Fluid magnetizer

Abstract

The invention discloses a fluid magnetizer. The fluid magnetizer comprises a plurality of split magnetization assemblies; the plurality of split magnetization assemblies are arranged around a fluid pipeline along the circumference direction; every split magnetization assembly comprises a magnetic conduction shell and two rows of magnetic block groups arranged on the inner wall of the magnetic conduction shell; the magnetic block groups are mutually staggered and are arranged on the outer wall of the magnetic conduction shell at intervals; every row of the magnetic block groups is formed by a plurality of magnetic block groups; if the fluid magnetizer is arranged on an oil inlet pipeline, 8-18% automobile oil saving and 38-94% tail gas pollutant NO discharge are realized; and if the fluid magnetizer is arranged on a tap water inlet pipeline, the water quality is improved, the water molecule cluster structure is refined, and scale inhibition and sterilization functions are realized. The fluid magnetizer has the advantages of convenience in installation, strong magnetization effect, and novel and reasonable structure design.

Description

technical field [0001] The invention relates to the technical field of magnetizer equipment, in particular to a fluid magnetizer. Background technique [0002] As we all know, magnetizers are used in chemical, mining, metallurgy, building materials, and other industrial fields, as well as in agriculture and medicine. The functions of sterilization, scale inhibition, environmental protection and energy saving, and improvement of process reaction speed have been confirmed by a large number of experiments and applications. It is a long-term technical requirement of economic and social development to provide a magnetizer with high efficiency, energy saving, simple structure and convenient installation. [0003] However, the structure of the current magnetizer is complex, the distribution of the formed spatial magnetic field is unreasonable, and the processing effect is not ideal. [0004] The patent application number is: the disclosed magnetizer of CN03206286.9 (see specifical...

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Problems solved by technology

[0003] However, the structure of the current magnetizer is complicated, the distribution of the formed spatial magnetic field is unreasonable, and the processing effect is not ideal.

[0004] The patent application number is: the disclosed magnetizer of CN03206286.9 (see specifically figure 1 ), the magnets are arranged along the central axis of the pipeline, and the direction of the formed magnetic field is parallel to the direction of fluid flow. Experiments have proved that the magnetic treatment effect of the magnetic field parallel to the direction of fluid flow is poor

In addition, when installing this kind of magnetizer, it is necessary to cut off the original pipeline and process the connection joint to install the connection. On the one hand, the production must be stopped during installation, and on the other hand, there is an additional possible leakage point, which increases the risk of pipeline leakage.

[0005] The patent application number is the magnetizer published by CN104752017A (such as figure 2 The magnetizer shown), the ends near the wall of the treatment fluid pipe are of the same polarity (for example: as figure 2 Near the fluid pipe wall are all N poles), so that the spatial monopole magnetic field can be formed on the pipe section; however, it is obvious that the monopole magnetic field makes the magnetic field strength in the center of the fluid pipe very weak, and the magnetization effect is not strong

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