JP2005011116A - Device, method, and program for returning money amount - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a point system which is user-friendly to users and also is less burdensome to a store side. <P>SOLUTION: A cellular phone 7 has a built-in noncontact IC chip for processing 'value', and permits the use to purchase a commodity and service by wirelessly communicating with electronic money terminals installed in a member's store A, a member's store B, etc. Information on the 'value' used by a user is transmitted from the electronic money terminal to an electronic money center 101 and is totaled. In the electronic money center 101, a point return rate has been set for each member's store with the rate being, for instance, 10% for the member's store A, 6% for the member's store B, or the like. The electronic money center 101 refers to log data, multiplies a settlement amount according to the 'value' in each member's store by its point return rate to calculate a point number for each user, and transmits an add command for adding the 'value' equivalent to the point number, to the cellular phone 7. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a money amount reduction device and the like, for example, relates to a device for issuing points for use of electronic money.
[0002]
[Prior art]
As part of customer service, it is common practice to issue points with the same value as money when a customer purchases goods or services.
Generally issued points can be used at the store or affiliated stores, which is an important factor in improving customer service and enclosing customers.
In a small and medium-sized store, for example, a point paper is issued, and is stamped according to the payment amount each time a customer makes a purchase. When the mark is accumulated to some extent, it can be exchanged for a certain amount of merchandise.
[0003]
In large-scale stores, for example, a point system using a computer network is constructed, and user points are managed by a server.
In this case, the user carries a point card in which information such as an identification ID is stored, and presents this to the store clerk when shopping. The store clerk accesses the server to check the points accumulated in the point card, and if the user desires, the points can be converted into an amount and used for the purchase price. In addition, if the user desires, points for the current purchase price can be further accumulated without using the points.
[0004]
In some cases, the points are stored in the storage medium portion of the card and managed without being centrally managed by the server.
In this case, the accounting counter has a terminal for reading and writing points.
As an invention for managing points, there is the following point service system.
[0005]
[Patent Document 1] Japanese Unexamined Patent Application Publication No. 2003-122910
[0006]
In the present invention, a user selects a desired one from a plurality of prizes, and points are assigned to the selected prize from among the points on hand to obtain a prize.
[0007]
[Problems to be solved by the invention]
However, in the conventional point service, it is necessary for the user to carry a point paper or a point card for each store, which is a heavy burden.
In addition, when a point system using a computer system is introduced, a large amount of system introduction costs and maintenance costs are required, which is a large burden on the store side.
[0008]
SUMMARY OF THE INVENTION An object of the present invention is to provide a money return device that realizes a point system that is convenient for the user and less burdensome for the store.
[0009]
[Means for Solving the Problems]
In order to achieve the above object, according to the first aspect of the present invention, in the first aspect of the present invention, command receiving means for receiving an addition / subtraction instruction, storage means for storing the monetary value as electronic information, and the received addition / subtraction instruction A money terminal having command execution means for updating the stored amount, a command transmission device for sending an addition / subtraction command for causing the money terminal to add / subtract a predetermined amount, and the money terminal The amount information receiving means for receiving the amount of money added at the money terminal by the transmitted addition / subtraction instruction and the amount of money information specifying the subtracted money to be subtracted, the money amount processed by the money terminal using the received amount information A monetary information management system comprising a history information storage means for storing history information of addition amounts and subtraction amounts for each money terminal. Using the amount acquisition means for acquiring at least one of the addition amount added at the money terminal and the subtraction amount subtracted from the history information, and using the acquired amount, A refund amount calculating means for calculating a return amount to be returned; an addition command generating means for generating an addition command for performing an addition process for the calculated return amount; and a transmitting means for transmitting the generated addition command to the money terminal. A device for reducing money is provided.
In the invention according to claim 2, the money amount acquisition means is added or subtracted at the money terminal within a predetermined period of the history information of the addition money and the subtraction money stored in the history information storage means. 2. The money return apparatus according to claim 1, wherein at least one of the added money and the subtracted money is acquired using history information of the money that has been added.
The invention according to claim 3 is characterized in that the addition command generation unit generates the addition command when the reduction amount calculated by the reduction amount calculation unit reaches a predetermined amount. Or the amount reduction apparatus of Claim 2 is provided.
According to a fourth aspect of the present invention, a return rate for calculating the return amount is set for each command transmission device, and the return amount calculation means adds to the money terminal by the command transmission device. 3. The return amount is calculated by applying a reduction rate set in the command transmission device to at least one of the addition amount and the subtraction amount after subtraction. Item 3. A money reduction device according to item 3 is provided.
The amount added to the money device using the addition command transmitted by the transmission means can be configured to be usable by a predetermined command transmission device.
In this case, when the money device receives the subtraction command from the command transmission device, the money device identifies the command transmission device and determines whether or not the added amount is usable.
Further, it is possible to change the reduction rate without making it constant. In this case, for example, the return rate can be changed according to the total value of the addition amount and the subtraction amount at the money terminal.
In the invention according to claim 5, when the inquiry is received by the money terminal and the inquiry receiving unit receives the inquiry, the reduction amount calculating unit calculates the reduction amount, and the calculation A money amount presentation information generating means for generating money amount presentation information for presenting the money amount displayed at the money terminal; and a money amount presentation information transmitting means for transmitting the generated money amount presentation information to the money terminal. A money return device according to any one of claims 1 to 4 is provided.
According to a sixth aspect of the present invention, the command transmission devices are grouped, and the history storage unit transmits an addition / subtraction command to the money terminal together with an addition amount added at the money terminal and a subtraction amount after subtraction. Storing the group specifying information for specifying the group to which the command transmitting device belongs, and using the stored group specifying information, the return amount calculation means calculates a return amount for each group, and the amount presentation information generating means 6. The money return device according to claim 5, wherein the money return information for presenting the calculated return money for each group for each group at the money terminal is generated.
In the invention according to claim 7, command receiving means for receiving an addition / subtraction instruction, storage means for storing the monetary value amount as electronic information, and updating the stored amount by executing the received addition / subtraction instruction Added at the money terminal by the money terminal provided with the command execution means, an instruction transmission device for sending an addition / subtraction instruction for causing the money terminal to add / subtract a predetermined amount, and an addition / subtraction instruction sent to the money terminal Amount information receiving means for receiving the amount information specifying the added amount and the subtracted amount to be subtracted, and using the received amount information, the history information of the added amount processed by the money terminal and the subtracted amount is stored in the money. A money amount return method used in a money information management system comprising a history information storage device that stores history information for each terminal, In a computer comprising an acquisition unit, a reduction amount calculation unit, an addition command generation unit, and a transmission unit, from the history information, at least one of an addition amount added at the money terminal and a subtraction amount after subtraction is calculated. An amount acquisition step acquired by the amount acquisition means, a return amount calculation step of calculating a return amount to be returned to the user by the return amount calculation means using the acquired amount, and an addition process for the calculated return amount An amount reduction method comprising: an addition instruction generation step for generating an addition instruction to be performed by the addition instruction generation means; and a transmission step for transmitting the generated addition instruction to the money terminal by the transmission means. I will provide a.
In the invention described in claim 8, an instruction receiving means for receiving an addition / subtraction instruction, a storage means for storing the monetary value amount as electronic information, and the received addition / subtraction instruction is executed to update the stored amount. A money terminal equipped with command execution means;
A command transmitting device that transmits an addition / subtraction command for adding / subtracting a predetermined amount to / from the money terminal, an addition amount added at the money terminal by an addition / subtraction command transmitted to the money terminal, and a subtraction amount subtracted Amount information receiving means for receiving the specified amount information, a history information storage means for storing history information of the added amount processed at the money terminal and the subtracted amount for each money terminal using the received amount information, In a computer used in a money information management system comprising: a money information management device comprising: money acquisition for acquiring at least one of an added money added at the money terminal and a subtracted money subtracted from the history information Function, a return amount calculation function for calculating a return amount to be returned to the user using the acquired amount, and the calculated return amount Providing an addition command generation function of generating an addition instruction that minute addition process, an amount reducing program for realizing a transmission function of transmitting an addition instruction that the generated to the monetary terminal.
Further, it is possible to provide a computer-readable storage medium storing the amount reduction program.
[0010]
DETAILED DESCRIPTION OF THE INVENTION
DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, preferred embodiments of the invention will be described in detail with reference to the drawings.
[Outline of Embodiment]
In the present embodiment, points are issued and managed using an existing electronic money operation system.
In an electronic money operation system, electronic information with the same value as the monetary value called value is stored in a non-contact IC chip built in a plastic card or mobile phone, and the value of this value is adjusted. Causes the movement of monetary value.
When the user uses the value at a member store operated by the point organizer, the point is issued according to the settlement amount of the value, and the accumulated point is converted into the value and returned to the user.
[0011]
FIG. 1 is a diagram for explaining the outline of the present embodiment.
The mobile phone 7 has a built-in non-contact type IC chip for value processing, and the value value can be adjusted by wireless communication with an electronic money terminal installed at a cash register of a member store.
When the user settles the price of the product with the value at the member store operated by the point organizers A, B,..., Points corresponding to the settlement amount are issued as follows.
[0012]
First, information about the value used by the user is transmitted from the electronic money terminal to the electronic money center 101 and aggregated.
In the electronic money center 101, for example, the point return rate is set for each point organizer, such as 10% for the point organizer A, 6% for the point organizer B, and so on.
The electronic money center 101 refers to the log data, and calculates the number of points for each user by multiplying the payment amount by the value at each point organizer by the point return rate. Then, an addition command for adding a value corresponding to the number of points is generated and transmitted to the mobile phone 7.
In the mobile phone 7, this addition command is executed, and the value is added to the value stored in the mobile phone 7 by the point.
[0013]
As described above, in the present embodiment, since the issuance and management of points are performed by the electronic money center 101, each point organizer does not need to perform a business or capital investment associated with the issuance of points.
In addition, the user does not need to carry a point card or the like, and when he / she purchases with a value as usual, the point is automatically accumulated without performing a process related to the point.
Furthermore, since the issued points are returned to the user as a value, the points can be used not only at the member stores that carry out the point service but also at member stores that do not carry out the point service.
[0014]
[Details of the embodiment]
FIG. 2 is a diagram showing an example of the configuration of the electronic money operation system 1 according to the present embodiment.
The electronic money operation system 1 includes a mobile phone 7, an electronic money server 2, the Internet 4, a base station 5, a telephone line network 6, an electronic money card 15, electronic money terminals 8, 8, 8,.
The electronic money server 2 is installed in an electronic money center 101 that is an organization that manages the operation of electronic money.
[0015]
The mobile phone 7 has an Internet connection function and a built-in non-contact IC chip for an electronic money card. The mobile phone 7 communicates with the electronic money terminal 8 to add value (referred to as charge) and subtract (settlement). It can be performed.
In addition, the mobile phone 7 can communicate with the electronic money server 2 and add / subtract values via the Internet 4.
[0016]
Here, the value is a concept corresponding to money in the operation of electronic money, and is money information that represents the amount of money value as electronic data. When issuing value, the corresponding amount of money is collected from the user and distributed to the stores that have settled with the value (hereinafter referred to as member stores) according to the amount of payment, so that the value and actual money We take the correspondence of.
Further, in this embodiment, a member store system is adopted, and a business operator of a store that makes payment by value in the electronic money management system 1 selects a store (single or plural) as a target of payment by value. Is registered in advance in the electronic money center 101.
[0017]
Further, as will be described later, a business operator can become a point organizer by registering with the electronic money server 2, and can perform a point service at a member store operated by this business operator.
A member store may be a plurality of stores operated by a specific business (for example, a specific fast food company, family restaurant, supermarket), or a single retail store such as a privately managed ramen store. It may be a store.
The relationship between the business operator and the member store will be described later with reference to FIG.
[0018]
The electronic money card 15 has a built-in antenna for communication between the contactless IC chip and the electronic money terminal 8, and can add and subtract values in the same manner as the mobile phone 7. Electric power for driving the non-contact type IC chip is supplied from the electronic money terminal 8 by radio.
[0019]
The base station 5 can wirelessly communicate with the mobile phone 7 and connects the mobile phone 7 to the telephone line network 6 or the Internet 4.
The telephone line network 6 is a so-called public line network, and terminal devices such as telephones and fax machines can be connected to each other. By connecting the mobile phone 7 to the telephone network 6, the base station 5 can provide a call service to the user.
[0020]
The Internet 4 is a network that connects server devices and terminal devices. A server device that provides various services is connected to the Internet 4. By connecting the mobile phone 7 to the Internet 4, the service provided by these server devices can be used by the mobile phone 7.
In FIG. 2, the electronic money server 2 is described as a server device connected to the Internet 4, but there are other server devices that provide various services.
[0021]
The electronic money server 2 is a server device operated by the electronic money center 101.
The electronic money server 2 is connected to electronic money terminals 8, 8, 8,... (Hereinafter referred to as electronic money terminal 8) via a communication line, and collects information on the value issuance status and usage status from these electronic money terminals 8. And is stored as history information. Then, various information processing for operating electronic money business such as point calculation is performed using the history information.
[0022]
Furthermore, the electronic money server 2 has established a service site on the Internet 4, and various services related to electronic money such as addition / subtraction of value with respect to the mobile phone 7 and the electronic money card 15 and subscription to a point service are provided on this site. providing. In addition, e-mail can be transmitted to and received from the mobile phone 7.
When the electronic money server 2 performs value addition / subtraction processing on the electronic money card 15 via the Internet 4, the user connects a personal computer or the like equipped with a reader / writer for the electronic money card 15 to the Internet 4. Is used as a terminal for accessing the electronic money card 15.
[0023]
The electronic money terminal 8 is a terminal device for accessing a contactless IC card installed at a cash register of a member store, and is a dedicated machine configured for electronic money business.
The electronic money terminal 8 includes a reader / writer unit with a built-in antenna. By transmitting and receiving radio waves using this antenna, wireless communication between the non-contact IC chip of the mobile phone 7 and the electronic money card 15 and short distances is possible. It can be carried out.
[0024]
The electronic money terminal 8 can wirelessly communicate with the mobile phone 7 and the electronic money card 15 and charge these with a value or make a payment by subtracting the value.
Then, the electronic money terminal 8 temporarily stores information regarding these processes, and transmits the information to the electronic money server 2 later by batch processing.
The electronic money terminal 8 constitutes an instruction transmission device that transmits an addition / subtraction instruction for adding / subtracting a predetermined amount to the mobile phone 7.
[0025]
As described above, the electronic money terminal 8 does not need to access the electronic money server 2 when communicating with the mobile phone 7 or the electronic money card 15 to process the value, so that the value processing can be performed at high speed.
[0026]
The electronic money terminal 8 is installed at a cash register of the member stores a, b,..., And when the user makes a payment at the electronic money terminal 8, the member store to which the electronic money terminal 8 belongs is sold.
Each electronic money terminal 8 is assigned a unique terminal ID, and the electronic money server 2 associates a member store with a terminal ID.
Therefore, it is possible to know in which member store the value is used from the terminal ID of the electronic money terminal 8 for which the value has been settled.
[0027]
The overall configuration of the electronic money operation system 1 has been described above, but this is an example of a conceptual configuration, and there are various modifications.
For example, in addition to the electronic money terminal 8 installed at a member store, there are, for example, a terminal device dedicated to payment incorporated in a vending machine or a terminal device dedicated to charging installed in a plaza or the like.
[0028]
There is also a type in which a removable storage medium for storing information related to value processing is installed in the electronic money terminal 8 and a person in charge goes out to collect it. Information relating to value processing is read from the collected storage medium and input to the electronic money server 2.
Further, there is a type in which the electronic money terminal 8 wirelessly transmits information related to value processing, is received by a receiving device, and is transmitted to the electronic money server 2. In this case, it is possible to communicate with a plurality of electronic money terminals 8 with a single receiving device.
[0029]
FIG. 3 is a diagram showing an example of the appearance of the mobile phone 7. The mobile phone 7 includes a telephone antenna 19, a speaker 20, a display 21, a keyboard 22, and a microphone 23.
The telephone antenna 19 is an antenna for performing wireless communication with the base station 5.
The speaker 20 is a device that generates an audio by converting an analog electric signal.
[0030]
The display 21 is a display device for displaying characters and images, and is configured by, for example, a liquid crystal display or a plasma display.
The display 21 can display a screen provided by the server device, a text of an e-mail, and the like.
In addition, as will be described later, the mobile phone 7 includes an electronic money function unit, and can display information related to electronic money such as an electronic money function unit ID and a value balance.
[0031]
The keyboard 22 is input means composed of character keys, function keys, and the like. A user can input characters and numbers by pressing a character key, and can create an e-mail or input characters on a screen provided by a website.
Further, by pressing a predetermined function key, a predetermined function such as clicking a selection item displayed on the display 21 to select it or controlling the operation of the mobile phone 7 can be exhibited.
The microphone 23 is a device that acquires sound and converts it into an analog electric signal.
[0032]
FIG. 3 shows an example of a menu screen displayed when logging into the electronic money server 2. When the selection item “2. Point service” is selected, a point service subscription procedure can be performed and the setting contents of the point service can be changed.
[0033]
FIG. 4 is a conceptual diagram showing an example of a functional configuration of the mobile phone 7.
Note that the mobile phone 7 is provided with a call mode for making a call and an application mode that uses an application built in the mobile phone 7, and the user can select one using the function buttons. Yes.
As a part of the functions provided by this application, a function for connecting to the Internet 4 is prepared.
[0034]
FIG. 4 illustrates functions when the mobile phone 7 is operated in the application mode.
As shown in FIG. 4, the mobile phone 7 includes a telephone function unit 10 that provides a call function and an Internet connection function, an electronic money function unit 12 that has a value processing function, and an interface unit 11 that connects the two. Has been.
As will be described later, the telephone function unit 10 and the electronic money function unit 12 are composed of different hardware and are connected by the interface unit 11.
[0035]
The telephone function unit 10 includes an application unit 26 that provides application functions, and the user can use these functions by starting the mobile phone 7 in an application mode.
The application unit 26 has functions for offline use such as games, display of received e-mails, editing of e-mails to be transmitted, display of photographic images (when the mobile phone 7 has a camera), and browser functions. It also provides online functions such as sending and receiving e-mail.
[0036]
When the browser function of the application unit 26 is used, the application unit 26 receives an input of URL (Uniform Resource Locators) from the user, and connects the mobile phone 7 to the service site specified by the URL.
For this reason, the mobile phone 7 can be connected to the service site of the electronic money server 2 by inputting the URL of the service site of the electronic money server 2, and the user can access various services provided by this site to the mobile phone 7. Can be used.
[0037]
Further, the application unit 26 can communicate with the electronic money function unit 12 via the interface unit 11, or mediates communication between the electronic money server 2 and the electronic money function unit 12, or the electronic money function unit 12. Can be displayed on the display 21 (FIG. 3).
Further, when mediating communication between the electronic money server 2 and the electronic money function unit 12, the application unit 26 selects and extracts information to be transmitted to the electronic money function unit 12 from the information received from the electronic money server 2. And sent to the electronic money function unit 12.
Further, the application unit 26 selects and extracts information to be transmitted to the electronic money server 2 from the information received from the electronic money function unit 12, and transmits it to the electronic money server 2.
[0038]
The interface unit 11 is an interface that mediates transmission / reception of information between the telephone function unit 10 and the electronic money function unit 12.
As will be described later, the electronic money function unit 12 is configured by a non-contact type IC chip, and the interface unit 11 provides an interface suitable for the specification of the non-contact type IC chip.
The interface unit 11 decrypts the data (encrypted) transmitted from the electronic money server 2 and outputs the decrypted data to the electronic money function unit 12, and encrypts the data output from the electronic money function unit 12. And an encryption function for outputting to the telephone function unit 10. Thus, security can be improved by encrypting data transmitted and received between the electronic money server 2 and the mobile phone 7.
[0039]
The electronic money function unit 12 includes a value processing unit 28 that performs information processing related to value, a log data storage unit 29 that stores information related to value, and a terminal communication unit 31 that performs wireless communication with the electronic money terminal 8.
The value processing unit 28 is a functional unit that accepts input of various commands related to value processing and performs value processing according to the commands.
A command for adding or subtracting a value can be input from the electronic money terminal 8 or the electronic money server 2.
Further, commands relating to processing in which the value balance does not change, such as balance inquiry, can be input from the application unit 26 offline.
[0040]
The addition command is a command for adding the balance of value stored in the log data storage unit 29, and the amount of value to be added can be set by a parameter. When the value processing unit 28 executes the addition command, the value processing unit 28 writes the value into the log data storage unit 29 by the amount specified by the parameter.
The subtraction command is a command for subtracting the value balance stored in the log data storage unit 29, and the amount of value can be set as a parameter. When executing the subtraction command, the value processing unit 28 subtracts the value in the log data storage unit 29 by the amount specified by the parameter.
[0041]
Thus, the value processing unit 28 can execute the addition command to charge the electronic money function unit 12, and the subtraction command can be executed to perform settlement.
In addition to the amount of money, various types of information can be set for the parameters attached to the command. For example, an electronic money terminal ID that specifies the electronic money terminal 8, a member store ID that specifies a member store, a processing date and time, and the like are conceivable, and these pieces of information are stored as a history together with the value amount in the log data storage unit 29.
[0042]
The log data storage unit 29 is a functional unit that stores log data related to value. This log data is a record of value processing history such as value addition and subtraction. By referring to the log data, it is possible to know the current value balance, the history of past value processing, and the like.
The contents to be recorded as log data include the date and time of processing, the type of processing, and the value of the value if the value changes due to the processing (for example, if the value is added, If the value is subtracted, the value of the subtracted value is accessed. If the value is processed by accessing the electronic money terminal 8, the terminal ID of the electronic money terminal 8, the current value balance, and the member store where the electronic money terminal 8 is installed are specified. There is information such as member store ID.
[0043]
The terminal communication unit 31 is a functional unit that performs wireless communication with the electronic money terminal 8. The electronic money terminal 8 includes a reader / writer unit 8a with a built-in antenna for wireless communication with a non-contact IC chip. The terminal communication unit 31 communicates with the reader / writer unit 8a, and It mediates information exchange of the electronic money function unit 12.
[0044]
The mobile phone 7 is configured as described above, and can input various commands to the value processing unit 28 from the electronic money server 2 or the electronic money terminal 8.
Then, by transmitting an addition command and a subtraction command from the electronic money server 2 to the electronic money function unit 12, the electronic money center 101 (FIG. 2) can remotely control the value balance of the electronic money function unit 12.
[0045]
As described above, the value is electronic information representing the monetary value, the log data storage unit 29 constitutes storage means for storing the value, and the value processing unit 28 executes a command (addition / subtraction instruction). The terminal communication unit 31 constitutes an instruction receiving means for receiving a command. And the electronic money function part 12 (implemented by the non-contact type IC chip) built in the mobile phone 7 is a money terminal having these configurations.
Further, the electronic money terminal 8 constitutes a command transmission device that transmits an addition / subtraction command to the mobile phone 7.
In the present embodiment, a mobile phone 7 is used as an example of a money terminal. However, the money terminal is not limited to the mobile phone 7 and has the same function as the electronic money function unit 12. A money terminal can also be configured with the above-described devices, for example, an electronic money card 15, a PDA (Personal Digital Assistant), a portable personal computer, a wristwatch, or the like.
Moreover, the electronic money function part 12 can also be comprised using a contact-type IC chip.
[0046]
FIG. 5 is a diagram illustrating an example of a hardware configuration of the mobile phone 7.
The telephone function unit 10 includes a telephone antenna 40, a base station communication unit 41, a telephone control unit 200, a storage unit 45, a display unit 46, an operation unit 47, a digital signal processing unit 48, a voice input / output unit 49, and the like. .
The telephone antenna 40 radiates radio waves to the base station 5 or absorbs radio waves radiated by the antenna of the base station 5. Thereby, the mobile phone 7 can wirelessly communicate with the base station 5, and can perform a telephone call via the base station 5 and communication with the electronic money server 2 via the Internet 4.
[0047]
The base station communication unit 41 is a functional unit for driving the telephone antenna 40, and amplifies a signal transmitted from the telephone antenna 40 or amplifies a signal received from the base station 5 and provides it to the telephone control unit 200. And so on.
The telephone control unit 200 includes a CPU (Central Processing Unit) 42, a ROM (Read Only Memory) 43, a RAM (Random Access Memory) 44, and the like.
[0048]
The CPU 42 is a central processing unit that executes a predetermined program and performs various types of information processing, and can cause the telephone function unit 10 to function as a mobile phone having an Internet connection function.
The CPU 42 functions as a telephone or functions as a terminal of the Internet 4 by executing a program stored in the ROM 43, RAM 44, or storage unit 45.
[0049]
The ROM 43 is a read-only memory that is readable by the CPU 42 and stores programs executed by the CPU 42, parameters, and the like.
The ROM 43 stores, for example, an OS that is a basic program for the CPU 42 to operate.
The RAM 44 is a readable / writable memory that provides a working area to the CPU 42 when the CPU 42 operates.
[0050]
The storage unit 45 stores programs and data used by the CPU 42. The storage unit 45 is a memory that can be read and written by the CPU 42. For example, a flash memory or an EEPROM (Electrically Erasable and Programmable ROM) is used.
In the present embodiment, the storage unit 45 stores an application program 45 a for realizing an application function in the CPU 42.
[0051]
When the application program 45a is executed by the CPU 42, the application unit 26 (FIG. 4) is configured in software.
Although not shown, the storage unit 45 stores a telephone number and an e-mail address registered by the user, a kana-kanji conversion program, and other information.
[0052]
The display unit 46 is a functional unit that displays character information and images on the display 21 (FIG. 3).
In the call mode, a list of telephone numbers registered by the user is displayed so as to be selectable, the strength of the radio wave transmitted from the base station 5, the telephone number entered by the user, or the other party who made the call Displays information used for a call, such as a telephone number.
[0053]
In the application mode, a browser screen provided by the application program 45a is displayed, and a URL input field, a screen provided by the server device, an e-mail, and the like are displayed.
The operation unit 47 includes a keyboard 22, converts a user's key operation into an electrical signal, and inputs it to the CPU 42.
[0054]
The voice input / output unit 49 includes a microphone 23 and a speaker 20, converts voice received by the microphone 23 into an analog signal, converts an analog signal into voice, and outputs the voice from the speaker 20.
The user can convert his / her voice from the microphone 23 into an electric signal and input it to the telephone function unit 10, and can also convert the voice signal output by the telephone function unit 10 into voice and listen to it from the speaker 20. .
[0055]
The digital signal processing unit 48 is a functional unit that converts audio data from an analog signal to a digital signal, or from a digital signal to an analog signal at a high speed, and is configured using, for example, a DSP (Digital Signal Processor). . It also compresses and decompresses audio data.
The microphone 23 and the speaker 20 use analog signals, while the other functional units of the telephone function unit 10 use digital signals. Therefore, when the audio signal is input, the digital signal processing unit 48 converts the analog signal output from the microphone 23 into a digital signal and further compresses it. When the audio signal is output, the digital signal processing unit 10 outputs the audio signal. The digital signal to be decompressed is converted into an analog signal and output to the speaker 20.
[0056]
The electronic money function unit 12 includes a terminal antenna 35, a terminal communication unit 31, an IC control unit 300, a storage unit 36, and the like. Among these, the components except the terminal antenna 35 are housed in one IC chip.
Further, the IC control unit 300 and the telephone control unit 200 are connected by the interface unit 11.
In the present embodiment, the electronic money function unit 12 is built in the mobile phone 7, but is not limited to this and can be detachable.
[0057]
The terminal antenna 35 performs radio wave communication with an antenna disposed in the reader / writer unit 8a (FIG. 4) of the electronic money terminal 8.
The terminal communication unit 31 not only drives the terminal antenna 35 but also amplifies signals to be transmitted and received.
The IC control unit 300 includes a CPU 32, a ROM 33, a RAM 34, and the like.
The CPU 32 is a central processing unit that performs value processing by executing programs stored in the ROM 33, the RAM 34, the storage unit 36, and the like.
[0058]
The ROM 33 is a read-only memory provided so that the CPU 32 can read it. The ROM 33 stores, for example, an OS that is a basic program for operating the CPU 32.
In addition, a unique IC chip ID is assigned to each IC chip at the manufacturing stage of the IC chip, and this IC chip ID is also stored in the ROM 33.
The IC chip ID is not changed after shipment from the factory, and generally cannot be read by the user.
The RAM 34 is a readable / writable memory that provides a working area to the CPU 32 when the CPU 32 operates.
[0059]
The storage unit 36 is, for example, a storage medium that includes a flash memory, an EEPROM, or the like, and is arranged so that the CPU 32 can read and write. The storage unit 36 can store application programs and other data.
In the present embodiment, the storage unit 36 has an electronic money area 36a for storing a program and data for causing the CPU 32 to exhibit the electronic money function.
In the electronic money area 36a, a program area 36b for storing a program and a log data area 36c for storing log data are further formed.
[0060]
A value processing program for causing the CPU 32 to realize the value processing function is installed in the program area 36b. When the value processing program is executed by the CPU 32, the value processing unit 28 and the log data storage unit 29 (FIG. 4) are configured in software.
In order to manage information when using the electronic money service, a unique electronic money function unit ID is assigned to each IC chip in which the value processing program is installed. This electronic money function unit ID is stored in the program area 36b. Is remembered.
In addition, key information for the electronic money terminal 8 to authenticate the electronic money function unit 12 is also stored in the program area 36b.
[0061]
The IC chip constituting the electronic money function unit 12 may incorporate the electronic money area 36a in advance when the mobile phone 7 is sold, or the electronic money area 36a may be formed after the mobile phone 7 is purchased. You may comprise.
When the electronic money 36a is incorporated after the purchase of the mobile phone 7, a function for installing the electronic money function in the IC chip is incorporated in the application unit 26, and when the user executes this, the electronic money is incorporated in the IC chip. Install the feature. At that time, the electronic money server 2 issues an electronic money function unit ID.
[0062]
In any case, it is assumed that the user registers with the electronic money server 2 after purchasing the mobile phone 7.
As a result of user registration, the user's personal information and electronic money function ID are registered in the electronic money server 2. Among these, the personal information is input by the user, and the electronic money function ID is automatically registered.
[0063]
FIG. 6 is a conceptual diagram showing an example of a functional configuration of the electronic money server 2.
The electronic money server 2 includes a service site unit 56, a user registration unit 57, an authentication unit 58, a transaction processing unit 59, a point processing unit 60, various other functional units, a user information database 53, a transaction information database 54, and a member store database. 55, and other various databases.
[0064]
In the present embodiment, the electronic money server 2 performs all processes related to electronic money. However, the present invention is not limited to this, and a system in which a plurality of server devices are combined may be used.
For example, a server device such as a Web server that established a service site for electronic money, an authentication server that performs user authentication, a transaction processing server that performs transaction processing, and a point processing server that performs point processing may be combined.
[0065]
The service site unit 56 is a functional unit that operates a website related to electronic money services on the Internet 4.
The user can access the service site by inputting the URL of the service site from the mobile phone 7 or other terminals.
[0066]
Upon receiving access from the mobile phone 7, the service site unit 56 transmits screen data for displaying the main menu screen on the mobile phone 7.
On the main menu screen, items of services provided by the service site are displayed so as to be selectable, and the user can select desired items.
The service items include, for example, subscription to point service, user registration, change of user registration information, value charging, payment processing by value, and other electronic money usage. Various things such as receiving inquiries from users are prepared.
When the user selects any of these items, in the electronic money server 2, a corresponding functional unit is activated.
[0067]
Further, the service site unit 56 can create and send an electronic mail related to an electronic money service.
In the present embodiment, various types of e-mails for notifying the user about the point service are transmitted.
It should be noted that a function for collecting charges from the user can be incorporated into the e-mail, such as an invoice mail described later. In the present embodiment, a subscription fee for the point service is collected from the user by using an invoice mail.
[0068]
The user registration unit 57 is a functional unit that performs processing related to user information such as new user registration, registration cancellation, and registration content change.
The user information is stored in the user information database 53, and the user registration unit 57 performs these processes by updating the user information database 53.
In the present embodiment, it is assumed that the electronic money server 2 provides various services to an authenticated registered user.
[0069]
The authentication unit 58 is a functional unit that authenticates a user when a registered user uses the service site.
Authentication is performed using a user password, IC chip ID, electronic money function unit ID, or the like preset by the user.
The user password is input and transmitted from the mobile phone 7 by the user, and the IC chip ID and electronic money function unit ID are read by the telephone function unit 10 from the electronic money function unit 12 and transmitted to the electronic money server 2 at the time of authentication. To do.
[0070]
The transaction processing unit 59 acquires history information (charge, settlement, balance inquiry, etc.) regarding value processing performed on the mobile phone 7 or the electronic money card 15 from the electronic money terminal 8 and records it in the transaction information database 54. It is a functional part.
The information recorded by the transaction processing unit 59 includes information related to processing performed by the electronic money terminal 8 as well as information performed by the electronic money server 2 via the Internet 4.
In this way, the electronic money server 2 constitutes a money information management device including money amount information receiving means for receiving money information for recording history information and history information storage means for storing history information. .
[0071]
The point processing unit 60 is a functional unit that performs various processes necessary for providing point services, such as calculating points for each user.
For example, the point processing unit 60 searches the history information (log data) in the transaction information database 54 every predetermined period (for example, once a day), and determines the value settlement amount for each point organizer for each user. Tally. Then, the total value for each point organizer is multiplied by the point return rate for each point organizer and the result is added to obtain the total point value for each user.
The electronic money server 2 converts this point total value into value, transmits it to the mobile phone 7, and returns the point to the user in the form of value.
[0072]
As described above, the electronic money server 2 includes an amount acquisition unit that aggregates the value settlement amount from the history information, a reduction amount calculation unit that calculates points from the aggregation value, and further converts the value into a value, and the converted value is transmitted to the mobile phone 7. And a function as an amount reduction device.
[0073]
In the present embodiment, the points are accumulated when the value is settled. However, the present invention is not limited to this, and the points can be issued to the user for charging.
Alternatively, it may be configured so that points are issued for charging and points are not issued for settlement.
[0074]
FIG. 7 is a diagram illustrating an example of a logical configuration of user information stored in the user information database 53.
The user information includes an electronic money function unit ID, a user name, a user password, an issuer, an address, a subscription status to a point service, and other individuals composed of items such as occupation, telephone number, credit number, etc. (not shown) Information related to hardware, such as information, an e-mail address of the mobile phone 7, and an IC chip ID is also stored. The IC chip ID is transmitted and stored in the mobile phone 7 at the time of user registration.
[0075]
The electronic money function unit ID is assigned for each contactless IC chip of the electronic money card 15 or the mobile phone 7, and the electronic money function unit 12 can be specified by this ID. The electronic money server 2 organizes information related to value processing using the electronic money function unit ID.
The user name is a name entered by the user at the time of registration. In the figure, katakana names are shown, but in addition, names in kanji are also stored.
The user password is a password used by the authentication unit 58 to authenticate the user, and is set by the user at the time of registration.
[0076]
The issuer is information that specifies from which issuer the value is issued when the user charges the value from the electronic money server 2 via the Internet 4, and the user has selected from a plurality of issuers at the time of user registration. Is.
An issuer is an issuer that issues a value, and there are a plurality of issuers for business management reasons. The issued value can be used in any electronic money terminal 8 regardless of the issuer.
The address and other personal information are input by the user at the time of registration.
[0077]
The point service stores which point organizer the user has set for the point service.
The user can select whether or not to subscribe to the point service for each point organizer, and the item of the point service includes the point organizer A, the point organizer B,. The subscription status is stored.
In the figure, reference numeral 1 indicates subscription and reference numeral 0 indicates non-subscription.
As described above, the user can select a point organizer when using the point service.
[0078]
FIG. 8 is a diagram illustrating an example of a logical configuration of transaction information stored in the transaction information database 54.
The transaction information includes items such as an electronic money function unit ID, charge record, and settlement record.
The electronic money function unit ID is read by the electronic money terminal 8 from the mobile phone 7 (or the electronic money card 15) during wireless communication. When communicating with the electronic money server 2 via the Internet 4, the electronic money server 2 reads from the mobile phone 7.
[0079]
In the charge record, the terminal ID of the electronic money terminal 8 that performed the charge, the date and time when the charge was performed, the amount of the charged value, and the like are recorded.
When the electronic money server 2 is charged via the Internet 4, the chip ID of the mobile phone 7 is recorded instead of the terminal ID.
The payment record is composed of the terminal ID of the electronic money terminal 8 that performed the payment process, the date and time when the payment process was performed, the amount of the value that was subjected to the payment process, and the like.
In addition, when settlement using value is performed using the electronic money server 2 via the Internet 4, the IC chip ID of the mobile phone 7 is recorded as the terminal ID.
[0080]
As will be described later, the terminal ID is associated with the member store to which the electronic money terminal 8 specified by this terminal ID belongs, and when the user performs charge or payment at the electronic money terminal 8, any member store You can see if you have charged or settled.
[0081]
By analyzing the transaction information stored in the transaction information database 54, the cash collected from the issuer is distributed to the merchants that settled with the value, and the counterfeit electronic money card 15 is monitored. It is possible to collect information that can be used for data mining and to perform data mining such as market research by simultaneously recording products purchased by the user.
[0082]
FIG. 9 is a diagram showing an example of a logical configuration of the member store database 55.
The member store database 55 is composed of a business operator, a point return rate, a member store ID, a member store name, a terminal ID, and other items.
The name of the company (corporate name, natural person name, etc.) that operates the member store is stored in the company. An operator may have a plurality of member stores or may have a single member store.
In the example in the figure, the operator “Out Burger Co., Ltd.” operates multiple member stores such as Shibuya branch and Osaka branch as member stores, and the operator “Muneo Yamada” is a Chinese restaurant “ Mankiken is operated as a single member store.
[0083]
A business operator can select whether or not to become a point organizer. When a business becomes a point organizer, a point service is implemented at a member store of the business operator.
In the example shown in the figure, the business operator “Outberger Co., Ltd.” and the business operator “Nanbu Department Store Group Co., Ltd.” provide point services, and the business operator “Muneo Yamada” does not provide point services.
Therefore, points are issued when payment is made at each member store operated by the operator “Outberger Co., Ltd.” and the operator “Nanbu Department Store Group Co., Ltd.”, but the member operated by the operator “Muneo Yamada”. Points will not be issued even if payment is made at the store “Makukenken”.
In addition, since the points issued to the user are converted into value later and returned to the user, points issued from other member stores can be used even at member stores that do not provide point services.
[0084]
The point return rate stores the ratio of points returned when the value is settled at a member store operated by each point organizer. For example, when the point return rate is 10%, when shopping for 1000 yen with value at a member store operated by the point organizer, 100 points are given to the user.
The point return rate can be set by each point organizer.
In addition, in the case of a business operator not participating in the point service, the item of the point return rate is not yet subscribed.
[0085]
ID information for identifying each member store is stored in the member store ID. The member store ID is used to manage various information related to the member store.
The name of the member store is stored in the member store name.
The terminal ID stores the terminal ID of the electronic money terminal 8 installed in each member store.
By comparing this terminal ID with the terminal ID recorded in the history information of the transaction information database 54, it is possible to know in which member store the user has made a charge or settlement.
[0086]
As described above, since the member store database 55 associates the business operator with each member store and the terminal IDs installed at these member stores, the points of each user can be verified by collating with the record in the transaction information database 54. It is possible to aggregate the accumulation status of each point organizer.
[0087]
In the present embodiment, the point reduction rate is fixed, but it may be configured to change it.
For example, when the settlement amount reaches a certain amount, the point return rate can be set high for a portion exceeding that amount. Such variable setting of the point return rate can be set for each member store, for example.
Furthermore, even at member stores operated by the same point organizer, a point return rate can be set for each store.
Alternatively, the point return rate can be changed according to the period, such as by providing a point return service period and setting the point return rate high for a certain period.
[0088]
FIG. 10 is a diagram illustrating an example of a hardware configuration of the electronic money server 2.
The electronic money server 2 includes a CPU 65, a ROM 66, a RAM 67, a communication control unit 68, a storage unit 69, an input / output unit 73, and the like connected by a bus line 72.
[0089]
The CPU 65 performs information processing according to a predetermined program, and controls the electronic money server 2 as a whole.
The ROM 66 is a read-only memory, and stores basic programs and parameters for operating the electronic money server 2.
The RAM 67 is a readable / writable memory, and provides a working memory for the CPU 65, loads and stores programs and data stored in the storage unit 69, and the like.
[0090]
The communication control unit 68 is a functional unit that communicates with the mobile phone 7 via the Internet 4 and the base station 5 and communicates with the electronic money terminal 8 via a communication line.
The CPU 65 can receive information related to transactions using the electronic money card 15 and the mobile phone 7 from the electronic money terminal 8 via the communication control unit 68, and transmit various commands to the mobile phone 7. Can do.
[0091]
The storage unit 69 includes, for example, a hard disk or other nonvolatile memory, and includes a program storage unit 70 that stores various programs, a data storage unit 71 that stores data, and the like.
[0092]
The program storage unit 70 authenticates an OS that is a basic program for causing the electronic money server 2 to function, a service site program for operating a service site, a registration program for performing user registration, and a user. An authentication program for performing transaction processing, a transaction processing program for performing transaction processing, a point processing program for performing point processing, and other programs are stored.
[0093]
When these programs are executed by the CPU 65, the service site unit 56, the user registration unit 57, the authentication unit 58, the transaction processing unit 59, and the point processing unit 60 are configured in software.
The data storage unit 71 stores a user information database 53, a transaction information database 54, a member store database 55, and other databases.
The input / output unit 73 includes an interface that can be connected to a terminal via a network.
The electronic money server 2 can be accessed from an external terminal device via the input / output unit 73.
[0094]
FIG. 11 is a diagram illustrating an example of a screen displayed on the mobile phone 7 when the user performs setting related to the point service.
FIG. 11A is a screen that is displayed when the mobile phone 7 is connected to the service site of the electronic money server 2 by logging in, and the point service item is selected on the main menu screen.
The electronic money server 2 can identify a user from a password or the like during the login process.
[0095]
This user is already in the point service with respect to the point organizer E, and the fact that the point organizer E is currently set as the point service target store is displayed.
If you want to add a new point organizer for the point service, click “Yes” to select it, otherwise click “No”.
[0096]
FIG. 11B is a screen displayed when “Yes” is clicked on the screen of FIG.
On this screen, a list of point organizers who are performing the point service is displayed, and the user selects a point organizer as a target of the point service (a plurality of point organizers) and clicks a selection completion button.
In the electronic money server 2, the point organizer selected by the user is temporarily registered in the user information database 53, and is officially registered when the user pays a subscription fee.
[0097]
FIG. 11C is a screen displayed when the selection completion button is clicked on the screen of FIG.
It is displayed that an invoice mail will be sent to the user later to collect the subscription fee.
[0098]
FIG. 12 is a diagram showing an example of an invoice mail (electronic mail) that the electronic money server 2 transmits to the mobile phone 7 when the user subscribes to the point service.
In this embodiment, subscription to the point service is charged, and the subscription fee is collected using an invoice mail. The invoice mail is an e-mail incorporating a mechanism for subtracting the value of the mobile phone 7 online. In this embodiment, the invoice mail is used for collecting a subscription fee for the point service. -It can be widely used as a payment method for services.
[0099]
The invoice mail includes a bill content display area 135, a message area 136, a settlement URL 137, a cancel URL 138, and an expiration date area 139.
The billing content display area 135 is an area for displaying information related to a billing target, and here, it is displayed that the billing is for billing for the point service.
In addition, as information attached thereto, the date and time of subscription, the billing amount, the store name of the purchase store, the name of the point organizer set as the point service target, and the like are displayed.
[0100]
In the present embodiment, with regard to the subscription of the point service, a virtual member store is opened in the electronic money center 101, and the user takes the business form of purchasing the subscription right of the point service from this member store.
This is because the electronic money center 101 is an institution that manages information related to value, and payment using the mobile phone 7 or the electronic money card 15 is performed by member stores registered in advance in the electronic money center 101. This is because.
Therefore, the electronic money center 101 is a virtual member store, and the electronic money center 101 settles the subscription fee.
[0101]
In the message area 136, after confirming the content displayed in the billing content display area 135, a display prompting the user to select whether or not to pay is displayed.
The settlement URL 137 and the cancellation URL 138 are URLs for connecting to the settlement site and the cancellation site provided in the electronic money server 2, respectively, and are displayed so as to be selectable by the user.
[0102]
The user can select any one using an input means such as a function key or a numeric keypad of the mobile phone 7, and clicks the settlement URL 137 when performing settlement, and cancels URL 138 when performing settlement. Click.
When one of the settlement URL 137 and the cancellation URL 138 is clicked, the telephone function unit 10 connects the mobile phone 7 to the electronic money server 2 with the clicked URL to establish a communication line.
[0103]
The settlement URL 137 is composed of a URL for the settlement site of the electronic money server 2 and a parameter for specifying settlement contents. The contents specified by the parameters include the amount to be settled, information for identifying the point organizer, product ID, settlement date and the like, and these parameters are stored in the electronic money server 2 when the mobile phone 7 is connected to the settlement site. Sent.
As a result, the electronic money server 2 obtains information related to payment such as the payment amount based on these parameters, and generates a subtraction command for subtracting the value of the mobile phone 7. This subtraction command is transmitted to the mobile phone 7 and then executed by the mobile phone 7, and the value is subtracted from the value stored in the mobile phone 7 by the subscription fee for the point service. Thereby, the subscription fee for the point service is paid.
[0104]
The cancellation URL 138 is configured such that information for specifying a transaction to be canceled is attached to the URL of the cancellation site of the electronic money server 2 as a parameter.
In the expiration date area 139, the payment expiration date is displayed. When this time limit has passed, the electronic money server 2 does not accept payment by this invoice mail.
As described above, in the present embodiment, it is possible to collect the subscription fee for the point service from the mobile phone 7 using the bill mail.
[0105]
FIG. 13 is a flowchart for explaining a procedure for joining a point service.
The electronic money server 2 receives the request for subscription to the point service from the user and temporarily registers it, and then generates a settlement URL and a cancellation URL to be displayed on the invoice mail (step 30).
Next, the electronic money server 2 generates a bill mail incorporating these URLs and transmits it to the mobile phone 7 (step 32).
[0106]
The mobile phone 7 receives this invoice mail (step 20), and the user views it.
When the user clicks and selects the settlement URL (step 22), the mobile phone 7 connects to the electronic money server 2, and information such as parameters attached to the settlement URL and the electronic money function unit ID of the mobile phone 7 is stored in the electronic money server. 2 is transmitted.
The electronic money server 2 performs user authentication using these pieces of information transmitted from the mobile phone 7 (step 34).
[0107]
Next, the electronic money server 2 generates a subtraction command for subtracting the price for the subscription fee and transmits it to the mobile phone 7 (step 36).
The mobile phone 7 receives this subtraction command and executes it in the electronic money function unit 12. As a result, a value subtraction process is performed in the electronic money function unit 12, and a point service subscription fee is collected (step 24).
When the subtraction process is completed, the mobile phone 7 transmits a subtraction process completion notification to the electronic money server 2 (step 26).
[0108]
The electronic money server 2 receives this and transmits a payment confirmation mail to the mobile phone 7 (step 38).
The mobile phone 7 receives this and displays it on the display 21 (step 28).
In the user information database 53, the electronic money server 2 changes the point service item of the user from temporary registration to formal registration, and registers as a subscriber of the point service (step 39).
[0109]
In the present embodiment, the subscription fee for the point service is collected using the invoice mail, but various other subscription fee collection methods are conceivable.
For example, the user pays a monthly usage fee to receive the Internet connection service of the mobile phone 7. Then, the point service subscription fee can be collected by adding the point service subscription fee to the usage fee and charging it.
Alternatively, it can be billed by being included in the billing charge of the mobile phone 7.
[0110]
Further, the application unit 26 is provided with a settlement auxiliary function unit that connects to the electronic money server 2 and performs settlement, and is configured to transmit an electronic mail in which information for starting the settlement auxiliary function unit is embedded to the mobile phone 7. You can also
In this case, an e-mail is displayed indicating that the subscription fee for the point service is collected and the amount, and a settlement button and a cancel button for starting settlement.
If the user selects the cancel button, no payment is made. When the user selects the settlement button, the settlement assist function unit of the application unit 26 is activated and connects to the electronic money server 2 to settle the subscription fee.
[0111]
More specifically, this e-mail is accompanied by a settlement number for identifying a settlement item to be settled, and the settlement assistance function unit electronically stores the settlement number and the electronic money function unit ID of the mobile phone 7. Send to money server 2.
The electronic money server 2 identifies a settlement case from the settlement number, generates a subtraction command from the settlement amount related to this case, and transmits it to the mobile phone 7.
The mobile phone 7 executes this subtraction command to subtract the value.
[0112]
FIG. 14 is a flowchart for explaining a procedure of point calculation processing performed by the point processing unit 60 or the like in the electronic money server 2.
In the present embodiment, as an example, points are counted every predetermined period (for example, once a day), and points issued to the user during this period are converted into value and returned to the user.
In addition, for example, when the user's points exceed a certain standard (for example, 1000 points), the points can be converted into value and returned to the user.
In this case, the points of each user are periodically checked, and if there is an item exceeding the reference value, an addition command is generated and transmitted to the mobile phone 7 of the user.
[0113]
First, the point processing unit 60 sets a counter i for covering users to 0 (initial value) (step 100), and collects and returns points for the i-th user in the user information database 53. A value value is calculated (step 102).
Then, the electronic money server 2 generates a notification mail (e-mail notifying the amount of value to be returned) to the user and transmits it to the mobile phone 7 (step 104).
[0114]
The point processing unit 60 checks whether or not points have been calculated for all users. If there is a user who has not yet calculated points (step 106; N), i is incremented by 1 (step 106). 108) Returning to step 102, the point is calculated for the next user.
If the points have been calculated for all users (step 106; Y), the process is terminated.
[0115]
FIG. 15 is a flowchart for explaining the procedure of the point calculation process (step 102) in FIG.
This calculation process can be used as needed when points need to be calculated, such as when a point balance is inquired by the user.
First, the point processing unit 60 specifies the electronic money function unit ID of the mobile phone 7 used by the user using the user information database 53 (step 200).
Next, the point processing unit 60 refers to the user information database 53 and specifies a point organizer that the user is a target of the point service (step 202).
[0116]
Next, the counter j for covering the point organizer is reset to 0 (step 204).
The point processing unit 60 counts the amount settled by the user at each member store operated by the j-th point organizer among the point organizers identified in Step 202 (Step 206).
This aggregation is performed by referring to the settlement record in the transaction information database 54 and summing the amounts settled at the electronic money terminal 8 of each member store operated by the point organizer.
[0117]
The point processing unit 60 multiplies the total amount of payments collected by the point organizer's point return rate, and calculates the points issued when the user makes a payment at a member store operated by the point organizer. Store (step 208).
Next, the point processing unit 60 determines whether or not the total processing has been performed for all the point organizers identified in Step 202. If there is a point organizer that has not yet been counted (Step 210; N). , J is incremented by 1, and the process returns to step 206 to calculate the points issued to the next point organizer.
[0118]
When points are calculated for all point organizers identified in step 202 (step 210; Y), the point processing unit 60 adds the calculated points to all point organizers identified in step 202. The total value of points issued to this user during a predetermined period is calculated (step 212).
Then, the point processing unit 60 converts this point into a value amount and stores it in a predetermined storage area, and ends the processing (step 214).
Note that the conversion rate from points to value is set in advance (common to each point organizer), and for example, 1 point is calculated as 1 yen.
[0119]
Moreover, the above point calculation processing can also be configured to be performed when a user inquires about the current balance of points.
In this case, the user connects to the service site of the electronic money server 2 from the mobile phone 7 and inquires about the current balance of points.
On the other hand, the electronic money server 2 searches the transaction information database 54 using the electronic money function unit ID of the mobile phone 7 and performs point calculation processing on the history information obtained as a result. Then, the point balance is converted into a value amount and notified to the mobile phone 7.
[0120]
FIG. 16 is a flowchart for explaining a procedure for returning points issued to a user as a value.
First, the electronic money server 2 transmits a notification mail to the user in step 104 of FIG. 14, and then the user receives this by the mobile phone 7 and confirms this (step 60).
After confirming that the point money preparation is completed in the electronic money server 2 by the notification mail, the user logs in to the service site of the electronic money server 2 from the mobile phone 7 and connects (step 64).
[0121]
Then, the electronic money server 2 requests the mobile phone 7 to receive the value (step 76).
Next, in response to this request, the mobile phone 7 requests transmission of value (step 66).
In response to this request, the electronic money server 2 generates an addition command for adding the value for the amount to be returned (the amount is calculated by the point calculation process and stored in a predetermined storage area), and the mobile phone 7 (Step 78).
[0122]
The mobile phone 7 executes this addition command and charges the value (step 68). Then, the mobile phone 7 transmits an addition process completion notification to the electronic money server 2 to notify the electronic money server 2 that the addition process has been completed (step 69).
The electronic money server 2 receives the addition processing completion notification, records that the value is charged in the charge record of the transaction information database 54, and updates it (step 79).
With the above processing, the point reduction processing is completed.
[0123]
FIG. 17 is a diagram showing an example of notification mail (delivered in step 104 of FIG. 15).
As shown in the figure, the amount of value returned as a point to the user is displayed in the notification mail.
By this mail, the user can know that the preparation for the point return is completed in the electronic money server 2 and the amount of money to be returned.
[0124]
FIG. 18 is a diagram showing an example of a screen displayed on the mobile phone 7 when the value returned as points is charged to the mobile phone 7.
FIG. 18A is a diagram showing an example of a screen displayed on the mobile phone 7 when logging in to the service site of the electronic money server 2 after receiving the notification mail.
This screen is a screen corresponding to step 76 in FIG. 16, and the electronic money server 2 requests the user to receive value by a message on this screen.
By clicking and selecting “Yes” in the screen, it is possible to request transmission of value (corresponding to step 66 in FIG. 16).
When the user selects “Yes”, the electronic money server 2 starts a value charge for the point to the mobile phone 7.
If you click “No” to select it, the value charge will be reserved.
[0125]
FIG. 18B is a screen displayed while charging a value on the mobile phone 7 and corresponds to the screen displayed in step 68 of FIG.
It is displayed until the electronic money function unit 12 completes the execution of the addition command on the mobile phone 7 and transmits an addition processing completion notification to the electronic money server 2.
[0126]
FIG. 18C is a diagram illustrating an example of a screen displayed when the mobile phone 7 completes charging of value.
As shown in the figure, a message indicating that value charging has been completed and the value balance after charging are displayed.
[0127]
FIG. 19 is a diagram showing an example of a point inquiry screen.
The user can connect the mobile phone 7 to the electronic money server 2 and request a point accumulation status inquiry.
Then, the electronic money server 2 counts the user's point accumulation status and transmits the count result to the mobile phone 7. The mobile phone 7 displays the result of the aggregation and the user confirms this.
[0128]
In the point inquiry screen shown in FIG. 19, for example, “Outberger 200 yen, Southern department store 100 yen,..., Total 900 yen” and the like, the point value for each point organizer and the total value of the points are displayed in a list. Has been.
Further, the value of the point can be represented by various display forms such as a numerical value, a graph, and a character growth.
[0129]
Furthermore, although not shown, it is possible to request the electronic money server 2 for a list of point return rates, such as “Outberger 10%, Southern Department Store 6%,. By presenting a list of point return rates to the user, the user can be guided to a member store of a point organizer with a higher point return rate.
The list of points accumulated and the return rate can be displayed on the screen of the mobile phone 7 and presented to the user, or can be presented to the user by voice.
[0130]
FIG. 20 is a flowchart for explaining the procedure for displaying the point inquiry screen.
First, the mobile phone 7 logs in to the service site of the electronic money server 2 (step 80).
At this time, the electronic money function unit ID and the user password set in the mobile phone 7 are transmitted from the mobile phone 7 to the electronic money server 2, and the electronic money server 2 can recognize the mobile phone 7 and the user. .
[0131]
Next, the electronic money server 2 transmits menu screen data to the mobile phone 7 (step 92).
The mobile phone 7 receives the menu screen data and displays the menu screen using this.
The user selects point inquiry from this menu screen. Then, a signal indicating that point inquiry has been selected is transmitted from the mobile phone 7 to the electronic money server 2 (step 82).
[0132]
The electronic money server 2 receives this signal (inquiry accepting means) and counts points using the electronic money function unit ID of the mobile phone 7 (step 94).
That is, the electronic money server 2 collates the transaction information regarding the electronic money function unit ID in the transaction information stored in the transaction information database 54 (FIG. 8) with the member store database 55 (FIG. 9), Calculate the point value for each organizer. And these are totaled and the total value of a point is calculated.
The calculation of the point total value can be performed using, for example, the point totaling process in FIG.
[0133]
Next, the electronic money server 2 generates point inquiry screen data (amount presentation information) for displaying the calculated point value on the mobile phone 7 and transmits it to the mobile phone 7 (amount presentation information transmitting means) ( Step 96).
The mobile phone 7 receives the inquiry screen data and displays a point inquiry screen using this (step 84).
As described above, when the method of calculating the point total value every time there is a point inquiry, the calculation load of the electronic money server 2 increases, but the user can know the accurate point total value.
[0134]
FIG. 21 is a flowchart for explaining another procedure for displaying the point inquiry screen.
Steps other than step 100 are the same as those in FIG.
In this example, when there is an inquiry about the point total value from the user, the point total value periodically calculated by the electronic money server 2 in step 100 is retrieved and obtained, and this value is presented to the user.
As described above, when the point is inquired, the calculation load of the electronic money server 2 is reduced by presenting the already calculated value. However, after the electronic money server 2 calculates the point total value, Points related to the payment made by the user before the calculation is performed are not displayed.
[0135]
The following effects can be obtained by the present embodiment described above.
(1) The user does not need to carry a medium (point card or the like) for collecting or using points, and points are automatically accumulated only by performing a commercial transaction using electronic money as usual.
(2) Since the points are returned in the form of value, the points can be used at all member stores regardless of the point issuer.
(3) The business operator operating the member store does not need to construct and maintain a system for issuing and managing points, and can issue points at low cost.
(4) Users can be enclosed by issuing points.
(5) By adding a module for managing points to an existing electronic money operating system, points can be issued and managed in the existing system, thereby increasing the added value of the existing electronic money system. Can do.
(6) The mobile phone 7 can display the total number of points currently accumulated. In addition, the points can be displayed as a list of the total value and the value for each point organizer.
[0136]
(Modification 1)
In this embodiment, points are issued to the mobile phone 7, but points can also be issued to the electronic money card 15.
A card ID for identifying each card is assigned to the electronic money card 15, and history information indicating which electronic money card 15 performs what processing at which electronic money terminal 8 is stored in the transaction information database 54. It is managed.
Therefore, the usage status of the electronic money card 15 can be monitored and points can be issued in the same manner as the mobile phone 7.
[0137]
The electronic money card 15 can be accessed from a terminal such as a personal computer equipped with a reader / writer.
A communication line can be established between the electronic money server 2 and the electronic money card 15 by accessing the service site of the electronic money server 2 from a terminal on which the electronic money card 15 is set.
After the electronic money server 2 is ready for a value charge corresponding to points, communication is performed between the electronic money card 15 and the electronic money server 2 through the terminal as an intermediary to charge the electronic money card 15 with the value corresponding to the points. Can do.
In this way, the user of the electronic money card 15 can also enjoy the benefits of points in the same way as the user of the mobile phone 7.
[0138]
Further, the points accumulated in the mobile phone 7 are returned to the electronic money card 15 and other mobile phones 7, or the points accumulated in the electronic money card 15 are returned to the mobile phone 7 and other electronic money cards 15. It is also possible.
In this case, a point return destination may be specified for the electronic money server 2.
This can be done, for example, by using an electronic mail (referred to as a point return mail) with a return URL in the same way as a payment mail.
[0139]
When the user receives the received point return mail, the user transfers it to the mobile phone 7 to which the points are returned, or in the case of the electronic money card 15, to a terminal equipped with a reader / writer.
Then, when the return URL embedded in the point return mail is selected by the transfer destination mobile phone 7 or terminal, the electronic money server 2 transmits an addition command to the transfer destination, and as a result, the value is transferred to the transfer destination. Is charged.
[0140]
(Modification 2)
In the embodiment, a point issued by a point organizer is configured so that it can be used at a member store operated by an operator other than the point organizer. However, in this modification, the point is used for each point organizer. It can be so.
That is, for example, the value for the point issued by the point organizer A can be used at the member store of the point organizer A, but cannot be used at other member stores. By configuring in this way, each point organizer can effectively enclose the user.
[0141]
This function can be realized, for example, by providing the log data storage unit 29 with an area for storing a value that can be used at all member stores and an area for storing a value specialized for a predetermined point organizer.
The value corresponding to the point issued by the point organizer is stored in an area specialized for the point organizer.
In this way, by configuring the log data storage unit 29, the value based on the point issued by the point organizer A is stored in the storage area for the point organizer A, and the value based on the point issued by the point organizer B is The point management can be performed for each point organizer as if it was stored in the storage area for the point organizer B.
[0142]
Furthermore, the mobile phone 7 has a function of identifying to which point organizer the electronic money terminal 8 of the communication partner belongs from the terminal ID of the electronic money terminal 8 and stores the value for the point organizer Is configured to use its value.
In the present modification, in this way, by providing the point area for each point organizer in the log data storage unit 29 and providing the mobile phone 7 with a function for identifying the point organizer to which the electronic money terminal 8 belongs, Point management can be performed for each point organizer.
[0143]
(Modification 3)
In this modification, the point organizer can inquire the electronic money server 2 about the point issuance status at his affiliated store.
The point organizer has a client terminal connected to the electronic money server 2, and can access the electronic money server 2 from this client terminal to grasp the point issuance status for each user.
Using this, for example, providing each user with a service according to the points, such as providing a hamburger free coupon or presenting a gift to a user whose points have reached 200 yen or more. Can do. Coupons and gifts can be handed to the user by mail or store, for example. Furthermore, it is possible to provide a coupon storage area in the electronic money function unit 12 and provide a coupon as electronic data.
[0144]
After providing the coupon, the electronic money server 2 can also subtract the points equivalent to the coupon or the present coupon.
In this case, a subtraction request is sent from the client terminal to the electronic money server 2, and the electronic money server 2 receives points requested from the client terminal from points stored in the user who issued the coupon accordingly. Is subtracted.
[0145]
As described above, in the present modification, the point organizer can access the electronic money server 2 and refer to the point issuing status related to his business for each user.
Then, a service according to the point issuance status is provided to each user, and the points stored in the electronic money server 2 can be settled from the management screen of the client terminal.
By using points as coupons and the like in this way, the point organizer can limit the use of the points issued by himself / herself to affiliated stores of his / her affiliate, and can effectively enclose customers.
[0146]
(Modification 4)
In this modification, each point organizer prepares a management server for point management, and each point organizer performs point management.
User information management of users who are subject to point issuance on each management server and point management issued to each user, and the electronic money server 2 collects points from history information of value usage and manages these information Provide to the server.
[0147]
In this modification, the user subscribes the point service to the point organizer. At this time, the point organizer is notified of the electronic money function unit ID of the mobile phone 7 and the card ID of the electronic money card 15.
The point organizer notifies the electronic money function unit ID and the card ID to the electronic money center 101 and notifies that payment at these terminals is targeted for points.
[0148]
The point organizer appropriately receives the result of counting points from the electronic money server 2 and manages the points.
Then, a service (such as a coupon) according to the accumulated points is provided to the user.
In this modification, each point organizer can manage points individually.
[0149]
【The invention's effect】
According to the present invention, it is possible to provide a point system or the like that is convenient for the user and less burdensome for the store.
[Brief description of the drawings]
FIG. 1 is a diagram for explaining an outline of an embodiment;
FIG. 2 is a diagram showing an example of a configuration of an electronic money operation system according to the present embodiment.
FIG. 3 is a diagram showing an example of the appearance of a mobile phone.
FIG. 4 is a conceptual diagram showing an example of a functional configuration of a mobile phone.
FIG. 5 is a diagram showing an example of a hardware configuration of a mobile phone.
FIG. 6 is a conceptual diagram showing an example of a functional configuration of an electronic money server.
FIG. 7 is a diagram showing an example of a logical configuration of user information stored in a user information database.
FIG. 8 is a diagram showing an example of a logical configuration of transaction information stored in a transaction information database.
FIG. 9 is a diagram showing an example of a logical configuration of a member store database.
FIG. 10 is a diagram illustrating an example of a hardware configuration of an electronic money server.
FIG. 11 is a diagram illustrating an example of a screen for performing settings related to a point service.
FIG. 12 is a diagram showing an example of an invoice mail.
FIG. 13 is a flowchart for explaining a procedure for joining a point service;
FIG. 14 is a flowchart for explaining a procedure of point calculation processing;
FIG. 15 is a flowchart for explaining a procedure of point calculation processing;
FIG. 16 is a flowchart for explaining a procedure for reducing points;
FIG. 17 is a diagram showing an example of notification mail.
FIG. 18 is a diagram showing an example of a screen displayed when charging a value returned as a point to a mobile phone.
FIG. 19 is a diagram showing an example of a point inquiry screen.
FIG. 20 is a flowchart for explaining a procedure for inquiring the accumulation status of Pontito.
FIG. 21 is a flowchart for explaining another procedure for inquiring the accumulation status of Pontito.
[Explanation of symbols]
1 Electronic money operation system
2 Electronic money server
4 Internet
5 base stations
6 Telephone network
7 Mobile phone
8 Electronic money terminals
15 Electronic money card
101 Electronic Money Center

Claims (8)

An instruction receiving means for receiving an addition / subtraction instruction; a storage means for storing a monetary value amount as electronic information; and a money terminal comprising an instruction execution means for executing the received addition / subtraction instruction to update the stored amount. ,
An instruction transmission device for transmitting an addition / subtraction instruction for causing the money terminal to perform addition / subtraction for a predetermined amount;
Amount information receiving means for receiving the amount of money added at the money terminal by the addition / subtraction command transmitted to the money terminal, and amount information specifying the subtracted amount of subtraction, the money terminal using the received amount information A monetary information management device comprising a history information storage means for storing the history information of the addition amount processed in step 1 and the subtraction amount for each money terminal, and a money amount reduction device used in a money information operation system comprising There,
From the history information, an amount acquisition means for acquiring at least one of an addition amount added at the money terminal and a subtraction amount subtracted;
A return amount calculation means for calculating a return amount to be returned to the user using the acquired amount;
An addition command generating means for generating an addition command for performing an addition process for the calculated amount of reduction;
Transmitting means for transmitting the generated addition instruction to the money terminal;
An apparatus for reducing the amount of money. The amount acquisition means uses the history information of the amount added or subtracted in the money terminal within a predetermined period among the history information of the addition amount and the subtraction amount stored in the history information storage means, The money amount reduction apparatus according to claim 1, wherein at least one of the addition amount and the subtraction amount is acquired. The amount according to claim 1 or 2, wherein the addition command generation unit generates the addition command when the reduction amount calculated by the reduction amount calculation unit reaches a predetermined amount. Ring device. The return rate for calculating the return amount is set for each command transmission device,
The reduction amount calculation means is configured to cause the reduction amount set in the command transmission device to act on at least one of the addition amount added to the money terminal and the subtraction amount subtracted by the command transmission device. The money amount reduction apparatus according to claim 1, wherein the amount of money is reduced. Inquiry accepting means for receiving an inquiry about the return amount from the money terminal;
When the inquiry is accepted by the inquiry accepting means, the amount of money presenting information generating means for calculating the amount of money to be returned by the amount of money to be refunded and generating the amount of money to present the calculated amount at the money terminal;
Amount presentation information transmitting means for transmitting the generated amount presentation information to the money terminal;
5. The money amount reduction apparatus according to claim 1, wherein the money amount reduction apparatus is provided. The command transmitters are grouped,
The history storage means stores group specifying information for specifying a group to which a command transmitting apparatus that has transmitted an addition / subtraction command to the money terminal belongs, together with an addition amount added at the money terminal and a subtraction amount after subtraction.
The return amount calculation means calculates the return amount for each group using the stored group specifying information,
6. The money amount return apparatus according to claim 5, wherein the money amount presentation information generating unit generates money amount presentation information for presenting the calculated return amount for each group at the money terminal for each group. An instruction receiving means for receiving an addition / subtraction instruction; a storage means for storing a monetary value amount as electronic information; and a money terminal comprising an instruction execution means for executing the received addition / subtraction instruction to update the stored amount. ,
An instruction transmission device for transmitting an addition / subtraction instruction for causing the money terminal to perform addition / subtraction for a predetermined amount;
Amount information receiving means for receiving the added amount added at the money terminal by the addition / subtraction command transmitted to the money terminal, and amount information specifying the subtracted amount, and the money terminal using the received amount information. A monetary information management device comprising a history information storage means for storing history information of the added amount processed in step 1 and the subtracted amount for each money terminal, and a money amount return method used in a money information operation system comprising There,
In a computer comprising an amount acquisition means, a reduction amount calculation means, an addition command generation means, and a transmission means,
From the history information, an amount acquisition step of acquiring at least one of the addition amount added by the money terminal and the subtraction amount subtracted by the amount acquisition means;
A reduction amount calculation step of calculating a reduction amount to be returned to the user by the reduction amount calculation means using the acquired amount;
An addition command generation step of generating an addition command for performing addition processing for the calculated reduction amount by the addition command generation means;
A transmission step of transmitting the generated addition instruction to the money terminal by the transmission means;
An amount reduction method characterized by comprising: An instruction receiving means for receiving an addition / subtraction instruction; a storage means for storing a monetary value amount as electronic information; and a money terminal comprising an instruction execution means for executing the received addition / subtraction instruction to update the stored amount. ,
An instruction transmission device for transmitting an addition / subtraction instruction for causing the money terminal to perform addition / subtraction for a predetermined amount;
Amount information receiving means for receiving the amount of money added by the money terminal according to the addition / subtraction command transmitted to the money terminal, and amount information specifying the subtracted amount of subtraction, the money terminal using the received amount information In a computer used in a monetary information management system comprising a monetary information management device comprising a history information storage means for storing, for each monetary terminal, history information of an addition amount processed in step 1 and a subtraction amount,
An amount acquisition function for acquiring at least one of an addition amount added at the money terminal and a subtraction amount after subtraction from the history information;
A return amount calculation function for calculating a return amount to be returned to the user using the acquired amount;
An addition command generation function for generating an addition command for performing an addition process for the calculated reduction amount;
A transmission function for transmitting the generated addition command to the money terminal;
An amount reduction program that realizes

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