Stirring-type liquid magnetization device

Abstract

The invention relates to a stirring-type liquid magnetization device. A main body rack is driven to rotate by utilization of a counter-acting force generated during flow injection of a water input pipe, a group of vertical magnetic columns on the main body rack can be driven to rotate or revolve in a horizontal direction, the magnetic columns are composed of a plurality of neodymium iron boron permanent magnetism cylindrical magnets, and the magnetic line direction and the magnetic column axial direction are consistent and are vertical directions. Orthogonal cutting of a liquid is carried out in a rotating tangential direction during rotation and the purpose of magnetizing the liquid is achieved. The main body rack also can be changed to be driven by a motor. The stirring-type liquid magnetization device is a magnetization device which can be installed in a reservoir, continuous production can be achieved, the magnetization time and degree can be controlled, and various magnetic fields and fluid relative speeds can be covered. The magnetization device can be widely applied in industrial pipe and heat exchange circulating water magnetization for preventing scale, removing scale and preventing rust, concrete mixing water magnetization for enhancing the intensity and fishery culture water magnetization for resisting diseases and increasing the yield, and can provide a lot of agricultural magnetization water.

Description

technical field [0001] The invention relates to the field of magnetization technology, in particular to a stirring type liquid magnetization device. Background technique [0002] Magnetization technology is generally divided into electromagnetic and permanent magnetization. At present, there are two ways to magnetize liquids with permanent magnets: adding magnetization inside the tube and adding magnetization outside the tube. Adding magnetization inside the tube is to connect a section of magnetized tube in series with the liquid pipeline to be magnetized. The specific The method is to cut a section of the pipeline, and then connect a magnetized tube with welding or a flange. For thicker pipelines, it is necessary to connect the magnetized tubes in parallel to form thicker honeycomb tubes, and then connect them in series; because the magnetized tubes are only on the surface The magnetic field is stronger, so thicker magnetized tubes are not as good as parallel thin tubes wi...

AI Technical Summary

Problems solved by technology

[0008] At present, the permanent magnet magnetizers used in industry, after the design and installation are completed, the effect and degree of magnetization are fixed. If you want to increase or change the magnetization capacity, you can only increase the number of magnetizers or recycle them. The former requires pipeline renovation projects. , the latter needs to install a circulating pool, and can only produce magnetized water in batches

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