TWI832634B - Rehabilitation device with magnetic properties for activating blood circulation - Google Patents

Abstract

A rehabilitation device with magnetic properties for activating blood circulation comprises frame bodies, magnetic plates, magnetic attraction elements, insert blocks, guard plates, connecting pieces, and locking pieces. The frame body has a receiving space therewithin, wherein the receiving space is connected with the magnetic plate, the magnetic attraction element and the insert block in sequential order and an outward direction, the outer part thereof has a plurality of engaging holes that allow the connecting pieces to penetrate therethrough and match up with the locking pieces in order to connect and lock two frame bodies. The corresponding position of these two frame bodies forms a holding space for holding the body part placed therewithin. By applying the attraction or repulsion effect generated by the magnetic plate and the magnetic attraction element respectively, liquid or fluid of the body can effectively undergo molecule refinement and appear to rotate in the same direction, resulting in more effective blood circulation. The device of the present invention can improve and optimize the utilization of nutrients in the body, enhance metabolism, activate blood circulation and ease blood stasis. As a result, rehabilitation and health care are better implemented.

Description

Rehabilitation device that utilizes magnetic properties to promote blood circulation

The present invention relates to a medical care device that utilizes magnetic properties. More specifically, it specifically refers to a rehabilitation device that utilizes magnetic properties to promote blood circulation.

The development and progress of medical treatment have made it possible to cure many medical diseases, so people are living longer and longer. However, more and more people are suffering from chronic diseases and organ decline in old age. Therefore, modern people are very concerned about health care. The concept is becoming more and more popular and valued.

One of the causes of many chronic diseases and organ decline is the lack of blood circulation, which prevents nutrients and oxygen in the blood from being transported, and harmful substances cannot be metabolized effectively.

The inventor of this case has obtained the Republic of China patent M446227 "Device for Molecular Refining of Liquid Substances", which uses magnetic conductive rods and magnetic pads to refine the molecules of liquid substances. Further research and development will be carried out to apply it to devices that promote blood circulation in medical care.

In view of this, I have conducted in-depth discussions on the above-mentioned deficiencies based on my many years of research and development experience in related fields, and actively sought solutions based on the above-mentioned needs. After a long period of hard research and multiple tests, I finally completed the present invention.

The main purpose of the present invention is to create a device that applies the technology of magnetically refining liquid molecules to blood circulation, so that peripheral blood can effectively circulate, nutrients can be transported to various parts of the body through the blood, and the material metabolism of organs can be improved.

The secondary purpose of this invention is to create a device that applies the technology of magnetically refining liquid molecules to local blood circulation, so that when there is blood stasis anywhere in the body, the blood stasis can be removed more quickly, and the blood stasis can be eliminated more quickly. .

In order to achieve the above object, the present invention is provided with two aspects to describe the technical features of the present invention.

The first aspect of the present invention is a rehabilitation device that can utilize magnetic characteristics to promote blood circulation. It includes two corresponding frames, a magnetic conductive plate, a magnetic element, an embedded block, a protective plate, a plurality of connectors and a plurality of locks. ; The frame is provided with a storage space inside, and the storage space is connected to the magnetic conductive plate, magnetic components, and embedded blocks in sequence outwards, and a plurality of The joint hole provides a connecting piece to pass through, and cooperates with the fastener to connect and lock the two corresponding frames; the magnetic conductive plate is installed inside the frame, and it has a single magnetic pole, and the magnetic poles have the same magnetic pole; the magnetic attraction The components are installed inside the frame and are attached to the sides of the magnetically conductive plates, and their magnetic poles are the same as the magnetically conductive plates. The embedded blocks are installed inside the frame and are attached to the sides of the magnetically conductive plates. The side of the magnetic element allows it to fill the remaining space inside the frame; the guard plate is located outside the frame and is on the side of the accommodation space, and its length and width are at least the length and width of the frame accommodation space. More than the length and width, it can protect the various components of the accommodation space; the connector is located outside the frame and inside the joint hole, and is used to connect the two frames; the locking member is located on the frame The outside is the inside of the connector, and is used to lock the two frames and the connector; accordingly, when the accommodation space is sequentially provided with magnetic conductive plates, magnetic components, and embedded blocks to fill the accommodation space, The corresponding parts will form arc shapes respectively to clamp the body wear items.

Next, the second aspect of the present invention is similar to the first aspect. The second aspect is different from the first aspect in that the locking member is changed into an adjustment hole and different locking methods are used, so that the two The corresponding space size of the frame can be adjusted; and compared with the first aspect, a larger range of bodies can be clamped. Body wearable objects, such as wrists, ankles, necks, waists, etc., and the second aspect can be used to clamp a smaller range of body wearables, such as fingers, toes, etc.

To sum up, the present invention can connect the two frames to the connecting piece, and the corresponding parts can be used to clamp the body wearable object, and then use the magnetic conductive plates on both sides to apply magnetic force around the body wearable object, making it The liquid can perform effective molecular refinement, and the clamped body wear can be the wrist or ankle or finger or other body parts, so that the blood can effectively circulate, improve the body's nutrient utilization, body metabolism, and promote blood circulation and remove blood stasis. , to achieve the effect of body health.

11:First frame

111:The first accommodation space

112: First joint hole

12: First magnetic conductive plate

13: The first magnetic component

14: First embedded block

15:First guard

16:First connector

17:Lock firmware

18:The first clamping space

21:Second frame

211: Second accommodation space

212: Second joint hole

213:Adjustment hole

22:Second magnetic conductive plate

23: Second magnetic component

24: Second embedded block

25:Second guard plate

26:Second connector

27:The second clamping space

3: Adjustment tools

Figure 1: Explosion diagram of the first preferred embodiment of the present invention.

Figure 2: A schematic structural diagram of the first preferred embodiment of the present invention.

Figure 3: Schematic diagram of the operation of the first preferred embodiment of the present invention.

Figure 4: Explosion diagram of the second preferred embodiment of the present invention.

Figure 5: Structural diagram of the second preferred embodiment of the present invention.

In order to provide a more detailed understanding of the purpose, effect, characteristics and structure of the present invention, two preferred embodiments are described below with reference to the drawings.

Please refer to Figures 1 and 2. Figure 1 is an exploded schematic diagram of the first preferred embodiment of the present invention, and Figure 2 is a schematic structural diagram of the first preferred embodiment of the present invention.

As shown in Figures 1 and 2, the first preferred embodiment of the present invention is a rehabilitation device that can utilize magnetic characteristics to promote blood circulation. It includes two corresponding first frames 11, a first magnetic conductive plate 12, and a first magnetic element. 13. The first embedded block 14, the first guard plate 15, a plurality of first connectors 16 and a plurality of fasteners 17; the first frame 11 is provided with a first accommodation space 111 and a first joint inside. Hole 112, the first accommodation space 111 connects the first magnetic conductive plate 12, the first magnetic element 13, and the first embedded block 14 outward in sequence, and a plurality of first joints are provided outside the first frame 11 The hole 112 is used to insert the first connecting piece 16 and cooperate with the locking piece 17 to connect and lock the two corresponding first frames 11; the first magnetic conductive plate 12 is arranged inside the first frame 11 , which has a single magnetic pole, and the magnetic poles have the same magnetic pole; among them, the first magnetic conductive plate 12 is made of pure iron; the first magnetic element 13 is arranged inside the first frame 11 and is attached to the first The magnetic poles on the side of the magnetic conductive plate 12 are the same as those of the first magnetic conductive plate 12; among them, the first magnetic element 13 is made of iron-containing material; the first embedded block 14 is provided in the first frame 11 The inside is attached to the side of the first magnetic conductive plate 12 and the side of the first magnetic element 13, so that it can fill the remaining space inside the first frame 11; The first guard plate 15 is provided outside the first frame 11 and on the side of the first accommodation space 111. Its length and width are at least the length of the first accommodation space 111 of the first frame 11. and above the width, can protect each component of the first accommodation space 111; the first connector 16 is provided outside the first frame 11 and inside the first joint hole 112, and is used to connect two first frames. body 11; the locking piece 17 is provided outside the first frame 11 and inside the first connecting piece 16, and is used to lock the two first frames 11 and the first connecting piece 16; accordingly, when the two Corresponding to the inside of the first frame 11, the first magnetic conductive plate 12, the first magnetic element 13, and the first embedded block 14 are respectively provided from the inside to the outside. After filling the first accommodation space 111, their corresponding places will be different. Don't form an arc to hold the body wear.

Among them, the first magnetic conductive plate 12 can be a negative pole, and the corresponding conductive plate can be used as a negative pole to perform magnetic oscillation, so that the clamped body pendant is affected by the magnetic oscillation, and the effect of molecular refinement is indeed achieved.

To sum up, the present invention can connect two corresponding first frames 11 to the first connector 16, and the corresponding parts can be used to clamp body wear items through the first magnetic conductive plates 12 on both sides. The application of magnetism around the body wear allows the liquid to perform effective molecular refinement, and the clamped body wear can be the wrist or ankle or other body parts to enable effective blood circulation. Improve the body's nutrient utilization, body metabolism, and promote blood circulation and remove blood stasis to achieve the effect of body health.

Please refer to Figure 3. Figure 3 is a schematic diagram of the operation of the first preferred embodiment of the present invention.

As shown in Figure 3, the space for clamping body wear items in the present invention is the first clamping space 18 formed after two corresponding first frames 11 and first connectors 16 are locked. The first clamping space 18 can use the first frame 11 above to move up and down, and then use the fastener 17 to lock the position of the first clamping space 18 .

The body wear items that can be clamped can be wrists, arms, ankles, calves... and other body parts that can be clamped using the present invention.

Continuing to refer to Figure 3, the first magnetic conductive plate 12 can be an area where negative ions (anions) form magnetic oscillations, so that the positive pole (cations) of the body pendant in the original free ion state is adsorbed on the blood vessel wall on the subcutaneous surface, making it Rearrange to achieve the effect of molecular refinement, allowing blood to be molecularly refined and circulate through the finer capillaries in the periphery, achieving the effect of dredging and activating blood circulation.

Please continue to refer to Figures 4 and 5. Figure 4 is an explosion schematic diagram of the second preferred embodiment of the present invention, and Figure 5 is a structural schematic diagram of the second preferred embodiment of the present invention.

As shown in Figures 4 and 5, the second preferred embodiment of the present invention is a rehabilitation device that can utilize magnetic properties to promote blood circulation. It includes two corresponding second frames. 21. The second magnetic conductive plate 22, the second magnetic element 23, the second embedded block 24, the second protective plate 25 and a plurality of second connectors 26; the second frame 21 is provided with a second The second accommodation space 211 is connected to the second magnetic conductive plate 22, the second magnetic element 23, and the second embedded block 24 in order outward. There are a plurality of second joint holes 212 for the second connecting member 26 to pass through, and cooperate with the adjustment holes 213 to connect and lock the two corresponding second frames 21; the aforementioned adjustment holes 213 allow the user to use the adjustment tool 3 to connect the two second frames 21. After the corresponding second frame 21 is adjusted to the appropriate corresponding space, it is locked with the second connector 26; the second magnetic conductive plate 22 is provided inside the second frame 21, and has a single magnetic pole, and the magnetic pole are the same magnetic poles; wherein, the second magnetic conductive plate 22 is made of pure iron; the second magnetic element 23 is provided inside the second frame 21 and attached to the side of the second magnetic conductive plate 22. The magnetic poles are the same as the second magnetic conductive plate 22; the second magnetic element 23 is made of iron-containing material; the second embedded blocks 24 are arranged inside the second frame 21 and are each attached to the second The side of the magnetic conductive plate 22 and the side of the second magnetic element 23 can fill the remaining space inside the second frame 21; the second protective plate 25 is arranged on the outside of the second frame 21 and It is the side of the second accommodating space 211, its length and width are at least greater than the length and width of the second accommodating space 211 of the second frame 21, and can protect each component of the second accommodating space 211; The second connecting member 26 is provided outside the second frame 21 and inside the second joint hole 212 for connecting the two second frames 21; accordingly, when the second accommodation space 211 leans outward, After the second magnetic conductive plate 22, the second magnetic element 23, and the second embedded block 24 are arranged in sequence to fill the second accommodation space 211, their corresponding parts will respectively form arc shapes for clamping body wear items.

Among them, the second magnetically conductive plate 22 can be a negative pole, and the corresponding conductive plate can be used as a negative pole to perform magnetic oscillation, so that the clamped body pendant is affected by the magnetic oscillation, thereby achieving the effect of molecular refinement.

Please continue to refer to Figure 5, which is a schematic structural diagram of the second preferred embodiment of the present invention.

As shown in Figure 5, the space used for clamping body wear items in the second preferred embodiment of the present invention is a second clamping space formed after two corresponding second frames 21 and second connectors 26 are locked. 27. The second clamping space 27 can be moved up and down using the second frame 21 above, and then the adjustment tool 3 is used to cooperate with the adjustment hole 213 to lock the second clamping space 27 in position.

The body wear items that can be clamped can be fingers, toes... and other body parts that can be clamped using the present invention.

To sum up, the present invention can connect two corresponding second frames 21 to the second connector 26, and the corresponding parts can be used to clamp body wear items through the second magnetic conductive plates 22 on both sides. The application of magnetism around the body wear allows the liquid to perform an effective molecular refinement effect, and the clamped body wear can It is used for fingers, toes or other body parts to enable effective blood circulation, improve the body's nutrient utilization, body metabolism, activate blood circulation and remove blood stasis, and achieve the effect of body health.

The advantages of the present invention are:

1. Promote blood circulation: This invention uses the magnetic vibration of the magnetic permeable plate to refine the blood molecules, which can circulate the microvessels in the body's peripheral parts, reduce blood vessel obstruction, promote blood circulation, and have the effect of health care.

2. Accelerate the localization of blood stasis: clamp the blood stasis area, and then use the magnetic vibration of the magnetic conductive plate to molecularly refine the blood. This can molecularly refine the blood stasis caused by capillary rupture, dredge the blood vessels, and promote local healing. Blood stasis is removed.

Therefore, the present invention has excellent progress and practicability among similar products. At the same time, after searching domestic and foreign technical documents on this type of structure, it is true that no identical or similar structure existed before the application of this case. Therefore, this case It should meet the patent requirements of "inventiveness," "industrial applicability," and "progressivity," and the application must be filed in accordance with the law.

However, the above are only preferred embodiments of the present invention. Any other equivalent structural changes made by applying this creative specification and the patent application scope should be included in the patent application scope of the present invention.

11:First frame

111:The first accommodation space

112: First joint hole

12: First magnetic conductive plate

13: The first magnetic component

14: First embedded block

15:First guard

16:First connector

17:Lock firmware

Claims (5)

A rehabilitation device that can utilize magnetic characteristics to promote blood circulation, which includes two corresponding first frames, a first magnetic conductive plate, a first magnetic element, a first embedded block, a first guard plate, and a plurality of first connectors and a plurality of locking parts; The first frame is provided with a first accommodation space and a first joint hole inside, and the first accommodation space is connected to the first magnetic conductive plate, the first magnetic element, and the first embedded block in sequence outwards. And a plurality of first joint holes are provided on the outside of the first frame to allow the first connecting piece to pass through, and cooperate with the locking piece to connect and lock the two corresponding first frames; The first magnetic conductive plate is located inside the first frame, and has a single magnetic pole, and the magnetic poles are the same magnetic pole; The first magnetic element is disposed inside the first frame and attached to the side of the first magnetic conductive plate, and its magnetic poles are the same as those of the first magnetic conductive plate; The first embedded blocks are arranged inside the first frame and are attached to the side of the first magnetic conductive plate and the side of the first magnetic element, so that they can fill the remaining space inside the first frame; The first guard plate is installed outside the first frame and on the side of the first accommodation space. Its length and width are at least the length and width of the first frame accommodation space, and can protect the accommodation space. components of space; The first connecting piece is located outside the first frame and inside the first connecting hole, and is used to connect two first frames; The locking member is located outside the first frame and inside the first connector, and is used to lock the two first frames and the first connector; According to this, when the first magnetic conductive plate, the first magnetic element, and the first embedded block are arranged outward in the accommodation space in order to fill the accommodation space, their corresponding parts will respectively form arc shapes for clamping. Body wear. A rehabilitation device that can utilize magnetic characteristics to promote blood circulation, which includes two corresponding second frames, a second magnetic conductive plate, a second magnetic element, a second embedded block, a second protective plate and a plurality of second connectors ; The second frame is provided with a second accommodation space inside and a second joint hole and an adjustment hole outside. The second accommodation space is connected to the second magnetic conductive plate and the second magnetic suction plate outward in sequence. The component and the second embedded block are provided with a plurality of second joint holes on the outside for the second connector to be inserted, and cooperate with the adjustment holes to connect and lock the two corresponding second frames; The second magnetic conductive plate is located inside the second frame, and has a single magnetic pole, and the magnetic poles are the same magnetic pole; The second magnetic element is disposed inside the second frame and attached to the side of the second magnetic conductive plate, and its magnetic poles are the same as those of the second magnetic conductive plate; The second embedded blocks are arranged inside the second frame and are attached to the sides of the second magnetic conductive plate and the second magnetic element so that they can fill the remaining space inside the second frame; The second guard plate is installed outside the second frame and on the side of the second accommodation space. Its length and width are at least the length and width of the second frame accommodation space, and can protect the accommodation space. components of space; The second connecting piece is located outside the second frame and inside the second joint hole, and is used to connect two second frames; According to this, when the second magnetic permeable plate, the second magnetic element, and the second embedded block are sequentially arranged outward from the accommodation space to fill up the accommodation space, their corresponding parts will respectively form arc shapes for clamping. Body wear. As claimed in Claim 1 or Claim 2, there is a rehabilitation device that can utilize magnetic properties to promote blood circulation, wherein the second magnetic conductive plate can be a negative pole. As claimed in Claim 1 or Claim 2, there is a rehabilitation device that can utilize magnetic properties to promote blood circulation, wherein the second magnetic conductive plate is made of pure iron. As claimed in Claim 1 or Claim 2, there is a rehabilitation device that can utilize magnetic properties to promote blood circulation, wherein the second magnetic element is made of iron-containing material.

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