Direct-current rotary friction nano power generation device with gear meshing structure
A technology of rotating friction and nano-power generation, applied in the direction of friction generators, etc., can solve the problems of low electrostatic induction efficiency and complex structure, and achieve the effects of sufficient electrostatic induction effect, simplified device structure, and stable contact pressure
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[0025] Example 1:
[0026] Three custom-made nylon gear assemblies with the same shape and size, a diameter of 10 cm and a length of 15 cm were selected as the first gear assembly, the second gear assembly and the third gear assembly. For the materials of the first induction electrode and the third induction electrode, silver paste is selected to be uniformly coated on the tooth surfaces of the first gear assembly and the third gear assembly by brushing, and then dried with hot air. Polytetrafluoroethylene and polyurethane solutions were selected as the friction layer materials of the first gear assembly and the third gear assembly respectively, uniformly coated by spraying with a spray gun, and dried with hot air. The friction layer of the second gear assembly is the outer surface of its own nylon material. A cuboid made of plexiglass is used as a bracket to support the entire power generation device. Select a nylon blade to collect wind energy to provide the initial power ...
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[0027] Example 2:
[0028]Three custom-made nylon gear assemblies with the same shape and size, a diameter of 10 cm and a length of 15 cm were selected as the first gear assembly, the second gear assembly and the third gear assembly. A cuboid made of plexiglass is used as a bracket to support the entire power generation device. For the material of the first induction electrode and the third induction electrode, a polythiophene conductive polymer is selected to be sprayed on the gear teeth of the first gear assembly and the third gear assembly by atomization. Polyvinyl chloride film and polyurethane film are selected as friction layer materials, and conductive adhesive is used to uniformly adhere them to the gear teeth of the first gear assembly and the third gear assembly respectively. The friction layer of the second gear assembly is the outer surface of its own nylon material. Under the action of wind energy, the nylon blade rotates, and the nylon friction surface, polyvin...
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