Bidirectional magnetism-driven generating set

Abstract

The invention relates to a generating device using a bar magnet to carry out the motion of cutting magnetic lines in a cylinder with magnetic field to generate electricity. The generating device comprises the cylinder and the bar magnet which are externally winded with wire coils, and a magnetic tube internally provided with a magnet; the bar magnet is opposite to the homogenous pole of the magnet, the top of the cylinder is provided with another magnetic tube internally provided with a magnet, and the magnet is opposite to the homogenous pole of the bar magnet. When the bar magnet in the cylinder is in the level condition or in the heeling condition with various angles, the piston movement can be conducted to generate electricity. The generating device has the advantages of high generating efficiency, smaller energy loss, more extensive application scope and simple structure.

Description

【Technical field】 [0001] The invention relates to a power generation device, in particular to a power generation device which uses a magnetic bar to cut magnetic lines of force in a cylinder with a magnetic field to generate electric energy. 【Background technique】 [0002] In the prior art, there is a portable power generation device, the construction principle of which is as follows: generally, wires are used to wind the cylinder body, and then the magnetic rod is placed in the cylinder body, and the magnetic rod can reciprocate in the cylinder body Piston movement, reciprocating piston movement cuts the magnetic field lines in the magnetic field to generate electric energy, that is, converts the mechanical energy that drives the magnetic rod to reciprocate into electric energy. The power generation device with this structure needs a large external force to make the magnetic rod in the cylinder to do work, so its power generation efficiency is low, and it is difficult to be...

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Problems solved by technology

The power generation device with this structure requires a large external force to make the magnetic rod in the cylinder do work, so its power generation efficiency is low, and it is difficult to be effectively popularized and applied

[0003] Later, in order to save energy loss and improve the power generation efficiency of the power generation device, someone installed a magnet tube on the basis of the power generation device to improve the power generation efficiency and reduce energy loss, but there is another shortcoming. The drive power generation device can only effectively use the vibration to do work when it is in a vertical state. As long as the placement direction or angle of the magnetic drive power generation device is changed, the magnetic drive power generation device will not work normally. This is a problem existing in the prior art. insufficient

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