JPH03233791A - Personal identification card processor - Google Patents

Abstract

PURPOSE:To register a personal identification code by reading an effective card to be used by a card reader, and storing data of a digit designated by a designating device in the read card data as the personal identification code. CONSTITUTION:After setting registration mode of a personal identification code, card data recorded in an effective personal identification card 4 used in a card system is read by a card reader 1. Subsequently, from in the read card data, the data of a digit designated by a designating device 6 is extracted, and it is stored as a registered ID code. When the card 4 is thrown in after the ID code is registered, the card reader 1 collates the data recorded in the read thrown-in card 4 and the ID code, and discriminates a social position of the user of the card 4. In such a way, the personal identification code can be registered.

Description

DETAILED DESCRIPTION OF THE INVENTION (A) Field of Industrial Application The present invention relates to a personal recognition card processing device, and particularly to registration of a personal recognition code.

(b) The conventional technology personal recognition card processing device is disclosed in Japanese Patent Application Laid-open No. 62-205467.
As stated in the publication, the identity of the card user is confirmed by reading the information recorded on the card, and this confirmation is performed by comparing the pre-registered personal recognition code with the information recorded on the card. This is done by doing.

(c) Problems to be solved by the invention However, if it is necessary to change, add, or delete a registered personal recognition code, the personal recognition code is fixed on the software. In the case of a type that requires replacement or replacement and stores the personal identification code in the memory, it is necessary to write the personal identification code into the memory for each card processing device using a predetermined input device.

Accordingly, the present invention provides a device that can register a personal identification code by changing the card on which the personal identification code to be registered is recorded and having the card read.

(d) Means for Solving the Problems In order to solve the above problems, the personal recognition card processing device according to the present invention has a registration mode for registering a personal recognition code, and a card read by a card reading device. It is equipped with a designation device that designates a specific digit of data, and in the registration mode, the card reading device reads a valid card used by the personal recognition card processing device, and the read card data is read. It is a groove bottom that stores the data of the digit specified by the indicator device as the personal recognition code.

(e) Operation After setting the personal recognition card processing device to the personal recognition code registration mode, the card data recorded on the valid personal recognition card used in the card system is read by the card reading of this personal recognition card processing device. Read it with the device. As a result, the personal recognition card processing device extracts the data of the digit designated by the designation device from the read card data and stores it as a registered ID code.

When the card is inserted after registering the ID code in this way, the personal recognition card processing device uses the data recorded on the inserted card read by the card reading device and the I.
The identity of the user of the card is determined by comparing it with the D code.

(f) Example The present invention will be explained in detail below.

Figure 1 shows the groove bottom of the personal recognition card processing device (ID card processing device), where 1 is a card reading device that reads the recorded data of the card 4 inserted into the ID card processing device, and 2 is the data registered in advance. 3 is a storage device that stores the ID code; 3 is a control device; and 3 is a card reading device.
By comparing the card data read by the card with the ID code stored in the storage device 2, the identity of the user of the card 4 is determined.

In addition to this discrimination function, the control device 3 also has a card reading function.
)It also has an ID code registration function that loads the In code recorded on the card read by the device 1 into the device 2, and processes the ID code registration mode by operating the It9 and MotoSinch 5. conduct. Reference numeral 6 denotes a designation device operated in the registration mode. In the registration mode, by operating this designation device 6, it is possible to determine in which digit of the card data read by the card reading device 1 the ID code is recorded. It can be specified for the control device 3. Reference numeral 7 denotes a display device for displaying data of the number of digits inputted by the designation device 6. 8 is in registration mode and if the ID card is not inserted for a certain period of time, the normal ID will be automatically changed.
This is a timer for returning to card processing mode.

As shown in FIG. 2, a character code equivalent to 72 characters can be recorded on the card 4, including a start code 4a, an ID code 4b that identifies the holder of the card, and an end code 4C. Card data consisting of 1 code 4d, etc. is recorded, and in this example, 7
10 to 17 characters out of the two characters represent the ID code. Therefore, by inputting 10 to 17 digits using the designation device 6, the area in which the ID code of this card is recorded can be designated to the control device 3.

The operation of the above ID card processing device will be explained according to the flowchart of FIG.

(Normal ID card processing operation) First, in step S1, the control device 3
The operation is determined, and if it is not operated, the next step S
Proceed to step 2. In this step S2, it is determined whether a card has been inserted, and if the card has not been inserted, the process proceeds to step S1.

If the card has been inserted, the process advances to step S3, but in step S3, the card data read by the card reading device 1 and the I/O stored in the storage device 2 are processed.
The identity of the user of the card 4 is determined by comparing it with the D code. Then, in the next step S4, the control device 3 performs a predetermined process according to the determination result of the card 4, and returns to step S1.

(ID Code Registration Operation) In step S1, when it is detected that the mode switch 5 has been operated, the control device 3 enters the ID code registration operation mode and proceeds to step S10.

When registering an ID code by inserting an ID card,
The operator needs to input digit number data indicating in which part of the 72-character card data of the card 4 to be inserted the ID code is recorded. Therefore, in step S10, the control device 3 detects the input digit number data, and if the recording format shown in FIG. , 10 characters 1 of card data are stored in the control device 3.
This indicates that the 1st to 17th characters are the ID code. When the number of digits is input, the control device 3 displays this on the display 7 for confirmation.

In the next step Sll, the control device 3 starts the operation of timer=8. In the next step S12, the CPU
Step 4 determines whether a registration ID card has been inserted into the card reader 1, and if the card has been inserted, the process proceeds to step 513. However, if the ID card has not been inserted, the process proceeds to step S14, in which it is confirmed that the operating time of the timer 8 has not elapsed, and from there the process returns to step 512. If the timer time elapses before the ID card is inserted, the control device 3 cancels the setting mode and returns to step S1.

When the ID card is inserted within the operating time of the timer 8 and the process starts at step 513, the CPU 4 goes to step SIO.
Based on the conditions entered in
The ID code is extracted from the card data read from the 0 card, and this pig is stored in the storage device 2. and,
The control device 3 returns to step Sll and restarts the operation of the timer 8. Therefore, when a new card is inserted within the timer time, the I■] code is registered in the same process.

(G) Effects of the Invention According to the present invention, it is possible to register a personal recognition code by inserting a personal recognition card, which not only simplifies the registration process but also simplifies the structure of the device. Furthermore, when registering a personal recognition code, it is sufficient to have a card that the user wishes to use in the card system, and registration is performed without disclosing card data, thereby providing a personal recognition card processing device with high security.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing a personal recognition card processing device according to the present invention, FIG. 2 is a diagram showing a card recording format, and FIG. 3 is a flow chart explaining the operation of the control device. 2...Card reading device, 3...Control device, 6.
...Specified device.

Claims (1)

[Claims] 1. In a card processing device that determines the validity of the card by reading card data recorded on the card with a card reading device and comparing it with a pre-registered personal recognition code. , has a registration mode for registering the personal recognition code, and also has a designation device for specifying a specific digit of the card data read by the card reading device, and in the registration mode, the personal recognition code is An individual who causes the card reading device to read a valid card used by a card processing device, and stores data of digits designated by the designation device among the read card data as the personal recognition code. Recognition card processing device.