Magnetic device

Abstract

The utility model provides a magnetic device which comprises an inner pipe body, an outer pipe body, a first magnetic body and a second magnetic body, wherein the first magnetic body and the second magnetic body are arranged in the inner pipe body. The inner pipe body is provided with a pipe body made of a metal material, and two ends of the pipe body are respectively provided with a sleeve cover; the first magnetic body and the second magnetic body comprise an inner laminated layer and an insulating coating layer; the inner laminated layer is formed by sequentially laminating a plurality of metal layers, insulating layers, filter cloth layers and light absorbing body layers; the insulating coating layer is used for coating the whole inner laminated layer; the first magnetic body is contained in the inner pipe body in a reel shape, and the second magnetic body is in a single sheet shape and is contained in the inner pipe body in the direction perpendicular to the first magnetic body; the outer pipe body is wrapped outside the inner pipe body. The magnetic device is provided with the magnetic body which forms radial magnetic force field action with various substances or the ground, and the magnetic body is arranged to be a magnetic device which has a magnetic force field acting in the horizontal direction and the vertical direction, and can be directly placed in water or other liquid to perform the magnetization action of the magnetic force field.

Description

TECHNICAL FIELD

[0001] The utility model relates to a magnetic device, especially a magnetic body which is different from the traditional magnetic force line and has the radial magnetic force field effect with various substances or the earth, and the magnetic body is further set as the magnetic device with horizontal and vertical direction magnetic force field, and the magnetic device is directly placed in water or other liquid to carry out the magnetization effect of the magnetic force field by the sealing effect of the outer pipe body. BACKGROUND

[0002] As known, all biological substances have charged substances and magnets inside, and the earth itself is a large relatively stable magnetic field, and the charged substances and magnets of all organisms are regularly arranged and moved under the action of the geomagnetic field, thus forming the changing life phenomena. The characteristics of various organisms have a close relationship with the electric field, magnetic field and gravitational field of the earth in the long evolution process, and once the external magnetic field strength changes, the characteristics of various organisms will inevitably change. For example, the main effect of the magnetic field on water is molecular arrangement, because there are molecules, there are electrons, and there are positive and negative charges, and the same sex repulsion and opposite sex attraction characteristics of the positive and negative charge electrons also exist, and the magnetic field has positive and negative poles (N and S poles). The use of the magnetic field on water is to affect another magnetic sub (electron) with a single pole; it is also based on the principle of same sex repulsion and opposite sex attraction, and the magnetic force line field cuts the plane at the end of the magnetic field according to the magnetic field motion mode of Faraday's law, induces another magnetic sub to force it to change its direction, and arranges it in a very orderly manner. The magnetic force field has been proved and widely used to magnetize various substances to change their molecular structure and physical properties, such as magnetizing water, which makes the water flow direction perpendicular to the magnetic force field direction, the magnetic force line of the magnetic force field repeatedly cuts the flowing water, changes the water molecular structure and physical properties, and makes the water sweeter and healthier.

[0003] The applicant of the present application has obtained the utility model patent No. CN101142640B, which is a magnetic body composed of multiple metal layers and having a radial magnetic force field effect. The principle and effect are that the force lines and force field of natural electric charge are radial, and the force field direction of negative electric charge is from outside to inside, while the force field direction of positive electric charge is from inside to outside. Because various substances of air, liquid and solid in the outside world are mostly positively charged, when the metal layer with negative electric charge of the magnetic body approaches the outside substances, the force direction of positive and negative electric charge is inward and outward, respectively, which makes the magnetic force line and force field effect direction gather from outside to inside, forming electromagnetic phenomenon and radial magnetic force field effect. Therefore, the magnetic force field generated by the magnetic body has no limitation of magnetic field direction and range, and has stronger magnetization activation effect. The applicant further studies, experiments and designs a magnetic device in which the magnetic body is arranged in vertical and horizontal directions, so as to have omnidirectional magnetic force field and sealed waterproof pipe body covering, so that the application is more complete. Utility model content

[0004] The main purpose of the present utility model is to provide a magnetic device composed of magnetic bodies arranged in horizontal and vertical directions, so as to have radial magnetic force field effect with various substances or the earth, and further to form a magnetic device having horizontal and vertical direction magnetic force field effect. The magnetic device can be directly placed in water or other liquid to perform magnetization effect by the sealing effect of the outer pipe body.

[0005] The present utility model provides a magnetic device, which is characterized by comprising an inner stack composed of sequentially stacked metal layer, insulating layer, filter cloth layer and light absorber layer, and a magnetic body composed of an insulating covering layer covering the whole inner stack.

[0006] An outer pipe body is provided with a barrel, one end of which is an open barrel, and a cover is arranged at the open barrel.

[0007] An inner pipe body is arranged in the outer pipe body and provided with a pipe barrel, both ends of which are open, and a cover is arranged at each open end of the pipe barrel.

[0008] A first magnetic body is a sheet-shaped reel and is arranged in the inner pipe body.

[0009] A second magnetic body is a single sheet and is arranged at one end of the first magnetic body in a perpendicular manner.

[0010] The aforementioned magnetic device, wherein the inner tube body is provided with a tube body made of metal, and two ends of the tube body are respectively provided with a tube body open end and two covers, the cover is provided with an arc-shaped cap portion, a smaller-diameter cover portion is extended from the cap portion, and the outer diameter of the cover portion is equal to the inner diameter of the tube body, so that the cover portion can be tightly covered on the tube body open end.

[0011] The aforementioned magnetic device, wherein the outer tube body comprises a barrel body and a cover body, one end of the barrel body is provided with a barrel body open end, the cover body is a semi-circular cap portion, and a smaller-diameter embedding portion is extended from the cap portion, and the outer diameter of the embedding portion is equal to the inner diameter of the barrel body, so that the embedding portion can be covered on the barrel body open end.

[0012] The aforementioned magnetic device, wherein the outer tube body is provided with a step portion at the barrel body open end, and the cover body is provided with a groove between the cap portion and the embedding portion, so that when the cover body is covered, the cap portion of the cover body can be supported on the step portion, and the barrel body open end of the barrel body is embedded in the groove, so that the outer tube body is tightly sealed, and the magnetic device can be directly placed in water or other liquids for magnetic field magnetization.

[0013] The aforementioned magnetic device, wherein the outer tube body is provided with an insulating material, and the inner tube body is a tube body made of metal, so that the metal inner tube body and the magnetic body accommodated in the inner tube body further enhance the magnetic field of the metal layer.

[0014] The utility model is different from the traditional magnetic force line which is limited to N and S polar direction and range, and the magnetic body has a radial magnetic field effect on various substances or the earth, and the magnetic body is further provided as a magnetic device with horizontal and vertical direction magnetic field effect. BRIEF DESCRIPTION OF DRAWINGS

[0015] Figure 1 It is a perspective view of the utility model.

[0016] Figure 2 It is a perspective view of the utility model.

[0017] Figure 3 It is a magnetic part structure diagram of the utility model.

[0018] Figure 4 It is a sectional view of the utility model.

[0019] Figure 5 It is a dissolved oxygen (DO) value curve diagram of the utility model placed in seawater.

[0020] Figure 6 It is a dissolved oxygen (DO) value curve diagram of the utility model placed in freshwater.

[0021] Reference numerals: 1 - inner tube body; 11 - tube body; 111 - tube body opening; 12 - cover; 121 - cover portion; 2 - outer tube body; 21 - barrel body; 211 - barrel body opening; 212 - step portion; 22 - cover body; 221 - embedding portion; 222 - groove; 3 - first magnetic body; 31 - central metal layer; 32 - insulating layer; 33 - second metal layer; 34 - filter cloth layer; 35 - third metal layer; 36 - light-absorbing body layer; 37 - insulating covering body; 4 - second magnetic body; 41 - central metal layer; 42 - insulating layer; 43 - second metal layer; 44 - filter cloth layer; 45 - third metal layer; 46 - light-absorbing body layer; 47 - insulating covering body. DETAILED DESCRIPTION

[0022] Please refer to Figure 1 and Figure 2 , and cooperate with Figure 3 , which are respectively the exploded view and the perspective view of the utility model and the magnetic body structure diagram (the detailed structure of the magnetic body is shown in the patent specification of CN101142640B). As shown in the figure, the utility model provides a magnetic device, which comprises an inner tube body 1 and an outer tube body 2, and a first magnetic body 23 and a second magnetic body 4 arranged in the inner tube body 1. The inner tube body 1 is provided with a tube body 11 made of metal, which is in the shape of a circular tube, and the two ends thereof are respectively provided with tube body openings 111, and cover 12 is arranged at the two ends of the tube body 11. The cover 12 is provided with a cap portion in the shape of an arc, and the cap portion extends a cover portion 121 with a smaller diameter, and the outer diameter of the cover portion 121 is equal to the inner diameter of the tube body 11, so that it can be closely arranged in the tube body opening 111 of the tube body 11. In this embodiment, the inner tube body 1 and the cover 12 made of metal are made of copper.

[0023] The outer tube body 2 comprises a barrel body 21 and a cover body 22, wherein the barrel body 21 is in the shape of a circular tube, one end of which is provided with a barrel body opening 211, and a step portion 212 is arranged at the barrel body opening 211, and the cover body 22 is in the shape of a cap portion, and the cap portion extends an embedding portion 221 with a smaller diameter, and the outer diameter of the embedding portion 221 is equal to the inner diameter of the barrel body 21, and a groove 222 is arranged between the cap portion and the embedding portion 221, so that the embedding portion 221 can be arranged in the barrel body opening 211 of the barrel body 21.

[0024] The first magnetic body 23 is a long sheet, which comprises a central metal layer 231, above and below the central metal layer 231, an insulating layer 232, a second metal layer 2323, a filter cloth layer 234 with a net structure, an insulating layer 232, a third metal layer 235 and a light absorber layer 236 are stacked upward and downward respectively, after the above-mentioned layers are stacked to form an inner stack, the whole inner stack is completely covered with an insulating cover 237 to form the structure of the first magnetic body 23; one of the embodiments of the utility model is that the first magnetic body 23 is wound into a reel shape and accommodated in the inner tube body 1.

[0025] The second magnetic body 4 is a single sheet, which comprises a central metal layer 41, above and below the central metal layer 41, an insulating layer 42, a second metal layer 423, a filter cloth layer 44 with a net structure, an insulating layer 42, a third metal layer 45 and a light absorber layer 46 are stacked upward and downward respectively, after the above-mentioned layers are stacked to form an inner stack, the whole inner stack is completely covered with an insulating cover 47 to form the structure of the second magnetic body 4; one of the embodiments of the utility model is that the second magnetic body 4 is provided in a circular sheet shape and accommodated in the inner tube body 1 in a perpendicular manner with the first magnetic body 23, and placed at one end of the first magnetic body 23.

[0026] The central metal layers 231, 41 and the second metal layers 2323, 423 and the third metal layers 235, 45 in the above-mentioned first magnetic body 23 and the second magnetic body 4 are made of metal elements with conductivity, which are coated on the surface of an insulating body after being gasified at high temperature, so as to form the central metal layers 231, 41 and the second metal layers 2323, 423 and the third metal layers 235, 45 with negative charges. In this embodiment, the central metal layers 231, 41 are made of metal element indium (In), the second metal layers 2323, 423 are made of metal element silver (Ag), and the third metal layers 235, 45 are made of aluminum (AL), so as to make the overall radial magnetic force field complementary to be more dense by using different charge amounts and densities of different metal elements.

[0027] The filter cloth layers 234, 44 in the above-mentioned first magnetic body 23 and the second magnetic body 4 are made of density insulators with at least 144,000,000 holes per square inch, which are woven into a net structure with fine pores, so that the charge force line forms a more fine "nano" form when passing through the fine pores, and experiments prove that the range of the force is wider, longer and more durable.

[0028] The first magnetic body 23 and the second magnetic body 4, wherein the light-absorbing layer 236, 46 is a light-absorbing cloth capable of absorbing light energy, and the light-absorbing cloth is capable of generating stronger electric charge energy by using the pre-absorbed light energy. The insulating cover 237, 47 is a general insulating material, which is used to isolate the central metal layer 231, 41, the second metal layer 232, 423 and the third metal layer 235, 235 from the negative electric charge, so as to prevent the positive electric charge from being neutralized. In the embodiment, the PU glue, the PVC resin or the PET is used as the material.

[0029] By means of the above-mentioned components, when assembled, the reel-shaped first magnetic body 23 and the disc-shaped second magnetic body 4 are accommodated in the inner tube body 1, the two sets of covers 12 are tightly sleeved on the tube body opening 111 of the tube body 11, the inner tube body 1 is placed in the outer tube body 2, and the cover 22 is tightly sleeved on the barrel body opening 211 of the barrel body 21, so that the inner tube body 1 is completely sealed in the outer tube body 2, thereby forming a magnetic device. And by means of the sealing effect of the outer tube body, the magnetic device can be directly placed in water or other liquids for magnetization of the magnetic field. The outer tube body 2 of the magnetic device is provided with an insulating material, and the inner tube body 1 is provided with a metal tube body 11, so that the metal inner tube body 1 forms a magnetic field with the first magnetic body 23 and the second magnetic body 4 accommodated in the inner tube body 1, thereby forming a layer of metal layer. Thus, unlike the traditional magnetic field lines which are limited to the N and S pole directionality and range, the magnetic device has a radial magnetic field with various substances or the earth, and further has a horizontal and vertical magnetic field, so as to change the water molecule structure and physical properties by means of the charge magnetic force of the magnetic field.

[0030] Please refer to Figure 4 , which is a sectional view of the present application. As shown in the figure, the first magnetic body 23 is originally in a sheet shape, and is rolled into a reel shape and placed in the inner tube body 1. The disc-shaped second magnetic body 4 is placed at one end of the first magnetic body 23 in a perpendicular manner. The inner tube body 1 is tightly sleeved with the covers 12 at both ends, and the inner tube body 1 containing the first magnetic body 23 and the second magnetic body 4 is placed in the outer tube body 2. The cover 22 is sleeved on the outer tube body 2, and the cap part of the cover 22 is held on the step part 212 of the barrel body 2. The barrel body opening 211 of the barrel body 2 is embedded in the groove 222 of the cover 22, so that the cover 22 is tightly closed on the outer tube body 2, thereby completing the assembly of the magnetic device. And by means of the sealing effect of the outer tube body, the magnetic device can be directly placed in water or other liquids for magnetization of the magnetic field. Since the inner tube body 1 is made of copper metal material, the first magnetic body 23 and the second magnetic body 4 correspond to an additional layer of metal layer, thereby further increasing the magnetic field of the magnetic body.

[0031] Please refer to Figure 5 and Figure 6 , which are the graphs of the dissolved oxygen (DO) values of the seawater and freshwater after being placed in the magnetic device of the present application. As shown in the graphs, 150 ml, 1.5 L and 15 L of seawater and freshwater were placed in the magnetic device of the present application, respectively, to observe the periodicity and trend of the dissolved oxygen (DO) values, and the dissolved oxygen (DO) values were measured every 30 minutes for five hours. The experimental results show that, with every 30 minutes as a period, the magnetic device of the present application has the fastest increase in the dissolved oxygen content in 150 ml of seawater and freshwater, and the slowest increase in the dissolved oxygen content in 15 L of seawater and freshwater, and the highest dissolved oxygen content at the 120th minute, and the less the water volume, the better the dissolved oxygen content. According to the experimental measurement results, the magnetic force field of the magnetic device of the present application can indeed change the molecular structure and physical properties of water, so that the water molecule clusters are broken into small molecule clusters to improve the activity of water molecules, and the solubility and permeability are improved, so that the nutrients pass through the cell wall to exchange in the human body.

[0032] The foregoing embodiments are only for illustrating the preferred embodiments of the present application, and are not intended to limit the patent scope of the present application. Any slight modification or change does not deviate from the spirit and scope of the present application.

[0033] In summary, the present application comprises a magnetic device comprising an inner tube body accommodated in an outer tube body, a first magnetic body in the form of a reel accommodated in the inner tube body, and a second magnetic body arranged perpendicularly to the first magnetic body. The magnetic force field of the magnetic device can change the molecular structure and physical properties of water, so that the water molecule clusters are broken into small molecule clusters, or the fuel molecules are magnetized and arranged in small clusters, so that the combustion is more complete, thereby achieving the purpose of saving energy and improving performance.

Claims

1. A magnetic device, characterized by, The magnetic body comprises an inner laminated layer composed of a metal layer, an insulating layer, a filter cloth layer, and a light absorber layer, and an insulating covering layer covering the whole inner laminated layer. An outer tube body is provided with a barrel, one end of which is an open barrel end, and a cover is arranged at the open barrel end; An inner tube body is accommodated in the outer tube body and is provided with a tube barrel, both ends of which are open tube ends, and a sleeve cover is arranged at each open tube end; A first magnetic body is a sheet-shaped reel accommodated in the inner tube body; A second magnetic body is a single sheet arranged perpendicularly to the first magnetic body at one end of the first magnetic body.

2. The magnetic device of claim 1, wherein, The sleeve cover is provided with an arc-shaped cap portion, and a sleeve portion with a reduced diameter is extended from the cap portion, and the outer diameter of the sleeve portion is equal to the inner diameter of the tube barrel, so that the sleeve portion is tightly sleeved at the open tube end of the tube barrel.

3. The magnetic device of claim 1, wherein, The inner tube body and the sleeve cover are made of metal.

4. The magnetic device of claim 1, wherein, The open barrel end of the outer tube body is provided with a step portion, the cover is provided with a semicircular cap portion, and a reduced-diameter embedding portion is extended from the cap portion, and the outer diameter of the embedding portion is equal to the inner diameter of the barrel, so that the embedding portion is tightly sleeved at the open barrel end of the barrel.

5. The magnetic device of claim 4, wherein, A groove is arranged between the cap portion and the embedding portion, so that when the embedding portion is sleeved at the open barrel end, the cap portion is supported on the step portion, the open barrel end is embedded in the groove, and the cover can be tightly covered on the outer tube body.

Images