Electromagnetic Induction Inertial Power Engine

Abstract

The invention provides an electromagnetic induction inertial power engine which is commonly combined by one or more power fly wheels, a speed reducer, a stepless speed regulator, a clutch and a speed changer, wherein the power fly wheels are used as main facilities, have electromagnetic induction capacities and can directly store or output kinetic energy, and the speed reducer, the stepless speed regulator, the clutch and the speed changer are used as supporting facilities; electromagnetic induction facilities on the power fly wheels can realize contactless kinetic energy transmission with congeneric power fly wheels rotating in the same direction so as to quickly realize energy supplement; and the supporting facilities such as the stepless speed regulator, and the like are also designed to realize the magnetomotive contactless transmission. The invention has the advantages that the fly wheel technology is sublimed from a fly wheel battery to the fly wheel engine which has the advantages of no oil consumption and no waste gas as well as double effects in reducing environmental pollution and balancing electric power, has wide application prospect in large tools such as automobiles, tractors, bulldozers, and the like and provides various new wireless creativities in the aspects of small wired tools such as mowers and dust collectors.

Description

【Technical field】 [0001] The invention belongs to the category of vehicle engines, in particular to an electromagnetic induction inertial power engine which takes the kinetic energy of an inertial flywheel as the direct driving force. 【Background technique】 [0002] At this stage, vehicle engines are usually driven by fuel. Due to pollution and the approaching fuel crisis, people are eager to introduce new power. Electric vehicles use electric motors as engines, which do not cause pollution problems, and are a good alternative to fuel engines. [0003] However, existing electric vehicles with motors as engines use transmission lines, tracks or batteries as power sources. When selecting transmission lines and tracks, they must occupy the space on the road or above the road, and interfere with other electric power or traffic facilities. It is quite troublesome; the running circuit of the vehicle is greatly constrained by the laying of the power supply, and it is difficult to d...

AI Technical Summary

Problems solved by technology

[0003] However, existing electric vehicles with motors as engines use transmission lines, tracks or batteries as power sources. When selecting transmission lines and tracks, they must occupy the space on the road or above the road, and interfere with other electric power or traffic facilities. It is quite troublesome; the running circuit of the vehicle is greatly constrained by the laying of the power supply, and it is difficult to drive satisfactorily; if the battery is used as the power supply, although the above-mentioned inconveniences are eliminated, the technical performance and service life of the main facilities such as the battery , charging channels, and other issues are still causing headaches for users and manufacturers.

[0004] In desperation, a kind of fuel-electric hybrid vehicle was launched, the prospect is relatively promising, but because it still needs to consume fuel, it is not all electric vehicles, so it does not have the characteristics of eradicating pollution

[0005] Flywheel energy storage technology is an excellent solution discovered very early. In the earliest toy cars, some people used a small flywheel as the driving force after the toy car was released. It is difficult to think of using a flywheel to drive a large vehicle, so there has been no proposal to use it as a power engine so far

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