Rotary casting power gain machine and control method thereof

Abstract

A rotary casting power gain machine comprises a base, a drive device, a rotation device, three power gain devices and a control device, wherein the rotation device is pivoted on the base and is used for outputting the gain power; each power gain device is pivoted on the base and is driven by the drive device to rotate; the control device is used for controlling one of the three power gain devices to be locked in combination with the rotation device and unlocked with the drive device when the power gain device rotates from the position at first height to the position at second height, so that the gravitational potential energy of the power gain device is released to be kinetic energy to do work on the rotation device, and the other two power gain devices are positioned at opposite sides and are driven by the drive device to rotate in the equilibrium state; and when the power gain device rotates near the position at second height, one of the other two power gain devices rotates to the position at first height to replace the power gain device to do work on the rotation device.

Description

technical field [0001] The present invention relates to a power gainer, in particular to a spin-throwing power gainer which provides gain power by releasing gravitational potential energy into rotational kinetic energy and a control method thereof. Background technique [0002] Generally, objects that need to rotate, such as engines and generators, if the output torque (torque) can be increased, for automobiles and motorcycles, it will enable automobiles and motorcycles to obtain stronger acceleration capabilities, or for power plants, It will greatly increase the power generation efficiency. However, to achieve high torque output in general machines at present, it often requires a very complicated structure. If a simple structure is used to achieve high torque output, for example, take a wind power generation unit as an example, although wind power is clean and non-polluting , but because the generation of wind power cannot be predicted, and the most common problem is that...

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Problems solved by technology

However, to achieve high torque output in general machines at present, it often requires a very complicated structure. If a simple structure is used to achieve high torque output, for example, take a wind power generation unit as an example, although wind power is clean and non-polluting , but because the generation of wind power cannot be predicted, and the most common problem is that the wind power cannot provide a strong torque to the generator set in a continuous and stable manner to generate electricity, resulting in poor power generation efficiency. Therefore, how to conceive a simple structure and It is possible to continuously and stably provide a power-increasing implement, and then become the subject of the present invention to be further improved

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