High-energy aerodynamic rotor engine assembly

Abstract

The invention provides a high-energy aerodynamic rotor engine assembly.By the aid of the high-energy aerodynamic rotor engine assembly, problems of complicate structures and low compressed air utilization efficiency of existing aerodynamic engines can be solved.The high-energy aerodynamic rotor engine assembly comprises a high-energy aerodynamic rotor engine body, an automatic regulation and control device, a high-pressure air storage tank group, a power generation / driving motor, an electric controller and a storage battery.A plurality of 'rotor levels' with identical structures and step-by-step increased cylinder volumes are cascaded with one another in a parallel-axis or coaxial manner to obtain the high-energy aerodynamic rotor engine body.Each 'rotor level' comprises a cylinder, a rotor, shafts, a front cylinder cover and a rear cylinder cover, and each rotor comprises a circular rotor, a single-angle rotor and a double-angle rotor.The high-energy aerodynamic rotor engine assembly has the advantages that the high-energy aerodynamic rotor engine assembly is simple in structure and high in efficiency, high-pressure air can be directly utilized by the high-energy aerodynamic rotor engine assembly, and supercritical air can apply work at multiple levels; the high-energy aerodynamic rotor engine assembly is simple in structure, high in compressed air utilization efficiency and force output and particularly good in elastic sealing and air-tight performance, is abrasion-resistant, can run stably, and can be used as an engine for vehicles, ships, aircrafts and the like.

Description

technical field [0001] The invention belongs to the field of aerodynamic engines, in particular to a high-energy aerodynamic rotor engine assembly. Background technique [0002] Engines are widely used in all walks of life. In modern transportation vehicles such as automobiles and ships, fuel engines are generally used. They face the threat of oil shortage and depletion; they emit a large amount of harmful substances, pollute the environment, and seriously damage human health. Therefore, the development of new, clean, non-polluting alternative energy sources and their engines has become an urgent problem to be solved in the development of engines. For this reason, people have developed a variety of power sources, such as electric vehicles, fuel cell vehicles and solar cell vehicles, but they all have many problems and difficulties. Many people have invested in the research and development of aerodynamic engines, which are cleaner than electric vehicles. The air-powered eng...

AI Technical Summary

Problems solved by technology

It has a simple structure, directly uses high-pressure and ultra-high-pressure air to do work, does not consume fuel, is a truly zero-emission environmentally friendly engine, and can effectively solve the problems of lack of oil resources, air pollution, and existing aerodynamic engines with complex structures and large energy losses. , The problem of low utilization efficiency of compressed air, thereby reducing manufacturing costs and maintenance costs, improving energy utilization efficiency of high-pressure air, and increasing cruising range

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