Environment-friendly engine

Abstract

The invention discloses an environment-friendly engine, comprising an engine body and a first cavity arranged in the engine body. A circular cylinder is fixedly connected with the inner wall of the right end of the first cavity. Piston cavities distributed equally are circumferentially arranged in the circular cylinder. Pistons are connected with the piston cavities in a sliding fit mode. Piston push rods are fixedly connected with the proximal ends of the circle centers of the pistons. An internal tooth chamber located at the circle center is arranged in the circular cylinder. An output shaftextending back and forth is connected with the internal tooth chamber in a rotating fit mode. A first chain wheel located at the rear end of the circular cylinder is arranged on the output shaft. A disc is sleeved on the output shaft. A first fixing pin located at the circle center is fixedly connected with the disc. A hinge is arranged between the first fixing pin and the output shaft for connection. The environment-friendly engine is high in linkage, and an optimal oil-gas ratio is achieved by driving a valve to open and close through the output shaft, and the occupied area is reduced by the arrangement mode of the annular cylinder.

Description

technical field [0001] The invention relates to the technical field of power energy, in particular to an environment-friendly engine. Background technique [0002] Human beings have never stopped exploring and applying energy since ancient times. Environmentally friendly engines are the most commonly used machinery for converting chemical energy into mechanical energy. Usually, manufacturers increase power and shorten reaction distances in order to meet national environmental protection requirements, which will cause problems such as vibrations in environmentally friendly engines. At the current stage, the arrangement of multiple cylinders takes up a lot of space and increases the burden. Therefore, a tool that can alleviate the vibration and change the arrangement of cylinders has become an inevitable trend of development. A new environment-friendly engine that can solve the above problems is explained by the present invention. . Contents of the invention [0003] The t...

AI Technical Summary

Problems solved by technology

Environmentally friendly engines are the most commonly used machinery for converting chemical energy into mechanical energy. Usually, manufacturers increase power and shorten reaction distances in order to meet national environmental protection requirements, which will cause problems such as vibration of environmentally friendly engines. At the present stage, the arrangement of multiple cylinders takes up a lot of space and increases the burden. Therefore, a tool that can alleviate the vibration and change the arrangement of cylinders has become an inevitable trend in today's development. A new environment-friendly engine that can solve the above-mentioned problems is explained in the present invention.

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