Graphene electric heating garment

Abstract

The invention discloses a graphene electric heating garment which comprises a garment surface layer and a thermal storage layer. The thermal storage layer is arranged in the garment surface layer, thegarment surface layer comprises a garment base layer and a garment outer layer, the garment base layer is close to the skin of human bodies, the garment outer layer is in contact with the external, the thermal storage layer is arranged between the garment base layer and the garment outer layer, composite fibers are spun and woven to form the garment surface layer and comprise bamboo fibers, temperature rise fibers and functional fibers, the bamboo fibers and the temperature rise fibers are used as yarn cores, and the functional fibers which are favorable for dehumidification are wound on theouter surfaces of the yarn cores; two sides of the thermal storage layer are connected with the garment base layer and the garment outer layer by snap buttons, the thermal storage layer comprises elastic air bags and heat conduction sheets, and the heat conduction sheets are arranged on the inner surfaces of the elastic air bags. The graphene electric heating garment has the advantages that the graphene electric heating garment is convenient to detach and clean, users can wear the graphene electric heating garment after the garment surface layer is filled with the heat storage layer in wintersand can wear the graphene electric heating garment after the heat storage layer is taken down in springs and autumns, and accordingly the practicality of the graphene electric heating garment can beimproved; excellent warmth retention effects further can be realized by the graphene electric heating garment, perspiration generated by the human bodies further can be quickly drained by the grapheneelectric heating garment, and accordingly the comfort level can be upgraded.

Description

technical field [0001] The invention relates to the technical field of clothing, in particular to a graphene electric heating clothing. Background technique [0002] The winter in northern my country is extremely cold. In the cold winter, people often need warm clothing to protect themselves. However, traditional thermal clothing is to thicken the clothing to reduce the convection between the air in the clothing and the outside air, thereby reducing the loss of heat. However, there is not only one way of heat transfer. Even if the heat loss caused by heat convection is reduced, the heat of the human body will still be gradually lost. This loss will cause people to feel cold. Because the loss of heat cannot be avoided, people feel warm. The traditional electric heating device, which is installed in the clothing, can offset the heat loss and make people feel warm. The traditional electric heating device uses resistance wire to generate heat. Silk occupies a large volume, can...

AI Technical Summary

Problems solved by technology

However, there is not only one way of heat transfer. Even if the heat loss caused by heat convection is reduced, the heat of the human body will still be gradually lost. This loss will cause people to feel cold.

Because the loss of heat cannot be avoided, people feel warm. The traditional electric heating device, which is installed in the clothing, can offset the heat loss and make people feel warm. The traditional electric heating device uses resistance wire to generate heat. Silk occupies a large volume, cannot be folded and cleaned, and also reduces people's comfort

With the emergence of conductive fibers, the method of weaving conductive fibers into conductive fabrics and using conductive fabrics to generate heat gradually appeared. However, the existing conductive fabrics have poor conductivity and generate less heat, and people are walking or strenuously exercising. prone to sweating, causing the skin to stick to the garment, reducing comfort

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