JPH0397068A - Picture display device - Google Patents

Abstract

PURPOSE:To make operation easy for positioning a picture to be displayed by displaying the next picture in the prescribed position of a display means based on sheet length information inputted by an input means when the display instruction of the next picture is inputted from an instructed means. CONSTITUTION:A read part 1 is provided to optically read the pictures on the surfaces of the plural prescribed sheets, which are arranged in a lengthwise direction, and a display means 2 is provided to display the read picture in the prescribed position. Then, an input means 3 is provided to input the information showing the length of the sheet. An instructing means 4 is provided to instruct the display of the next picture, and a control means 5 is provided to control the next picture so as to be displayed in the prescribed position of the display means 2 based on the sheet length information inputted by the input means 3 when the display instruction of the next picture is inputted form the instructing means 4. Thus, the next picture can be automatically displayed, the display operation of the next picture is made easy and a processing is accelerated.

Description

[Detailed Description of the Invention] [Summary] The present invention relates to an image display device that reads and displays an image on a predetermined sheet of paper.
Aiming at shortening processing time, the system includes a reading unit that optically reads images on a plurality of sheets of prescribed paper arranged in the length direction, and displays at least the image read by the reading unit at a prescribed position. an image display device comprising: an input means for inputting information indicating the length of a sheet; an instruction means for instructing display of the next image; and when an instruction to display the next image is input from the instruction means and a control means for controlling the display means to display the next image at a predetermined position based on the paper length information inputted by the input means. [Industrial Application Field] The present invention relates to an image display device such as a seal registration device installed in a financial institution or the like.

[Conventional technology]

BACKGROUND ART Conventionally, a technology for optically reading an image on paper and displaying it on a display device is generally known. [Problems to be Solved by the Invention] When a plurality of sheets of paper are placed on such an optical reading device and read, the plurality of sheets of paper are displayed as one image on the display device. Therefore, in order to display the image of one sheet of paper at a predetermined position on the display device, the positioning had to be performed manually using scroll keys on the screen. As a result, when the number of images to be processed increased, it took longer to process them, and the operator's operations for aligning the images became complicated. [Means for solving the tl problem] Figure 1 is a diagram showing the principle of the present invention. That is, in order to solve the above-mentioned problems, in the present invention,
A reading unit 1 that optically reads an image on a plurality of predetermined sheets of paper arranged in the length direction, and a display unit 2 that displays at least the image read by the reading unit 1 at a predetermined position.
An image display device having an input means 3 for manually inputting information indicating the length of a sheet, an instruction means 4 for instructing display of the next image, and an instruction for displaying the next image is input from the instruction means 4. At this time, the image forming apparatus includes a control stage 5 for controlling the display means (2) to display the next image at a predetermined position based on the paper length information inputted by the input means 3. [Operation] When a plurality of sheets of paper arranged in the length direction are read by the reading section 1 and displayed on the display means 2, and an instruction to display the next image is input from the instruction means 4, the input from the input stage 3 is By moving and displaying the image displayed on the display means 2 based on the length information, it becomes possible to automatically display the next image, thereby simplifying the display operation of the next image. Furthermore, processing speed can be increased.

〔Example〕

An example will be described using FIGS. 2 to 7, taking as an example the image display device 95m.

Figure 2 is a system configuration diagram, Figure 3 is a diagram showing a seal imprint registration machine, Figure 4 is a diagram showing a seal impression slip, Figure 5 is a functional block diagram of the seal registration machine, Figure 6 is a seal registration processing flow, Figure 7 (a
) to (C) are diagrams showing display examples of a display device. 21 is a host computer, which controls each device. 22 is a terminal controller, which is connected to the host computer 2l and controls each device connected to a lower level. Reference numeral 23 denotes a counter terminal device, which is installed at the counter of a sales branch and processes transactions requested by customers. 24 is a seal imprint file controller, which controls each device that performs processes such as registering and displaying seal imprints. Reference numeral 25 is a seal impression file, which stores seal impressions. 26 is a seal registration machine, which is a device for registering a seal impression and the name and address of the owner of the seal.
27 is a seal imprint monitor, and the seal imprint file 2 is displayed as necessary.
Display the seal imprint read from 5. 28 is a seal printer, which prints the seal impression read from the seal impression file 25. A system configured as described above is installed, for example, in a bank or the like, and is used to carry out various transactions such as personal withdrawal transactions, bill/cheque transactions, etc.

A seal registration machine 26, a seal impression monitor 27, and a seal printer 28 are connected to the seal imprint file controller 24 as terminal devices. This seal imprint monitor 27 is used to verify the seal stamp affixed on a slip submitted by a customer, such as a withdrawal slip. In other words, the customer enters the necessary information such as name and address written on the slip using a keyboard, etc. Then, the seal imprint and additional information corresponding to the information are read out from the imprint file 25 via the imprint file controller 24. The read seal impression and additional information are displayed on the seal impression monitor 27. Using the seal imprint displayed on the imprint monitor 27, the stamp stamped on the slip submitted by the customer is verified. If the displayed seal imprint and additional information are to be printed as necessary, an instruction can be manually given to the imprint printer 28 to print them. The seal impression and additional information displayed on the seal impression monitor 27 have been stored in advance in the seal impression file 25 using the seal registration machine 26. As shown in FIG. 3, the seal registration fa 26 includes a display device 31 for displaying a seal imprint and other information, an image input device for optically reading a seal stamp submitted by a customer when registering a seal, and inputting necessary information. It is configured by an input section 33 that performs the following operations. As shown in FIG. 4, the seal stamp card 40 used when registering a seal is divided into an additional information area 41 where a name, address, etc. are written, and a seal imprint area 42 where a seal is affixed. A customer who needs to register a seal fills in necessary information such as name and address in the additional information area 41 of the seal impression slip 40, affixes a seal, and submits the stamp to the clerk. The clerk who receives this seal stamp 40 reads this seal stamp 40 with the image input device 32 and stores it in the seal impression file 25. The seal registration process is shown in Figures 5 to 7 (a) to (b) below.
Let's explain using. The staff member inputs the seal stamp 40 received from the customer into the image input device 3.
Place the front side down on top of the reading section 2. This seal registration process is performed at predetermined intervals, for example, every day.
This is done after the number of seal stamps has been accumulated. Therefore, if there are a plurality of seal stamps, if they are placed side by side on the reading section of the image input device 33 and read, the trouble of having the image input device 1f33 read them one by one is saved, and the processing speed is increased.

For example, it is possible to place four seal stamps on the image input device 33 at one time. When the clerk finishes placing the seal stamp 40 on the image input device 33, the clerk presses a reading instruction key (not shown) provided on the input section 33. When the CPU 51 recognizes through the input control unit 55 that the clerk has pressed the reading instruction key in a seal stamp reading instruction presence judgment step 600, it starts reading the seal stamp 40 on paper in a seal stamp reading step 601. Seal stamp 40 read via image input control unit 53
The image information is stored in the image memory section 58 in an image memory section storage step 602. This read image information is displayed on the display device 3l via the display control section 52 in a read image information display step 603. The displayed screen is the display screen 7 as shown in FIG. 7(a).
1 shows a seal stamp display image 72 obtained by reading the seal stamp 40. When a plurality of seal stamps are placed side by side on the image input device 32, the next seal stamp is also displayed as the next seal stamp display image 73 on the display screen 7l. As shown in FIG. 7(b), a step 60 of displaying a cutout frame on the displayed seal table display image 72
4, the cutting frame 74 is displayed. By displaying this cutout frame 74, it is possible to understand whether the name, address, and seal that the user wants to cut out are at the correct cutout position. If the part to be cut out is misaligned with respect to the cutout frame 74, the staff operates an operation key (not shown) provided on the input section 33 to adjust the position of the frame. When the frame movement instruction input determination step 605 determines that an instruction to move the clipping frame has been received, the clipping frame 74 is moved in a clipping frame moving step 606. Repeat the movement as long as there is a movement instruction. As a result of checking the seal stamp display image 72 displayed on the display device 31, if the part to be cut out is in the cutout frame 74,
Operate the registration completion key (not shown) provided on the input section 33. When it is determined in step 607 that registration completion input has been pressed that this completion key has been pressed, the cutting frame 7
The cutting pattern in 4 is cut out pattern memory 57
Store in. The extracted pattern is compressed in an image compression processing step 609 so that the compression control unit 54 can effectively use the seal impression file 25. The cutout pattern for which the compression process has been completed is stored in the seal imprint file 25 via the transmission control unit 56 and the imprint file controller 24 in a transmission processing step 610. When the transmission of one cutting pattern is completed, a next image determination step is performed to determine whether there is any image information that has been read by the image input device 32 and stored in the image memory unit 58 but not displayed on the display screen 71. Judgment is made based on 611. If the next image information is not in the image memory section 58, the seal registration process is ended. If it is determined that there is next image information in the image memory section 58, a seal stamp length/type input instruction step 612 causes the display device ii to input the seal stamp length or type.
! Give instructions to 31. The staff member follows these instructions and enters the length or type of paper. In this case, the paper length can be determined by providing a scale that cannot be read by the image input device 32 next to the part of the image input device 32 where the seal stamp 40 is placed.
You can know the length of the seal stamp 40 just by placing it there. Length information input determination step 6 determines that the length of the slip has been input using the numerical keys (not shown) of the input unit 33.
If the judgment is made in step 13, it is stored in the movement amount storage memory in step 6.
14, the input length information is stored in the movement amount memory section 6.
Store it as 0. Further, when it is determined that the type of seal stamp has been inputted in the type information input judgment step 617, the length of the seal stamp is tabulated for each type of seal stamp in the type and length information memory section successive step 617. The length information corresponding to the input type is read out from the type and length information memory section 59 stored therein. The read length information is stored in the movement amount memory section 6 in the movement amount memory section storage step 614.
It is stored as 0. Next, if the staff member wants to display the next screen, he or she enters that instruction. If it is determined in the next screen display instruction presence judgment step 615 that an instruction to display the next screen has been input, then in the screen movement step 616, the screen is displayed based on the length information stored in the movement amount memory section 60. Move the seal stamp display image 72 on the screen 71. When the movement is performed based on the length information stored in the movement amount memory section 60, as shown in FIG.
As shown in C), the seal stamp display image 72 moves upward, only a part of which is displayed, and the next seal stamp display screen 73 is displayed in the center of the display screen 71. Next, if there is a seal stamp display image 74, it is displayed immediately below the seal stamp display image 74.

If a next screen display instruction is input without length information being input, this is determined in step 6 to determine whether there is a next screen display instruction.
19. The length information previously inputted and stored in the movement amount memory unit 60 is read out in the movement amount memory judgment step 620, and based on the read length information, the image movement step 616 changes the seal stamp display image 7.
Move 2.

In this case, the length information to the movement amount memory unit 40 may be loaded with the length of frequently used seal stamps together with the IPL information when the apparatus is started up. If a display instruction for the next screen is not input, the seal registration process is terminated at a seal registration completion step 621. The moved image is displayed on the display device 3l in the next seal stamp display step 622. For the next seal stamp image, as described above, a cropping frame is displayed and the same process is performed to ask the clerk if the cropping position is acceptable. The image may be moved by having the staff manually give a movement instruction using a scroll key (not shown) provided on the input unit 33, and controlling the image to be moved in accordance with this input. [Effects of the Invention] According to the present invention, the next seal stamp is displayed by a simple operation such as inputting the length of the seal stamp or the type of seal stamp, which eliminates the complexity of the operation and reduces the processing time. This makes it possible to improve

[Brief explanation of drawings]

Fig. 1 is a diagram showing the principle of the present invention, Fig. 2 is a system configuration diagram, Fig. 3 is a diagram showing a seal registration machine, Fig. 4 is a diagram showing a seal stamp,
FIG. 5 is a functional block diagram of the seal registration machine, FIG. 6 is a seal registration processing flow, and FIGS. 7(a) to (C) are diagrams showing display examples of a display device. 1 is a reading section, 2 is a display means, 3 is an input means, 4 is an instruction means, and 5 is a control means. To the z-score: Sun and Moon's principle drawings 1 Seal/registration a copy and illustration T diagram 3 Figure system filling diagram showing the seal stamp industry 5 Ward map (α)

Claims (1)

[Claims] A reading unit (1) that optically reads an image on the surface of a plurality of predetermined sheets of paper arranged in the length direction; and at least an image read by the reading unit (1) at a predetermined position. An image display device comprising: a display means (2) for displaying, an input means (3) for inputting information indicating the length of a sheet; an instruction means (4) for instructing display of the next image; When an instruction to display the next image is input from (4), the display unit (2) is controlled to display the next image at a predetermined position based on the paper length information input by the input unit (3). An image display device characterized by comprising: a control means (5) for controlling.