JPS626372A - Individual discriminating device for rental safe-deposit box facility - Google Patents

Abstract

PURPOSE:To reduce the scale of an individual recognizing system by registering the graphic data on an original form to an IC card of a customer and displaying the necessary items of an application form and those of the original form read out of the IC card in parallel with each other when the IC card is used. CONSTITUTION:When a customer presents an application form where the necessary items including his/her own seal and signature are written together with an IC card, the clerk in charge sets the IC card to a card reading/writing device 3 and gives a command for reading through a keyboard 6, etc. At the same time, the application form is scanned by a scanner 1 and supplied to a CPU 4. The CPU 4 displays the necessary items including the seal and the signature of the customer on the left half of a CRT display 2. While the desired part of the graphic data obtained from the scanner 1 is displayed on the right half of the display 2. Then a control operator decides the identity of the customer by comparing the right and left halves of the display 2 with each other.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a personal identification device in a safe deposit box facility, and in particular, the present invention uses an IC card and has a small-scale device configuration that allows a person in charge of management to easily identify the person on a display screen. The present invention relates to a personal identification device that can perform confirmation and verification.

[Conventional technology]

Traditionally, when a safe deposit box customer uses a contract safe deposit box,
To confirm that you are the contracted customer, the receptionist on the management side must present the registered stamp and handwritten signature on the original slip created at the time of contract, and the registered stamp and handwritten signature on the usage slip filled out at the time of use. A common method was to identify individuals through verification. In contrast, as previously filed by the present applicant, glyph data such as the seal impression of the original slip and handwritten signature is registered in a magnetic disk, which is an external storage device of the computer system, and this information is displayed and verified against the usage slip. Devices that verify the identity of the user have also been proposed.

[Problem that the invention seeks to solve]

The problem with the conventional manual search and verification method described above is that it takes a lot of time and effort to search for the original document every time a contract customer requests to use the service, and during that time, the contract customer is forced to wait at the reception desk, and furthermore, the authenticity of the usage ticket is It is an unpleasant feeling to be made to feel that one's identity is being checked. Furthermore, the problem with the above-mentioned computer system-based personal identification device is that a large-capacity magnetic disk is required to store the registered data of many customers, so the scale of the computer system inevitably increases. It is something you end up doing.

The purpose of the present invention is to solve the above-mentioned problems by eliminating the trouble of searching for the original document, and by quickly and naturally comparing the document with the original document, thereby preventing the customer from feeling uncomfortable. An object of the present invention is to provide a personal identification device for a safe deposit box facility, which allows safe and reliable identification using a small-scale electronic computer system.

[Means for solving problems]

In the present invention, means for solving the above problems include a scanner that reads the written pages of the original slip and the usage slip;
L where the customer carries the glyph data of the original slip that has been read.
A card reading/writing device that registers in a publicly known IC card with built-in SI memory or a microcomputer and reads it at the time of use, and a card reading/writing device that registers with a well-known IC card with built-in SI memory or a microcomputer and reads it at the time of use, and the necessary information on the usage slip and the original document read from the IC card to confirm the user's identity at the time of use etc. This is a personal identification device in a safe deposit box facility, which includes display means for displaying necessary information in parallel, and a central processing section that controls each of these means.

[For production]

A well-known IC card has a built-in microcomputer and LSI memory, and has a large capacity and not only has a memory function but also an information processing function and a programming function. It is impossible to read or rewrite it, and it is excellent from a security perspective. The present invention is based on this I
Using the C card, individual information is transferred to the IC of each safe deposit box subscriber.
This is a distributed registration in the LSI memory of the card.

The input from the scanner is not an analog value like a video signal from a TV, but a digital value, so it can be easily transferred to an IC.
It is possible to register a card and display it on a display means, and it is also possible to input and output data with individuality that is lacking in keyboard input, such as handwritten signatures, facial photographs, and even montages.

The display allows management personnel to easily identify individuals by displaying the required information on the original form read from the IC card and the required information on the usage form obtained by the scanner in parallel on a split screen. There is.

〔Example〕

Hereinafter, the present invention will be explained in detail with reference to examples and drawings.

FIG. 1 is a block diagram showing an example of the configuration of a personal identification device for a safe deposit box facility embodying the present invention.

In FIG. 1, the personal identification device includes a scanner 1 that reads original forms and usage forms, and a CRT display 2 that can display required items written on original forms and usage forms in parallel.
The graphical data of the original document read by the scanner 1 is
A card reading/writing device 3 that is registered in the C card and read out when used, etc., and a central processing section (hereinafter referred to as C) that controls all devices of the safe deposit box system and information control of the personal identification device.
In addition, a floppy disk 5, a keyboard 6, and a printer 7 are connected to the CPU 4, and furthermore, the CPU 4 and a safe deposit box @8 are connected by a communication line 9. . The floppy disk 5 stores all information related to the safe deposit box system, such as the initial program, control program, and data for the safe deposit box system. The keyboard 6 is used to input various commands, and the printer 7 is used to print out the safe deposit box's output slip.

The scanner 1 reads the registration seal and handwritten signature when signing a contract for use of the safe deposit box, and inputs it to the CPU 4, and reads the stamp and signature on the use slip when using the safe deposit box, and also inputs it to the CPU 4. The scanner that reads the original slip and the scanner that reads the usage slip may be the same or may be installed in different locations. Further, the scanner may read the entire bill, only the glyphs such as a seal or signature, or input data using a keyboard.

FIG. 2(a) is a flowchart showing an example of input operations when signing a safe deposit box contract. As shown in the figure, customer information is created by inputting it from the keyboard 6 and is written to the IC card via the card reading/writing device 3, but the content read by the scanner 1 on the written side of the original slip is also shown in the form of a pictogram. They are simultaneously written and registered as data on the IC card.

FIG. 2 (σ) is a flowchart showing an example of an individual identification operation when using a safe deposit box. The customer comes to the reception department, fills out the required information on the usage slip, including stamping and handwritten signature,
When the usage slip is submitted to the person in charge along with the IC card, the person in charge places the customer's IC card in the card reading/writing device 3 and instructs it to be read from the keyboard 6, etc., and scans the usage slip with the scanner 1. CPU
Enter into 4. The CPU 4 displays the required information, including the original registration stamp and handwritten signature, on the left half of the CRT display 2, for example. On the other hand, the scanner 1 that has read the writing surface of the usage ticket transmits the glyph data to the CPU 4, and the CPU 4 displays a required part of the glyph data on, for example, the right half of the CRT display 2. The person in charge of management is CRT
By comparing the left and right sides of the display 2, it is determined whether or not the customer is the same as the contract customer. If the customer is the same, the operator presses the OK button on the keyboard 6 and starts controlling the safe deposit box equipment. .

For example, the following information may be entered on the original slip.

b) Safe deposit box number ■) Agent code c) Name (address) 2) Handwritten signature N) Account number f) Registration date g) Face photo h) Registered seal impression For example, the following information is entered in the usage form.

b) Name (address) j) Seal imprint c) Date Among these written contents, for personal identification, the CRT display 2 displays, for example, the name, handwritten signature, and seal imprint on a split screen as shown in Figure 3. Displayed in parallel. FIG. 3 is a sample diagram showing an example of display on the CRT display 2 according to the present invention. When identifying an individual, the screen 10 is divided into two from the center line 10a by a program stored in the floppy disk 5, and the left half is divided into two parts. is displayed using pixel data from the card reading/writing device 3, and the right half is displayed using pixel data from the scanner 1 via the interface. That is, the left half of the screen 10 displays the required items for the original form, and the right half displays the required items for the usage form. This is because the pixel data is input by the scanner.
Since it is value data, display processing such as the above-mentioned screen editing is easily performed by the CPU 4. Note that a normal analog output image element may be used as a scanner, but in that case, an A/D conversion circuit or the like must be used to convert the pixels to digital values and perform display processing such as screen editing as described above. become. In addition, to make it easier to compare the required items on the two forms with the same items, guide marks are attached to the original form and the usage form.
It is convenient to use this guide mark as the cursor starting point 10b at the display position.

Furthermore, it is also possible to use a face photo or face montage of the subscriber for this personal identification. As already explained, since the glyph data can be registered and read on the IC card by the scanner 1, a facial photograph or a facial montage based on the facial photograph can be displayed on the CRT display 2 and compared naturally at the time of reception. If the place where the usage ticket is received is far from the location of the person in charge of management, you may monitor and compare the TV image of another system, or you can make the screen a still image and scan it in the circuit. They may be displayed in parallel on a split screen.

In this way, the personal identification device of this embodiment does not take the time and effort to search the contract register as in the past, and can retrieve necessary information including seal impressions, handwritten signatures, and pictographic data such as face photographs by simply inputting a safe deposit box number, etc. It can be read out on a CRT screen, and when the usage ticket is read with a scanner, it is immediately displayed on the CRT screen, so collation and confirmation can be done quickly.
The above-mentioned glyph data can now be compared. Furthermore, it is now possible to identify the individual without relying solely on numbers and symbols, and it is even possible to confirm the identity of the customer using a face photo even if the customer and the person in charge do not know each other, so the person in charge can monitor the CRT screen while It is now possible to process the reception of a safe deposit box system with just a key human effort, and it can be used not only for conventional safe deposit box equipment but also for safe deposit box systems and automatic safe deposit box systems that allow bank personnel to use the customer alone without accompanying them. can be easily connected or incorporated, dramatically promoting faster personal identification and labor saving, and facilitating safe deposit box operations.

Furthermore, since the personal identification information of many customers is stored in a so-called distributed manner in their own IC cards carried by the customers, the computer system can be made smaller than when it is stored all at once on the management side.

Note that security, or safety, is ensured by adding a redundant code to detect read errors and prevent rewriting, not only to IC cards that contain a built-in microcomputer, but also to those that only contain LSI memory. can be used in the present invention.

〔Effect of the invention〕

As explained above, according to the present invention, the small-scale computer system configuration eliminates the trouble of searching for original documents and saves labor in safe deposit box operations. It is possible to provide a personal identification device for safe deposit box equipment that does not make people feel uncomfortable.

[Brief explanation of drawings]

FIG. 1 is a block diagram of one embodiment of the present invention, FIG. 2 is a flowchart of its input/output operation, and FIG. 3 is a sample diagram of an example of a display screen. 1...Scanner 2...Display 3
... Card reading/writing device 4 ... CPU 5 ... Floppy disk 6 ... Keyboard 7 ... Printer 8 ... Safety deposit box equipment 9 ... Communication line Figure 1 F Figure 2

Claims (1)

[Claims] A personal identification device used by management staff to confirm that the customer who wishes to use the safe deposit box facility is the contracted customer, and an input means that uses a scanner to read the original slip created at the time of contract and the usage slip created at the time of use. , and an I where the customer carries the glyph data of the original document read by the scanner.
a card reading/writing device that registers and reads the C card;
A personal identification device for a safe deposit box facility, comprising display means for displaying the required items of the original slip and usage slip in parallel on a display, and a central processing section that controls each of the above means.