KR20020083540A - A resin composition including far infrared radiation materials - Google Patents

Abstract

The present invention relates to a far-infrared radiation resin composition, and more particularly, a dry powder obtained by finely pulverizing one or more far-infrared radiation materials selected from natural primary minerals such as biotite, elvan and kaolin and trace minerals and inorganic germanium. A resin composition mixed with a resin component such as nylon and vinyl by 1 to 30% by weight, and when a molded article is manufactured using the resin composition, the material itself of the molded article has a self heating or a contact with a living body, such as 7 to 12 microns. By radiating far-infrared rays, which are beneficial to the living body, it promotes metabolism by circulating blood and ionization of water in vivo, and eliminates wastes and fish blood in the body. It enhances sterilization, deodorization effect, and various medical equipment, medical supplement or treatment Relates to the new far-infrared radiation resin composition that can be effectively applied to healthy dairy products, clothing, home goods and so on.

Description

A resin composition including far infrared radiation materials

The present invention relates to a far-infrared radiation resin composition, and more particularly, a dry powder obtained by finely pulverizing one or more far-infrared radiation materials selected from natural primary minerals such as biotite, elvan and kaolin and trace minerals and inorganic germanium. A resin composition mixed with a resin component such as nylon and vinyl by 1 to 30% by weight, and when a molded article is manufactured using the resin composition, the material itself of the molded article has a self heating or a contact with a living body, such as 7 to 12 microns. By radiating far-infrared rays, which are beneficial to the living body, it promotes metabolism by circulating blood and ionization of water in vivo, and eliminates wastes and fish blood in the body. It enhances sterilization, deodorization effect, and various medical equipment, medical supplement or treatment Relates to the new far-infrared radiation resin composition that can be effectively applied to healthy dairy products, clothing, home goods and so on.

In the conventional natural minerals, since it has been found that far-infrared rays are beneficial to the human body, it is widely known that natural minerals such as elvan are used as far-infrared radiators.

Such far-infrared rays are beneficial to the human body, and researches to apply various far-infrared radiation substances are being actively conducted. Among them, in the invention such as Korean Patent Publication No. 98-23480, for example, fine zirconium 40-60 processed to 0.5 μm-2 μm A method for producing a far-infrared radiation ceramic, which is prepared by putting a mixture of% by weight, 30-50% by weight, and 5-20% by weight of germanium in a press die, press-molding it, and then plastically processing it, and then surface-processing the desired decorative article. Techniques relating to the cosmetic products to be produced are known.

In addition, in the case of Korean Patent Application Laid-Open No. 98-53226 and the like, a silicone compound containing a filler, a vulcanizing agent, and an accelerator is mixed with 10 to 30 parts by weight of a nephrite powder having a predetermined particle size, and then kneaded and extruded to contain a silicone rubber powder. And, when using it as a household goods, infant supplies or medical supplies, a technique has been proposed that the purgatory component contained in the silicone to exert a medical effect, such as cell function activation, blood circulation and metabolism promotion.

In addition, a number of techniques for applying all-round minerals or far-infrared radiation materials to various living conditions have been proposed in a similar manner.

However, these conventional technologies for applying far-infrared radiation materials have limited application ranges depending on their characteristics, or the far-infrared radiation materials used have different compositions, and thus, they do not suggest a wide range of applications. In close human application technology, the range of use is extremely limited.

In the case of Korean Patent Publication No. 98-53226, jade powder is used for silicon, but far-infrared radiation effect cannot be expected, and the composition of the mineral is too plain, so that it is difficult to expect characteristic functionality, in particular by using chemical additives such as a vulcanizing agent. It is not a preferable composition.

In addition, there are various proposals for imparting functional characteristics such as antimicrobial properties to various synthetic resin products which are closely located in our lives in general, but not many are actively commercialized.

Therefore, the application of far-infrared radiation is still a lot of development and needs to be applied more effectively.

The present invention was completed while studying a method of broadening the scope of application of the conventional far-infrared radiation material and applying it more effectively to real life and using an effective far-infrared radiation effect as described above.

In particular, in the modern society where environment and health are very important, it is very effective and commercialization value to apply to the living environment and clothing of modern people suffering from stress, pollution, tiredness, and adult disease. Is a new development of outstanding far-infrared applied technology.

Accordingly, an object of the present invention is to provide a new far-infrared radiation resin composition that can be used in a variety of applications by mixing a specific far-infrared radiation substance in a predetermined ratio.

The present invention is a functional resin composition, 1 to 30 parts by weight of one or more parts of the far infrared radiation selected from biotite, elvan and kaolin, and 1 to 10 parts by weight of the mineral and inorganic germanium mixtures in the total resin composition It is characterized by being mixed with the resin component in%.

The present invention will be described in more detail as an embodiment as follows.

The present invention is mixed and pulverized mineral and inorganic germanium to the far-infrared radiation materials such as soft biotite, ganban stone, kaolin, natural primary minerals, and various synthetic resins, such as silicone, nylon, vinyl, biodegradable resins, various functional resins, etc. A resin composition comprising a resin component selected from a resin component in a predetermined ratio, and relates to a resin composition for use by extrusion molding, injection molding or molding and molding the resin composition.

When the resin composition prepared according to the present invention is used as a self-heating material, it is possible to apply far-infrared radiation of 7 to 12 microns or more, and when used in close proximity to the human body, it is used to promote blood circulation and a part of human tissue. It enhances metabolism by ionization, discharges waste products with a large amount of sweating, and improves antibacterial, anti-inflammatory, and antiseptic effect by skin restoration by blood circulation improvement.

In particular, as a molded article that can be produced using the resin composition of the present invention, for example, a general synthetic resin so as to be applicable to a variety of fields that can be applied to burn bands, disposable bands, packs for packs, underfloor, pastes, etc. Silicone, nylon (polyethylene), vinyl, etc. can be mixed and applied by a conventional method.

When the resin composition of the present invention is applied to various molded products, there is no contact dermatitis or allergic phenomenon easily seen in the use of nylon due to far-infrared radiation and self-heating, but rather excellent characteristics with a functional effect by far-infrared projection force. Indicates.

According to the present invention, as a natural mineral used to prepare a resin composition having such a characteristic, a mixture of biotite, elvan, and kaolin is most preferred, and in some cases, an object of the present invention may be used even if a mixture of one or more of these components is used. To some degree.

Particularly, in the present invention, it is preferable to add a mineral component or an inorganic germanium component in order to supplement the functional characteristics caused by the far-infrared radiation from natural minerals. The chemical composition obtained by the use of these components is 60 to 70% by weight of SiO4, Al2O3. 10-15% by weight, 5-8% by weight of K2O, 2-3% by weight of FeO3, 2-3% by weight of Na2O, 1-2% by weight of CaO, 0-1% by weight of TiO2, 0-1% by weight of MgO, P2O5 0 It has been found to be preferred to comprise 1% by weight, 1 to 3% by weight of minerals, 2 to 5% by weight of Ge, and trace amounts (0 to 0.5% by weight) of Alk (SO 4) 2 .12H 20.

Minerals used in the present invention, biotite, ganban stone, kaolin and the like have the characteristics of high far-infrared radiation purity, the use of biomolecules in the weight ratio of 1: 1: 0.1 ~ 2: 0.1 ~ 2 by three components Best of all, the content of these components does not make a significant difference to the properties of the present invention.

The mixture of the far-infrared radiant material as described above is used after being mixed for processing and finely pulverized, and the particle size at this time is 300 in consideration of the far-infrared radiation characteristics, the mixing and usability of the resin component, and the physical properties of the molded product after molding. It is better to use finely pulverized particles with sub-mesh size.

The finely divided far-infrared radiating material according to the present invention is mixed with the resin component, but silicone is most preferred as the resin which can be used, but is also highly applicable to known synthetic resins, nylon and vinyl.

The ratio of blending the far-infrared radiating material to the resin component is preferably used in an amount of 1 to 30% by weight of the far-infrared radiating material in the total resin composition, and more preferably 15 to 20% by weight when using silicone as the resin component. Can be used. If the amount is small, the far-infrared radiation effect is somewhat lowered, but if the amount is excessively excessive, the intrinsic physical properties of the resin component are lowered and the useability and moldability with the resin are not preferable. In other words, the excessive use of far-infrared radiation material is excellent in functionality, but other physical properties may be relatively impaired. In the case of using a small amount, it is advantageous to maintain the intrinsic physical properties of the resin as it is.

Such far-infrared ray launching materials are used in a flexible manner depending on the type of resin component and the characteristics of the product made of the molded article. For example, in the case of applying to silicon, when the thin sheet is manufactured, the application amount may be somewhat small, and in the case of nylon sheet, it is often desirable to apply a slightly smaller amount.

When molding using a resin composition blended in a certain ratio according to the present invention, for example, it is possible to manufacture a variety of products by extruding into a thin vinyl form or to make a mold of a certain thickness, so the product is manufactured by itself By heat generation, it enables the far-infrared radiant ion energy which is beneficial to the living body of 7-12 microns in contact with raw vegetables, thereby promoting metabolism by circulating blood in the raw vegetables and ionizing water and eliminating waste products and blood in the body. In addition to improving the antibacterial and anti-inflammatory disinfection effect by the restoration and far-infrared rays, it will be varied from various medical devices, medical supplements or therapeutic supplies, functional health care products, clothing, and wallpaper.

Examples of products to which the products of the present invention can be applied include various medical bands, burn bands, bedroom floorboards, wallpaper, packs for steaming, refrigerator deodorant products, automobile products, kitchen equipment, food packaging materials, medical packaging materials It can be applied to various products such as medical devices, textile resins, textile coatings, molded housings for home appliances, jewelry, infant goods, storage containers, shoes, cushions, lighting fixtures, and the like.

As described above, the present invention has an important feature in that it is possible to provide a raw material which can be formulated into a molded article by effectively blending the far-infrared radiation substance with the resin component in the series of compositions.

Looking at the manufacturing method of the resin composition according to the present invention, for example, by pulverizing the mixture of the far-infrared radiation substance of the composition into fine powder and then mixed with water and selected by the buoyancy beneficiation method to collect only the solution floated above, this The powder is dried again, and then mixed with a resin component such as silicone in the above compounding ratio, and then manufactured by extrusion sheeting or making a mold for a desired product by a conventional method.

As an example of the preparation, for each case where 10 wt%, 20 wt%, and 30 wt% of far-infrared radiation material was added to silicon, a silicon cloth was prepared in 0.1 to 0.5 mm thickness, 1 mm thickness, and 2 mm thickness, respectively. As a result, very useful moldings were completed, and various properties of each molding were not significantly different from those of the use of far-infrared radiation.

When the mixed silicone sheet manufactured in this manner is used, the metabolism is promoted by improving blood circulation and water ionization of the living body by enhancing the far-infrared radiation function by the body temperature, and enhancing the viability by improving blood circulation. After several weeks of application, it was confirmed that the result was excellent compared to the case of no use.

Therefore, the resin composition of the present invention means that the far-infrared rays emitted from the material itself are projected deep into the skin. This is a very useful use based on the common view that far-infrared radiation is emitted from stones, rocks, or loess around us, and in particular, it will be able to greatly improve the merchandise in combination with various uses of resin components. In addition, the resin composition of the present invention will not change the purpose of use even if mixed with any material that can be blended.

Looking at the effect of the molded article using the resin composition according to the invention in more detail as follows.

① Far-infrared rays are projected deep into the skin (40m / m), so that the pharmacological function can be extended to the place where drug administration is impossible (capillary wave).

② Far-infrared radiation ion energy gives heat by resonant resonance movement of water in living tissue, removes blood by ionization of water, and has excellent effect on skin resilience by blood circulation improvement by removing waste products.

③ pain caused by the discharge of uric acid, the cause of pain.

④ Inflammatory skin diseases caused by far-infrared rays are cured and negative ions generated from ceramics have a definite effect on odor removal.

⑤ The water film is protected and stabilized by the activation of water molecules by far infrared rays, so it is also effective in preventing bleeding and rot (see Dr. Yamazaki Toshiko of Japan).

In view of the far-infrared radiation effect on the resin composition of the present invention to which the far-infrared radiation material is applied as described above, far-infrared rays are the purest and most heat-efficient heat rays among the solar rays, as well known, and penetrate up to 40 m / m under the skin. It is a very beneficial heating wire that promotes the metabolism of the human body.

In view of the biological effects of far infrared rays, all living organisms are usually composed of two components, water and protein, and water has an inseparable relationship with far infrared rays.

The wavelength band around the body where humans live is about 5 microns to 14 microns, or around 10 microns in the area required by living bodies. Although difficult for humans to measure wavelengths, the best wavelength range is known to be 7-11 microns. Absorption Wavelength of Organic Compounds Absorption Wavelength of Water The wavelength at which the three points that penetrate the sun coincide is the wavelength range where life can be raised, and this wavelength range is 8 to 12 microns. In particular, it is necessary to activate water molecules in vivo. To do this, it is necessary to sensitize the radiation wavelength of 6-11 microns, which is the absorption wavelength of water molecules. By absorbing these wavelengths, water molecules cause vigorous movement. In other words, water molecules collide with each other so that the energy of water molecules increases. This increased energy releases water molecules. It becomes a fever.

The self-heating, ie resonance, resonance, which occurs when the product to which the resin composition of the present invention is applied in contact with the human body is derived from this principle of operation, and the correlation between the far-infrared wavelength and the activation of water molecules is related to It is of immense importance to the maintenance of life. In other words, the common components of human, animal, and plant life on the planet are water and protein, and biopolymers such as cells, hexane, and enzymes are proteins. The water film protects this biopolymer and stabilizes its structure. When this membrane breaks down, the protein's structure breaks down and breaks down. The death of a living body means that carbon, which is a protein in the nucleus, is blown out and scattered into the water by the diffusion movement. For example, it is this phenomenon that water or blood comes from fish or meat that has been stored for a long time. This is called a drip phenomenon, but it is all a phenomenon of corruption. In order to suppress such drip phenomenon, it is necessary to increase the binding force between water molecules as they are alive. Preservation is greatly improved by placing fish and meat on a far-infrared radiator. It can be predicted that the water-membrane binding of three layers of water molecules that protect biopolymers is stabilized. Of course, fish and meat can not stop corruption because there is no metabolic activity, but it is possible to delay to some extent. This effect is of course not only limited to food, but also effective for humans whose bodies are mostly water molecules. In other words, the promotion of blood circulation by far-infrared radiation is considered to be due to the excitation action due to the activation of water molecules.

When the far-infrared ray having the above-mentioned efficacy is used in the human body, it promotes blood flow and revitalizes the production of enzymes, rejuvenates the cells, and excretes waste products, that is, unnecessary fat, by a large amount of sweating. In particular, the far-infrared rays absorbed by the human body increase the temperature of the subcutaneous layer by vibrating atoms and molecules, thereby eliminating metabolic disorders such as capillary expansion, blood circulation, and fish blood, and promoting tissue regeneration enzymes to enhance skin resilience. Indicates. In addition, because it eliminates metabolic disorders, the liver excretes waste products and unnecessary accumulations that accumulate in the living body along with moisture, and causes heavy blood pressure, called carcinogens, and lactic acid, free fatty acids, subcutaneous fat, and high blood pressure, which cause fatigue and aging. This excretion of sodium and uric acid, which causes pain, and active sebaceous glands, so that the accumulated cosmetics on the skin are directly excreted from the skin rather than through the kidneys.

In the case of a molded article using a resin composition containing more than 300 mesh fine powder of minerals, such as soft biotite, which is a mixture applied in the present invention, and an inorganic germanium, etc. Far-infrared ion energy can obtain a sufficient effect of functionality due to such far-infrared radiation even if it is mixed with any material and very small amount (15-20%).

As described above, in the case of the resin composition containing the far-infrared radiation material according to the present invention, when applied to various molded articles using the same, the far-infrared ion energy emitted by the resin composition itself is projected deep into the skin to give heat, It promotes blood circulation and metabolism by ionization, enhances skin resilience that is necrotic by blood circulation improvement, and removes wastes.

Therefore, due to the anti-inflammatory anti-inflammatory anti-inflammatory effect of anti-infrared rays, it is possible to prevent allergic dermatitis caused by contact with skin such as nylon, vinyl, and the like. Urine acid, which is a cause of poor inflammatory diseases and pain, as well as the effect of improving skin resilience, immunity, etc. due to the current improvement is effective to be widely used in various applications effectively.

Claims (6)

In the functional resin composition, the finely ground dry powder of one or more parts by weight of one or more parts of far infrared ray emitting material selected from biotite, elvan and kaolin is mixed in the range of 1 to 30% by weight in the total resin composition. Far-infrared radiation resin composition characterized in that it is mixed with the component. The method of claim 1, wherein the far-infrared radiation material is 60 to 70% by weight SiO4, 10 to 15% by weight Al2O3, 5 to 8% by weight K2O, 2 to 3% by weight FeO3, 2 to 3% by weight Na2O, 1 to 2 CaO % By weight, 0 to 1% by weight of TiO2, 0 to 1% by weight of MgO, 0 to 1% by weight of P2O5, 1 to 3% by weight of minerals, 2 to 5% by weight of Ge, and Alk (SO4) 2.12H20 0 to 0.5% by weight Far-infrared radiation resin composition, characterized in that consisting of. The far-infrared radiation resin composition according to claim 1, wherein the dry powder has a particle size of 300 mesh or more. The far-infrared radiation resin composition according to any one of claims 1 to 3, wherein the resin component is a conventional synthetic resin, silicone, nylon, vinyl, or a biodegradable resin. 5. The far-infrared radiation resin composition according to claim 4, wherein the far-infrared radiation substance is a mixture of biotite, elvan and kaolin in a weight ratio of 1: 0.1-2: 0.1-2. A silicone sheet molded into the resin composition according to claim 5, wherein the resin component is silicon and molded to a thickness of 0.1 to 5 mm.