JPS62109169A - Display device for seal impression list - Google Patents

Abstract

PURPOSE:To attain the effective collation for the desired one of the description information together with the prints of seal impressions on a list of seal impressions in a collation mode of the list of seal impressions, by providing a memory part which stores plural partial pictures together with the entire picture information of the list of seal impressions. CONSTITUTION:A teller terminal device 9 contains a keyboard 9A, a display part 9B, a main body part interface 33, a picture memory part 38 which stores the picture information corresponding to the retrieval code supplied from an input part 9A, a CPU-3, etc. The part 38 stores the pictures on the back side of a list of seal impressions and plural partial pictures on the upper side of the list of seal impressions independently of each other. The account number written on the list of seal impressions is displayed on the CRT9B in the actual size. Then the name written on the list of seal impressions is displayed with push of a display key 9E for the next item on the keyboard 9A together with the print of seal impression to be collated. Then the picture information on both sides of the list of seal impressions are displayed with reduction when an upper/back key 9G is pushed.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a seal book display device that arbitrarily controls the display of the entire image information displayed on the display section and a plurality of partial images on the display section.

[Technical background of the invention and its problems] In recent years, banks and the like have been using seal book display devices to confirm the seals stamped on the seal book or the items written on the seal book.

The seal book display device used conventionally is
The seal book is displayed on the display section of the terminal device installed at the counter, which compares the image of the seal book read from the reader, or on the display section of the rear terminal device where registration and verification work can be performed. This is to check whether the seal affixed above is already registered or not, or whether the handwriting recorded in the seal register is that of the person in question.

The seal book used here usually has a standardized size and format, and the name, address, and
A space is provided for the company name, telephone number, etc. and a seal, and on the back side there are notes such as gas charges, electricity charges, and whether or not Maruyu is designated.

The method of checking a seal book containing such information is to display only the image information of the seal imprint on the surface of the seal@book that has already been registered on the display section of the terminal device installed at the counter. It is necessary for the staff to visually compare and check the seal book and the impression of the seal book submitted by the customer at the counter. In addition, to check the information written on the surface of the seal book that has already been registered, use the keyboard (input section) provided on this plastic terminal device to check the information written on the surface of the seal book that is stored in the storage section. Names, addresses, etc. were selectively read out and displayed from the image information.

However, in the above-mentioned seal book display device, first of all, the gas fee, which is specific information written on the back of the seal book,
The only way to confirm whether or not electricity charges, etc. have been debited from this account is to check with the original of the stored seal register or with the rear terminal device. Second, because the plastic terminal device installed at the counter is installed in multiple locations, it is not possible to use a device with a sufficiently large display section, so information on the surface of the seal book, such as name, cannot be displayed.

Addresses, seal impressions, etc. can be displayed selectively, and
Since the information is read out and displayed from the storage device one by one, if another Tera1 terminal device is reading the information from the storage device, other Tera1 terminal devices cannot perform the verification work. There were problems such as not having one.

Therefore, it has been desired to develop a seal book display device that can efficiently collate information necessary for verification in a terminal device.

[Object of the Invention] The present invention has been made in view of the above circumstances, and it is possible to efficiently collect necessary information from other information recorded in the seal register along with the impression of the seal affixed on the seal register when collating the seal register. The purpose is to provide a seal book display device that allows verification in a short time.

[Summary of the Invention] To achieve the above object, the present invention provides a seal book display having a plurality of terminal devices including a reading unit that reads information on a seal book as image information, and a display unit that displays this image information. The apparatus includes a storage section that stores image information of the entire seal book read by the reading section as well as a plurality of partial images of the seal book, and a display section that displays each image information stored in the old storage section. It is characterized by having an input section into which selection information to be selected and displayed can be inputted, and an image extraction control section for controlling storage of partial images of the number of recorded songs in 8K memory.

[Embodiment 1 of the invention Hereinafter, the present invention will be explained with reference to the drawings.

FIG. 2 is a perspective view showing the external appearance of a seal register storage device using the present invention.

The seal book storage device shown in the 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 already registered seal book and inserts it. It is necessary to check the impression of the seal affixed on the paper (also called the seal register) with the impression of the seal that has already been registered, as well as to check the names and other recorded items.

Note that the tera-1 terminal device, which is a plurality of other terminal devices, is omitted from the figure.

In the figure, main body control device 1. A storage device 2 is installed in the back of the bank, and a reading device 4. Input device (keyboard)
A rear terminal device 8 comprising a 59 display unit 6 is installed in the rear seat.

Note that 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 reads the seal Wk or the application form, for example, a line sensor ν, etc., 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. 3, the keyboard 5 includes a digital key 5A for inputting, for example, an account number as a search code for the seal register stored in the recording device 2, and a "registration" key 5B.
, "verification" key 5C0, "confirmation" key 5D, "re-input" key 5E to input the image information again, "r end" key 5G, "delete" key 51- to delete the stored image information on the back of the seal book. 1. A display mode selection key for selecting a display mode, such as a front/back key 5 for switchingly displaying the front and back sides of the seal book on the display section, is arranged.

The display unit 6 displays an image of the application form read by the reading device 4, an image of the seal C book already registered in the storage device 2, information inputted from the keyboard 5, etc. be. Incidentally, 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, controls the registration and reading of the seal book image in the storage device 2, and controls the registration and reading of seal book images in the storage device 2. Control of extraction operation of book or seal imprint to be verified.

The read and extracted information is output to the rear terminal device 8, and the image registered in the storage device 2 is read out and processed using the search code sent and received online from the plastic terminal device 9. It is sent to one terminal device 9.

As shown in FIG. 4, this Tera-1 terminal device 9 has a "search" key 9C2 [Caution next candidate-1 key 9E].

[End-1 key 9F, surface of stored seal book image.

Front/g display key 9G to switch and display the back side.

It consists of a numeric keypad 9A and a CRT 9B which is a display section. Enter the account number using the numeric keypad 9△ to generate a search code, send this search code online to the Moe distribution main body control device 1, call up the image information corresponding to this code number, and use this Tera terminal. It is necessary to display the image information of the seal book on the CRT 9B provided in the device 9.

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

In the 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 is responsible for controlling 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 1. The pattern memory 17 and the main body interface 15 are connected.

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

The main body controller is connected via the serial transmission line 18, and the display unit interface 26A is connected to the serial transmission line 18.
The main body control device 1 connected in this way has a CPU-2, a program address memory 20.8, and a program address memory 20.8. Direct memory access (DMA) 21, 1st. It is composed of a second image memory 22, 23, an image extraction control section 24, an address control section 25, and various interfaces. In addition, the general purpose interface bus (G
PIB>27 is an interface connected to the optical disk device 30 for recording the seal book and seal imprint in the storage device 2. Further, in the storage device 2, a magnetic disk (MD) 31 and a floppy disk (FD) 32 that store search codes and image storage addresses are connected to the main body control device 1 via an MD/FD interface 28.

Note that the CPU-2 controls the control υ11 of this main body control device 1.
It is in charge of the

Said 1st. The second image memory 22, 23, image extraction control unit 24, and address control unit 25 are used to extract images on the seal book and paper when registering the seal book image.

In this first image memory 22, an image of the application form read by the header reading device 4 and temporarily stored in the pattern memory 17 is stored in the main body interface 15. Serial transmission line 18 and display unit interface 26
Input via .

Further, a part of the image stored in the first image memory 22 is extracted and stored in the second image memory 23.

The image extraction control unit 24 determines the coordinates and size of an image area, which is a preset partial image of the image of the entire surface of the seal book displayed on the color CRT 10, from the CPU.
2, and the address control unit 25 is controlled based on this information. This address control section 25
controls the read address of the first image memory 22 and the write address of the second image memory 23,
The extracted image is transferred to the second image memory 23 and stored therein. In this embodiment, the display area which is a partial image of the name 51, seal imprint 52, and account number 53 shown in FIG. In addition, the image on the back of the seal book is displayed on the C
The image is reduced and stored in accordance with the screen size of the RT9B. The terminal bag @9 is connected to the serial 1i! via the serial transmission line 19 at the display unit interface 26B. ! ; It is designed to output image information and input/output various information.

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

This Tera terminal device 9 includes various keyboards 9A.

9C, 92, 9F, 9G, monochrome CRT (display section)
9B9 main body interface 339 display drive section 34.
Keyboard interface 35. Program memory 3
6. An image storage section 38 that stores at once each piece of image information corresponding to the search code input from the input section 9A. It is composed of a CPU-3 which controls the terminal device. The image storage unit 38 stores a reduced image of the back side of the seal book corresponding to the account number and a small number of partial images of the front side of the seal book separately in the storage area of the image storage unit 38. It is designed to memorize each. By storing each piece of image information independently in the storage area in this way, each image can be displayed independently on the CRT 9B based on selection information input from the keyboard.

The CPt1-3 is used to control the Tera terminal device 9, and the numeric keypad 9A is used to input search keys and the like. Monochrome CRT (Display section > 9B displays information input from the keyboard 9A, image information received via the main unit interface 33, and other various information. It is configured.

The operation of the seal register display device configured as above will be explained below.

Regarding the registration effect> The registration function of the seal register will be explained.

At a bank, for example, when a customer wants to withdraw a deposit, they fill out an application form (see Figure 5 (A>, [3)) and submit it to the staff at the counter. d is set in the reading device 4 of the rear terminal device 8 mentioned above. At this time, the front side of the seal book, that is, the side on which the seal is affixed, is first read. Next, the seal book provided on the keyboard 5 is read. Press the "registration" key 5B.By pressing this "registration" key 5B, a registration start signal is activated to drive the CPIJ-1 provided in the rear terminal device 8, and the reading unit 4 reads the seal book information. The image data is temporarily stored in the pattern memory 17 and the display drive section 11 via the image interface 12.

At the same time, the image information of the seal book read by the reading device 4 is displayed on the color CRT 10, and the character information of ``Is this image OK?'' is displayed.

Based on this display, the staff member confirms the displayed image of the seal book, and if it is correct, presses the "confirm" key 5D, and if the displayed image is not suitable for memorization, presses the "re-input" key 5E. Then, the image on the surface of the seal register is read again and stored. Next, reset the seal book so that the back side can be read. The above-described operation is then repeated to read the image on the back side of the seal book.

When the "Confirm" key 5D is pressed, the color OR-r
10 displays the message "Please enter your account number", and the staff member inputs the account number according to this display and presses the "end" key 5G.

In this way, the image information of the seal book stored in the pattern memory 17 together with the music number and code information is transmitted to the main body interface 15, the serial transmission line 18,
The image is stored in the first image memory 22 in the main body control device 1 via the display unit interface 26.

The image extraction control unit 24 drives and controls the address control unit 25 based on information on the size and entry type of the seal book set in advance. Only the image corresponding to the selected display area is read out and stored in the second image memory.

Next, the image extraction control section 24 controls the first image memory 22
The image information of the back side of the seal register stored in the image information is reduced at the above-mentioned reduction ratio and recorded in the second image memory 23.

When this image extraction operation is completed, the images in the second image memory 23, that is, the partial images 51, 52, 53 and the image information of the reduced seal book tip are stored in the optical disk device 30 via the GPIB 27. The address information stored in the optical disk device 30 and the account number and code information 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. be remembered.

Regarding the verification function> Below, we will use the Tera terminal device 9 to verify the seal@book information registered as above and the seal imprint stamped on the application form at the time of withdrawal from the savings account (verified seal imprint). Let's explain when it is used.

First, the user presses the "search" key 9C on the keyboard 9A provided on the TEL terminal device 9, and operates the numeric keypad 9A to input a search code. "End" after this input operation is completed
Press key 9F. Then, the account number (search code) is transferred to the main body control device by the CPU-3 provided in this terminal device 9, and the CPU-3 in the main body control device 1
Pt, I-2 reads the corresponding search code in the magnetic disk 31 or floppy disk 32.

Then, the CPU-2 reads out 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 the CPU-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 storage areas in the image storage section 38, respectively. In this way, the image information stored in the storage unit 2 is stored in the image storage unit 38 of the terminal device 9 at one time.
1 It is not necessary to read out necessary image information from the storage unit 2 one by one as in the conventional case.

Therefore, even if another terminal device 9 is communicating with the server 2, collation work can be carried out freely.

When the image information of each seal register is stored in the image storage unit 38, the account number written in the seal register is displayed in actual size on the CRT 9B as shown in FIG. 6(A)1. C
The account number displayed on the RT9B is visually compared with the account number written on the seal book submitted by @customer to confirm whether the called-up seal book is correct or not.

After confirming this account number, the clerk presses the number item display key 9E on the keyboard 9A. Then, the name written in the seal register is displayed on the CRT 9B as shown in FIG. 6(B). Here, the staff member can check the handwriting written on the seal register. Next, the next item is the entrance key 9F.
When pressed and covered, the seal impression to be verified is displayed on CR1-9[3, as shown in FIG. 6(C). The staff here is this CR
The seal is verified by comparing the seal imprint displayed on the TQE with the seal imprint affixed on the seal register submitted by the customer.

When the verification of the seals is completed, if the user wishes to check the notes written on the back of the seal register, the user presses the front/back key 9G. Then, the stored image information of the back side of the seal book is displayed on the CRT 9B at the aforementioned reduction ratio as shown in Figure 6 (D>). The staff member can check to see if gas charges, electricity charges, etc. have been debited from this account.As mentioned above, the necessary information can be displayed near the center of the idiom, so the display There is no need to take into account the distortion of displayed information that occurs when an image is displayed in the corner of a section.

When the collation work is finished in this way, press the end key 9.
Press to exit. It should be noted that the rear terminal device 8 can also be verified by the same operation.

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.

In this embodiment, the partial image is necessarily the image of the portion set for caulking, which is read by the reading device 4 and stored, but the present invention is not limited thereto.
A cursor may be displayed on the RT 9 B and set so as to surround a partial image to be stored, and only the portion at the enclosed coordinates may be extracted and stored.

[Effects of the Invention] As detailed above, according to the present invention, a seal book display device having a plurality of terminal devices including a reading section that reads the information of the stamp 11MN as image information and a display section that displays this image information is provided. There is a storage section for storing a plurality of partial images of the seal book together with the image information of the entire seal book read by the reading section, and each image information stored in this storage section is selected on a display section. By comprising an input section that can input selection information to be displayed, and an image extraction control section that controls storage of the plurality of partial images in a storage section, it is possible to display other written information along with the impression of the seal affixed on the seal book. It is possible to provide a seal book display head that can efficiently and quickly check necessary information among the seal books when checking the seal book.

[Brief explanation of drawings]

Figure 1 is a block diagram of the configuration of the seal and register display device, Figure 2 is an external perspective view of the seal bookkeeping and practice device, Figure 3 is a plan view of the keyboard of the rear terminal device, and Figure 4 is the Terrace terminal device. Figures 5 (A) and (B) are plan views of the front and back sides of the seal register, Figures 6 (A) and (B), respectively.
(C) and (D) are plan views showing examples of marks and cage book information displayed on the display section, respectively. 2... Storage unit, 4... Reading unit, 5, 9△... Input unit, 8.9... Terminal device, 9B, 10... Display unit,
CPU-2...Control unit, 38...Image storage unit, 24
...Image extraction control section.

Claims (3)

[Claims] (1) A seal book display device having a plurality of terminal devices including a reading unit that reads information on the seal book as image information and a display unit that displays this image information, the entire seal book being read by the reading unit a storage unit that stores a plurality of partial images of the seal book together with the image information; an input unit capable of inputting selection information for selectively displaying each image information stored in the storage unit on a display unit; A seal book display device comprising: an image extraction control unit that controls storing a plurality of partial images in a storage unit. (2) The seal book display device according to claim 1, wherein the terminal device has an image storage unit that stores each of the plurality of image information. (3) The seal book display device according to claim 2, wherein the image storage section has a storage area for storing each piece of image information.