JPH07809A - Magnetic treatment device for reforming liquid - Google Patents

Abstract

PURPOSE:To reform various types of fluid used in industries and at general households by passing a fluid through a clearance between a bar magnet and a ferromagnetic pipe. CONSTITUTION:A ferromagnetic spacer 3 is sandwiched between permanent magnets 1 arranged in a non-magnetic pipe 2 in such a manner that the permanent magnetic repulse each other. In addition, a holding device 4 is attached to both ends of the non-magnetic pipe 2, thus constituting a bar magnet. This bar magnet is introduced into a ferromagnetic pipe 7. Further, a connector 5 with a pipe screw 6 is engaged with both ends of the ferromagnetic pipe 7 using a screw. If the connector 5 is disengaged, the bar magnet can easily be taken out. Therefore, a magnetic beam penetrates through the non-magnetic pipe 2, reaching the ferromagnetic pipe 7 almost at right angles after passing through a clearance. Further, the magnetic beam passes through the ferromagnetic pipe 7, and is converged into an adjacent S pole. The fluid passes through a strong magnetic field by the number of ferromagnetic spacers 3, cutting across the magnetic field at right angles. Thus the fluid is magnetically treated.

Description

The present invention relates to a fluid reforming magnetic treatment device for reforming various fluids used in industry and general households.

(B) Conventional technology A conventional fluid reforming magnetic treatment device for various fluids has a structure in which a plurality of donut-shaped permanent magnets are arranged in a cylinder and the fluid is passed through the center of the donut-shaped magnet. Alternatively, a permanent magnet is arranged so as to sandwich a pipe through which a fluid passes from the outside.

(C) Problems to be solved by the present invention However, in these fluid reforming magnetic treatment devices, there is a problem of corrosion because the permanent magnet is directly arranged in the fluid, and the magnetic circuit is not formed. Therefore, there are problems that a sufficient magnetic field strength cannot be obtained and that cleaning of the inside is difficult. It is an object of the present invention to obtain a fluid reforming magnetic treatment apparatus that completely eliminates these drawbacks of the prior art.

(D) Means for Solving the Problem The present invention will be described below with reference to the drawings. In FIG. 1 and FIG. 2, a ferromagnetic spacer 3 is sandwiched between permanent magnets 1 arranged in the non-magnetic pipe 2 so as to repel each other, and a holder 4 is provided at both ends of the non-magnetic pipe 2. It is attached and constitutes a bar magnet. This bar magnet is inserted into the ferromagnetic pipe 7. Then, a connecting tool 5 having a pipe screw 6 is screwed to both ends of the ferromagnetic stopper 7. Therefore, the bar magnet can be easily taken out by removing the connecting tool 5.

(E) Action In the fluid reforming magnetic treatment apparatus of the present invention having the above structure, the magnetic circuit is configured as follows. In FIG. 3, since the permanent magnet 1 inside the bar magnet is incorporated so as to repel, the magnetic force line indicated by the solid line due to the repulsion of the N poles penetrates the non-magnetic pipe 2 and passes through the air gap to the ferromagnetic pipe 7. Reaches almost right angle. Then, it passes through the ferromagnetic pipe 7 and is converged to the adjacent S pole. Thus, a closed circuit is constructed. In FIGS. 1 and 3, the fluid enters from the pipe screw 6 of the connector 5 and flows as indicated by the broken line arrow. At this time, the fluid advances while crossing the magnetic field at a right angle. Therefore, the fluid will pass through a magnetic field as strong as the number of the ferromagnetic spacers 3, and the fluid will be magnetically processed.

(F) Example FIG. 1 shows a case where the fluid reforming magnetic treatment apparatus according to the present invention has three poles. The number of poles can be increased depending on the type of fluid.

(G) Effect of the Invention In the present invention, a strong magnetic field can be easily obtained despite the extremely simple structure as described above. 2 m in the example
10000 Gauss was obtained in m. Also, the number of poles can be easily changed depending on the type of fluid, and the bar magnet inside can be taken out and cleaned. The magnetic circuit is a completely closed circuit, and there is no magnetic field leakage to the outside. .

[Brief description of drawings]

FIG. 1 is a sectional view of a fluid reforming magnetic treatment apparatus according to the present invention. FIG. 2 is the AA arrow view, and FIG. 3 is a magnetic circuit configuration diagram and a fluid flow diagram. 1 Permanent Magnet 2 Non-Magnetic Pipe 3 Ferromagnetic Spacer 4 Holder 5 Connector 6 Pipe Screw 7 Ferromagnetic Pipe

Claims (1)

[Claims] A single bar magnet in which a plurality of permanent magnets 1 are arranged in a non-magnetic pipe 2 so as to repel each other and a ferromagnetic spacer 3 is sandwiched between the permanent magnets is larger than the outer diameter of the bar magnet. The ferromagnetic pipe 7 is inserted into the ferromagnetic pipe 7 having an inner diameter, and the bar magnet is held so as to be located at the center of the ferromagnetic pipe 7. Further, in order to facilitate connection with an external device and internal cleaning, the ferromagnetic pipe 7 In the magnetic processing apparatus having a structure in which the connecting tools 5 are arranged at both ends of the fluid-modifying magnetic processing apparatus, the fluid is allowed to pass through the gap between the bar magnet and the ferromagnetic pipe 7.