JPH01200474A - Information processing method for using ic card and ic card and information processor used for said method - Google Patents

Abstract

PURPOSE:To shorten the time required for an input and to improve the operation efficiency of the device by executing an information processing by connecting an IC card by which an input operation of a desired information processing has been executed, to an information processor. CONSTITUTION:When a desired information processing input operation is execut ed by an operating input key 41 of an IC card 24, the corresponding processing information is stored in an operating data area 47 of an RAM 39, and a priority presence is written in a priority designating data area 48. Thereafter, when this card 24 is connected to an automatic transaction device 23, an information processing is executed by the device, based on the contents of the areas 48, 47 without executing an input operation. As a result, the time required for an input is shortened and the use efficiency of an information processor is raised.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention provides an IC card equipped with a data memory for storing various data on the operator side, a CPtJ, and a program memory.
An IC that connects to an information processing device equipped with an input operation key for an operator and an A function unit that performs various information processing, and allows the information processing device to perform various information processing by giving specific data from the operator side from this IC card. The present invention relates to an information processing method using a card, and an IC card and information processing apparatus used therein.

[Conventional technology]

FIG. 5 is a block diagram showing a conventional example of this type of information processing method, an IC card used therefor, and an information processing device.

In the figure, l is an automatic transaction device as an information processing device, 2
is a CPU that controls the automatic transaction device, 3 is a program memory, 4 is a data memory for transferring data with an IC card, 5 is an FDD for an electronic journal, 7
is a read/write interface that transfers data with the IC card.

8 is an IC card, 9 is a CPU that controls the IC card 8
, 10 is a program memory, 11 is a data memory for storing customer identification codes and transaction detail data, etc., 12 is a read/write interface for exchanging data with the automated teller machine, and 13 is a main power source for the IC card 8. It is a lithium battery that serves as an auxiliary power source for solar cells and data storage. CPU9. Program memory 10. The data memory 11 is realized by a l-chip IC.

The data memory 11 of the IC card 8 has a customer specific data area, and the customer specific data area is a data area that is registered in advance when the IC card 8 is issued.
Data can only be rewritten in a specific device such as a card issuing device. The customer identification data includes the PIN number, bank account number, and bank number.

This data includes names, etc., and is necessary to confirm the completion of a transaction.

In addition, a transaction details data area is provided in the data memory, and transaction details data is sequentially stored each time a transaction is made.
Some C cards are equipped with a display section and operation keys, and the customer can check the details of the transaction by displaying stored transaction detail data on the display section on the IC card by operating the IC card.

FIG. 6 is a perspective view showing the external appearance of the automatic transaction device 1. In the figure, 16 is a housing of the device, and the following components are provided on the customer service surface at the upper front of the device.

First, reference numeral 17 is a passbook insertion/return slot for inserting and returning a deposit passbook.A passbook entry machine is placed behind it, and the passbook issued to a customer by a financial institution is inserted into the passbook insertion/return slot 17 during a transaction. When the bankbook is inserted, the details of the transaction are recorded in the bankbook, and when the transaction is completed, the bankbook is returned to the customer through the bankbook insertion/return port 17.

18 is a card insertion return slot; this card insertion return slot 18
A read/write interface that connects to an IC card is placed at the back of the holder, and when an IC card issued to a customer by a financial institution is inserted into the card insertion/return slot 18, the data written on the IC card is read. read.

Reference numeral 19 denotes a transaction information display section, and the transaction details currently specified in this transaction information display section 19, such as "Withdrawal", "
``Payment'', ``Passbook entry, etc.'' are now displayed.

Reference numeral 20 denotes a status display section that displays the status of the device, ie, the status of handling or discontinuation of use.

Reference numeral 21 is an operation guidance display section using a touch panel type CRT display, which displays operation procedures in sequence, and
It also serves as a function key for inputting item selections, a numeric keypad for manually inputting numbers, a confirmation key to press when approving the continuation of processing, and a cancel key to press to cancel processing.

Reference numeral 22 denotes a deposit/withdrawal port corresponding to the cash deposit/withdrawal mechanism built into the housing 16, which is a part for the customer to insert deposited banknotes and receive paid banknotes, as well as a return port for returning deposited banknotes. It is designed to function as a

With the above configuration, when a customer inserts the IC card 8 into the automatic transaction device 1, the automatic transaction device 1 checks whether or not the customer is eligible for transaction based on the customer specific data sent from the IC card 8, and if the customer is qualified for transaction, , various transaction processes were performed in accordance with the customer's operations on the input operation keys.

[Problem to be solved by the invention]

However, according to the conventional technology having the above-mentioned configuration, the IC
After connecting the IC card, the person carrying the card must input the operation data necessary for processing using the input operation keys on the device side, which increases the time required for the transaction.

As a result, waiting lines form during times when operators are concentrated, reducing the operating efficiency of the equipment and causing mental pain to both the operator and those being waited for. .

SUMMARY OF THE INVENTION In view of the above-mentioned problems, it is an object of the present invention to provide an information processing method that shortens the time required for inputting transactions, increases the operating efficiency of the device, and is also efficient for the operator.

[Means for Solving the Problems] In order to achieve the above object, the present invention inputs desired operation data into an IC card in advance, and the device uses this operation data as if input was made using an input operation key. Perform various processing operations.

That is, the present invention provides a data memory for storing various data on the operator side, a read/write interface for external connection, a CPU for controlling these operations, and a data memory for storing various data on the operator side.
a read/write interface for connecting an IC card with a program memory storing a control program for the U; and an input operation key for an operator;
A functional unit that performs various information processing!・The operation side of these? Connect to an information processing device equipped with a CPU that performs Il,
In an information processing method using an IC card in which specific data from the operator is given from the IC card to cause the information processing device to execute various information processing in a functional unit, the operator Then, perform the input operation for the desired information processing, store the operation data in the information processing device in the data memory of the IC card, connect this IC card to the information processing device, give the operation data from the IC card, It is characterized by causing an information processing device to execute information processing in a functional unit.

Further, the present invention provides a data memory for storing various data on the operator side, a read/write interface for external connection, a CPU for controlling these operations, and a data memory for storing various data on the operator side.
a program memory for storing a control programmer l, and is connected to an information processing device equipped with input operation keys for an operator, a functional unit for performing various information processing, and a CPU for controlling these operations, IC that sends specific data to this
In the card, an operation input key that can input the same content as the operation input key of the information processing device, and a display section that guides the operation and displays the input content on the operation input key,
an operation data storage means for storing input contents of the operation input keys; a priority specification data storage means for specifying that data stored in the operation data storage means is to be prioritized as operation control data of the information processing apparatus; and the priority specification. The data storage means has a priority specification type key for manually inputting priority specification data, and when connected to an information processing device, the information in the data memory, operation data storage means, and priority specification data storage means is sent to the CPU. shall be.

Furthermore, the present invention provides an information processing apparatus that includes a read/write interface that connects to an IC card, a manual operation key for an operator, a functional unit that performs various information processing, and a CPU that controls these operations. The connected IC card has an operation data storage means and a priority designated data storage means, and a determination means for determining whether data is stored in these is provided, and the determination means determines whether the connected IC card has a ti production data storage means or If it is determined that there is a priority designated data storage means and that data is stored therein, the information processing operation is executed in accordance with the operation data stored in the connected IC card.

[For production]

With the above configuration, the present invention enables, before operating the information processing device,
Operation data for information processing to be executed in the information processing device is inputted in advance from the operation input key of the connected IC card and stored in the operation data storage means of the IC card, and the stored data of the operation data storage means is inputted using the priority designation key. A priority designation is made to designate that the data is given priority as operation control data of the information processing device, and the priority designation data is stored in a priority designation data storage means.

Then, when the information processing device stores the operation data as described above and connects the IC card, the determination means determines that the IC card has an operation data storage means and a priority designated data storage means, and that the data is stored in these. If it is determined that there is an operation data storage means and priority designated data (3 payment means and data is stored in these means), the operation data storage means of the IC card is stored. The information processing operation can be performed according to the operation data inputted from the information processing apparatus, and when the information processing operation is not performed, the information processing operation can be executed according to the operation data inputted from the operation input keys of the information processing apparatus as usual.

〔Example〕

Examples will be described below according to the drawings.

FIG. 1 is a block diagram showing one embodiment of the present invention.

The main body of the apparatus is the same as the apparatus described above with reference to FIG. 6, so the explanation will be omitted and the reference numerals will be used as they are.

In the figure, 23 is an automatic transaction device as an information processing device;
24 is an IC card.

25 is a CPU that controls the automatic transaction device;
The P tJ 25 performs various controls using a built-in microprocessor.

26 is a passbook control unit, and the passbook control unit 26 is connected to the CPU 2.
5, the passbook is taken in through the passbook insertion/return slot 17, the printing position is set, and the transaction details are printed on the passbook by the passbook printer 2G.

28 is a card control section, and the card control section 28 is a CP
According to instructions from U25, IC card 24 is taken in from card insertion/return slot 18, and read/write interface 2
9, data is transferred to and from the IC car F24.

Reference numeral 30 denotes an operation panel control section, and the operation panel side 'l11 (1 section 30 sends input information from the touch panel 31 of the CRT display 21 to the CPU 25.

32 HaCRT 1tilHI part T: Ali, BB C
RT it;l? The tTl1 unit 32 changes the screen display on the CRT display 21 according to instructions from the CPU 25 as the transaction process progresses, guides operations, and presents input operation keys.

33 is a cash processing control section;
is an instruction from the CPU 25, and in the case of depositing money, the deposit/withdrawal port 22 is opened and the banknotes are waited for to be inserted.

When the banknotes are inserted, the deposit/withdrawal port 22 is closed, the verification and counting section 34 identifies and counts the bills, and sends the deposited amount to the CPU 25. C
When the P U 25 issues an instruction to complete the transaction, each banknote is stored in the safe 35 .

In the case of withdrawal, the amount of banknotes requested by the scammer is drawn out from the gold seal 35, counted, the deposit/withdrawal port 22 is opened, and the payment is made to the operator.

36 is an FDD for electronic journals.

37 is a CPU that controls the IC card 24, 38 is a ROM as a program memory, and 39 is a RAM as a data memory that stores various data.
37. ROM38. The RAM 39 is realized by one chip of IC.

40 is a read/write interface for exchanging data with the automatic transaction device; 41 is the automatic transaction device 2;
The operation input key 142, which can input the same content as the operation input key 3, is a liquid crystal display that guides the operation of the operation input key 41 and displays the input content, and 43 is the IC card 2.
A solar battery 4 serves as a main power source, and a lithium battery 44 serves as an auxiliary power source for data retention.

A part of the above RAM 39 is nonvolatile, that is, E"PR
An SRAM backed up by an AM or a battery is provided, and a specific data area 45 that stores operator specific data is a data area that is registered in advance when the IC card 24 is issued, and is used by a specific device such as an IC card issuing device. Data can only be rewritten with . The contents of the customer identification data include a personal identification number (1), an account number (2), a bank number (2), and a name (2), and is data necessary for completing a transaction (61 LQ).

46 is a balance data area, which is updated for each transaction.

Reference numeral 47 denotes an operation data area for storing input contents of the operation input keys 41, and in this embodiment, the type of transaction and the transaction amount are stored in the operation data area 47. In addition,
In this embodiment, the operation data area 47 can sequentially store a plurality of types of operation data.

Reference numeral 48 is a priority designation data area that designates that specific stored data in the operation data area 47 is given priority as operation control data of the automatic transaction device, and in this embodiment, the priority designation flag becomes the priority designation data.

FIG. 2 is a front view showing an example of the external appearance of the IC card 24, in which 49 is a power key, 5o is a transaction key for starting operation data input, 51 is an end key, 52 is a numeric keypad for inputting numbers, 53 is an execution key, 54 is a next candidate key, and 55 is an inquiry key for viewing registered contents, and these constitute the operation input keys 41.

The liquid crystal display 42 and the solar cell 43 are arranged on the same surface as the operation input keys 41.

The operation of this embodiment with the above configuration will be explained using the flowcharts of FIGS. 3 and 4.

<Registration of Operation Data on IC Card> FIG. 3 shows a procedure for storing operation data in the automatic transaction device 23 in the IC card 24 in advance.

31: When the transaction key 50 of the IC card 24 is pressed, operation data storage processing starts and the process moves to S2.

S2: "Unshow" is displayed on the liquid crystal display 42 to prompt the user to press the password.

S3: When the password is input on the numeric keypad 52, 84
Move to.

S4: Determine whether the input password matches the password stored in the RAM 39. If they match, proceed to S5; if not, return to S2. At this time, it is also possible to set a number of times and make it impossible to handle.

S5: Displays the message ``Program J'' on the liquid crystal display 42, prompting the operator to press the execution key 53.Here, if the operator wants to view the contents of the already registered operation data, press the inquiry key 55.
If new operation data is to be registered in the RAM 39 of the IC card 24 from now on, the execution key 53 is pressed.

S6: If the inquiry key 55 has been pressed, the process moves to S7; if not, the process moves to 313, and it is then determined whether or not the execution key 53 has been pressed.

S7: 7, RAM when inquiry key 55 is pressed in b6
For example, if the first operation data stored in 39 is for a payment of 65,000 yen, it is displayed as "l-shibarai 6 man 5 sen" on the liquid crystal display 42.

The operator presses the execution key 53 if the operation data is desired to be specified with priority, and if not, presses the next candidate key 54.

S8: If the execution key 53 is pressed, the process moves to 39; otherwise, the process moves to S14 to display the next transaction.

S9: When the execution key 53 is pressed in S8, the priority designation flag is set to ON.

S10: Next, the liquid crystal display 42 displays "Tori Hiki Deki Masu".

Sll: When the end key 51 is pressed, the display on the liquid crystal display 42 disappears, and by inserting the IC card 24 into the automatic transaction device 23, transactions can be made in accordance with the registered operation data. Processing operations in the automatic transaction device 23 will be explained later.

S13: It is determined whether or not the execution key 53 has been pressed. If the execution key 53 has been pressed, the process moves to S15; otherwise, the process waits for the key to be manually operated.

315: When the execution key 53 is pressed at 313, C
PtJ 37 checks whether there is registered operation data in the RAM 39, and if there is no registered operation data, the process goes to S16; if there is, it goes to S50.
Move to.

316: If it is determined in S15 that there is no registered operation data, the liquid crystal display 42 displays "Shinki Toroku Shibarai". Here, the operator presses the execution key 53 if he desires a payment transaction, and presses the next candidate key 54 if he desires another transaction.

S17: If the execution key 53 is pressed, the process moves to SlB and displays "Kingaku Man" on the liquid crystal display 42.
Prompt input in units of 10,000 yen.

S19: If the numeric keypad 52 is pressed, the process proceeds to S20; otherwise, the process proceeds to S21.

If the operator wishes to pay in units of 10,000 yen, the operator inputs the amount using the numeric keypad 52 and presses the execution hand 53, following the flow from S19 to S20, the input amount is temporarily stored in the CPU 37 at S22. The process continues to S23.

If the operator does not wish to pay in units of 10,000 yen, he does not press the execution key 53 and proceeds to S23 by following the flow from S19 to S21.

S23: Displays "Kingakusen" on the liquid crystal display 42 and prompts for input in thousands of yen.

S24: If the numeric keypad 52 is pressed, the process proceeds to S25; otherwise, the process proceeds to S26.

If the operator wishes to pay in thousands of yen, he inputs the amount using the numeric keypad 52 and presses the execution key 53, following the flow from 324 to S25 and temporarily storing the input amount in the CPU 37 at S27. and moves to 328.

If the operator does not wish to pay in units of 1,000 yen, he or she simply presses the execution key 53 and proceeds to step 32B following the flow from S24 to S26.

S28: 1 of the amount received in units of 10,000 yen and 1,000 yen
-Display a number, for example, "5 Man" on the liquid crystal display 42.

S29: Here, when the execution key 53 is pressed, S3
0, write the "payment" designation in the transaction type address of the Ikuwasaku data area 47 of the RAM 39, write the temporarily stored input amount in the transaction amount address, and write the priority designation data area 4.
The priority designation flag is written in 8 to complete the registration.

If the execution key 53 is not pressed, the process moves to S34, and if the next candidate key 54 is pressed here, the next transaction is displayed.

S31: "Tori Hiki Deki Masu" is displayed on the liquid crystal display 42 to inform the operator that the transaction can be made at any time with the above registered contents.

S32: Next, it is determined whether or not the end key 51 has been pressed,
If the end key 51 is pressed, the display on the liquid crystal display 42 disappears in S33, and transactions can be made in accordance with the registered operation data by inserting the IC card 24 into the automatic transaction device.

S33: If the end key 51 is not pressed, the process returns to 315 and the next operation data can be input.

Returning to the point of S17, the execution key 53 is not pressed, and S3
If the next candidate key 54 is pressed in step 5, the process moves to step 336.

S36: On the LCD display 42,
"Newkin" is displayed. Here, the operator presses the execution key 53 if he desires a deposit transaction, and presses the next candidate key 54 if he desires another transaction. Other transactions include transfers and transfers.

There are balance inquiries, etc. If there is a destination specified for transfer, transfer, etc., that information must also be entered. However, in that case, IC
An address for writing the destination is prepared in the operation data area 47 of the RAM 39 of the card 24.

S37: If the execution key 53 is pressed, the process moves to 33B and displays 2 [Kingakuman J] on the liquid crystal display 42, prompting the user to input the unit of 10,000 yen.

If the execution key 53 is not pressed, the process moves to S39, and if the next candidate key 54 is pressed here, the next transaction is displayed.

S40: If the numeric keypad 52 is pressed, the process proceeds to S41; otherwise, the process proceeds to S42.

If the operator wishes to deposit in units of 10,000 yen, the operator inputs the amount using the numeric keypad 52 and presses the execution key 53, following the flow from S40 to 341 and selecting C in S43.
The input amount is temporarily stored in the PU 25 and the process moves to S44.

If the operator does not wish to deposit in units of 10,000 yen, he or she simply presses the execution key 53 and proceeds to step 344 following the flow of steps 540-+342.

S44: Displays "Kingakusen" on the liquid crystal display 42 and prompts for input in thousands of yen.

S45: If the numeric keypad 52 is pressed, the process proceeds to S46; otherwise, the process proceeds to S47.

If the operator wishes to deposit in units of 1,000 yen, the operator inputs the amount using the numeric keypad 52 and presses Execute-1--53, following the flow from S45 to S46, the input amount is sent to the CPU 25 in S48. Temporarily store it and move to 349.

If the operator does not wish to deposit in units of 1,000 yen, he or she simply presses the execution key 53 and proceeds to step 349 following the flow from S45 to S47.

S492: Display the input total amount in units of 10,000 yen and 1,000 yen on the liquid crystal display 42, and proceed to S29.

Returning to the time of determination in S15, when the CPU 37 determines that there is already registered operation data in the RAM 39, for example, operation data for payment of 65,000 yen, the liquid crystal display 42 displays "To Waku l Shibarai" in S50. do. Here, the operator presses the execution key 53 if this transaction is desired.
If not, press the next candidate key 54.

S51: Determine whether or not the execution key 53 has been pressed, and if it has been pressed, proceed to S52; otherwise, in S53, determine whether or not the next candidate key 54 has been pressed, and if the next candidate key 54 has been pressed. If so, the registered operation data will be displayed in order. As long as the execution key 53 or the end key 51 is not pressed, the operation data that has already been repeated and registered is displayed in a ring shape when the next candidate key 54 is pressed.

S52: When the execution key 53 is pressed at 351, "Kingaku 6 Man 5 Sen" is displayed on the liquid crystal display 42. If the operator wants to register the operation data,
The execution key 53 is pressed, and if not, the next candidate key 54 is pressed.

S54: If the execution key 53 is pressed, the process moves to 355; otherwise, the process moves to 356, and a flow of new registration of a payment transaction is entered.

355: When the execution key 53 is pressed in S54, "Torihiki Suka" is displayed on the liquid crystal display 42.

If the operator wants to prioritize the operation data, press the execution key 53, otherwise press the next candidate key 54.
Press. Thereafter, the process moves to S29 and storage processing is performed.

<Transaction Process> FIG. 4 is a flowchart of the operation of connecting the IC card 24 and conducting a transaction.

S572: The IC card 24 is inserted from the card insertion/return slot 18.

S58: The automatic transaction device 23 reads the data in the RAM 39 of the IC card 24 using the read/write interface 29, and sends it to the CPU 25.

359: The CPU 25 determines whether or not operation data is registered in the IC card 24.

S60: Next, it is determined whether or not the IC card 24 has priority designation data.

S61: Here, if both the operation data and the priority designation data are not available, the touch panel 31 allows key input, and the following various transactions are executed according to the operator's input operations as usual (862 to S70). Or 371-57
9).

S80: On the other hand, if both the operation data and the priority designation data are available, it is determined whether the transaction type behind the operation data is "payment".

381: If it is determined in S80 that the transaction type is "payment", the amount data is sent to the cash processing control unit 33 as withdrawal amount data.

S82: The cash processing control unit 33 withdraws the designated amount from the safe 35 and conveys it to the deposit/withdrawal port 22.

The Sol CPU 25 updates the balance data of the IC card 24 through the read/write interface 29.

S84: Further, the CPtJ 25 clears the priority designation data of the IC card 24 using the read/write interface.

By doing so, when the operator is a proxy for the holder of the IC card 24, the operator cannot perform operations other than those performed by the proxy.

S85: Eject the IC card 24.

S862: Release the deposit/withdrawal port 22 and pay the specified amount to the customer.

S87: In S80, the transaction type in the operation data is [
If it is not a payment J, then it is determined whether it is a "deposit".

388: If it is determined that the transaction type is "deposit" in S87, the CPU 24 uses the amount data as deposit amount data.
send to

S89: Open the deposit/withdrawal port 22 and wait for banknotes to be inserted.

S90: The operator inserts banknotes into the deposit/withdrawal port 22.

S91: The cash processing control unit 33 uses the discrimination counting unit 34 to discriminate and count the inserted banknotes, and sends the discrimination and counting result to the CPU 25.

392: The CPU 25 sends this differential counting result to the CRT control section 32 and displays it on the CRT display 21.

S93: At the same time, the CPU 25 inputs this differential counting result and the IC
It is determined whether or not the amount data obtained from the cards 24 match. If they match, the process goes to S94; if not, the process returns to S89, the deposit/withdrawal port 22 is opened, and the banknotes are returned to the operator.

S94: 4 from the IC card 24 (also, if the amount data match, the cash processing control unit 33 stores the deposited banknotes in the gold deer 35).

S95: The CPU 25 updates the balance data of the IC card 24 using the read/write interface 29.

896: Further, the CPU 25 clears the priority designation data of the IC card 24 using the read/write interface.

S9'7: Eject IC car 1"24.

[Effects of the Invention] As explained in detail above, according to the present invention, the operator can
Before connecting to the information processing device, perform the input operation for the desired information processing on the IC card, store the operation data in the information processing device in the data memory of the IC card, and connect this IC card to the information processing device, Operation data is given from the IC card to cause the information processing device to execute information processing in the functional unit, so just by inserting the IC card, the device performs various processing operations as if there had been an input using the input operation keys. can be executed.

As a result, it is possible to shorten the time required for inputting data in a transaction, improve the operational efficiency of the device, and provide an information processing method that is efficient for the operator.

Also, if the IC card holder only enters the password,
It is also possible to request another person to perform the subsequent registration input operation, and then the holder himself/herself operates the information processing device, which is highly secure and has the effect of helping the holder save labor.1υ1 I can wait.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing one embodiment of the present invention, FIG. 2 is a front view showing the external appearance of an IC card of the same embodiment, FIG. 3 is an operation flowchart of the IC card of the same embodiment, and FIG.
The figure is an operation flowchart of the automatic transaction apparatus of the same embodiment, FIG. 5 is a block diagram of the conventional example, and FIG. 6 is an external perspective view of the conventional example. 23... Automatic transaction device 24... IC card 29... Read/write interface 37...
・CPU 38...ROM 39... ・RAM 40...Read/Write Interface 41...
Operation input key 42...Liquid crystal display 45...Specific data area 4G...Balance data area 47...Operation data area 48...Priority designated data area Patent Applicant Agent: Oki Electric Industry Co., Ltd. People Patent attorney Takashi Kanakura Front view import of the IC card in the case of Fuki 2 Country 1 model 2.0 θ 1 External perspective view axis of the conventional example 6 Director General of the Japan Patent Office Yoshi 1) Moon Yi 1, Display of the case 1988 Relationship with Patent Application No. 023978 of 2007 Patent applicant 4, agent 7, content of amendment 1, on page 5, line 8 of the specification, ``12 is an automatic transaction device'' was changed to ``14 is an automatic transaction device.''"With a transaction device," he corrected. 2. On page 5, line 1 O of the statement, it says “13 means IC card 8.
Correct the sentence "15 is IC card 8". 3. Delete rS33: on page 22, line 7 of the specification. 4. On page 28, line 18 of the statement tube, “Return the banknotes 4”
The statement has been corrected to ``Wait for the amount of insufficient banknotes to be added.''

Claims (3)

[Claims] 1. An IC card is equipped with a data memory that stores various data on the operator side, a read/write interface for external connection, a CPU that controls these operations, and a program memory that stores the control program for the CPU. This IC card is connected to an information processing device equipped with a read/write interface that connects to the IC card, input operation keys for the operator, functional units that perform various information processing, and a CPU that controls these operations. In an information processing method using an IC card that causes an information processing device to perform various information processing in a functional unit by giving specific data from the operator, the operator may input desired information on the IC card before connecting to the information processing device. Perform input operations for information processing, store operation data in the information processing device in the data memory of the IC card, connect this IC card to the information processing device, give operation data from the IC card, and input the operation data to the information processing device. An IC characterized by executing information processing in a functional unit
An information processing method using cards. 2. It is equipped with a data memory that stores various data on the operator side, a read/write interface for external connection, a CPU that controls these operations, and a program memory that stores the control program for the CPU. In an IC card that is connected to an information processing device that includes operation keys, a functional unit that performs various information processing, and a CPU that controls these operations, and sends specific data to the information processing device, the operation input keys of the information processing device and An operation input key that allows input of the same content; a display section that guides the operation of the operation input key and displays the input content; an operation data storage unit that stores the input content of the operation input key; and the operation data storage unit an information processing device, comprising: a priority designation data storage means for specifying that data stored in the information processing device is given priority as operation control data of the information processing device; and a priority designation input key for inputting priority designation data into the priority designation data storage means; An IC card characterized in that when connected to a CPU, information in a data memory, an operation data storage means, and a priority designated data storage means is sent to the CPU. 3. In an information processing device that is equipped with a read/write interface that connects to an IC card, input operation keys for the operator, functional units that perform various information processing, and a CPU that controls these operations, it is possible to perform operations on the connected IC card. There is a data storage means and a priority designated data storage means, and a determination means is provided for determining whether data is stored in these, and an IC card connected to the determination means has an operation data storage means and a priority designated data storage means. If it is determined that data is stored in these, the connected I
An information processing device that performs information processing operations according to operation data stored in a C card.