JP2012178105A - Information processing program, information processing method and portable terminal - Google Patents

Abstract

PROBLEM TO BE SOLVED: To achieve flexible charge corresponding to the use configuration of a value.SOLUTION: An information terminal 7 includes: an IC chip 12 for storing a value; and an electronic money application 15. The electronic money application 15 stores a balance reference sum and an auto-charge sum. (1) The electronic money application 15 requests a current value balance of the IC chip 12. (2) The IC chip 12 transmits a value balance to the electronic money application 15. (3) The electronic money application 15 determines whether or not the value balance is equal to or less than the balance reference sum. (4) The electronic money application 15 requests, when the value balance is equal to or less than the balance reference sum, the electronic money server 2 to perform charge for the auto-charge sum. (5) The electronic money server 2 executes charge to the IC chip 12.

Description

  The present invention relates to an information processing program, an information processing method, and a mobile terminal, and relates to, for example, processing electronic money.

In a prepaid electronic money system, electronic information having an exchange value similar to money called value is stored in an IC (Integrated Circuit) chip carried by the user, and this is reduced by a terminal at a store, etc. Make a payment for the service.
The process of increasing the amount of value (hereinafter referred to as the value balance) stored in the IC chip is called “charging”. When charging, the amount corresponding to the value is collected from the user, and the correspondence between the value and the actual money is handled. And the exchange value of the value is secured.

As described above, in the prepaid electronic money system, the value balance is stored in advance in the IC chip, and the payment is reduced and the payment cannot be made unless the value balance is insufficient at the time of payment.
For this reason, Patent Document 1 proposes a technique for automatically charging a value.
In this technology, the value is stored in the mobile phone, and the mobile phone checks the value balance at the check time.
When the value balance becomes less than the preset minimum balance, the mobile phone accesses the financial institution server and holds the funds, and then accesses the electronic value issuing system to charge the value.

  By the way, the usage form of electronic money is different for each user, and the technique disclosed in Patent Document 1 has a problem that it is difficult to charge flexibly according to the usage form of value.

JP 2005-25618 A

  An object of this invention is to implement | achieve the flexible charge according to the usage form of value.

In the invention according to claim 1, an amount for acquiring the stored amount at a predetermined timing from an IC chip that stores the amount of money value and increases or decreases the stored amount according to amount change information input from an external terminal. The IC chip stores an acquisition function, a determination function that determines whether or not the acquired amount satisfies a predetermined condition, and the determination function determines that the acquired amount satisfies a predetermined condition An increase request function for requesting a predetermined server to increase the amount to be added, and when the approval information is received from the predetermined server in response to the request, amount change information for increasing the predetermined amount is input to the IC chip. An information processing program for causing a computer to realize an increase function for increasing the amount of money stored in the IC chip is provided.
According to a second aspect of the present invention, the predetermined timing is a timing when a predetermined time is reached, a time after a predetermined time has elapsed since the increase function has input the amount change information received from the server to the IC chip. It is at least one of timing, timing when the amount stored in the IC chip is reduced by amount change information, and timing when the amount stored in the IC chip is predicted to satisfy a predetermined condition. An information processing program according to claim 1 is provided.
According to a third aspect of the present invention, the IC chip has a plurality of individual amount storage means whose amount can be increased or decreased individually, and a movement amount storage for storing a moveable amount in the individual amount storage means. And the amount acquisition function acquires at least one amount of money for the transfer or individual amount storage, and the increase function uses the amount change information for the amount of transfer. The amount of money stored in the storage means is increased, and an amount transfer function for moving the amount stored in the transfer amount storage means to any individual amount storage means is realized in a computer. Alternatively, an information processing program according to claim 2 is provided.
According to a fourth aspect of the present invention, the amount transfer function is configured to calculate the amount stored by the amount storage means for transfer when the amount stored by the individual amount storage means satisfies a predetermined condition. 4. The information processing program according to claim 3, wherein the information processing program is moved to an individual amount storage means that satisfies the above condition.
In the invention according to claim 5, when the increase function increases the amount stored in the transfer amount storage unit, the amount stored in the transfer amount storage unit is changed to a plurality of amounts according to a predetermined priority order. The information processing program according to claim 3 or 4, wherein a distribution function to be distributed to the individual amount storage means is realized by a computer.
According to a sixth aspect of the present invention, the computer realizes an amount setting function for setting a predetermined amount in the determination function using a state of reduction of the amount stored in the IC chip. An information processing program according to any one of the claims is provided.
In the invention according to claim 7, the predetermined amount to be increased by the increase function is the amount obtained by subtracting the current amount from the maximum amount stored by the amount storage unit or the maximum amount stored by the amount storage unit. The information processing program according to any one of claims 1 to 5, wherein the information processing program is any one of amounts obtained by subtracting an average increase amount per time.
In the invention according to claim 8, in the computer comprising the amount acquisition means, the determination means, the increase request means, and the increase means, the amount acquisition means stores the amount of monetary value, and from an external terminal An amount acquisition step of acquiring the stored amount at a predetermined timing from an IC chip that increases or decreases the stored amount according to the input amount change information, and whether the determination unit satisfies the predetermined amount A determination step for determining whether or not, and when the increase request means determines that the acquired amount satisfies the predetermined condition by the determination means, an increase in the amount stored in the IC chip is given to a predetermined server. Requesting an increase request step, and amount change information for increasing a predetermined amount when the increase means receives approval information from the predetermined server in response to the request Said input to IC chip, an information processing method characterized by the increase step of increase the amount of storage of the IC chip, which is composed of.
In the invention according to claim 9, the amount of money value is acquired at a predetermined timing from an IC chip that stores the amount of money value and increases or decreases the stored amount according to the amount change information input from an external terminal. The IC chip stores the acquisition means, the determination means for determining whether or not the acquired amount satisfies a predetermined condition, and the determination unit determines that the acquired amount satisfies the predetermined condition An increase request means for requesting a predetermined server to increase the amount to be added, and when the approval information is received from the predetermined server in response to the request, the amount change information for increasing the predetermined amount is input to the IC chip. And an increase means for increasing the amount of money stored in the IC chip.

  According to the present invention, flexible charging according to the usage form of value is realized by condition setting or the like.

It is a figure for demonstrating the outline | summary of embodiment. It is the figure which showed the network structure of the electronic money system. It is a figure for demonstrating the structure of a portable terminal. It is the figure which showed an example of the hardware constitutions of an electronic money server. It is the figure which showed the auto charge setting screen. It is a flowchart for demonstrating the procedure which performs registration of auto charge utilization. It is a flowchart for demonstrating the procedure of an auto charge process. It is a figure for demonstrating 2nd Embodiment. It is the figure which showed the structure of the IC chip which concerns on 3rd Embodiment. It is a figure for demonstrating the modification of 3rd Embodiment.

(A) Outline of Embodiment FIG. 1 is a diagram for explaining the outline of the embodiment.
The portable terminal 7 includes an IC chip 12 that stores values and an electronic money application 15. The electronic money application 15 stores a balance reference amount and an auto charge amount preset by the user.
Thereafter, auto charging is performed in the order of the numbers shown in parentheses.

(1) The electronic money application 15 requests the current value balance from the IC chip 12.
(2) In response to the request from the electronic money application 15, the IC chip 12 transmits the value balance to the electronic money application 15.
(3) The electronic money application 15 determines whether the value balance received from the IC chip 12 is less than or equal to the balance reference amount.
(4) When the value balance is equal to or less than the balance reference amount, the electronic money application 15 requests the electronic money server 2 to charge the auto charge amount.
(5) Upon receiving a request from the electronic money application 15, the electronic money server 2 charges the IC chip 12.

(B) Details of the embodiment (first embodiment)
FIG. 2 is a diagram showing a network configuration of the electronic money system 1.
The electronic money system 1 includes a mobile terminal 7, an electronic money server 2, a credit company server 3, the Internet 4, a base station 5, a store terminal 8 installed in a member store 81, and the like.

The mobile terminal 7 is a mobile terminal having an Internet communication function such as a smartphone or a mobile phone, and includes an IC chip 12.
The portable terminal 7 can communicate with the electronic money server 2 via the Internet 4 by wirelessly communicating with the base station 5.

The IC chip 12 includes an antenna for short-range wireless communication, and can perform short-range wireless communication with the store terminal 8.
The IC chip 12 can store the value, and can execute charging and settlement by executing a command transmitted from the store terminal 8.
Further, the IC chip 12 can perform charging and settlement by communicating with the electronic money server 2 via the mobile terminal 7 and executing a command transmitted from the electronic money server 2.

An electronic money application 15 that auto-charges the IC chip 12 is installed in the portable terminal 7.
The electronic money application 15 periodically checks the value balance of the IC chip 12. When the value balance is equal to or less than the balance reference amount, the electronic money application 15 accesses the electronic money server 2 and requests the electronic money server 2 to charge.

In response to this request, the electronic money server 2 transmits a command to the IC chip 12 and charges the IC chip 12.
Thus, the automatic charge performed by the electronic money application 15 is referred to as auto charge.

The electronic money server 2 is a server that manages the distribution of value in the electronic money system 1.
The electronic money server 2 collects log data in which a history of charge and settlement is recorded from the store terminal 8 regularly or irregularly. Then, this and the log data when the IC chip 12 is directly charged or settled are totaled together, and the correspondence between the distribution of value and the currency is taken.

The member store 81 is a business that provides goods and services by taking consideration from users such as retail stores, sales offices, and sales vehicles.
The member store 81 is a member of an alliance that uses an electronic money service provided by the electronic money system 1 and includes one or a plurality of store terminals 8.

The store terminal 8 performs short-range wireless communication with the IC chip 12 and transmits a command to the IC chip 12 for charging and settlement.
The store terminal 8 transmits the log data recording the processing content with the IC chip 12 to the electronic money server 2 by batch processing at regular or irregular intervals.

The credit company server 3 is a server for the credit company to manage payment by credit card.
The user of the IC chip 12 has a contract with the credit company and has registered his / her credit card number in the electronic money server 2.
When the electronic money server 2 charges the IC chip 12, the credit company server 3 settles the price with the user's credit card number.

FIG. 3 is a diagram for explaining the configuration of the mobile terminal 7.
The mobile terminal 7 includes a terminal function unit 10, an IC chip 12, an interface unit 11 that connects both, and a terminal communication unit 16 that is formed of an IC chip that includes an antenna for short-range wireless communication. There is also an IC chip 12 with a built-in terminal communication unit 16.

The IC chip 12 includes a CPU (Central Processing Unit), a ROM (Read Only Memory), a RAM (Random Access Memory), an EEPROM (Electrically Erasable Programmable ROM), and the like, and has a function as a computer.
As will be described later, the terminal function unit 10 also has a function as a computer, and the portable terminal 7 is in a state where two computers are connected by the interface unit 11.

In addition to an OS (Operating System), a plurality of application software such as an application functioning as a point card and an application functioning as a membership card can be installed and executed in the EEPROM.
In the present embodiment, an application program for electronic money processing is installed, and the value processing unit 17 and the electronic money storage unit 18 are configured by executing the program by the CPU.

The electronic money storage unit 18 stores an electronic money function unit ID, a value balance, log data, and the like.
The electronic money function unit ID is identification information for specifying an application for electronic money processing installed in the IC chip 12.
The value balance is the amount of value currently stored.
The log data is log data that records processing contents when processing related to electronic money such as charging, settlement, and balance reference is performed.

The value processing unit 17 executes a command input from the store terminal 8 via the terminal communication unit 16. As a result, the value processing unit 17 performs charging and settlement, balance reference, electronic money function unit ID reference, log data reference, and the like.
The terminal communication unit 16 includes a short-range wireless antenna, and mediates communication between the store terminal 8 and the value processing unit 17. The store terminal 8 includes a reader / writer equipped with a short-range wireless antenna, and the terminal communication unit 16 communicates with the store terminal 8 via the reader / writer.

As a charge command for charging, an addition command or an overwrite command can be used.
The addition command is a command for causing the value processing unit 17 to perform addition processing for the amount of money specified by the parameter.
For example, when charging 1,000 yen, the value processing unit 17 adds 1000 yen to the value balance in the electronic money storage unit 18 in accordance with the addition command input from the store terminal 8, and uses the added value as the electronic money. The value balance in the storage unit 18 is overwritten.

The overwrite command is an instruction that causes the value processing unit 17 to perform an overwrite process with the amount specified by the parameter.
For example, when charging 1,000 yen, first, the store terminal 8 reads the value balance from the IC chip 12 by a balance reference command. Next, the store terminal 8 adds 1000 yen to the value balance, and inputs an overwrite command for overwriting with the value after the addition to the IC chip 12. The IC chip 12 executes this and overwrites the value balance in the electronic money storage unit 18.

In addition, as a settlement command for performing settlement, a subtraction command or an overwrite command can be used.
The subtraction command is an instruction that causes the value processing unit 17 to perform subtraction processing for the amount of money specified by the parameter.

For example, when making a payment of 1000 yen, the value processing unit 17 subtracts 1000 yen from the value balance in the electronic money storage unit 18 in accordance with the subtraction command input from the store terminal 8, and uses the value after the subtraction as the electronic money. The value balance in the storage unit 18 is overwritten.
The settlement with the overwrite command can be performed in the same manner as the case of charging with the overwrite command.
Whether the addition command or the overwrite command is used as the charge command and whether the subtraction command or the overwrite command is used as the settlement command depends on the system design of the electronic money system 1.

The terminal function unit 10 is a computer including a CPU, ROM, RAM, EEPROM, multi-touch screen, speaker, microphone, RF circuit, and the like, and is connected to the IC chip 12 via the interface unit 11.
The terminal function unit 10 can communicate with the base station 5 through an RF circuit, and can communicate with the IC chip 12 via the interface unit 11.

In the EEPROM, a plurality of application software such as a browser and a game can be installed and executed in addition to the OS.
The multi-touch screen is installed on the display screen of the mobile terminal 7, and the user can operate the application software by selecting an item by touching the screen with a fingertip.

In the present embodiment, an electronic money application 15 that is application software that provides various services related to electronic money is installed and operated in the EEPROM.
For example, the electronic money application 15 downloads and installs a program for the electronic money application 15 from the electronic money server 2 to the terminal function unit 10 or distributes a recording medium storing the program to the user, It is formed by installing in the terminal function unit 10 from a recording medium.

The electronic money application 15 can communicate with the electronic money server 2 using the communication function of the mobile terminal 7.
Then, the electronic money application 15 performs user registration and auto charge setting for the electronic money server 2, or performs auto charge in cooperation with the electronic money server 2.

The electronic money application 15 can also communicate with the IC chip 12 via the interface unit 11.
As a result, the electronic money application 15 inputs a balance reference command to the IC chip 12 to read the value balance from the IC chip 12, inputs an ID reference command to read the electronic money function unit ID, or logs data reference command Log data can be read by inputting.

The electronic money application 15 stores a balance reference amount set by the user.
The balance reference amount is an amount used as a reference when auto-charging is executed.
The electronic money application 15 periodically inputs a balance reference command to the IC chip 12 to acquire a value balance (for example, every hour), and automatically charges when the value balance falls below (or less than) the balance reference amount. Start operation.

In this case, the electronic money application 15 accesses the electronic money server 2 to make an auto charge request.
Then, the electronic money application 15 inputs the charge command transmitted from the electronic money server 2 in response to this request to the IC chip 12 and charges the IC chip 12.
At this time, the electronic money application 15 encrypts a communication path from the electronic money server 2 to the IC chip 12 to enhance security.

  In this embodiment, the electronic money server 2 stores the auto charge amount and uses it for auto charging. However, the electronic money application 15 stores the auto charge amount and uses it for auto charging. You may comprise so that it may transmit to the electronic money server 2 every time.

FIG. 4 is a diagram illustrating an example of a hardware configuration of the electronic money server 2.
The electronic money server 2 is formed by connecting a CPU 21, a ROM 22, a RAM 24, a communication control unit 23, a storage unit 25, and the like via a bus line, and constitutes an information processing server.

The CPU 21 is a central processing unit that performs various types of information processing according to a predetermined program.
In the present embodiment, an autocharge request is received from the mobile terminal 7 and autocharge is performed, or log data is collected from the store terminal 8 and aggregated.
Note that it is not necessary for the CPU 21 to perform all of these functions, and a system having functions equivalent to those of the electronic money server 2 may be configured by combining a plurality of server devices.

The ROM 22 is a read-only memory, and stores basic programs and parameters for operating the electronic money server 2.
The RAM 24 is a readable / writable memory, and provides a working memory to the CPU 21, loads and stores programs and data stored in the storage unit 25, and the like.
The communication control unit 23 communicates with the store terminal 8 or communicates with the mobile terminal 7 via the Internet 4 or the base station 5.

The storage unit 25 is configured by using a large-capacity storage device such as a hard disk, and includes a program storage unit 26 that stores various programs, a data storage unit 27 that stores data, and the like.
The program storage unit 26 stores an OS, a program for performing auto charge, a program for processing log data, and other programs.

  The data storage unit 27 includes a user DB (database) in which a user using the electronic money system 1 is registered with the IC chip 12 of the mobile terminal 7 or the electronic money card, an auto charge registration DB in which conditions for auto charge are registered, and the like. However, a member store DB in which the member store 81 is registered, a transaction history DB in which a transaction history by value is recorded, and other databases are stored.

The user DB includes user ID, password, user name, address, date of birth, telephone number, e-mail address, electronic money function unit ID of IC chip 12, credit card number, presence / absence of use registration of auto charge, and the like. , Stored in association with each user ID. As described above, in the electronic money system 1, a user who has registered in the user DB that he / she wants to use autocharge becomes a target of the autocharge service.
The user DB stores the user's savings account number (for example, a bank account number) when debiting the autocharge from the user's savings account (for example, a bank account), and uses the autocharge amount as a telephone charge. When adding up, the user ID of the mobile phone company is stored. Further, when a plurality of settlement means (credit card, deposit / savings account, etc.) are used, the settlement procedure can be stored.

In the auto charge registration DB, an electronic money function unit ID, a balance reference amount, an auto charge amount, a daily limit amount, a monthly limit amount and the like are stored in association with each user.
The balance reference amount is the same as that stored in the electronic money application 15. Therefore, the electronic money server 2 is not necessarily stored, but is also stored in the electronic money server 2 for managing the IC chip 12.

The amount of auto charge is the amount charged to the IC chip 12 by one auto charge.
The daily amount limit is the upper limit of the total charge value per day by auto-charging.
The monthly limit is the upper limit of the total charge per month by auto-charging.
Further, the limit number per day and the limit number per month may be set.

FIG. 5 is a diagram showing an auto charge setting screen displayed on the mobile terminal 7.
The auto charge setting screen is displayed when the electronic money application 15 accesses the electronic money server 2 and displays it.
In addition, the screen provided by the electronic money server 2 to the portable terminal 7 includes various types such as a user registration screen.

On the auto charge setting screen, a balance reference amount setting field 31 and an auto charge amount setting field 32 are displayed under the display of “1. Please select an auto charge amount”.
The balance reference amount setting field 31 and the auto charge amount setting field 32 are both drop-down menus, and the user selects the balance reference amount and the amount charged for one auto charge, respectively. . In addition, it can also comprise so that a user may input arbitrary amounts of money.

Below that, there is a display “Please select the auto charge upper limit for 2.1 days.”, Followed by the upper limit setting column 33.
The upper limit setting column 33 is a drop-down menu, and the user selects the upper limit for the day. In addition, it can also comprise so that a user may input arbitrary amounts of money.
Although not shown, there is also a field for selecting the upper limit for one month (or entering an arbitrary amount), such as “Please select the upper limit for 3.1 month auto charge.” .

Further, a setting button 34 and a return button 35 are displayed below the upper limit setting column 33.
The setting button 34 is a button for notifying the electronic money server 2 of the content selected by the user. When the setting button 34 is selected, the electronic money application 15 sends the content set by the user to the electronic money server 2. Send.
The return button 35 is a button for returning to the screen displayed before the auto charge setting screen is displayed.

FIG. 6 is a flowchart for explaining a procedure for performing registration of use of autocharge.
The following processing is performed by the CPU mounted on the IC chip 12 of the mobile terminal 7, the CPU mounted on the terminal function unit 10 of the mobile terminal 7, and the CPU 21 of the electronic money server 2, respectively. This is performed according to the program of the electronic money application 15 and the program for the electronic money server.

  First, the electronic money application 15 accesses the electronic money server 2 by a user operation. Then, the electronic money server 2 transmits the top screen data to the electronic money application 15, and the electronic money application 15 displays the top screen using this. On the top screen, an auto charge setting button is displayed.

When the user selects the auto charge setting button, the electronic money application 15 displays an authentication screen on the display (step 5).
The mobile terminal 7 may request the authentication screen data from the electronic money server 2 and display the authentication screen using the authentication screen data transmitted from the electronic money server 2 in response to the request.
The authentication screen is provided with a password input field and a send button. When the user inputs a password in the password input field, the electronic money application 15 accepts the password and temporarily stores it in the RAM or the like (step 15).

  When the user selects the send button, the electronic money application 15 inputs an ID reference command to the IC chip 12, reads the electronic money function unit ID from the IC chip 12, and stores the password and the electronic money function stored in the RAM. The unit ID is transmitted as authentication information to the electronic money server 2 (step 20).

When the electronic money server 2 receives the authentication information from the electronic money application 15, the electronic money server 2 performs authentication by comparing the password stored in the user DB with the electronic money function unit ID (step 25). The authentication result is transmitted to 15 (step 30).
When the electronic money application 15 receives the authentication result from the electronic money server 2, the electronic money application 15 displays an authentication result screen using this.

When the electronic money server 2 fails to authenticate the user, the authentication result screen displays the content for notifying the authentication error, and the user cannot set the auto charge.
On the other hand, when the electronic money server 2 succeeds in user authentication, the authentication result screen displays a rule for receiving the auto-charge service and an agreement button for inputting that the user agrees to the rule.
It should be noted that the agreement display and its agreement can be configured to be performed at the first time or when the agreement is revised.

When the user selects the consent button, the electronic money application 15 displays the auto charge setting screen shown in FIG. 5 (step 35).
The mobile terminal 7 requests the electronic money server 2 for the auto charge setting screen data, and displays the auto charge setting screen using the auto charge setting screen data transmitted from the electronic money server 2 in response to the request. You can also

The electronic money application 15 accepts input of registration information (balance reference amount, auto charge amount, daily limit amount, monthly limit amount, etc.) by the user selecting various conditions from the auto charge setting screen (step 45).
When the user selects a button to be set, the electronic money application 15 transmits registration information to the electronic money server 2 (step 50). At this time, the electronic money application 15 stores the balance reference amount in an EEPROM or the like for later use in confirmation of the value balance.

The electronic money server 2 receives the registration information from the electronic money application 15 and records it in the autocharge registration DB to perform registration processing (step 55).
As described above, the registration process related to the auto charge service is completed.

FIG. 7 is a flowchart for explaining the procedure of the auto-charge process.
First, the electronic money application 15 determines whether or not a predetermined time has elapsed since the previous confirmation of the value balance (in the first case, after the auto charge function is activated) (step 105).

If the predetermined time has not elapsed (step 105; N), the electronic money application 15 continues to check whether or not the predetermined time has elapsed in step 105.
When the predetermined time has elapsed (step 105; Y), the electronic money application 15 requests notification of the value balance by inputting a balance reference command to the IC chip 12 (step 110).

When receiving the balance reference command input from the electronic money application 15, the IC chip 12 reads the value balance from the electronic money storage unit 18 and transmits it to the electronic money application 15 (step 115).
When the electronic money application 15 acquires the value balance from the IC chip 12, the electronic money application 15 compares the value balance with the balance reference amount stored in advance, and determines whether the value balance is equal to or less than the balance reference amount (step 120). .

If the value balance is not less than the balance reference amount (step 120; N), the electronic money application 15 returns to the process of step 105.
When the value balance is less than or equal to the balance standard (step 120; Y), the electronic money application 15 inputs an ID reference command to the IC chip 12 and reads the electronic money function unit ID.

Next, the electronic money application 15 accesses the electronic money server 2 to request auto charge and transmits the electronic money function unit ID to the electronic money server 2 (step 125).
When an overwrite command is used as the charge command, the electronic money application 15 reads the value balance and transmits it to the electronic money server 2 in order for the electronic money server 2 to generate the overwrite command.

This request may be made without confirming with the user, or may be configured to display when a screen for requesting permission for auto charge is displayed to the user and permission for auto charge is obtained from the user. Good.
In this embodiment, since authentication processing is performed at the time of auto-charge registration, authentication is not performed at the time of auto-charge. It may be configured.

When the electronic money server 2 receives the auto charge request from the electronic money application 15, the electronic money server 2 checks whether or not a remote lock function described later is operating, and if the remote lock function is operating, the electronic money application 15 An error message is sent to and processing ends. Further, it is possible to configure such that error messages are not sent and displayed. The same applies to the following.
When the remote lock function is not activated, the electronic money server 2 searches the auto charge registration DB for the auto charge amount set by the user using the electronic money function unit ID as a key.

Next, the electronic money server 2 determines whether or not the current auto charge satisfies the daily limit and the monthly limit set by the user (step 130).
The electronic money server 2 records the amount of money and the date and time when the auto charge is performed each time the auto charge is performed, and makes a determination using the record.

Although not shown, the electronic money server 2 transmits an error message to the electronic money application 15 and terminates the process when the current auto charge does not satisfy the daily limit and the monthly limit.
On the other hand, when these limits are satisfied, the electronic money server 2 accesses the credit company server 3 and performs a settlement process for the auto charge amount with the credit card number registered by the user (step 135).
Next, the electronic money server 2 generates a charge command for increasing the auto-charge amount and transmits it to the electronic money application 15 (step 140).

The electronic money application 15 receives the charge command from the electronic money server 2 (step 145) and inputs it to the IC chip 12 (step 150).
When receiving the input of the charge command from the electronic money application 15, the IC chip 12 executes this to increase the value balance by the auto charge amount (step 155).

Although not shown, when the IC chip 12 succeeds in auto-charging, the electronic money application 15 notifies the electronic money server 2 to that effect using the terminal function unit 10, and the electronic money server 2 The charge amount is recorded for confirmation of the daily limit and the monthly limit at the next auto charge.
Further, the electronic money server 2 can be configured to notify the mobile terminal 7 of an auto-charge by e-mail or the like.

  As described above, the electronic money application 15 periodically checks the value balance of the IC chip 12, but this method is particularly effective when the electronic money application 15 does not always know the value balance of the IC chip 12. It is.

That is, since the IC chip 12 can operate independently of the terminal function unit 10, when the IC chip 12 communicates with the store terminal 8 to perform charging or settlement, the IC chip 12 is informed of that fact. Unless the money application 15 is notified, the electronic money application 15 cannot grasp the value balance of the IC chip 12.
When configured in this way, the electronic money application 15 can periodically check the value balance of the IC chip 12 to detect a balance reference amount breakage of the value balance.

In addition, the electronic money server 2 has a remote lock function in order to prevent the mobile terminal 7 from misusing the autocharge function over a third party.
In the remote lock function, the auto charge service is stopped when user access is successful and user authentication is successful. The combination of information used for user authentication is, for example, (user name, e-mail address, password), (user name, date of birth, e-mail address, password), (phone number, date of birth, e-mail address, password) ) Or the like can be used.

  In the present embodiment, the electronic money server 2 generates a charge command, and the electronic money application 15 inputs the command to the IC chip 12. However, the electronic money server 2 gives the electronic money application 15 permission to autocharge. The electronic money application 15 may be configured to generate a charge command.

In the present embodiment, the electronic money application 15 periodically checks the value balance of the IC chip 12, but for example, at a predetermined time such as 8:00, 10:00, 13:00,. It can be configured to confirm, or can be configured to confirm at a time when a predetermined time has elapsed since the previous auto charge.
Furthermore, the electronic money application 15 can be configured to check the value balance of the IC chip 12 immediately after the payment (payment) is made with the value of the IC chip 12.
Also, if the balance confirmation cycle is made sufficiently short, auto-charging can be performed immediately after settlement.

Further, the electronic money application 15 can be configured so that when the value balance becomes equal to or less than the balance reference amount, the user can set a warning so as not to perform auto charge.
In addition, a first balance reference amount and a second balance reference amount (first balance reference amount> second balance reference amount) are provided, and a warning is issued to the user when the first balance amount is less than or equal to the first balance amount, It is also possible to configure the electronic money application 15 so as to perform auto-charging when the amount is equal to or less than the second balance reference amount.

Further, if the maximum amount of value stored in the electronic money storage unit 18 exceeds the maximum amount of charge stored by auto-charging, the electronic money application 15 can be configured to automatically charge the maximum amount of charge.
If the user is registered for the use of the auto charge service, the electronic money server 2 sets the auto charge amount. If the user is not registered for the use of the auto charge service, the user uses the mobile terminal 7. It can also be configured to set an auto charge amount.

Furthermore, the payment method of the auto charge amount can be variously modified.
(Modification 1 of payment method)
The electronic money server 2 communicates with a server of a financial institution (for example, a bank) and withdraws an auto-charge amount from a savings account (for example, a bank account) registered by the user.
When the auto charge amount is withdrawn from the bank account, the electronic money server 2 accesses the bank server instead of the credit company server 3 and requests the bank server to withdraw the auto charge amount from the user account.
(Modification 2 of payment method)
When the credit card credit amount or the balance of the deposit / savings account satisfies a predetermined condition (for example, when the charge amount is less than the auto charge amount), the electronic money server 2 transmits an alert to that effect to the electronic money application 15 and It is also possible to configure so that the alert is displayed on the screen and auto-charging is not performed.

(Modification 3 of payment method)
When the credit card credit amount or the balance of the deposit and savings account satisfies a predetermined condition (for example, the amount set by the user is less than the maximum auto charge amount in the past), the electronic money server 2 An alert to this effect may be sent to the electronic money application 15 to display the alert to the user, and then auto charge may be performed.

(Modification 4 of payment method)
Register multiple credit card numbers and multiple savings accounts for settlement.
In this case, the user can set the priority order, and the electronic money server 2 can be configured to settle according to the priority order.
For example, it is assumed that the user sets priorities in the order of credit card number A, bank account D, credit card number B, bank account E, and credit card number C.

  In this case, the electronic money server 2 tries to settle with the credit card number A having the highest priority at the time of auto-charging. For example, when the settlement cannot be performed due to insufficient credit, the settlement is made with the bank account D having the next highest priority. Try. If payment cannot be made with the bank account D due to a lack of balance or the like, payment is attempted with the credit card number B having the next highest priority. Thereafter, retry is performed until payment is completed in the same manner or until it is confirmed that payment cannot be made with all registered credit card numbers and bank accounts.

  In this way, a plurality of settlement accounts (credit card numbers, deposit and savings accounts) are prioritized and registered in the electronic money server 2 and settlement possible amounts (credit card credit amount, deposit and savings account balance) are converted into auto charge amounts. If it is not satisfied, it is possible to improve the convenience for the user by configuring the settlement with a plurality of settlement accounts based on the priority order until the settlement is completed.

(Modification 5 of payment method)
In the fourth modification, when there is a credit card number or a deposit and saving account that cannot be settled, the electronic money server 2 is configured to reset these priorities, for example, to the lowest order.
That is, the electronic money server 2 changes the priority order of a plurality of settlement accounts depending on whether settlement is possible.

(Modification 6 of payment method)
In the modified example 4, when there are credit card numbers or deposit / saving accounts that cannot be settled, the electronic money server 2 sets flag information indicating that the settlement could not be performed, and the flag information is set at the next auto charge. It is also possible to configure such that payments are skipped (skip) and payments are tried in order of priority.

  In other words, when there are items that cannot be settled with a plurality of settlement accounts, the electronic money server 2 tries to settle with a settlement account excluding the settlement account that could not be settled when auto-charging next time. If priority is set for a plurality of payment accounts, payment is attempted in the order of priority in the payment accounts excluding the payment account that could not be settled.

(Modification 7 of payment method)
When the mobile terminal 7 has a telephone function and the user has a contract with a mobile phone company, the charge amount can be charged to the billing user by adding the auto-charge amount to the telephone fee.
This technique is the same as, for example, when the digital content purchase price is added to the telephone charge.
In this case, the electronic money server 2 accesses the mobile phone operator's server instead of the credit company server 3 and requests collection of the auto charge amount.

(Second Embodiment)
The electronic money application 15 according to the present embodiment predicts whether or not the balance will be insufficient before the next balance confirmation after payment with the value of the IC chip 12 (for example, immediately after), and when the balance is predicted to be insufficient. The IC chip 12 is automatically charged by communicating with the electronic money server 2.
As described above, in the second embodiment, in addition to the periodic auto charge similar to that in the first embodiment, irregular auto charge is also performed based on the predicted value of the value balance.

FIG. 8A shows the transition of the value balance with the vertical axis representing the value balance and the horizontal axis representing the time when the irregular auto-charge based on the predicted value is not performed (that is, in the case of the first embodiment). It is the figure shown by the black dot.
The electronic money application 15 periodically checks the value balance in the electronic money storage unit 18 at a cycle T,..., T (n), t (n + 1),.
At time t (n), since the value balance exceeds the balance reference amount X yen, the electronic money application 15 does not perform auto charge.

  At time t (n + 1), since the value balance is less than or equal to the balance reference amount X yen, the electronic money application 15 performs auto charge and increases the value balance by the auto charge amount Y yen. As a result, the value balance becomes Z1 yen larger than the balance standard.

FIG. 8B is a diagram showing the transition of the value balance when performing irregular autocharge based on an expected value in addition to regular autocharge.
The electronic money application 15 monitors the transition of the value balance within the period T in addition to the periodic value balance confirmation in the period T.

  This is because the electronic money application 15 is configured to periodically check the value balance at a cycle shorter than the cycle T, or when the IC chip 12 makes payment, the value balance after payment is electronically This can be realized by configuring the IC chip 12 to notify the money application 15.

Assume that the electronic money application 15 predicts that the value balance will become insufficient (value balance is 0 yen) before the next auto charge at t (n + 1) at time t1. The prediction is shown by a broken line following the black dot in the figure.
Then, the electronic money application 15 performs the auto charge without waiting for the next periodic auto charge, and increases the value balance by the auto charge amount Y yen. As a result, the value balance does not become 0 yen even before regular auto-charge, but becomes Z2 yen larger than the balance standard.
As a prediction method, for example, it is possible to use a value obtained by differentiating the transition of the value balance with time, or to make predictions using various other indicators.

In the above example, auto charge was performed when the value balance was expected to be 0 yen by the next periodic auto charge, but for example, the value balance was balance by the next regular auto charge. It is also possible to use other standards such as performing auto-charging when the amount is below the reference amount.
Or you can combine multiple conditions, such as auto charge when the value balance is expected to be insufficient by the next regular auto charge and the current value balance is below the balance amount. Good.

(Third embodiment)
In the third embodiment, the electronic money storage unit 18 is charged using the utility value.
First, the utility value will be described.
In the first embodiment, one electronic money system 1 has been described, but a plurality of business operators may operate their own electronic money systems.
For example, assume that business operator A operates electronic money system 1a, business operator B operates electronic money system 1b, and business operator C operates electronic money system 1c.

Businesses A, B, and C issue unique values and distribute them independently in their respective electronic money systems 1a, 1b, and 1c (not shown).
The utility value is a value that can be converted (changeable) into any value of the business operators A, B, and C.
That is, in the case where there are a plurality of groups such as business operators in the distributed value, the value that can be converted into the value of any group is the utility value.

FIG. 9 is a diagram showing a configuration of the IC chip 12 according to the third embodiment.
The IC chip 12 includes electronic money storage units 18a, 18b, and 18c, and stores a value balance for business operator A, a value balance for business operator B, and a value balance for business operator C, respectively.

  The value balance stored in the electronic money storage unit 18a can be charged and settled by the store terminal 8a for the operator A. Similarly, the value balance stored in the electronic money storage units 18b and 18c is Charging and settlement can be performed by the store terminals 8b and 8c for the businesses B and C.

Further, the IC chip 12 includes an electronic money storage unit 18d that stores a utility value balance.
The utility value can be charged to the electronic money storage unit 18d from the electronic money server 2d operated by the business operator that issues the utility value.

  Then, the utility value charged in the electronic money storage unit 18d can be converted into values for businesses A, B, and C and transferred to the electronic money storage units 18a, 18b, and 18c. In this way, the utility can charge different values depending on the utility value.

  For example, when the utility value is converted into a value for the operator A and transferred, the IC chip 12 reduces the utility value balance by the transfer amount in the electronic money storage unit 18d, and uses the value balance in the electronic money storage unit 18a. Value can be moved by increasing the amount of money transferred.

  In this process, the electronic money application 15 generates a subtraction command for reducing the utility value balance in the electronic money storage unit 18d, or an overwrite command, and an addition command or an overwrite command for increasing the value balance in the electronic money storage unit 18a. These can be performed by causing the IC chip 12 to execute them.

Alternatively, the electronic money application 15 can access the electronic money server 2d, and the electronic money server 2d can generate these commands and input them to the IC chip 12.
Although not shown, the value processing unit 17 may be common to these electronic money storage units 18a to 18d, or may include value processing units 17a to 17d for each of the electronic money storage units 18a to 18d. .

  The electronic money application 15 generates the above command for the amount of utility value charged to the electronic money storage unit 18d by the electronic money server 2d and the amount of value transferred from the electronic money storage unit 18d to the electronic money storage units 18a to 18c. When the electronic money server 2d generates the above command based on the log data of the IC chip 12, it is known from the log data of the electronic money server 2d. Exchanges are performed to ensure consistency between the actual currency and the value of each operator.

In the third embodiment, the electronic money application 15 confirms the value balance in the electronic money storage unit 18d, and when the balance is less than the balance reference amount, the electronic money application 15 accesses the electronic money server 2d and stores it in the electronic money storage unit 18d. Auto-charge utility value.
The value transfer from the auto-charged utility value to the electronic money storage units 18a, 18b, 18c may be performed automatically by the electronic money application 15 or manually by the user.

  The confirmation of the value balance in the electronic money storage unit 18d may be performed periodically or when payment is made with the values in the electronic money storage units 18a, 18b, and 18c. In the latter case, when the value balance in the electronic money storage unit 18d after settlement is equal to or less than the balance reference amount, auto charge is immediately performed.

In the present embodiment, the utility value is auto-charged when the value balance in the electronic money storage unit 18d is equal to or less than the balance reference amount. However, any of the balances in the electronic money storage units 18a, 18b, and 18c, or The utility value can be automatically charged when the value balance of a specific storage unit among these is below the balance reference amount.
Further, the utility value is automatically charged when the balance of any one of the electronic money storage units 18a, 18b, 18c, and 18d, or the value balance of a specific storage unit among them is equal to or less than the balance reference amount. You can also

Next, a modification of the third embodiment will be described.
(Modification 1)
In the first modification, when there is a value balance in the electronic money storage units 18a, 18b, and 18c that is less than the balance reference amount after settlement, the electronic money application 15 has a utility value balance in the electronic money storage unit 18d. If there is a utility value balance, the utility value is transferred to the electronic money storage unit 18 whose balance is below the reference amount.
In addition, when the utility value balance is insufficient, the electronic money storage unit 18d is automatically charged and then moved to the electronic money storage unit 18 which has become the balance reference amount or less.
The value transfer amount may be, for example, an arbitrary amount set in advance, or an amount obtained by subtracting the current amount from the upper limit amount that can be stored in the electronic money storage unit 18.

(Modification 2)
In the second modification, priorities are set for the values of the operators A, B, and C, and utility values are allocated by the set amount in descending order of priority at each predetermined timing (regular, settlement, etc.). To do.
For example, it is assumed that the priorities are set in the order of the electronic money storage units 18a, 18b, and 18c, and X circle, Y circle, and Z circle are set for each.
The electronic money application 15 charges a utility value of X + Y + Z yen from the electronic money server 2 when any value balance becomes equal to or less than the balance reference amount, and stores X, Y in the electronic money storage units 18a, 18b, and 18c, respectively. Move the utility value for Y and Z yen.

(Modification 3)
In the third modification, an upper limit is set in advance in the electronic money storage units 18a, 18b, and 18c, and the utility value is applied until the upper limit is reached.
For example, assume that the upper limit amounts of the electronic money storage units 18a, 18b, and 18c are X, Y, and Z yen.
The electronic money application 15 calculates the difference between the upper limit amount and the value balance for each of the electronic money storage units 18a, 18b, and 18c when any value balance falls below the balance reference amount. Then, the utility value corresponding to the total amount of the difference is charged from the electronic money server 2d, and the utility value corresponding to the difference is transferred to the electronic money storage units 18a, 18b, and 18c.

(Modification 4)
In the modified example 4, the electronic money application 15 calculates the total value balance of the electronic money storage units 18a, 18b, and 18c, and if the total value is equal to or less than the balance reference amount, the electronic money application 2 Autocharge the value.
For the transfer of the value from the utility value to the electronic money storage units 18a, 18b, 18c, for example, the methods of the second and third modifications are used.

(Modification 5)
FIG. 10 is a diagram for explaining the fifth modification.
In this modification, one of the values operated by a plurality of operators is used as a utility value.
The IC chip 12 includes electronic money storage units 18a, 18b, and 18c. The values stored in the electronic money storage unit 18b are converted into values operated by the businesses A and C, and the electronic money storage units 18a, 18c are converted. Can be moved to.

Further, the IC chip 12 can access the store terminal 8b and charge the electronic money storage unit 18b with a value or make a payment with the value stored in the electronic money storage unit 18b.
As described above, the value in the electronic money storage unit 18b can be used in the same manner as the utility value described above, and can be charged and settled in the electronic money storage unit 18b.

In this example, the value of the business operator B is used as the utility value, but the values of a plurality of business operators can also be used as the utility value.
For example, when the values of the businesses A and B are used as utility values, the value of the electronic money storage unit 18a can be transferred to the electronic money storage units 18b and 18c, and the value of the electronic money storage unit 18b can be transferred to the electronic money. It can move to the memory | storage parts 18a and 18c.
In this case, for example, various operations can be performed, such as setting the priority order in the order of the electronic money storage units 18a and 18b and transferring the value from the higher priority order to the electronic money storage unit 18c.

(Fourth embodiment)
In the present embodiment, the electronic money application 15 automatically sets the balance reference amount by calculating the optimal balance reference amount according to the usage status of the value. The configuration of the IC chip 12 is the same as that of the first embodiment.

As a calculation method, an average settlement amount per unit period (for example, per day) is used.
In this case, the electronic money application 15 accesses the IC chip 12 at a predetermined time every day, reads log data for a predetermined period (for example, for five days), and calculates an average settlement amount per day. Then, the IC chip 12 updates the stored balance reference amount with the calculated average settlement amount.

  If the storage capacity of the IC chip 12 is small and log data for a predetermined period cannot be stored, the electronic money application 15 accesses the IC chip 12 regularly or irregularly, and the log data of the IC chip 12 is overwritten. Before being performed, the log data of the IC chip 12 is read and stored in the terminal function unit 10.

  The procedure of the auto charge process in the present embodiment is the same as that in FIG. However, in step 120, the electronic money application 15 compares the value balance of the IC chip 12 with the updated balance reference amount, and determines whether the value balance is equal to or less than the balance reference amount.

(Modification 1)
In this modification, the average settlement amount per time is used as the balance reference amount.
In this case, the electronic money application 15 reads the payment amount for a predetermined number of times by referring to the log data of the IC chip 12 at regular or irregular intervals, and averages this to calculate the average payment amount per time. .
Then, the electronic money application 15 overwrites the stored balance reference amount with the calculated average amount per time.

(Modification 2)
In this modification, the electronic money server 2 calculates the balance reference amount for the balance reference amount.
The electronic money server 2 collects log data related to processing with the IC chip 12 from the store terminal 8 and calculates an average settlement amount per unit period, an average settlement amount per time, and the like to calculate a balance reference amount .
When the electronic money application 15 accesses, the electronic money server 2 transmits the balance reference amount to the electronic money application 15, and the electronic money application 15 receives and stores it.

(Fifth embodiment)
In the present embodiment, the electronic money application 15 automatically sets the auto charge amount by calculating the auto charge amount. The configuration of the IC chip 12 is the same as that of the first embodiment.
For example, the electronic money application 15 calculates a value obtained by subtracting the current value balance from the maximum chargeable amount in the electronic money storage unit 18 when autocharging, and requests the electronic money server 2 to perform autocharging based on the value. .
A value obtained by subtracting the average charge amount per time from the maximum chargeable amount may be used as the auto charge amount.

The following effects can be obtained by the embodiment and the modification described above.
(1) Since the mobile terminal 7 automatically checks the value balance of the IC chip 12 periodically and communicates with the electronic money server 2 to auto-charge when the balance is less than the balance reference amount, the user You can manage the value and save the trouble of manually charging.
(2) By automatically charging the IC chip 12, it is possible to suppress a situation where the user runs out of balance when paying with the value of the IC chip 12.
(3) Although it is difficult to add an auto-charging function to the store terminal 8, the electronic money system 1 can realize auto-charging by communication between the electronic money application 15 and the electronic money server 2.
(4) The electronic money application 15 can flexibly set a balance reference amount such as a balance shortage forecast and an optimum value, and can also set an auto charge amount flexibly.
(5) The electronic money application 15 can support a system in which values of a plurality of groups are mixed by automatically charging utility values.
(6) Although the conventional method of charging by redirecting to the electronic value issuing system after the mobile terminal accesses the financial institution and obtaining authentication, charging takes time, the electronic money system 1 has a credit limit. Since the electronic money server 2 performs confirmation and confirmation of the bank balance, the mobile terminal 7 can communicate with only the electronic money server 2 and autocharge in a short time.

The following configuration can be obtained by the embodiment and the modification described above.
The IC chip 12 stores the value balance by the electronic money storage unit 18 and stores the amount of money value (value) in order to increase or decrease the value balance by a command input from the outside, and the external terminal (the store terminal 8 or the terminal) It functions as an IC chip that increases or decreases the stored amount according to amount change information (charge command, settlement command) input from the function unit 10 or the like.
Then, the electronic money application 15 realized by the terminal function unit 10 reads the value balance from the electronic money storage unit 18 at a predetermined timing, for example, periodically or when the value balance is expected to become zero. Therefore, an amount acquisition function for acquiring the stored amount at a predetermined timing is provided.
Further, the electronic money application 15 reads the value balance from the IC chip 12 and determines whether or not the acquired amount satisfies a predetermined condition in order to determine whether or not the condition that the balance reference amount or less is satisfied. It has a judgment function.
In addition, when the electronic money application 15 determines that the condition that the value balance of the IC chip 12 is equal to or less than the balance reference amount is satisfied, the electronic money application 15 accesses the electronic money server 2 and requests an automatic charge for the IC chip 12. An increase request function for requesting a predetermined server to increase the amount stored in the IC chip when the acquired amount is determined to satisfy a predetermined condition by the determination function.
Further, the electronic money application 15 receives a charge command from the electronic money server 2 and inputs it to the IC chip 12 to charge the IC chip 12. Since the transmission of the command from the electronic money server 2 has a function as approval information that the electronic money server 2 has approved the auto charge, the electronic money application 15 responds to the request from the predetermined server. When the approval information is received, it has an increase function for inputting the amount change information for increasing the predetermined amount to the IC chip and increasing the amount stored in the IC chip. Alternatively, the electronic money application 15 may receive auto-charge approval from the electronic money server 2, and the electronic money application 15 may generate a charge command and input it to the IC chip 12.
As described above, the program for realizing the electronic money application 15 with the terminal function unit 10 corresponds to an information processing program for causing the computer to realize the above function.

In the first embodiment, the electronic money application 15 periodically checks the value balance of the IC chip 12. In this case, the electronic money application 15 sets the value balance at a predetermined time defined by the confirmation cycle. Obtained from chip 12. The predetermined time may be a predetermined time.
In the first embodiment, the electronic money application 15 can also confirm the value balance of the IC chip 12 after a predetermined time has elapsed since the previous auto charge.
In the first embodiment, the electronic money application 15 may be configured to confirm the value balance of the IC chip 12 when paying with the value of the IC chip 12.
In the second embodiment, the electronic money application 15 confirms the value balance of the IC chip 12 when the expected value of the value balance satisfies a predetermined condition. Further, the above timings may be combined.
Thus, the predetermined timing is the timing when the predetermined time comes, the timing after the predetermined time elapses after the increase function inputs the amount change information received from the server to the IC chip, the amount change information Therefore, at least one of the timing when the amount stored in the IC chip is reduced and the timing when the amount stored in the IC chip is predicted to be a predetermined amount or less can be set.

In the third embodiment, the IC chip 12 stores, for example, values for each company whose amount can be increased or decreased individually, and also stores utility values that can be transferred to these values for each company. The chip includes a plurality of individual amount storage means whose amount can be increased or decreased individually, and a movement amount storage means for storing the amount of money that can be transferred to the individual amount storage means.
The electronic money application 15 auto-charges the utility value when the utility value balance in the electronic money storage unit 18d is equal to or less than the balance reference amount, and the business operator of the electronic money storage units 18a to 18c. In order to auto-charge the utility value when another value balance becomes less than the balance reference amount, the amount acquisition function acquires at least one amount of the amount storage means for movement or individual The increase function increases the amount stored in the transfer amount storage means by the amount change information.
Further, the electronic money application 15 transfers the value automatically charged in the electronic money storage unit 18d to the electronic money storage units 18a, 18b, and 18c. An amount transfer function for transferring to the amount storage means is provided.

  In the first modification of the third embodiment, when there is an electronic money storage unit 18 that is equal to or less than the balance reference amount after settlement among the electronic money storage units 18a, 18b, and 18c, the electronic money storage unit 18d In order to move the utility value to the electronic money storage unit 18, the money amount transfer function stores the money amount storage means for transfer when the amount stored by the money amount storage means for individual use satisfies a predetermined condition. The amount to be transferred is transferred to an individual amount storage means that satisfies the predetermined condition.

  In the second modification of the third embodiment, priorities are set in the electronic money storage units 18a, 18b, and 18c, and when the electronic money storage unit 18d is automatically charged, the electronic money storage units are according to the priorities. In order to distribute the utility value of 18d, the electronic money application 15 determines the amount stored in the transfer amount storage means when the increase function increases the amount stored in the transfer amount storage means. A distribution function of distributing to the plurality of individual amount storage means according to the priority order.

  In the fourth embodiment, since the balance reference amount is dynamically set to the optimum amount according to the usage state of the value, the electronic money application 15 uses the reduction state of the amount stored in the IC chip. An amount setting function for setting a predetermined amount in the determination function is provided.

  In the fifth embodiment, the amount obtained by subtracting the current value balance from the maximum chargeable amount is used as the autocharge amount, or the value obtained by subtracting the average charge amount per time from the maximum chargeable amount is used as the autocharge amount. In order to dynamically set the auto charge amount, the auto charge amount of the electronic money application 15, that is, the predetermined amount to be increased by the increase function, subtracts the current amount from the maximum amount stored in the amount storage means Or the amount obtained by subtracting the average increase amount per time from the maximum amount stored by the amount storage means.

  In addition, the terminal function unit 10 in which the electronic money application 15 is realized functions as a computer including an amount acquisition unit, a determination unit, an increase request unit, and an increase unit. An amount acquisition step of storing the amount of money value at a predetermined timing from an IC chip that stores the amount of money value and increases or decreases the amount stored according to amount change information input from an external terminal; A determination step of determining whether the acquired amount satisfies a predetermined condition; and the IC chip when the increase request unit determines that the acquired amount satisfies a predetermined condition by the determination unit An increase request step for requesting an increase in the amount stored by the predetermined server, and the increase means, the approval information for the request from the predetermined server When receiving, by entering the amount change information to increase the predetermined amount of money to the IC chip, and increase step of increase the amount of storage of the IC chip can perform.

  Further, the mobile terminal 7 having the terminal function unit 10 in which the electronic money application 15 is realized stores an amount of money value, and an IC chip that increases or decreases the stored amount according to the amount change information input from an external terminal. , An amount acquisition unit for acquiring the stored amount at a predetermined timing, a determination unit for determining whether the acquired amount satisfies a predetermined condition, and the amount acquired by the determination unit satisfies a predetermined condition. An increase request means for requesting a predetermined server to increase the amount of money stored in the IC chip when it is determined to satisfy, and a predetermined amount when receiving approval information from the predetermined server in response to the request And a means for increasing the amount of money stored in the IC chip by inputting the amount change information for increasing the amount into the IC chip. It is functioning as a.

  Further, an amount acquisition function for acquiring the stored amount at a predetermined timing from an IC chip that stores the amount of money value and increases or decreases the stored amount according to the amount change information input from an external terminal, and the acquired A determination function for determining whether or not the amount of money satisfies a predetermined condition, and an increase in the amount of money stored in the IC chip when the determination function determines that the acquired amount of money satisfies a predetermined condition An increase request function requested from the server, and when the approval information is received from the predetermined server in response to the request, the amount change information for increasing the predetermined amount is input to the IC chip, and the IC chip is stored. It is also possible to provide a recording medium recording an information processing program for causing a computer to realize an increase function for increasing the amount of money to be executed.

DESCRIPTION OF SYMBOLS 1 Electronic money system 2 Electronic money server 3 Credit company server 4 Internet 5 Base station 7 Portable terminal 8 Store terminal 10 Terminal function part 11 Interface part 12 IC chip 15 Electronic money application 16 Terminal communication part 17 Value processing part 18 Electronic money storage part 21 CPU
22 ROM
23 Communication control unit 24 RAM
25 storage unit 26 program storage unit 27 data storage unit 81 member store

Claims (9)

An amount acquisition function for storing the amount of money value and acquiring the stored amount at a predetermined timing from an IC chip that increases or decreases the stored amount according to amount change information input from an external terminal;
A determination function for determining whether or not the acquired amount of money satisfies a predetermined condition;
An increase request function for requesting a predetermined server to increase the amount of money stored in the IC chip when the acquired amount is determined to satisfy a predetermined condition by the determination function;
An increase function that, when receiving approval information from the predetermined server in response to the request, inputs amount change information for increasing a predetermined amount to the IC chip, and increases the amount stored in the IC chip;
An information processing program that causes a computer to realize this.   The IC chip according to the timing when the predetermined time comes, the timing when the increase function inputs the amount change information received from the server to the IC chip, and the amount change information after the predetermined time has elapsed. 2. The information processing program according to claim 1, wherein said information processing program is at least one of a timing at which the amount stored in said IC chip is reduced and a timing at which the amount stored in said IC chip is predicted to satisfy a predetermined condition. . The IC chip includes a plurality of individual amount storage means whose amount can be increased or decreased individually, and a movement amount storage means for storing the amount of money that can be transferred to the individual amount storage means.
The amount acquisition function acquires at least one amount of money for the moving or individual amount storage means,
The increase function increases the amount stored in the transfer amount storage means by the amount change information,
The information processing program according to claim 1 or 2, wherein a computer realizes an amount transfer function of transferring an amount stored in the transfer amount storage means to an arbitrary individual amount storage means. .   When the amount stored by the individual amount storage unit satisfies a predetermined condition, the amount transfer function uses the amount stored by the transfer amount storage unit as an individual amount that satisfies the predetermined condition. The information processing program according to claim 3, wherein the information processing program is moved to a storage unit.   When the increase function increases the amount stored in the transfer amount storage means, the amount stored in the transfer amount storage means is distributed to the plurality of individual amount storage means according to a predetermined priority order. The information processing program according to claim 3 or 4, which causes a computer to realize a distribution function to be performed.   6. The method according to claim 1, further comprising: causing a computer to realize an amount setting function for setting a predetermined amount in the determination function using a state of reduction of the amount stored in the IC chip. The information processing program described.   The predetermined amount to be increased by the increase function is the amount obtained by subtracting the current amount from the maximum amount stored in the amount storage unit, or the average increase amount per time is subtracted from the maximum amount stored in the amount storage unit The information processing program according to any one of claims 1 to 5, wherein the information processing program is any one of the calculated amounts. In a computer comprising an amount acquisition means, a determination means, an increase request means, and an increase means,
Amount acquisition step in which the amount acquisition means stores the amount of money value and acquires the stored amount at a predetermined timing from an IC chip that increases or decreases the amount stored according to amount change information input from an external terminal; ,
A determination step in which the determination means determines whether the acquired amount of money satisfies a predetermined condition;
An increase request step for requesting an increase in the amount stored by the IC chip to a predetermined server when the increase request unit determines that the acquired amount satisfies the predetermined condition by the determination unit;
When the increase means receives the approval information from the predetermined server in response to the request, the amount change information for increasing the predetermined amount is input to the IC chip, and the amount stored in the IC chip is increased. An increase step to
An information processing method comprising: Amount acquisition means for storing the amount of money value and acquiring the stored amount at a predetermined timing from an IC chip that increases or decreases the stored amount according to amount change information input from an external terminal;
Determining means for determining whether or not the acquired amount of money satisfies a predetermined condition;
An increase request means for requesting a predetermined server to increase the amount of money stored in the IC chip when it is determined by the determination means that the acquired amount satisfies a predetermined condition;
An increase means for inputting amount change information for increasing a predetermined amount to the IC chip and increasing the amount stored in the IC chip when approval information is received from the predetermined server in response to the request;
A portable terminal comprising:

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