JP3145967U - Magnetizer for fluid - Google Patents

Abstract

A fluid magnetizing apparatus capable of uniformly magnetizing a fluid is provided.
SOLUTION: A fluid inflow gap is provided by setting the N pole and S pole of a permanent magnet in parallel to the center of a hollow case having a fluid inlet on one side wall and a fluid outlet on the other side wall. The object has been achieved by a fluid magnetizing apparatus characterized in that the north and south poles are connected by a yoke. Since the interval between the opposing magnetic pole surfaces can be freely selected, the best magnetization efficiency can be selected, and since the hollow case can also serve as a magnetic shield, there is an effect of preventing magnetic leakage.
[Selection] Figure 3

Description

  The present invention relates to a fluid magnetizing apparatus intended to be used when magnetizing air, water or other fluids.

Conventionally, when magnetizing air or water, the object is achieved by making N and S magnetic poles counter to the outside of the air supply pipe or the water supply pipe and placing the fluid in a predetermined magnetic field.
Utility model registration No. 3090914

  Conventionally, since the magnetic poles are opposed to the outside of the pipe for the magnetization of the fluid that passes through the pipe, the magnetic pole surfaces are inevitably uneven in distance, and the degree of magnetization of the fluid (for example, air) flowing in the pipe is inevitably There is a problem that the magnetic field intensity is not uniform and the total magnetization intensity (average value) cannot be avoided (Patent Document 1).

  Further, regarding the magnetization from the outside of the pipe, there is a problem that the material of the pipe (for example, a ferromagnetic material cannot be used) is also limited.

  However, when a permanent magnet is used for the magnetization of a fluid, there is a limit to the strength of the magnetic force itself (for example, 5000 gauss), and this strength must be effectively applied. The effective magnetic force when magnetized from the outside naturally has a problem of being lower than the original magnetic force.

  This device exposes the N and S poles in the hollow case so that the polar planes face each other and can be installed close to each other, so it works with a magnetizing force that is greater than the original strength of the magnet, and works evenly with a parallel magnetic field. However, the conventional problems such as not being affected by the material of the air supply pipe (or liquid supply pipe) have been solved.

  In other words, in the present invention, a fluid inflow gap is provided by making the north and south poles of a permanent magnet parallel and parallel to the center of a hollow case having a fluid inlet on one side wall and a fluid outlet on the other side wall. A magnetizing device for fluid, characterized in that the N pole and S pole are connected by a yoke, and is permanently attached to the center of a hollow case in which a fluid inlet is provided on one side wall and a fluid outlet is provided on the other side wall. In the magnetizing apparatus in which the N and S poles of the magnet are parallel and opposite to each other to provide a fluid passage gap and the N and S poles are connected by a yoke, the N and S poles are fixed above and below the rectangular yoke. A magnetizing device for fluid is characterized in that a rectangular gap through which a fluid flows is formed by closing the gap between the frame wall, the N pole, the S pole, and the yoke with a nonmagnetic material.

  Also, a fluid inflow gap is provided by providing a fluid inflow port on one side wall and a N pole and a S pole of a permanent magnet in parallel to the central portion of the hollow case provided with a fluid outlet on the other side wall, In the magnetizing apparatus in which the N pole and the S pole are connected by a yoke, a space is interposed between the fluid inlet and the fluid outlet and the passage gap between the N pole and the S pole through which the fluid flows. The hollow case is formed by fixing a side wall plate having a fluid inlet on one side of a rectangular cylinder and fixing a side wall plate having a fluid outlet on the other side of the rectangular cylinder. .

  In the above, the positions and areas of the N pole and the S pole can be freely selected. In addition, if the N pole and S pole of the permanent magnet are installed opposite to each other at the center of the hollow case and the gap between the case and the case is closed with a nonmagnetic material, the inflowing fluid can pass only the set gap.

  In the present invention, since the N pole and S pole magnetic poles are disposed opposite to the center of the hollow case having the fluid inlet and outlet, a fluid passage gap is provided between the poles. It flows and is magnetized. In this case, since the magnetic pole faces are parallel, there is an effect that the fluid can be uniformly magnetized.

  Further, since the interval between the opposing magnetic pole faces can be freely selected, there is an effect that the best magnetization efficiency can be selected.

  Furthermore, since the hollow case can also serve as a magnetic shield, there is an effect that magnetic leakage can be prevented in advance.

  In this device, the facing surfaces of the N and S poles of a permanent magnet are arranged in parallel at a predetermined interval in the center of a ferromagnetic hollow case having a fluid inlet on one side wall and a fluid outlet on the other side wall. The fluid magnetizing device was configured by closing the gap between the N pole and the S pole and the inner wall of the hollow case with a nonmagnetic material. The fluid is mainly air or water, but can be used for other fluids.

  The facing surfaces of the N and S poles are flat and are placed facing each other in parallel, but the interval is determined appropriately (for example, 20 mm for air magnetization). As described above, since the magnetic pole surface is flat and parallel, the passing fluid can be magnetized uniformly and with a set strength. Further, since the magnetic shielding is performed by the hollow case, the magnetic lines of force are not likely to leak out of the hollow case, and there is no possibility of magnetically affecting nearby objects.

  A rectangular parallelepiped hollow case 1 made of an iron plate is configured by installing a fluid (for example, air) inflow cylinder 2 at the center of one side wall 1a of the square cylinder 1c and a fluid outflow cylinder 3 at the center of the other side wall 1b. . The magnet body 9 is fitted and fixed to the central portion of the hollow case 1. The magnet body 9 makes the permanent magnets 4 and 5 face each other, and fixes the outer yokes 6 to the side walls of the hollow case 1 (by screws 10), and between the permanent magnets 4 and 5 and the yoke 6 The gaps are filled with urethane plates 7 and closed (FIG. 3).

  There are gaps 8 between the fluid inflow cylinder 2 of the hollow case 1 and the side wall provided with the fluid outflow cylinder 3 and the permanent magnet, but the yoke 6 is fixed to the other side wall. There is no gap. The yoke 6 includes a U-shaped frame 6b and a flat plate 6a that closes the U-shaped frame 6b. In the figure, 11 is a screw (FIGS. 2 and 3).

  Accordingly, the inflowing fluid is magnetized by passing only through the parallel gap between the permanent magnets 4 and 5, so that it is evenly and strongly magnetized.

(A) Cross-sectional view of the hollow case of the present invention, (b) a front view, partly broken. The expanded view of the thing which comprises the magnet of an Example similarly. (A) The top view of a magnet body similarly, (b) Similarly a front view.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Hollow case 2 Fluid inflow cylinder 3 Fluid outflow cylinder 4,5 Permanent magnet 6 Yoke 7 Urethane board 8 Gap

Claims (4)

  A fluid inflow opening is provided on one side wall, and a N-pole and a S-pole of a permanent magnet are opposed in parallel to a central portion of a hollow case provided with a fluid outlet on the other side wall, thereby providing a fluid passage gap. A magnetizing device for fluid, wherein the S pole and the S pole are connected by a yoke.   A fluid inflow opening is provided on one side wall, and a N-pole and a S-pole of a permanent magnet are opposed in parallel to a central portion of a hollow case provided with a fluid outlet on the other side wall, thereby providing a fluid passage gap. In the magnetizing apparatus in which the N pole and the S pole are connected by a yoke, the N pole and the S pole are fixed to the upper and lower sides of the rectangular yoke and are opposed to each other, and the gap between the frame wall and the N pole, the S pole, and the yoke is made of a nonmagnetic material. A magnetizing device for fluid, which is closed to form a rectangular gap through which fluid flows.   A fluid inflow opening is provided on one side wall, and a N-pole and a S-pole of a permanent magnet are opposed in parallel to a central portion of a hollow case provided with a fluid outlet on the other side wall, thereby providing a fluid passage gap. In the magnetizing apparatus in which the Y and S poles are connected by a yoke, a space is interposed between the fluid inlet and outlet and the passage between the N pole and S pole through which the fluid flows, respectively. Magnetizer for fluid.   The hollow case has a side wall plate having a fluid inflow port fixed to one side of a rectangular cylinder, and a side wall plate having a fluid outflow port fixed to the other side of the rectangular tube. The magnetizing device for fluid according to any one of the above.

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