KR20220156231A - Magnetizing apparatus - Google Patents

Abstract

Provided is a magnetizing apparatus which comprises: a case; a base; a rotating housing; a seating sheet; and a drive means. An accommodation space is provided inside the rotating housing. At least a pair of magnets are disposed around the rotating housing. At least one N pole and at least one S pole of the pair of magnets face the accommodation space of the rotating housing so that a line of magnetic force and a magnetic field are generated between the N pole and the S pole. The seating sheet is fixed to the inner accommodation space of the rotating housing so that an object to be magnetized is seated thereon. The drive means drives the rotating housing to rotate outside the object to be magnetized. In a situation where the object to be magnetized (for example, water, tea, alcohol, coffee, etc.) is stationary and does not move, the plurality of magnets are rotated by the rotating housing while surrounding the outside of the object to be magnetized, and at the same time, the line of magnetic force and the magnetic field rotate together with the plurality of magnets. Accordingly, a magnetization function can act on the object to be magnetized faster, more uniformly, and in a larger range such that the magnetization effect can be improved. Furthermore, the biological and physical properties of the object to be magnetized can be changed by more effectively changing a molecular structure and arrangement of the object to be magnetized.

Description

Magnetizing device {MAGNETIZING APPARATUS}

The present invention relates to a magnetization device, in which a magnet and generated lines of force and a magnetic field rotate around an object to be magnetized in a situation where the object to be magnetized is stationary and does not move, so that the magnetization function is more uniform and has a larger range. can act on a magnetized target to enhance its magnetization effect.

Inside all biological substances, there are all charged substances and magnetic substances, and since the earth itself is a very large magnetic field, the charged substances and magnetic substances of all living things are regularly arranged and move under the action of the earth's magnetic field, forming ever-changing life phenomena. do. The characteristics of various organisms in the process of evolution are closely related to the electric field, magnetic field, and gravitational field that exist on earth, and when the strength of the external magnetic field changes, the characteristics of various organisms change accordingly.

In the general case, water is a dielectric and polar molecule; In the absence of an electric field, the "centers of gravity" of the positive and negative charges of each water molecule do not coincide, and a non-zero dipole moment exists. Since the direction is not ordered, it does not exhibit electrical properties from a macroscopic point of view. In addition, water is also a magnetic medium, and since electrons move around atoms, each water molecule generates a molecular current (also called a loop current) and also creates a molecular magnetic moment of the molecular current. In the absence of an external magnetic field, the direction of each molecular magnetic moment is not ordered, and since the magnetic moments of a large number of molecules cancel each other out, the molecular current is distributed in a disorderly manner from a macroscopic point of view, preventing water from exhibiting magnetic properties. When water molecules are subjected to the action of a magnetic field, the molecular magnetic moment is somewhat converted to the direction of the magnetic field, and magnetization occurs. The molecular current is distributed regularly, and the magnetization current is generated in the macroscopic effect. At the same time, the water molecules and impurity ions (eg Ca ²⁺ ) in the water obtain magnetic energy, and the conductivity, osmotic pressure, surface tension and Viscosity, dissolved oxygen content, pH value, and optical properties are all changed, causing a series of biological effects.

In general, after water has undergone a magnetization treatment, impurities in the water are subjected to the action of a magnetic field to change the crystal aggregation state and affect the structure of water, so that the water molecular chain is shortened, the water viscosity is reduced, the surface area is increased, Surface tension is reduced, activity is improved, osmotic pressure is increased, solubility and oxygen content are increased.

Therefore, after water undergoes magnetization treatment, its solubility, ionization degree, fluidity and oxygen content are increased. These physical properties are very advantageous in providing nutrients to organisms and are beneficial in promoting the metabolism of organisms.

In general, water molecules in water are naturally linked into relatively large "molecular clusters", and the physical properties are very stable. Prior art related to magnetized water generally uses water to flow through a magnetic field, so that charged particles such as hydrogen ions flowing in the magnetic field change into small magnetic bodies, and the small magnetic bodies move in the magnetic field and interact with each other. destroys the large "molecular cluster" structure, so that the large "molecular cluster" structure turns into a semi-stable and relatively small "molecular cluster" structure, which is a relatively small "molecular cluster" metastable structure, It has higher physical, chemical and biological activity compared to the stable and relatively large "molecular cluster" structures, eg increased penetrability into the skin and increased solubility in minerals. Therefore, bathing in such water is advantageous for the skin to absorb water, and can prevent and treat skin diseases, and improve skin elasticity.

Magnetized water has small molecules, is easy to penetrate into cells, and is advantageous for exchange of substances inside and outside cells, so bathing with magnetized water generated by a water heater can maintain physical health, improve skin function, prevent skin from drying out, and prevent skin from drying out. It improves the elasticity of the face, makes the face shine, is advantageous for beauty, and can prevent and treat various skin diseases, so it is the cheapest and harmless beauty health care method. As early as 500 years ago, the Chinese Academy of Medicine discovered that magnetized water is effective in "removing scars and regenerating skin", and it is also written that "applying magnetic powder to the tip of bleeding from cuts has analgesic and hemostatic effects", as you can see. It is also effective in treating scars.

Taking advantage of the high solubility of magnetized water in CaCO ₃ , if you brush your teeth with magnetized water every morning and evening and brush your teeth with magnetized water generated from a water heater, you can reduce the occurrence of oral diseases and bad breath. can be removed. When used for a long time, it is advantageous in removing stubborn tooth stains and tartar, and makes teeth white and beautiful.

To sum up, the scientists came to the following conclusions through experiments. After various substances are induced by magnetic force, the charges of their internal atoms are rearranged, which has a certain effect on their physical properties. For example, after water is induced by magnetic force, its charges are rearranged to form a surface It has the advantages of lowering tension, excellent permeability and stable pH value, and greatly contributes to the improvement of human health; After being induced by magnetic force, the fuel used in automobiles can make the oil molecules fine, so that the fluidity of the oil is improved, the fuel is burned more completely, and the efficiency is higher; When cosmetics pass through a magnetic field, they become cosmetics with relatively small molecules, and the skin absorption effect is greatly improved.

For prior art related to magnetization, refer to US Patent No. US6022479 entitled "Method and device for producing activated liquids and methods of use thereof", and the technical content of the patent is as follows.

The active liquid manufacturing device has a magnetostatic structure and includes an accumulator; a body disposed in a strong magnetic field, responsive to visible electromagnetic radiation, one end approaching the liquid surface and formed of a polymer comprising a number of substances; and a circuit proximate to the other end of the main body. A laser diode can emit a flash of a specific wavelength and specific frequency, so that the polymeric body can emit low-frequency oscillations after the passage of an electric current, thereby activating the liquid in the accumulator.

However, the above US patent has at least the following disadvantages.

1. The structure is complex, increasing the manufacturing cost.

2. Since the magnetic field has a magnetostatic structure, and the low-frequency vibration emitted by the polymer body after current flows can only be partially transmitted downward to the liquid in the accumulator, the magnetization function cannot act uniformly and widely on the liquid, and its magnetization The effect is less than ideal.

Therefore, in order to improve the magnetization effect, it is necessary to develop a magnetization device in which the magnetization function can more evenly and broadly act on magnetized objects.

An object of the present invention is to improve the magnetization effect, a magnetization device in which a magnet, generated lines of force, and magnetic fields surround and rotate around the outer circumference of a magnetized object that is stationary and do not move, so that the magnetization function can act more evenly and more widely on the magnetized object. is to provide

To achieve the above object, the present invention includes a case, a base, a rotating housing, a seating seat, and a driving means, wherein the base has a fixed post; An accommodation space is provided inside the rotating housing, a lower portion of the rotating housing is movably installed on the fixing post, and at least one pair of magnets are provided around the rotating housing, and at least one of the pair of magnets is provided. orient an N pole and at least one S pole toward the receiving space of the rotating housing, so that lines of magnetic force are generated between the N pole and the S pole, so as to partition a magnetic field inside the rotating housing; the seating sheet is fixed to the fixing post, is located in the inner accommodation space of the rotating housing, and a magnetized object is seated thereon; The driving means is disposed on the base and drives the rotating housing to rotate outside the object to be magnetized.

In a situation where the object to be magnetized (for example, water, tea, alcohol, coffee, etc.) is stationary and does not move, the plurality of magnets surround and rotate around the outside of the object to be magnetized by the rotating housing, and at the same time, the magnetic line of force and the magnetic field also rotate, Since the magnetization function can act on the magnetized object faster, more uniformly, and in a larger range, the magnetization effect can be improved, and furthermore, the molecular structure and arrangement of the magnetized object can be more effectively changed to change its biological and physical properties. have.

1 is a perspective view of the present invention.
2 is an exploded perspective view of the present invention.
3 is a cross-sectional perspective view of the present invention.
4 is a cross-sectional view of a use embodiment of the present invention.
5 is a schematic diagram 1 of a magnet installation embodiment of the present invention.
6 is a schematic diagram 2 of a magnet installation embodiment of the present invention.
7 is a schematic diagram 3 of a magnet installation embodiment of the present invention.

1, 2, and 3, the present invention includes a base 10, a rotating housing 20, a seating seat 30, a driving means 40, and a case 50, described in detail below. do.

The base 10 includes a fixing post 11 .

There is an accommodation space 21 inside the rotation housing 20, the lower part of the rotation housing 20 is movably installed on the fixed pillar 11, and around the rotation housing 20 there are 4 There are two magnets 22 (ie, two pairs of magnets), and at least one N pole and at least one S pole of the plurality of magnets 22 face the receiving space 21 of the rotating housing, A line of magnetic force is generated between the N pole and the S pole (for example, the curved arrow in FIG. 6 ) to divide the magnetic field inside the rotating housing 20 .

The seating sheet 30 is fixed to the fixing post 11 and positioned in the inner accommodation space 21 of the rotating housing 20 to install a magnetization target 90 (as shown in FIG. 4). ).

The driving means 40 is disposed on the base 10 and drives the rotating housing 20 to rotate outside the magnetized object 90 (as shown in FIG. 4 ).

In one embodiment, the magnetization target is any one selected from water, tea, alcohol, coffee, and coffee beans.

In one embodiment, a case 50 is connected to the base 10, and the case 50 has a hollow shape and surrounds the rotation housing 20 so that the rotation housing 20 is not exposed, so that the rotation The housing 20 can rotate safely in the case 50. 4, since the diameter of the upper opening of the case 50 is smaller than the diameter of the upper opening of the rotating housing 20, there is a position limiting function, and the container 91 collides with the rotating housing 20. , to avoid collisions.

In one embodiment, a plurality of receiving grooves 23 for installing the plurality of magnets 22 in a buried type are installed around the rotating housing 20 according to the installation position of the plurality of magnets 22 .

In one embodiment, each of the plurality of magnets 22 is vertically installed in a bar shape around the rotating housing 20 to form a relatively large range of magnetic lines of force and magnetic fields.

In one embodiment, the driving means 40 includes a motor 41, a rubber ring 42 for power transmission and a bearing 43, the motor 41 is installed on the base 10, The inner wall of the bearing 43 (for example, a ball bearing) is capped and fixed to the fixing column 11, and the lower part of the rotating housing 20 is capped and fixed to the outer wall of the bearing 43, so that the rotating housing ( 20) is movably installed on the fixing column 11, and both sides of the rubber ring 42 for power transmission are connected to the driving shaft of the motor 41 and the rotating housing 20 to transmit power. Since the cover can be installed on the lower part of the motor 41 through the rotation of the power transmission rubber ring 42, the rotating housing 20 is the outside of the magnetization target (as shown in FIG. 4) can be driven to rotate in

In one embodiment, a hole sheet 12 supporting the motor 41 is installed on the base 10 .

In one embodiment, a power supply unit 13 and a control circuit board 14 are further installed on the base 10, and the power supply unit 13 and the control circuit board 14 are connected to the motor 41 and constitutes a control loop so that the power supply unit 13 provides power to the motor 41 and controls the rotational speed of the motor 41 through the control circuit board 14. , controlling the rotational speed of the rotating housing 20; The power supply unit 13 may be a battery.

The foregoing is an introduction to each component and construction method of the present invention, and below will introduce usage examples, features, and effects of the present invention.

Referring to FIG. 4 , the magnetization target 90 may be any one of water, tea, alcohol, and coffee, and is contained in a container 91 and then placed in the seating sheet 30 and the rotating housing 20. can

When the rotating housing 20 is driven to rotate by the driving means 40, the plurality of magnets 22 are magnetized by the rotating housing 20 in a situation where the magnetized object 90 is stopped and does not move. As it rotates around the periphery of (90), the magnetic line of force and magnetic field also rotate together, so that the magnetization function can act on the magnetization target 90 in a faster, more uniform, and larger range, thereby improving the magnetization effect, and further By more effectively changing the molecular structure and arrangement of the magnetized object 90, its biological and physical properties can be changed.

Referring to Figures 5, 6 and 7, it is a schematic diagram of a plurality of magnet installation embodiments. Two magnets 22 (ie, a pair of magnets 22), four magnets 22 (ie, two pairs of magnets 22), and six magnets 22 ( That is, there may be three pairs of magnets 22, and the number of magnets 22 installed is not limited thereto. It can be seen that the magnetic field strength is larger.

In summary, the plurality of magnets 22 are also equally arranged to correspond in even numbers, so that the N poles and S poles of the plurality of magnets 22 completely correspond to each other to generate magnetic force lines, and magnets without magnetic field action. Since there is no (22), the magnetization function is more even and acts on the magnetized object in a larger range to enhance its magnetization effect.

10: base
11: fixed pillar
12: hole seat
13: power supply unit
14: control circuit board
20: rotating housing
21: accommodation space
22: magnet
23: receiving groove
30: seating sheet
40: driving means
41: motor
42: rubber ring for power transmission
43: bearing
50: case
90: magnetized target
91: Courage
N: N pole
S: S pole

Claims (9)

As a magnetization device,
A base having a fixing post;
There is an accommodation space inside, the lower part is movably installed on the fixed column, there are at least one pair of magnets around, and at least one N pole and at least one S pole of the pair of magnets are used to accommodate the accommodation space. a rotational housing that directs toward space and generates lines of magnetic force between the N pole and the S pole to partition a magnetic field therein;
a seating sheet fixed to the fixing post, positioned in the inner accommodating space of the rotating housing, and on which a target to be magnetized is seated; and
and a driving means disposed on the base to drive the rotating housing to rotate outside the object to be magnetized. According to claim 1,
The magnetization device, characterized in that the magnetization target is any one selected from water, tea, alcohol, coffee. According to claim 1,
A case is connected to the base, and the case has a hollow shape and surrounds the rotation housing so that the rotation housing is not exposed to the outside, so that the rotation housing can rotate safely in the case; Since the diameter of the upper opening of the case is smaller than the diameter of the upper opening of the rotating housing, the magnetization device according to claim 1, characterized in that the position limiting function is provided and the container is prevented from colliding with the rotating housing. According to claim 1,
The magnetization device, characterized in that a plurality of receiving grooves for installing the plurality of magnets in a buried type are installed around the rotation housing according to the installation position of the plurality of magnets. According to claim 1,
The magnetization device, characterized in that each of the plurality of magnets is installed around the rotating housing vertically in a bar shape to form a magnetic force line and a magnetic field in a relatively large range. According to claim 1,
The driving means includes a motor, a rubber ring for power transmission, and a bearing, the motor is installed on the base, the inner wall of the bearing is covered and fixed to the fixing column, and the lower part of the rotating housing is the outer wall of the bearing Covered and fixed, the lower part of the rotation housing is movably installed on the fixing column, and both sides of the power transmission rubber ring are covered with the driving shaft of the motor and the lower part of the rotation housing to enable power transmission, respectively Since it can be fixed, the magnetization device can be driven so that the rotation housing rotates outside the object to be magnetized with the rubber ring for power transmission through rotation of the motor. According to claim 6,
Magnetization device, characterized in that the hole sheet for supporting the motor is installed on the base. According to claim 6,
A power supply unit and a control circuit board are further installed in the base, and the power supply unit and the control circuit board are electrically connected to the motor and constitute a control loop, so that the power supply unit supplies power to the motor; , Controlling the rotation speed of the rotation housing by controlling the rotation speed of the motor through the control circuit board. According to claim 1,
The magnetization device according to claim 1 , wherein the plurality of magnets are equally arranged in an even number so that N poles and S poles of the plurality of magnets correspond to each other to generate magnetic force lines.

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