Water processor with uniform magnetic gaps

Abstract

The invention relates to a magnetizing apparatus, and discloses a water processor with uniform magnetic gaps. The water processor comprises a water pipe, a faucet, and magnetic bodies. The magnetic bodies are supported by magnetic body fixing frames, and the gaps between the magnetic bodies are equal, and are 0.3mm to 5mm. The magnetic body fixing frames are positioned in connector outer pipes. One end of the connector outer pipes is connected to the faucet, and the other end of the connector outer pipes is connected to the water pipe. According to the invention, gaps between the magnetic bodies are small, and magnetic fluxes between the magnetic bodies are uniform. When water current passes through the magnetic gaps, magnetic lines of force can be uniformly cut by the water current. Therefore, when water passes the magnetic gaps, the water can be completely magnetized, such that effective magnetized water can be obtained.

Description

technical field [0001] The invention relates to a magnetizing device. It specifically relates to a water processor whose magnetic gap is uniform magnetism. Background technique [0002] At present, there are many water treatment magnetizers on the market, and the principles of water cutting magnetic force lines are not the same. We choose Hong Kong Jinke Weiye Co., Ltd., which is very influential in the market for magnetized products——Jinkewote high-magnetization tap water dispenser JKWTA-003 product as an example. The magnetic circuit structure of this product has a strong magnetic field, and the energy per square centimeter To obtain a higher magnetic field strength, the single size of the magnet is 15mm × height 12mm × 14mm (radian 0.5mm) = 2520mm 3 , a total of two. The outer ring is made of two semi-circular low-carbon steels with a thickness of 1.2mm and a width of 12mm to form a closed magnetic circuit, plus the dimensions of the plastic parts to complete the paral...

AI Technical Summary

Problems solved by technology

[0006] Most products use ring magnets to let the water flow through the magnets, which cannot meet the basic requirements for the water flow to cut the magnetic force lines vertically. The magnetic force of the ring magnets has large magnetic force lines on both sides, but the magnetic force lines are small in the center hole; due to the large magnetic force at both ends, the water flow is not vertical Cut the magnetic field line, but pass through the magnetic pole of the S end face to the magnetic pole of the N end face, only before entering the annular hole, it is magnetized by the magnetic edge of the S magnetic end face, and when passing through the hole, it is magnetized by the magnetic edge of the N end face magnetic pole, due to the plastic tube The wall of the pipe is so thick that the water flow cannot be cut at the maximum magnetic field line, so the cutting method of the ring magnet cannot effectively magnetize the water

[0007] To sum up, most of the current methods on the market are placed at a long distance and separated by plastic tubes in the middle, so it is impossible to obtain uniform magnetic water flow cutting.

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