Water magnetizing device

A magnetized water and magnetic field technology, applied in the direction of magnetic field/electric field water/sewage treatment, etc., can solve the problems of low efficiency and large size of magnetized water

Inactive Publication Date: 2004-02-11

蔡志峰

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AI-Extracted Technical Summary

Problems solved by technology

However, the efficiency of this magnetized water treatment method for treating magnetized water is very low. If it i...

Method used

Please refer to shown in accompanying drawing 2, between upper and lower two electromagnets 7, be wound with elliptic disk coil 6, wrap one deck ferrite magnetic material in outermost layer, to reduce flux leakage, A water pipe 3 is connected betwee...

Abstract

High frequency current of great power is fed to windings to produce alternate magnetic field, and water pipes are set neat the magnetic field with water flow direction being parallel or perpendicularto the magnetic force lines in the magnetic field, so that water flowing through the pipes is magnetized. The frequency of HF vibration and the width of the pulse are controllable and variable to suit different magnetizing requirement. Inside the alternate magnetic field, the iron atoms in the water are vibrated strongly, so that the large molecular groups are crushed into fine water molecules with greatly raised permeation rate. The present invention has high water magnetizing efficiency and great water treating amount and is suitable for suitable for use in industrial and agricultural production.

Application Domain

Water/sewage treatment by magnetic/electric fields

Technology Topic

PhysicsWater pipe +9

Image

Examples

Experimental program(1)

Example Embodiment

[0008] See attached figure 1 As shown, a set of coils 2 are wound on a cylinder 13, a high-frequency oscillation source 1 is connected to the coil 2 to generate an alternating magnetic field. In the space of the simplified version 13, the water pipe 3 is passed, and the treated water comes from the inlet of the water pipe 3. 4 flows in and flows out from the water outlet 5. It can be seen that the direction of water flow is parallel to the direction of the magnetic field lines generated by the coil 2.

[0009] See attached figure 2 As shown, an elliptical disk coil 6 is wound between the upper and lower electromagnets 7, and a layer of ferrite magnetic material is coated on the outermost layer to reduce magnetic flux leakage. In the water inlet pipe 3, the treated water flows in from the water inlet 4 and flows out from the water outlet 5. The coil 6 generates an alternating magnetic field. The direction of the magnetic line of force 8 is perpendicular to the direction of the water flow.

[0010] See attached image 3 As shown, the device is similar in structure to an ordinary motor, but the rotor is fixed. The stator core 9 uses a magnetic conductor, and an n-phase winding coil 10 is wound in the stator groove. The rotor 11 uses a magnetic conductor. In the gap between the stator and the rotor, there are a number of water pipes 3, n-phase alternating power supply 12 and the coil The windings are connected to generate a rotating magnetic field, and the treated water is magnetized by passing through the rotating magnetic field.

[0011] See attached Figure 4 As shown, the high-frequency generator consists of the following parts:

[0012] Setting frequency: The best operating frequency determined according to different uses and requirements can be freely determined by the user according to the situation.

[0013] Variable frequency square wave generator: The frequency of this generator is determined by the set frequency. It should stop oscillating when the power switch is overheated or the water flow stops.

[0014] Drive circuit: Amplify the output pulse of the monostable circuit enough to drive the power switch (VMOS tube or IGBT) and use it to generate the excitation current.

[0015] Current sampling: protect the safe operation of VMOS tube or IGBT under any abnormal conditions.

PUM

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