JPH0628079B2 - IC card trading system - Google Patents

Description

Description: (a) Technical Field The present invention relates to an IC card transaction system capable of conducting transactions using an IC card.

(b) Background of the Invention An IC card having a memory inside has a possibility of becoming widespread in the future as an intelligent card having its own processing capability. The IC card is greatly different from the conventional MS card (card having a magnetic stripe surface) in that the IC card itself has an intelligent function and can greatly increase the storage capacity.

(c) Object of the invention The object of the present invention is to enable the IC card itself to store the operating procedure of the transaction processing apparatus by utilizing the characteristics of the IC card as described above, and to provide the operating procedure for each transaction type. It is to provide an IC card transaction system capable of storing a plurality of kinds of information and supporting a plurality of kinds of services that can be supported by one IC card.

(d) Structure and Effect of the Invention In summary, the present invention can store a plurality of types of transaction data, which can be written in an IC card by operating procedures such as ATM and access from an external data input device, for each transaction type. An operation procedure table is provided.

With this configuration, according to the present invention, a plurality of types of operating procedures and transaction data are stored in the operating procedure table for each transaction type, so that the card issuer side (financial institution, etc.) uses an IC card. When carrying out a plurality of services, it is not necessary to issue IC cards according to the number of the services, and one IC card can store the contents of all services as long as the storage capacity allows. As a result, there is a possibility that the degree of use of the IC card will be greatly expanded, and the card issuer side will be able to easily manage the card.

(e) Example FIG. 2 is an external view of an IC card. Plastic I
An IC 2 is embedded inside the C card, and a plurality of connectors 3 connected to the IC 2 are exposed and formed on the surface of the card. Further, an emboss 4 is formed on the front surface, and a spare magnetic stripe 5 is formed on the back surface.

The IC 2 is, as shown in FIG. 3, a CPU 20 and a ROM 21 composed of an electrically writable and erasable EEPROM.
And a RAM 22 used for work. The CPU 20 receives power from the terminals C4 and C8 of the connector 3 and receives a clock from the terminal C6. Further, it receives a reset pulse from the terminal C7 and transmits data (serial data) via the terminal C2. Terminals C1, C3
C5 is a spare terminal.

FIG. 4 is an external view of a card holder which is an example of the external data input device. This card holder can receive the IC 2 and write transaction data in the ROM 21.

The card holder body 1 is made of plastic, and its size is substantially the same as that of the IC card. On the surface of the card holder body 6, a numeric keypad 7, a liquid crystal display 8, a solar cell 9
Is provided. The numeric keypad 7 is the ROM 2 of the IC card
It is used when writing transaction data etc. into 1. Display 8
Displays input data. The solar cell 9 constitutes a power source for the card holder itself, and further supplies power to the IC card when the IC card is stored. An IC card insertion slot 10 is provided on the side of the card holder body 6. The IC card is inserted from the IC card insertion port 10 and inserted inside. A storage portion for storing the IC card is provided inside the card holder body 6, and a contact terminal for contacting the terminal 3 of the IC card is further mounted in the storage portion.

FIG. 5 is an internal block diagram of the card holder. The contact terminal 30 has the same configuration as the terminal of the connector terminal 3 of the IC card. The solar battery cell 9 is connected to the contact terminals C4 and C8, and the CPU 31 receives power supply from the pins connected to the contact terminals C4 and C8. A clock circuit 32 is connected to the contact terminal C6, and the CPU 31 receives a clock from a pin connected to the contact terminal C6. C
The PU 31 further sends a reset pulse from the contact terminal C7. In addition, data is serially transferred to and from the IC card via the contact terminal C2. Reference numeral 33 is a ROM that stores a program that defines the operation procedure of the card holder, and 34 is a RAM that includes a data work area and the like.

FIG. 6 is a schematic external view of an ATM (Automatic Teller Machine) equipped with an IC card reader. CRT2 that displays messages (operation procedures, etc.) on the front of the main body 23
4. Input key 25 for inputting numerical values required for transactions, IC
IC card insertion slot 26 for inserting cards, passbook insertion slot 2
7. Banknote insertion slot 28 for inserting banknotes in the deposit mode,
There are provided a bill outlet 29 for receiving bills in the payment mode, a call button 30 for calling a clerk in the event of an abnormality, and a clerk key 31 that can be operated by the clerk.

FIG. 7 is a block diagram of the ATM control unit. The main controller 11 includes an IC card reader 12, a CRT controller 13,
Key control unit 14, passbook printer 15, banknote deposit / withdrawal control unit 1
6 and the line controller 17 are controlled respectively. Each element is divided into blocks and constitutes a master-slave control system together with the main controller 11. IC card reader 12 is I
The IC card input from the C card insertion slot 26 is accessed to read / write operation procedures, transaction data, and the like.
The CRT controller 13 controls the display of the CRT 24. The key control unit 14 receives the input data operated by the input key 25 and sends it to the main control unit 11. The passbook printer 15 prints transaction data and the like on the passbook inserted into the passbook insertion port 27, and also reads the record data of the passbook. The banknote pay-in / pay-out control unit 16 controls the pay-in of the banknote inserted into the banknote insertion slot 28 and the payout control of the banknote to the banknote ejection slot 29. Line control unit 1
Reference numeral 7 controls transmission with a center having a large capacity data file.

[Description of Features of the Present Invention]

FIG. 1 is a partial configuration diagram of the ROM 21 included in the IC 2. BF constitutes an input data buffer. The input data includes, for example, a transaction type and a bank number. In the example shown in the figure, input data with a transaction type of 1 and a bank number of 1234 is stored. Area IM constitutes the bank operation procedure table index. 1234,234
Each serial number of 5,3456 is a bank number. In the case where the bank number is 1234, the first address stored in each procedure is sequentially stored so that procedure 1, procedure 2, and procedure 3 are executed respectively. Similarly, the bank number is 3456
In the case of, the start addresses of the areas for storing the procedure 6 and the procedure 7 are sequentially stored. Area MA constitutes an operation procedure table that stores operation procedures of the transaction processing apparatus and transaction data. The operation procedure is sequentially stored from procedure 1, and a plurality of types are stored for each transaction type. The start address of each procedure is the table index IM as described above.
It is stored in correspondence with the bank number. a to i are operation procedures, and A to C are transaction data. The transaction data A to C can be written by the above card holder. Also a to i
The procedure is automatically written from the center via ATM. The transaction data is written under the control of the IC card itself as described later. In the example shown in the figure, transaction data corresponding to each of the operation procedure “press encryption” of d and the operation procedure “press money” of e are not stored. In addition, the transaction data corresponding to the procedure of f) "Press the transfer destination" is 1
Although it is 234567, this transaction data is indicated as fixed information by * (fixed information mark) added to the operation procedure storage field.

[Description of system operation]

8A and 8B are flowcharts showing the operation of the IC card.

When the IC card 1 is inserted into the card holder body 6 or the card reader 12 of the ATM and a start command is input from the key 7 or 25, step n1 (step ni)
Is simply referred to as “ni”) to n2. The input data is passed to the IC card as it is, and the IC card determines whether the input data is the input data from the ATM or the card holder. Since the ID number of the ATM or card holder is added to the input data, the IC card knows which the input data is by checking the ID number.

When the input data is the data from the card holder, the process proceeds from n2 to n3. In the case of n3 or less, transaction data is set in the operation procedure table MA from the key 7 of the card holder. First, when the transaction type and bank number data are input to the buffer BF in n4, the operation of the enter key is awaited and the process proceeds from n5 to n6. At n6, a predetermined address of the operation procedure table based on the data input to the buffer is set in the pointer. For example, when 11234 is input in the buffer BF as shown in FIG. 1, the pointer is set to the address storing "press the code" in the procedure 1. Next, in n7, the contents of the operating procedure of the address designated by the pointer are displayed, in n8 it is determined whether or not a fixed information mark (*) is added to the operating procedure, and in n9, the pointer is designated. It is determined whether the transaction data corresponding to the operation procedure has already been entered. N if a fixed information mark is added
In step 17, the pointer is advanced by 1 to update the operation procedure table address. That is, in the above example, the address set in the pointer is the address of the area in which "press the amount of money" is stored. In n18, it is determined whether or not the content of the address designated by the pointer is "END". If not, n7 and subsequent steps are executed again. If it is "END", the process ends at that point. Further, in n8 and n9, when there is no fixed information mark and there is no input data, n14
Proceed to. In this case, the key input data is stored as it is in the transaction data storage area corresponding to the operation procedure currently designated by the pointer (n15), and the operation waits until the enter key is pressed (n16) to proceed to n17. If there is no fixed information mark in n8 and n9 but there is input data, the process proceeds to n10 to display the already input data. At this point, the operator will be asked if the entered data is acceptable.
If the operator decides that is okay, the operator depresses the key marked with *. This key is included in the input key 7 of the IC card holder. n1
If it is determined that the * key has been pressed in step 2, proceed to n17,
Move on to the next operation procedure. * If the key is not n
In step 13, the newly input data is replaced with the input data displayed in n10 and stored. The following n14 to n16 are executed, the data from the input key is stored in the same address until the enter key is operated, and the process proceeds to n7 when the enter key is operated.

As described above, desired transaction data can be written in the transaction data storage area having no fixed information mark. If the input data is already stored, the data can be saved simply by operating the * key.

It should be noted that it is not the IC card but the display 8 of the card holder that displays the data in n7 and n10.
The IC card only sends its display data to the card holder.

[Description of Features of the Present Invention]

Next, the flowchart shown in FIG. 8B will be described. If the data input in n1 is the input data from ATM, the process proceeds from n2 to n20, and FIG. 8 (B)
The flowchart shown in is executed. First, the transaction type and bank number data are input from the ATM side (n20), and the transaction type and bank number data are set in a predetermined area (n21). Next, at n22, it is determined whether the bank number is in the bank operation procedure table index IM.
If it is young, execute n23 or less, otherwise end. n
At 23, the start address of the first procedure of the procedure group stored in the index IM corresponding to the bank number is searched from the operation procedure table MA. Transaction type data is assigned to each procedure (procedure 1 to procedure 7 in the example shown in FIG. 1). At n24, the transaction type data is AT
Send to M. For example, if the transaction type data of procedure 1 is 1 and the retrieved procedure in n23 is procedure 1, the transaction type data transmitted to the ATM in n24 is 1.
Becomes Then, in n25, the operation procedure table M is pointed to by the pointer.
Set the address of A. That is, the start address of the retrieved procedure is set in the pointer. At n26, transaction data corresponding to the operation procedure set in the pointer at that time is transmitted to the ATM. For example, if the address of the operation procedure "press encryption" of the first address of procedure 1 is set in the pointer, data 1234 is transmitted. At n27, it is determined whether or not the transaction data has the fixed information mark. Otherwise, the input data transmitted in n28 is deleted. This is done to increase the security of transaction data. If the data has a fixed information mark, the data is not erased and the process proceeds to n29 to update the pointer to the address of the next operation procedure. The operating procedure is E at n30
It is judged whether it is ND, and if it is not n2 again.
Proceed to step 6 to send the transaction data to the ATM. When the operation procedure becomes END, the process proceeds to n40.

[Explanation of operation after data transmission]

At n40, the next data input is awaited, and at n41, it is determined whether or not the input data is an operation procedure load request sent from the center via the ATM. Otherwise it ends. If an operation procedure load request is made, the process proceeds to n42, where the operation procedure sent from the ATM side is set in the table MA.
Processing for storing in. It is judged in n43 whether the procedure sent first is already stored. In the example shown in FIG. 1, since steps 1 to 7 have already been stored, if there is a procedure number other than this, the procedure proceeds to n44 as a new procedure number. A new procedure No.
Whether or not the transaction type data is new is determined. N if it is a new procedure
At 44, a new address of the operation procedure table MA is set in the pointer, and the data sent at n46 is stored at n48. The data sent here is data indicating an operating procedure, and is operating procedure data stored in the areas a to i shown in FIG. The head address of the new procedure storage area is stored in the area corresponding to the bank currently receiving the service of the table index IM. Repeat n46 to n48 until the input data becomes ETX (data indicating the end), and ends when ETX is input. If the procedure No. already exists at n43, n
Proceeding to 45, the start address of the existing procedure number is set in the pointer. Subsequently, the data successively sent at n46 to n48 are stored until ETX is sent.
That is, in this operation, the procedure is updated.

From the above description, as shown in FIG. 1, a plurality of types of operation procedures and transaction data can be stored in the operation procedure table according to transaction types, and the above n20 to n3 are stored.
By the operation of 2, any one of the plural kinds of operation procedures can be sent to the ATM.

Although the card holder is used as the external data input device in this embodiment, a data input device such as a personal computer can also be used.

[Brief description of drawings]

FIG. 1 is a diagram showing an operation procedure table stored in an IC card, FIG. 2 is an external view of an IC card, FIG. 3 is a block diagram of an IC, FIG. 4 is an external view of a card holder, and FIG. Block diagram of the card holder, FIG. 6 is an external view of the ATM, FIG. 7 is a block diagram of the control unit of the ATM, FIG. 8 (A),
(B) is a flowchart showing the operation of the IC card. MA: Operation procedure table.

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Claims (1)

[Claims] 1. An IC card having an internal memory, and a transaction processing device connected to a center and having a card reader for reading / writing data from / to the IC card, wherein the memory includes an operating procedure of the transaction processing device and Stored data of the table having an operation procedure table capable of storing a plurality of transaction data that can be written by access from an external data input device for each transaction type, and corresponding to the transaction type input by the transaction processing device An IC card transaction system comprising means for transmitting a transaction to a transaction processing device.