Manufacturing process of breathable bionic structure knitted fabric

Abstract

The invention discloses a manufacturing process of breathable bionic structure knitted fabric. A fabric body is woven on a knitting machine according to a certain weaving rule, an air layer jacquard breathable structure is integrally woven and formed on the fabric body, and the air layer jacquard breathable structure includes a fish scale-shaped weave on the surface and a bird nest-shaped weave on the inner surface. damp and hot air is continuously exhausted and dry air is sucked through the bird nest-shaped weave, so that convection between external air and the skin is kept, sweat attached to the inner side of the bird nest-shaped weave is quickly evaporated, the effects of quickly dissipating heat and keeping the fabric dry are achieved, and when a wearer has a rest after stopping exercise, an evaporation rate of the sweet on the fabric body is reduced, only the sweat in the fish scale-shaped weave is continuously evaporated, and the bird nest-shaped tissue on the inner side of the fabric separates the fish scale-shaped weave from the skin, so that a wearer does not feel wet and cold discomfort caused by sweat evaporation.

Description

technical field [0001] The invention relates to the technical field of knitted fabrics, in particular to a manufacturing process of breathable bionic structure knitted fabrics. Background technique [0002] With the increase of people's outdoor activities and sports time, the comfort of clothing fabrics has attracted more and more attention. One of the most important physical properties affecting the comfort of clothing fabrics is its breathability and moisture permeability. Most of the existing clothing fabrics improve their breathability and moisture permeability by changing the characteristics of the fabric itself. However, this method is only suitable for human body. When the amount of sweat is small, it can effectively promote sweat transfer to a certain extent and ensure the comfort of the human body. When the amount of sweat is large, the sweat conduction efficiency of the material itself is not enough to discharge enough sweat to the surface of the fabric, which will...

AI Technical Summary

Problems solved by technology

One of the most important physical properties affecting the comfort of clothing fabrics is its breathability and moisture permeability. Most of the existing clothing fabrics improve their breathability and moisture permeability by changing the characteristics of the fabric itself. However, this method is only suitable for human body. When the amount of sweat is small, it can effectively promote sweat transfer to a certain extent and ensure the comfort of the human body. When the amount of sweat is large, the sweat conduction efficiency of the material itself is not enough to discharge enough sweat to the surface of the fabric, which will cause Clothes stick to the surface of the human body, seriously affecting the comfort of wearing

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