JPS63272267A - Information processing unit - Google Patents

Abstract

PURPOSE:To facilitate the write of an ad-on data in response to the content of picture information by providing a rotating means rotating pattern information in the case of adding pattern information. CONSTITUTION:In the case of applying ad-on of various ad-on data to picture information called from an optical disk or picture information read by using an image scanner 93, after the presence of ad-on processing and the direction of ad-on and a character angle are set to the picture information written once in a page memory 53a according to the ad-on property sheet, the desired ad-on data is inputted from a keyboard 11. After the ad-on data is written in the page memory 53a once, the coded data is converted into an image data and transferred to a display memory 55 and displayed on the screen of the display device 59.

Description

[Detailed description of the invention]

[Purpose of the invention] (Industrial field of application) Don't invent, for example, a dog dog!ノ'ni'j i+
・'r or I) When writing new data to the read image information or image information that has been zero-recorded and recorded in the storage capacity of an optical disk, etc., the /i direction of the data to be written, etc. The present invention relates to an information processing device that makes it possible to rotate a screen. (Prior art) Conventionally, for example, when recording image information read from an image scanner device onto a storage medium such as an optical disk, or when reading and printing out image information registered on this optical disk, the A part of 1'Q information tlJ,
Do you use so-called add-ons to write data to facilitate search and identification such as search name, registration date, time, title, registration number list, or pattern information such as company logo (hereinafter simply referred to as add-on data)? Ta. Although writing data using this add-on is normally only possible using a predetermined method, the image information that is the medium that occupies the add-on data may differ in content and orientation. Ta. (Problem to be solved by the invention) As a result, the orientation of the original may differ from the orientation of the added add-on data, which may occur when searching for image information on the display screen, or when using a printed original. However, there were some inconveniences such as difficulty in reading the text. The present invention has been made in view of the above, and one object thereof is to provide an information processing apparatus that can easily include add-on data in an orientation that corresponds to the content of image information. 1. Configuration of the Invention" (Means for Solving the Problems) In order to achieve the above object, the present invention provides a storage means for temporarily storing image information, and a display means for displaying the IO image information within this storage. a setting means for setting a position for the image information displayed by the display means; a pattern generation means for generating each edge pattern information; and a setting means for setting the position according to the pattern information generated from the pattern generation means. The information processing apparatus has a processing means for adding image information in the storage means corresponding to the image information, and a rotation means for rotating the pattern information when adding the pattern information. ) In the information processing apparatus according to the present invention, the pattern information generated by the pattern generation means is rotated by a predetermined ω using the rotation means, and then the pattern information is rotated by a predetermined ω on the image information set using the setting means. In the position of 1
11j means can be used to add the pattern information. (Example) Hereinafter, an example of the present invention will be described with reference to the drawings. FIG. 1 shows an image information storage and retrieval device having a 7112 function. Control unit (CPU: Central proc)
cssing Unit) 1 controls the overall operation and data flow of the relevant information storage and retrieval device.
By using an OS (Operating 3 system) that uses a single-handed processing system, so-called multi-tasking is possible.Furthermore, this system is functionally The control unit 1 includes a keyboard 11 for inputting character information such as characters when creating a document, and inputting various information such as command information when performing a search or image processing. , a mouse 13 used to perform tasks such as moving a cursor C displayed on the Y display device 590 screen to select an icon (pictogram), etc., which will be described later.
is connected. D MA (D 1rect M emory Δc
cess) 3 is capable of transferring data regardless of the initial year of t, II part 1, and for example, transfers data between the main memory 51 and the storage device ff130, which will be described later, via the interface circuit 3a. Let's do it. The storage device 30 includes a storage device W 31 using a magnetic disk such as a floppy disk or a hard disk to record and accumulate image information, search information, etc.;
It consists of an optical disk device 35 using an optical disk or a magneto-optical disk. The memory section includes a main memory (1, RU (L-1,
cast Recently LJsed), WS
A buffer 7 memory 53 including a page memory 53a that stores information using various methods (replacement algorithms) such as (Working set) as appropriate, and a display memory 5.
5 and the /a tJl connected to this display method 55
There are 11 parts 5) 7 etc. Furthermore, this display control unit 57 includes a CRT, COD, and El which display processed data etc. as visible information such as characters and images.
The display devices 59 such as
Screen display is performed according to the control of the t[1 section 57. The image processing section includes an enlargement/reduction section 71 that enlarges or reduces part or all of the image information, and an enlargement/reduction section 71 that enlarges or reduces the image information.
Alternatively, a vertical/horizontal converter 73 that performs vertical/horizontal conversion by rotating a predetermined angle to the right, for example, 90 degrees to the left;
There is a coding/decoding I+11 path section (GODEC) 9'8. This code 1: Encoding/decoding circuit 9 is connected to an image scanner device 93 which reads and inputs photos and documents as image data via a built-in interface circuit 9a, and a paper etc. based on the image data and character code data. A printer 91, which is, for example, a non-impact type electrophotographic laser printer or a thermal printer, is connected to print out visible information such as characters and images on a medium. The image scanner device 93 is a device that reads a document as image data, and includes an operation section 93a for setting parameters such as the document size, document density, and reading density of the document to be read, and a control section 93a for setting parameters such as the document size, document density, and reading density of the document to be read. A memory that stores the customer information and a CPL that controls the water device 93 body.
I93d (not shown), a display section 93b that displays input information such as setting condition f1 and processing time, and an automatic paper feed mechanism (ADF) 93c that continuously reads originals (4).
Rir. Also,! , 11611 part 1, DMA3 and main memory 5
1, a buffer memory 53, a display memory 55, and an enlargement/reduction unit 71. The vertical/horizontal conversion section 73 and the converting/decoding section 9 are connected by a system bus 20.
of! i3, the display memory 55, the enlargement/reduction section 71, the vertical/horizontal conversion section 73, etc. are connected by an image bus 40 for transmitting image information. The operation of this image information storage and retrieval device will be briefly explained below according to the operating procedure. After turning on the power to this image information storage and retrieval device (2), use the keyboard 11 to read the 'C original according to the initial screen displayed on the display screen of the display device 59, and then read the read image information. This image information storage and retrieval Sl! i [Read/Register 1]
mode so that image information from the image scanner device 93 can be registered on the optical disc via the DMA 3 or the like. Next, a large number of stacked originals are loaded onto a predetermined position n of the image skiing device 93, and the "automatic paper feed (ADF) J'
[-] Enter the document size, document density, reading density, etc. of this document set to t? on the keyboard 11 or image scanner device 93. It is input from the n section 93a. Furthermore, the person's title J of the manuscript to be registered using the keyboard 11.
3 and information (, 1, etc.) on the display device 5.
Enter according to the format displayed on screen 9, L. Next, the image scanner device starts reading and obtains image information of this document. This information on both images! (Bageme tB: 13ak: Stores, for example, image information for one page is stored in this pageme 73a.
, the display memory 550 display control unit 57
An image based on this image information is displayed on both sides of the display device 59 via the N8 conversion/decoding circuit section 9, and then subjected to processing such as band compression, and then transferred to the buffer memory 5.
3. Optical disk device ff3 via interface circuit 3
5 to register on the optical disc and record and accumulate. Next, when calling up the image information registered on the optical disc, enter the registration number 8, keywords, or logical terms ('1, etc.) using the keyboard 11, and select the desired image information from the optical disk. fu::r

[After performing processing such as band expansion in the encoding/decoding circuit section 9, the +rf'L and L: Both image information are sequentially stored in the page memory 53a. For example, when one page worth of image information is stored in the C page display 53a, the display memory 55
9. An image flashing from the above image information is displayed on the screen F on the display device 59 via the display control unit 57, and if necessary, the printer 91 performs a hard copy (so-called hard printing).Next, this embodiment The operation of the add-on will be explained based on the processing procedure of the add-on shown in Figure 2. When performing add-on data of each scale to the image information stored in the image, the image information once occupied in the page memory 53a is added according to the add-on date pattern 1 shown in FIG. After setting the presence/absence of the add-on, the direction of the add-on, and the character angle, the desired add-on data is input from the keyboard 11. This add-on data is also once written into the page memory 53a, and then the code data of this add-on data is transferred to the image data. Convert to and transfer from C to display method 55-
'5K (Displayed on the screen of the display device 59. At this point, the add-on data converted to image data is added to the image data of the image information. Below, each item of the add-on pad sheet is briefly explained. Explanation: 7doA9)%l1lI(D <+None setting is when the cursor C is inserted into the image information.
This is done by indicating ``existence'' by moving . The add-on direction setting is to rotate the arrangement direction of the data, and is to set, for example, whether the text is to be written horizontally or vertically. Also, by setting this add-on direction, when inputting an intersecting circle as an add-on, the cursor is configured to automatically move in the opposite direction to this setting. Setting the character angle usually involves rotating the orientation of characters and symbols that are constituent factors of data, and the constituent factors such as the above characters can be rotated for each constituent factor every 90 degrees. There are things. In this way, according to this embodiment, by manually setting the add-on conditions according to the add-on application [] property sheet, a large amount of image information can be adjusted by moving the cursor C to an arbitrary position using the mouse 13, for example. After giving the instructions, each add-on data can be written to this arbitrary position according to the conditions set above, and since the settings in item A1 can be easily performed, it can be written for each image information or input data, and also for each [ By appropriately changing the add-on conditions to the constituent factor fU of the horizontal input data, it is possible to create the add-on with the optimum add-on conditions for each image information. Also, these add-on data are once added-on/r-
By setting the content, location, etc. or add-on conditions, you can automatically add the same 7-add-on data to multiple image information, and also add-on data, such as the date indicating the time of input, in the add-on data. and time, etc.
When built-in, use the 51 function to check the number of sheets and record number S]'
3 can use the counter function to automatically perform add-on processing. In addition, these add-on image information can be processed as needed.
Records can be stored in the optical disk device 2-35, or in the printer 91.
It is possible to record and output using C. In this way, the J3C in this embodiment was able to perform desired add-on processing with easy operation. [Advantageous Effects of the Invention 1] As explained above, according to the present invention, it is easy to change the orientation of data as appropriate depending on the content of image information and incorporate data into this image information. The effects of this technology include being able to quickly and accurately check the contents of prediction data.

[Brief explanation of drawings]

1 to 3 are diagrams showing one embodiment of the present invention, in which FIG. 1 is a block diagram schematically showing the overall configuration, and FIG. 2 is a block diagram schematically showing the overall configuration.
The figure shows a flowchart showing the processing procedure, and FIG. 3 shows a diagram for explaining data writing. 1...Control unit 3...DMA30...
Storage device

Claims (4)

[Claims] (1) A storage means for temporarily storing image information, a display means for displaying the image information in this storage means, a setting means for setting a position for the image information displayed by this display means, and various pattern information. and processing means for adding image information in the storage means corresponding to the set position using the pattern information generated from the pattern generation means, the information processing device comprising: An information processing device comprising: a rotation means for rotating the pattern information when adding the pattern information. (2) The information processing apparatus according to claim 1, wherein the rotation means rotates the arrangement direction of the pattern information. (3) The information processing apparatus according to claim 1, wherein the rotation means rotates the orientation of the constituent factors of the pattern information. (4) The rotation means includes an arrangement rotation means capable of rotating the arrangement direction of the pattern information, and a factor rotation means capable of rotating the direction of the constituent factors of this pattern information. The information processing device according to scope 1.