Double wheel normal rotor engine

Abstract

The double wheel rotor engine includes one case comprising cylinder body and cover; one main motion system with most parts in the cylinder and shaft extending beyond the cylinder; one gas distributing system comprising air strainer, total gas inlet pipe, turbocharger and other parts; one water or air cooling system; one lubricating system comprising lubricant tank, oil pipes, filtering and cooling supercharger, driving gear and lubricated parts; and one igniting system with power source, electronic igniting controller and spark plug. The present invention produces rotation power directly with the double wheel rotor engine, which has small size, light weight, great output power, low noise and easy cooling and is suitable for automobile, ship, small airplane, etc.

Description

Technical field: [0001] The invention relates to an engine, in particular to an engine with outstanding energy-saving effect, small size, light weight, high horsepower, low noise and low vibration, which can be widely used in automobiles, ships, motorcycles and various rotors with fuel as the power source. engine. Background technique: [0002] Since the advent of the internal combustion engine in the 18th century, human beings have entered the era of machinery replacing human labor. Engines are widely used in various mechanical powers, especially the power of transportation machinery, which greatly promotes the development of productivity and human progress. An industrial revolution. In nearly three hundred places, the contribution of the engine in liberating the labor force and promoting the development of productivity is huge, but its basic configuration and structural design, like other science and technology, have the characteristics of the dynasty and are not perfect....

AI Technical Summary

Problems solved by technology

The volume and weight of the engine have been greatly reduced, and it has many advantages over the original engine in theory, but there are still some difficulties and shortcomings that are difficult to overcome. For example, one stroke of the rotary engine can only make the shaft rotate 1 / 3 circle. The rotation speed is limited from the stroke. In addition, the sealing area of ​​the tip of the rotor is very small, which is not conducive to the installation of the sealing ring. To make it achieve a high sealing effect when rotating at high speed, it is necessary to increase the contact between the tip of the rotor and the cylinder body. The pressure on the surface increases the wear. To reduce wear, it is necessary to increase the consumption of lubricating oil as compensation.

When the rotor swings around the eccentric wheel, it will generate certain vibrations, consume a certain amount of energy and increase wear, and the structure of the combustion chamber of the rotary engine is not conducive to the rapid and comprehensive combustion of gas.

There are other difficulties and problems that have been difficult to overcome, so that the rotary engine has been unable to widely occupy the market to replace the original engine

However, due to some reasons such as complex structure, high cost, fuel consumption, etc., it can only be used in airplanes and high-speed racing cars at present, and it cannot be widely used in general traffic vehicles and other mechanical power sources.

Others, such as electric vehicles and solar vehicles, have been successfully developed and are more suitable for environmental protection, but there are still many problems, such as the more serious pollution caused by the new battery waste liquid, and the cost, power, and travel time. etc.

So far, fuel-based engines still occupy the vast majority of the market, and it will take a long time to change this situation without using fuel.

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