JPS6379169A - Picture data handling device - Google Patents

Abstract

PURPOSE:To quickly perform postscripts, corrections, etc., of slips or the like and sometimes to omit these operations, by storing those slips, etc., in a memory device in the form of the original picture data and carrying out the postscripts and corrections via the memory device. CONSTITUTION:The identification codes of the slips to receive postscripts and corrections are inputted through a keyboard 1 together with the partial picture numbers of the areas to receive the postscripts and corrections. A picture compiling device 11 compiles the original form information for postscripts and corrections in response to said input received via the keyboard 1 and outputs original data from the picture output device 12. An operator for postscripts and corrections performs manual postscripts and corrections to the original form and inputs this original data through a picture input device 3. Then a partial picture segmenting device 21 segments the corresponding part of the input pictures and sends it to a picture replacement device 14. The device 14 stores the postscript or correction items to a partial picture memory device 17 after replacement based on the postscript or correction information.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an image data handling device. More specifically, the present invention relates to a device that inputs, outputs, adds to, and modifies forms (documents) and the like in banking, insurance, securities business, etc. as image data.

Banking, insurance, securities businesses, etc. handle a large number of various forms such as applications, enrollment bands, certificates, etc. Confirmation of these contents, additions, and corrections are generally performed using the original documents. For this reason, a large amount of manpower and time is required for processing such as retrieving documents, additions, and corrections.

An object of the present invention is to provide an image data handling device that speeds up and simplifies processing.

A feature of the present invention is that forms and other documents are stored as original image data in a storage device, and additions and corrections are not made directly to the original documents, but are performed on the storage device.

The present invention will be explained below using a form as an example.

The present invention is not limited to forms.

FIG. 1 is a block diagram showing one embodiment of the present invention. Figure 2 shows an example of an original document. In FIG. 2, the form consists of fixed information such as title and framework, and variable information such as amount, recipient's name, and contractor's name.

First, registration of a form will be explained. 9. Recording is performed by separately storing fixed information as a whole image and variable information as partial images in a storage device. In FIG. 1, data regarding the position and size of variable information is entered from a keyboard input device 1 and stored in a partial image position data storage device 2. In FIG. Then, the form on which the fixed information is written is inputted from an image input device 3 such as a facsimile, and is stored in the entire image storage device 4. At this time.

The storage address of this entire image is stored in the entire image storage address storage device 5. The fixed information is thereby stored (registered).

Next, input the form containing the variable information. The identification code of the form is input from the keyboard input device 1 and stored in the partial image storage address storage device 6. Then, the user enters the form from the image input device 3. The partial image cutting device 7 cuts out each partial image and stores it in the 1 partial image storage device 8 based on the data regarding the position and size of each partial image stored in the partial image position data storage device 2 . at the same time,
The storage address of each partial image is assigned to the identification code of the form and stored in the partial image storage address storage device 6.

Multiple forms are input by repeating the process of inputting partial images. At this time, the identification code of each form is made unique for each form.

This registers the form. In this embodiment, the whole image and the partial images are stored separately, and as a result, it is only necessary to register one whole image for each format, and the storage capacity can be reduced.

9. If you want to see the contents of a recorded form, enter the identification code of the form from the keyboard input device 1. The image synthesis device 9 refers to the entire image storage address storage device 5 and selects the entire image storage device 4 according to the input identification code.
The storage address of each partial image of the corresponding form is determined by reading out the entire image from the partial image storage address storage device 6 and searching for one that is the same as the input identification code from among the plurality of identification codes stored in the partial image storage address storage device 6. is calculated, and the partial image storage device 8
Each partial image of the corresponding form is read out. Furthermore, the image synthesizing device 9 reads out data regarding the position and size of each partial image from the partial image position data storage device 2, embeds each partial image in the entire image based on this, and embeds each partial image in the entire image.
Give it to 0 and display it.

In this way 9. You can display and check the recorded forms.

Next, additions and corrections will be explained. First, the identification code of the form to be added or corrected is entered from the keyboard input device 1, and as described above, the corresponding form is displayed on the image display device 1.
Display at 0. Check this displayed form, make additions,
The number of the partial image to be corrected is input from the keyboard device 1. In response, the image editing device 11 retrieves the corresponding partial image of the corresponding form from the partial image storage address storage device 6 based on the input partial image number and the identification code of the previously input form. The storage address is determined and the corresponding partial image is read from the partial image storage device 8.

Furthermore, from the data regarding the position and size of the corresponding partial image stored in the partial image position data storage device 2,
Embed the entire blank image section. The image editing device 11 further embeds entry frames, guidance information, positioning marks, etc. for additional notes and corrections, and provides the edited image data to an image output device 12 such as a facsimile machine to output it as a base sheet for additional notes and corrections. What is shown in FIG. 3 is a base sheet for addition/correction, where 31 is a positioning mark, 32 is guidance information, 33 is original information to be corrected, and 34 is an entry frame for addition/correction. At the same time, the image editing device 11 temporarily stores the corresponding partial image in the partial image storage device 16, the storage address of the partial image in the storage device 20, and data regarding the position and size of the partial image in the storage device 13. I'll keep it.

The person making additions and corrections superimposes the translucent addition and correction paper on which the positioning marks 41 shown in Fig. 4 are printed, and the positioning marks on the outputted base paper for additions and corrections (Fig. 3). Additions and corrections are made by handwriting. Figure 5 shows the completed addition/correction form. Reference numeral 51 indicates an entry, and reference numeral 52 indicates an entry with a mark indicating the processing classification of addition or correction. Additions superimpose original information and new information, and corrections instruct to discard original information and replace it with new information. Although it is not an essential requirement to use the 8 forces of the base paper for additions and corrections as shown in Figure 3, and the combination of the base paper for additions and corrections as shown in Figure 4, according to this, translucent Additions and corrections can be made easily and errors can be prevented since additions and corrections can be made on top of sheets and filled in while checking the original information.

Now, only the additional/edited/corrected paper is inputted from the image input device 3. The long-term image is provided to a partial image cutting device 21. The partial image cutting device 21 cuts out the corresponding portion of the input image based on the data about the position and size of the partial image stored in the partial image position data storage device 13, and sends it to the image updating device 14. send. The processing classification determination device 15 reads the processing classification mark for addition or modification, determines whether it is addition or modification, and sends the result to the image updating device 14. In the case of additional writing, the image updating device 14
The image (new information) from the partial image cutting device 21 and the image (original information) in the partial image storage device 16 are electrically superimposed and provided to the updated partial image storage device 17 . In the case of modification, only the image from the partial image cutting device 21 is provided to the updated partial image storage device 17, and as a result, the original information is replaced with new information. Updated partial image editing device 1
8 reads the updated partial image data from the storage device 17 and displays it on the image display device 10 with guidance information for requesting confirmation from the person making additions and corrections.

The person making the addition/correction determines from this displayed image that the image as instructed has been created. When it is determined that the image has been created as instructed, the person making the addition/correction inputs this information from the keyboard input device 1. When the partial image replacement device 19 receives this signal, the partial image replacement device 19 replaces the corresponding portion stored in the partial image storage device 8 based on the storage address of the partial image stored in the partial image storage device 20. The image data is electrically replaced with the updated partial image data stored in the updated partial image storage device 17. This completes the addition/correction.

According to the present invention, since the data is handled as image data without touching the original document, processing can be speeded up and simplified. Additions and corrections are also made on the file, which can be done easily and quickly, and because only the additions and corrections information is entered,
Additions and corrections can be made an arbitrary number of times without degrading image quality. Furthermore, since handwritten characters can be input, there is no need for a device such as a kana-kanji keyboard. Taking advantage of this feature, it is possible to input and save information such as signatures, handwriting, and seal impressions.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of the present invention, FIG. 2 is a diagram showing an example of a form, FIG. 3 is a diagram showing an example of a base sheet for additions and corrections, and FIG. 4 is a diagram showing additions and corrections before entry. Diagram showing correction form,
FIG. 5 is a diagram showing the addition/correction form after entry. DESCRIPTION OF SYMBOLS 1...Keyboard input device, 2...Partial image position data storage device, 3...Image input device, 4...Whole image storage device, 5...Whole image storage address storage device, 6...・Partial image storage address storage device, 7
. . . partial image cutting device, 8 . . . partial image storage device,
9... Image synthesis device, 10... Image display device,
11... Image editing device, 12... Image output device,
13... partial image position data storage device, 14
. . . image updating device, 15 . . . processing classification determination device,
16...Partial image storage device, 17...Updated partial image storage device, 18...Updated partial image editing device. 19... Partial image replacement device, 20... Partial image storage address-time storage device, 21... Partial image cutting device.

Claims (1)

[Claims] (1) A storage means for storing original image information, a specifying means for specifying a part of the original image information, a means for inputting new image information corresponding to the part to be added or corrected, and the above specifying. An image data handling device comprising: means for synthesizing the original image information specified by the means with the new image information; and a display means for displaying the synthesized image information.