KR20040090353A - Device for generating magnetized hexagonal water - Google Patents

Abstract

PURPOSE: Provided is a device for generating magnetized hexagonal water which is able to provide water helpful to health by evenly generating hexagonal water, where clusters of purified water become smaller. CONSTITUTION: The device for generating magnetized hexagonal water(2) installed in a storage tank(1) storing water passed through a filtering device(6) is rotated by a motor(30) and a magnet rotation plate(4) installed on the outer side of the storage tank.

Description

Magnetized hexagonal water generator. {Omitted}

The present invention relates to an apparatus for generating magnetized hexagonal water, which is a method for forming a molecular structure of water into a hexagonal molecular structure. ), Ionization, or a method of applying a magnetic field, but the present invention uses a permanent magnet to form a strong magnetic field around the flow of water, and to rotate the water in the 90 ° direction of the magnetic field to generate a hexagonal water The present invention relates to a magnetization hexagonal water generating device which facilitates this and facilitates the formation of a cluster of water by increasing the kinetic energy of water by rotating the impeller.

Conventionally, in order to apply a magnetic field, water is flowing in a state in which a plurality of magnets having a ring shape are mounted and fixed in a case of a constant size, so that the magnetic field forming range is narrow, and the water has a kinetic energy in the magnetic field, and the direction is 90 °. Hexagonal water generation was not smooth because it did not pass through.

The present invention was created to solve the problems of the prior art,

The water that has passed through the filtration device is changed to a weak alkaline water of about PH8 by changing the molecular structure of the water with magnetized hexagonal water molecules using the device of the present invention. Drinking this water is the body's favorite form of water molecule, so the body's absorption is fast and the water molecules are regularly exhausted in the body, which increases the resistance to external pathogens and plays an important role in promoting the growth of animals and plants. The present invention has the purpose to be able to smoothly generate and provide such a beneficial water.

The purpose of this invention,

In a storage tank (1) for storing water passing through the filtration device (6), a magnetized hexagonal water generator (2) is installed, which is formed so that the magnet part has a plurality of layers around the rotational shaft (8), N Permanent magnets are installed so that the poles and the S poles are alternately installed, and a plurality of impellers are formed at one side so that a plurality of layers are connected in a straight line, and a magnetic field is formed at many places, and water can rotate with kinetic energy when rotating. The magnetic rotational disk (5) is installed on the bottom surface of the storage tank (1) and rotated by the motor (3). This is achieved by allowing interlocking with 4) without connecting shaft.

1 is a schematic configuration of the present invention

Figure 2 is a perspective view of the hexagonal water generating apparatus of an embodiment of the present invention

Figure 3 is a perspective view of the hexagonal water generating device according to another embodiment of the present invention

Figure 4 is a perspective view of the hexagonal water generating device according to another embodiment of the present invention

5 is a view showing the operation and installation state of the hexagonal water generating device according to an embodiment of the present invention

Figure 6 is an action and installation state of the hexagonal water generating device according to another embodiment of the present invention

Figure 7 is a plan view of the operation state of the hexagonal water generating device according to another embodiment of the present invention

8 is a perspective view of a magnetic rotating disc and a magnetic rotating disc of the present invention;

Figure 9 is a perspective view of another embodiment of the present invention the magnetic rotating disk and the magnetic rotating disk

Explanation of symbols on the main parts of the drawings

1. Storage tank 2. Magnetized hexagonal water generator

3. Motor 4. Magnetic Rotating Disc 5. Magnetic Rotating Disc

6. Filtering device 7. Opening and closing valve

8. Rotating shaft 9.9 'permanent magnet 10.10' impeller

11.11 'N-pole 12.12' S-pole 13. Rotating shaft fixing piece

14.14 'non-magnetic 15.15' magnetic field direction

16.16 'water flow direction 17.17' holes

In the magnetized hexagonal water generator,

In the storage tank 1 for storing the water passed through the filtration device 6, a magnetized hexagonal water generator 2 is provided, and a magnet rotational interlocking disc 5 for rotating the magnetized hexagonal water generator 2 on its bottom surface. And a magnetic rotating plate (4) rotated by the motor (3) on the outer bottom side of the storage tank (1) so that the magnetically rotating interlocking plate (5) and the magnetically acting poles are mutually positioned. 3) When the magnetic rotating plate 4 is rotated, the magnetized hexagonal water generating device 2 can rotate without any rotational shaft connected to the outside of the storage tank 1,

The magnet rotational interlocking plate 5 and the magnet rotational plate 4 are divided into regions in which the N pole 11 and the S pole 12 are alternately formed, and the non-magnet parts 14 and 14 'are interposed therebetween (4). Between the automatic rotating plate 4 rotated by the motor 3 and the magnet rotational interlocking plate 5 on the bottom of the magnetized hexagonal water generating device 2 subjected to water resistance. So that it can rotate smoothly without slipping,

As shown in FIG. 2, the magnetized hexagonal water generator 2 has a permanent magnet 9, 9 ′ formed in a multi-layered structure with a predetermined interval around the rotational shaft 8, and a hole (a) around the rotational shaft 8 of each layer. 17) (17) ', followed by permanent magnets 9, 9', with N poles 11 and 11 'permanent magnets 9 and 9' installed at the upper and lower sides, Two S poles 12, 12 'are installed so that they overlap, and on the outer circumferential side of the permanent magnets 9, 9', a straight impeller 10, 10 'is formed in which all layers are connected, A rotating shaft fixing piece (13) fixed to the center of the bottom surface of the storage tank (1) by mounting a magnet rotating interlocking disc (5) so that the rotating magnet interlocking disc (5) can be rotated together integrally. Insert it into the rotating material, or

Alternatively, as shown in FIG. 3, a plurality of impellers 10 (10 '′) are formed in a straight line around the rotation shaft 8 so that the entire layers are connected to each other, and then the outer periphery of the impeller 10, 10 ′ is formed. Circular permanent magnets (9) and (9) ', which are kept at regular intervals in order to be multi-layered, are mounted, N poles (11) (11)' are installed on the upper and lower sides, and two S poles (12) (12) 'on the middle side. It is installed so as to overlap, and the bottom surface is equipped with a magnetic rotating interlocking disc (5) in which the N and S poles are alternately divided, so that when the magnetic rotating interlocking disc (5) is rotated, they are integrally rotated together, and the storage tank (1) inserted into the rotation shaft fixing piece (13) fixed to the center of the bottom surface to enable rotation materials,

Alternatively, as shown in FIG. 4, a plurality of impellers 10, 10 ′ are formed to protrude in a straight line around the rotation shaft 8, and then, to the outside of the impellers 10, 10 ′, impellers 10, 10 ′. Permanent magnets (9) and (9) 'to be integrated with each other, and the N poles (11) (11)' and the S poles (12) and (12) 'are alternately formed, and the bottom of the magnet is divided into When the interlocking disc 5 is mounted, the rotating magnet interlocking disc 5 rotates integrally with the propeller type, and is inserted into the rotating shaft fixing piece 13 fixed to the center of the bottom surface of the storage tank 1. Magnetized hexagonal water generating device characterized in that the rotating material.

The operation of the present invention configured as described above is as follows.

Since the magnetized hexagonal water generator 2 is mounted on the rotation shaft fixing piece 13 in the storage tank 1, when the motor 3 installed on the bottom surface side of the storage tank 2 is rotated, The mounted magnetic rotating plate 4 is rotated, and the magnetic rotating plate 4 and the magnetic rotating interlocking plate 5 move the magnet pole to the N pole 11, 11 ′ and the S pole 12, 12 ′. Since the magnetic force pulling each other is formed and the force to rotate together acts, the magnetized hexagonal water generator 2 in the storage tank 1 rotates when the magnetic rotation disk 4 of the motor 3 rotates. ) And the storage tank (1) can be rotated even without a connecting shaft connected to the outer side, and there is no leakage, abrasion, rust, etc. of the connecting part. Exchange is not necessary and can get clean, advantageous water.

In addition, the magnetic rotating interlocking discs 5 mounted in the storage tank 1 and the magnetic rotating discs 4 mounted on the motor 3 are N poles 11, 11 'and S poles 12, 12. The magnetic rotating plate 4 on the motor 3 rotates by forming the alternating parts and forming the non-magnet parts 14 and 14 between the poles while being divided into four parts or eight parts. Then, the magnet rotation interlocking disc 5 of the magnetized hexagonal water generator 2 rotates. The magnetized hexagonal water generator 2 rotates slowly because resistance may be generated by water or the like. Since the magnetic rotating plate 4 is rotated first and then meets the non-magnet parts 14 and 14 'and then meets the divided zones having the same poles and is pushed to each other, it temporarily acts as a fine brake (stop).

Accordingly, the magnet rotating plate 4 of the motor 3 and the magnet rotating linkage plate 5 of the magnetized hexagonal water generator 2 can smoothly rotate together without sliding.

In addition, when the magnetized hexagonal water generator 2 rotates as shown in FIG. 5, the water flow directions 16 and 16 are formed between the magnetic field directions 15 and 15, and between the magnetic field directions 15 and 15 '. As the water passes in the 90 ° direction, it moves up to the holes 17 and 17 'around the rotational shaft 8, so that a lot of water passes through 90 ° between the magnetic fields and rotates, thereby increasing the water kinetic energy. The passage speed is also high, and it is possible to smooth the hexagonal water generation effect that is beneficial to the human body and to effect the hexagonal hydration of all the clean water in the storage tank 1.

In addition, in the case of FIG. 6, since water passes through the magnetic fields flowing in the magnetic field direction 15 and 15 through the impeller 10 (10) rotating around the rotating shaft 8, the magnetic field direction is also maintained. (15) (15 '), the water flow direction (16) (16') becomes 90 °, and a lot of water can pass through the magnetic field as it rotates at a time, so that the hexagonal water generating effect beneficial to the human body is smoothed.

Also in the case of FIG. 4, as shown in FIG. 7, when the magnet-rotating interlocking disc 4 of the magnetized hexagonal water generator 2 rotates, the impeller 10, 10 'is rotated and the permanent magnets 9 (9) are rotated. ) Is also rotated, and the permanent magnets 9 and 9 are alternately formed by the N pole 11 and the S pole 12, so that the magnetic field is between the N pole 11 and the S pole 12. Direction (15) (15) 'is formed, and water enters the rotation axis (8) direction, flows in the water flow direction (16) (16') and rises up along the direction of rotation, so that all the water As it rotates and passes through a magnetic field of 1000 Gauss, water is formed in a hexagonal molecular structure (existing water is composed of a chain structure and a pentagonal molecular structure), and water crust formation is facilitated by the kinetic energy of water.

As we have seen above,

The present invention is to rotate the magnetized hexagonal water generating device in the storage tank without connecting shaft or connecting device to prevent water leakage or foreign matters to be kept clean even after long-term use, and to form a magnetic field while rotating the magnetized hexagonal water generating device It is possible to make a large amount of water with hexagonal water at high speed, and to make the crust of clean water small, so that the penetration force is strong in the human body, and (normally water having an interface tension of 72 dyne / cm is bound to the cell wall. It is a very useful invention that can not pass through and produces a hexagonal water with a low interfacial tension (approximately 50-40 dyne / cm) compared to water, and only a small hexagonal water can pass through the cell wall, and a beneficial magnetized hexagonal water for humans and animals and plants. .

Claims (5)

In the hexagonal water generator, A motor (3) provided with a magnetized hexagonal water generator (2) installed in a storage tank (1) storing water passing through the filtration device (6) outside the storage tank (3) without a connecting shaft or a connecting device. And a magnetized hexagonal water generator for rotating with the magnetic rotating plate (4). The magnet rotating interlocking disk 5 mounted on the bottom surface of the magnetized hexagonal water generator 2 in the storage tank 1 and the magnet rotating plate 4 mounted on the morty 3 are divided by the same number, and between the magnets. Magnetized hexagonal water generating device, characterized in that the non-magnetic portion (14, 14) 'is formed. In the hexagonal water generator, The magnetized hexagonal water generator 2 forms the permanent magnets 9 and 9 'in a multi-layered structure with a predetermined interval about the rotational shaft 8, but has holes 17 and 17 around the rotational shaft 8 of each layer. ) 'And then the permanent magnets (9) and (9)' are formed, with N poles (11) and (11 ') permanent magnets (9' and 9 ') installed on the upper and lower sides, and two S poles on the middle. (12) (12) 'are installed to overlap, and the permanent magnets (9) and (9') are formed on the outer circumferential side of the straight impeller (10, 10 ') connected with the entire layer, and the bottom is multi-divided magnet rotation When the interlocking disc (5) is mounted, and the magnet rotating interlocking disc (5) rotates, it can be rotated together, and inserted into the rotating shaft fixing piece (13) fixed to the center of the bottom surface of the storage tank (1). Magnetized hexagonal water generator to make materials. The method of claim 3, Around the rotating shaft 8, a plurality of impellers 10 (10) 'are formed in a straight line so that the entire layers are connected around the rotating shaft 8, and then a predetermined interval so as to have a plurality of layers on the outer peripheral side of the impeller 10, 10'. Circular permanent magnets (9) and (9) ', which are held at the upper and lower sides, are installed on the upper and lower sides of the N poles (11) and (11), and on the middle side, the two S poles (12) and (12)' are installed to overlap. The bottom surface is equipped with a magnetic rotating interlocking disc (5), which is divided into N and S poles alternately. When the magnetic rotating interlocking disc (5) rotates, it rotates together integrally, and the storage tank (1) bottom surface Magnetized hexagonal water generator that can be inserted into the rotating shaft fixing piece (13) fixed to the center portion to be able to rotate. The method of claim 3, A plurality of impellers 10, 10 ′ are formed to protrude in a straight line around the rotating shaft 8, and then to the outer side of the impeller 10, 10 ′, the permanent magnets are integral with the impeller 10, 10 ′. (9) (9) ', but with magnetic pole interlocking discs (5) having N poles (11) (11) and S poles (12) and (12)' alternately formed, and multi-divided on the bottom surface. When the magnet rotation interlocking disc (5) is rotated, it is rotated integrally with the propeller type, and inserted into the rotation shaft fixing piece (13) fixed to the center portion of the bottom surface of the storage tank (1) so as to be able to rotate the material. Magnetized hexagonal water generating device characterized in that.