Heating luminous anti-radiation fabric

Abstract

The invention relates to a heating luminous anti-radiation fabric which comprises a luminous layer, an anti-radiation layer and an infrared fiber layer, wherein the anti-radiation layer is arranged between the heating layer and the infrared fiber layer; thermoluminescence crystals are attached to the warps and wefts of the luminous layer; the anti-radiation layer has a jacquard structure; and the infrared fiber layer is made from a blended fabric. The heating luminous anti-radiation fabric provided by the invention has excellent anti-radiation performance and shielding performance, can emit light by use of the heat energy generated by friction, and can heat.

Description

technical field [0001] The invention relates to a fabric, in particular to a heat-generating, luminous and radiation-proof fabric. Background technique [0002] At present, the existing fabrics that can emit light mainly include the following types: (1) Reflective fabrics, using fluorescent layers or glass beads with high refractive index as reflective materials, added to the outside of the fabrics, when light shines on the fabrics, Can produce reflection, this kind of fabric needs external light to produce reflection, the application range is narrow, and it is easy to peel off; (2) Weave a battery in the fabric, provide current to the fabric to make it glow, or weave solar cells to absorb solar energy, and To convert it into voltage, the structure of this kind of fabric is relatively complicated, so the cost is high, and it is easy to be considered bad in daily life; (3) Photoinduced energy storage luminous fabric, with the performance of photoinduced energy storage phospho...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing fabrics that can emit light mainly include the following types: (1) Reflective fabrics, using fluorescent layers or glass beads with high refractive index as reflective materials, added to the outside of the fabrics, when light shines on the fabrics, Can produce reflection, this kind of fabric needs external light to produce reflection, the application range is narrow, and it is easy to peel off; (2) weave a battery in the fabric, provide current to the fabric to make it glow, or weave solar cells to absorb solar energy, and To convert it into voltage, the structure of this kind of fabric is relatively complicated, so the cost is high, and it is easy to be considered bad in daily life; (3) Photoinduced energy storage luminous fabric, with the performance of photoinduced energy storage phosphor, makes After the fabric is irradiated by natural light, daylight, and ultraviolet light, it stores light energy, and after the light is stopped, it is slowly released in the form of fluorescence, so the light can still be seen at night or in the dark. The duration is as long as several hours to more than ten hours. The light of this kind of fabric is weak, and its application is therefore limited

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