Anti-ultraviolet radiation jacket

Abstract

The invention discloses an anti-ultraviolet radiation jacket which comprises a fabric layer, a spliced layer and a lining layer which are distributed in sequence from outside to inside and fit one another, wherein the fabric layer is formed by blending and weaving 50-60 wt% of cotton and 50-40 wt% of hemp; the spliced layer is formed by blending and weaving 70-80 wt% of polyester and 30-20 wt% of polyurethane; the lining layer is formed by blending and weaving 60-70 wt% of cotton and 40-30 wt% of polyester. The anti-ultraviolet radiation jacket is formed by fitting the fabric layer, the spliced layer and the lining layer which are formed by blending, the hemp is blended in the fabric layer, and the radiation of strong ultraviolet rays can be prevented by fully utilizing good dissipation effect of hemp fibers on sound waves and light waves.

Description

technical field

[0001] The invention belongs to the field of clothing and relates to a jacket, in particular to an anti-ultraviolet radiation jacket. Background technique

[0002] Jacket is a transliteration of English jacket, which refers to a jacket with a short length, loose bust, tight cuffs, and tight hem. It is a general term for short jackets that can be worn by both men and women. Jacket is the most common clothing in people's modern life. Because of its light, lively and energetic shape, it is loved by the majority of young men and women. It became popular in the 1980s.

[0003] Since the jacket was formed, the style evolution can be said to be various. Different times, different political and economic environments, different occasions, people, ages, occupations, etc. have a great influence on the shape of the jacket. In the history of world clothing, jackets have developed so far that they have formed a very large family. If the jacket is divided from its use fu...

Examples

Embodiment 1

[0017] The anti-ultraviolet radiation jacket of the present invention comprises fabric layers, interlocking layers and inner material layers that are sequentially distributed from outside to inside and fit together, and the fabric layer is woven from 50wt% cotton and 50wt% hemp blended fabric, The matching layer is woven from 70wt% polyester and 30wt% spandex, and the lining layer is woven from 60wt% cotton and 40wt% polyester.

Embodiment 2

[0019] The anti-ultraviolet radiation jacket of the present invention comprises a fabric layer, an interlocking layer and a lining layer that are sequentially distributed from outside to inside and fit together, and the fabric layer is woven from 60wt% cotton and 40wt% hemp blended fabric, The matching layer is made of 80wt% polyester and 20wt% spandex blended weaving, and the lining layer is made of 70wt% cotton and 30wt% polyester blended weaving.

Embodiment 3

[0021] The anti-ultraviolet radiation jacket of the present invention comprises fabric layers, interlocking layers and inner material layers that are distributed sequentially from outside to inside and fit together, and the fabric layer is made of 55wt% cotton and 45wt% hemp blended weaving, The matching layer is woven from 75wt% polyester and 25wt% spandex, and the lining layer is woven from 65wt% cotton and 35wt% polyester.

technical field

[0001] The invention belongs to the field of clothing and relates to a jacket, in particular to an anti-ultraviolet radiation jacket. Background technique

[0002] Jacket is a transliteration of English jacket, which refers to a jacket with a short length, loose bust, tight cuffs, and tight hem. It is a general term for short jackets that can be worn by both men and women. Jacket is the most common clothing in people's modern life. Because of its light, lively and energetic shape, it is loved by the majority of young men and women. It became popular in the 1980s.

[0003] Since the jacket was formed, the style evolution can be said to be various. Different times, different political and economic environments, different occasions, people, ages, occupations, etc. have a great influence on the shape of the jacket. In the history of world clothing, jackets have developed so far that they have formed a very large family. If the jacket is divided from its use fu...

Examples

Embodiment 1

[0017] The anti-ultraviolet radiation jacket of the present invention comprises fabric layers, interlocking layers and inner material layers that are sequentially distributed from outside to inside and fit together, and the fabric layer is woven from 50wt% cotton and 50wt% hemp blended fabric, The matching layer is woven from 70wt% polyester and 30wt% spandex, and the lining layer is woven from 60wt% cotton and 40wt% polyester.

Embodiment 2

[0019] The anti-ultraviolet radiation jacket of the present invention comprises a fabric layer, an interlocking layer and a lining layer that are sequentially distributed from outside to inside and fit together, and the fabric layer is woven from 60wt% cotton and 40wt% hemp blended fabric, The matching layer is made of 80wt% polyester and 20wt% spandex blended weaving, and the lining layer is made of 70wt% cotton and 30wt% polyester blended weaving.

Embodiment 3

[0021] The anti-ultraviolet radiation jacket of the present invention comprises fabric layers, interlocking layers and inner material layers that are distributed sequentially from outside to inside and fit together, and the fabric layer is made of 55wt% cotton and 45wt% hemp blended weaving, The matching layer is woven from 75wt% polyester and 25wt% spandex, and the lining layer is woven from 65wt% cotton and 35wt% polyester.