Intelligent moisture and heat balance Raschel blanket production method

Abstract

The invention relates to the field of blanket preparation and discloses an intelligent moisture and heat balance Raschel blanket production method comprising steps of 1) weaving, 2) pre-preparing, 3) dyeing and finishing, 4) post-preparing, and 5) checking finished products, packing and put into storage. In the first step, lint yarns and ground yarns are wefted, weaved and cut to achieve an intelligent moisture and heat balance Raschel blanket semi-finished product; in the second step, a fabric is sized, hair-brushed, burnt and rolled; in the third step, the fabric is dyed, then restored and cleaned, then naturalized via acetic acid solution, water-washed and pulled out of a tank, dried, evaporated and color-firmed and smoothed, and at last re-dried; in the fourth step, the fabric is dried and fixed, burn-polished and brushed on the front surface, then burned and sheared on the front surface, and fluffed on the back surface, brushed, burn-polished, sheared on the back surface, then re-fixed, burn-sheared on the front surface, burn-sheared on the back surface, and cut into strips and sewed. Human body skin moisture and heat can be automatically balanced; and temperature and humidity of human body microclimate can be intelligently and automatically adjusted.

Description

technical field [0001] The invention relates to the field of blanket preparation, in particular to a production method of an intelligent moisture-heat balance Raschel blanket. Background technique [0002] Warm blanket products in winter are currently mostly obtained by increasing the weight, thickness, and length of plush of the fabric, or processing with acrylic, wool and other materials to obtain better warmth retention, but this method increases the warmth retention of the product. At the same time, it also increases the cost, reduces the air permeability, and during use, the sweat volatilized by the human body is not easy to be discharged in time, and accumulates on the outer layer of the blanket, resulting in the formation of water droplets, reduced air permeability, and reduced comfort. times used. When the human body is sleeping, the skin cells are breathing all the time, and will also emit a certain amount of sweat. The condition for real comfort is the microclimat...

AI Technical Summary

Problems solved by technology

The product based on the principle of electric blanket is to keep warm by converting electric energy into heat energy, and the far-infrared product is to realize heat and keep warm by promoting the resonance of human skin surface cells and promoting blood circulation. Although these products have good warmth retention, they are harmful to human comfort. Another factor not taken into account is the humidity