JPS62109168A - Display device for seal impression list - Google Patents

Abstract

PURPOSE:To display a registered list of seal impressions even on a small display screen in the actual size centering on the prints of seals, by performing the display control based on the position information on the prints of seals stored in a memory device. CONSTITUTION:A display control part 34 of a teller terminal equipment 9 stores the picture information on a list of seal impressions called out of a main body controller 1 in a display memory 54 for, list of seal impressions. A control part 52 controls the list of seal impressions containing the prints of those seal impressions after displaying them in the actual sizes based on the position information on the prints of seal impressions of the list stored in a memory device 2 and in response to the center area on a CRT 9B. A smooth scroll circuit 55 is driven by a keyboard 9A in order to confirm other items on the list of seal impressions.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a seal book display device that displays the entire seal book on a display section, centering on the impression of a seal affixed on the seal book.

[Technical Background of the Invention and Problems Therewith] In recent years, for example, banks have been using seal book display devices to check the seal books used. This seal book display device calls up a seal@book image pre-stored in the device by inputting a search code for an account number, for example, from an input section such as a keyboard by an employee, and displays the stamp book on this device. The imprint of the seal affixed on the application form is visually compared with the imprint of the verified seal affixed on the application form.

The seal register display devices used at counters of banks, etc. are small due to the purpose for which the display screen is installed.
For example, only the seal impression, or only the seal impression and some necessary information, etc. were displayed. However, there is a lot of information written on the seal register that must be confirmed at the counter, and the counter often uses the information written on the seal register along with the seal imprint, so it has not been installed at counters in the past. There was a demand for the written information to be displayed in actual size along with the seal imprint on a small display screen.

[Object of the Invention] The present invention has been made in view of the above circumstances, and is capable of displaying a registered seal book in actual size, centering on the impression of the seal stamped on the seal book, even on a small display screen. The purpose is to provide a seal register display device.

[Summary of the Invention] The outline of the present invention for achieving the above object includes a reading unit that reads information on a seal book as image information, and image information read from the reading unit and a seal affixed on the seal book. In a seal book display device having a storage device for storing positional information of a seal imprint stored in the storage device and a display section for displaying image information stored in the storage device, the positional information of the seal imprint stored in the storage device is Based on this, the present invention is characterized in that a display control section is provided for displaying the seal imprint stamped together with the seal book in actual size at the center of the display section.

[Embodiment of the Invention] An embodiment of the present invention will be described below with reference to the drawings.

FIG. 4(A) is a perspective view showing the appearance of a seal register display device using the present invention.

The seal book display device shown in the same figure registers the seal book with the signature and seal of ordinary deposits, time deposits, or current deposits at banks, etc., and when withdrawing money, calls up the registered seal book and fills out the application form. It compares the seal imprint affixed on the card with the already registered seal imprint, and also checks the name and other recorded items.

In the figure, main body control device 1. Storage device 2. A journal printer 3 is installed in the back of the bank, and a reading device 4.
A rear terminal device 8 comprising an input device (keyboard) 52, a display unit 6, and an image printer 7 is installed at the rear. This rear terminal device 8 and the main body control device 1 are connected online.

The reading device 4 in the rear terminal device 8 uses a line sensor or the like to scan the seal book or the application form when registering the seal book and seal imprint, or when displaying the seal imprint on the application form when withdrawing a deposit or the like. The information is scanned optically and the information is binarized and output.

As shown in FIG. 4(B), the keyboard 5 has a numeric keypad 5A for inputting an account number, for example, as a search code for a registered seal book, which is stored in the storage device 2, and a ``registration code'' for a seal book, seal imprint, etc. ","change".

Display mode selection key 5B for selecting various display modes such as "confirmation", cursor movement key 5C for moving the cursor for seal imprint extraction display, cursor movement mode selection key for selecting the cursor movement mode 5D,
A calculation prohibition key 5E and the like for prohibiting calculation of the polymerization rate of the seal impression are arranged.

The display unit 6 is for displaying the image of the application form read by the reading device 4, the image of the seal register already registered in the storage device 2, the information input from the keyboard 5, etc. . Furthermore, the polymerization rate, density ratio, etc. can be displayed numerically. The image printer 7 prints the screen 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 or the like that stores the seal register and the like.

The main body control device 1 inputs the output from the reading device 4 and the keyboard 5 in the rear terminal device 8 online, and controls the registration and reading into the storage device 2,
Controlling and reading out the extraction operation of the already registered seal register or the seal imprint to be verified, outputting the extracted information to the rear terminal device 8, and using the search code sent and received online from the terminal device 9, The image registered in the storage device 2 is read out, processed, and sent online to the terminal device 9.

This Tera-1 terminal device 9 generates a search code by pressing the illustrated keyboard 9A, sends this search code to the main body control device 1 online, and calls up the image information etc. corresponding to this code number. , is displayed on the display section 9B provided in the terminal device 9.

FIG. 1 is a block diagram showing details of the seal register display device.

In the same figure, the display section unit 6 in the rear terminal device 8 includes a CPU-1, a color CRT 10. It is composed of a display driver 11, various interfaces, and various memories.

The CPU-1 controls the display unit 6, and its path lines include an image interface 12 connected to the reading device 4, a keyboard interface 13 connected to the keyboard 5. Program memory 14 that stores execution procedures. The display driving section 11
and a main body interface 15 connected to the main body control device 1.

Further, an image pass line for inputting the image from the reading device 4 via the image interface 12 temporarily stores the image read by the reading device 4, and outputs the image to the main body control device. The pattern memory 17 and the main body interface 15 are connected. Note that details of the display driving section 11 will be described later.

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

The main body control device 1 is connected to the display unit 6 via a serial transmission line 18, and the display unit interface 26A inputs and outputs images or various information via the serial transmission line 18. The main body control bag @1 connected in this way has a CPU-2, a program address memory 20. Direct memory access (DM)
A>21, 1st. Second seal impression memory 22, 23. Seal impression extraction control section 24. It consists of an address control section 25 and various interfaces. Further, a general purpose interface bus (GPIB) 27 connects the storage device 2
Optical disk device 3 for seal register and seal imprint recording in
This is an interface connected to 0. In addition, in the storage device 2, a magnetic disk (MD) 31 and a floppy disk (FD>32, an MD/FD interface 28 is used to store search codes and image storage addresses).
It is connected to the main body control device 1 via.

The CPU-2 is responsible for controlling the main body control bag @1.

Said 1st. The second seal imprint memory 22, 23, seal imprint extraction control section 24, and address control section 25 perform registration.

This is used to extract the seal imprint on the seal register and paper during verification.

The image of the application form read by the reading device 4 and temporarily stored in the pattern memory 17 is stored in the first seal impression memory 22 in the main body interface 15. Serial transmission line 1 and display unit interface 26
It is now input via the . Further, a part of the image stored in the first seal impression memory 22 is extracted and stored in the second seal impression memory 23.

The seal imprint extraction control unit 24 selects a cursor movement key 5 of the keyboard 5 from among the images displayed on the color CRT 10.
The coordinates and size of the seal imprint area specified by C are CP
This information is input via U-2 and controls the address control section 25 based on this information. This address control unit 25 controls the reading address of the first seal impression memory 22 and the fortune-telling address of the second seal impression memory 23, and transfers the extracted seal impression to the second seal impression memory 23 and stores it therein. It looks like this. In addition, the illustrated terminal device 9
The display unit interface 26B is connected to the display unit interface 26B via one serial transmission line, and outputs image information and inputs and outputs various information.

Next, the Tera-1 terminal device 9 will be explained.

This Tera terminal device 9 has a keyboard 9A, monochrome CR
T (Display section) 9B2 main body interface 331 display control section 34. Keyboard interface 35. It is composed of a program memory 36 and a CPU-3.

The CPU-3 is for controlling the entire TEL terminal device 9, and the keyboard 9A is for inputting a search code 2 and operating the display screen. The monochrome CRT (display section) 9B displays information input from the keyboard 9A and image information received via the main body interface 33.
It also displays various other information, and is comprised of a refresh circuit, fresh memory, and the like.

Next, details of the display driving section 11 will be explained with reference to FIG. 2.

The display drive section 11 shown in the figure includes a display control section 38 connected to the CPU pass line and the image pass line, and an image read out from the optical disk device @30 or the first. An image processing section 40 having a function of transferring the image read from the second seal imprint memory 22, 23 as is or reducing it to 1/N, and the initial position of the cursor displayed on the color CRT 10.

It has a memory unit 42 consisting of a cursor frame display memory 39 that stores a cursor image such as a size, and an image display memory 41 that stores processing results of an image processing unit 40, and the cursor frame display memory 39 and the image display memory 41 The stored contents are displayed on the color CRT 10. The display control unit 38 also controls the cursor frame display memory 39 based on input from the cursor movement key 5C of the keyboard 5.
At the same time, it controls the reduction or non-reduction function of the image processing section 40, and transfers the stored contents of the cursor frame display memory 39 to the third area or portion at the top of the screen 10A on the color CRT 10, as shown in FIG. The content stored in the image display memory 41 when not reduced is displayed in the second area in the upper left half of the screen 10A, that is, the reference seal imprint area, and the content stored in the image display memory 41 when reduced is displayed on the screen. They are respectively displayed in the first area in the lower half of 10A, that is, in the paper area to be collated.

The cursor displayed on the color CRTIO can be moved to any position by operating the cursor movement key 5C on the keyboard 5, and its size is set in advance by 1/H of the partial enlargement area in the upper right half of the screen. It is set to

Next, details of the display control section 34 of the TEL terminal device will be explained with reference to FIG.

The display control unit 34 shown in the same figure includes a control unit 52 connected to the CPU pass line, a character display memory 53 for displaying characters and guidance inputted from the keyboard 9A provided in this terminal device. A seal book display memory 54 that stores the seal book image read from the optical disk device 30 and transferred online from the main body control device 1, a smooth scroll circuit 55 that smoothly scrolls the seal book display, and a character display memory. 53 is composed of a P-3 (parallel to serial) converting circuit 56, and a seal book display memory is composed of a P-3 converting circuit, and the logical sum signal thereof is a display drive signal for the display section 9B.

The display control unit configured as described above transfers the image information of the seal book called up from the main body control device @1 to the seal book display memory 54.
Based on the position information of the seal imprinted on the seal book stored in the storage device 2, the seal book display memory 54 displays the CRT by the @Q control unit 52 via the CPU-3.
In correspondence with the center area on 9B, the display is controlled in actual size, as shown in FIG. 7, together with the seal book on which this seal imprint is affixed. When checking other entries on the displayed seal book, use the keyboard 9.
According to A-2, by pressing the designated key in the direction in which the information desired to be confirmed is written, the smooth screen call circuit 55 can be driven to confirm the information.

The operation of the mark@book display device configured as above will be explained.

Regarding the registration function> First, press the numeric keypad 5A provided on the keyboard 5 to input the account number, and then press the "registration key" of the display mode selection key 5B. Next, a seal book as shown in FIG. 6 is set in the reading device 4 shown in FIG.
A digital signal is converted into a value, and this digital signal is stored in the image display memory 41 and pattern memory 17 in the display drive section 11 via the image interface 12. Then, the contents stored in the image display memory 41 are displayed on the color CRTIO, and the contents in the pattern memory 17 are transmitted to the main unit interface 15, the serial transmission line 18, and the display unit interface 26 to the first controller in the main body control device 1. recorded in the seal impression memory 22.
serve

Here, a cursor is displayed on the color CRT 10 together with the seal booklet 50. Select a predetermined movement mode for this cursor by pressing the cursor movement mode selection key 5D provided on the keyboard 5, and roughly select one of the cursor movement keys 5C to print the seal.
Set to an area that includes 1.

The coordinates and size of the cursor set as described above are transmitted to the main body controller via the serial transmission line.
The information is input to the PU-2, and the CPU-2 outputs the input information to the seal imprint extraction control section 24.

The seal imprint extraction control section 24 drives and controls the address control section 25 based on the coordinates and size information of the cursor,
Of the contents stored in the first seal impression memory 22, only the image corresponding to the area within the cursor is read out and stored in the second seal impression memory.

When this seal imprint extraction operation is completed, the image in the first seal imprint memory 22, that is, the image of the seal register 50, and the image in the second seal imprint memory 23, that is, the image of the seal imprint 51, are transferred to the GPIB 27.
The data is stored in the optical disk device 30 via. Note that the address information stored in the optical disk device 30 and the account number entered from the keyboard 5 are stored as a search address and a search code in the magnetic disk device 31 or floppy disk device 32 as a search table. The location information of the seal imprint is also stored.

Regarding the verification function> The following is a case where the TEL terminal device 9 is used to compare the seal imprint registered as above with the seal imprint stamped on the application form at the time of withdrawal from the savings account (verified seal imprint). I will explain about it.

First, the user presses the "account" key on the keyboard 9A provided on the TEL terminal device 9 and enters the search code. After completing this input operation, press the "Complete" key. Then, the CPU-3 provided in this terminal device 9 transfers the account number to the main body control device 1.
The CPU-2 within the magnetic disk 31 or floppy disk 32 reads the corresponding search code, the image size of the seal book, and the position information of the seal imprint stamped on the seal book. Then, the CPU-2 reads the image of the corresponding seal book from the optical disk device 30 based on the search address in the search code, and temporarily stores it in the second image memory 23. The position information of the seal imprint is then transmitted to CPt and I-3 via the serial transmission line 37. Thereafter, the seal book image data in the second image memory 23 is transmitted to the terminal device 9 via the serial transmission line 37 and stored in the seal book display memory (refresh memory) 54 in the display drive section 34. do.

After storing the seal book information in the seal book display memory 54,
Based on the position information of the seal imprint stamped on the seal register received from the main body control device 1, the CPU-3 displays the seal imprint portion in the center of the display section 9B.

In addition, if the display cannot be displayed in the center, the control unit 2 is set so that the display can be displayed in the center as much as possible, and the display area 58 of the display unit 9B is
The seal booklet 50 including the seal impression part is displayed in actual size.

The person operating this terminal device 9 can visually check the seal imprint displayed on the display section as a reference seal impression, and use the seal imprint stamped on the application form at the time of withdrawal from a savings account as a date verification stamp, for example. Perform verification. In this way, the person operating the Terra-1 terminal device 9 can not only easily check the seal imprint, but also display the entire seal@book when it can be displayed in its entirety on the display and check the necessary information at the same time. You can also do it. In addition, when the seal booklet 50 is larger than the display area 58 and necessary items are outside the display area, a Tera-1 terminal signal is generated and the CPU-1 signal is sent from the keyboard interface 35.
By generating an interrupt signal in step 3 and recognizing the code, the CPU-3 moves the display area of the display control section 52 and confirms the information on the seal book located outside the display area. can do.

The present invention is not limited to the above-described embodiments, and can be modified in various ways within the scope of the gist of the present invention.

[Effects of the Invention] As detailed above, according to the present invention, there is a reading unit that reads information on a seal book as image information, and image information read from the reading unit and a seal impression stamped on the seal book. In a seal book display device having a storage device for storing positional information of a seal, and a display section for displaying image information stored in the storage device, , by providing a display control unit that displays the imprint of the seal affixed together with the seal register in the center of the display unit in actual size, the registered seal register can be displayed on the seal register even on a small display screen. It is possible to provide a seal book display device that displays in actual size the impression of a seal affixed to the paper.

[Brief explanation of drawings]

Fig. 1 is a block diagram of the configuration of the seal register display device, Fig. 2 is a block diagram of the display drive unit, Fig. 3 is a block diagram of the display control unit of the terminal device, and Fig. 4 (A> indicates the seal A perspective view showing the appearance of the book display device, FIG. 4(B) is a plan view of the keyboard of the rear terminal device, FIG. 4(C) is a plan view showing the keyboard of the Terrace terminal device, and FIG. 5 is the display unit. FIG. 6 is a plan view showing an example of a seal book, and FIG. 7 is an explanatory diagram showing an example of a seal book displayed on the display section. 4...Reading section , 2...Storage device, 9B, 10...Display unit, 50...Seal register, 34...
・Display control section. Agent Patent Attorney Masayoshi Misawa CPU No. 9B Figure 3

Claims (1)

[Claims] a reading unit that reads information on the seal book as image information; a storage device that stores the image information read from the reading unit and position information of the seal imprint affixed on the seal book; In the seal book display device, the seal book display device has a display section that displays image information affixed together with the seal book, based on the position information of the seal impression stored in the storage device. 1. A seal book display device comprising a display control section for controlling display in actual size.