Power generation of double-wing wind wheel machine

Abstract

The invention discloses power generation of a double-wing wind wheel machine, and relates to the technical fields of vehicles science, airplane science, aerodynamics, electromagnetic, mechanics of machinery and materials science. The invention consists of two parts, namely an aerofoil and a wind wheel machine, wherein the aerofoil consists of double wings, a flow deflector, a fixed shaft, a gasket, an upper shaft sleeve, a lower shaft sleeve, bolts, a wing base, a steering handle and a vertical tail, and automatically turns around and runs at full speed together with the turning of a train; the load capacity of each carriage is increased by about 30-50 percent, the load capacity of a maglev high-speed train is enhanced, and the transport efficiency and effect are improved; the wind wheel machine moves forwards at a speed of 100 meters per second by means of the train, and has large aerodynamic force to push N blades to rotate and drive a generator to generate power so as to realize full floating charge parallel-operated power supply; and the wind wheel machine consists of a wind wheel machine fixed outer ring, a cylindrical shell, a bearing bush, a flare opening, N blades, a wind wheel machine shaft, a coupler and a direct-current generator to generate power, dispersion of traction force is reduced, and the transport capacity is improved. The application fields of the technology can be widened; for example, the rear half part of a racing car or a sedan is provided with the superposed double wings (the width of the double wings does not exceed the width of the vehicle body), namely lifting forces generated at different speeds are different, and the gravity of the rear of the vehicle is lifted by 30 to 50 percent, so that the energy is saved, the speed is improved, the carrying capacity is improved, the low-carbon transport requirement is met, and the machine is convenient to use and has good market prospect.

Description

Technical field [0001] The invention relates to a biplane wind turbine for power generation, and relates to the technical fields of vehicle science, aircraft science, aerodynamics, electromagnetism, mechanical mechanics and material science. Background technique [0002] Shanghai and Xi'an are developing large passenger planes. The shape of the wings determines the lift force, which is of course related to the speed. The maglev locomotive imported from Germany can reach 360 km / h and the speed of 100 m / s, but the traction force is small, and it can only pull 8- With 10 carriages, the carrying capacity is too small, which will inevitably affect the flow of people and logistics, resulting in low efficiency of work and slowing down of construction speed, so the poor carrying capacity should be changed. Contents of the invention [0003] In order to overcome the defect of carrying less heavy objects, a special design of a double-wing wind turbine is designed for the purpose of ...

AI Technical Summary

Problems solved by technology

[0002] Shanghai and Xi'an are developing large passenger planes. The shape of the wings determines the lift force, which is of course related to the speed. The maglev locomotive imported from Germany can reach 360 km / h and the speed of 100 m / s, but the traction force is small, and it can only pull 8- 10 carriages, the carrying capacity is too small, which will inevitably affect the flow of people and logistics, resulting in low work efficiency and slow construction speed, so the poor carrying capacity should be changed

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