JPS6054079A - Electronic file system - Google Patents

Abstract

PURPOSE:To enable reading of information under the condition of keeping continuity by correcting relation with related picture by a bonding device for every unit of plural information inputted from a picture information reading device and storing in a storing memory. CONSTITUTION:An operator reads information to be registered from an image reader IRD and stores in the second memory M2. In this case, the information is stored in the third memory M3 temporarily and registered picture information is interrelated using a display CRT and a pointing device PD. As the method therefor, controlling information as to the position of information to be registered next from information registered first, i.e. up and down, right and left, is appointed using the pointing device PD and registration is made successively. That is, registered information is chained between information to be related, and registered in the second memory M2. As the method of chaining, adjoining picture information of inputted plural picture information is positioned on the face of the display CRT using the pointing device PD.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field] The present invention relates to a registration method of an electronic file system using a high-definition display, an image information reading device, and an image information storage memory, and particularly relates to a method of registering a plurality of image information.
This invention relates to a registration method that enables continuous registration.

[Prior art]

Conventionally, in this type of electronic file device, arbitrary image information, such as a heading or number, was added to the image information input by the image information reading device and registered in each input image information unit. . In this case, if human power Il! I
If the size of the image information is larger than the input size of the image information reading device, the only option is to divide it or reduce it and register it.If the image information is input, a restriction may be added. Therefore, when outputting the input information, it is desirable to output information equivalent to the information originally input by the input device, but in conventional methods, constraints at the time of input also affect the time of output, resulting in an excessive burden on the operator. There was an additional point that they were giving.

〔the purpose〕

The present invention has been made in view of the above-mentioned problems, and at the same time eliminates the above-mentioned conventional drawbacks, it also allows the user to freely select an image information reading device that is compatible with the system, and makes it possible to associate all of a plurality of image information. This allows you to output any screen you want without reducing the display capacity during output, and even with compact image information reading and display systems, large drawings,
The aim is to realize an electronic file system that can register image information.

〔Example〕

The present invention will be explained below based on all the drawings. FIG. 1 shows a block diagram of an embodiment of the electronic file system of the present invention. CRT is a high-definition display (indicator), I
RD is image information reading bag, t (image reader), IPR
T is an output printer (image printer), and CPU is a central processing unit, which controls the system of the present invention. Ml is a first memory (king memory), which is a memo that temporarily stores the control information of the CPU and the input information of the IPRT! j, M
2 is a second memory that stores image information, a thick 1't file such as an optical disk, and PD is a pointing device and keyboard (hereinafter simply referred to as pointing device), which controls the display on the flJ display IT screen. Provide information instructions. M3 is a third memory for displaying on the display CR7, and is composed of multiple double-sided memories. B indicates a bus line.

Next, a specific flow of image information will be explained.

The operator must check all information to be registered using the image reader IRD.
Read it and store it in the second memo IJM2.

In this case, it is temporarily stored in the third memo IJ IVI 3, and the registered image information is associated using the display CRT and pointing device PD=z. As method 7, control information indicating which position corresponds to the information to be registered next from the first registered information is specified using the above-mentioned pointing device PD=z, and the registration is performed sequentially. That is, the registered information is chained among related information and registered in the second memory M2.

As a chaining method, multiple pieces of input image information are aligned on the entire CR7 display screen using the pointing device l'D to determine which image information is on the top, bottom, left and right of the image information. Whether they are adjacent or not is automatically determined in the third display memo IJMB. As a result, the above Ii! The upper and lower sides of the I+I image information are automatically registered sequentially from the determined image information and stored in the second memory for image information storage ~12.

FIG. 2 is an operational diagram of the third memo+71VI 3 of the present invention. ■ to ■ in FIG. 2(a) are the image information reading device IR.
A memory lJ' in which input information from Q is stored is shown.

An example in which ■ and ■ are input from the above +1 (L), the screen is moved using the pointing device PD, and the boundary between ■ and ■ is displayed is shown in Figure 2 (the diagonal area in al, - this drawing example) An enlarged view of the shaded area is shown in FIG. 2+bl.

As is clear from this figure, even if the image information (1) and (2) are related, it is difficult to see if they are misaligned on the screen, and the utility value of image information consisting of a plurality of images is significantly reduced. Therefore, the operator uses the pointing device PL) to slightly shift the right image of FIG.
By doing as shown in Figure (cl), it can be handled as a series of image information.Similarly, if positioning is performed using the pointing device PDP for each input from the image information reading device IRQ, the image information reading device IRD Image information larger than human size can also be handled easily.

FIG. 3 shows a record format when each image information of each memo 90 to 0 in FIG. 2(a) is registered in the second memo M2 for storing one image information. R1 is the unique code of this record, R2 is the unique code of this record, and R2 is the unique code of this record.
Stores the start address of the image information of this record at the time it is stored in JM3. R3-R6 are unique code storage areas for adjacent records, and R1 is an image information storage area. However, where this record should be stored in the memory ■ to ■ corresponding to each of the memories ■ to ■ in Figure 2 fal, the first record specified by the operator will be stored in the memory ■. , memory (if the first address of O to ■ is stored in record units, the digit 14 alignment with adjacent image information only needs to be performed at the time of input, and the image information storage second memory M2
The records within are related to each other.

FIG. 4 shows a flowchart 1 of the present invention.

At Sl, read the image information from the image reader IRD and temporarily take notes! Store in JIV13. Note that if the information is not a plurality of images, there is no related information, so there is no need to proceed to the next step such as correcting the information. In S2, association is performed using the pointing device PD. For example, align multiple screens. Next, in S3, the moved and corrected image information is stored in the first address in the memo IJM3 in the code R2 of FIG. 3, and each piece of information is chained and registered in the memo 1/2.

〔effect〕

As explained above, by using the system of the present invention, it is possible to read out continuous information with one gap in continuity during reading, and even in a compact system, the size of each device is small. reading ability, display ability, etc.)
This has the effect that it is possible to realize an electronic file system in which image information such as a large drawing or the like can be registered.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of an embodiment of the electronic file system of the present invention; FIG. 2 is an operational diagram of the third memo 1;
The figure is a flowchart of the present invention, showing the record format when each image information of the deceased is registered in 2 memos 1 and 4, t. CRT・・・・・・Display (indicator) CP
U...Central processing unit (CPU 1 part) I
RD: Image information reading device (image reader) IPPT: Output printer (image printer, output device beast) Ml:... IT memory M2...
......Second memory M3...
・・3rd memory PD・・・・・Bointing differential ζ chair and keyboard

Claims (1)

[Claims] It has a display for displaying image information, an image information reading device for inputting one piece of image information, a pointing device for instructing processing of the image information, and a central processing unit for controlling the plurality of devices, a storage memory that stores input information from the image information reading device; and a storage memory that corrects the relationship with related images by the pointing device for each input unit of multiple input information from the image information reading device; An electronic file system characterized by registering in memory.