JP2012084103A - Memory bank system and passbook - Google Patents

Abstract

PROBLEM TO BE SOLVED: To draw (reproduce) a message deposited by using a passbook.SOLUTION: When some money is deposited to a deposit destination account, a message from a transfer requester for a receiver, associated with the deposit is input. Deposit information and message data are recorded in a memory information storage device. A URL for reading out the message data is also stored in the memory information storage device. When the message data is stored in the memory information storage device, a depositing/withdrawing record, as well as a two-dimensional code T1a showing the URL for the message data, is written on a passbook T1 by an ATM. By using the two-dimensional code T1a, the message data stored in the memory information storage device is downloaded and reproduced.

Description

  The present invention relates to a memory bank system and a passbook.

  Money (data representing money) is deposited and withdrawn from an account opened in a financial institution including a bank. When a deposit is made, a deposit record is recorded, and when a withdrawal is made, a withdrawal record is recorded in the ledger of the financial institution created for each account.

  The deposit / withdrawal record recorded in the ledger can be recorded in a passbook issued by a financial institution. In the passbook, the transaction details including the date of deposit / withdrawal, amount of money to be withdrawn or withdrawn, handling type (transfer, card, etc.), name of transferor, withdrawal person are entered. Is done.

  The amount and timing of deposits and withdrawals can be roughly grasped by the transaction details entered in the passbook, and when a transfer is made, it is understood when and from whom the transfer was made and the amount. I can. However, it is difficult to grasp (remember) in detail what purpose the transfer was made for.

  Patent Document 1 describes a life bank system capable of depositing various information such as messages and photo albums. However, the relationship with the deposit (transfer) to the account opened in the financial institution is not considered at all.

JP 2002-197287 A

  An object of the present invention is to make it possible to deposit a message transmitted to a recipient along with the deposit when the deposit requester deposits an account in association with information related to the deposit.

  Another object of the present invention is to enable a deposited message to be retrieved (reproduced) using a passbook.

  The memory bank system according to the first invention includes an input of a deposit account number, a deposit amount, a deposit requester information, and a transaction date included in a deposit message given to a host computer that executes account processing in a financial institution, A data input means for receiving message data representing a message from the deposit requester to the payee, a deposit account number, a deposit amount, a deposit requester information and a transaction date received by the data input means; A memory information management device having a memory information storage device for storing the message data and an address for specifying the message data in association with each other, and a deposit / withdrawal record transmitted from the host computer are recorded in the book. In addition, the message data is stored in the memory information storage device. Transmitted from the remembrance information management device in case, a code representing the address specifying the message data and a passbook bookkeeping machine for posting to the passbook. Deposit includes transfer, remittance and payment.

  When depositing money into a bank account (transfer, remittance, payment), use an operation terminal such as an automated transaction machine (ATM) (Automated Teller Machine), a window terminal (WM) (Window Machine), a personal computer, etc. Then, at least a deposit account number, a deposit amount, and deposit requester information are input. The entered deposit account number, deposit amount, and deposit requester information are transmitted to the host computer of the financial institution as a deposit message together with the transaction date. In the host computer, account processing, for example, addition of a deposit record and update of a balance, are performed on the ledger data of the account of the recipient (the person who has the account of the deposit destination account number) according to the deposit message.

  The memory information management device is provided with a deposit destination account number, a deposit amount, deposit requester information, and a transaction date included in a deposit message transmitted to the host computer. The deposit account number, deposit amount, deposit requester information and transaction date may be given directly to the recall information management device from an automatic transaction machine, personal computer, etc., and recall information management via the host computer described above. It may be given to the device.

  The memory information management device is also provided with message data representing a message from the deposit requester to the recipient. The message data may be any of text data, image data, and audio data. The image data may be still image data or moving image data. The message data is input by the deposit requester using, for example, an operation terminal for depositing (transfer) to the deposit account, or a message input terminal separate from the deposit operation terminal, and this is managed through the network. It may be given to the device. In any case, the payment destination account number, the deposit amount, the deposit requester information, the transaction date, and the message data are given to the recall information management device.

  In the memory information management device, the deposit account number, deposit amount, deposit requester information and transaction date, the message data, an address (URI (Uniform Resource Identifier)) and URL (Uniform Resource) for identifying the message data. Locator) etc. are associated with each other and stored in the memory information storage device.

  When an account is opened at a financial institution, a passbook is issued to record the transaction details for that account. The bankbook can be used to record transaction details (payment / withdrawal records) such as deposits / withdrawals to / from an account using a bankbook entry machine. Of course, the passbook machine may be a function of an automatic transaction device (ATM).

  When message data is stored in the memory information storage device, a deposit / withdrawal record is recorded in the passbook by the passbook recorder, and a code representing an address identifying the message data is recorded in the passbook. The code is, for example, a two-dimensional code.

  According to the first invention, when the message data from the deposit requester to the payee is inputted at the time of depositing into the deposit account, not only the transaction contents relating to the deposit are booked but also the address of the message data is Passbook entries are made in the form of codes. When a code representing the address of the message data is read using a code reader (for example, a mobile phone equipped with an imaging device), the address is recognized and the message data can be downloaded. The message (including text and images) sent to the recipient by the deposit requester at the time of deposit can be confirmed at a later date, for example, several years or decades later using the passbook. The purpose of the message can be grasped by the message. For example, it is assumed that when a child is born, the congratulatory money is deposited by the grandfather, and the congratulations (sentence) at that time are messages represented by message data stored in the memory information storage device. In this case, even if the congratulatory money is withdrawn from the account, the message data remains in the memory information storage device. A code representing the address of the message data remains in the passbook. By playing (displaying) the message using the code recorded in the passbook, you can check the message from the grandfather at the time of deposit, and you can recall the situation several years ago and decades ago. A passbook issued by a financial institution is not limited to a concise description of transaction details, but can be used to read memories related to deposits.

  In one embodiment, the passbook bookkeeping machine comprises a bookkeeping request sending means for sending a passbook bookkeeping request including an account number of the passbook to the host computer, and the host computer is created for each account and is at least in / out Ledger data table for storing money records and balances, and presence of message data corresponding to the above-mentioned deposit records for unregistered accounts to be transmitted to the passbook entry machine in response to a passbook entry request sent from the passbook entry machine Inquiry means for inquiring the memory information management device for the presence or absence of the memory, the memory information management device stores message data corresponding to an unrecorded payment record in response to an inquiry from the host computer. If it is stored in the device, the address specifying the message data is the above host Address sending means for sending to a computer is provided, and the host computer comprises deposit / withdrawal record sending means for sending an unrecorded deposit / withdrawal record including an address sent from the memory information management device to the passbook entry machine. . At the time of passbook entry, the address of the message data can be transmitted to the bookkeeping machine.

  The conversion of the address of the message data into a code may be performed in any of the memory information management device, the host computer, and the bankbook entry machine. A device for converting an address (URI, URL, etc.) into a code (any one of the memory information management device, the host computer, and the passbook entry device) is provided with code conversion means for converting the address into the code.

  The memory bank system according to the second invention includes the input of a deposit account number, deposit amount, deposit requester information and transaction date included in a deposit message given to a host computer executing account processing in a financial institution, A data input means for receiving message data representing a message from the deposit requester to the payee, a deposit account number, a deposit amount, a deposit requester information and a transaction date received by the data input means; A memory chip stores a memory information management device having a memory information storage device that stores the message data and an address that specifies the message data in association with each other, and a deposit / withdrawal record transmitted from the host computer. Make a note on the pasted passbook and remember the above message data. Book / download means for downloading the message data from the memory information management device according to the address of the message data transmitted from the memory information management device when stored in the information storage device, and the book / download And a passbook register having data writing means for storing the message data downloaded by the means in the memory chip.

  According to the second invention, the message data representing the message input by the deposit requester to the recipient at the time of deposit is downloaded from the memory information management device at the time of the passbook recording using the passbook recorder (or ATM). It is stored in a memory chip attached to the recipient's passbook. Therefore, by reading the message data stored in the memory chip, the message entered by the deposit requester to the recipient in relation to the transaction details (payment information) recorded in the passbook will be sent at a later date. , The purpose of the deposit, the purpose of the deposit, etc. can be grasped by the message. A passbook issued by a financial institution is not limited to a concise description of the transaction, but can include memories related to deposits.

  The memory bank system according to the third aspect of the invention is an input of a deposit account number, a deposit amount, deposit requester information included in a deposit telegram given to a host computer executing account processing in a financial institution, and a deposit requester. A data input means for receiving message data representing a message from the recipient to the recipient, a deposit destination account number, a deposit amount, a deposit requester information and a transaction date received by the data input means, and the message A memory information management device having a memory information storage device for storing data in association with each other, and a deposit / withdrawal record transmitted from the host computer are recorded in a passbook with a memory chip and the message data Is stored in the memory information storage device, the memory information management device The message data to be transmitted and a passbook bookkeeping machine having a data writing means for storing in the memory chip.

  Also in the third invention, the message data representing the message inputted by the deposit requester to the recipient at the time of deposit is downloaded from the memory information management device at the time of the passbook entry using the passbook entry machine (or ATM). It is stored in a memory chip attached to the recipient's passbook. Therefore, by reading the message data stored in the memory chip, the message entered by the deposit requester to the recipient in relation to the transaction details (payment information) recorded in the passbook will be sent at a later date. , The purpose of the deposit, the purpose of the deposit, etc. can be grasped by the message.

  The present invention also provides a passbook used in the memory bank system according to the first, second and third inventions described above.

  The passbook used in the memory bank system according to the first invention includes a deposit / withdrawal record entry column for registering the deposit / withdrawal record on a line basis, and a message representing a message sent to the recipient by the deposit requester. If a deposit / withdrawal record with data is included in the deposit / withdrawal record entry field, a code indicating the address for downloading the message data is written in the line where the deposit / withdrawal record is entered It is characterized by that.

  The passbook used in the memory bank system according to the second and third inventions represents a deposit / withdrawal record entry field for entering the deposit / withdrawal record in line units, and a message sent by the deposit requestor to the recipient A memory chip for storing the message data downloaded from the management device that manages the message data when the deposit / withdrawal record accompanied by the message data is included in the deposit / withdrawal record entry field; It is characterized by providing.

It is a block diagram of the memory bank system of 1st Example. Indicates a member table. A ledger attribute table is shown. The ledger account system table is shown. An account table with memory information is shown. The memory information table is shown. It is a flowchart which shows the process sequence of a client computer and a Web server at the time of the transfer process and the memory information registration process. It is a flowchart which shows the process sequence of a host computer at the time of the transfer process and the registration process of memory information. It is a flowchart which shows the process sequence of a host computer and the memory information management apparatus at the time of the transfer process and the registration process of memory information. (A) shows the data structure of the transfer message, and (B) shows the data structure of the transfer message accompanied by the memory information. Indicates the login page. The service selection page is shown. Shows client name and withdrawal account setting page. The transfer destination selection page is shown. This shows the setting page for the transfer destination and transfer amount. The memory information setting page is shown. The memory information input page is shown. The transfer request confirmation page is shown. The transfer completion page is shown. It is a flowchart which shows the process sequence of a client computer and a Web server in an account balance and detailed inquiry process. It is a flowchart which shows the process sequence of the host computer in an account balance and detailed inquiry process. It is a flowchart which shows the process sequence of the memory information management apparatus in an account balance and detailed inquiry process. The item type selection page is shown. The memory details page is shown. Shows balance and deposit / withdrawal details page. It is a flowchart which shows the process sequence of a client, a Web server, a host computer, and a memory information management apparatus when reproducing memory information. Indicates the affiliation confirmation page. Indicates the organization change page. The memory information playback page is shown. The memory information playback page is shown. The other example of the account system table with memory information is shown. It is a block diagram of the memory bank system of 2nd Example. It is a perspective view which shows the external appearance of ATM. It is a block diagram of the apparatus which comprises ATM. It is a perspective view of a memory information registration machine. It is a block diagram of the apparatus which comprises a memory information registration machine. It is a flowchart which shows the processing procedure of ATM and a host computer when performing transfer to an account. (A), (B), (C) and (D) show guidance screens displayed on the ATM display / input device. The memory registration sheet is shown. It is a flowchart which shows the process sequence of the memory information registration machine, host computer, and memory information management apparatus when registering memory information. It is a flowchart which shows the processing procedure of ATM, a host computer, and a memory information management apparatus at the time of reproduction | regeneration of memory information. (A), (B), (C) and (D) show various screens displayed on the display / input device of the ATM when the memory information is reproduced. This shows a passbook with a deposit record printed with memory information. It is a flowchart which shows the process sequence of ATM, a host computer, and a memory information management apparatus in the 1st modification of 2nd Example. A bankbook with an IC chip is shown. It is a flowchart which shows the process sequence of ATM, a host computer, and a memory information management apparatus in the 2nd modification of 2nd Example.

  The Memories Bank System uses text data and image data (still images) to represent messages (messages, memos) in association with information related to payment when depositing (transfer) to financial institutions (banks, credit unions, post offices, etc.). In addition, it is a system that can deposit (register) audio data. When the deposit is made, the deposit amount, the deposit date, the name of the deposit requester, etc. (deposit record) are stored in the storage device in association with the deposit account. When depositing text data or the like representing a message is made, the message is also stored in the storage device. The message stored in the storage device can be read and reproduced at any time. Since the message to be played is typically created at the time of deposit and is sent from the depositor (payment requester) to the recipient, for example, when, from whom, for what purpose It can be confirmed at a later date (for example, several years later, several decades later) by playing back the message whether the money has been deposited. Since the message to be deposited is information that helps to remember the details of the deposit in detail, from this point of view, the message (text data representing the message, etc.) deposited at the time of deposit is referred to as “recollection information”. Call it.

  As described above, the storage of the memorized information is performed when depositing (transferring) into an account opened in the financial institution, and accompanying the deposit acceptance business or the transfer (exchange) business in the financial institution. For depositing memorized information that accompanies deposit acceptance (transfer), bank teller (WM), ATM (Automated Teller Machine), Internet banking (personal computers connected to the Internet, mobile phones, etc.), Dedicated terminals are used. A personal computer, ATM, or the like is used to retrieve (reproduce) the stored memory information. The memory bank is divided into the memory bank system using the Internet banking (personal computer) (first embodiment) and the memory bank system using the ATM and a dedicated terminal (second embodiment). -Explain the system in detail.

[First embodiment]
(Overall structure of the memory bank system)
FIG. 1 is a block diagram of the memory bank system of the first embodiment.

  The memory bank system according to the first embodiment includes a Web server 2 and a plurality of client computers 5 that are communicably connected via a network (such as the Internet) 1 and a host connected to the Web server 2 via a dedicated line or the like. A computer 3 and a memory information management device 4 are included. The Web server 2, the host computer 3, and the memory information management device 4 are under the management of a financial institution (bank) or the like. The client computer 5 is under the control of a customer who uses Internet banking. The Web server 2, the host computer 3, and the memory information management device 4 are all realized by a computer system, and all include a CPU, a storage device (such as a hard disk), a memory, and a communication device (a network card). The client computer 5 is typically a personal computer and includes a CPU, a storage device, a memory, a communication device, a display device, an input device, and the like.

  In Internet banking, the client computer 5 is used as a customer operation terminal. Multiple services such as account balance inquiry, account deposit / withdrawal details display, transfer, and application for time deposits are provided to customers via Internet banking. As described later, html data representing a balance inquiry page, an account deposit / withdrawal details page, a transfer page, and the like is transmitted from the Web server 2 to the client computer 5 in accordance with a customer instruction, and the client computer 5 display device These pages are displayed on the display screen.

  The Web server 2 provides various Web pages displayed on the display screen of the client computer 5, relays various data transmitted from the client computer 5, and received by the client computer 5. A member database storing a plurality of types of html data and member information transmitted to the client computer 5 is stored in the storage device 11 connected to the Web server 2. Details of the screen display based on the html data and the member database will be described later.

  The host computer 3 is a computer that supervises banking business (such as deposit acceptance business and transfer business). A ledger database is stored in the storage device 12 connected to the host computer 3. The ledger database stores a ledger including a deposit / withdrawal record for each customer who has opened an account, and the host computer 3 performs a deposit / withdrawal recording process (accounting process). Details of the processing of the host computer 3 and the ledger database will be described later.

  The memory information management device 4 is a computer that performs management work processing of memory information to be deposited. The memory information is stored in the memory information database stored in the storage device 13 connected to the memory information management device 4, and the memory information is read from the memory information database. Details of the processing of the memory information management device 4 and the memory information will be described later.

  The host computer 3 is also connected to the Zengin Center 6. The Zengin Center 6 is connected to a host computer of a plurality of financial institutions. Data transmission from the host computer 3 to a host computer of another financial institution (transfer to another bank, etc.), other financial institutions Data reception of data transmitted from the host computer of the institution is performed via the Zengin Center 6.

(Various databases)
FIG. 2 shows a member table 11 a included in the Internet banking member database stored in the storage device 11 of the Web server 2. Among customers who have opened an account with a financial institution, customers who have registered for Internet banking in advance can use Internet banking. In the member table 11a, an ID (contractor number), a password (password), a name, etc. are stored for each customer who can use Internet banking.

  3 and 4 show a ledger attribute table 12a and a ledger account table 12b included in the ledger database stored in the storage device 12 of the host computer 3, respectively. Both the ledger attribute table 12a and the ledger account table 12b include CIF (Costomer Information File) numbers assigned for each customer, and are associated with each other using the CIF numbers as key items. The ledger account system table 12b is created for each customer.

  The ledger attribute table 12a (FIG. 3) stores the CIF number, customer name, date of birth, address, current affiliation, mail address, and the like. In the ledger account table 12b (FIG. 4), the account number, store number and subject of the account opened by the customer specified by the CIF number, deposit / withdrawal record for each account, booked flag (whether or not the book has been booked) And the like) are stored. The deposit / withdrawal record includes the date of deposit / withdrawal, the withdrawal or deposit amount, the handling details (name of the deposit requestor, etc.), balance, etc.

  FIGS. 5 and 6 show a memory information-added account table 13a and a memory information table 13b included in the memory information database stored in the memory device 13 of the memory information management apparatus 4, respectively. The memory information-added account table 13a and the memory information table 13b are created for each customer, and each includes a memory number (a memory number) and is associated with each other using the memory number as a key item. Needless to say, the memory information-added account table 13a and the memory information table 13b may be one data table.

  As described above, the memorized information is stored in association with information related to the deposit when the account is deposited. Information related to the deposit (hereinafter referred to as deposit information) may be the same as or a part of the deposit record stored in the ledger account system table 12b (FIG. 4). In any case, the deposit information includes at least an account number, date (payment date, transfer date), deposit (transfer) amount, and deposit requester information (typically the name of the deposit requester).

  When the deposit accompanied by the memory information is performed, a record storing data representing the deposit information in the memory table with the memory information 13a (FIG. 5) is created. The records stored in the account information table 13a with memory information are: CIF number, account number, date of deposit, deposit amount, handling contents (the deposit requester information is entered here), balance, age, affiliation, memory Includes information confirmation flag and memory number.

  Age and affiliation are the customer's age and affiliation at the time of deposit (specified by date).

  The memorized information confirmation flag is a flag indicating whether or not the memorized information (data representing the message) is reproduced. The memorized information is not reproduced, and the off state continues. When the memorized information is reproduced once, it is turned on (flag). Is established). Whether or not the memory information has been reproduced (whether or not it has been reproduced) is represented by the memory information confirmation flag.

  The memorized number is a unique code that is numbered for each memorized information (payment record accompanied by memorized information), and is numbered every time a deposit accompanied by memorized information is made for each account.

  The memory information table 13b (FIG. 6) stores data representing the memory information specified by the memory number. The data representing the memory information is in the data format of text (character string), still image, moving image or audio. Text data, still image data, moving image data or audio data is stored in the memory information table 13b as substantial data representing the memory information.

  In the memory information table 13b, a URL (Uniform Resource Locator) indicating the storage location of the memory information in the storage device 13 of the memory information management device 4 is stored for each memory information. As will be described later, when the memory information is reproduced, the URL is presented (sent) to the customer, and the specific memory information (text data, image data, or voice data) is sent to the client computer 5 using this URL. Downloaded.

(Memory information registration process)
7, 8 and 9 are flowcharts showing the processing procedure of the client computer 5, the Web server 2, the host computer 3, and the memory information management device 4 during the transfer process and the memory information registration process. 10 (A) and 10 (B) show the data structure of the transfer message sent from the client computer 5, and FIG. 10 (A) shows the data structure of the transfer message when the memory information is not registered. FIG. 10B shows the data structure of the transfer message when the memory information is attached. 11 to 19 show various pages (windows) displayed on the display screen of the client computer 5 during the transfer process.

  First, a browser is activated on a client computer (hereinafter referred to as a client) 5 and the URL of an Internet banking login page is input. A login page w1 shown in FIG. 11 is displayed on the display screen. The login page w1 includes a contractor number (ID) input field w1a, a password (password) input field w1b, and a login button w1c. A contractor number (ID) and a password (password) notified in advance to customers who can use Internet banking are respectively input into the contractor number input field w1a and the password input field w1b (FIG. 7, Step S1).

  When the login button w1c is clicked, the entered contractor number and password are transmitted to the Web server 2 via the network 1. The Web server 2 performs an authentication process using the member table 11a (FIG. 2) stored in the storage device 11. If the authentication is successful, the Web server 2 transmits service selection page data to the client 5 (FIG. 7, steps S21 and S2).

  FIG. 12 shows a service selection page w2 displayed on the display screen of the client 5 by the service selection page data. The service selection page w2 includes five service menus: balance / detail inquiry w2a, time deposit deposit w2b, transfer w2c, Web passbook w2d, and password change w2e. When the memory registration is performed, the transfer character string (link) w2c in the five service menus is clicked (FIG. 7, step S3).

  When the character string w2c of “transfer” is clicked, the transfer page data is transmitted from the Web server 2 to the client 5, and the transfer page (requester name / withdrawal account setting page w3 described below (FIG. 13) is displayed. ), A transfer destination selection page w4 (FIG. 14) and a transfer destination / transfer amount setting page w5 (FIG. 15) are displayed on the display screen of the client 5 (FIG. 7, step S22, step S4). . The transfer page is created by transmitting and receiving data a plurality of times between the Web server 2 and the host computer 3, but detailed description of the processing is omitted.

  First, a client name / withdrawal account setting page w 3 shown in FIG. 13 is displayed on the display screen of the client 5. The setting page w3 includes a client name input field w3a, a telephone number input field w3b, a withdrawal account (withdrawal account) designation field w3c, and a transfer destination designation field w3d. Using these input fields and designation fields, the client name (transfer person name), withdrawal source account (transfer source account) and deposit destination account (transfer destination account) are input and designated. If the deposit account (transfer account) has been registered with the financial institution (for example, stored in the ledger attribute table 12a), the transfer destination selection page w4 shown in FIG. 14 instead of the setting page w3 shown in FIG. Is displayed. A deposit button account (transfer account) can be selected using the selection button w4a in the transfer destination selection page w4. The “return” button w4b in the transfer destination selection page w4 is clicked when the page previously displayed (here, the setting page w3 in FIG. 13) is displayed again on the display screen. The same applies to other pages.

  When a deposit account (transfer account) is selected, a transfer page and transfer amount setting page w5 shown in FIG. 15 is displayed. The amount to be transferred (to be transferred) is input to the selected deposit account (transfer account) in the transfer amount input field w5a included in the setting page w5 (FIG. 7, step S5).

  The transfer destination / transfer amount setting page w5 further includes a check box w5b for selecting whether or not to register the memories. The check box w5b has two check boxes, “remember” and “remember”.

  When the memory registration “No” is checked and the “Next” button w5c is clicked, a general transfer process is performed. That is, page data for confirming a withdrawal source account (transfer source account), a deposit destination account (transfer destination account), a transfer amount, etc. is transmitted from the Web server 2 to the client 5, and a transfer confirmation page (not shown) Is displayed (FIG. 7, step S5, step S23 is NO, step S24, step S6). When the “execute transfer” button included in the transfer confirmation page is clicked, a transfer message F1 having the data structure shown in FIG. 10A is transmitted from the client 5 to the host computer 3 via the Web server 2 ( Steps S7 and S8).

  Referring to FIG. 10A, transfer message F1 has a predetermined data structure, and is composed of a set of a header record, a data record, a trailer record, and an end record. The header record includes a transfer source financial institution number, a transfer source financial institution name, a transfer source account number, a transaction date, and the like. The data record includes a transfer destination financial institution number, a transfer destination financial institution name, a transfer destination item (usually, current account, etc.), a transfer destination account number, a payee name, a requested amount (transfer amount), and the like. The trailer record includes the number of transfer messages (number of records) when a plurality of transfers are performed collectively, the total amount of transfer, and the like. The end record includes data indicating the end of the transfer data.

  Referring to FIG. 8, the host computer 3 that has received the transfer message performs account processing according to the transfer message (FIG. 8, steps S31 and S32). In the account processing, the transfer amount is withdrawn from the withdrawal source account (transfer source account) described in the transfer message, and the transfer amount is deposited into the deposit destination account (transfer destination account). The balance of these accounts is also updated. In each ledger account table 12b (FIG. 4) of the transfer source account and the transfer destination account, a deposit / withdrawal record is added and the balance is updated.

  If the deposit account (transfer account) is an account of another financial institution, the transfer message is sent from the host computer 3 to the host computer of the other financial institution via the Zengin Center 6 (see FIG. 1). The In this case, the host computer 3 performs account processing for the withdrawal source account (transfer source account), and the account processing of the deposit destination account (transfer destination account) is executed by the host computer of another financial institution. .

  Returning to FIG. 7, if the memory registration “Yes” is checked in the check box w5b on the transfer destination / transfer amount setting page w5 (FIG. 15) and the “Next” button w5c is clicked, the client from the Web server 2 The memory information setting page data is transmitted to 5 (FIG. 7, YES in step S5, step S23, step S25).

  FIG. 16 shows the memory information setting page w6 represented by the memory information setting page data (FIG. 7, step S9).

  The memory information setting page w6 includes a check box w6a for specifying whether data of a message, a photograph (still image), a moving image, or audio is registered as memory information, a “next” button w6b, and “ A “return” button w6c is included. In this embodiment, the memory information is in the form of a message (text), a photograph (still image), a moving image, or a sound. One or more (or all) data formats are designated using the check box w6a.

  When the “next” button w6b is clicked, a page w7 for inputting (selecting) memory information shown in FIG. 17 is displayed on the display screen of the client 5. The memory information input page w7 includes a message input field w7a, a data selection field w7b, a “next” button w7c, and a “return” button w7d. A sentence (text) is input to the message input field w7a using the input device (keyboard or the like) of the client 5. In the data selection field w7b, the address (path) of image data or audio data stored in the storage device of the client 5 or an external recording medium (USB memory or the like) is described (step S10).

  When the “next” button w7c is clicked, a data check (data amount check, data format check, etc.) is performed (step S11), and a transfer request content confirmation page w8 shown in FIG. 18 is displayed. The confirmation page w8 displays the withdrawal account (transfer account), client name, phone number, deposit account (transfer account), transfer amount, request date, transfer date, etc., as well as a memory information input page (Figure The memorized information (text message, image, etc.) input using 17) is displayed as a preview, and the sound can be pre-reproduced.

  When the “transfer execution” button w8a on the transfer request content confirmation page w8 is clicked, a transfer completion page w9 shown in FIG. 19 is displayed on the display screen of the client 5. Further, a transfer message is transmitted to the host computer 3 via the Web server 2, and a transfer message and recall information (transfer message with recall information) is transmitted to the remember information management device 4 via the Web server 2 ( FIG. 7, step S12). With reference to FIG. 10 (B), the memory data with the memory information transmitted to the memory information management device 4 is accompanied by the memory data file M in the transfer telegram (same as FIG. 10 (A)). The host computer 3 that has received the transfer message performs account processing (addition / withdrawal record addition, balance update) as described above (FIG. 8).

  Referring to FIG. 9, the memory information management device 4 that has received the transfer message with the transfer information transmits the transfer destination account number (see FIG. 10B) described in the transfer message to the host computer 3, An inquiry request for the date of birth, affiliation, and account balance of the recipient is made (steps S41 and S42). The host computer 3 identifies the payee's CIF number from the bank account number using the ledger account system table 12b (FIG. 4). The host computer 3 reads the date of birth and affiliation data of the customer having the specified CIF number from the ledger attribute table 12a (FIG. 3), and reads the account balance after the transfer from the ledger account table 12b. The information is transmitted to the information management device 4 (step S44).

  The memorization information management device 4 creates a new record in the account table with memorized information 13a (FIG. 5) having the transfer destination account number included in the memorized information-added transfer message, and the received message with the memorized information is received from the client 5. The transfer date, deposit amount (transfer amount), and details of handling (name of transferor, etc.) (payment information) are stored. Further, the current age, current affiliation, and account balance of the customer (recipient) calculated from the date of birth received from the host computer 3 are stored in the created record. Further, “0” (unreproduced) is stored in the recall information confirmation flag of the created new record, and a new number is assigned and stored in the remember number. The memory information management device 4 also creates a new record in the memory information table 13b (FIG. 6), and in the newly created record, numbered memory number, memory information (data of the memory data file M) and A URL representing the storage location of the memory information in the storage device 13 is stored (step S43). Thereby, the deposit (registration) of the memory information associated with the deposit (transfer) is completed.

  Referring to FIG. 19, when the “logout” button w9a in the transfer completion page w9 is clicked, the above-described transfer process (memory information registration process) ends.

(Balance / detail inquiry process)
The memory information registered in association with the deposit to the deposit account (transfer account) as described above can be reproduced through the account balance and the detailed inquiry. 20 to 22 are flowcharts showing the processing procedure of the client computer 5, the Web server 2, the host computer 3 and the memory information management device 4 in the account balance and detail inquiry processing. 23 to 25 show pages (windows) displayed on the display screen of the client computer 5 at the time of account balance and statement inquiry processing. In the flowchart shown in FIG. 20, the same processes as those in the flowchart shown in FIG.

  When the character string w2a of “balance / detail inquiry” on the service selection page w2 (FIG. 12) is clicked, the detail type selection page data is transmitted from the Web server 2 to the client 5, and the detail type selection page w10 is the client 5 Are displayed on the display screen (FIG. 20, steps S1, S21, S2, S51, S61, S52).

  FIG. 23 shows a detail type selection page w10. The detail type selection page w10 includes a check box w10a, a “next” button w10b, and a “return” button w10c for selecting either “remembered details” or “all details”.

  When the “next” button w10b is clicked after “Memories” is checked, a memory details request message including the account number of the logged-in customer is sent from the client 5 via the Web server 2 to the memory information management device. 4 ("remember" in step S53, step S62, step S63).

  The memorization information management device 4 that has received the detail request message accesses the account system table 13a with recall information for the account number (FIG. 5) according to the account number included in the detail request message, and displays the date (transaction date). ), Deposit amount (deposit), handling contents (payment requester information), balance, age, affiliation, memory information confirmation flag, and memory number, and the URL of the memory information associated with the memory number Reading from the table 13b (FIG. 6) (hereinafter referred to as “inquiry information” including these read data) is transmitted to the Web server 2 (FIG. 21, steps S71 and S72). The query information does not include the memory information (text data, image data, video data, audio data) itself. The Web server 2 creates a memory detail page data including the received inquiry information and transmits it to the client 5 (FIG. 20, steps S64 and S65). The memory details page w11 is displayed on the display screen of the client 5 (step S54).

  FIG. 24 shows the memory details page w11.

  The contents of the inquiry information are displayed in order of date on the memory details page w11.

  The memory number stored in the memory system 13a and the memory information table 13b is displayed in the “memory information” column in the memory description page w11. In the memory number, a link (indicated by an underline) indicating the URL of the memory information stored in the memory information table 13b is described. As will be described later, when the memory number (link) is clicked, the clicked memory information is downloaded and played back.

  When “all details” is selected in the check box w10a of the item type selection page w10 (FIG. 23) and the “next” button w10c is clicked, all items including the customer account number from the client 5 to the host computer 3 are displayed. The detail request message is transmitted (FIG. 20, “all details” in step S62, step S66). Referring to FIG. 22, the host computer 3 that has received all the detailed request messages makes an inquiry about the recall information to the recall information management device 4 (steps S73, S74). Receiving the inquiry, the memory information management device 4 transmits a set of the memory number, URL, and memory information confirmation flag to the host computer 3 (FIG. 22, step S76). The host computer 3 stores the deposit / withdrawal record stored in the ledger account table 12b (FIG. 4), the memory number, URL, and memory information confirmation flag received from the memory information management device 4 with the memory information attached. Are transmitted to the Web server 2 (FIG. 22, step S75).

  The Web server 2 creates all detailed page data including the received deposit / withdrawal record and sends it to the client 5 (FIG. 20, steps 67 and 68).

  FIG. 25 shows the balance / payment / withdrawal details page w12 represented by all the details page data. As described above, since the memory number and the URL are transmitted from the memory information management device 4 to the host computer 3 for the deposit record accompanied by the memory information, the URL of the memory information is also displayed on the balance / payment details page w12. The memory number having the link shown can be displayed in the memory information column.

  In the memorized information column in the memorized statement page w11 shown in FIG. 24 and in the memorized information column in the balance / deposit details page w12 shown in FIG. This means that the memory information has not been reproduced yet. The character “unconfirmed” is displayed when “0” is stored in the memorized information confirmation flag of the account table with memorized information 13a (FIG. 5). As will be described later, when the memorized information is reproduced, the memorized information confirmation flag is set to “1” in the memorized information-added account table 13a, and the characters “unconfirmed” are not displayed thereafter.

(Reproduction of memory information)
FIG. 26 is a flowchart showing the processing procedure of the client 5, the Web server 2, the host computer 3, and the memory information management device 4 when reproducing the memory information. 27 to 29 show windows displayed on the display screen of the client 5 when the memory information is reproduced.

  As described above, in the memory number displayed in the memory information column in the memory details page w11 (FIG. 24) or the balance / withdrawal details page w12 (FIG. 25), the memory information specified by the memory number is displayed. The link (URL) is described. When the memory number is clicked (FIG. 26, step S81), as described later, a request message of the memory information specified by the clicked memory number is transmitted to the memory information management device 4.

  Prior to the transmission of the request message for the memory information, an inquiry request for the customer's affiliation is made from the Web server 2 to the host computer 3 (step S91). The host computer 3 that has received the inquiry request for affiliation accesses the ledger attribute table 12a (FIG. 3), reads the data stored in the affiliation column, and transmits it to the Web server 2 (step S101). The Web server 2 creates affiliation confirmation page data including the received affiliation data and transmits it to the client 5 (step S92).

  FIG. 27 shows the affiliation confirmation page w13.

  The affiliation confirmation page w13 includes an affiliation display field w13a, in which the name of the customer's affiliation currently registered in the ledger attribute table 12a (FIG. 3) of the host computer 3 is displayed (step S82).

  If the affiliation organization name displayed in the affiliation display field w13a matches the current affiliation organization of the customer, the “next” button w13b is clicked. When an institution name different from the current institution of the customer is displayed, the “change” button w13c is clicked.

  When the “change” button w13c is clicked, the affiliated institution input page data is transmitted from the Web server 2 to the client 5 (YES in step 83, steps S93 and S84).

  FIG. 28 shows an affiliated organization change page w14.

  The affiliated institution change page w14 includes an affiliated institution name input field w14a. The changed institution name is entered in the institution name input field w14a (step S85).

  When the “registration” button w14b is clicked on the affiliation organization change page w14, the data representing the inputted new affiliation organization name is transmitted to the host computer 3 via the Web server 2. The host computer 3 stores the received new affiliation name in the ledger attribute table 12a (step S94, step S102). The customer affiliation data in the ledger attribute table 12a can be updated to the latest information at the timing of recalling the memory information.

  When the “registration” button w14b is clicked on the affiliated organization change page w14 or the “next” button w13b is clicked on the affiliated organization confirmation page w13, the link destination data request is recalled from the client 5 via the Web server 2. It is transmitted to the information management device 4 (step S95 or step S86). The memory information management device 4 reads the memory information corresponding to the clicked memory number from the memory information table 13b (FIG. 6), and the date, deposit (deposit) amount, and handling contents associated with the memory number. The (payment requester information), age and affiliation data are read from the memory table 13a (see FIG. 5) with recall information and transmitted to the client 5 via the Web server 2 (steps S103 and S96). The memory information management device 4 turns on (“1”) if the confirmation flag (FIG. 5) for the clicked memory information is off (“0”) (step S104).

  29 and 30 show a memory information reproduction page (step S87).

  FIG. 29 is a replay page of memory information by a text message.

  The memorized information reproduction page w15 includes a deposit information display field w15a, a message display field w15b, a belonging organization change button w15c, an image / sound reproduction page switching button w15d, and a “return” button w15e. In the payment information display field w15a, the date when the payment (transfer) is performed, the amount of money received, and the details of the transaction (from whom the transfer is made, the transfer person information) are displayed. The message information (text message based on the text data) read from the memory information table 13b is displayed in the message display field w15b. Further, below the message display field w15b, the age of the customer (recipient) and the name of the institution (when the transfer is made), which is stored in the account system table 13a with memorized information (transfer date) ( Is displayed). It is possible to confirm the message when the customer who is reproducing the memory information is old and where the customer belongs.

  When the affiliation organization change button w15c is clicked, the affiliation organization change page w14 (FIG. 28) described above can be displayed on the display screen.

  When the “to image / sound playback” button w15d is clicked, the screen switches to a memory information playback page w16 (FIG. 30) about an image (still image or moving image) or sound. The image / audio memory information playback page w16 is a deposit information display field w16a, an image display field w16b, an operation button in the case of video or audio (a “start” button that is clicked when video (audio) is played from the top. w16c, pause button w16d for temporarily stopping video (audio) playback, end button w16e when video (audio) playback is ended, switching button w16f to recalled text message recall information page w15f, affiliation An engine change button w16g and a “return” button w16h are included. Recall information of still images or moving images is displayed in the image display field w16b. The sound is output from a speaker (not shown) connected to the client 5. The image (sound) memory information reproduction page w16 also displays the age of the customer (recipient) and the name of the institution (indicated by reference numeral w16i) when the transfer is made (transfer date).

  The data in the memory system 13a (FIG. 5) and the memory information table 13b (FIG. 6) are stored in the storage device 13 of the memory information management device 4 unless the account is abolished. For this reason, the memory information can be reproduced several years later or even several decades later. The memory information is associated with the deposit information (payee account number, deposit amount, deposit requester information and transaction date), and is created by the depositor (transfer client) at the time of deposit. It is possible to confirm at any time on the memory information reproduction pages w15 and w16 how much and for what purpose the money has been deposited. In addition, since your age and affiliation at that time is also displayed, you can also remember your own state at the time when the deposit (transfer) was made.

  In the first embodiment described above, the memory number is stored in association with the deposit information in the account information table 13a (FIG. 5) of the recipient who receives the transfer accompanied by the memory information, and the memory information is associated with the memory number. And the URL are stored in the memory information table 13b (FIG. 6), and the memory information is reproduced when the recipient makes a balance / detail inquiry. In addition to this, a transfer accompanied by the memory information is performed. The memory number associated with the withdrawal information may also be stored in the account table with the memory information of the transfer person to be performed. As shown in FIG. 31, in this case, a memory number is stored in association with the withdrawal information including the withdrawal amount in the account table 13c with the memory information of the transfer person. Not only the recipient but also the transfer person can reproduce the memory information.

  The memory information may be prevented from being reproduced by the recipient for a certain period after registration.

[Second Embodiment]
(Overall structure of the memory bank system)
FIG. 32 is a block diagram showing the overall configuration of the memory bank system of the second embodiment.

  The memory bank system of the second embodiment includes a host computer 3A, a memory information management device 4A, a plurality of automatic transaction devices (hereinafter referred to as ATM) 7 and a memory information registration device 8 connected to the network 1. In the memory bank system of the second embodiment, the ATM 7 and the memory information registering machine 8 installed in the bank are used for registering the memory information. For reproducing the memory information, ATM7, a portable terminal capable of communication including a cellular phone, and the like are used.

  FIG. 33 is a perspective view showing the external appearance of the ATM 7, and FIG. 34 is a block diagram of various devices constituting the ATM 7.

  The ATM 7 includes a control device 20 that comprehensively controls the overall operation of the ATM 7. The control device 20 includes a CPU, a memory, and the like. Display / input device 21 including a touch panel that displays various guidance screens and accepts various inputs and selections by a customer, a coin processing device 22 that performs coin deposit / withdraw processing, and bill deposit / withdraw processing. A banknote processing device 23 to perform, a passbook processing device 24 to perform passbook entry, passbook issue, etc., and a card to read information recorded in the inserted cash card, to eject journal paper on which transaction information is printed, etc. / Detail processing device 25 and transmitting / receiving device 26 for transmitting and receiving data are connected. A storage device 27 connected to the control device 20 stores programs and data for controlling the operations of the various devices described above. By selecting and inputting in accordance with the guidance screen displayed on the display / input device 21 of the ATM 7, it is possible to register payment, withdrawal, transfer, memory information, and the like.

  FIG. 35 is a perspective view of the memory information registering machine 8, and FIG. 36 is a block diagram of devices constituting the memory information registering machine 8.

  The memory information registration machine 8 is a dedicated device used for registering memory information, and is installed in a dedicated booth in a bank, for example. Although details will be described later, the customer who wants to register the memory information pays in (transfers) using the ATM 7 described above, and then operates the memory information registration machine 8 installed in the dedicated booth to set up the ATM 7 The memory information is registered in association with the deposit made by using.

  The memory information registering machine 8 includes a control device 30 that controls the overall operation of the memory information registering machine 8. The control device 30 includes a CPU, a memory, and the like. The control device 30 includes a camera 31 that captures an image of a subject, a display / input device 32 that includes a touch panel that displays various guidance screens and accepts various inputs and selections by a customer, an audio playback device 33 that includes a speaker that outputs audio, a USB A data reading device 34 for reading data recorded in a USB memory or the like with a recording medium such as a memory, a voice input device 35 including a microphone for receiving voice input, a scanner 36 for reading a barcode or a two-dimensional code, registration A printer 37 for discharging the printed matter on which the contents and the like are printed, and a transmission / reception device 38 for transmitting / receiving data are connected. A storage device 39 connected to the control device 30 stores programs and data for controlling the various devices described above. The memory information registration machine 8 includes a lighting fixture 40 for illuminating a subject (in front of the memory information registration machine 8). As will be described in detail later, still images or moving images obtained by imaging with the camera 31, text input using the display / input device 32, audio input using the audio input device 35, still images read from a USB memory, etc. A picture or video is treated as memory information.

  Returning to FIG. 32, both the host computer 3A and the memory information management device 4A are realized by a computer system, and all include a CPU, a storage device (such as a hard disk), and a communication device (such as a network card).

  As in the first embodiment, the host computer 3A is a computer that supervises banking operations (such as deposit acceptance operations and currency exchange operations). The storage device 12A connected to the host computer 3A stores a ledger database including a ledger attribute table 12a (FIG. 3) and a ledger account system table 12b (FIG. 4) as in the first embodiment, and opens an account. A deposit / withdrawal record and the like for each customer is stored.

  The memory information management device 4A is also a computer that performs management work processing of memory information to be deposited, as in the first embodiment. The memory device 13A connected to the memory information management device 4A stores a memory information database including a memory information table 13a (FIG. 5) and a memory information table 13b (FIG. 6), as in the first embodiment. The memorized information and the like registered with the deposit (transfer) is stored.

(Memory information registration process)
As in the first embodiment, in the second embodiment, the memory information is registered when depositing (transferring) the account, and the memory information is registered in association with the deposit. In the second embodiment, the deposit to the account is performed using ATM7. The memory information registration machine 8 is used for registering the memory information.

  FIG. 37 is a flowchart showing a processing procedure of the ATM 7 and the host computer 3A when making a transfer to an account. FIGS. 38A to 38C show guidance screens displayed on the display / input device 21 of the ATM 7. Since the designation of the withdrawal source account (transfer source account), the designation of the payment destination account (transfer destination account), the designation of the deposit amount, etc. performed using ATM7 are basically performed in the same manner as in the first embodiment. The detailed description is omitted.

  First, a transfer process is performed (step S201). The cash card is inserted into the card insertion slot of the ATM 7 card / detail processing device 25, and then the password is entered by using the display / input device 21, thereby enabling the transfer. A display / input device 21 is used to input a deposit account (transfer account), a transfer amount, and the like. The withdrawal source account (transfer source account) is specified by a cash card. A transfer telegram (see FIG. 10A) including the transfer source account, transfer destination account, transfer amount, etc. is transmitted from the ATM 7 to the host computer 3A. The host computer 3A performs an account process based on the transfer message (step S211).

  When the transfer process is completed, a confirmation screen g1 for confirming whether or not to recall the memory information shown in FIG. 38A is displayed on the display / input device 21 of the ATM 7. The memory information registration confirmation screen g1 includes a “yes” button g1a and a “no” button g1b.

  When the “NO” button g1b is touched, the ATM 7 ends the processing as it is (NO in step S202).

  When the “Yes” button g1a is touched, a memory registration password setting screen g2 shown in FIG. 38B is displayed on the display / input device 21. As described above, the memory information is registered using the memory information registering machine 8 instead of the ATM 7, and when the memory information is registered using the memory information registering machine 8 as will be described below, the memory code for the memory registration is used. Is needed. A password for registering the memory information is set using ATM7.

  The memory registration password setting screen g2 includes a “yes” button g2a and a “no” button g2b. When the “No” button g2b is touched, the personal identification number (ordinary personal identification number) used for the cash card is used as the personal identification number when the memory information registration device 8 is used to register the memory information. The password of the cash card is transmitted to the host computer 3A (NO in step S203, step S205). Of course, since the personal identification number of the cash card is also stored in the ledger attribute table 12a of the host computer 3A (not shown in FIG. 3), the data indicating that the personal identification number of the cash card (ordinary personal identification number) is used. It may be transmitted to the host computer 3A.

  When the “yes” button g2a is touched (YES in step 203), a memory registration password input screen g3 shown in FIG. 38C is displayed on the display / input device 21. The memory registration password input screen g3 includes a password input field g3a, a password selection key g3b, and a “return” button g3c. When any four of the numbers 1 to 9 included in the personal identification number selection key g3b are touched in order, the combination (including the order) is set as a personal identification number for remembering information registration.

  The personal identification number is transmitted from the ATM 7 to the host computer 3A, and is temporarily stored in the memory of the host computer 3A in association with the transfer source account number (steps S204 and S212).

  The host computer 3A that has received the personal identification number also sets an expiration date (for example, the date one week after the current date), the expiration date, the transfer source account number, the transfer destination account number, and the transfer amount. Then, a two-dimensional code representing the transfer date is created, and character data representing the expiration date and the two-dimensional code are transmitted to the ATM 7 (step S213). Upon receiving the character data representing the expiration date and the two-dimensional code, the ATM 7 ejects the journal card on which the cash card and transaction information (transfer information) are printed from the card / detail processing device 25, and also describes the expiration date and the two-dimensional code. A memory registration sheet including an image is output (step S206).

  FIG. 39 shows the memory registration sheet S1 discharged from the ATM 7.

  The memory registration sheet S1 is a sheet on which transfer information (bank name, branch name, account number, transfer destination) S1a, expiration date S1b, and two-dimensional code S1c are printed. The memory registration sheet S1 is used for memory information registration performed by using a memory information registration machine 8 described below.

  FIG. 40 is a flowchart showing the processing procedure of the memory information registration device 8, the host computer 3A, and the memory information management device 4A when registering the memory information.

  As described above, the memory registration sheet S1 (FIG. 39) is issued to the customer who performs the transfer process using the ATM 7 and desires to register the memory information. The customer who wishes to register the memory information goes to the place where the memory information registration machine 8 is installed with the memory registration sheet S1. First, the two-dimensional code S1c printed on the memory registration sheet S1 is read by the scanner 36 of the memory information registration machine 8 (step S221).

  As described above, the two-dimensional code S1c of the memory registration sheet S1 includes transfer information such as a transfer source account number, a transfer destination account number, a transfer amount, and a transfer date, which are input when the transfer process is performed using ATM7. , Including expiration date. By reading the two-dimensional code S1c, the memory information registering machine 8 stores the contents of the two-dimensional code S1c, that is, the transfer information such as the transfer source account number, the transfer destination account number, the transfer amount, the transfer date, and the expiration date. Memorize temporarily.

  It is determined whether or not the current date is within the registration validity period of the memory information represented by the two-dimensional code S1c (step S222). If you allow memorization information to be registered after a long period of time has passed since the transfer using ATM7, the registered memorization information will not be the memorization information at the time of deposit (transfer). is there.

  If the current date has passed the registration expiration date of the memory information, the memory information is not registered, and the process of the memory information registration device 8 ends (NO in step S222).

  If the current date is within the registration expiration date of the memory information, the process proceeds to input of a personal identification number (YES in step S222). The display / input device 32 is used to input a personal identification number (step 223).

  The entered personal identification number is transmitted from the memory information registration device 8 to the host computer 3A together with the transfer source account number. As described above, the password for registering the memory information is temporarily registered in the memory of the host computer 3A in association with the transfer source account number. In accordance with the transfer source account number transmitted from the memory information registering machine 8, the host computer 3A sends the PIN number stored in the memory in association with the transfer source account number and transmitted from the memory information registration machine 8 By comparing the passwords, it is determined whether or not they match (step S231).

  If the two passwords match, an OK signal is sent to the memory information registration device 8 from the host computer 3A if they do not match (steps S232, 233). Receiving the NG signal, the memory information registration device 8 displays on the display / input device 32 a screen requesting the customer to input the (correct) password again (NG in step S224). Receiving the OK signal, the memory information registering machine 8 proceeds to reception of memory information registration (OK in step S224, step 225).

  As described above, the camera 31, the display / input device 32, the voice input device 35, and the data reading device 34 included in the memory information registration device 8 are used for registering the memory information. A display / input device 32 is used to input a text message. An image and sound (moving image) are input using the camera 31 and the sound input device 35. Image data recorded in advance in a USB memory or the like is input using the data reader 34.

  When the input of the memory information (sentence, image) is completed, a preview screen showing the inputted sentence and image is displayed on the display / input device 32 (step S226). If the sound is included, the sound is reproduced from the sound reproducing device 33. If the contents of the preview screen are OK, the input memory information and the transfer information obtained by reading the memory registration sheet (two-dimensional code) are associated with each other from the memory information registering machine 8 and managed as memory information. It is transmitted to the device 4A (step 227).

  The memory information management device 4A creates a new record in the account information table 13a (FIG. 5) of the recipient's account number (transfer account number) in the same manner as in the first embodiment, and transfers the transfer information. And the received memory information is stored in the memory information table 13b (FIG. 6) (step S241). The memory information table 13b (FIG. 6) also stores the URL (link) of the memory information. Of course, in the second embodiment as well, in the same way as in the first embodiment, it is possible to make an inquiry to the host computer 3A and store the age and affiliation of the customer in the account information table 13a (FIG. 5) with recall information. .

(Reproduction of memory information)
FIG. 41 is a flowchart showing the processing procedure of the ATM 7, the host computer 3A, and the memory information management device 4A when the memory information is reproduced. 42A to 42D show various screens displayed on the display / input device 21 of the ATM 7 when the memory information is reproduced.

  When a passbook is inserted into the passbook insertion port of the ATM 7 passbook processing device 24 and the passbook entry is selected using the display / input device 21, the host computer 3A makes an unbooked deposit / withdrawal from the ledger account table 12b (FIG. 4). Read the record and send to ATM7. As described above, the booked flag is stored in the ledger account table 12b for each deposit / withdrawal record, and it is determined whether or not the booked flag is unbooked. In ATM7, the deposit / withdrawal record for the unrecorded book is printed on the bankbook (steps S251 and S261).

  When the passbook entry is completed, the ATM 7 makes an inquiry about the recall information to the recall information management device 4A (step S252). It goes without saying that this inquiry includes the account number read from the passbook inserted in the passbook processing device 24. The memory information management device 14 checks whether or not unreproduced memory information is stored in the memory table 13a (FIG. 5) with respect to the account number included in the inquiry in accordance with the received memory information inquiry (see FIG. 5). Step S271).

  If unreproduced memory information exists, data representing that fact is transmitted from the memory information management device 4A to the ATM 7, and the new arrival information screen g4 (FIG. 42A) is displayed on the ATM display / input device 21 accordingly. Is displayed (step S253). When the “No” button in the new arrival information screen g4 is touched, the recalled information is not reproduced, and the processing of ATM 7 ends (NO in step S254).

  When the “Yes” button in the new arrival information screen g4 is clicked, the memory information management device 4A confirms the date, amount, handling contents (payment requester information), and memory information confirmation from the account system table 13a with memory information (FIG. 5). The flag is read out from the memory information table 13b (FIG. 6), and the URL of the memory information is read out and transmitted to the ATM 7 (YES in step S254, step S272). The memory information itself is not transmitted here. The deposit information list screen g5 (FIG. 42 (B)) accompanied by the recall information is displayed on the display / input device 21 of the ATM 7 (step 255).

  In the list screen g5, a character string of “detailed display” is included for each memory information, and “unconfirmed” characters are further displayed for those whose memory information has not been reproduced. The “detailed display” portion includes the URL (link) of the recall information, as in the first embodiment. When “detailed display” is touched, the memory information (text data, image data, etc.) touched according to the URL is read from the memory information table 13b (FIG. 6) in the memory information management device 4A and transmitted to the ATM 7. 42 (C) and 42 (D), the memory information reproduction screens g6 and g7 are displayed on the display / input device 21 of the ATM 7 (step S256, step S273, step S257). The presence / absence of newly registered memory information can be confirmed at the time of passbook entry, and the memory information can be reproduced.

  Even if there is no new (unreproduced) memory information, a screen (similar to the screen shown in FIG. 42A) for confirming whether or not the memory information is to be reproduced is displayed on the ATM7 display / input device. Needless to say, it may be displayed on 21. Further, only the deposit information accompanied by unreproduced memory information on which unconfirmed characters are displayed may be displayed on the list screen g5 (FIG. 42B).

[First Modification]
43 and 44 show a first modification of the second embodiment, and FIG. 43 shows a bankbook T1 (opened state) on which a deposit / withdrawal record (transaction details) is printed. FIG. 44 is a flowchart showing the processing procedure of the ATM 7, the host computer 3, and the memory information management device 4A in the first modification of the second embodiment.

  In the first modification of the second embodiment, when the memory information is registered (when the memory information is stored in the memory information table 13b), if the bankbook is recorded using ATM7, the line unit of the bankbook T1 The two-dimensional code T1a representing the URL (see FIG. 6) of the memorized information stored in the memorized information table 13b of the memorized information management device 4A is recorded in the column for depositing / withdrawing records. As will be described later, the two-dimensional code T1a is read using, for example, a mobile phone, and the memorized information is downloaded to the mobile phone and reproduced according to the URL.

  Referring to FIG. 44, when passbook T1 is inserted into ATM7 passbook processing device 24 and ATM7 display / input device 21 is used to select the passbook entry, the account number of inserted passbook T1 is included. A passbook entry request is transmitted from the ATM 7 to the host computer 3A (step S281). Receiving the passbook entry request, the host computer 3A accesses the ledger account table 12b (FIG. 4) having the account number included in the passbook entry request, and remembers the receipt record corresponding to the unrecorded receipt record. Whether the information exists or not is inquired to the recall information management device 4A (step S291). This inquiry includes information specifying the deposit information stored in the account information table 13a of the memorization information management device 4A, such as date, deposit amount (deposit amount), handling contents (depositor information). Needless to say.

  The memory information management device 4A that has received the inquiry accesses the account table 13a with the memory information (FIG. 5), checks whether there is memory information corresponding to the unrecorded deposit record, and if it exists, The URL of the memory information is transmitted to the host computer 3A (step S301). Receiving the URL, the host computer 3A converts the URL into the two-dimensional code T1a, and sends a deposit / withdrawal record including the two-dimensional code T1a to the ATM 7 (steps S292 and S293). The ATM 7 records the deposit / withdrawal record including the two-dimensional code T1a representing the URL in the book T1 (S282, FIG. 43).

  When the two-dimensional code T1a recorded in the passbook T1 is imaged and read using the imaging function and the two-dimensional code recognition function of the cellular phone, the URL specified by the two-dimensional code T1a is recognized by the cellular phone. . By accessing the URL using the communication function of the mobile phone, the memory information is downloaded to the mobile phone from the memory information management device 4A. The memory information can be reproduced on the display screen of the mobile phone. Of course, the user may be requested to input the ID and password, and the memory information may be downloaded to the mobile phone when the authentication is successful.

  In the first modification described above, a two-dimensional code T1a representing a URL is created by the host computer 3A (step S292). The two-dimensional code T1a is created instead of the host computer 3A. 4A may be performed, or ATM7 may be performed. Further, the two-dimensional code T1a may be recorded in the bankbook of the deposit (transfer) client.

[Second Modification]
45 and 46 show a second modification of the second embodiment, and FIG. 45 shows the appearance of the bankbook T2. FIG. 46 is a flowchart showing the processing procedure of the ATM 7, the host computer 3, and the memory information management device 4A in the second modification of the second embodiment. In the flowchart shown in FIG. 46, the same processes as those in the flowchart shown in FIG. 44 are denoted by the same reference numerals, and detailed description thereof is omitted.

  In the first modification of the second embodiment described above, the two-dimensional code T1a representing the URL for downloading the memory information is written in the passbook T1, but in the second modification, the two-dimensional code Ta1 is stored in the passbook T2. Instead of being recorded, the memory information itself is stored in the passbook T2 instead. An IC chip M1 is attached (attached) to the passbook T2 for storing the memory information. As will be described below, the memorized information (or the memorized information and the payment information associated with the memorized information) stored in the memorized information table 13b of the memorized information management device 4A at the time of passbook entry is stored in the passbook T2. It is stored in the IC chip M1. The IC chip M1 includes an integrated circuit (IC) and a semiconductor memory. The ATM 7 passbook processing device 24 is provided with a writing device for writing data to the semiconductor memory of the IC chip M1.

  Referring to FIG. 46, when passbook T2 is inserted into ATM7 passbook processor 24 and ATM7 display / input device 21 is used to select a passbook entry, the account number of inserted passbook T2 is included. A passbook entry request is sent from the ATM 7 to the host computer 3A (step S281). In response to this, the host computer 3A accesses the ledger account table 12b (FIG. 4) having the account number included in the passbook entry request. Then, the memory information management device 4A is inquired whether there is memory information corresponding to the unrecorded deposit record (step S291). The memory information management device 4A transmits the URL of the memory information corresponding to the unrecorded deposit record to the host computer 3A (step S301).

  A deposit / withdrawal record including the URL including the URL is transmitted from the host computer 3A to the ATM 7 (step S294).

  The ATM 7 that has received the deposit / withdrawal record including the URL records the received deposit / withdrawal record for the unrecorded book in the book T2 (step S283). Furthermore, ATM7 transmits the memory information download request to memory information management apparatus 4A using the received URL (step S284).

  The memory information management device 4A reads the memory information from the memory information table 13b (FIG. 6) according to the download request from the ATM 7, and transmits it to the ATM 7 (step S302). The ATM 7 passbook processor 24 writes the received memory information to the IC chip M1 attached (attached) to the passbook T2. The memory information is stored in the IC chip M1 of the bankbook T2 (step S285).

  The memory information stored in the IC chip M1 is read and reproduced by using a data reader (not shown) that reads data stored in the IC chip M1.

  In the second modification of the second embodiment described above, the URL of the memory information is read from the memory information management device 4A, and the memory 7 downloads the memory information from the ATM 7 according to this URL (steps S301, S294, S284), when there is an inquiry (step S291) from the host computer 3A without transmitting the URL of the memory information, the memory information itself is sent from the memory information management device 4A to the ATM 7 via the host computer 3A. May be transmitted. In any case, when the memory information is registered, the memory information is stored in the IC chip M1 of the bankbook T2 when the bankbook is recorded.

DESCRIPTION OF SYMBOLS 1 Network 2 Web server 3, 3A Host computer 4, 4A Recollection information management apparatus 5 Client computer 7 ATM
8 Memories information registration machine
11a Member table
12a Ledger attribute table
12b Ledger accounting table
13a Account table with memory information
13b Memories Information Table T1 Passbook M1 IC Chip

Claims (10)

Enter the deposit account number, deposit amount, deposit requester information and transaction date included in the deposit message given to the host computer that performs account processing at the financial institution, and a message from the deposit requester to the recipient Data input means for receiving message data input, and a deposit account number, deposit amount, deposit requester information and transaction date received by the data input means, the message data, and the message data. A memory information management device provided with a memory information storage device for storing the specified addresses in association with each other;
The deposit / withdrawal record transmitted from the host computer is recorded in a passbook, and the message data transmitted from the memory information management device when the message data is stored in the memory information storage device is specified. A passbook entry machine that records a code representing the address to be entered in the passbook,
Memories bank system with Enter the deposit account number, deposit amount, deposit requester information and transaction date included in the deposit message given to the host computer that performs account processing at the financial institution, and a message from the deposit requester to the recipient Data input means for receiving message data input, and a deposit account number, deposit amount, deposit requester information and transaction date received by the data input means, the message data, and the message data. A memory information management device comprising a memory information storage device for storing a specified address in association with each other;
The deposit / withdrawal record transmitted from the host computer is recorded in a passbook with a memory chip attached, and when the message data is stored in the recall information storage device, it is transmitted from the recall information management device. A book / download means for downloading the message data from the memory information management device according to the address of the message data, and a data book for storing the message data downloaded by the book / download means in the memory chip A passbook entry machine having a means for inserting,
Memories bank system with A message that represents the message from the deposit requester to the recipient, and the input of the deposit account number, deposit amount, and deposit requester information included in the deposit telegram given to the host computer that performs account processing at the financial institution Data input means for receiving data input, and memory information storage for storing the destination account number, payment amount, payment requester information and transaction date received by the data input means, and the message data in association with each other A memory information management device comprising a device;
The deposit / withdrawal record transmitted from the host computer is recorded in a passbook with a memory chip attached, and when the message data is stored in the recall information storage device, it is transmitted from the recall information management device. A passbook entry machine having data writing means for storing the message data in the memory chip;
Memories bank system with The above passbook machine is
A bookkeeping request sending means for sending a passbook entry request including the account number of the passbook to the host computer;
The host computer is
A ledger data table that is created for each account and stores at least the deposit / withdrawal records and balances, and in response to a passbook entry request sent from the passbook entry machine, an unrecorded receipt record to be sent to the passbook entry machine Inquiry means for inquiring to the recall information management device whether the corresponding message data exists or not,
The above memory information management device
In response to an inquiry from the host computer, when the message data corresponding to an unrecorded deposit record is stored in the memory information storage device, an address for identifying the message data is set to the host An address transmission means for transmitting to a computer;
The host computer is
A deposit / withdrawal record transmitting means for transmitting an unrecorded deposit / withdrawal record including an address transmitted from the memory information management device to the passbook entry device;
The memory bank system according to claim 1 or 2. Any one of the memory information management device, the host computer, and the passbook entry machine includes code conversion means for converting the address into a code.
The memory bank system according to claim 1. The above code is a two-dimensional code,
The memory bank system according to claim 1 or 5.   The memory system according to any one of claims 1 to 6, wherein the message data is at least one of text data, image data, and audio data.   The memory bank system according to any one of claims 1 to 7, wherein the bankbook machine is an automatic transaction machine. Includes a deposit / withdrawal record entry field to record deposit / withdrawal records in line units,
If a deposit / withdrawal record is included in the deposit / withdrawal record entry field, the above-mentioned deposit / withdrawal record is included in the line where the deposit / withdrawal record is entered. Contains a code representing the address for downloading message data,
passbook. The deposit / withdrawal record entry column to record the deposit / withdrawal record in line units, and the deposit / withdrawal record accompanying the message data indicating the message sent to the recipient by the deposit requester are in the above-mentioned deposit / withdrawal record entry column. A memory chip for storing the message data downloaded from a management device that manages the message data if included;
Passbook with.

Images