Intelligent shoe with multilayer micro-generating device

Abstract

The invention discloses an intelligent shoe with a multilayer micro-generating device. The intelligent shoe comprises a solar generating device, a thermocouple generating device and a plane electro-magnetic induction generating device created by us. The problem of insufficient power supply of single generating mode is solved. Energy is efficiently collected and utilized. The intelligent shoe comprises a shoe sole and an upper, wherein the shoe sole is divided into a front sole and a rear sole; the thermocouple generating device is arranged on the front sole of the shoe sole and is used for converting thermoelectric potential into electric energy; the plane electro-magnetic induction generating device is arranged on the rear sole of the shoe sole; the device comprises a gravity utilizing module, a moving module and a coil cutting module; human gravity is utilized to drive the planar coil to cut magnetic line of force by the moving module, so as to convert gravitational potential energy into electric energy; compared with general rotating type electro-magnetic induction generation, the generation mode saves a large amount of space; a micro solar generating device is arranged on the upper; a solar chip is placed for utilizing photoelectric effect to convert optical energy into electric energy; the electric energy generated in three modes passes through an electric energy boost converter and then is stored in a lithium battery; the electric energy is distributed to other electricity-required modules, such as, illumination, mobile phone recharging, and the like, by a singlechip distribution system.

Description

technical field [0001] The invention relates to a smart shoe with a multi-layer micro-power generation device, in particular to a smart shoe that converts heat energy of feet, human gravitational potential energy, and solar energy into electrical energy and meets the electricity demand of other smart devices in the shoe. Background technique [0002] Traditional smart shoes are generally equipped with disposable batteries, or rechargeable batteries that need to be charged from the outside to meet the power consumption of various smart devices in the shoes. Both battery replacement and external charging are cumbersome, which is not conducive to the promotion of smart shoes. [0003] The power generation device of the existing smart shoes generally uses the coil to rotate in space to cut the magnetic induction line to generate electric energy, which takes up a lot of space and makes the shoes look bulky and unsightly. [0004] At present, the power generation smart shoes on t...

AI Technical Summary

Problems solved by technology

Both battery replacement and external charging are cumbersome, which is not conducive to the promotion of smart shoes

[0003] The power generation device of the existing smart shoes generally uses the coil to rotate in space to cut the magnetic induction line to generate electric energy, which takes up a lot of space and makes the shoes look bulky and unsightly

[0004] At present, the power generation smart shoes on the market have a single power generation form and a small amount of power generation, which cannot meet the power consumption needs of various functions of the shoes.

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