KR20070098513A - Nano far infrared paster - Google Patents

Abstract

A nano-far infrared ray paster is provided to achieve medical treatment effects through a central nervous system, and to add a function of emitting far infrared ray to the paster that is attached to a cervical or lumbar region. A nano-far infrared ray paster comprises a surface layer(11) and a nano-far infrared ray substrate layer(12). A plastic film is used as a surface layer. The nano-far infrared ray substrate layer comprises a cloth layer(121) and a cohesive film layer(122) installed on one side of the cloth layer. The plastic film is bonded to the adhesive film layer on one side of the cloth layer. When the nano-far infrared paster is used, the plastic film on the surface layer and a release sheet are peeled off, the nano-far infrared ray substrate layer is attached to a part of a human body that reacts on a central nervous system.

Description

Nano Far Infrared Paster

1 is an enlarged schematic view of an embodiment of the invention.

2 is a schematic plan view affixed to the back of the body in the embodiment of the present invention.

3 is a plan view schematically attached to the plastic film in the embodiment of the present invention.

(Explanation of symbols for the main parts of the drawing)

1 compress

11 surface layer

12 nano far infrared substrate layer

120 plastic film

121 fabrication

122 Viscous Film Layer

2 body

21 neck

22 main part

The present invention relates to a nano far infrared compress. A nano far-infrared blister is provided with a nano far-infrared matrix layer in the poultice and attached to the place where it reacts with the central nervous system of the neck or lumbar region of the body to receive radiation of the nano far infrared to realize medical effects and health functions. will be.

Conventionally, the pain in the body has been treated by two methods, oriental medicine or western medicine. Oriental medicine has used acupuncture (acupuncture and moxibustion), massage and medicine to treat illness. In contrast, Western medicine is mostly based on scientific analysis, oral administration, injection (subcutaneous injection) and the like. However, the various treatment methods may cause medical accidents such as drug allergies or inadvertent injection, prescription errors, and the like.

80% of solar energy is infrared, and 80% of infrared light is 10-20 micrometer (μm) wavelengths. In addition, at least 60% of the solar energy contains 10-20 micrometers (μm) of infrared light. This wavelength band is known to be beneficial to the human body. On the other hand, infrared rays also include near infrared rays in the wavelength band of 0.75 to 4 micrometers (μm) and far infrared rays in the wavelength band of 4 to 1000 micrometers (μm). Among them, far infrared rays of 8 to 14 micrometers (μm) have a function of resonance absorption (共鳴 吸收) and penetrating power, and because radiation is uniform, it works well on the body. Nano far infrared is invisible, but has optical properties such as straightness, refraction, and reflection, and has penetrating power, and is evaluated as radiation that is absorbed by many materials and causes thermal reactions. It is known that the application of nano far infrared rays in the medical health field is extremely safe and there is no danger of tissue destruction, and the warmth reaches the deep parts of the body. Because the heat of heat is radiant heat, the sense of warmth is extremely safe and brings a refreshing and cool feeling like a hot spring containing minerals. The medical health effects of nano far infrared are now invading many people. Far infrared rays are electromagnetic waves in the wavelength range of 4 to 1000 micrometers (μm). The effect of electromagnetic wave of this kind shows medical health effect. Its action lies in the resonant endothermic action of molecules in the body. Many molecules in the body absorb the far infrared by the resonant endothermic action of the nano far infrared to produce energy and heat. However, the most penetrating force of nano far-infrared rays and the action of molecular vibration forms are water molecules under the skin and two kinds of molecules, carbon dioxide inside microvascular. Subcutaneous water molecules absorb the energy of far-infrared rays and increase the vibration of water molecules, thereby losing activity and kinetic power, dispersing the solidified water molecules, and producing small water molecules with free radicals. These activated small water molecules combine with toxic substances and are released from the extended line by heat absorption. Activated small water molecules promote the production of other activating enzymes, exerting a health effect. In addition, in addition to water molecules, carbon dioxide molecules can absorb far-infrared rays of various wavelengths. These molecules are augmented, and the energy and calories produced by vibration not only expand blood vessels, but also enhance the blood exchange and transfer capacity of microvascular vessels, which helps to avoid the occurrence of various diseases due to blood retention. do. By the above description, the importance about the health of a far infrared ray can be understood. Applying nano far infrared special effects to daily life can bring us healthier and more enjoyable lives. And also, by the special effect on the body of far-infrared brings more health to the body. However, in the molecular resonance endothermic effect, the medical health effect of nano far infrared rays is preferably absorbed entirely by the body, so that the effect is good, and it is desirable to have an effect on the body for a long time. Do.

To this end, the present inventors have repeated the research and testing, and invented a nano far infrared poultice that realizes a medical effect through the central nervous system.

The main object of the present invention is to provide a nano far-infrared blister which realizes a medical effect through the central nervous system. According to the present invention, the nano far infrared radiation function is added to the poultice, and the poultice is attached to a place that responds to the central nervous system of the neck or lumbar region of the body, and the body receives radiation of the nano far infrared ray, thereby providing medical effects and health. Functions can be realized to alleviate inconveniences in life.

The main object of the present invention is to provide a nano far-infrared blister which realizes a medical effect through the central nervous system. According to the present invention, nano far infrared rays are radiated to the deep layer of the body by adding nano far infrared rays to the poultice and in intimate contact with the body, but no marks remain on the skin surface. By raising the temperature of the subcutaneous depth, it expands microcirculation, promotes blood circulation, strengthens the metabolism of blood and other tissues, promotes tissue regeneration and convulsive opposition. In addition, it suppresses abnormal excitability of the perceptual nerve and exerts a regulating effect of the autonomic nerve. For this reason, the present invention can be used as a substitute for other medical substrates in addition to the infrared treatment method in the health field.

An object of the present invention is to provide a nano far infrared blister that realizes a medical effect through the central nervous system. The present invention is convenient to use and can be safely performed without causing drawbacks such as drug allergies or medical malpractice as in conventional medical methods.

In the invention of claim 1, the nano far-infrared bubble comprises a surface layer and a nano far-infrared substrate layer, and a plastic film is used as the surface layer, and the nano far-infrared substrate layer includes a cloth layer and a viscous film layer provided on one side of the fabric layer. The plastic film of the surface layer is bonded to the viscous film layer of one side of the fabric layer, and the plastic film and the release paper of the surface layer peel off at the time of use, and to the part which a nano far-infrared substrate layer responds to the central nervous system of the neck or lumbar part of the body It is a nano far-infrared compress which is affixed.

According to the invention of claim 1, in the invention of claim 1, wherein the nano-far infrared substrate layer is heated after uniformly mixing the nano far infrared powder and the liquid silicone pressure sensitive adhesive, (Iii) It is a nano far-infrared blister characterized by solidifying and hardening integrally with a vaginal elastic cloth to form a viscous film layer on one side of the fabric layer and the fabric layer.

According to the invention of claim 3, in the invention of claim 1, the nano-far infrared substrate layer is heated after uniformly mixing nano far infrared powder and liquid acrylic resins (Liquid states acrylic resins), By solidifying and curing the elastic fabric of the vagina, a viscous film layer on one side of the fabric layer and the fabric layer is formed, and the liquid acrylic resin is previously diluted with a small amount of toluene and a small amount of ethyl acetate. It is a nano far-infrared compress.

The invention of claim 4 is the nano-infrared substrate layer of the invention of claim 1, the nano-infrared powder, a small amount of negative ionic powder, a small amount of photocatalyst powder and a liquid silicone pressure-sensitive adhesive is uniformly mixed and heated, and then the cotton elastic cloth and It is a nano far-infrared wet pack characterized by solidifying and hardening so that it may be integrated, and producing the viscous film layer of one side of a fabric layer and a fabric layer.

According to the invention of claim 5, in the invention of claim 1, the nano far-infrared substrate layer is uniformly mixed with nano far-infrared powder, a small amount of negative ion powder, and a liquid silicone pressure-sensitive adhesive, and then solidified and cured so as to be integrated with a cotton elastic fabric. It is a nano far-infrared wet pack characterized by producing the viscous film layer of one side of a fabric layer and a fabric layer.

According to the invention of claim 6, in the invention of claim 1, the nano far-infrared substrate layer is uniformly mixed with nano far-infrared powder, a small amount of photocatalyst powder, and a liquid silicone pressure-sensitive adhesive and heated, and then solidified and cured so as to be integrated with a cotton elastic fabric. It is nano far-infrared compresses which produce the cloth layer and the viscous film layer of one side of a cloth layer.

The invention of claim 7 is the nano far-infrared wet pack of claim 1, wherein the surface layer is a release paper.

According to the invention of claim 8, the nano far-infrared bubble comprises a surface layer and a nano far-infrared substrate layer, and the surface layer is a plastic film, and the nano far-infrared substrate layer is a cloth layer and a viscous film layer provided on one side of the fabric layer. And a viscous film layer on one side of the fabric layer is bonded to the plastic film of the surface layer, and the nano far-infrared substrate layer comprises nano far infrared powder and liquid silicone pressure sensitive adhesive. After uniformly mixing and heating, by solidifying and curing with a cotton elastic cloth, a viscous film layer of one side of the fabric layer and the fabric layer is formed, and a plastic film is separately attached to the bottom of the fabric layer. The plastic film or the release paper of the surface layer and the plastic film of the bottom of the fabric layer are peeled off, and the viscous film layer of the nano-far infrared substrate layer It is a nano far-infrared blister characterized in that it is affixed to a part that responds to the central nervous system of the neck or lumbar region of the human back.

As shown in FIG. 1 to FIG. 2, the present invention relates to a nano far-infrared blister 1 which realizes a medical effect through a central nervous system, and is composed of a surface layer 11 and a nano far-infrared substrate layer 12. Among them, the surface layer 11 is composed of a plastic film or a release paper, and the nano-far infrared substrate layer 12 is uniformly mixed with a nano-far infrared powder and a liquid silicone pressure-sensitive adhesive or a liquid acrylic resin and heated, It is comprised by solidifying and hardening integrally. The nano far-infrared substrate layer 12 is provided with a cloth layer 121 and a viscous film layer 122 on one side of the cloth layer 121. The viscous film layer 122 on one side of the fabric layer 121 is bonded to the surface layer 11 such as the plastic film or the release paper. In use, after peeling off the plastic film or the release paper of the surface layer 1, the viscous film layer 122 of the nano far-infrared substrate layer 12 is removed, and the neck part 21 or recessed part 22 of the back of the body 2 (FIG. 2) is carried out. By attaching it to a place that responds to the central nervous system, the action of nano far infrared rays gradually penetrates the central nervous system, thereby realizing the medical effects and health functions of the body's sense of pain and eliminating inconveniences in life.

In addition, as an example of an appropriate ratio of the nano far infrared substrate layer 12, 20% of nano far infrared powder is uniformly mixed and dispersed in 80% of a specific concentration of liquid silicone pressure-sensitive adhesive or liquid acrylic resin, and an extrusion mold (not shown) After filling the sheet, the surface of the elastic fabric can be covered, and various thicknesses, values, and shapes can be produced by the hollow shape of the extrusion die. The extrusion die performs heating for a predetermined time at 120 ° C to 130 ° C, and gradually hardens the liquid silicone pressure-sensitive adhesive or the liquid acrylic resin by pressure and heating to form the nano far-infrared substrate layer 12. The nano far-infrared substrate layer 12 is composed of a foam layer 121 and a viscous film layer 122 on one side of the foam layer 121, and the nano-far infrared substrate layer 12 taken out from the extrusion die has its viscous film layer 122 ) Is affixed to the surface layer 11, and the surface layer 11 may use a plastic film or a release paper.

The liquid acrylic resin is diluted with traces of toluene and traces of ethyl acetate before mixing with the nano far infrared powder.

The nano far infrared powder is synthesized from zinc powder, aluminum powder, titanium powder, antimony powder.

The 20% nano far-infrared powder may replace its content with an appropriate percentage of photocatalyst powder or negative ions. As an example, the original 20% nano far infrared powder can be replaced with 14% nano far infrared powder, 1% photocatalyst powder and 5% minus ions, or 18% nano far infrared powder and 2% photocatalyst powder. have. Alternatively, it can be substituted with 15% of nano far infrared powder and 5% of negative ions.

As shown in FIG. 3, the plastic film 120 can be further stuck to the bottom surface of the fabric layer 121 of the nano-far infrared substrate layer 12.

The present invention has the following facilitation effect.

1. The present invention attaches the vesicles of the nano far infrared matrix layer to a place that responds to the central nervous system of the neck or lumbar region of the back of the body, and gradually realizes the effect of medical health by radiating nano far infrared rays to the body.

2. The present invention is provided with a radiation function of nano far infrared rays, can be in close contact with the body naturally radiates nano far infrared rays to the body to reach the deep parts of the body, and also does not leave marks on the skin surface. In addition, by increasing the temperature of the subcutaneous depth, it expands microcirculation, promotes blood circulation, strengthens metabolism with blood and other tissues, promotes tissue regeneration and spasm resistance, as well as abnormal excitability of the perceptual nerve In addition, the present invention can be applied as an alternative to other medical substrates, in addition to the infrared therapeutic method, which is beneficial to health, since it has a control effect of autonomic nerves.

3. The plastic film or the release paper of the surface layer 1 can be peeled off, and the viscous film layer 122 of the nano far infrared substrate layer 12 can be attached to the body, so that the use is quite simple. It is quite safe because it does not cause defects such as drug allergies or medical malpractice as in the conventional medical methods.

The medical health effect can be summarized as follows.

(1) Fatigue Recovery: Recovers from fatigue and pressure by discharging fatigue substances and wastes accumulated in the body in a short time to the body.

(2) stiff shoulders and lower back pain: promote blood circulation, increase the blood flow of muscles, improve muscle stiffness and pain, and is effective on the shoulders.

(3) Indirect recovery of sports injuries: vigorous exercise can cause a loss of balance and cause a variety of diseases. Nano far infrared promotes the release of miscarriage and waste, improves metabolic function, and promotes blood circulation.

(4) Promotes blood circulation and improves high and low blood pressure: Blood is a mediator that circulates the tissues and organs of the body and carries nutrients and oxygen to each tissue. If this interferes with your function, your health will be compromised. Nano far-infrared promotes blood circulation, prevents blood diseases, and is a fundamental measure of health and treatment.

(5) Promotes metabolism and removes excess fat: Nano far infrared rays lower cholesterol and triglycerides, prevent aging, have a cosmetic and dietary effect, and are also effective for atherosclerosis.

(6) Emission of harmful heavy metals: The body regulates its physiological function by 55 kinds of minerals. Disease occurs when there is an excess of harmful minerals or a shortage of the necessary minerals. Nano far infrared emits harmful substances from the body, keeping the body in a healthy state.

As described above, the nano far infrared poultice that realizes the medical effect through the central nervous system of the present invention is not only simple and convenient to use, but also infrared, stress-related diseases, pain improvement, rheumatoid arthritis, recovery of paralysis. The effects of treatment on diseases such as rehabilitation of movement injuries, union and pain suppression of surgical wounds, pain in the lower back, back and knees, gastrointestinal diseases, high and low blood pressure, asthma and the like are evident. In addition, body deodorization, detoxification, warm in winter, cool in summer, and also has the effect of moisture removal and beauty.

The far-infrared compresses of the present invention are not only simple to use, but also radiating infrared, stress-related diseases, pain improvement, rheumatoid arthritis, recovery from paralysis, rehabilitation of movement injuries, union and pain suppression of surgical wounds, waist, etc. Therapeutic effects on diseases such as knee pain, gastrointestinal disorders, high and low blood pressure and asthma are obvious. In addition, it is effective in removing body odor, detoxification, warm in winter, cool in summer, and removing moisture and beauty.

Claims (8)

The nano far infrared blister has a surface layer and a nano far infrared substrate layer, and a plastic film is used as the surface layer, and the nano far infrared substrate layer includes a cloth layer and a viscous film layer provided on one side of the fabric layer, and one side of the fabric layer. The plastic film of the surface layer is bonded to the viscous film layer of, and at the time of use, the plastic film of the surface layer and the release paper are peeled off, and the nano far-infrared substrate layer is affixed to a portion that responds to the central nervous system of the neck or lumbar region of the back of the body. Nano Far Infrared Wet. The method of claim 1, The nano far infrared substrate layer is uniformly mixed with nano far infrared powder and liquid silicone pressure sensitive adhesive and heated, and then solidified and hardened integrally with a cotton elastic fabric, Nano far-infrared blister which produces the viscous film layer of one side of a fabric layer. The method of claim 1, The nano far-infrared substrate layer is uniformly mixed with nano far infrared powder and liquid states acrylic resins and heated, and then solidified and hardened integrally with a cotton-like elastic fabric, thereby forming a foam layer and a foam layer. One side of the viscous film layer is produced, the liquid acrylic resin is nano far-infrared blister, characterized in that previously diluted with a small amount of toluene and a small amount of ethyl acetate (Ethyl acetate). The method of claim 1, The nano far-infrared substrate layer is uniformly mixed with nano far-infrared powder, trace amount of negative ion powder, trace amount of photocatalyst powder, and liquid silicone pressure-sensitive adhesive and heated, and then solidified and cured so as to be integral with a cotton elastic cloth. Nano far-infrared wet pack characterized by producing the viscous film layer of. The method of claim 1, The nano far-infrared substrate layer is uniformly mixed with nano far-infrared powder, a small amount of negative ion powder, and a liquid silicone pressure-sensitive adhesive and heated, and then solidified and cured so as to be integrated with a cotton elastic cloth, thereby forming a viscous film layer on one side of the cloth layer and the cloth layer. Nano far-infrared wet pack, characterized by producing a. The method of claim 1, The nano far-infrared substrate layer is uniformly mixed with nano far-infrared powder, a small amount of photocatalyst powder, and a liquid silicone pressure-sensitive adhesive and heated, and then solidified and cured so as to be integrated with a cotton elastic fabric, thereby forming a viscous film layer on one side of the fabric layer and the fabric layer. Nano far-infrared wet pack characterized by producing. The method of claim 1, The surface layer is a nano far-infrared wet pack, characterized in that the release paper. The nano far-infrared bubble has a surface layer and a nano far-infrared substrate layer, and the surface layer is a plastic film, and the nano far-infrared substrate layer includes a fabric layer and a viscous film layer provided on one side of the fabric layer. The viscous film layer on one side is bonded to the plastic film of the surface layer, and the nano far infrared substrate layer is heated by uniformly mixing nano far infrared powder and liquid silicone pressure sensitive adhesive. Thereafter, by solidifying and curing with a cotton-like elastic cloth, a viscous film layer on one side of the fabric layer and the fabric layer is formed, and a plastic film is affixed separately to the bottom of the fabric layer. And peeling off the plastic film on the bottom of the fabric layer, and the viscous film layer of the nano far infrared substrate layer Nano far-infrared blisters, which are affixed to a part that responds to the central nervous system of the lumbar region.

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