Self-powered and self-generating heat-conducting fabric material

Abstract

The invention provides a self-powered and self-generating heat-conducting fabric material composed of a special fabric and a special power supply. The special fabric is in the form of an unsteady quantum waveguide quantum wave thermally-conductive fabric, and is made of cotton fiber thermally-conductive materials that integrate the far infrared technology, the quantum wave technology and the anion technology as a whole. That is to say, the specific fabric is in the form of a sired thermally-conductive fabric that integrates the unsteady temperature-sensitive paints of PTC and NTC. A heating element is composed of an ultra-thin quantum thermo-photovoltaic cell that is large in output power, and the macromolecule nano-scale inorganic heating material of good flame-retardant performance. The ultra-thin quantum thermo-photovoltaic cell of one square meter can produce one watt of power. The above unsteady quantum waveguide quantum wave thermally-conductive fabric is provided as a disciplinary and technology-intensive product that is complex in process technology. Compared with existing thermally-conductive products made of carbon fiber and the like, the above fabric material is low in power consumption, safe, energy-saving and high in efficiency. The above fabric material, as a novel heating fabric, can emit a large amount of far-infrared rays, negative ions and quantum waves. The fabric material can be made into soft thermally-conductive cloth, roll-shaped thermally-conductive films and hard thermally-conductive boards.

Description

technical field

[0001] The invention relates to a self-supply generating heat conducting fabric. Background technique

[0002] At present, the market is flooded with various warming products such as electric blankets, but they are impractical and unsafe, and they are energy-consuming products.

[0003] This invention organically synthesizes a non-steady-state quantum wave heat-conducting cotton fiber with quantum nano-thermal technology, making it a self-supply power generation and then fabric heat conduction, without any external power supply or lithium battery power supply, can be used in any Provide heat source to the fabric at any time and anywhere. It can provide heat source fabrics for tents, casual wear, sportswear, professional wear, military and police uniforms, bedding and other series of fabrics, including carpets. This is to deal with extremely cold areas or special warm-keeping fields or emergency disaster relief has a positive effect. Contents of the invent...

Examples

Embodiment Construction

[0006] Embodiment of the invention

[0007] The heating element is composed of ultra-thin quantum thermophotovoltaic cells with high output power and polymer nanoscale inorganic heating materials with flame retardant properties, so even if there is a hole in the middle, bending or breaking will not affect the overall heating.

[0008] Emit far-infrared rays, generate negative ions, and have deodorizing and sterilizing functions.

[0009] High safety, moisture-proof and waterproof, non-cracking, long service life, semi-permanent.

[0010] After electrification, it does not generate electromagnetic waves harmful to the human body, and has no harm to the human body. It is a green environmental protection product.

[0011] After energized, the temperature rises quickly, the heat is uniform, and the electric energy conversion rate is over 99%, which is especially suitable for extremely cold regions and instantaneous use requirements.

[0012] When the surface temperature of this ...

technical field

[0001] The invention relates to a self-supply generating heat conducting fabric. Background technique

[0002] At present, the market is flooded with various warming products such as electric blankets, but they are impractical and unsafe, and they are energy-consuming products.

[0003] This invention organically synthesizes a non-steady-state quantum wave heat-conducting cotton fiber with quantum nano-thermal technology, making it a self-supply power generation and then fabric heat conduction, without any external power supply or lithium battery power supply, can be used in any Provide heat source to the fabric at any time and anywhere. It can provide heat source fabrics for tents, casual wear, sportswear, professional wear, military and police uniforms, bedding and other series of fabrics, including carpets. This is to deal with extremely cold areas or special warm-keeping fields or emergency disaster relief has a positive effect. Contents of the invent...

Examples

Embodiment Construction

[0006] Embodiment of the invention

[0007] The heating element is composed of ultra-thin quantum thermophotovoltaic cells with high output power and polymer nanoscale inorganic heating materials with flame retardant properties, so even if there is a hole in the middle, bending or breaking will not affect the overall heating.

[0008] Emit far-infrared rays, generate negative ions, and have deodorizing and sterilizing functions.

[0009] High safety, moisture-proof and waterproof, non-cracking, long service life, semi-permanent.

[0010] After electrification, it does not generate electromagnetic waves harmful to the human body, and has no harm to the human body. It is a green environmental protection product.

[0011] After energized, the temperature rises quickly, the heat is uniform, and the electric energy conversion rate is over 99%, which is especially suitable for extremely cold regions and instantaneous use requirements.

[0012] When the surface temperature of this ...