JPS61180369A - Seal impression register - Google Patents

Abstract

PURPOSE:To shorten the time for registration of seal impressions by providing a separating circuit which can divide a memory by the XY coordinates of a reader and reading at a time plural sheets of original register lists of seal impressions and a standard seal print when a seal impression is registered. CONSTITUTION:When a standard seal print is registered, plural seal impression lists are set successively at prescribed positions of a reader 4 after a register mode is set. Then these lists are read by an optical scan in the form of binary electric signals. These read pictures are written to a picture display memory in a display drive part 11 as well as to a pattern memory 7 via a picture interface 12. The memory 7 is connected to a separating circuit 61 which can divide each seal impression list into plural pats by the XY coordinates of reader 4. Thus the memory 7 stores the seal impressions in plural pattern memories. Then the contents of a picture display memory are stored in the 1st seal print memory 22 in a main body control part 1. Thus it is possible to read plural sheets of seal impression lists at a time. In such a way, the time for registration of seal impressions is shortened.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a seal registration device used, for example, in seal verification operations of financial institutions and the like.

[Technical background of the invention and its problems] Conventionally, in the registration of standard seal impressions, a method has been adopted in which the original seal registration book is set one by one on a reading device, and the images of the original seal registration book and the reference seal impression are recorded on an optical disk. Therefore, when registering many seals, it took a lot of processing time.

[Object of the invention 1 The object of the present invention has been achieved in view of the above circumstances,
It is an object of the present invention to provide a seal registration device capable of reducing the time required for seal registration work by reading a plurality of seal registration master registers and standard seal impressions at the time of seal registration.

[Summary of the Invention] The outline of the seal registration device according to the present invention for achieving the above object is characterized in that a plurality of seal registration registers and reference seal impressions are read at once and stored in individual addresses. It is.

[Embodiments of the invention] Hereinafter, one embodiment of the present invention will be described with reference to the drawings.

First, the outline of a seal stamp matching device to which the seal registration device according to the present invention is applied will be explained with reference to FIG. 1(A).

This seal verification device registers famous seals and their impressions for ordinary deposits, time deposits, or current deposits at a bank, etc., and when withdrawing a deposit, etc., the seal imprint affixed on the application form is already registered. It is mainly used to compare the impression of a seal.

In FIG. 1 (A>, the main body control device 11. Memory 811
2 and the journal printer 3 are installed, for example, in the back of the front desk of a bank, and the reading device 4. Input device (keyboard)
A plurality of terminal processing devices 8 each including a 51 display unit 6 and an image printer 7 are installed at the front desk of the bank, and these terminal processing devices 8 and the main body control device M1 are connected online.

The reading device 4 in the terminal processing device 8 scans the seal book or paper optically, for example, when registering the seal book and seal imprint or when displaying the seal imprint on the paper when withdrawing deposits, etc. It converts information into binary and outputs it. The keyboard 5 includes a numeric keypad 5 for inputting an account number, etc. as a search code, as shown in FIG. 1(B).
A, Seal IEi book, "Register", "Verification J", "Change" of seal imprint
.

[Display mode selection key 5B for selecting various display modes such as confirmation 1, cursor movement key 5G for moving the cursor for seal imprint extraction display.

A cursor movement mode selection key 5D is arranged for selecting a cursor movement mode. The display unit 6 displays images read by the reading device 4, images already registered in the storage device 2, information keyed in from the keyboard 5, and the like. The image printer 7 prints the image displayed on the display unit 6 using a thermal printer, a laser printer, or the like.

The storage device 2 is composed of, for example, an optical disk that stores the seal book or seal imprint, and a magnetic disk that stores search codes and the like. The journal printer 3
"Registered J" of the above-mentioned seal etc.

This registers and issues information that there has been a ``verification'' or ``change'' in correspondence with the account number.

The main body control device 1 inputs the output from the reading device W14 or the keyboard 5 in the terminal processing device 8 online, controls registration to or reading from the storage device 2, and extracts a seal imprint from a seal book or paper. It controls the operation or outputs read or extracted information to the terminal processing device 8.

Next, details of this seal verification device will be explained with reference to the block diagram shown in FIG. 2. In FIG. 2, the display unit 6 in the terminal processing device 8 is composed of a Cr'U-1, a color CRT (display device) 101, a display drive section 11, various interfaces, and various memories.

The CPU-1 controls the display unit 6, and the image interface 12.1 connected to the reading device 4 is connected to the CPU path line. A keyboard interface 13 connected to the keyboard 5; a program memory 14 storing execution procedures; The display driving section 11 and the main body interface 15 connected to the main body control device 1 are connected. In addition to the display drive section 11, an image read by the reading device 4 is temporarily stored in the image path line through which the image from the reading device 4 is inputted via the image interface 12;
Thereafter, the pattern memory 17 and the main body interface 15 for outputting to the main body control bag e1 are connected. Connected to the pattern memory 17 is a separation circuit 61 connected to a CPU bus that can divide the memory at the XY coordinates of the reading device.

Note that details of the display driving section 11 will be described later.

Next, the main body control device 1 will be explained.

This main body control device 1 is connected to the display unit 6 via a serial transmission line 18.

This main body control device 1 includes a CPU-2, a program memory 20. Dynamic Memory Access (DMA) 2
1. 1st. Second seal imprint memory 22゜23, seal imprint extraction &l
J Gobe 24. It consists of an address control section 25 and various interfaces.

The display unit interface 26 is for inputting and outputting images or various information via the serial transmission line 18. A general purpose interface bus (GPIB) 27 is connected to an optical disk 3 which is an image storage device for recording a seal book and a seal impression in the storage device 2.
This is an interface connected to 0. Furthermore, a magnetic disk (MD) 31 and a floppy disk (FD) 32 that store search codes and image storage addresses in the storage device 2 are connected to the main body control unit 1 via an MD/FD interface 28. ing.

Further, the CPU-2 is responsible for controlling the main body control device 1. Said 1st. Second seal impression memory 22.
23. The seal imprint extraction control section 24 and the address control section 25 are
This is used to extract the seal Lm or the seal imprint on paper when registering or verifying the seal imprint.

The image read by the reading device 4 and temporarily stored in the pattern memory 17 is stored in the first seal impression memory 22 by the main body interface 15. It is input via a serial transmission line 18 and a display unit interface 26. Also, a part of the image stored in the first seal impression memory 22 is extracted to the second seal impression memory 23. &! be remembered.

The seal imprint extraction control unit 24 receives the coordinates and size of the seal imprint area designated by the cursor movement key 5C of the keyboard 5 from the image displayed on the color CRT 10 through the CPU-2, and extracts the coordinates, The address control unit 25 is controlled based on the size information. The address control unit 25 controls the read address of the first seal impression memory 22 and the write address to the second seal impression memory 23, and stores the extracted seal impression image in the second seal impression memory 23. ing.

Next, details of the display driving section 11 will be explained with reference to FIG. 3. FIG. 3 is a block diagram showing the configuration of the display driving section 11. As shown in FIG.

This display drive section 11 includes a display control section 35 connected to a CPU pass line and an image pass line, and an optical disk 30.
The image processing section 3 has a function of transferring the image read from the image read from the first and second seal impression memories 22 and 23 as is or reducing the image to 1/N.
7 and the initial position of the cursor displayed on the color CRT 10.

A memory unit 40 includes a cursor frame display memory 36 that stores a cursor image such as the size, and an image display memory 38 that stores the processing results of the image processing unit 37. The contents are sent to the color CRT 10. Further, the display control unit 35 controls the address of the cursor frame display memory 36 based on input from the cursor movement key 5C of the keyboard 5, and also controls the reduction or non-reduction function of the image processing unit 37. 4, the stored contents of the cursor frame display memory 36 are displayed on the color CRT 10.
The stored contents of the image display memory 38 when not reduced are stored in the third area in the upper right half of the upper screen 10A, that is, the partial enlargement area, in the second area in the upper left half of the screen 10A, that is,
In addition to the reference seal imprint area, the contents stored in the image display memory 38 at the time of reduction are displayed in the first area in the lower half of the screen 10A, that is, in the collated paper area.

Furthermore, eight cursors 5 displayed on the color CRT 10
21 to 528 each have an address, and by specifying the address using the numeric keypad and operating the cursor movement key 5C on the keyboard 5, the desired cursor can be moved to any position, and the size is set in advance at the top of the screen. The size is set to 1/N of the right half partial enlargement area.

The operation of the device configured as above will be explained.

<About the U record effect of the standard seal impression> First, the operation when registering a reference seal impression will be explained.

For example, as shown in Figure 5, there are 8 ordinary deposit stamp books 501 to 5.
08 and the respective seal impressions 511 to 518 affixed to these seals f1501 to 508 will be described.

First, operate the numeric keypad 5°A to input account numbers sequentially from the stamp W register 501, and then press the "registration" mode of the display mode selection keys 5B. After that, this seal book 5
01 to 508 are sequentially set in the preset positions of the reading device 4 shown in FIG. 1(A) (see FIG. 7), and the optical scanning machine 0.0. Image information rl J, rOJ
It is obtained as an electrical signal converted to 21a. Then, this image is sent to the display driver 1 via the image interface 12.
1 to the image display memory 38 and pattern memory 17.

The pattern memory 17 is connected in advance to a separation circuit 61 that can divide the nine stamp booklets into nine pieces one by one based on the XY coordinates of the reading device. It is divided.

Then, the contents of the image display memory 38 are stored in the first imprint memory 22 in the main body control section 1 via the main body interface 15, the serial transmission line 181, and the display unit interface 26.

Here, as shown in FIG. 8, the color CRTIO has cursors 521 to 5 along with the seal books 501 to 508.
28 is now displayed.

Incidentally, when the seal impressions f1501 to 508 formed in the predetermined format shown in FIG. The cursor is automatically set to the part that is marked.

In addition, seal impressions 511 to 518. The cursors 521 to 528 are enlarged N times to the right of the CRTIO, and the stamps 511 . The cursor 521 is the seal imprint 531. A corresponding shape such as a cursor 541 is displayed.

If there is a deviation, the enlarged seal impressions 531 to 538 of CRTIO. While looking at the cursors 541 to 548, use the numeric keypad to specify the cursor number that needs to be corrected, select the desired movement mode by pressing the cursor movement mode selection key 5D, and then select one of the back cursor movement keys 5C. Then, the cursor is set in an area that includes the seal impressions 511 to 518.

The coordinates and size of each cursor set in this way are input to the CPU-2 in the main body control device 1 via the serial transmission line 18, and the CPU-2 outputs this information to the seal imprint extraction control section 24. do. The seal imprint extraction control unit 24 drives and controls the address control unit 25 based on the coordinates and size of the cursor, and reads out only the image corresponding to the area within the cursor from the stored contents of the first seal imprint memory 22. The image is then stored in the second seal impression memory 23. When this seal imprint extraction operation is completed, the image in the first seal imprint memory 22, that is, the image of the seal Wi book 501, and the image in the second seal imprint memory 23, that is, the image of the seal imprint 511, are further divided into 502, 512, 503, and 513. ．． ...508 and 51
Eight sets are individually recorded on the optical disk 30 via the GPIB 27 in the form of combinations such as 8. Furthermore, the address information recorded on the optical disk 30 and the account number entered from the keyboard 5 correspond to each other as a search address and a search code in the magnetic disk 31 or floppy disk 32 as a search table. recorded.

<About the verification effect of seal impressions> Next, we will explain how to compare the seal impression registered as above (standard seal impression) with the seal impression affixed on the application form at the time of withdrawal from the Gongo Deposit (verified seal impression). do. First of all,
The account number is input by operating the numeric keypad 5A on the keyboard 5, and then the "verification" mode key is pressed. Then, this account number is transmitted to the main body control device 1 side by CPtJ-1 on the terminal processing device 8 side, and the corresponding account number on the magnetic disk 31 or floppy disk 32 is transmitted to the main body control device 1 side by CPLJ-2 in the main body control device 1. The search code is read. Then, the CPU-2 reads the corresponding reference seal imprint from the optical disk 30 based on the search address in the search code, and temporarily stores it in the second seal imprint memory 23.

Thereafter, the reference seal imprint in the second seal imprint memory 23 is transmitted to the terminal processing device 8 side via the serial transmission line 18 and stored in the image display memory 38 in the display drive section 11. At this time, the display control unit 35 controls the reduction unit 37 to be in a non-reduction function state. Therefore, the reference seal imprint is stored in the image display memory 38 in its original size without being reduced.

Further, the address in the image display method E38 of this reference seal imprint is determined on the screen 10A based on the control by the display control section 35.
It corresponds to the standard seal imprint area above.

On the other hand, after the input operation on the keyboard 5 is completed, the application form (paper to be collated) is set on the reading device 4, and the paper to be collated is optically scanned and converted into a binary electric signal. .

This paper image is transmitted to the main body control device 1 through the same route as when recording σ of the seal impression described above, and the first. Second seal impression memory 22.2
3. The seal imprint extraction control section 24 and the address control section 25 extract the seal imprint portion.

Then, the paper to be verified and the extracted seal imprint to be verified are input to the display drive section 11. Among these sheets, the paper to be collated 1 is input to the image processing unit 37 which is controlled to have a 1/N reduction function by the display control unit 35, and after being reduced to 1/N, it is stored in the image display memory 3B. It is temporarily stored in an address corresponding to the paper area to be collated on the screen 10A.

Furthermore, the seal imprint to be verified is temporarily stored at an address corresponding to the partially enlarged area without being reduced.

Next, it is written into the image display memory 38. The reference seal imprint and the reduced image of the paper to be collated, and the image of a part of the paper to be collated corresponding to the cursor written in the cursor frame display memory 36 are controlled by the display control unit 35 and sent to the color CRT 10 respectively. As a result, color CR
The reference seal imprint registered in advance is displayed in the reference seal imprint area on the screen 10A at T10, and the extracted image of the portion corresponding to the cursor on the paper to be verified is displayed in the partial enlargement area. Also,
At the same time Ii! ii. A 1/N reduced image of the paper to be collated polished in the image display memory 38 is displayed in the paper to be collated area of the screen 10Δ.

In this way, the reference seal imprint, a partial image of the paper to be compared, and a 1/N reduced image of the paper to be compared are displayed on the color CRTIO to perform seal comparison, but the image displayed in the partial enlargement area If it is not the seal imprint to be compared, operate the cursor movement key 5C on the keyboard 5 to move the cursor in the direction of the arrow shown in FIG. 6 to match the cursor with the reference seal imprint.

As the cursor moves, the display control unit 1 35 controls the address of the cursor frame display memory 36, and sends a partial image of the paper to be collated corresponding to the cursor position to the color CRTIO.

As a result, when the cursor matches the seal imprint to be verified on the paper to be verified, the imprint to be verified will be displayed in the partial enlargement area, and the operator can compare the reference seal imprint that is already displayed and the imprint to be verified. They are compared, and if there is a clear difference between the two, the processing is terminated on the spot.

7.1 Semi-D If the shadow and the seal imprint to be verified are similar, proceed to the next verification procedure.

As mentioned above, by displaying a 1/N reduced image of the paper to be compared on the color CRTIO and extracting the stamp to be matched from the paper while corresponding to the cursor, the extraction speed of the stamp to be matched can be increased. At the same time, since the pattern memory 17 is connected to the separation circuit 61, it is divided into a plurality of pattern memories, which can be read by the reading device 4.
can be processed simultaneously.

Furthermore, since the seal imprint to be verified is extracted while being compared with the reference seal imprint on the color CRTIO, it is possible to perform the pre-processing and second floor stamp verification in the verification mode in which both are superimposed and the stamp verification is performed.

Furthermore, the image of the stamp to be verified is displayed in a partial enlargement area, so it can be enlarged.

There is no need to perform screen reduction operations, and operability can be improved.

The present invention is not limited to the above embodiments, and various modifications can be made within the scope of the invention.

For example, in the above embodiment, a case has been described in which a reduced image of the paper to be collated is displayed in the lower half of the screen, but this can be similarly implemented by using two color CRTs.

Further, in the above embodiment, the reference seal imprint is placed on the main body 1. Although a case has been described in which the imprint memory of the Il@ device is not read, the same implementation is possible with a configuration in which the imprint memory is included in the terminal processing device.

Furthermore, the main unit can only be controlled at the bank's head office! ! It can also be implemented by installing terminal processing equipment at each branch office and connecting them online.

[Effect of the invention 1: Since multiple seal registration registers can be registered at the same time, the registration processing time can be significantly reduced compared to the conventional registration process, which was performed one by one.

[Brief explanation of drawings]

Fig. 1 (A> is an external perspective view of a seal verification device to which the seal stamp recording device according to the present invention is applied, Fig. 1 (B) is a schematic explanatory diagram showing an example of a keyboard, and Fig. 2 is a diagram of the seal verification device. 3 is a block diagram of the display drive section, FIG. 4 is an explanatory diagram showing each display area on the screen of the display means, FIG. 5 is a schematic explanatory diagram showing an example of a seal book, and FIG. 6 is a block diagram of the display drive unit. 7 is an explanatory diagram showing the display state of the spherical seal imprint, the stamp to be verified, and the paper to be verified on the screen of the display means, and FIG. 7 is a perspective view of a conventional reading device. 1...Main control device, 2...Storage device. 4...Reading device, 5...Input device. 6...Display unit, 10...Storage. Place H,
30... Image recording 4IA device, 37... Image processing unit, 38... Image display memory, 61°00 separation circuit. 10A... Screen on color CRT. 501-508... Seal register. 511-518... Seal impression. Figure 4 Figure 5

Claims (1)

[Claims] In a seal registration device that reads a reference seal imprint with a reading device and stores and registers it as image information, the reading device reads a plurality of seal registration master books for image storage at the time of registration of the reference seal imprint at one time, and A seal registration device characterized in that images of a plurality of seal registration registers are stored in an image storage device according to respective addresses.