JPH0379024B2 - - Google Patents

Description

[Detailed Description of the Invention] [Object of the Invention] Industrial Application Field The present invention is applicable to stiff shoulders, lower back pain, muscle pain, pain or swelling on bruised surfaces, blood circulation disorders, skin disorders, cuts, abrasions, stomach, intestines, This invention relates to germanium medical devices that are used by covering the skin to alleviate symptoms of internal organs such as the liver.

Conventional technology It is well known that germanium is widely used as electronic components due to its properties as a semiconductor, but due to its characteristic atomic structure, it acts electrically on living organisms, causing stiff shoulders, lower back pain, and muscle pain. It is known that it can also be used as a medical tool to alleviate various symptoms such as pain.

In other words, germanium is an atom with an atomic number of 32 and has 32 electrons, with 4 electrons placed in its outermost orbit, and one of these electrons has the property of being very easy to release. However, when this one electron is liberated, a hole is created in the outermost orbital, which has the property of attracting other electrons from outside to block this hole. However, it is known that the potential of each cell in various affected areas in the body exhibits abnormal values, and germanium is pasted onto such affected areas. It is known that when worn, pain, inflammation, etc. in the affected area can be cured.

The healing effect of germanium on the affected area has not yet been fully elucidated, but germanium's ion generation effect and radical scavenging effect (H ⁺ , OH ^-
It is thought that due to the electrical properties such as the absorption and removal of ions, etc., electron exchange takes place with the affected area, normalizing the abnormal potential in the affected area and curing diseases such as inflammation.

Therefore, the use of germanium for the treatment of pain, inflammation, etc. in the affected area is based on the acupuncture points or pain areas of the human body as described in Japanese Patent Publication No. 1984-4816, Japanese Patent Publication No. 106774-1980, etc. Skin fittings are known, but such skin fittings have a structure in which germanium or germanium mixed metal lumps are applied to meridians etc. for a long period of time using a bandage, and they cannot be used for other purposes. It is assumed that there is no way to do this.

The biggest disadvantage of this method is that it requires the use of a bandage, and when using a bandage, the bandage, which is approximately 30 mm in diameter, uses a strong chemical adhesive and is made of vinyl, etc. The adhesive pieces pose many problems because they cover the skin and make it difficult for the skin to breathe for a long time.

(1) The skin is constantly stained by sweat and residual adhesive after removing the bandage, giving a feeling of uncleanliness.

(2) Skin irritation is likely to occur where the bandage is applied, and people with particularly sensitive skin suffer from severe itching and discomfort, which can sometimes lead to redness and swelling. It is a kind of side effect.

(3) Itching caused by a skin rash can sometimes cause scratches in multiple areas, damaging the skin and eventually causing dermatitis, requiring treatment such as hospital visits.

(4) It is a serious health problem that the side effect of dermatitis cannot be avoided in exchange for medical effects.

As described above, the germanium molded body has the disadvantage that it cannot fully utilize the functions of the germanium molded body, which has excellent therapeutic effects on pain, inflammation, etc. in the affected area.

Problems to be Solved by the Invention The present invention provides a completely original germanium medical device that prevents skin irritation, itching, inflammation, or loss of the body caused by conventional bandages, and conversely keeps the skin warm and protects it. This is what I am trying to do.

[Structure of the invention]

Means for Solving the Problems In view of the above, the present invention provides a medical device for specifying treatments based on the characteristics of germanium, in which highly purified germanium fine powder or such fine powder is infused with difficult-to-ionize metals such as gold, silver, and tin. Germanium mixed fine powder mixed with fine powder of acrylic, polypropylene, synthetic rubber, etc. mixed fine powder of polymer materials such as acrylic, polypropylene, synthetic rubber, etc. are mixed and heated at a ratio of 1:10 and molded, or molded in this way. The main body is made of cotton as a hemisphere,
A plurality of wool and nylon blend fabrics are glued to the cross points of a lattice pattern with mutual spacing on the surface, and the blend fabric is made into a flat adhesive piece, or both ends of the blend fabric are sewn to form a tube. The present invention aims to solve the above-mentioned drawbacks by providing a germanium medical device in a shaped body.

Function The present invention uses a main body obtained by heating a fine powder of highly purified germanium or a mixture of this fine powder with fine powders of gold, silver, tin, etc. By adhering to the intersection points of the shapes, the plurality of bodies concentrate on the affected area of the human body, giving a good feel, not damaging the skin, and improving the ion generation effect and radical scavenging effect.

In addition, by attaching the main body to the cylindrical body using an adhesive piece made of a blended fabric or sewing both ends of the body to the cylindrical body, it can be attached to any affected part of the human body.

Example An example of the present invention will be described below based on the drawings. Reference numerals 1, 1a... are main bodies of germanium medical devices, and the main bodies 1, 1a... are made by crushing highly purified germanium (purity 99.999%) ingots. fine powder,
Alternatively, a germanium mixed fine powder made by mixing this fine powder with a fine powder of a difficult-to-ionize metal such as gold, silver, or tin, and a mixed fine powder of a polymeric material such as acrylic, polypropylene, or synthetic rubber at a ratio of 1:10. The main bodies 1, 1a, etc. have a thin disk shape with a diameter of 5 ± 0.3 mm and a height of 2 ± 0.3 mm, as shown in Figure 1, and the side in contact with the skin is a hemisphere. It is formed into a body shape.

The shapes of the main bodies 1, 1a, etc. are not limited to the above-mentioned shapes, but may be any shape as long as the side in contact with the skin provides acupressure stimulation.

Next, the second invention is a fine powder obtained by crushing a highly purified germanium ingot, or a germanium mixed fine powder obtained by mixing this fine powder with a fine powder of a difficult-to-ionize metal such as gold, silver, or tin, and acrylic or polypropylene. The bodies 1, 1a, which are made by mixing fine powders of polymeric materials such as synthetic rubber at a ratio of 1:10 and heat-molding them, are formed into hemispheres on the surface of a cotton, wool, and nylon blend fabric 2 with mutual spacing. brought about
A plurality of pieces are glued to the intersection points of a lattice with 10 mm intervals to form a flat adhesive piece of blended fabric 2, and main body 1, 1.
A plurality of pieces of a... are adhered to the surface of the blended fabric 2 at lattice-like intersection points with intervals of 10 mm, and both ends of the blended fabric 2 are sewn with the surface of the blended fabric 2 as the contact side to the skin to form a cylindrical body. However, synthetic rubber 3, 3a is sewn to the upper and lower opening peripheries of the cylindrical body.

In addition, as shown in FIGS. 4 to 7, the blended fabric 2
indicates a body formed in a size corresponding to each affected part of the human body, and the main body 1, 1a adhered to the surface of the blended fabric 2.
The quantity of... is appropriately selected depending on the area of the blended fabric 2 that comes into contact with each affected part of the human body.

〔Effect of the invention〕

In short, the present invention provides a medical device that specifies treatments based on the properties of germanium, including a highly purified germanium fine powder or such a fine powder containing gold,
It is made by heating and molding germanium mixed fine powder mixed with fine powder of hard-to-ionize metals such as silver and tin, and mixed fine powder of polymeric materials such as acrylic, polypropylene, and synthetic rubber at a ratio of 1:10. So,
By crushing highly purified germanium ingots into fine powder, we increase the surface area compared to a single piece of germanium of the same weight, and
By mixing difficult-to-ionize metals such as gold, silver, and tin that are harmless to the human body and do not impair the properties of germanium, the effects of germanium alone, that is, the ion generation effect and radical scavenging effect that are the characteristics of germanium, are maximized. The main bodies 1, 1a, whose main raw materials are made of polymeric materials such as synthetic rubber, have the above-mentioned structure, and therefore are free from chemicals harmful to the human body. It does not contain any harmful substances, so even if it comes into direct contact with the human body, it is completely harmless and safe to use. Moreover, it is highly flexible and elastic, and its hemispherical shape makes it easy to feel when it comes in contact with the skin. The treatment effect is expected to be good due to the properties of germanium without damaging the skin, and at the same time, the meridian tenderness effect generated by the hemispherical projections can further improve the treatment effect.

In the other invention, in a medical device for specifying treatment based on the characteristics of germanium, a fine powder of highly purified germanium or a fine powder of a difficult-to-ionize metal such as gold, silver, or tin is mixed with such a fine powder. The main body 1, 1a... is made by mixing and heating a mixed fine powder of germanium and a fine powder of a polymer material such as acrylic, polypropylene, or synthetic rubber at a ratio of 1:10 and molding it. , a plurality of nylon blend fabrics 2 are glued to the intersection points of a lattice pattern with mutual spacing on the surface, and the blend fabric 2 is formed into a flat adhesive piece, or both ends of the blend fabric 2 are sewn. Since it is made into a cylindrical body, it is possible to stimulate the meridians and skin in many ways at once.The cylindrical body made of the blended fabric 2 can also be used as a kind of supporter for each affected part of the human body, such as the arms, legs, and torso. This allows for convenience in mounting.

By this method, the germanium medical device according to the present invention can be easily attached and detached, resulting in a safe medical device that can completely prevent skin irritation and inflammation.

In addition, since the product of the present invention has the main bodies 1, 1a, etc. adhered to the cotton, wool, and nylon blend fabric 2, it can be instantly and easily attached to and removed from each affected part of the human body, and the attachment point can be moved freely. In addition, since it is durable, it can be washed by hand with cold or warm water to keep it fresh and clean at all times.
When used in combination with a..., it feels good on the skin and gives a refreshing feeling, completely prevents side effects on the skin such as rash and itching caused by conventional adhesive plasters, and reduces the risk of loss. Not at all.

Although the effectiveness of each needle is inferior to that of conventional products, since the blended fabric ² to which about 100 bodies 1, 1a... are glued per 10cm2 is attached to each affected part of the human body, the bodies 1, 1a... Combined with the large amount, multifaceted concentrated contact of the main bodies 1, 1a, and the above-mentioned effects of the main bodies 1, 1a..., the medical effect is increased by stimulating many meridians and a wide area of the skin surface at once. I can do it,
As an unprecedented multi-purpose medical device, it is expected to have new medical effects, and its practical effects are tremendous.

[Brief explanation of drawings]

The figure shows one embodiment of the present invention.
The figure is a front sectional view of the germanium medical device according to the present invention, FIG. 2 is a plan view of the same as above, FIG. 3 is a partially enlarged view showing the second invention, and FIGS. 4 to 7 are plan views showing usage examples. , FIG. 8 is a diagram showing the state when the second invention is applied to various affected parts of the human body. 1, 1a...Main body, 2...Blend fabric.

Claims (1)

[Scope of Claims] 1. A medical device that specifies treatment based on the characteristics of germanium, which includes a fine powder of highly purified germanium, or a germanium mixed fine powder in which such a fine powder is mixed with a fine powder of a difficult-to-ionize metal such as gold, silver, or tin. A germanium medical device characterized by being formed by mixing, heating, and molding a fine powder mixture of powder and a polymeric material such as acrylic, polypropylene, or synthetic rubber at a ratio of 1:10. 2. Medical devices that specify treatments based on the properties of germanium include germanium mixed fine powder, which is made by mixing highly purified germanium fine powder or such fine powder with fine powder of difficult-to-ionize metals such as gold, silver, and tin, and acrylic and polypropylene. The main body is made by heating and molding a fine powder mixture of polymeric materials such as synthetic rubber at a ratio of 1:10, and forms a hemisphere into a lattice shape with mutual spacing on the surface of cotton, wool, and nylon blend fabric. A germanium medical device characterized in that a plurality of germanium medical devices are bonded to the intersection points of the blended fabric to form a flat adhesive piece. 3. The germanium medical device according to claim 2, characterized in that both ends of the blended fabric are sewn to form a cylindrical body.