Elastic Leiton Floster friction generator

Abstract

The invention discloses an elastic Leiton Floster friction generator which specifically comprises a heat conduction module, a thermal-dynamic conversion module, a power conversion conduction module and an electric power conversion module. The heat conduction module comprises a copper heat conduction sheet and an aluminum contact plate, the thermal-dynamic conversion module comprises a copper heatconduction sheet and an aluminum contact plate and also comprises a hydrogel ball and a quartz cylinder, and the power transmission module comprises a quartz contact plate and a transmission shaft. The electric power conversion module comprises an electrode substrate, a conductive copper foil, an FEP film, a nitrile rubber film and an ultrathin steel sheet, the FEP film adheres to the conductive copper foil to form a negative electrode of the electrode, the negative electrode of the electrode adheres to the electrode substrate to guarantee the flatness of the electrode, and the nitrile rubberfilm adheres to the ultrathin steel sheet through conductive silver paste to form the negative electrode of the electrode, wherein the steel sheet plays a role in supporting and conducting charges, and the negative electrode of the electrode is vertically connected with the rotating shaft through the high-temperature-resistant conductive silver paste.

Description

technical field [0001] The invention relates to occasions suitable for generating voltage by direct use of medium and high temperature waste heat without heat exchangers and impeller machines, in particular to an elastic Leidenfrost friction generator. Background technique [0002] Today, many heavy industrial factories consume a lot of power, fuel and other energy in the production process. In addition to the production of products, a lot of heat is lost in the process of transporting through thermal pipelines or abandoned as waste heat stored in waste residues. In this process However, due to the intricate pipelines in the factory and the small space, it is not cost-effective to use large-scale devices to recover waste heat and it is difficult to implement in the established pipeline network. Therefore, there is an urgent need for a small size, simple structure, The easy-to-operate heat-to-electricity conversion device converts these low-grade heat energy, which is difficu...

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Problems solved by technology

[0002] Today, many heavy industrial factories consume a lot of power, fuel and other energy in the production process. In addition to the production of products, a lot of heat is lost in the process of transporting through thermal pipelines or abandoned as waste heat stored in waste residues. In this process However, due to the intricate pipelines in the factory and the small space, it is not cost-effective to use large-scale devices to recover waste heat and it is difficult to implement in the established pipeline network. Therefore, there is an urgent need for a small size, simple structure, The easy-to-operate heat-to-electricity conversion device converts these low-grade heat energy, which is difficult to collect and utilize, into high-grade electric energy or other forms of energy, improving fuel utilization efficiency

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