Fluid magnetization tube , magnetization device and magnetization system

Abstract

The disclosed fluid magnetization tube comprises: a magnetic tube with axial-magnetized magnetic rings with opposite polarity between neighbor ones, space rings of non-ferric-magnetic material and an annular tube; a high-permeability guide magnetic tube coaxial with the magnetic tube and owned a flow channel, or another magnetic tube with two magnetic rings in one section with same height and opposite magnetized direction; some members with straight or curve axis for location, fixing and guiding flow; two cove boards on both ends contained arc channels of flat shape or cylinder face to locate the tubes on both radial and axial directions. The opposite magnetization device comprises a plurality of magnetization tubes parallel inserted in the shell, and two end cap grooves to connect near tubes in series or parallel or mixture. The magnetization system uses said magnetization device and normal pump and power gear device for fluid cycle magnetization, which has high efficiency, simple structure, variable forms, small volume, light weight, and low cost.

Description

technical field [0001] A fluid magnetization tube, a magnetization device and a magnetization system belong to the technical field of fluid magnetization treatment. Background technique [0002] Fluid magnetization treatment technology has been widely used in many fields such as industrial and agricultural production and daily life, and has a positive effect on the improvement of production efficiency, product quality, energy saving and environmental protection, as well as human health care and the treatment of certain diseases. [0003] The practice and theoretical analysis in the field of fluid magnetization treatment technology shows that the basic requirements of the magnetization magnetic field with good magnetization effect are: the magnetic field should cover the entire fluid channel; the direction of the magnetic force lines of the magnetic field cutting the fluid is perpendicular to the direction of fluid movement; The gradient of the intensity of the magnetization ...

AI Technical Summary

Problems solved by technology

[0006] 1) Due to the use of a magnetic collecting ring whose thickness and diameter are larger than that of the magnetic steel, the axial height of the magnetized magnetic field increases, the number of magnetizations in a certain axial length is reduced, and the intensity of the magnetized magnetic field is also slightly reduced accordingly; the diameter of the magnetic field is adopted. If the magnetizing ring is thicker than the magnetic steel, if the air gap of the magnetizing magnetic field remains unchanged, the radial size of the device must be increased; in addition, although the application document does not specify the material of the magnetic collecting ring, it must be high in terms of its function. Magnetic permeability materials such as pure iron, cast iron or low-carbon steel and other materials with large specific gravity make the device heavy; because the magnetic collecting ring of high magnetic permeability material can only contact the magnetic poles at both ends of the axially magnetized magnet, and absolutely cannot Contact with the side of the magnet, otherwise, it will cause a "magnetic short circuit", which limits the structural change of the magnet ring;

[0007] 2) The structure of the baffles with continuous opposite angles has not been fully disclosed, and its structure is only guessed based on the instructions and drawings, and the outer current collector is discussed as an example: the baffles are composed of segments, and the axial length is one magnetic steel And the sum of the axial length of a ...