Wave-activated power generation device

Abstract

A wave-activated power generation device comprises a cavity, at least one elastic mechanism and at least one generator. The cavity is of a waterproof structure and comprises a soft plate and an upper plate, wherein the soft plate is made of a soft material and is of a plate-shaped structure, the upper plate is located above the soft plate, and the periphery of the soft plate and the periphery of the upper plate are connected through a seal structure. The elastic mechanisms are located in a hollow space. One end of each elastic mechanism is connected with the soft plate, and the other end of each elastic mechanism is connected with the upper plate. The end, connected with the soft plate, of each elastic mechanism is connected with a shaft body. Each shaft body extends upward from the inner portion of the corresponding elastic mechanism to penetrate out of the upper plate. The end, penetrating out of the upper plate, of each shaft body is connected with a conversion device, wherein each conversion device is used for converting the corresponding linear movement of the shaft body into rotating movement. Each generator is connected to one corresponding conversion device. When the soft plate is driven by waves to generate bending deformation, the elastic mechanisms are made to generate reciprocating motion, so that the corresponding shaft bodies are driven to move up and down in a reciprocating manner, and then the conversion devices are driven to drive the generators to generate electricity.

Description

technical field [0001] The invention relates to a power generating device, in particular to a wave power generating device. Background technique [0002] With the development of industry, human's demand for energy is increasing day by day. At present, most of the commonly used energy sources are subject to development restrictions. The production of greenhouse gases such as carbon dioxide will aggravate the global greenhouse effect, and long-term use will also damage the environment; another example is nuclear energy, which is cheap and can generate a lot of energy. However, due to the complexity and danger of nuclear energy, if the development mechanism appears The problem is that the impact on the earth's environment will be even greater, so until today, there are still many doubts about the development of nuclear energy, so the development of nuclear energy in a short period of time is still quite limited. [0003] There is a current trend to use the kinetic energy of na...

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Problems solved by technology

[0002] With the development of industry, human's demand for energy is increasing day by day. At present, most of the commonly used energy sources are restricted by development. The production of greenhouse gases such as carbon dioxide will aggravate the global greenhouse effect, and long-term use will also damage the environment; another example is nuclear energy, which is cheap and can generate a lot of energy. However, due to the complexity and danger of nuclear energy, if the development mechanism appears The problem is that the impact on the earth's environment will be even greater, so until today, there are still many doubts about the development of nuclear energy, so the development of nuclear energy in a short time is still quite limited

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