Power generation insole, manufacturing method of power generation insole, power generation hot blanket and power generation socks

Abstract

The embodiment of the invention discloses a power generation insole, a manufacturing method of the power generation insole, a power generation hot blanket and a pair of power generation socks, whereinthe power generation insole comprises a power generation fabric structure and a waterproof outer layer; the waterproof outer layer covers the outer surface of the power generation fabric structure; the power generation fabric structure comprises a first conduction yarn and a second conduction yarn; the first conduction yarn and the second conduction yarn are mutually interwoven; the first conduction yarn is an elastic conductive material; the second conduction yarn comprises a conductive core material and an insulation sheath; the conductive core material is an elastic conductive material; the insulation sheath is an insulation material; the insulation sheath covers the outer surface of the conductive core material. By using the power generation fabric structural design which has a three-dimensional porous network structures and is formed by mutually hooking and interweaving the first conduction yarn and the second conduction yarn, the power generation insole can effectively convert the mechanical energy into electric energy in the pressed process and the release process; the power generation efficiency of the power generation insole is improved.

Description

technical field [0001] The embodiments of the present invention relate to the fields of textile and energy, in particular to a power-generating insole and a manufacturing method thereof, a power-generating heating blanket, and power-generating socks. Background technique [0002] Wearable electronic devices (such as smart watches, sports bracelets, wireless earphones, smart glasses, various sensors and smart electronic textiles, etc.) have a wide range of applications in the fields of defense and military, medical and health, human-computer interaction, sports and entertainment. At present, the power supply of wearable electronic devices mainly depends on various batteries that can convert chemical energy into electrical energy, but these batteries need to be recharged repeatedly, and they need to keep an eye on their power usage. People suffer from frequent battery replacement. Or the trouble of finding a place to charge it. The above factors have made the application bottl...

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Problems solved by technology

[0005] The embodiments of the present invention mainly solve the technical problems of low conversion efficiency of mechanical energy into electric energy and low power generation efficiency of existing mechanical energy generating devices

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