Knitting radiation protection, anti-wrinkle tempering functional fabric

Abstract

The invention relates to a knitting radiation protection, anti-wrinkle tempering functional fabric. The fabric is characterized in that a first path of cam system penetrates through intelligent tempering novel fiber yarns, weaves into rings on a low weaving needle of a needle cylinder knitting needle, and does not weave into a ring on a high weaving needle; a second path of cam system penetrates through radiation protection and anti-wrinkle yarns, weaves into rings on the high weaving needle of the needle cylinder knitting needle, and does not weave into a ring on the low weaving needle; a third path and a fourth path repeats the weaving of the first path and the second path, namely forming a circulation by two paths; and the radiation protection and anti-wrinkle yarns are formed by plying and twisting core-spun yarns of silk coated metal ion fiber and PPS (polyphenylene sulfite) high elastic modulus fiber filament. The knitting fabric fully uses the advantages of three kinds of fibers, and the fabric has multiple functions such as radiation protection, anti-microbial, anti-wrinkle, tempering, comfortableness and nourishing body; and the fabric can effectively shield electromagnetic radiation generated from household appliances and nature, and has the obvious advantages of lightness, thinness and ventilation, softness and comfortableness and being suitable for four seasons.

Description

technical field [0001] The invention relates to a fabric, in particular to a knitted radiation-proof, anti-wrinkle, temperature-regulating functional fabric. Background technique [0002] There are roughly two types of radiation-proof fabrics at present: one is coated radiation-proof fabrics: most of them use the method of coating metal powder on the surface of the fabric to achieve the effect of shielding electromagnetic waves. Harmful ingredients to the human body, cannot be washed with water, and the shielding effect is short-term. Except not wearing it, once it is worn on the body, no matter how you maintain it, it will lose its effect in a short period of time. It will not achieve the effect of shielding electromagnetic radiation for a long time, and it will lose powder. , being absorbed by the body will produce side effects; the other is: metal fiber, including silver fiber radiation-proof maternity dress: the fiber content is from 20% to 22% to 25% to 30%, which achie...

AI Technical Summary

Problems solved by technology

[0002] There are roughly two types of radiation-proof fabrics at present: one is coated radiation-proof fabrics: most of them use the method of coating metal powder on the surface of the fabric to achieve the effect of shielding electromagnetic waves. Harmful ingredients to the human body, cannot be washed with water, and the shielding effect is short-term. Except not wearing it, once it is worn on the body, no matter how you maintain it, it will lose its effect in a short period of time. It will not achieve the effect of shielding electromagnetic radiation for a long time, and it will lose powder. , being absorbed by the body will produce side effects; the other is: metal fiber, including silver fiber radiation-proof maternity dress: the fiber content is from 20% to 22% to 25% to 30%, which achieves the effect of shielding high and low frequency electromagnetic radiation, However, it is easy to see black lines that are not well-colored in light-colored fabrics. Unlike pure cotton fabrics, the color can be dyed into many colors, and the color is gray. At the same time, metal fibers feel cool when they touch the human body. Yes, but I can't adapt to it in autumn and winter, and it won't have the effect of keeping warm

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