Novel magnetic switching multistage engine generator set

Abstract

The invention provides a novel magnetic switching multistage engine generator set. The novel magnetic switching multistage engine generator set is characterized in that the characteristics of two poles of a permanent magnet are utilized; and by utilizing the principle of homopolar repulsion and heteropolar attraction, a plurality of phase-switching kinetic energy magnetic groups are formed, and the engine of magnetic power energy is obtained; in addition, the magnet in operation is detected in real time; magnetization is carried out in time to achieve the long-time operation. According to thenovel magnetic switching multistage engine generator set and the above characteristic sets, the multi-stage linkage engine is formed, and the novel magnetic switching multistage engine generator set is composed of the engine, a brake device, a generator, a storage battery and a control system containing a magnetizer. The engine is similar to the power output principle of a four-stroke multi-cylinder internal combustion engine, pushes the connecting rode via the stroke and drives a crankshaft to operate, an internal combustion engine does work once in four strokes and consumes at the other time. The engine does work both in the up-down strokes, is high in work frequency, is free of other energy sources, is low in noise, is environment friendly and is capable of running for a long time, andis the engine generator set suitable for aircrafts, submersibles, ships, vehicles and other power equipment.

Description

technical field [0001] The invention relates to a novel magnetic switching multi-stage engine generator set, mainly capable of replacing an internal combustion engine and its generator set, without using other energy sources, with low noise, zero emission, cleanliness, environmental protection, low manufacturing cost, and lower operating cost It can also run for a long time. It is an engine generator set suitable for spacecraft, submersibles, ships, vehicles and other power equipment and power users. For example, it can fly in the air for a long time when it is applied to unmanned aircraft. Medium and long-term travel. Background technique [0002] The current power equipment and small and medium-sized generating sets are generally internal combustion engines. The disadvantages of internal combustion engines are complex structure, fuel consumption, environmental pollution, high noise, and high cost. Spacecraft, submersibles, Shipping equipment such as ships and vehicles wil...

AI Technical Summary

Problems solved by technology

[0002] The current power equipment and small and medium-sized generating sets are generally internal combustion engines. The disadvantages of internal combustion engines are complex structure, fuel consumption, environmental pollution, high noise, and high cost. Spacecraft, submersibles, Carrying equipment such as ships and vehicles will return early or refuel midway due to fuel exhaustion, which will bring a lot of inconvenience. In addition, space and deep sea cannot be used due to lack of oxygen.

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