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Modified process of silk twill 19012

A process, twill technology, applied in the field of improvement of 19012 twill silk, can solve the problems of raw material waste, unfavorable weaving, high end breakage rate, and achieve the effect of ensuring output and quality, reducing end breakage rate and reducing friction

Inactive Publication Date: 2013-01-02
ANHUI HONGXIANG SILK WEAVING
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Using the above process to process and weave 19012 twill silk, due to the large reed number used, the gap between the reed teeth is small, the warp density of the product is high, and the friction between the warp yarn and the reed teeth is also large, so the broken end of the warp yarn The high rate not only seriously wastes raw materials, but also greatly increases the labor intensity of workers, affects the output and quality of products, and is not conducive to weaving.

Method used

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Embodiment Construction

[0009] The invention provides an improved process for 19012 twill silk. In the process, the finished product width is kept at 140CM, and the warp and weft structures remain unchanged, that is, the warp weave 2 / 20 / 22D factory silk and the weft weave 3 / 20 / 22D factory silk are still used. The improved part is: Abandoning the No. 36 steel reed used in the prior art, setting the reed number and the number of penetrations per reed to 2, using less No. 24 steel reeds, and reducing At the same time as the steel reed, the number of penetrations per reed is appropriately increased, and the number of penetrations per reed used in the present invention is 3.

[0010] Based on the design principle that the reed number is directly proportional to the warp density, by reducing the reed number and increasing the number of penetrations per reed, the gap between the reed teeth is increased, that is, the warp density of the fabric is reduced, thereby reducing the warp and warp density of the fabr...

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Abstract

The invention provides a modified process of silk twill 19012. No.24 reeds are used in the process, and three reeds are penetrated in a bundle. No.36 reeds are changed to No.24 and the penetrating number of each reed bundle is increased, while the warp and weft weaves are structurally unchanged. The spacing between reed dents is increased by reducing the reed number and increasing the penetrating number of the reeds, and accordingly the friction between the warps and the dents in fabric weaving is reduced, end breakage rate of the warps in weaving is reduced, and the yield and quality of the products are effectively guaranteed.

Description

technical field [0001] The invention relates to a silk technology, in particular to an improved technology of 19012 twill silk. Background technique [0002] Twill silk is a satin fabric with twill weave. The cloth surface has obvious oblique lines, and its hand feeling, luster and elasticity are all ideal. At present, most printed products on the market use this fabric, which feels soft after processing, but has a relatively large shrinkage rate compared with plain fabrics. The twill silk of model 19012 has a finished product width of 140CM. The traditional production process is to use No. 36 steel reed, and the number of penetrations per reed is 2; / 22D factory silk. Using the above process to process and weave 19012 twill silk, due to the large reed number used, the gap between the reed teeth is small, the warp density of the product is high, and the friction between the warp yarn and the reed teeth is also large, so the broken end of the warp yarn The high rate not on...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): D03D15/00D03D13/00D03D15/233
Inventor 秦祥宏汪培琳王永勇
Owner ANHUI HONGXIANG SILK WEAVING