Magnetic field energy conversion device

Abstract

The present invention provides a magnetic field energy conversion device including a fixation system, a rotary system and an application device. The rotary system includes at least six energy units. A transmission shaft of the rotary system is mounted on a tower of the fixation system. The tractive force borne by an energy pulley is converted into the mechanical energy during the process that the energy pulley of the energy unit slides to the tractive force direction of the located magnetic field with the help of the reaction force of an external fixation gear ring or an internal fixation ring of the fixation system, and the mechanical energy drives the transmission shaft to rotate through a first support and a second support. The converted mechanical energy can be applied through the application device. The magnetic field energy conversion device efficiently converts redundant energy of the located magnetic field into mechanical energy, and has higher energy reproduction prospect.

Description

technical field [0001] The invention relates to an energy conversion device. Background technique [0002] With the progress of human life, the demand for energy is also increasing. In the case of inseparable from energy, we have to seriously examine whether the way we obtain and use energy poses a threat to the survival of human beings and the earth. [0003] Fossil energy, as the name suggests, the formation process of fossil energy is like a fossil, which requires both the right time and a long time, so the naturally formed fossil energy cannot meet the needs of human beings to use energy quickly; at the same time, most of the production process of fossil energy A large amount of carbon dioxide, sulfur dioxide, nitrogen dioxide and other substances will be produced, which will break the balance of the same substances in the region and even the global atmosphere, thereby forming serious air pollution; in addition, the exploitation of fossil energy has left many holes in th...

AI Technical Summary

Problems solved by technology

However, the screw drive shaft, which is related to the efficiency of the entire device, has proved to be extremely inefficient in practical applications—because the force of the gravity locomotive is all transmitted to the moving gear through the screw drive shaft, and the spiral track connected to the gravity locomotive and the screw drive shaft is adjacent If the distance between them is too small, because the slope of the spiral track is too gentle, it cannot effectively transmit energy to the moving gear with the sliding of the gravity locomotive during the rotation process, which affects the efficiency of the entire device; on the other hand, if the gravity locomotive and the helical locomotive The distance between adjacent spiral tracks connected by the transmission shafts is increased, and because the total stroke of the rotary track of the spiral drive shaft is reduced, it is difficult for the gravity locomotive to effectively absorb the suffering when the slope of the spiral track becomes steeper. Gravity is transmitted to the moving gear through the screw drive shaft

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