Liquid magnetizer with variant Halbach permanent magnet array

Abstract

The invention discloses a liquid magnetizer with a variant Halbach permanent magnet array. The liquid magnetizer with the variant Halbach permanent magnet array structurally comprises a shell, a permanent magnet device, a liquid conveying pipe and a liquid distributor, wherein the permanent magnet device consists of 3-9 groups of annular permanent magnet arrays and jackets thereof; each group of annular permanent magnet arrays is formed by assigning 4n (n=1, 2, 3,...) trapezoidal or square (or square and triangular) permanent magnet components according to a Halbach array; radial magnetizing components between each two magnetic rings are mutually staggered and arranged spirally; the liquid conveying pipe is made of a nonferrous thin-wall material; the outer wall of the liquid conveying pipe is tightly stick to the permanent magnet device; the inner wall of the liquid conveying pipe and the liquid distributor form an annular passage; and the liquid distributor is of a hollow columnar structure, is internally filled with far-infrared activating balls, specially-made mineralizing balls and pure natural tourmalines, and is communicated with a stream current by virtue of permeable holes. The liquid magnetizer with the variant Halbach permanent magnet array has strong magnetism collecting capability and no magnetized dead angles, also has the effects of magnetization, activation, mineralization and weak alkalization, and can be widely applied to the treatment of water, beverages and other liquids.

Description

【Technical field】 [0001] The invention relates to a variant Halbach permanent magnet array liquid magnetization device. 【Background technique】 [0002] The existing liquid magnetization technology can be roughly divided into two categories: one is to let the liquid pass through the cavity with opposite magnetic poles of different names. Liquid magnetizers based on this type of technology are usually formed by combining two positive and negative magnets. The technology is simple, the cost is low, and it is easy to manufacture. However, the magnetic effects cancel each other because the two poles face each other, and the magnetization effect is not good. Examples such as figure 1 shown. The second is to allow liquid to pass through the pipeline enclosed by the magnetic pole of the same name. Liquid magnetizers based on this type of technology usually have all the positive poles of the magnetic blocks facing the liquid delivery pipeline and all the negative poles are connect...

AI Technical Summary

Problems solved by technology

[0005] In fact, the permanent magnet device used for liquid magnetization does not necessarily require high magnetic field uniformity and ideal sinusoidal distribution, nor does it have to reduce the weak side magnetic field to a very low level. The typical Halbach permanent magnet array is transferred to the magnetic water It is very uneconomical in the magnetizer, because the material utilization rate of the sector magnet is low, the processing cost is high, and the installation is very difficult. Such a liquid magnetizer will not only increase the unnecessary economic burden of the user, but also cause a waste of rare earth resources.

[0006] CN201732647U discloses as Image 6 As shown in "An Improved Halbach Array Permanent Magnet Device", the same group of applicants also invented a similar device with a crescent-shaped cross section before, but the magnetic field circles of these two arrays have only a pair of crests. Not suitable for liquid magnetization

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