Magnetic vortex propulsion engine system for magnetieally levitated vehicle

Abstract

The invention discloses a magnetic vortex propulsion engine system for a magnetieally levitated vehicle. The magnetic vortex propulsion engine system is characterized by comprising a frame body for being mounted on the magnetieally levitated vehicle, the frame body is provided with a rotatable drive device, and a rotating shaft of the drive device is horizontally arranged; the rotating shaft of the drive device is provided with a permanent magnet mechanism, and the permanent magnet mechanism comprises a permanent magnet bracket and a plurality of permanent magnets which are arranged on the outer side of the permanent magnet bracket in the peripheral direction at intervals; the permanent mechanism can make the permanent magnets to move in the peripheral direction of the permanent magnet bracket under the action of the drive device; the magnetic vortex propulsion engine system further comprises a non magnetic conducting plate which is horizontally and fixedly mounted below the permanent magnet mechanism, and a gap is formed between the non magnetic conducting plate and the corresponding permanent magnet. The magnetic vortex propulsion engine system has the advantages of being low in cost, high in drive efficiency, small in magnetic pollution, capable of being applied to tracked and trackless suspension type transportation vehicles and the like.

Description

technical field [0001] The invention relates to the field of engines, in particular to a magnetic eddy current propulsion engine system used for suspension vehicles. Background technique [0002] The production and life of modern society are inseparable from various efficient and convenient means of transport, and the technical level of its motion engine determines the development direction of means of transport. There are three main types of traditional engine technologies: fuel engine type, fluid jet type, and linear motor type. For example, the gasoline engine and diesel engine on our common automobiles; the propeller pneumatic, jet or jet type on airplanes and submarines; Rapid development provides a great impetus. [0003] When an object is moving at high speed, the loss caused by friction becomes the key to achieve high-speed movement, and the suspension vehicle has no contact with the ground, so there will be no friction loss. Therefore, the suspension vehicle is th...

AI Technical Summary

Problems solved by technology

[0004] In the suspension system, because there is no friction between the suspended object and the ground, the traditional engine-type engine cannot achieve its propulsion and braking at all; the use of ordinary gas jets and other propulsion methods cannot achieve the expected effect under high-speed motion, and high-speed turbo jets also have costs. Higher and Noise Pollution Issues

Although the more popular linear motor drive method can realize the propulsion and braking of suspended objects, it has limitations in motion, must run on a specified track, and has a large investment and high operating cost, which is caused by a strong changing magnetic field. serious problems such as magnetic pollution

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