Intelligent temperature-adjustment comfortable knitting fabric and weaving method thereof

Abstract

The invention provides intelligent temperature-adjustment comfortable knitting fabric and a weaving method of the intelligent temperature-adjustment comfortable knitting fabric. The weaving method of the intelligent temperature-adjustment comfortable knitting fabric is characterized in that jacquard weave threading is combined with compound texture of variable ribbing and variable plain stitch for weaving, variable ribbing texture adopts phase change mucilage glue/ fine denier mucilage glue/ fine denier double-resistant acrylon blended yarns for alternate weaving, and variable plain stitch texture adopts fine denier mucilage glue yarns and spandex silks for weaving. Floating point lines of phase change blended yarns in the jacquard weave texture on the front surface of the fabric are symmetrically complementary in a staggered mode, and floating points of phase change blended yarns on the back surface of the fabric is more than fine denier mucilage glue yarn floating points, and is evenly distributed in a variable plain stitch mode along with the fine denier mucilage glue yarn floating points. The intelligent temperature-adjustment comfortable knitting fabric has the effects of being effect-reinforced, temperature-adjustable, fine and smooth, attached to skin, soft, warm and comfortable. Through material selection, a reasonable texture structure and weaving process routes, comfortable and temperature-adjustable functions of balance and effect reinforcement are achieved, the functions of heat storage and heat release of the knitting fabric are enabled to obviously improved at room temperature or in a variation range comfortable for human body temperature.

Description

technical field [0001] The invention belongs to the technical field of textile products and relates to the improvement of knitted fabrics and weaving methods, in particular to an intelligent temperature-regulating comfortable knitted fabric and its weaving method. Background technique [0002] Phase-change energy storage fibers were first developed by NASA for the moon landing program. They were initially used in astronaut clothing and protection of space precision experimental instruments. The heat-changing and temperature-regulating method adapts to the needs of the current energy crisis and is the most important comfort textile in the past two decades since waterproof and moisture-permeable fabrics. [0003] Among the phase-change energy-storage fibers of different carriers, the phase-change energy-storage viscose is most suitable for making close-fitting knitted underwear fabrics. Phase change energy storage viscose fiber can control the microclimate temperature of the ...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the technical problem that the temperature regulation function of the phase change energy storage viscose fiber is often not obvious after the blending and interweaving of other chemical fibers, the present invention provides an intelligent temperature regulation comfortable knitted fabric and its weaving method. Select, match and design a reasonable organizational structure and weaving process route, so that the heat storage and heat release self-regulating function of the knitted fabric can be significantly improved at room temperature or within the range of human body temperature comfort.

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