Elastic machine

Abstract

The invention relates to an elastic machine which can automatically rotate, can drive a generator to generate electricity and is formed by sequentially assembling rotary wheels, a swing rod, a roller assembly, a spring, a reciprocating rod, a railway and the like on a machine base, the two rotary wheels are assembled in a beveled state through the guiding and the spacing of a plurality of guide wheels assembled on a machine body, so that the swing rod assembled on the rotary wheels can swing along with the rotation of the rotary wheels to lead the extension and retraction reciprocating motion of a connected articulated body and the roller assembly assembled on the spring, and the track thereof is just engaged with the involute curved surface of the railway, so that a roller can enter from the initial point of the involute type railway without blockage when retracting to a nearest point, elastic force is applied to the involute curved-surface railway through the spring when the roller gradually extends along with the rotation of the rotary wheels, and an acting force for driving the rotary wheels to operate is formed according to the characteristic that the acting point of the roller for the railway is not at a tangential position to drive the generator to operate and generate the electricity. The invention has the remarkable characteristic that a dynamic force is generated under the interaction between the spring and mechanical transmission, so that an industry chain for obtaining electrical energy is more concise and more environment-friendly.

Description

technical field [0001] The invention relates to an elastic machine which relies on the interaction of spring force and mechanical transmission to generate self-rotation, belongs to the field of engines, and can be widely used in various fields of industrial and agricultural production such as driving generators to generate electricity, driving equipment to operate, and driving water pumps for water intake and irrigation. Background technique [0002] The engines currently used to drive generators to generate electricity mainly include steam turbines, water turbines, and internal combustion engines. The operation of these engines is realized by consuming the gravitational potential energy of coal, oil, water, and solar energy. Contents of the invention [0003] In order to solve the problem that steam turbines, hydraulic turbines, and internal combustion engines consume a lot of energy during operation, the invention provides an elastic machine that relies on the interaction...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the problem that steam turbines, water turbines, and internal combustion engines consume a lot of energy during operation, the invention provides an elastic machine that relies on the interaction of elastic force and mechanical transmission to generate rotation and drive the generator to generate electricity. When the engine is working, it can not only Drive the generator to run and generate electricity, and do not consume energy resources such as coal, oil, and water gravity potential energy, making the industrial chain for obtaining electric energy simpler and more environmentally friendly

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