A kind of hemp-dai cloth fabric and its production process
A fabric and hemp technology, which is applied in the field of hemp jacquard Dai cloth fabric and its production technology, can solve the problems of easy ejection of the yarn body at the fiber end, high bending and torsional rigidity of hemp fibers, and high unevenness in length. , to achieve the effect of improving the phenomenon of not falling off, improving wearing comfort and good visual effect
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Examples
Embodiment 1
[0026] Warp: The weight ratio of hemp and bright rayon is 30:70, the count of the warp is 60s, the twist coefficient is 450, and the warp density is 450 pieces / 10cm; the single-ply yarn is obtained through the existing compact spinning technology Wire.
[0027] Weft: the weight ratio of Porel fiber to polyester is 20:80, the denier of the weft is 120D, the twist coefficient is 370, and the density of weft is 230 / 440 per centimeter; the color of weft is two kinds;
[0028] Using Japanese Toyota JA710 air-jet loom and French Stäubli LX320 for weaving, the jacquard pattern is transmitted to the machine computer, and the fabric structure diagram is made by the photo rotation method. When weaving jacquard, the pattern is 2.6m in one cycle;
[0029] The parameter setting of Japan Toyota JA710 air jet loom is: the main nozzle pressure is 3-3.5kg / cm 2 , auxiliary injection pressure 4-4.5kg / cm 2 , the vehicle speed is 450 rpm, the weft insertion time is designed to be 90°, the back b...
Embodiment 2
[0037] Warp: the weight ratio of hemp and bright rayon in the warp is 35:65, the count of the warp is 50s, the twist coefficient is 460, and the warp density is 420 / 10cm; the warp is obtained through the existing compact spinning technology Obtain a single yarn.
[0038] Weft: the weight ratio of Porel fiber to polyester is 35:65, the denier of the weft is 100D, and the twist coefficient is 390; the weft density is 280 per centimeter; the weft adopts the blending of 2 single strands of Porel fiber and polyester The yarns are plied together.
[0039] Using Japanese Toyota JA710 air-jet loom and French Stäubli LX320 for weaving, the jacquard pattern is transmitted to the machine computer, and the fabric structure diagram is made by the photo rotation method. When weaving jacquard, the pattern is 2.6m in one cycle;
[0040] The parameter setting of Japan Toyota JA710 air jet loom is: the main nozzle pressure is 3-3.5kg / cm 2 , auxiliary injection pressure 4-4.5kg / cm 2 , the veh...
Embodiment 3
[0048] Warp: the weight ratio of hemp and bright rayon is 40:60, the count of the warp is 55s, the twist coefficient is 470, and the warp density is 450 / 10cm; the single-ply yarn is obtained through the existing compact spinning technology Wire.
[0049] Weft: the weight ratio of Porel fiber to polyester is 30:70, the denier of the weft is 200D, and the twist coefficient is 390; the weft density is 230 / 400 / 600 / 800 per centimeter, and the weft is 6 colors; The weft is made of 3 single-strand Porel fiber and polyester blended yarns.
[0050] Using Japanese Toyota JA710 air-jet loom and French Stäubli LX320 for weaving, the jacquard pattern is transmitted to the machine computer, and the fabric structure diagram is made by the photo rotation method. When weaving jacquard, the pattern is 2.6m in one cycle;
[0051] The parameter setting of Japan Toyota JA710 air jet loom is: the main nozzle pressure is 3-3.5kg / cm 2 , auxiliary injection pressure 4-4.5kg / cm 2 , the vehicle speed...
PUM
Abstract
Description
Claims
Application Information
- R&D Engineer
- R&D Manager
- IP Professional
- Industry Leading Data Capabilities
- Powerful AI technology
- Patent DNA Extraction
Browse by: Latest US Patents, China's latest patents, Technical Efficacy Thesaurus, Application Domain, Technology Topic, Popular Technical Reports.
© 2024 PatSnap. All rights reserved.Legal|Privacy policy|Modern Slavery Act Transparency Statement|Sitemap|About US| Contact US: help@patsnap.com