Latitudinal spacing color mixed jacquard fabric surface staining method

Abstract

The invention discloses a surface color method of a zonal spatial color mixing jacquard fabric. Jacquard design color band series maps that meet a zonal ratio relationship are drown in a jacquard CAD. Groups of mixing color woofs that are corresponding to the jacquard design color are arranged. Then jacquard design color with different color numbers is changed to the jacquard design color bands in the series maps in the jacquard with a color change function. A framework between threads that meets the requirement for cutting the float length of the color woof is provided. A backing framework is provided for a concreting colorless woof. Colors of the jacquard design color bands are corresponding to the framework between threads and the backing framework in a structure list of the jacquard CAD one by one. The fabric that uses the color method can meet the requirement of colorful design patterns, besides, as the woof floating length used has less connection with warp threads, the pattern is protruded and rich, thus showing a relief-shaped stereoscopic sense and enriching the color effect of jacquard.

Description

technical field [0001] The invention relates to the technology of colored jacquard fabrics, in particular to a method for surface color development of jacquard fabrics with color mixing in weft direction space. Background technique [0002] The surface coloring method of traditional double-weft jacquard fabrics usually adopts weft floating structure, that is, using a certain color weft thread to float on the surface of the fabric for color development. Its color development method uses the inherent color of the weft thread to express the color of the pattern. Because the weft float is directly used, only the warp tissue is used to cut the float, so that the fabric is fine and smooth, with a plump and smooth hand feeling and a strong three-dimensional effect. The disadvantage is that it does not adapt to the limited number of weft thread insertion technology of modern looms, and it is difficult to meet the number of colors required by multi-color patterns. Chinese patents CN...

AI Technical Summary

Problems solved by technology

The disadvantage is that it is not suitable for the weft insertion process with limited number of wefts on modern looms, and it is difficult to meet the color quantity requirements for multi-color patterns.

Their disadvantage is that each color-level organization is produced by the frequent interweaving of warp and weft, and the surface of the fabric is more likely to be disturbed by the color of the warp, which limits the improvement of the color purity and saturation of the fabric.

Moreover, due to the high interweaving density of the fabric and the tight interweaving of the organizational structure, the fabric picture is still in a flat effect, and the three-dimensional effect needs to be improved

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