Power generation component of wireless switch, and power generation control method

Abstract

The invention relates to a power generation component of a wireless switch. The power generation component at least comprises a first power generation part and a second power generation part, the first power generation part is provided with at least one power generation sheet. and the second power generation part is nested and connected into the first power generation part in a manner that a gap is formed between at least one second power generation sheet arranged on the outer wall of the second power generation part and the first power generation sheet. The power generation component urges the first power generation part to rotate relative to the second power generation part through an external load applied to the power generation parts so as to interact with each other, so that the first power generation sheet and the second power generation sheet are forced to bend and deform under the action of the external load in a manner of eliminating the gap at the same time. And the first effective operation is triggered based on the forced bending deformation of the first power generation sheet and the second power generation sheet, and the first effective operation converts mechanical energy provided by the forced bending deformation to obtain first power output to the outside.

Description

[0001] This invention is a divisional application with the application number 201911073618.X, the application date is November 05, 2019, the application type is invention, and the application name is a high-power rotating wireless passive device. technical field [0002] The invention relates to the technical field of switches, in particular to a power generation component of a wireless switch and a power generation control method. Background technique [0003] The switch is the most common control device, through which the switching on and off of the circuit can be controlled, and it is widely used in all walks of life. Common switches are: pull wire type, toggle type, knob type, button type and so on. Although the appearance of these switches is quite different, they have an obvious commonality: they must be wired and installed, which means that there are actually many inconveniences during use, such as: line planning must be carried out in advance, and the points must be ...

AI Technical Summary

Problems solved by technology

[0012] Aiming at the deficiencies of the prior art, such as the single reliance in the prior art to generate electric energy by cutting the magnetic induction line, which leads to the problem that the overall volume of the switch is larger due to the need to increase the length of the conductor for cutting the magnetic induction line in the prior art, The rotary wireless passive device provided by the present invention can better assist the power supply function of the wireless passive device with high energy conversion efficiency because its overall structure does not need to solely rely on the traditional power generation method of cutting magnetic induction lines to generate electric energy , to further improve the signal stability and signal duration of the switch

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