Antistatic fluorescence radiation garment

Abstract

The invention relates to an antistatic fluorescence radiation garment which comprises a garment body (1) and static conducting wires (5). The static conducting wires (5) are arranged in the garment body (1), an electric conducting arm (3) is arranged at the bottom edge of the garment body (1), the lower ends of the static conducting wires (5) are connected with the electric conducting arm (3), the electric conducting arm (3) is connected with a metal button (2) by two electric conducting connecting straps (4), and the garment body (1) comprises outer layers (1.1), middle layers (1.2) and inner layers (1.3); a layer of textile fabrics is combined with the back surface of the garment body, the textile fabrics comprise textile fabric bodies, middle layers and luminous bodies, the middle layers and the luminous bodies of the textile fabrics are sequentially arranged on the textile fabric bodies, adhesion layers are arranged on the back surfaces of the luminous bodies, and a fluorescence surface layer is arranged on the front surface of each luminous body. The antistatic fluorescence radiation garment has the advantages that good moisture absorption and sweat releasing effects can be realized, and static electricity on the garment can be timely eliminated; the antistatic fluorescence radiation garment is long in service life.

Description

technical field [0001] The invention relates to a garment, in particular to an antistatic fluorescent luminescent garment. It belongs to the technical field of clothing. Background technique [0002] As we all know, natural fibers take cotton as an example, which has good hygroscopicity and is comfortable to wear, but when a person sweats a little, the cotton fiber will swell due to moisture absorption, its air permeability will decrease, and it will stick to the skin; at the same time, the moisture will disperse The speed is also slow, which causes a cold and wet feeling to the human body. When the modification of natural fibers is difficult and the results are not yet popular, synthetic fibers with added functions have become the main role in solving the comfort of clothing. The current moisture absorption The perspiration-wicking fibers are mainly functional polyester and nylon. [0003] Synthetic fibers such as polyester have strong hydrophobicity and are easy to be ch...

AI Technical Summary

Problems solved by technology

[0002] As we all know, natural fibers take cotton as an example, which has good hygroscopicity and is comfortable to wear, but when a person sweats a little, the cotton fiber will swell due to moisture absorption, its air permeability will decrease, and it will stick to the skin; at the same time, the moisture will disperse The speed is also slow, which causes a cold and wet feeling to the human body. When the modification of natural fibers is difficult and the results are not yet popular, synthetic fibers with added functions have become the main role in solving the comfort of clothing. The current moisture absorption Perspiration-wicking fibers are mainly functional polyester and nylon

[0003] Synthetic fibers such as polyester have strong hydrophobicity and are easy to be charged with static electricity, so the deposition of dirt will increase, and oily dirt will also firmly adhere to the fabric, making it difficult to remove and clean the dirt. Therefore, how to eliminate static electricity has become an urgent problem to be solved. The problem

[0004] In addition, the fabrics used in traditional clothing cannot emit light

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