JPH1153480A - Device and method for issuing ic card - Google Patents

Abstract

PROBLEM TO BE SOLVED: To shorten the time needed for an issuing process by generating IC- card instruction data by a control part and executing inputs of respective IC card instruction data to an IC card in sequence while confirming a response from the IC card. SOLUTION: The control part 1 generates pieces of IC card instruction data needed to make the IC card 30 function and response data used by the IC card 30 when the respective IC card instruction data are inputted to the IC card 30. Then the respective IC card instruction data and response data which are generated are sent together to an issuing machine 11, which holds the response data and executes the inputs of the respective IC card instruction data to the IC card 30 and the response data in order while matching response data sent from the IC card 30 against the held response data. Consequently, the time needed for the issuing process is shortened and even if an IC card having different code specifications from ordinary ones is set, a proper issuing process is carried out without any error.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an IC card issuing apparatus and an IC card issuing method for issuing a so-called IC card having a built-in nonvolatile data memory and an IC chip having a CPU for controlling the same.

[0002]

2. Description of the Related Art As a portable storage medium, a nonvolatile data memory and an I / O having a CPU for controlling the same are provided.
A so-called IC card having a built-in C chip has been used in various industrial fields.

[0003] This type of IC card is usually issued using an issuing device installed in a card issuing company or the like. In this issuing device, the I card necessary to make the IC card function
C-card instruction data, magnetic encoding data, print data, etc. are created by a computer, and are sequentially transmitted to the issuing machine. The IC card instruction data is input to an IC card (data memory), and the magnetic encoding data and print data are output. Is recorded and printed on the card surface of an IC card.

[0004] The IC card instruction data is composed of an instruction code and accompanying data appropriately attached to the instruction code. The instruction code serves to set conditions for the CPU in the IC card and to write accompanying data into the data memory.

There are a plurality of IC card command data, one of which is sequentially transmitted from the computer to the issuing machine, and is input to the IC card. Each time this input is made, the CPU in the IC card checks whether the input is normal, and response data representing the check result, for example, a status code, is sent from the IC card to the computer via the issuing machine.

[0006] The computer stores in advance a status code in the case where the input is normal, and determines whether the input is normal by comparing the status code with the status code from the IC card. Only, the next IC card command data is transmitted to the issuing machine. If abnormal, the issuing process ends.

[0007]

In the case of the above issuing device, the transmission of the IC card command data and the response data between the computer and the issuing machine is repeated many times.

For this reason, there is a problem that the issuing process takes time.

[0009] The status code issued from the IC card is registered in the IC card in advance. For this reason, for example, when an IC card having an unusual code specification is set as a target to be issued, the status code in the IC card is not stored. And the status code in the computer may not match, and a problem may occur such that the issuance process ends even though the input is normal.

[0010] The present invention has been made in view of the above circumstances,
An object of the present invention is to provide an IC card issuing device capable of shortening the time required for an issuing process.

Another object of the present invention is to reduce the time required for the issuance process, and to provide an IC card issuance process that is capable of performing an appropriate issuance process without error even when an IC card having a code specification different from the normal one is set. It is to provide a device.

It is a further object of the present invention to provide an IC card issuing method capable of obtaining the same effects as described above.

[0013]

Means for Solving the Problems First Invention (Claim 1)
An IC card issuing device includes a control unit that creates a plurality of IC card instruction data necessary for operating an IC card, and an issuing unit that inputs each IC card instruction data created by the control unit to an IC card. A control unit provided in the control unit for collectively sending each IC card command data to be generated to the issuing unit;
Control means for sequentially executing input of each IC card command data to the card while confirming a response from the IC card.

According to a second aspect of the present invention, there is provided an IC card issuing device according to the first aspect, wherein the control unit is a designated I / O card.
Create IC card command data according to the type of C card.

According to a third aspect of the present invention, there is provided an IC card issuing apparatus comprising: a plurality of IC cards necessary for operating an IC card;
A control unit for creating card instruction data and magnetically encoded data and print data for the IC card, and inputting each IC card instruction data created by this control unit to the IC card, An issuing unit that records and prints magnetic encoded data and print data on an IC card, a control unit that is provided in the control unit, and that collectively sends created data to the issuing unit. And control means for sequentially executing input of each IC card command data to the IC card while confirming a response from the IC card.

According to a fourth aspect of the present invention, there is provided an IC card issuing apparatus according to the third aspect, wherein the control unit is specified by an I-card.
It creates IC card command data, magnetic encoding data, and print data according to the type of C card.

According to a fifth aspect of the present invention, there is provided an IC card issuing apparatus comprising a plurality of IC cards necessary for operating an IC card.
A controller for creating card instruction data, and for creating response data to be used by the IC card when each of the IC card instruction data is input to the IC card; and an IC card instruction created by the controller. An issuing unit for inputting data and response data to the IC card, a first control means provided in the control unit, and collectively sending each IC card command data and response data to be created to the issuing unit;
The response unit is provided in the issuing unit, holds the response data sent from the control unit, and compares the input of each IC card command data and response data to the IC card with the response data sent from the IC card and the held response data. And a second control means for sequentially executing the control while executing.

According to a sixth aspect of the present invention, there is provided the IC card issuing apparatus according to the fifth aspect, wherein the control unit is a designated IC card.
It creates IC card command data and response data according to the type of card. The second control means inputs each IC card command data and response data to the IC card,
The execution is sequentially performed on condition that the response data sent from the IC card matches the stored response data.

According to a seventh aspect of the present invention, there is provided an IC card issuing device comprising a plurality of IC cards required to make an IC card function.
Control for creating card instruction data, creating response data to be used by the IC card when each of the IC card instruction data is input to the IC card, and creating magnetically encoded data and print data for the IC card And an issuing unit that inputs each IC card command data and response data created by the control unit to the IC card, and records and prints magnetic encoding data and print data created by the control unit on the IC card. A first control means provided in the control unit for collectively sending each created data to the issuing unit; and an IC card provided in the issuing unit for holding response data sent from the control unit, Input of each IC card command data and response data to the response data sent from the IC card Comprising a second control means for sequentially performed while collating the response data.

According to an eighth aspect of the present invention, there is provided the IC card issuing apparatus according to the seventh aspect, wherein the control unit is configured to control the designated IC card.
It creates IC card command data, response data, magnetic encoding data, and print data according to the type of card. The second control means sequentially executes input of each IC card command data and response data to the IC card on condition that the response data sent from the IC card matches the held response data.

According to a ninth aspect of the present invention, there is provided an IC card issuing method comprising the steps of:
The card instruction data is created by the control unit, and the created IC card instruction data is sent collectively to the issuing unit.
Input of each IC card command data to C card is done by IC
Executes sequentially while checking the response from the card.

According to a tenth aspect of the present invention, there is provided an IC card issuing method for generating a plurality of IC card instruction data necessary for operating an IC card, and controlling magnetic encoding data and print data for the IC card. And sends the created data collectively to the issuing unit. The issuing unit sequentially executes input of each IC card command data to the IC card while confirming the response from the IC card, The encoded data and print data are recorded and printed on the IC card.

An IC card issuance method according to an eleventh aspect of the present invention is characterized in that a plurality of IC card instruction data necessary for operating an IC card and each of the IC card instruction data are input to the IC card. The control unit creates response data for use with an IC card in the
The card command data and the response data are sent collectively to the issuing unit. The issuing unit holds the response data, and holds the input of each IC card command data and the response data to the IC card as the response data sent from the IC card. The execution is sequentially performed while checking the response data.

According to a twelfth aspect of the present invention, there is provided an IC card issuance method, wherein a plurality of IC card instruction data necessary for operating an IC card and each of the IC card instruction data are input to the IC card. In the control unit, response data for use with the IC card is created by the control unit, and further, magnetic encoding data and print data for the IC card are created by the control unit, and each created data is sent to the issuing unit in a lump. Holding the response data sent from the control unit and sequentially inputting each of the IC card command data and the response data to the IC card while collating the response data sent from the IC card with the held response data, The magnetic encoding data and print data are recorded and printed on the IC card.

[0025]

An embodiment of the present invention will be described below with reference to the drawings.

In FIG. 1, reference numeral 1 denotes a personal computer (hereinafter, referred to as a host computer) functioning as a control unit, which includes an arithmetic unit, a storage device, an auxiliary storage device, and an input device (such as a keyboard), and relates to the present invention. The main components include a display unit (such as a CRT display) 2, a card transport database file 3, a writing database file 4, a magnetic encoding database file 5, a personal database file 6, and a print database file 7.

Each database file is stored in the above-mentioned storage device or auxiliary storage device.

An issuing machine (issuing unit) 11 is connected to the host computer 1 via a signal line 10.

The issuing machine 11 includes a card transport mechanism 12, a reader / writer unit 13, a card printing unit 14, and a control unit 15.

The card transport mechanism 12 has a transport path and a plurality of pairs of transport rollers 12a disposed on the transport path.
The IC card 30 which has been taken out one by one and sent to the reader / writer unit 13 and passed through the reader / writer unit 13
Is sent to the card printing unit 14, and the IC card 30 that has passed through the card printing unit 14 is transported to the stacker 22.

The IC card 30 has a built-in nonvolatile data memory and an IC chip having a CPU for controlling the same.

The reader / writer unit 13 inputs (writes) IC card command data and status code, which will be described later, supplied from the control unit 15 to the data memory of the IC card 30, and performs magnetic encoding supplied from the control unit 15. Data is magnetically recorded on a magnetic stripe tape mounted on the card surface of the IC card 30.

The card printing unit 14 prints the print data supplied from the control unit 15 on the card surface of the IC card 30.

The control unit 15 controls the card transport mechanism 12, the reader / writer unit 13, and the card printing unit 14 while performing bidirectional data transmission with the host computer 1 via the signal line 10.

On the other hand, the host computer 1 has the following [1] to [4] as main functional means.

[1] Means for creating a plurality of IC card command data necessary for making the IC card 30 function.

[2] Each of the IC card instruction data is an IC
Means for creating a predetermined status code (expected value; 2-byte numerical code) as response data to be used by the IC card 30 when input to the card 30.

[3] Means for creating magnetically encoded data and print data for the IC card 30.

[4] Instruction data of each created IC card,
Transmission control means for transmitting the status code, the magnetic encoding data, and the print data all at once to the control unit 15 of the issuing machine 11.

The control unit 15 of the issuing machine 11 has the following [11] to [15] as main functional means.

[11] Holding means for holding data (including a status code) sent from the host computer 1 in an internal memory.

[12] Input control means for inputting each IC card command data and status code sent from the host computer 1 to the IC card 30 by the reader / writer unit 13.

[13] Recording control means for magnetically recording magnetically encoded data sent from the host computer 1 on the magnetic stripe tape of the IC card 30 by the reader / writer unit 13.

[14] Print control means for printing the print data sent from the host computer 1 on the card surface of the IC card 30 by the card printing unit 14.

[15] IC card 3 by input control means
Control means for sequentially executing the input of each IC card command data and status code to 0 while checking the status code sent from the IC card 30 and the status code held in the internal memory.

The CPU of the IC card 30 has the following function means [21].

[21] From reader / writer unit 13 to I
Each time the C card command data and status code are input to the data memory, a check is performed to determine whether the input is normal. If the input is normal, the status code input from the reader / writer unit 13 is read as it is to the reader / writer. Control means for sending back to the writer unit 13.

Next, the operation of the above configuration will be described.

(A) First, the operation of the host computer 1 will be described with reference to the flowchart of FIG.

The issuance guidance screen shown in FIG. 5 is displayed on the display unit 2 of the host computer 1. In the screen, there are an issue type designation area, a personal identification number designation area, and OK
A button and a cancel button are provided.

In the issuance type designation area, issuance type items such as employee ID card, passport ID,... Are prepared, and a check box is attached to each item. By moving the cursor to any of these check boxes and clicking, a cross is displayed in the check box, indicating that the corresponding item has been designated. FIG. 5 shows a state where the employee ID card is designated.

A window for entering an initial value and a window for entering a final value of a personal identification number (hereinafter, referred to as a personal ID) are prepared in a designated area of the personal identification number, and the respective windows are operated by operating an input device such as a keyboard. By entering a desired numerical value in the window, it is possible to specify personal IDs for a plurality of persons. FIG.
Then, 95 from “00055” to “00100”
The personal ID for each person is specified.

When the operator moves the cursor to the OK button and clicks, the designation information on the screen is accepted (step 101), and the issuing process starts.

First, as an unselected one of the designated personal IDs, a leading personal ID (“00005”) is selected.
No.) is selected (step 102).

In this case, since only the first personal ID is selected (NO in step 103), step 104 is executed.
The card transfer data corresponding to the specified issue type (hereinafter, referred to as a specified type) is read from the card transfer database file 3.

A plurality of IC card command data and a plurality of status codes (expected values) corresponding to the designated type are read from the memory writing database 4.

As shown in FIG. 6, the IC card instruction data is composed of an instruction code and accompanying data appropriately attached to the instruction code. The instruction code functions to set conditions for the CPU in the IC card 30 and to write accompanying data into the data memory. The accompanying data includes a selected personal ID, an expiration date, and the like. The accompanying data is unnecessary if the content of the instruction code is a read command such as key collation.

Of the IC card command data and status codes read out in this way, memory write data in a form in which the corresponding ones are combined is created (step 105).

For example, as shown in FIG. 8, memory write data in which IC card instruction data X and its corresponding status code x are combined, IC card instruction data X2 and its corresponding status code x are combined. Memory write data, IC card instruction data Y, and two corresponding status codes y, z, and memory write data, IC card instruction data X3, and a corresponding status code x. , Are sequentially created.

Although the first memory write data and the second memory write data have the same status code x,
In this case, if the status code x is omitted from the second memory write data, the status code x of the first memory write data is directly used as the status code of the second memory write data.

The memory write data in which one IC card command data Y is combined with two status codes y and z takes the following situation into consideration. That is, I
First, a status code y is prepared as a status code issued when normal input to the data memory is completed in accordance with the C card instruction data Y. At this time, the writable area of the data memory becomes full and the next input becomes impossible. A status code z is prepared as a status code issued when there is a possible situation.

The magnetic encoding data corresponding to the designated type is read from the magnetic encoding database file 5, and includes the same selected personal ID and expiration date as included in the accompanying data of the IC card instruction data (step 106). .

The personal data (name, address, affiliation, face photograph image, etc.) corresponding to the selected personal ID is read from the personal database file 6 and the print data (character, photograph, etc.) corresponding to the designated type is read from the print database file 7. ,
The pattern, bar code, etc.) are read out, and the print data includes a part of the read-out personal data (name, face photograph image) (step 107).

The card transport data, memory write data, magnetic encode data, and print data created in this way are sent to the control unit 15 of the issuer 11 in a lump (step 108).

After this batch data transmission, the control unit 1
The process waits for receipt of a normal issue command or an abnormal issue command from step 5 (steps 109 and 110). The normal issuance command is issued when the issuance process for the first IC card 30 in the control unit 15 ends normally. The abnormal issue command is issued when an abnormality occurs in the issuing process.

When the normal issue command is received (step 10)
(9) YES), the process returns to step 102, and as the unselected one of the designated personal IDs, the second personal ID
(No. “00006”) is selected. Then, a similar process for issuing the second IC card 30 is repeated based on the selected personal ID.

When the abnormality issuance command is received (step 11)
If the answer is "0", the display unit 2 notifies the user of the abnormality (step 111). This completes the issuing process.

When all the designated personal IDs have been selected (YES in step 103), it is determined that all of the IC cards 30 for the 95 persons from "00005" to "00100" have been issued. Is displayed on the display unit 2 to notify that the issuance is completed (step 112).

(B) Next, the operation of the control unit 15 will be described with reference to the flowchart of FIG.

Card transfer data, memory write data (IC card command data + status code), magnetic encode data, and print data sent collectively from the host computer 1 are captured and held in the internal memory (step). 201).

The card transport mechanism 12 is controlled based on the received card transport data (step 202).

One of the fetched memory write data which is not yet input to the IC card 30 is selected, and the IC in the selected memory write data is selected.
As shown in FIG. 7, transmission control data is added to the head and the tail of the card instruction data (instruction code + associated data). The transmission control data of the head defines the procedure for transmitting the IC card command data to the IC card 30. The transmission control data of the tail part is parity check data and the like.

Then, the memory write data to which the transmission control data is added is input to the data memory of the IC card 30 by the reader / writer unit 13 (step
203).

After this input, the process waits for reception of a status code from IC card 30 (step 204).

When the status code is received (YES in step 204), the status code is collated with the status code in the selected memory write data (step 205).

If both status codes match (YES in step 206), it is determined whether or not all of the fetched memory write data has been input to the IC card 20 (step 207).

In this case, since only one memory write data has been input (NO in step 207), the flow shifts to step 203 to change the uninput memory write data to 1 again.
Are selected and the same input processing is repeated.

When all the fetched memory write data has been input (YES in step 207), control data unique to the magnetic track is added to the fetched magnetic encode data, and the read data is transmitted to the reader / writer unit. 13, magnetic recording is performed on the magnetic stripe tape mounted on the card surface of the IC card 30 (step 208).

Further, the captured print data is printed by the card printing unit 14 on the card surface of the IC card 30 according to a predefined layout (step 209).

Then, a normal issuance command to the effect that the issuance process for the first IC card 30 has been normally completed is sent to the host computer 1 (step 210).

If the status code received from the IC card 30 does not match the status code of the selected memory write data when inputting the memory write data (NO in step 206), the abnormality issue command is issued to the host computer. 1 (step 211).

(C) The operation of the IC card 30 will be described with reference to the flowchart of FIG.

From the reader / writer unit 13 to the memory write data (IC card command data + status code)
Is input (step 301), an instruction code is extracted from the IC card instruction data in the memory write data, and a process corresponding to the instruction code is executed (step 302).

Then, a check is made on the processing state, that is, whether the input is normal (step 303), and a status code indicating the check result is sent to the reader / writer unit 13 (step 304).

That is, if the input is normal, the reader
The status code in the memory write data input from the writer unit 13 is returned to the reader / writer unit 13 as it is. If the input is abnormal, an arbitrary status code registered in the IC card 30 is sent to the reader / writer unit 13.

The status code is sent to the reader / writer unit 13 in a form included in the response data in the format shown in FIG. 9 or FIG. The response data includes transmission control data of the head, a status code, accompanying data appropriately attached, and transmission control data of the tail.

The transmission control data at the head defines the procedure for transmitting the response data to the issuing machine 11. The transmission control data of the tail part is parity check data and the like.

(D) Summary As described above, the data (including the status code) created by the host computer 1 is collectively collected by the issuer 11
, The data transmission between the host computer 1 and the issuing machine 11 is not repeated many times, and the time required for the issuing process can be reduced.

Also, the status code used when the input processing in the IC card 30 is normal is created by the host computer 1 as an expected value, and the created status code is given to the IC card 30 in advance. Even if an IC card having a code specification different from that of the IC card is set as an issue target, the status code on the IC card side and the issuing machine 11
The status code on the side always matches, so that problems such as the termination of the issuance process even though the input is normal can be prevented beforehand, and the proper issuance process without errors can be performed.

In the above embodiment, for example, some memory write data is created and the
After inputting 0, if it is necessary to take out certain data recorded in advance on the IC card 30 and send it from the issuing machine 11 to the host computer 1 for processing to create further memory write data. , Batch data transmission from the host computer 1 to the issuing machine 11 is executed in plural times.

In addition, the present invention is not limited to the above embodiment, and various modifications can be made without departing from the scope of the invention.

[0092]

As described above, according to the present invention,
The control unit creates a plurality of IC card command data necessary for the functioning of the IC card, and sends the created IC card command data to the issuing unit in a lump. Since the input is executed sequentially while checking the response from the IC card,
An IC card issuing device capable of shortening the time required for issuing processing can be provided.

Further, according to the present invention, a plurality of IC card command data necessary to make the IC card function, and the IC card command data to be used by the IC card when the respective IC card command data are input to the IC card. The response data is created by the control unit, and the created IC card command data and response data are sent collectively to the issuing unit. The issuing unit holds the response data and stores the IC card command data and response data for the IC card. Since the input is performed sequentially while checking the response data sent from the IC card and the held response data, the time required for the issuance process can be reduced, and the I / O of the code specification different from the normal one can be achieved.
It is possible to provide an IC card issuing device capable of performing an error-free and proper issuing process even when a C card is set.

Further, according to the present invention, it is possible to provide an IC card issuing method capable of obtaining the same effects as described above.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of an embodiment.

FIG. 2 is a flowchart for explaining the operation of the host computer according to the embodiment;

FIG. 3 is a flowchart for explaining the operation of the control unit of the issuing machine according to the embodiment;

FIG. 4 is a flowchart for explaining the operation of the IC card according to the embodiment;

FIG. 5 is a view showing an issuance guidance screen displayed on a display unit of the host computer in one embodiment.

FIG. 6 is a diagram showing a format of IC card command data in one embodiment.

FIG. 7 is a diagram showing a format in a state in which transmission control data is added to IC card command data in one embodiment.

FIG. 8 is a diagram showing a format of each memory write data in one embodiment.

FIG. 9 is a view showing a format of response data in one embodiment.

FIG. 10 is a view showing another example of the format of response data in one embodiment.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Host computer (control part) 11 ... Issuing machine (issuing part) 13 ... Reader / writer unit 14 ... Card printing unit 30 ... IC card

Claims (12)

[Claims] 1. A control unit for creating a plurality of IC card instruction data necessary for operating an IC card, an issuing unit for inputting each IC card instruction data created by the control unit to the IC card, A control unit provided in the control unit for collectively sending the created IC card instruction data to the issuing unit; and an IC provided in the issuing unit for the IC card.
Control means for sequentially executing input of card command data while confirming a response from the IC card, and an IC card issuing apparatus. 2. The IC card issuing device according to claim 1, wherein the control unit is configured to control an I / O according to a type of the specified IC card.
An IC card issuing device for creating C card instruction data. 3. A control unit for generating a plurality of IC card instruction data necessary for making the IC card function, a magnetic encoding data and a print data for the IC card, and each IC generated by the control unit. An issuing unit for inputting card command data to the IC card, and recording and printing magnetic encoded data and print data created by the control unit on the IC card; and data generated and provided in the control unit. Control means for sending the IC card collectively to the issuing unit; and each IC provided in the issuing unit for the IC card.
Control means for sequentially executing input of card command data while confirming a response from the IC card, and an IC card issuing apparatus. 4. The IC card issuing device according to claim 3, wherein the control unit is configured to control an I / O according to a type of the specified IC card.
An IC card issuing device for creating C card command data, magnetic encoding data, and print data. 5. Creating a plurality of IC card command data necessary for operating an IC card,
When the C card command data is input to the IC card,
A control unit for creating response data for use with the C card; an issuing unit for inputting each IC card command data and response data created by the control unit to the IC card; First, the IC card command data and response data to be sent to the issuing unit are collectively sent to the issuing unit.
Control means, provided in the issuing unit, for holding response data sent from the control unit, and for inputting each IC card command data and response data to the IC card, And a second control means for sequentially executing the response data while collating the response data with the received response data. 6. The IC card issuing device according to claim 5, wherein the control unit is configured to control an I / O according to a type of the specified IC card.
The second control means creates C card command data and response data. The second control means compares the input of each IC card command data and response data to the IC card with the response data sent from the IC card and the held response data. An IC card issuing device, which is executed sequentially on condition of matching. 7. A plurality of IC card instruction data necessary for operating an IC card are created, and each
When the C card command data is input to the IC card,
A control unit for creating response data for use with the C card, and further creating magnetically encoded data and print data for the IC card; and each IC card command data and response data created by this control unit are stored in the IC card. An issuing unit for inputting and recording and printing magnetic encoded data and print data created by the control unit on the same IC card, and provided to the control unit and collectively creates each created data to the issuing unit. A first control means for sending, a response provided in the issuing unit, for holding response data sent from the control unit, and for inputting each IC card command data and response data to the IC card, Second control means for sequentially executing data while collating data with the held response data, and IC card issuing device. 8. The IC card issuing device according to claim 7, wherein the control unit is configured to control an I / O according to a type of the specified IC card.
The second control means creates the C card command data, the response data, the magnetic encoding data, and the print data. The second control means stores the input of each IC card command data and the response data to the IC card with the response data sent from the IC card. IC card issuance device, which is sequentially executed on condition that the response data matches the response data. 9. A control unit creates a plurality of IC card command data necessary for making an IC card function, and sends the created IC card command data to an issuing unit at a time. An IC card issuance method, wherein input of IC card command data is sequentially performed while checking a response from the IC card. 10. A plurality of IC card command data necessary for operating an IC card are created, magnetic encoding data and print data for the IC card are created by a control unit, and the created data is issued collectively. The issuing unit sequentially inputs each IC card command data to the IC card while confirming the response from the IC card, and records and prints magnetically encoded data and print data on the IC card. An IC card issuing method characterized by the above-mentioned. 11. A control unit for controlling a plurality of IC card command data necessary for operating an IC card and response data to be used by the IC card when each of the IC card command data is input to the IC card. The IC card command data and the response data are sent to the issuing unit at a time, and the issuing unit holds the response data and
An IC card issuance method, wherein input of each IC card command data and response data to a card is sequentially performed while checking response data sent from the IC card with the held response data. 12. A control unit for controlling a plurality of IC card command data necessary for operating an IC card and response data to be used by the IC card when each of the IC card command data is input to the IC card. And I
The control unit creates magnetically encoded data and print data for the C card, and sends the created data collectively to the issuing unit. The issuing unit holds the response data sent from the control unit and stores each of the IC cards for the IC card. Command data and response data are sequentially input while comparing the response data sent from the IC card with the stored response data, and magnetically encoded data and print data are recorded and printed on the IC card. IC card issuance method.