Spiral Magnetic Pusher

Abstract

The invention discloses a spiral magnetic pushing device which comprises a main shaft, a main driving wheel and a plurality of auxiliary driving wheels. A containing space is arranged on the outer side of the main driving wheel, and a plurality of sets of spirally-distributed permanent magnets are arranged in the containing space. The auxiliary driving wheels are provided with permanent magnets interacting with the permanent magnets on the main driving wheel. The main driving wheel is mounted on the main shaft, and the main shaft rotates along with rotation of the main driving wheel. The auxiliary driving wheels are evenly distributed around the main driving wheel, and the auxiliary driving wheels are driven to rotate by a driving device and further push the main driving wheel to rotate when rotating. Through the interaction of the permanent magnets, the main driving wheel and the auxiliary driving wheels can push each other in the rotating process, the moment of rotation of the main shaft is increased, the frictional resistance of equipment in the operating process is reduced, and the operating pushing force of the equipment is greatly increased. The spiral magnetic pushing device is particularly suitable for a wind driven generator, and the generator can still obtain large driving force for generating electricity when wind power is small.

Description

technical field [0001] The invention relates to the field of power drive technology, in particular to a helical magnetic driving device. Background technique [0002] With the rapid development of the economy, the speed of energy consumption is also accelerating, and energy shortage has become an increasingly serious problem. As a renewable energy, wind energy has attracted more and more attention, and the development of wind energy has become a current energy project. important subject. At present, wind energy is mainly utilized by converting wind energy into electrical energy through wind generators. Existing wind generators are generally inseparable from the windmill impeller to drive the rotor of the generator to rotate to generate electricity. In the natural environment, the wind is often erratic. , not only the wind direction changes from time to time, but also the size of the wind. Due to the structure of the existing windmill, when the wind force is small or there i...

AI Technical Summary

Problems solved by technology

At present, wind energy is mainly utilized by converting wind energy into electrical energy through wind generators. Existing wind generators are generally inseparable from the windmill impeller to drive the rotor of the generator to rotate to generate electricity. In the natural environment, the wind is often erratic. , not only the wind direction changes from time to time, but also the size of the wind. Due to the structure of the existing windmill, when the wind force is small or there is no wind, it is difficult to drive the generator rotor to rotate because the windmill impeller cannot be driven by enough wind force. Power generation is limited and cannot meet the requirements of continuous power generation and continuous power supply

At the same time, due to insufficient wind power, the generator cannot be operated, so the generator can only be idle, resulting in waste of resources, and long-term stagnation will also cause rust and damage to the equipment

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