholder client terminal, an individual shareholder management server network-connected to the individual shareholder client terminal, an individual shareholder database and distribution action database connected to the individual shareholder management server, and an individual shareholder search condition An individual shareholder management apparatus having a database group including a database and a point exchange database, wherein the individual shareholder database has an individual shareholder attribute for each unique shareholder ID for each individual shareholder An individual having a table, an individual shareholder ID for associating a relationship between the individual shareholder and the stock issuing company for each individual shareholder company attribute ID by the individual shareholder ID, a securities code which is an ID of the stock certificate, and a latest shareholder number A shareholder company attribute table, and the database group An information processing unit for searching and collating data, wherein the information processing unit receives a product type (product category) returned in response to a menu selection from the individual shareholder client terminal, and receives a security code An exchange point master table having a security code for each exchange point ID, an item ID, and an exchange point in the point exchange database, using an item type (product category) corresponding to the menu selection as a key, Data is acquired from a product master table storing product display contents including product names for each ID, and the data for displaying the point exchange product screen is sent to the individual shareholder client terminal for product selection. In response to an operation, a product ID is received, and a product ID that identifies the product is used as a search key, and the product master table, The data is acquired from the exchange point master table, the data for displaying the details of the selected product on the client terminal is sent, the selection confirmation is received, and the number of owned points in the individual shareholder company attribute table of the client terminal (Balance) is acquired, and it is determined whether or not exchange is possible by comparing with the selected product and points, and points having individual shareholder IDs and exchange points for each log ID in the point exchange database In the exchange log table, the exchange point specified by the individual shareholder ID and the application status are newly written, and the new ownership point associated with the point exchange is recalculated to update the number of owned points in the individual shareholder company attribute table. It is an individual shareholder management device characterized by.

(Search and browse shareholder information)
The present invention also provides an individual shareholder client terminal, an individual shareholder management server network-connected to the individual shareholder client terminal, an individual shareholder database and distribution action database connected to the individual shareholder management server, and an individual shareholder search condition An individual shareholder management apparatus comprising: a database group comprising: a database group including: a personal shareholder table having an individual shareholder attribute for each unique shareholder ID; An individual shareholder company attribute table having an individual shareholder ID for associating a relationship between an individual shareholder and a stock issuing company for each company attribute ID by the individual shareholder ID, a stock code that is an ID of a stock security, and a latest shareholder number; , And further, processing for searching and collating data in the database group When an acquisition of shareholder information is requested by logging in from a company client terminal, the individual shareholder company attribute table and the same are used as a search key of the company securities code of the company client terminal. The personal shareholder table is searched through the personal shareholder attribute information, and the enterprise client terminal is prompted to input search conditions related to the personal shareholder attribute based on the returned shareholder attribute information. In the individual shareholder database, based on the securities code of the login company and the input search condition, the individual shareholder company attribute table, the individual shareholder table, the individual shareholder company attribute ID, and the individual shareholder extended attribute The individual shareholder company extended attribute answer table including option IDs is searched, and only the number of searches is obtained. Reply to an individual shareholders management apparatus characterized by creating a statistical data.

  Further, based on the statistical data, the search condition is registered in the individual shareholder company attribute table and the individual shareholder table as an individual shareholder search condition, and the registration is performed in response to a shareholder information search request from the company client terminal. The retrieved personal shareholder company attribute table and the individual shareholder table are searched to obtain data, and a personal shareholder list created based on the data is returned to the company client terminal.

  According to another aspect of the present invention, an individual shareholder client terminal, an individual shareholder management server connected to the individual shareholder client terminal via a network, and a database group including an individual shareholder database connected to the individual shareholder management server, An individual shareholder management method using an individual shareholder management apparatus having an individual shareholder database having an individual shareholder attribute for each unique shareholder ID and an individual shareholder company attribute An individual shareholder company attribute table having an individual shareholder ID for associating a relationship between an individual shareholder and a stock issuing company for each ID by the individual shareholder ID, a stock code which is an ID of a stock security, and a latest shareholder number; For each storage medium log ID specifying a storage medium sent (mailed) to a shareholder, the individual shareholder company attribute ID and the storage medium A storage medium log table having a unique ID and a serial number enclosed with the recording medium, and managing the contents and provision status of the storage medium, and further comprising: An individual shareholder management method using an individual shareholder management apparatus having an information processing unit for performing verification processing, wherein the storage medium unique ID obtained when the storage medium is read and the storage medium log in the information processing unit Collating the storage medium unique ID in the table to obtain the individual shareholder company attribute ID of the storage medium log table; and searching the individual shareholder company attribute table using the individual shareholder company attribute ID as a key Obtaining the latest shareholder number and providing it to the client terminal owned by the individual shareholder. In response to the reply of the number, the data in the individual shareholder company attribute table associated with the individual shareholder company attribute ID is obtained on the condition that the serial number of the storage medium log table is matched and the serial number matches There is provided a method for managing individual shareholders.

  The present invention may be a program for causing a computer to execute the individual shareholder management method described above, or a computer-readable recording medium for recording the program.

(Second Embodiment)
Next, a voting rights exercise result collection system and a voting rights exercise result collection method according to the second embodiment of the present invention will be described in detail. The exercise of voting rights has been described in the above embodiment with reference to FIGS. 11, 12, 18, 18 and 35 to 37. In the first embodiment, the example in which member registration is mainly performed using a mailed CD-ROM as a medium has been described. However, member registration (first member registration) can be performed by a general method. Needless to say, for example, it may be a member registration method by inputting a shareholder number from the home page provided by the SR site server 1 (example in which the serial number is not input in FIG. 25) or exchanging e-mails.

By the way, since the notice of convocation of the general meeting of shareholders is the exclusive business of the trust bank which is the shareholder registry administrator, it is necessary to send it to the shareholders in the name of “(issued company name) + (shareholder registry administrator)”.
The voting rights exercise result collection system and voting rights exercise result collection method according to the present embodiment can inherit the system configuration, data structure, and the like described in the first embodiment. Needless to say, the various techniques in the present embodiment can be implemented both in the case of using the technique described in the first embodiment and in the case of using an alternative technique thereof.

(Example of overall configuration of the voting rights exercise result collection system)
FIG. 52A is a functional block diagram showing an example of the overall configuration of the voting rights exercise result collection system according to this embodiment, which can be explained in correspondence with each server according to the first embodiment such as FIG. it can. FIG. 52B is a flowchart showing the flow of processing indicated by (1) to (20) in FIG. 52A. Further, the processing content may be the same as in the first embodiment. FIG. 52C is a diagram schematically illustrating an ID linkage technique between the SR site server and the relay server according to the present embodiment, and FIG. 52D is a diagram illustrating a process flow of FIG. 52C.

  As shown in FIG. 52A, the voting rights exercise result collection system according to the present embodiment includes an information processing support server X, a shareholder client terminal 11, a share issuer company server 31 of a company that issues shares, and a shareholder list management. A trust bank server (shareholder list administrator server) 41, which is a person, and a relay server 51 having a mail receiving service (MyPost) 51a on the Internet provided by Japan Post, for example.

  The Japan Post MyPost 51a (including the storage device) provided in the relay server 51 is a sender (company) selected in advance for a user who has been registered in advance (second member registration different from the first member registration). , Local governments, etc.) and only information from unselected senders. The received information is uploaded on the Internet, so you can refer to it from anywhere. The received information can also be stored.

  The information processing support server X includes an SR site server 1 (for example, premium preferential club (registered trademark) operated by the applicant) and a company shareholder information management server 3 (for example, ir Navi (registered trademark) operated by the applicant). Are linked to each other, and the data held by each of the DBs 7a-7d and the like can be referred to via the DB server 5. The SR site server 1 is provided with a shareholder post 1x, and is linked to the MyPost 51a of the Japan Post relay server 51. The DBs 7a-7d and the like include individual shareholder attribute information (individual shareholder table TB1-3) as shown in FIGS. 6 and 7, and information related to registered individual shareholder shares (individual shareholder company attribute table TB1-2). ), A distribution action table TB2 including information for performing an action such as transmission of an e-mail, tables (TB1-8 to 10, TB9) relating to point management, a voting right exercise table TB6, and the like.

(1) to (20) shown in FIG. 52A and FIG. 52B are codes for specifying the contents of the process, and the respective codes indicate the following processes.
(1) Provision of a shareholder list from the trust bank server 41 to the stock issuer company server 31 (2) Provision of a shareholder list from the share issuer company server 31 to the SR site server 1 (3) From the share issuer company server 31 Contribution of incentives to the SR site server 1 (consideration, for example, points, bit coins, etc.) (4) Temporary member registration from the shareholder client terminal 11 to the SR site server 1 At this stage, the SR from the shareholder client terminal 11 wishing to register The site server 1 transmits the shareholder's shareholder number and, for example, a postal code as a pair. Instead of the zip code, other attributes of the shareholder may be used.
(5) The SR site server 1 compares the shareholder list received in (2) with the member registration information for which provisional registration was applied in (4).

(6) When the collation result matches in (5), a temporary registration completion mail is sent to the shareholder client terminal 11.
(7) When there is an application for main registration from the shareholder client terminal 11 to the SR site server 1, main registration (first registration) is performed.
(8) Giving points to the registered shareholder client terminal 11 provides an incentive to increase the number of registered shareholders.
(9) Link the shareholder data between the SR site server 1 and the company-side shareholder information management server 3. Specifically, the shareholder data having the same ID such as the shareholder DBs 7a to 7d are linked so that they can be used in common.
(10) The database of member shareholders can be constructed by the processing of (9).

(11) The stock issuer company server 31 transmits (sends) a letter for shareholders to the company-side shareholder information management server 3.
(12) The company-side shareholder information management server 3 that cooperates with the SR site server 1 registers various contact letter forms for shareholders in the relay server 51. In addition to statutory documents (convocation notices / exercise of voting rights / calculation documents), non-statutory documents are also included in various contact letter forms for shareholders.
(13) The relay server 51 distributes various contact letter forms for shareholders to the shareholder client terminal 11.
(14) The shareholder client terminal 11 browses various contact letter forms for shareholders on the platform on the SR site server 1 and makes a vote using, for example, the user interface of the electronic voting right exercise reply form provided from the SR site server 1 You can exercise your rights.
(15) Link the voting rights exercise result data between the SR site server 1 and the relay server 51.

(16) The voting rights exercise result data is accumulated in the relay server 51 by the processing of (15).
(17) The trust bank server 41 acquires voting rights exercise result data accumulated in the relay server 51.
(18) The trust bank server 41 can aggregate the collected voting rights exercise result data and obtain the results.
(19) The trust bank server 41 can notify the stock issuer company server 31 of the accumulation result.
(20) The SR site server 1 makes arrangements for sending a shareholder-preferred product or the like according to the points to the shareholder client terminal 11 in response to a request.

  Through the above processing, the result of exercising voting rights from the shareholder client terminal can be collected smoothly and accurately. Also, incentives regarding membership registration and voting can be provided to the shareholder client terminal.

By the way, the member registration includes a first registration and a second registration.
FIG. 52C is a diagram showing a relationship between the first registered member first registered in the SR site server 1 and the second registered member registered in the Japan Post relay server 51 (Mypost 51a). FIG. 52D is a flowchart showing the flow of processing.
First, ID linkage processing between the first registered member list and the second registered member list is started (step S51: START). In step S52, the IDs and attributes of the first registered member and the second registered member are compared.

(Case 1)
If the first registered member's name (ID) and attributes (eg, address, postal code, email address, etc.) match those of the second registered member, the first registered member and the second registered member Are linked with the same ID (if step S53, yes in step S54, proceed to step S55).
(Case 2)
If there is no second registered member that matches the name (ID) and attribute (for example, address, postal code, e-mail address, etc.) of the first registered member, the second registered member information is stored in the second registered member information. It cooperates with a registered member (assuming a new registered member in Mypost) and cooperates with the same ID (in the case of yes in step S56, the process proceeds to step S57).
(Case 3)
If there is no first registered member that matches the name (ID) and attribute (for example, address, postal code, e-mail address, etc.) of the second registered member, cooperation is not performed (in the case of no in step S56).

  By continuing the above processing, the number of second registered members in the Japan Post relay server can be increased, so the system according to this embodiment is adopted for Japan Post that wants to increase the number of second registered members. It becomes an advantage when doing.

Hereinafter, a more detailed processing example will be described.
53 and 54 are diagrams for explaining more detailed processing of the electronic voting right collection scheme, and FIG. 53 is a diagram showing details of a method for delivering voting right exercise data. FIG. 54 is an image diagram showing a summary of a scheme for collecting electronic voting rights using MyPost of Japan Post. FIG. 5 is a sequence diagram showing processing among the SR site server 1, the trust bank server 41, the relay server 51, and the shareholder client terminal 11.
FIG. 55 to FIG. 60 are diagrams showing an example of a GUI (graphic user interface) relating to exercising voting rights provided to the shareholder client terminal 11 by the SR site server 1 and corresponding to FIG. 35 to FIG. .

First, the SR site server 1 sets an account for providing services on the computer and the network to the trust bank server 41 (S1).
Next, the SR site server 1 (more specifically, for example, the company-side shareholder information management server 3 linked with the SR site server 1) registers a voting right exercise form in the relay server 51 (S2).

  Next, the relay server 51 distributes, for example, an invitation form for exercising voting rights to the shareholder client terminal 11 (S3). In response, the SR site server 1 controls the display screen of the shareholder client terminal 11 (FIG. 55 (entrance), FIG. 56 (voting rights exercise input screen), FIG. 57 (status notification screen), FIG. 58 (input confirmation). Screen), FIG. 59 (result determination screen), and FIG. 60 (response completion report screen) to facilitate the response (operation) of the shareholder client terminal 11). Is displayed on the display screen (see the shareholder post button 101 and voting right exercise button 103 on the display screen of FIG. 55), and the input result in the form for exercising voting rights by the shareholder client terminal 11, that is, the result of exercising voting rights is relayed. It returns to the server 51 (S4). Each voting result is stored in the storage device of the relay server 51.

  The display screen will be described in detail. The SR site server 1 displays the display screen of the shareholder client terminal 11 as shown in FIG. Here, the convocation notice at the shareholder post (101) is received. Since the electronic voting rights exercise form and the voting rights exercise status are accumulated in the shareholder posts, the voting rights exercise status can be displayed on the display screen of the shareholder client terminal 11. When a reply button is pressed, the process proceeds to the corresponding voting right exercise process (103).

  As shown in FIG. 56, it is possible to refer to the content of the agenda that has been raised on the display screen of the shareholder client terminal 11. Then, by selecting either approval or disapproval of the proposal with a radio button displayed in correspondence with the contents of the proposal, the electronic voting right can be exercised quickly and easily.

As shown in FIG. 57, the title of the agenda for which voting rights can be exercised at present or in the past, the answer status, the answer button, and the like are displayed. Here, when a reply button is pressed, as shown in FIG. 58, the contents of voting rights exercises can be confirmed one by one. Then, after confirming the contents of each proposal for each proposal, the radio button as shown in FIG. 58 can be pressed to reproduce or oppose the proposal (all can be agreed). As shown in FIG. 59, when the final decision of the answer is made (the “decision button” is pressed), a screen for informing the completion of the answer is displayed as shown in FIG. And as the reward of this answer, the number of points given is displayed.
The contents of the exercise of voting rights exercised here are accumulated in the Mypost 51a of the Japan Post relay server 51, and the information can be acquired by the trust bank server 41. The trust bank server 41 counts the results.

  Through the above processing, in step S5, the trust bank server 41 accesses the relay server 51, and the voting result for each shareholder client terminal 11 specified by, for example, the terminal ID stored in the relay server 51 is displayed. It can be downloaded from the relay server 51. In step S6, the trust bank server 41 can totalize the voting results based on the downloaded data.

  54, in the electronic voting right collection system using MyPost Mypost, as described with reference to FIG. 53, the system is based on Mypost 51a operated by the Japan Post server 51 (relay server). Details of the configuration and processing contents will be described.

  As shown in FIG. 54, first, it is assumed that the trust bank server 41 and the Japan Post server (relay server) 51 are in cooperation. For example, as described above, the content of the alliance is information (here, the shareholder client terminal 11) from the sender (here, the shareholder client terminal 11) selected in advance with respect to the trust bank server 41 that is a user who is registered as a member in Mypost 51a in advance. (Voting results) can only be received, and information from unselected senders (shareholder client terminal 11) will not arrive. Since the received information is uploaded on the Internet, the received information can also be stored on the Internet.

  Since both the trust bank server 41 and the Japan Post server (relay server) 51 are servers operated by a highly public company, high reliability is ensured for the exchange of voting rights data.

  The SR site server 1 and the relay server 51 are ID-linked. As described above, the ID linkage indicates that registered members that are separately registered in both are linked by the same ID.

In the mechanism as described above, the following processing is executed.
1) Email for urging voting rights from Mypost 51a to stock client terminal 11 based on the data structure shown in FIGS. 8, 10A, and 10B and the sequences shown in FIGS. Etc. are transmitted (S3 in FIGS. 53 and 54).

2) On the display unit 11a of the stock client terminal 11, screens as shown in FIGS. 35 to 37 and FIGS. 55 to 60 are displayed, and the shareholder client performs operations such as touch input while viewing the displayed contents. By doing so, it is possible to reply to exercising voting rights (S4 in FIGS. 53 and 54). This answer is accumulated in the storage device of the Mypost 51a of the relay server 51.

3) The affiliated trust bank server 41 obtains and aggregates the voting rights response results from each shareholder client terminal 11 accumulated in the Mypost 51a and stored in the storage device in the process 2) above. Can do. For example, if the first proposal is counted as 1001 votes in favor and 502 votes against, the first proposal is in favor (S5 in FIG. 54). The same applies hereinafter.

4) The voting result is reported from the trust bank server 41 to the stock issuer company server 31 (S6 in FIG. 54).
As a result, a company having the stock issuer company server 31 can electronically and easily acquire the results of a term such as a general meeting of shareholders in a predetermined format called a report.
The voting results are obtained from the Japan Post's relay server 51 by the trust bank server 41, which is a list administrator, and aggregates the results, so that the possibility of falsification of the voting rights exercise results is maximized. And the reliability of the voting results can be increased.

5) The SR site server 1 gives valuable consideration such as points, bit coins, etc. to the shareholder client terminal 11 that has responded to the exercise of voting rights (S7 in FIG. 54). As a result, an incentive can be given to the answer to the voting right exercise from the shareholder client terminal 11.

  Therefore, the shareholder client terminal 11 has an advantage that the collection process of the electronic voting rights exercise result can be promoted from the viewpoints of both simplicity and ease of operation and provision of consideration such as points.

  In the above processing, the shareholder client terminal 11 can exercise voting rights on the platform in the SR site server 1. For the shareholder client, the voting right can be exercised simply by performing an operation of inputting into the voting right exercise input form provided from the SR site server 1 and displayed on the display unit 11a of the shareholder client terminal 11. At this time, since the shareholder client operating the shareholder client terminal 11 is a registered member in the SR site server 1, it is not necessary to input a shareholder number when exercising voting rights. Since it is only necessary to log in, a complicated operation is unnecessary.

  Therefore, for the shareholder client, confirmation of the voting right exercise and reply operation are performed while viewing the GUI provided from the SR site server 1 that is normally used and displayed on the display unit of the shareholder client terminal 11. There is an advantage that it can be performed and the operation is simple and easy to understand.

  Furthermore, the voting right answer results are actually collected by the above processing, that is, the trust bank server 41, which is the list administrator, collects and summarizes from the Japan Post relay server 51, and the SR site Since the server 1 does not include processing to receive or refer to the counting results stored in the MyPost 51a, the possibility of falsification of the voting rights exercise result can be reduced to the maximum, and the entire system Can give you a sense of security.

In the above-described embodiment, the configuration and the like illustrated in the accompanying drawings are not limited to these, and can be appropriately changed within a range in which the effect of the present invention is exhibited. In addition, various modifications can be made without departing from the scope of the object of the present invention.
For example, the relay server may be operated by other than Japan Post.

(Third embodiment)
Next, an explanation will be given in detail with respect to the shareholder benefit integration technology and voting right exercise technology using the common shareholder benefit coin according to the third embodiment of the present invention with reference to the drawings. The exercise of voting rights has been described in the above embodiment with reference to FIGS. 11, 12, 18, 18 and 35 to 37.

  In the first embodiment, the example in which member registration is mainly performed using a mailed CD-ROM as a medium has been described. However, member registration (first member registration) can be performed by a general method. Needless to say, for example, it may be a member registration method by inputting a shareholder number from the home page provided by the SR site server 1 (example in which the serial number is not input in FIG. 25) or exchanging e-mails.

In addition, the current shareholder benefits (also referred to as shareholder benefits by the “Premium Benefits Club” operated by the applicant, commonly referred to as the shareholder benefits system) are implemented at the company's own risk. Each has an independent mechanism. This is not an exception even for companies that offer shareholder benefits through the applicant's “Premium Benefit Club”.
However, there are many requests that individual investors want to add up “shareholder benefit points” issued by each company.

  Therefore, the inventor has newly devised a technology that uses “common shareholder special benefit coins” (“exemplarily WILLs Coin” or the like). Thereby, it can be set as the mechanism which can add up the shareholder special offer point issued and managed for each company which participates in a "premium special offer club" and issues shares.

  It should be noted that the name “common shareholder preferential coin” is not necessarily limited to “coin” and may be in any form such as points, coins, service tickets, and coupons as long as it can be used by individual shareholders. In other words, any form may be used as long as it can be used by individual shareholders as consideration for acquiring products or providing services.

Further, an identifier for identifying an individual shareholder in the “common shareholder special benefit (coin)” mechanism is defined as a common shareholder special benefit ID (also referred to as Wills ID, for example).
The common shareholder special benefit technology and voting right exercise technology based on the shareholder special benefit technology according to this embodiment are related to shareholder management technology using computer software, and in particular, the blockchain technology is used to increase confidentiality and tampering difficulty. It relates to the management technology of SR (individual shareholders).

  In the past, in order to participate in the voting at the general meeting of shareholders, the shareholders attended the general meeting and participated in the voting directly. However, if you are unable to participate in the general meeting of shareholders, shareholders can participate in the voting by mailing a vote (voting form) to the stock issuer in writing prior to the general meeting of shareholders.

  Conventionally, the management of shareholders such as stock issuers is generally performed by securities companies, trust banks, and the like. The trust bank receives information such as the address of the shareholders from the stock issuer company, and based on this, sends a proxy for the voting rights of the general meeting of shareholders by mail, receives the return of the proxy for the voting rights, and issues the shares It was offered to companies. Although it is possible to implement it using the voting rights exercise Web system, companies that issue shares will be charged separately, and access to the URL described in the power of attorney sent by mail and voting rights will be entered after each entry of shareholder information. It is a mechanism to implement and is very time-consuming for shareholders.

  Traditionally, the management of individual shareholders has been carried out by a trust bank. However, when a share issuer obtains shareholder information from a trust bank, it must be obtained by paper media, etc. Additional costs are incurred. Furthermore, the management data has not been digitized such as telephone numbers and e-mail addresses to be contacted.

  However, it is expensive to safely operate the voting rights exercise system by mail and the current electronic voting rights exercise system. In particular, there are many cases in which individual shareholders do not exercise their voting rights, but this situation is also undesirable for a stock company. If the management data is digitized, it will be easier to encourage individual shareholders to exercise their voting rights.

  Therefore, the present embodiment aims to promote the digitization of exchanges between stock issuers and individual shareholders. In addition, through digitalization, it is easy to become familiar with the company and provides a sense of solidarity between individual shareholders and companies that issue shares, thereby providing various mechanisms to encourage long-term stock ownership and become stable shareholders The purpose is to do.

Furthermore, the following elemental technologies have been devised.
1) A new voting system using blockchain technology as a safe and low-cost system.
2) Increase the chances of exercising voting rights by granting points, coins, etc. (consideration) to shareholders who have taken actions such as voting rights exercises, etc., using common shareholder-preferred coins using blockchain technology In addition, a system that gives a sense of solidarity between individual shareholders and companies.

Hereinafter, the shareholder management technique according to the present embodiment will be described in more detail with reference to the drawings.
FIG. 61 is a diagram showing a configuration example of the shareholder management system X according to the present embodiment. In addition to the configuration of the shareholder management system A shown in FIG. 1, the shareholder management system X includes a portal site server 200 for performing integrated management, a private block chain (PBC) 203, an individual shareholder SR site server 1, a company The side share information management server 3 and the DB server 5 are connected to the network.

  The portal site server 200 has a function for integrated management of individual shareholders, and serves as an interface server with the private block chain (PBC) 203, the individual shareholder SR site server 1, the company-side shareholder information management server 3, and the DB server 5. Also works. The portal site server 200 is a new management server provided in the same row as the individual shareholder SR site server 1 and the company-side shareholder information management server 3.

  The private block chain (PBC) has a configuration in which a plurality of, for example, four different PBC servers (1 to 4) 203a to 203d are connected to the network (NT).

  For example, the result of exercising voting rights is recorded on the private block chain (PBC) 203. In order to guarantee the authenticity of issuance and exercise of voting rights, the voting rights and exercise results are managed by a voting rights exercise management function provided in the portal site server 200 (interface server) using a known multi-sig function.

The private block chain (PBC) 203 stores, for example, the voting rights exercise results equally in the four PBC servers (1 to 4) 203a to 203d, and determines the storage contents by majority vote. Therefore, even if any PBC server is destroyed, data can be safely maintained. Furthermore, even if any of the PBC servers is tampered with, other PBC servers can retain the genuine stored contents, thus dramatically improving the tamper resistance (reliability) of the stored contents. I can.
In addition, individual shareholders who have exercised voting rights will be given compensation such as common shareholder-preferred coins in order to improve their motivation to exercise voting rights.

The conventional mechanism has the following three features. That is,
1) Build an “individual shareholder interface” for each listed stock issuer.
2) Issue and manage “shareholder benefit points” for each listed stock issuer (the listed stock issuer contributes the equivalent of the point cost).
3) Exercise, collect and manage voting rights for each listed stock issuer.
Therefore, preferential points issued by each listed stock issuer cannot be transferred to each other.

FIG. 62 is provided for each share issuing company in the portal site server 200 added to the individual shareholder SR site server 1 according to the present embodiment or a server that performs a part of the function, and in the individual shareholder SR site server 1. 3 is a diagram illustrating an example of the overall configuration including a company SR site (interface) 311 and a storage unit 331. FIG.
As described above, as a platform for using “common shareholder special benefit coins” (for example, “WILLsCoin”, etc.) in contrast to the current situation where shareholder special offer points are managed for each stock issuer company, Established a shareholder special benefit platform.

  As shown in FIG. 62, the company SR site (interface) 311 provided for each stock issuer is, for example, the SR site 313-1 of the A company, the SR site 313-2 of the B company, SR site 313-3, and so on. For example, the SR site 313-1 of Company A has a preferential treatment point management unit 313-1a and a voting right management unit 313-1b. As a result, the individual shareholder of Company A can exchange shareholder preferential points for preferential products, receive services, and make donations to those who wish. The same applies to Company B and Company C. However, the point of Company A has a problem that it cannot be directly exchanged with points of other companies such as Company B and Company C.

Therefore, the portal site server 200 (interface server) solves the problem by managing the members of the portal site, issuing and managing common shareholder special benefit coins.
That is, the SR site members of a plurality of companies can be integrated and managed with a common ID, and by providing a mechanism for exchanging preferential points issued by each company for common shareholder preferential coins, the preferential points of each company can be integrated and aggregated. .

For this purpose, the following processing units are provided.
1) Common shareholder preferential coin exchange application processing unit 2) Processing unit for performing membership registration processing for portal site server 200 (Wills Portal) 3) Integrated ID that does not require ID unique to portal site server 200 (Wills Portal) Grant processing section

As described above, by newly constructing a portal site of the portal site server 200 (Wills Portal), it is possible to issue common shareholder special benefit coins. As a result, the individual shareholder can exchange the “preferential point”, which has been conventionally issued and managed for each listed share issuer company, with the “common shareholder preferential coin”. Therefore, individual shareholders can add up and aggregate points. Of course, it is also the individual shareholder's freedom not to exchange common shareholder special benefit coins.
As a premise, in the conventional mechanism, the same individual shareholder (same person) has to have an ID of a premium preferential club site for each corporation. That is, shareholders of a plurality of companies are given IDs of premium preferential club sites that are different for each company.

In contrast, each individual shareholder is registered and enrolled in the portal site server 200 (Wills Portal) according to the present embodiment, whereby an integrated ID “Wills Portal” ID is issued, and each company's premium preferential points Can be combined and used.
For example, when a member of the premium preferential club site of Company A registers as a member of the “Wills Portal” site, a “Wills Portal” ID is issued. When you want to exchange points for Wills Coin on Company B's premium courtesy club site, you can enter your Wills Portal ID on the exchange application screen, etc. Is a mechanism for authenticating that they are the same.
Hereinafter, more specific embodiments will be described.

(About exercising voting rights)
First, voting technology will be explained.
FIG. 63 is a functional block diagram / sequence diagram illustrating a configuration example of a voting rights exercise result collection system according to this embodiment. FIG. 64 shows a data structure in which a new voting right management table TB6-4 is added to the table TB6 (TB6-1 to TB6-1-3) relating to voting right exercise described in the first embodiment.

  The voting right management table TB6-4 has a company code, a proposal ID, the number of voting rights, an individual shareholder ID, and an individual shareholder attribute ID with the common shareholder special benefit ID as a key. The proposal ID of TB6-4 is associated with the proposal ID of TB6-2.

  The system configuration may be basically the same as that shown in FIG. 61, including the stock issuer company server 31, the trust bank server 41, and the portal site server 200, and the processing procedure will be described below. As described above, since the voting rights are exercised for each company, the portal site server 200 is not used. On the other hand, the tamper resistance of data is improved using the block chain technology of FIG. The contents of each process will be described below.

(A) Presentation of proposal contents 1) The stock issuer company server 31 registers the proposal contents, such as a general meeting of shareholders, with the company client terminal 15 (101).
2) The company client terminal 15 passes the contents of the proposal to the company-side shareholder information management server 3 (102).
3) The company-side shareholder information management server 3 stores the contents of the proposal in the PBC server 203 via the PBC interface 201 (103).
4) The contents of the proposal stored in the PBC server 203 are sent to the individual shareholder SR site server 1 via the PBC interface 201 (104).
5) The individual shareholder SR site server 1 sends the contents of the proposal to the individual shareholder client terminal 11 (105).
6) The contents of the proposal are displayed on the display unit of the individual shareholder client terminal 11. Accordingly, the individual shareholder can know the contents of the proposal from the display unit of his / her individual shareholder client terminal (106).

(B) Exercise of voting rights 1) An individual shareholder refers to the contents of the proposal displayed on the display unit of the individual shareholder client terminal 11 and inputs voting rights (for example, presses a button on the display unit) (111) ).
2) The voting rights exercise result is sent from the individual shareholder client terminal 11 to the individual shareholder SR site server 1 (112).
3) The result of exercising voting rights is sent from the individual shareholder SR site server 1 to the PBC interface 201 (113).
4) The voting result is transmitted from the PBC interface 201 to the PBC server 203, and the voting result is stored in, for example, four servers (114).
5) The voting result is sent from the PBC server 203 to the PBC interface 201 (115).
6) The result of exercising voting rights is sent from the PBC interface 201 to the company-side shareholder information management server 3 (116).
7) The voting rights exercise result is sent from the company-side shareholder information management server 3 to the company client terminal 15 (117).
8) The voting rights exercise result is sent from the company client terminal 15 to the stock issuer company server 31, and the exercise result is displayed on the display unit of the stock issuer company server 31 (117b).

(C) Notification of the number of voting rights 1) The stock issuer company server 31 notifies the number of voting rights to the PBC server 203 via the PBC interface 201 (121, 122).
2) The PBC server 203 notifies the individual shareholder SR site server 1 of the number of voting rights via the PBC interface 201 (123).
3) The individual shareholder SR site server 1 sends the number of voting rights to the individual shareholder client terminal 11 (124), and the number of voting rights is displayed on the individual shareholder client terminal 11 (the individual shareholder views and refers to the display). (124, 125).

(D) Granting of Action Points 1) Action points for exercising voting rights are granted from the stock issuer company server 31 to the individual shareholder client terminal 11 via the PBC server 203.
Below, the description relevant to the said process is given.

2) Overall voting rights exercise result collection scheme According to this embodiment, the voting rights result collection technology using a relay server in the second embodiment (see Japanese Patent Application Nos. 2006-251467 and 2006-251449) It is not an exclusive relationship with the voting rights result collection technology, but a selective coexistence relationship. In other words, when viewed as a stock issuer company, there are two options for the collection method and collection scheme for the exercise of voting rights. The first option is a voting result collection method using “My Post” of Japan Post according to the second embodiment, and the other option is voting by blockchain technology according to the present embodiment. This is a method for collecting the results of exercise of rights and a voting rights exercise management system. The stock issuer company can collect the voting result by one of the above two options.

3) Processing from registration of proposal contents to display on individual shareholder client terminal The stock issuer company can register a proposal to be attached to the general meeting of shareholders in the company client terminal 15. The registered contents of the agenda are simultaneously recorded and stored in, for example, four servers constituting the PBC server 203 constituting the block chain via the company-side shareholder information management server 3 and the PBC interface server 201.
At the same time, the stock issuer company uploads a file describing or recording the number of shares held by the shareholders and the number of voting rights to the PBC interface 201 and records and saves the file together with the contents of the proposal in the PBC server 203.

  The contents of the proposal and the number of voting rights held by each shareholder recorded and stored in the PBC server 203 are sent to the individual shareholder client terminal 11 through the PBC interface 201 and the individual shareholder SR site server 1 and displayed on the display unit. It has become.

4) Processing until the trust bank views and verifies the voting rights exercise result of the individual shareholders The voting rights exercise results are recorded and stored in the PBC server 203 via the individual shareholders SR site server 1 and the PBC interface 201. The result of exercising voting rights recorded and stored in the PBC server 203 is the “secret key” distributed and held by the service provider (portal site server (Wills Portal)), the stock issuer company server 31 and the trust bank server 41. The system allows browsing / confirmation only when H1 to H3 match. The request for obtaining the “secret key” can be made independently by each subject, but can be made by any one subject. That is, if the stock issuing company can make a private key acquisition request to the trust bank and the service provider, the trust bank can also make a private key acquisition request to the stock issuing company and the service provider (H1). To H3).

5) Stock issuers can give action points to shareholders exercising their voting rights.
As described above, the exercise of voting rights of individual shareholders according to the present embodiment has high tamper resistance and confidentiality. Furthermore, it is possible to give action points to individual shareholders for exercising voting rights. With regard to this action point, as described later, it is possible to adopt a mechanism with high tamper resistance and confidentiality managed by the PBC server.

(Point management technology)
Next, the point management technique will be described.
FIG. 65 is a functional block diagram / sequence diagram illustrating a configuration example of a first shareholder management system that performs common shareholder special benefit according to the present embodiment. The system configuration example shown in FIG. 65 is basically the same as that shown in FIG. 61, and includes the stock issuer company server 31 and the trust bank server 41. The processing procedure will be described below.

A: First point management processing 1) The individual shareholder performs an operation for performing membership registration in the portal site server 200 (FIG. 61) operated by the service provider in the individual shareholder client terminal 11 (131).
2) The individual shareholder client terminal 11 provides application information to the individual shareholder SR site server 1 (132).
3) The individual shareholder SR site server 1 stores the application information in the PBC server 203 via the PBC interface 201 (133).
4) The PBC server 203 passes the application information to the company-side shareholder information management server 3 via the PBC interface 201 (134).
5) The company-side shareholder information management server 3 displays the application information on the company client terminal 15 (135).

B: ID allocation process 1) The company-side shareholder information management server 3 allocates a common shareholder special benefit ID corresponding to the above application and sends it to the PBC interface 201 (141).
2) The PBC interface 201 causes the PBC server 203 to store the common shareholder special benefit ID created by the company-side shareholder information management server 3 (142).
3) In response to the request, the PBC server 203 sends a common shareholder special benefit ID to the individual shareholder client terminal 11 via the individual shareholder SR site server 1 (143).
4) The individual shareholder client terminal 11 gives the common shareholder special benefit ID to the individual shareholder (144).

C: Point balance processing 1) The stock issuer company server 31 issues shareholder preferential points (151). The shareholder benefit point balance is sent to the PBC interface 201 (152).
2) The PBC interface 201 stores the point balance in the PBC server 203 (153).
3) The PBC server 203 sends the point balance to the individual shareholder SR site server 1 (154).
4) The individual shareholder SR site server 1 sends the point balance to be displayed on the individual shareholder client terminal 11 to the individual shareholder client terminal 11 (155).
5) The individual shareholder client terminal 11 can show the point balance display to the individual shareholder (156).

  As described above, in the first point management processing, since the points are concealed by the private block chain, a system that is resistant to tampering can be obtained.

D: Second Point Management Processing FIG. 66 is a sequence diagram showing the flow of processing in the second point management processing system, and FIG. 67 is a diagram showing a data configuration example used in that case.
As shown in FIG. 67, in the second point management technique processing, in addition to the configuration of TB9 of the first embodiment, a common shareholder special benefit coin management master table TB9-8 is provided.

  The common shareholder preferential coin management master table TB9-8 uses the common shareholder preferential coin newly given by the common platform as a key, common shareholder preferential coins, exchange points, exchange coins, cumulative coins, exchange date, It has an expiration date, transaction classification (acquisition route), and product ID, and the product ID is associated with the product ID of the exchange point master table TB9-1.

  The difference between the first point management process and the second point management process with reference to FIGS. 65 and 66 is that the second point management process includes a portal site server 200 operated by a service provider. The shareholder preferential issue point is given from the portal site server 200. Since the other processing procedures are the same (only the processing codes are changed), the detailed description is omitted.

  In the second point management process, the portal site server 200 operated by the service provider is provided, and the shareholder special issue point is given from the portal site server 200. Therefore, in the configuration shown in FIG. If you are an individual shareholder of multiple corporations, such as a shareholder of B Company, etc., on the condition of registration in the portal site server 200 that shares the points of multiple companies, The goods and services provided by the portal site server 200 can be received through the point sharing process and the common ID assignment. That is, the shareholder special benefit points paid out by each stock issuer company are aggregated starting from an ID newly assigned by the portal site server 200.

Therefore, the individual shareholder who wants to receive an exchange for a more expensive product with a higher exchange point or to provide a more expensive service can improve the usability of the held point. Therefore, the number of individual shareholders who want to register as a member can be increased.
Although not described in detail, points can be shared, but the case where the PBC is not used is also included in the present embodiment.

  FIG. 68 is a flowchart showing the flow of new member registration processing from the individual shareholder client terminal 11 to the portal site server 200. As shown in FIG. 68, when the process is started, if it is Yes depending on whether it is new registration from the individual shareholder client terminal 11 to the portal site server 200 in step S201, new registration is performed in step S202. At this time, it is preferable that the member is registered in the individual shareholder SR site server 1.

  FIG. 69 is a flowchart showing an example of conversion processing of points of each company into common shareholder special benefit coins. As shown in FIG. 69, when the process is started, each company point account is acquired in step S211, and each company point is multiplied by a coefficient in step S212 to be converted into a common shareholder special benefit coin, and the process ends. (End).

  FIG. 70 is a flowchart showing the flow of processing relating to the use of common shareholder special benefit coins. As shown in FIG. 70, when the process is started, if there is a point exchange request in step S221 (Yes), the process proceeds to step S222, and products / services exchangeable in the portal site server 200 by the common shareholder special benefit coins. Can be replaced. As a result, the process ends (End).

  As described above, according to the present embodiment, the use of blockchain technology makes it possible to digitize the management of individual shareholders and improve the difficulty of falsification. It becomes easy. In addition, by making it easier to become familiar with the company through computerization, point granting and product exchange, and creating a sense of solidarity between individual shareholders and companies that issue shares, we will promote long-term stock ownership and become a stable shareholder can do.

  In addition, a program for realizing the functions described in the present embodiment is recorded on a computer-readable recording medium, and the program recorded on the recording medium is read into a computer system and executed to execute processing of each unit. May be performed.

  The present invention can be used as a voting rights exercise result collection system.

A ... Shareholder management system, NT ... Network, 1 ... Individual shareholder SR site server, 1a ... Corporate information processing unit, 1b ... Information management unit, 1c ... PW management unit, 1d ... Communication unit, 3 ... Company share information management server 3a ... Shareholder Information Processing Unit, 3b ... Information Management Unit, 3c ... PW Management Unit, 3d ... Communication Unit, 5 ... DB Server, 5a ... Communication Unit, 5b ... DB Search Unit, 7a-7d ... Database (DB), 11 ... Individual shareholder client terminal, 11a ... display unit (display), storage unit (memory, HDD), 11c ... input unit (keyboard, mouse, etc.), 11d ... communication unit, 15 ... corporate client terminal, 17 ... batch server, 31 ... Stock issuer company server of a company that issues shares, 41 ... Trust bank (shareholder register administrator) server, 51 ... Relay server, 51a ... Mailbox service (MyPost) X ... shareholders management system, 200 ... portal site server, 201 ... PBC interface, 203 ... private block chain (PBC), 203a-203d ... PBC server (1-4).

In addition, shareholders of the status quo (shareholder benefit by the management of the applicant "premium hospitality club" is also seen including, as a general term is called a shareholder special benefit plan.), Each share issue company has been the practice at your own risk Each company has an independent system. This is not an exception even for companies that offer shareholder benefits through the applicant's “Premium Benefit Club”.
However, there are many requests that individual investors want to add up “shareholder benefit points” issued by each company.

Claims (8)

Shareholder client terminal,
An SR site server for providing services including support for procedures (processing) to the shareholder client terminal;
A company client terminal of a stock issuer company server;
A private block chain connected to the SR site server via a network,
The private blockchain is
In the process of exchanging voting rights, voting results, and the number of voting rights between the corporate client terminal, the SR site server, and the shareholder client terminal, the voting rights, the voting rights, and the voting rights An individual shareholder management system, wherein the number is simultaneously stored in a plurality of private block chain servers in the private block chain. Shareholder client terminal,
An SR site server for providing services including support for procedures (processing) to the shareholder client terminal;
A company client terminal of a stock issuer company server;
A private block chain connected to the SR site server via a network,
The private blockchain is
The private block includes at least one of a common shareholder special benefit ID given to a registered shareholder, a balance of shareholder special benefit points for each common shareholder special benefit ID, or application information for products / services based on shareholder special benefit points. An individual shareholder management system characterized in that it is stored in a plurality of private block chain servers in the chain simultaneously. further,
The exchange of shareholder special benefit points given to each stock issuer among the company client terminal, the SR site server, and the shareholder client terminal is limited to processing performed through the private block chain. The individual shareholder management system described.   The personal shareholder management system according to claim 2 or 3, further comprising a portal site server that converts and manages the shareholder preferential points into common shareholder preferential points (coins) that do not depend on a stock issuer. The portal site server
5. The individual shareholder management system according to claim 4, wherein a platform for providing a product / service different from the product / service provided in exchange for the shareholder special benefit point is provided. A shareholder client terminal, an SR site server that provides services including support for procedures (processing) to the shareholder client terminal, a company client terminal of a stock issuer company server, and the SR site server are connected to the network. An individual shareholder management method in an individual shareholder management system having a private blockchain,
The private blockchain is
In the process of exchanging voting rights, voting results, and the number of voting rights between the corporate client terminal, the SR site server, and the shareholder client terminal, the voting rights, the voting rights, and the voting rights An individual shareholder management method comprising a step of simultaneously storing the number in a plurality of private block chain servers in the private block chain. A shareholder client terminal, an SR site server that provides services including support for procedures (processing) to the shareholder client terminal, a company client terminal of a stock issuer company server, and the SR site server are connected to the network. An individual shareholder management method in an individual shareholder management system having a private blockchain,
The private blockchain is
At least one of a common shareholder special benefit ID given to a registered shareholder, a balance of shareholder special benefit points for each common shareholder special benefit ID, and application information for products / services based on shareholder special benefit points, An individual shareholder management method comprising a step of simultaneously storing data in a plurality of private block chain servers in the private block chain.   A program for causing a computer to execute the individual shareholder management method according to claim 6 or 7.

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