Multiple-energy source low-carbon energy-saving environment-friendly synchronous one-stroke opposite-explosion internal combustion engine

Abstract

The invention relates to a multiple-energy source low-carbon energy-saving environment-friendly synchronous one-stroke opposite-explosion internal combustion engine which is different with existing internal combustion engines, such as a four-stroke or two-stroke internal combustion engine. A one-stroke free piston motor and a one-stroke opposite-explosion internal combustion engine authorized by the inventor are further perfected by the multiple-energy source low-carbon energy-saving environment-friendly synchronous one-stroke opposite-explosion internal combustion engine. The multiple-energy source low-carbon energy-saving environment-friendly synchronous one-stroke opposite-explosion internal combustion engine is characterized in that: two or more than two opposite cylinder heads are provided; an air inlet and air scavenging cylinder is installed at the back of main steam pumps (explosion working cylinders) to be connected with a middle engine body; a main shaft is used as the center; two cylinders and two pistons are arranged at each side, and both sides have the same structure and are on the same center line of the cylinders; a piston body is composed of the four pistons; the main shaft is driven by a half side shape similar gear pushed by an upper rack and a lower rack to be rotated clockwise so that both sides are oppositely exploded; and the purpose of synchronous operation failed to be achieved by the first two patents is achieved by external working of the main shaft. In addition, a multiple-energy source device is designed, multiple energy sources can be utilized so long as a plurality of parts on the same engine body is changed, and the multiple-energy source low-carbon energy-saving environment-friendly synchronous one-stroke opposite-explosion internal combustion engine is a revolution for the existing internal combustion engine.

Description

technical field [0001] The invention belongs to the technical field of internal combustion engines and specifically relates to a multi-energy, low-carbon, energy-saving, environment-friendly and synchronous one-stroke counter-explosion internal combustion engine. Background technique [0002] As far as the applicant knows, the most widely used four-stroke internal combustion engine currently produces a power stroke every two revolutions of the main shaft. The body is heavy and expensive, and the design of the expansion stroke is too long. If the design is short, the weight of the machine is reduced, but the gas is not fully expanded, and most of it is taken away by the exhaust gas, which reduces the efficiency and causes a lot of exhaust gas pollution. The two-stroke internal combustion engine is only suitable for small power such as motorcycles, and the efficiency is low , greater exhaust pollution. However, the existing free-piston gas turbine unit or free-piston fluid pu...

AI Technical Summary

Problems solved by technology

If the design is short, the weight of the machine is reduced, but the gas is not fully expanded, and most of it is taken away by the exhaust gas, which reduces the efficiency and causes a lot of exhaust gas pollution. The two-stroke internal combustion engine is only suitable for small power such as motorcycles, and the efficiency is low , more exhaust pollution

However, the existing free-piston gas turbine unit or free-piston fluid pump is powered by a fluid motor, which cannot directly drive the main shaft to rotate, and has a complex structure. One-stroke anti-explosion internal combustion engine" is two patents invented by myself, but in practice, the problems of synchronization, intake air, scavenging, compressed air explosion, and ignition fine-tuning problems cannot be solved, and the expected purpose cannot be achieved, let alone in the same Various energy sources are designed on the body. This invention is a new invention that has been perfected through continuous exploration for nearly ten years.

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