Powerful rotating vortex oil-gas mixing generator

Abstract

The invention discloses a powerful rotating vortex air-oil mixture generator which comprises an impeller, wherein tapered flow-guiding elastic heads are arranged at two ends of the impeller; blades are arranged on the impeller along a peripheral direction; the blades are of arc shape; guiding angles are processed at one ends of the blades; and tilt angles of the guiding angles outside the blades are more than the tilt angles of the guiding angles inside the blades. The powerful rotating vortex air-oil mixture generator is characterized in that the powerful rotating vortex air-oil mixture generator is utilized to rotate the strong direct current airflow; two airflows which are twined along a center line are utilized to crush gasoline molecules at different speeds, so that an ideal effect of complete vaporizing and mixing is achieved; the power of a vehicle is obviously increased; the oil consumption is reduced; the acceleration is smoothed; without increasing the oil consumption, a small-displacement vehicle can enjoy the power of a large-displacement vehicle; energy and resource are saved; emission is reduced; environment is protected; people are benefited; and driving is full of interest.

Description

technical field [0001] The invention relates to the design of an automobile engine intake system, in particular to a powerful rotating vortex oil-gas mixing generator. Background technique [0002] With the development of the times and the progress of human beings, it is the common responsibility of the country and the people to protect the environment and resources for the benefit of future generations. With the increase in the number of cars, the damage to the environment and humans mainly comes from exhaust gas, and it is urgent to control exhaust emissions. , according to the development of things, the treatment of exhaust gas starts with the mixing of intake air and gasoline. The traditional engine is a four-stroke engine, that is, (intake intake, compression, work, exhaust) intake air determines the engine's working condition. , Stability, economy, power, acceleration, if the mixture is not mixed uniformly, it will produce harmful gas and knock, which will affect the p...

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Problems solved by technology

[0002] With the development of the times and the progress of human beings, it is the common responsibility of the country and the people to protect the environment and resources for the benefit of future generations. With the increase in the number of cars, the damage to the environment and humans mainly comes from exhaust gas, and it is urgent to control exhaust emissions. , according to the development of things, the treatment of exhaust gas starts with the mixing of intake air and gasoline. The traditional engine is a four-stroke engine, that is, (intake intake, compression, work, exhaust) The quality of intake air determines the working condition of the engine. , Stability, economy, power, acceleration, if the mixture is not mixed uniformly, it will produce harmful gas and knock, which will affect the power output and service life of the engine. It is very short, the traditional method is difficult to completely mix, too thick or too lean mixture will affect the exhaust emission and power output, and cause harm to the environment. It is difficult for the oil mist to mix evenly outside the intake port, and some unmixed oil droplets adhere to the valve head and the top of the piston, and carbon deposits are formed at high temperature. The carbon deposits are the most harmful to the engine parts. The temperature rises, aggravates the wear, endangers the quality of the oil, makes lubrication difficult, repeats itself, and vicious circle. At present, various feasible schemes have been designed for the intake system of automobile engines, such as harmonic intake, variable intake, multi-valve, adjustable Timing changes, turbocharging, direct injection in cylinders, etc., but none of them have fundamentally solved the problem of 100% mixing of the mixture.

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