Magnetic-suspension driving energizer

Abstract

The invention discloses a magnetic-suspension driving energizer which comprises a drive small disc, a driven big disc, a starting device, and a load. A small disc magnet is arranged on the driving small disc which is linked with the starting device through a driving shaft; a big disc magnet is arranged on the driven big disc which is linked with the load through a driven shaft; an upper magnetic-suspension ring and a lower magnetic-suspension ring, the magnetic polarities of which repel each other, are fixed below the driven big disc. When the magnetic-suspension driving energizer is in use, the starting device drives the driving small disc to rotate at high speed to push the driven big disc which is in a suspension state to rotate so as to further drive the load to generate energy which is many times greater than energy input by the starting device. The invention has the advantages of large energy efficiency, low investment and operation cost, no pollution, no limit from natural environment and the like and completely meets the energy standard on environmental protection, high efficiency and energy saving.

Description

technical field [0001] The invention relates to an energy conversion device, in particular to a magnetic levitation drive energy booster. Background technique [0002] Existing various energy conversion power devices (generators, fans, etc.) need to consume a lot of energy to overcome their own gravity and friction, which affects energy efficiency, not to mention increasing output energy. Even a magnetic levitation generator that uses magnetic force to levitate objects to do work, although it overcomes friction loss and improves energy efficiency, it cannot generate more energy than the input. The maglev train system uses the magnetic levitation force to do plane linear motion. Although the energy efficiency can be improved by using the magnetic force to make the object (body) overcome the weight force and friction loss, the design of this linear drive to generate energy (kinetic energy) is subject to specific application conditions. Restricted, it can only do high-speed li...

AI Technical Summary

Problems solved by technology

[0002] Existing various energy conversion power devices (generators, fans, etc.) need to consume a lot of energy to overcome their own gravity and friction, which affects energy efficiency, not to mention increasing output energy

Even a magnetic levitation generator that uses magnetic force to levitate objects to do work, although it overcomes friction loss and improves energy efficiency, it cannot generate energy greater than the input

The maglev train system uses the magnetic levitation force to do plane linear motion. Although the energy efficiency can be improved by using the magnetic force to make the object (body) overcome the weight force and friction loss, the design of this linear drive to generate energy (kinetic energy) is subject to specific application conditions. Restricted, it can only do high-speed linear motion and cannot do circular motion, so it is widely used in other production devices and to obtain increased energy output

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