Double-cylinder mutual pressuring prime motor

Abstract

Disclosed is a double-cylinder cross-regulation prime motor which is a prime motor, pertaining to the field of mechanical power. The prime motor utilizes the pressure intensity and pressure in a cylinder to drive a pawl by the piston of a cylinder; the pawl drives compound wheels, which enables the compound wheels with different diameters to be meshed with pinions, so that the pinions can drive a link rod on a crank shaft; the crank shaft uses a force several times higher than the pressure value of the cylinder to jack up the piston; when the piston is jacked up to the highest place, the pressure of the other cylinder drives a piston thereof to move downwards; a pawl connected on the piston drives the other part of compound wheels to be meshed with the pinions to cause the piston of the original cylinder to be jacked up, thereby finishing a period of movement; during operation process, the energy of the double cylinders is recycleed and applies work until the energy is run out or insufficient, and then work is stopped and machines stop. The double-cylinder cross-regulation prime motor can greatly improve the efficiency of the prime motor and can serve as the prime motors of mechanical equipment, means of conveyance, etc.

Description

Technical field: [0001] The invention relates to an engine, in particular to a prime mover with two cylinders and two shafts output. Background technique: [0002] The steam engines, diesel engines, and gasoline engines used in society today all consume a lot of energy, pollute the environment, and have low efficiency; the double-cylinder mutual pressure prime mover not only saves energy, but also does not pollute the environment, and has high efficiency; it uses pawls to push The one-way movement transmitted by the ratchet drives a pair of gears with different diameters to mesh for transmission. A cycle of motion is composed of two half-cycle motions, and the two half-cycle motions are respectively completed by two pairs of pawls and ratchets with opposite directions of movement; the transmission of each pawl and ratchet will drive a pair of gears to mesh and drive, so that The pinion runs continuously. During operation, the internal energy in the two cylinders will repea...

AI Technical Summary

Problems solved by technology

[0002] The steam engines, diesel engines, and gasoline engines used in society today all consume a lot of energy, pollute the environment, and have low efficiency; the double-cylinder mutual pressure prime mover not only saves energy, but also does not pollute the environment, and has high efficiency; it uses pawls to push The one-way movement transmitted by the ratchet wheel drives a pair of gears with different diameters to mesh for transmission

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