KR20150055332A - False dip tissue analysis and Display System of woven fabrics that use computer - Google Patents

Abstract

The present invention relates to a system analyzing and displaying how weft and warp of a fabric are woven together. The system can output an enlarged image of the fabric organization on a computer screen and enables an operator to mark visually, output or store the visual display. Accordingly, the present invention can easily and conveniently analyze the organization of the fabric to use the analysis for research and weaving. The system enlarges the surface of the fabric by using a lens and digitizes the enlarged image through a CCD sensor and an A/D converter to be stored in a storage device. The digital image is called by an image data formation device to an editing program. The program displays the called image upon being executed. The program also has a function of marking the parts of the weft and warp of the woven fabric exposed to the surface in the image displayed on the screen with signs. The present invention includes another function of differentiating the weft and warp parts passing through another weft and warp in the downward direction.

Description

[0001] The present invention relates to a false tissue analysis and display system,

In particular, the present invention relates to a system for analyzing and displaying how the upper inclination of a fabric is organized, and more particularly to a system for displaying an enlarged tissue image on a computer screen, So that it is possible to analyze the texture of the fabric very conveniently and easily and utilize it for research and weaving.

As is well known, fabrics are basically composed of warp yarns and weft yarns intersecting with each other, and the quality, design, and feel of the fabrics are determined depending on the number and density of the warp yarns and the cross- It is natural to be a different fabric.

Since the texture of such a fabric is very dense, it is very difficult to grasp it with the viewpoint of a general person. Conventionally, in order to hurt the tissue of a woven fabric, a method of drawing a tissue with a hand while viewing a magnifying glass has been adopted. However, It was possible to grasp the organization by monitoring and enlarging the enlarged organization.

Furthermore, according to the following prior art documents, the number of strands of the tissue has been developed so that it can be counted and displayed automatically (algorithm and automatic calculation by a program). However, the repeating state of the fabric, that is, the weft and slope, There is a disadvantage in that various convenience such as displaying, storing, and outputting the data is not sufficient.

Therefore, researching the organization of existing woven fabrics, and using such information, there are many difficulties in designing the improved garments of the organization, and working on the sewing, which is time consuming.

Patent Registration No. 10-1036767 (Registration date: May 18, 2011)

In view of the above problems, the present invention, which has been devised in view of the necessity, enables easy analysis of the oblique structure of the fabric and easy printing, storage and management of the analyzed image, And the like.

A surface of the fabric is enlarged by a lens, and the enlarged image is digitized through a CCD sensor and an A / D converter to be stored in a storage device, and a program capable of editing and editing a digital image by the image data conversion device is constructed , The program displays images fetched at run time and then displays the symbol of the weft or slope exposed on the surface from the weft or slope of the woven fabric on the image displayed on the screen and passes through the weft or slope And a function of displaying the warp or the weft part separately.

According to the present invention, it is possible to directly display the tissue while visually confirming the oblique tissue of the fabric, so that the analysis of the tissue can be facilitated, and the organization of the image can be directly As well as being able to do so clearly, it can be stored and output, as well as being able to be corrected and edited, so research on textile organization and textile industry can be considered a useful invention to help development.

1 is a diagram illustrating an example of the configuration of an image data converting apparatus according to the present invention;
FIG. 2 is a diagram illustrating an example of the program operation sequence of the present invention
3A, 3B and 3C illustrate an execution window and a division display example according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

The present invention utilizes an image data acquisition device 10, which is a principle that enlarges the surface of the fabric 1 through the lens 11 and stores the image.

The enlarged image through the lens 11 is input to the CCD sensor 12 and the digital image is digitized by using the A / D converter 13.

The image converted into digital data is stored in the storage device 15 via the main controller 14. [

 A computer-readable recording medium having a function of displaying an image stored in an execution window (20) appearing when a program is executed and having a function of displaying an image, ) And a function of displaying the warp or weft portion passing under the weft or warp separately from the warp or weft of the warp or weft.

An example of an indication symbol that facilitates classification is that the exposed portion is marked with a "●" or "□" and the portion passing under another slope or weft is marked with a "×" or a "Δ".

In addition, the main controller 14 has a function of correcting the color, brightness, etc. of the stored image using the main controller 14 and a function of performing partial capture, cutting, pasting, stretching, tilting and rotating, And provides the execution function with a button click method in the program execution window 20. [

Hereinafter, the execution process of the present invention will be described.

Place the fabric (1) to be analyzed on a flat surface. The image data acquisition device 10 is applied to the surface of the fabric 1 and a surface enlarged image is obtained in which the reflected light of the surface of the fabric 1 flowing through the lens 11 flows into the CCD sensor 12, / D converter 13 into digital data, and then stores the converted digital data in the storage device 15.

The analysis program is run on the computer 30 to bring up the surface image of the enlarged fabric 1 to be analyzed and output to the job execution window 20. [

The weft or incline portion exposed using the display function is indicated by an arbitrary symbol, and the weft or incline hidden under another weft or incline is indicated by another symbol which is different from the display symbol for displaying the above-mentioned exposed portion.

The image of the fabric 1 of the execution window 20 is stored again in the state in which the division mark is displayed or is printed by the printer 31 to analyze the tissue at the time.

If it is difficult to distinguish between weft and warp at the normal viewpoint before the job is performed, or if it is difficult to distinguish from the division display, the operator can correct the brightness, the saturation, the size, and the brightness through the correction function After displaying, you can use the editing function to cut some images and paste them through other images.

1: Fabric
10: Image dataization device
11: Lens
12: CCD sensor
13: A / D converter
14: Main controller
15: Storage device
20: Run window
30: Computer
31: Printer

Claims (2)

A lens 11 for enlarging the surface of the fabric, a CCD sensor 12 for inputting an enlarged image, an A / D converter 13 for digitizing an image, And a main controller 14 for switching and controlling the overall operation,
A program for creating and editing a digital image by the image data conversion device is provided, the program having a function of displaying an image stored in an execution window (20) appearing at the time of execution and displaying the image, Characterized by having a function of symbolically displaying a portion of weft or slope exposed to the surface in the warp or weft of the warp yarn (1) and a function of displaying the warp or weft portion passing below the weft or warp separately Analysis and Indication System of Graded Tissue of Fabrics Using. The method according to claim 1,
The program has a function of correcting and editing an image stored by using the main controller 14, a function of loading, storing and printing the image,
The analysis program is run on the computer 30 to bring up the surface image of the enlarged fabric 1 to be analyzed and output to the job execution window 20,
The weft or incline portion exposed by the display function is displayed as an arbitrary display symbol, and the weft or incline hidden under another weft or incline is displayed as another display symbol different from the display symbol for displaying the above-mentioned exposed portion, Wherein the control unit is configured to control the printing unit to print the printing paper on the basis of the printing information.

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