JPS5949998A - Collating system - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a verification system that uses an ID card to verify the identity of a person.

Conventionally, the following two methods have been used to confirm the identity of the person using an ID card.

A method of entering a PIN code into iQ 1 and verifying it. The second method is to compare and verify the blank signature affixed to the ID card and the person's signature.

], Among the conventional methods, it is difficult to memorize and manage the PIN code with the method of using the first PIN code, and the difficulty in managing it is especially noticeable when you have multiple bank cards or credit cards. It is. The method of comparing and verifying the signature affixed to the second ID card with the signature of the person himself/herself does not suit the actual situation of the 11th tree. Because 11
This is because the use of a name and seal has been around for a long time compared to a signature, and it is difficult to identify the person with a signature as there is no custom of using a signature (signature) as in Europe and the United States. As described above, all of the conventional methods have the drawback that it is extremely difficult to confirm the identity of the person using the ID card.

This invention was made in view of the points mentioned in 1-1.
-1 by using an ID card that stores video information such as a signature or facial image in the information storage unit and reproducing the stored video information on the display screen 1: to confirm whether or not the person is the person. −
It is an object of the present invention to provide a verification system that eliminates the drawbacks of the conventional methods described above and facilitates the verification work of one person. The present invention will now be explained based on the drawings.

FIGS. 1 and 2 are diagrams showing an example of an information storage section of an ID card used in the IIQ system according to the present invention.

In FIG. 1, the information storage section 1 is divided into a code information section 2 that stores coded information and a video information section 3 that stores video information of a signature.
contains various coded information, such as credit company need 4゜branch code 59 personal code 6, pin code 7, expiration date 8. Usage limit9. Number of uses: 10. PIN code input section %11, in-house code 12 is stored. The video information section 3 also includes a video block header 13.
．． Video information 14 of the signature is stored. Figure 2 is the first
In place of the signature in the video information section 3 shown in the figure, video information of a facial image is stored.

FIG. 3 is a block diagram of a verification system that is an embodiment of the present invention. In the figure, reference numeral 21 denotes an ID car 1 human power section that reads various coded information and video information stored in the information storage section l of the ID card, and 22 indicates the ID card.
A code/video separation circuit 23 separates the code/video information read by the card input section 21 from the video information; )
Write down the tl1. 24 is a CPU (central processing unit 71) that controls the entire device;
25 is an address signal from the CPU 24 and CR "I"
A multiplexer for switching address signals from the controller 27, 26 a glue freon memory for CRT,
28 is a video controller I roller that converts the video information from the riff 1/transmission memory 26 into a video signal; 29 is an I roller;
This is a CRT that reproduces the video information stored in the video information section of the D card on the screen.

The following is the configuration of the verification system as the embodiment described in 1.

Next, its operation will be explained. ID car 1 Human power department 21
An ID car 1 that has an information storage section l as shown in FIG.
: When the ID card input section 21 is inserted, the code information and video information stored in the information storage section 1 of the card are read out by the reader provided in the ID card input section 21. This read information is divided into code information and video information by the code/video separation circuit 22, the code information is sent to the code memory 23, and the video information is sent to the refresh memory 2.
6 and stored respectively. The video information of the signature sent and stored in the refresh memory 26 is converted into a video signal in the video controller 28 under the control of the CRT controller 27, and is displayed as a signature image on the screen of the CRT 29. At the same time, a signature is taken from the ID card submitter and the identity of the person is verified. In this case, an ID card,
The person submitting the ID card cannot imitate his/her signature because the person's name is only written in alphabetical order (-), and the signature on both sides of CRT 29 is not visible to the person submitting the ID card. Therefore, in the unlikely event that someone other than the original person signs the signature, there will be a considerable difference between the original person's signature on the screen of the CRT 29 and the submitter's signature, so it can be easily and reliably confirmed whether or not the submitter is the original person.

Furthermore, when an ID card having facial image information in the video information section 3 as shown in V4 is inserted into the ID card input section 21, an image of the person's face will be displayed on the screen of the CRT 29. You can check whether the submitter is the person who submitted the request.

In the embodiment described above, a CRT 29 was used as the display section, but if the CRT 29 is limited to 1 display section 1i: CRT 29 and can display other images, 1. It is clear that the same effects as in the embodiment described above can be achieved.

As described above, the verification system according to the present invention includes an ID card that stores video information such as a facial image and a signature, and the ID card's lI! It consists of a video reproducing device that reproduces IL image information and displays the image on the display screen 1-4, so that the person who deposits the ID card can see the image on the display screen 1- to confirm that the person is the ID cardholder. This has the excellent effect of making it extremely easy and reliable to confirm the identity of the person by matching the image of the person's face with the signature or face issued by the person who extracted the ID card. It has the following.

[Brief explanation of drawings]

Figure 1-4 shows an example of the information storage section of an ID card used in the verification system according to the present invention.
FIG. 3 is a bronch diagram of the verification system according to the present invention. In the figure, l is an information storage section, 2 is a code information section, 3 is a video information section, 21 is an ID card manual section, 22 is a code/video separation circuit, 23 is a code memory, 24 is a CPU, 25 is a multiplexer, 26 is refresh memory, 27 is C
RT controller 1, roller, 28 is video controller, 29
is a CRT.

Claims (1)

[Claims] An ID card having an information storage section consisting of a code information section for storing coded information and a video information section for storing video information, and reproducing the video information stored in the video information section of this ID card. A verification system characterized by comprising a video playback device that displays video on a display screen.