Magnetizing device

Abstract

The invention provides a magnetizing device, which comprises: an inner magnetic part, wherein the inner magnetic part comprises a first magnetic assembly, a second magnetic assembly, a third magneticassembly and a fourth magnetic assembly, the four magnetic assemblies are combined to form a hollow area, the first magnetic assembly and the second magnetic assembly comprise two first-direction magnets, the magnetic directions of the first-direction magnets are far away from the hollow area, the third magnet assembly and the fourth magnet assembly comprise two magnets in the second direction, and the magnetic directions of the second-direction magnets face the hollow area; and a magnetic force blocking part surrounding the inner magnetic part, wherein the magnetic force blocking part comprises a plurality of third-direction magnets, an assembling surface is arranged between every two third-direction magnets, the magnetic direction of each third-direction magnet faces the assembling surface, and the magnetic pole of each third-direction magnet is opposite to that of the adjacent third-direction magnet.

Description

technical field [0001] The present invention relates to a magnetizing device, in particular to a magnetizing device for magnetizing fluid. Background technique [0002] When various liquids pass through a magnetic field, the bonds between liquid molecules will be broken by the influence of the magnetic field, causing larger molecular groups to separate into multiple smaller molecular groups, thereby affecting the physical properties of the liquid. For example, when cosmetics After passing through the magnetic field, it will become cosmetics with smaller molecules, and the skin absorption effect will be greatly improved; similarly, if the magnetization device is applied to gasoline and diesel oil, it can also make the oil molecules finer, so as to increase the fluidity of the oil , combustion efficiency and inhibition of fungal reproduction, etc. [0003] The fluid magnetizer in the prior art covers the hollow tube, and the hollow tube is used for transporting liquid. Howeve...

AI Technical Summary

Problems solved by technology

[0003] The fluid magnetizer in the prior art covers the hollow tube, and the hollow tube is used for transporting liquid. However, the density of the magnetic line of force leaking outside the hollow tube of the fluid magnetizer is too high, and the density of the magnetic line of force passing through the hollow tube is too low, resulting in leakage. If the magnetic quantity is too large, the efficiency of magnetizing the liquid is not good. Therefore, there is an urgent need for a magnetizing device with a low magnetic flux leakage rate and high magnetization efficiency.

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