External plug-in field intensity adjustable magnetizer special for agricultural irrigation

Abstract

The invention belongs to the technical field of water-saving irrigation and water treatment and especially relates to an external plug-in field intensity adjustable magnetizer special for agriculturalirrigation. Flange plates are arranged at two ends of a stainless steel pipe body; the pipe diameter of the stainless steel pipe body is equal to the pipe diameter of a connected drip irrigation system pipeline; an upper through hole group and a lower through hole group which are staggered left and right and obliquely penetrate through the pipe body are uniformly distributed on the pipe body along the axial direction; axes of upper through holes and lower through holes of the same upper through hole group and the same lower through hole group are the same; hole seats are respectively arrangedon the upper through holes and the lower through holes; magnetic rods with two ends extending out of the pipe body are respectively mounted in the hole seats of the upper through holes and the lowerthrough holes in a matched manner; and the hole seats of the upper through hole group and the lower through hole group are in seal fit with the magnetic rods through seal rings and clamping rings andare fastened through bolts. The magnetizer has advantages of reasonable structure, simple structure, convenient installation, plug-and-play function, adjustable magnetic field intensity, full-face water magnetization, high magnetization intensity and good magnetization effect, and the magnetic field intensity is adjusted by increasing or decreasing the number of the magnetic rods according to actual crop requirements.

Description

[0001] The invention belongs to the technical field of water-saving irrigation and water treatment, in particular to an extra-insertable field-strength adjustable magnetizer for agricultural irrigation. Background technique [0002] Many experiments in recent years have shown that: magnetized water can speed up the metabolism of plants, thereby increasing the photosynthetic efficiency of plants, enhancing the activity of metabolic enzymes, and finally increasing crop yield and improving its quality. With the deepening of the research on biological magnetic field effect, it is widely used in agricultural production. Previous studies have shown that soaking seeds in magnetized water can make the seeds germinate faster and increase the germination rate, making them Seedlings have the advantages of suitable plant height, stem thickness, and root length; using magnetized water to irrigate the field can also loosen the soil texture, accelerate the thorough decomposition of organic ma...

AI Technical Summary

Problems solved by technology

The structure of the device is relatively complex, there are many parts, and it is not easy to maintain

[0007] Invention application June 12, 2018, application number 201810603706.5, publication date September 14, 2018 A magnetized water sterilization device is disclosed, which is characterized by several turns of alternating current coils wound outside the pipe wall, which generate an electromagnetic field and When heat is generated, there is a cold water pipe inside the coil, which is connected to the inner cavity at the same time, so that the heat can be taken away by the cold water, so that the coil will not be overheated. This device solves the problem between the magnetic field and the heat generated by the coil. contradiction, but its structure is complex and requires high coil quality

[0008] Invention application dated June 14, 2018, application number 201810611160.8, publication date October 16, 2018. An outsourced electromagnetic magnetizer is disclosed, which is characterized in that several substrates are mounted on a mounting frame, and electromagnetic Iron, the electromagnet is outsourced with a shell, and there is a power line inside the shell, which will generate an electromagnetic field just after the power is turned on. This device can be set on the pipe wall to make the water flow through it magnetized. The structure of the device is complex and requires external power facilities. narrow

[0009] Although the above-mentioned use models and invention patents have their structural characteristics, they can be used in agricultural irrigation, especially the device on the drip irrigation system has not yet been installed, or the installation is difficult, or the use effect is not obvious

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