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Weaving method of silk yarn fabric

A technology of leno fabric and real silk, which is applied in the direction of leno fabric, leno fabric, fabric, etc., can solve the problem that cannot meet the requirements of fashionable color of leno fabric, the color cannot meet the fashion of the times, and the improvement of color purity and lightness cannot be fundamentally improved. Breakthrough and other problems, to achieve the effect of solving the inherent mercerized silk damage, excellent grades, and avoiding damage

Active Publication Date: 2019-10-22
SUZHOU UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Based on the special structure of the original Luo fabric, the requirements for the breaking strength, friction, and cohesion of mulberry silk are much higher than those of the ternary organization (plain, twill, and satin) for the quality of silk, and the entire weaving and dyeing is still used. Unrefined raw silk (or semi-degummed raw silk) → weaving → scouring (or bleaching, dyeing) → finished product technology, so it is impossible to make a fundamental breakthrough in the improvement of color purity and lightness, resulting in the classic Luo fabric products in China. Due to technical problems, the color could not meet the fashion requirements of the times, so that from the three unearthed objects to the 1995 edition of "China's Unified Specifications for Exported Silk and Satin", there were only three types of silk fabrics.
Therefore, although Luo fabric is the top product among silk fabrics, it is still a rare and classic variety due to the old problem of color, which cannot meet the requirements of domestic and foreign consumers for the fashionable color of Luo fabric.

Method used

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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  • Weaving method of silk yarn fabric
  • Weaving method of silk yarn fabric

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1~4

[0046] Product Name: Monochrome ribbed silk fabric (2 twisted)

[0047] Color: red, yellow, blue, black, using acid dyes

[0048] Warp density 40 / cm, weft density 32 / cm

[0049] Warp: Strip 84D (2 / 21D / 450Ts×2) 450T / z dyed

[0050] Degummed mulberry silk → winding → doubling → weak twisting (2 / 21D degummed mulberry silk) → twisting (2 / 21D degumming mulberry silk) 450T / s → shaping → twisting → dyeing → winding → double doubling (2 / 21D / 450T / s×2 degummed mulberry silk) → retwisting (2 / 21D / 450T / s×2 degummed mulberry silk) 450T / z→ shaping→ tube forming→ warping→ weaving→ finished product.

[0051] Weft: Strip 168D (4 / 21D / 450T / s×2) 450T / z splash color segment dyeing

[0052] Degummed mulberry silk→winding→doubling→weak twisting (4 / 21D degummed mulberry silk)→twisting (4 / 21D degummed mulberry silk) 450T / s→sizing→twisting→dyeing→winding→multiple (4 / 21D / 450T / s×2 degummed mulberry silk)→multi-twisting (4 / 21D / 450T / s×2 degummed mulberry silk) 450T / z→shape forming→tube forming→shaking...

Embodiment 5

[0054] Product Name: Space-dyed monochrome splash-color rib weave silk fabric (4 warps)

[0055] Color: red, yellow, blue, black vegetable dyes

[0056] The warp density is 58 threads / cm, the weft density is 40 threads / cm

[0057] Warp: strips 84D (2 / 21D / 450Ts×2) 450T / z segment dyed splash color

[0058] Degummed mulberry silk→winding→doubling→weak twisting (2 / 21D degummed mulberry silk)→twisted silk (2 / 21D degummed mulberry silk) 450T / s→shaping→twisting→segment dyeing→color fixation→winding →Combination (2 / 21D / 450T / s×2 degummed mulberry silk)→Coupling (2 / 21D / 450T / s×2 degummed mulberry silk) 450T / z→Sizing→Cube forming→Warping→Weaving→Drop-off finished product.

[0059] Weft: Strip 168D (4 / 21D / 450T / s×2) 450T / z splash color segment dyeing

[0060] Degummed mulberry silk→winding→doubling→weak twisting (4 / 21D degummed mulberry silk)→twisting (4 / 21D degummed mulberry silk) 450T / s→shaping→twisting→splash color dyeing→fixation→winding →Combination (4 / 21D / 450T / s×2 degummed mulber...

Embodiment 6~9

[0070] Name of product: monochrome gauze rose fabric (3 warps)

[0071] Color: red, yellow, blue, black vegetable dyes

[0072] Warp density 40 / cm, weft density 34 / cm

[0073] Warp: strip 62D {(1 / 31D degummed tussah silk) 750Ts×2}650T / z

[0074] Degummed tussah silk → winding → paralleling → weak twisting (1 / 31D) 750Ts → twisting (1 / 31D) 750Ts → shaping → twisting → section dyeing → color fixing → winding → multiple bonding (1 / 31D )750T / s×2→multi-twisting (1 / 31D / 750Ts×2)650T / z→shaping→tube forming→warping→weaving→finished product.

[0075] Weft: strips 124D {(2 / 31D degummed tussah silk) 2200Ts×2}10T / z

[0076] Degummed tussah silk→winding→doubling (2 / 31D)→twisting (2 / 31D) 2200T / s×2→shaping→twisting→splash color dyeing→fixing color→winding→multiplexing (2 / 31D ) 2200T / s×2→multi-twisting (2 / 31D / 2200Ts×2) 10T / z→shape forming→tube forming→shaking→weaving→looming finished product.

[0077] The amount of dyes used for dyeing, segment dyeing or splash dyeing described in the abov...

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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Abstract

The invention provides a weaving method of silk yarn fabric. The weaving method includes 1), degumming of row silk, namely putting undegummed raw silk into a degumming agent with the pH value of 6.0-9.0 for degumming to form degummed bright silk, wherein the weight percentage of sericin in the degummed silk is controlled to be less than 1%; 2), subjecting the degummed bright silk to reeling, doubling, twisting, double-twisting, shaping and forming into a cylinder to be processed into a warp or a weft; 3), weaving the warp or the weft according to the weaving method of yarn fabric. With the method, the silk with high strength resistance can be obtained, the warp and the weft in the silk yarn fabric are dyed separately, and the silk yarn fabric interlaced is not only bright, but also soft and waxy in hand.

Description

technical field [0001] The present application relates to the technical field of leno fabric weaving, in particular to a method for weaving a silk leno fabric. Background technique [0002] The earliest example of leno fabric found in China is the Majiabang cultural site in Caoxie Mountain, Wu County, Jiangsu Province, about 6,000 years ago. Suzhou is the first city in China to discover three examples of leno fabrics, and it is also the only city in China that still adheres to traditional independent research and development, innovation and large-scale professional production of leno fabrics, including Wu Luo. All warp yarns interwoven with weft yarns are called leno fabrics, which can be divided into simple yarns and complex yarns. The simple rabbet refers to the organization formed when the twisted warp and the ground warp are fixedly matched for twisting. Complicated yarn means that there is no fixed twist group between the twisted warp and the ground warp, so it is cal...

Claims

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine
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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): D03D15/00D03D19/00D01C3/02D06P3/04
CPCD01C3/02D03D15/00D03D19/00D06P3/045D10B2211/04
Inventor 丁志平
Owner SUZHOU UNIV
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