JP3123546U - Nano far infrared compress - Google Patents

Nano far infrared compress Download PDF

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JP3123546U
JP3123546U JP2006003435U JP2006003435U JP3123546U JP 3123546 U JP3123546 U JP 3123546U JP 2006003435 U JP2006003435 U JP 2006003435U JP 2006003435 U JP2006003435 U JP 2006003435U JP 3123546 U JP3123546 U JP 3123546U
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賢維 陳
純玉 金
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賢維 陳
純玉 金
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Abstract

【課題】ナノ遠赤外線湿布の提供。
【解決手段】ナノ遠赤外線湿布において、前記湿布は表層とナノ遠赤外線基質層を具え、前記表層にプラスチック・フィルムが使用され、前記ナノ遠赤外線基質層は布層と前記布層の一側面に設けられた粘性フィルム層を包含し、前記布層の一側面の粘性フィルム層に、前記表層のプラスチック・フィルムが接合され、使用時には、前記表層のプラスチック・フィルムまたは離型紙が剥がされ、前記ナノ遠赤外線基質層が体の背面の頸部または腰部の中枢神経系統に対応する部分に貼り付けられる。
【選択図】図1
To provide a nano far-infrared compress.
In the nano far-infrared compress, the compress comprises a surface layer and a nano far-infrared substrate layer, and a plastic film is used for the surface layer. The nano far-infrared substrate layer is disposed on one side of the fabric layer and the fabric layer. The surface plastic film is bonded to the viscous film layer on one side of the cloth layer, and when used, the surface plastic film or release paper is peeled off, A far-infrared substrate layer is applied to the back of the body corresponding to the central nervous system of the neck or lumbar region.
[Selection] Figure 1

Description

本考案はナノ遠赤外線湿布に関わる事である。湿布にナノ遠赤外線基質層を設けて、該湿布を身体の背面の頸部または腰部の中枢神経系統に反応する場所に貼り付けることで、ナノ遠赤外線の輻射を受け、医療効果と保健機能を実現するようにした、ナノ遠赤外線湿布に関する事である。   The present invention relates to nano far infrared compresses. A nano far-infrared substrate layer is provided on the compress and affixed to a place that reacts to the central nervous system of the neck or lumbar region on the back of the body. It is about nano far-infrared compresses to be realized.

従来、体の痛みは東洋医学、又は西洋医学2種の方法で治療されてきた。東洋医学は鍼灸、マッサージを用い、漢方薬などを服用して病気を治療されてきた。これに対して、西洋医学は、科学的分析を基にした、薬の経口服用、注射(皮下注射)などがほとんどである。しかしながら、前記各種治療方法は、薬物アレルギーまたは不注意による注射、処方間違いなどの医療ミスが起こりうる。   Traditionally, body pain has been treated in two ways: Oriental Medicine or Western Medicine. Oriental medicine has been treated for diseases by using acupuncture, massage, and taking traditional Chinese medicine. In contrast, Western medicine is mostly based on scientific analysis, such as oral medicine and injection (subcutaneous injection). However, medical treatment errors such as drug allergy or careless injection, prescription mistakes, etc. can occur in the various treatment methods.

太陽エネルギーの80%は赤外線であり、赤外線の80%は10〜20のミニメートル波長である。また、太陽エネルギーの60%以上は10〜20ミニメートルの赤外線を含む。この波長帯は体に有益とされている。一方、赤外線はさらに波長帯0. 75〜4ミニメートルの近赤外線と波長帯4〜1000ミニメートルの遠赤外線を含む。そのうち、8〜14ミニメートルの遠赤外線は共鳴効果と浸透力の機能を有し、輻射が均一であるため、体に良い働きを与える。ナノ遠赤外線は目に見えないが、直進、屈折、反射などの光特質を持つほか、浸透力を有し、多くの物質に吸収し熱反応を引き起こす輻射とされ評価されている。ナノ遠赤外線の医療保健分野における応用は、極めて安全で、組織破壊の危険性がないほか、その温熱感は体の深部に届くとされている。その光熱は輻射熱のため、温熱感は極めて安全で、鉱物質を含む温泉のように、さわやかな感じをもたらす。今やナノ遠赤外線による医療保健効果は多くの人々に浸透している。遠赤外線は波長帯4〜1000ミニメートルの電磁波である。この種の電磁波の働きにより、医療保健効果を引き起す。その働きは体内分子との共振吸熱働きにある。体内に存在する多くの分子はナノ遠赤外線の共振吸熱働きにより、遠赤外線を吸収しエネルギーと熱量を作り出す。しかし、ナノ遠赤外線の浸透力と分子振動形態の作用を最大に受けるのは、皮下の水分子と微血管内部の二酸化炭素、2種の分子である。皮下の水分子が遠赤外線のエネルギーを吸収し、水分子の振動を増大することにより、活性と運動力を失い固まった水分子を分散させ、自由基を持つ小さい水分子を作り出す。これらの活性化された小さい水分子は有毒物質と結合し、熱吸収により拡張された汗腺より排出される。活性化された小さい水分子は他の活性化酵素の生成を促し、健康効果を発揮する。さらに、微細血管においては水分子のほかに、二酸化炭素分子も様々な波長の遠赤外線を吸収できる。これらの分子が増強し、振動により引き起こすエネルギーと熱量は血管を拡張させるほか、微細血管の血液交換と搬送能力を強化し、血液滞留による様々な疾病の発生の回避に役立つ。以上の説明により、遠赤外線の体の健康に対する重要性がわかる。ナノ遠赤外線の特殊効果を日常生活に応用することは、我々にもっと健康で楽しい生活をもたらし得る。そしてまた、遠赤外線の体に対する特殊効果により、体により健康をもたらす。ただし、前記分子共振吸熱機能において、ナノ遠赤外線の医療保健効果は、体に全面的に吸収することで、その効果が良好となり、また長時間にわたり体に作用を及ぼすようにすることが望ましい。   80% of solar energy is infrared, and 80% of infrared is 10-20 minima wavelengths. Moreover, 60% or more of the solar energy includes 10-20 minute infrared rays. This wavelength band is considered beneficial to the body. On the other hand, infrared rays further include near infrared rays having a wavelength band of 0.75 to 4 min and far infrared rays having a wavelength band of 4 to 1000 min. Among them, far infrared rays of 8 to 14 min have a function of resonance effect and penetrating power, and since radiation is uniform, they give good work to the body. Nano far-infrared rays are invisible, but have light properties such as straight travel, refraction, and reflection, as well as penetrating power and are regarded as radiation that absorbs many substances and causes thermal reactions. The application of nano far-infrared rays in the medical health field is extremely safe, there is no risk of tissue destruction, and the thermal sensation reaches the deep part of the body. Because the light heat is radiant heat, the thermal sensation is extremely safe and brings a refreshing feeling like a hot spring containing minerals. Now, the medical health effect of nano far infrared rays has permeated many people. Far-infrared rays are electromagnetic waves having a wavelength band of 4 to 1000 min. This kind of electromagnetic wave causes a medical health effect. Its function is the resonance endothermic function with internal molecules. Many molecules in the body absorb the far-infrared rays by the resonant endothermic action of nano far-infrared rays, creating energy and heat. However, it is the subcutaneous water molecule, carbon dioxide inside the microvessel, and two kinds of molecules that are most affected by the penetrating power of nano far-infrared rays and the molecular vibration form. The subcutaneous water molecules absorb far-infrared energy and increase the vibrations of the water molecules to disperse the water molecules that have lost their activity and motility, creating small water molecules with free groups. These activated small water molecules combine with toxic substances and are excreted from sweat glands expanded by heat absorption. Activated small water molecules promote the production of other activated enzymes and exert a health effect. Furthermore, in the microvessel, in addition to water molecules, carbon dioxide molecules can absorb far infrared rays of various wavelengths. These molecules strengthen and the energy and heat caused by vibrations dilate blood vessels, enhance the blood exchange and transport capacity of microvessels, and help to avoid the occurrence of various diseases due to blood retention. From the above explanation, the importance of far-infrared rays for the health of the body can be understood. Applying the special effects of nano far-infrared rays to everyday life can lead us to a healthier and more enjoyable life. And it also brings health to the body by special effects on the body of far infrared rays. However, in the molecular resonance endothermic function, it is desirable that the medical health effect of nano far-infrared rays is absorbed by the body entirely, so that the effect is good and the effect is exerted on the body for a long time.

このため、本考案者は研究とテストを繰り返した結果、中枢神経系統を介して医療効果を実現するナノ遠赤外線湿布を考案した。   For this reason, as a result of repeated research and testing, the present inventors have devised a nano far-infrared compress that achieves medical effects via the central nervous system.

本考案は、中枢神経系統を介して医療効果を実現するナノ遠赤外線湿布を提供することを主な目的とする。本考案によると、ナノ遠赤外線放射機能を湿布に添加し、この湿布を体の背面の頸部または腰部の中枢神経系統に反応する場所に貼り付けて、体にナノ遠赤外線の輻射を受けさせることで、医療効果と保健機能を実現し、生活上の不便を解消できるようにする。   The main object of the present invention is to provide a nano far-infrared compress that achieves medical effects via the central nervous system. According to the present invention, a nano far infrared radiation function is added to the compress, and the compress is applied to a place that reacts to the central nervous system of the neck or lumbar region on the back of the body, so that the body receives the radiation of the nano far infrared. In this way, medical effects and health functions can be realized and inconveniences in daily life can be resolved.

本考案は、中枢神経系統を介して医療効果を実現するナノ遠赤外線湿布を提供することを次の主な目的とする。本考案によると、ナノ遠赤外線を湿布に添加し、体と緊密に接触させることにより、ナノ遠赤外線を体の深層に輻射し、しかし皮膚表面に跡が残らない。皮下深層の温度を上昇させることにより、微細血管を拡張させ、血液循環を促し、血液とその他組織との新陳代謝を強化して、組織再生能力と痙攣対抗力を促進する。このほか、知覚神経の異常興奮を抑制し、自律神経の調節効果を発揮する。このため、本考案は健康分野の赤外線治療方法のほか、他の医療器材の代替え品として使用できる。   An object of the present invention is to provide a nano far infrared compress that realizes a medical effect via the central nervous system. According to the present invention, nano far infrared rays are added to the poultice and brought into close contact with the body, thereby radiating the nano far infrared rays to the deep layers of the body but leaving no marks on the skin surface. By increasing the temperature of the subcutaneous deep layer, it expands microvessels, promotes blood circulation, enhances the metabolism of blood and other tissues, and promotes tissue regeneration ability and convulsant resistance. In addition, it suppresses abnormal excitement of sensory nerves and exerts an effect of regulating autonomic nerves. For this reason, the present invention can be used as an alternative to other medical devices in addition to the infrared treatment method in the health field.

本考案は、中枢神経系統を介して医療効果を実現するナノ遠赤外線湿布を提供することをさらに一つの目的とする。本考案は従来の医療方式のような薬物アレルギーまたは医療過失などの欠点を引き起こさず、使用が便利、且つ安全に行える。   Another object of the present invention is to provide a nano far infrared compress that achieves a medical effect via the central nervous system. The present invention does not cause drawbacks such as drug allergy or medical negligence as in the conventional medical system, and is convenient and safe to use.

請求項1の考案は、ナノ遠赤外線湿布は、表層とナノ遠赤外線基質層を備え、表層にプラスチック・フィルムが使用され、ナノ遠赤外線基質層は布層と布層の一側面に設けられた粘性フィルム層を包含し、布層の一側面の粘性フィルム層に、表層のプラスチック・フィルムが接合され、使用時には、表層のプラスチック・フィルムと離型紙が剥がされ、ナノ遠赤外線基質層が体の背面の頸部または腰部の中枢神経系統に反応する部分に貼り付けられることを特徴とするナノ遠赤外線湿布としている。
請求項2の考案は、前記ナノ遠赤外線基質層はナノ遠赤外線粉末(Nano far infrared powder)と液体シリコン感圧接着剤(Liquid silicone pressure sensitive adhesive)を均一に混合し加熱した後、綿質の弾性布と一体に凝固硬化させることで、布層と布層の一側面の粘性フィルム層を作りあげていることを特徴とする請求項1記載のナノ遠赤外線湿布としている。
請求項3の考案は、前記ナノ遠赤外線基質層はナノ遠赤外線粉末(Nano far infrared powder)と液体アクリル樹脂(Liquid states acrylic resins)を均一に混合し加熱した後、綿質の弾性布と一体に凝固硬化させることで、布層と布層の一側面の粘性フィルム層をつくり出している、前記液体アクリル樹脂はあらかじめ微量のトルエン(Tokuene)と微量の酢酸エチル(Ethyl acetate)によって、希釈していることを特徴とする請求項1記載のナノ遠赤外線湿布としている。
請求項4の考案は、前記ナノ遠赤外線基質層はナノ遠赤外線粉末、微量のマイナスイオン粉末、微量の光触媒粉末と液体シリコン感圧接着剤を均一に混合し加熱した後、綿質の弾性布と一体になるように凝固硬化させることで、布層と布層の一側面の粘性フィルム層をつくり上げていることを特徴とする請求項1記載のナノ遠赤外線湿布としている。
請求項5の考案は、前記ナノ遠赤外線基質層はナノ遠赤外線粉末、微量のマイナスイオン粉末、液体シリコン感圧接着剤を均一に混合し加熱した後、綿質の弾性布と一体になるように凝固硬化させることで、布層と布層の一側面の粘性フィルム層をつくり上げていることを特徴とする請求項1記載のナノ遠赤外線湿布としている。
請求項6の考案は、前記ナノ遠赤外線基質層はナノ遠赤外線粉末、微量の光触媒粉末、液体シリコン感圧接着剤、均一に混合し加熱した後、綿質の弾性布と一体になるように凝固硬化させることで、布層と布層の一側面の粘性フィルム層をつくり上げていることを特徴とする請求項1記載のナノ遠赤外線湿布としている。
請求項7の考案は、前記表層は離型紙であることが特徴である請求項1記載のナノ遠赤外線湿布としている。
請求項8の考案は、ナノ遠赤外線湿布は、前記湿布は表層とナノ遠赤外線基質層を備え、表層はプラスチック・フィルムが用いられ、ナノ遠赤外線基質層は布層と、前記布層の一側面に設けられた粘性フィルム層を備え、布層の一側面の粘性フィルム層は表層のプラスチック・フィルムに接合され、更に前記ナノ遠赤外線基質層はナノ遠赤外線粉末(Nano far infrared powder)と液体シリコン感圧接着剤(Liquid silicone pressure sensitive adhesive)を均一に混合し加熱した後、綿質の弾性布と一体に凝固硬化させることで、前記布層と前記布層の一側面の粘性フィルム層をつくり上げ、布層の底面に別にプラスチック・フィルムが貼り付けられ、使用時には、表層のプラスチック・フィルムまたは離型紙及び前記布層の底面のプラスチック・フィルムを剥し、ナノ遠赤外線基質層の粘性フィルム層が人体の背面の頸部または腰部の中枢神経系統に反応する部分に貼り付けられることを特徴とするナノ遠赤外線湿布としている。
In the invention of claim 1, the nano far-infrared compress has a surface layer and a nano far-infrared substrate layer, a plastic film is used for the surface layer, and the nano far-infrared substrate layer is provided on one side of the fabric layer and the fabric layer. Including the viscous film layer, the plastic film on the surface layer is bonded to the viscous film layer on one side of the fabric layer, and in use, the plastic film on the surface layer and the release paper are peeled off, and the nano far infrared substrate layer is the body layer. The nano far-infrared compress is affixed to a portion of the back that responds to the central nervous system of the neck or lumbar region.
In the invention of claim 2, the nano far-infrared substrate layer is uniformly mixed with nano far infrared powder and a liquid silicon pressure sensitive adhesive, and then heated. 2. The nano far-infrared compress according to claim 1, wherein the cloth layer and a viscous film layer on one side of the cloth layer are formed by coagulation and curing integrally with the elastic cloth.
In the invention of claim 3, the nano far-infrared substrate layer is uniformly mixed with nano far infrared powder and liquid acrylic resin and heated, and then integrated with a cotton elastic cloth. The liquid acrylic resin has been diluted with a small amount of toluene and a small amount of ethyl acetate in advance. It is set as the nano far-infrared compress of Claim 1 characterized by the above-mentioned.
According to the invention of claim 4, the nano far-infrared substrate layer is prepared by uniformly mixing nano-far infrared powder, a minute amount of negative ion powder, a minute amount of photocatalyst powder and a liquid silicon pressure-sensitive adhesive, and heating the mixture. 2. The nano far-infrared compress according to claim 1, wherein a coagulation and curing is performed so as to be integrated with a fabric layer and a viscous film layer on one side of the fabric layer is formed.
In the invention of claim 5, the nano far-infrared substrate layer is uniformly mixed with nano far-infrared powder, a minute amount of negative ion powder, and liquid silicon pressure-sensitive adhesive and heated, and then integrated with the cotton elastic cloth. 2. The nano far-infrared compress according to claim 1, wherein a coagulated and cured film forms a viscous film layer on one side of the cloth layer.
The invention of claim 6 is such that the nano far infrared substrate layer is made of nano far infrared powder, a small amount of photocatalyst powder, liquid silicon pressure sensitive adhesive, uniformly mixed and heated, and then integrated with a cotton elastic cloth. 2. The nano far-infrared infrared compress according to claim 1, wherein a coagulating and curing is used to form a cloth layer and a viscous film layer on one side of the cloth layer.
The device according to claim 7 is the nano far infrared compress according to claim 1, wherein the surface layer is a release paper.
The invention of claim 8 is directed to a nano far-infrared compress, wherein the compress comprises a surface layer and a nano far-infrared substrate layer, a surface layer is made of a plastic film, and the nano far-infrared substrate layer is a fabric layer and one of the fabric layers. A viscous film layer provided on a side surface is provided, a viscous film layer on one side surface of a cloth layer is bonded to a surface plastic film, and the nano far infrared substrate layer is a nano far infrared powder and liquid. After uniformly mixing and heating a silicon pressure sensitive adhesive (Liquid silicon pressure sensitive adhesive), the cloth layer and the viscous film layer on one side of the cloth layer are solidified and cured integrally with the cotton elastic cloth. When finished, a plastic film is attached to the bottom of the fabric layer. The plastic film on the bottom of the plastic film or release paper and the cloth layer is peeled off, and the viscous film layer of the nano far-infrared substrate layer is attached to the cervical or lumbar region of the human body that reacts to the central nervous system. Nano far infrared compresses characterized by

本考案の遠赤外線湿布は、使用が簡単であるほか、その輻射する赤外線の、ストレスに関わる病気、痛みの改善、リュウマチ関節炎、麻痺の回復、運動けがのリハビリ、手術傷口の癒合および痛み止め、腰、背中、膝の痛み、胃腸病、高低血圧、喘息などの疾病に対する治療効果が明らかである。そのほか、体臭除去、解毒、冬季に温かく、夏に涼しく、また湿気除去と美容などの効果を有する。   The far-infrared compress of the present invention is easy to use, and its radiant infrared radiation stress-related illness, pain relief, rheumatoid arthritis, paralysis recovery, motor injury rehabilitation, surgical wound healing and pain relief, Therapeutic effects on diseases such as lower back, back and knee pain, gastrointestinal disease, high and low blood pressure, and asthma are obvious. In addition, body odor removal, detoxification, warm in winter, cool in summer, and also has effects such as moisture removal and beauty.

図1〜図2に示すとおり、本考案は中枢神経系統を介して医療効果を実現するナノ遠赤外線湿布1に関わるもので、表層11とナノ遠赤外線基質層12より構成される。そのうち、表層11はプラスチック・フィルムまたは離型紙とされ、前記ナノ遠赤外線基質層12はナノ遠赤外線粉末(Nanofar infrared powder)と液体シリコン感圧接着剤(Liquid silicone pressure sensitiveadhesive)または液体アクリル樹脂(Liquid states acrylic resins)を均一に混合し加熱した後、綿質の弾性布と一体に凝固硬化させて構成される。前記ナノ遠赤外線基質層12に布層121および布層121の片側の粘性フィルム層122が設けられる。布層121の片側の粘性フィルム層122が前記プラスチック・フィルムまたは離型紙などの表層11に接合される。使用する時には、表層1のプラスチック・フィルムまたは離型紙を剥がした後、ナノ遠赤外線基質層12の粘性フィルム層122を身体2(図2)背面の頸部21または腰部22の中枢神経系統に反応する場所に貼り付けることにより、ナノ遠赤外線の作用が中枢神経系統へ徐々に浸透してゆき、体の痛感場所の医療効果と保健機能実現し、生活上の不便を解消する。   As shown in FIGS. 1 to 2, the present invention relates to a nano far-infrared compress 1 that realizes a medical effect via 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 a plastic film or a release paper, and the nano far infrared substrate layer 12 is a nano far infrared powder and a liquid silicone pressure sensitive adhesive or a liquid acrylic resin (Liquid). (states acrylic resins) are uniformly mixed and heated, and then coagulated and cured integrally with a cotton elastic cloth. 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. A 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 release paper. In use, after removing the plastic film or release paper of the surface layer 1, the viscous film layer 122 of the nano far-infrared substrate layer 12 reacts with the central nervous system of the neck 21 or the lumbar 22 on the back of the body 2 (FIG. 2). By sticking it to the place where it is applied, the action of nano far-infrared rays gradually penetrates into the central nervous system, realizing the medical effect and health function of the body's painful place, and eliminating inconvenience in life.

さらに、前記ナノ遠赤外線基質層12の適切な比率の一例として20%のナノ遠赤外線粉末を80%の特定濃度の液体シリコン感圧接着剤または液体アクリル樹脂へ均一に混合し分散させ、押し出し金型(図示していない)に充填した後、綿質の弾性布を被せて、押し出し金型の中空形状により、様々な厚み、寸法および形状を作り上げることができる。押し出し金型は120o C- 130o Cで一定時間の加熱を行い、圧力と加熱作用により液体シリコン感圧接着剤または液体アクリル樹脂を徐々に硬化させて、ナノ遠赤外線基質層12を形成する。前記ナノ遠赤外線基質層12は布層121および布層121の一側面の粘性フィルム層122で構成され、押し出し金型より取り出したナノ遠赤外線基質層12はその粘性フィルム層122が前記表層11に貼り付けられ、前記表層11はプラスチック・フィルムまたは離型紙を使用することが可能である。 Further, as an example of an appropriate ratio of the nano far infrared substrate layer 12, 20% nano far infrared powder is uniformly mixed and dispersed in 80% specific concentration of liquid silicon pressure sensitive adhesive or liquid acrylic resin, and extruded. After filling the mold (not shown), it is possible to create various thicknesses, dimensions, and shapes by applying a cotton elastic cloth and the hollow shape of the extrusion mold. The extrusion mold is heated at 120 ° C.-130 ° C. for a predetermined time, and the liquid silicon pressure sensitive adhesive or liquid acrylic resin is gradually cured by pressure and heating action to form the nano far infrared substrate layer 12. . The nano far-infrared substrate layer 12 includes a cloth layer 121 and a viscous film layer 122 on one side of the cloth layer 121. The nano far-infrared substrate layer 12 taken out from the extrusion mold has the viscous film layer 122 on the surface layer 11. The surface layer 11 can be a plastic film or a release paper.

前記液体アクリル樹脂は、ナノ遠赤外線粉末と混合する前に、微量のトルエン(Toluene)と微量の酢酸エチル(Ethyl Acetate)によって希釈する。   The liquid acrylic resin is diluted with a small amount of toluene and a small amount of ethyl acetate before mixing with the nano far-infrared powder.

前記ナノ遠赤外線粉末は亜鉛粉、アルミ粉、チタン粉、アンチモン粉より合成される。   The nano far-infrared powder is synthesized from zinc powder, aluminum powder, titanium powder, and antimony powder.

前記20%のナノ遠赤外線粉末は、その含有率を適切な百分比の光触媒粉末またはマイナスイオンに置換することができる。一例として、もとの20%のナノ遠赤外線粉末は、14%のナノ遠赤外線粉末、1%の光触媒粉末および5%のマイナスイオンに置換するか、または18%のナノ遠赤外線粉末と2%の光触媒粉末に置換することができる。もしくは、15%のナノ遠赤外線粉末と5%のマイナスイオンに置換することができる。   The 20% nano far-infrared powder can be replaced with an appropriate percentage of photocatalyst powder or negative ions. As an example, the original 20% nano far infrared powder replaces 14% nano far infrared powder, 1% photocatalyst powder and 5% negative ions, or 18% nano far infrared powder and 2% The photocatalyst powder can be substituted. Alternatively, it can be replaced with 15% nano far infrared powder and 5% negative ions.

図3に示すとおり、前記ナノ遠赤外線基質層12の布層121底面にさらにプラスチック・フィルム120を貼り付けることができる。   As shown in FIG. 3, a plastic film 120 can be further attached to the bottom surface of the cloth layer 121 of the nano far-infrared substrate layer 12.

本考案は以下の促進効果がある、
1.本考案はナノ遠赤外線基質層の湿布を体の背面の頸部または腰部の中枢神経系統に反応する場所に貼り付けて、体に対してナノ遠赤外線の輻射により、徐々に医療保健の効果を実現する、
2.本考案はナノ遠赤外線の輻射機能が備わり、体と自然に密着して、ナノ遠赤外線を体に輻射し、体の深層部に届けることができ、尚且つ皮膚表面に跡を残さない。さらに、皮下深層の温度を上昇させることにより、微細血管を拡張し、血液循環を促進し、血液および他の組織との新陳代謝を強化し、組織再生能力と痙攣抵抗力を促進するほか、知覚神経の異常興奮を抑制し、自律神経の調節効果を有するため、健康に有益な赤外線治療方法のほか、他の医療器材の代替え品に応用できる、
3.表層1のプラスチック・フィルムまたは離型紙を剥がして、ナノ遠赤外線基質層12の粘性フィルム層122を体に貼り付けることができ、使用が非常に簡単である。従来の医療方式のような薬物アレルギーまたは医療過失などの欠点を引き起こさず、非常に安全である。
The present invention has the following promotion effects,
1. The present invention applies a nano far-infrared substrate layer compress to the cervical or lumbar central nervous system on the back of the body to react to the central nervous system, gradually radiating nano far-infrared radiation to the body and gradually increasing the effect of medical health. Realize,
2. The present invention is equipped with a nano far-infrared radiation function, which is in close contact with the body, can radiate nano far-infrared radiation to the body and deliver it to the deep part of the body, and does not leave a trace on the skin surface. In addition, by increasing the temperature of the subcutaneous deep layer, it expands microvessels, promotes blood circulation, enhances metabolism with blood and other tissues, promotes tissue regeneration and spasm resistance, and sensory nerves In addition to the infrared treatment method beneficial to health, it can be applied to substitutes for other medical equipment.
3. The plastic film or 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, which is very easy to use. It does not cause drawbacks such as drug allergy or medical negligence as in conventional medical systems, and is very safe.

前記医療保健効果は以下のとおりまとめることができる、
(1)疲労回復:短時間に体内に累積した疲労物質と老廃物を体外に排出し、疲労と圧力から回復する、
(2)肩こりと腰痛の改善:血液循環を促進することにより、筋肉の血液流量を増やし、筋肉の硬直と痛みを改善し、五十肩にも効果がある、
(3)スポーツ傷害の間接的な機能回復:激しい運動は体のバランスを崩し、様々な病気の原因となる。ナノ遠赤外線は乳酸と老廃物の排出を促進し、新陳代謝機能を向上させ、血液循環を促進する、
(4)血液循環を促進し、高低血圧を改善:血液は体の組織・器官を循環する仲介役のため、栄養分と酸素を各組織に搬送している。もしこの機能に支障を発生すると、健康に害する。ナノ遠赤外線は血液循環を促進し、血管疾病を予防し、保健と治療の抜本的な方策となる、
(5)新陳代謝を促進し、余分な脂肪を除去する:ナノ遠赤外線はコレステロールと中性脂肪を低下させ、老化を予防し、美容とダイエット効果を有し、動脈硬化も有効である、(6)有害の重金属を排出:体に55種の鉱物質により生理機能を調節している。有害の鉱物質の超過や必要な鉱物質が不足するとき、病気を引き起こす。ナノ遠赤外線は体より有害物質を排出して、体を健康状態に維持する。
The medical health effects can be summarized as follows:
(1) Fatigue recovery: Fatigue substances and waste accumulated in the body in a short time are discharged out of the body and recovered from fatigue and pressure.
(2) Improvement of stiff shoulders and low back pain: By promoting blood circulation, increase blood flow in muscles, improve muscle stiffness and pain, have effects on fifty shoulders,
(3) Indirect functional recovery of sports injury: Vigorous exercise can cause imbalance in the body and cause various illnesses. Nano far-infrared radiation promotes the discharge of lactic acid and waste products, improves metabolic function, promotes blood circulation,
(4) Promote blood circulation and improve high and low blood pressure: Blood transports nutrients and oxygen to each tissue as a mediator that circulates through body tissues and organs. If this function is disturbed, it will be harmful to your health. Nano far-infrared radiation promotes blood circulation, prevents vascular disease, and is a fundamental health and treatment strategy.
(5) Promote metabolism and remove excess fat: Nano far infrared rays lower cholesterol and neutral fat, prevent aging, have beauty and diet effect, and arteriosclerosis is also effective (6 ) Exhaust heavy metals: Physiological functions are regulated by 55 minerals in the body. Causes illness when harmful minerals are exceeded or necessary minerals are deficient. Nano far infrared rays discharge harmful substances from the body and keep the body in a healthy state.

前記に説明したとおり、本考案の中枢神経系統を介して医療効果を実現するナノ遠赤外線湿布は、使用に簡単、便利であるほか、赤外線がストレスに関わる病気、痛みの改善、リュウマチ関節炎、麻痺の回復、運動けがのリハビリ、手術傷口の癒合および痛み止め、腰、背中、膝の痛み、胃腸病、高低血圧、喘息などの疾病に対する、治療効果は明らかである。また、体臭除去、解毒、冬季に温かく、夏に涼しく、また、湿気除去と美容などの効果を有する。   As explained above, the nano far-infrared compress that achieves medical effects through the central nervous system of the present invention is easy and convenient to use, as well as diseases related to infrared stress, pain improvement, rheumatoid arthritis, paralysis Therapeutic effects are obvious for diseases such as rehabilitation, exercise injury rehabilitation, surgical wound healing and pain relief, lower back, back and knee pain, gastrointestinal disease, hypertension and asthma. It also has body odor removal, detoxification, warm in winter, cool in summer, and has effects such as moisture removal and beauty.

本考案の実施例の拡大概略図である。It is the expansion schematic of the Example of this invention. 本考案の実施例における、身体の背面に貼り付けた平面概略図である。It is the plane schematic stuck on the back of the body in the example of the present invention. 本考案の実施例における、新たにプラスチック・フィルムを貼り付けた平面概略図である。It is the plane schematic which affixed the plastic film newly in the Example of this invention.

符号の説明Explanation of symbols

1 湿布
11 表層
12 ナノ赤外線基質層
120 プラスチック・フィルム
121 布層
122 粘性フィルム層
2 身体
21 頸部
22 腰部
DESCRIPTION OF SYMBOLS 1 Compress 11 Surface layer 12 Nano infrared substrate layer 120 Plastic film 121 Cloth layer 122 Viscous film layer 2 Body 21 Neck part 22 Lumbar part

Claims (8)

ナノ遠赤外線湿布は、表層とナノ遠赤外線基質層を備え、表層にプラスチック・フィルムが使用され、ナノ遠赤外線基質層は布層と布層の一側面に設けられた粘性フィルム層を包含し、布層の一側面の粘性フィルム層に、表層のプラスチック・フィルムが接合され、使用時には、表層のプラスチック・フィルムと離型紙が剥がされ、ナノ遠赤外線基質層が体の背面の頸部または腰部の中枢神経系統に反応する部分に貼り付けられることを特徴とするナノ遠赤外線湿布。   The nano far infrared compress includes a surface layer and a nano far infrared substrate layer, and a plastic film is used for the surface layer. The nano far infrared substrate layer includes a cloth layer and a viscous film layer provided on one side of the fabric layer, A plastic film on the surface layer is bonded to the viscous film layer on one side of the fabric layer, and in use, the plastic film on the surface layer and the release paper are peeled off, and the nano far-infrared substrate layer is placed on the neck or waist on the back of the body. A nano far-infrared compress that is attached to a portion that reacts to the central nervous system. 前記ナノ遠赤外線基質層はナノ遠赤外線粉末(Nano far infrared powder)と液体シリコン感圧接着剤(Liquid silicone pressure sensitive adhesive)を均一に混合し加熱した後、綿質の弾性布と一体に凝固硬化させることで、布層と布層の一側面の粘性フィルム層を作りあげていることを特徴とする請求項1記載のナノ遠赤外線湿布。   The nano far-infrared substrate layer is uniformly mixed with nano far infrared powder and liquid silicon pressure sensitive adhesive, and then coagulated and cured together with a cotton elastic cloth. 2. The nano far-infrared compress according to claim 1, wherein a viscous film layer on one side surface of the fabric layer and the fabric layer is formed. 前記ナノ遠赤外線基質層はナノ遠赤外線粉末(Nano far infrared powder)と液体アクリル樹脂(Liquid states acrylic resins)を均一に混合し加熱した後、綿質の弾性布と一体に凝固硬化させることで、布層と布層の一側面の粘性フィルム層をつくり出している、前記液体アクリル樹脂はあらかじめ微量のトルエン(Tokuene)と微量の酢酸エチル(Ethyl acetate)によって、希釈していることを特徴とする請求項1記載のナノ遠赤外線湿布。   The nano far infrared substrate layer is prepared by uniformly mixing and heating nano far infrared powder and liquid acrylic resin (Liquid states acrylic resins), and then coagulating and curing integrally with a cotton elastic cloth. The liquid acrylic resin that forms a fabric layer and a viscous film layer on one side of the fabric layer is previously diluted with a small amount of toluene and a small amount of ethyl acetate. Item 1. The nano far infrared compress of item 1. 前記ナノ遠赤外線基質層はナノ遠赤外線粉末、微量のマイナスイオン粉末、微量の光触媒粉末と液体シリコン感圧接着剤を均一に混合し加熱した後、綿質の弾性布と一体になるように凝固硬化させることで、布層と布層の一側面の粘性フィルム層をつくり上げていることを特徴とする請求項1記載のナノ遠赤外線湿布。   The nano far-infrared substrate layer is uniformly mixed with nano far-infrared powder, a small amount of negative ion powder, a small amount of photocatalyst powder and a liquid silicon pressure-sensitive adhesive, and then solidified so as to be integrated with a cotton elastic cloth. The nano far-infrared compress according to claim 1, wherein the nano-infrared compress is made by curing to form a fabric layer and a viscous film layer on one side of the fabric layer. 前記ナノ遠赤外線基質層はナノ遠赤外線粉末、微量のマイナスイオン粉末、液体シリコン感圧接着剤を均一に混合し加熱した後、綿質の弾性布と一体になるように凝固硬化させることで、布層と布層の一側面の粘性フィルム層をつくり上げていることを特徴とする請求項1記載のナノ遠赤外線湿布。   After the nano far infrared substrate layer is uniformly mixed with nano far infrared powder, a small amount of negative ion powder, and liquid silicon pressure sensitive adhesive and heated, it is solidified and cured so as to be integrated with a cotton elastic cloth, 2. The nano far-infrared infrared compress according to claim 1, wherein a fabric layer and a viscous film layer on one side of the fabric layer are formed. 前記ナノ遠赤外線基質層はナノ遠赤外線粉末、微量の光触媒粉末、液体シリコン感圧接着剤、均一に混合し加熱した後、綿質の弾性布と一体になるように凝固硬化させることで、布層と布層の一側面の粘性フィルム層をつくり上げていることを特徴とする請求項1記載のナノ遠赤外線湿布。   The nano far infrared substrate layer is a nano far infrared powder, a small amount of photocatalyst powder, a liquid silicon pressure sensitive adhesive, uniformly mixed and heated, and then solidified and cured so as to be integrated with a cotton elastic cloth. The nano far-infrared compress according to claim 1, wherein a viscous film layer is formed on one side of the layer and the fabric layer. 前記表層は離型紙であることが特徴である請求項1記載のナノ遠赤外線湿布。   The nano far infrared compress according to claim 1, wherein the surface layer is a release paper. ナノ遠赤外線湿布は、前記湿布は表層とナノ遠赤外線基質層を備え、表層はプラスチック・フィルムが用いられ、ナノ遠赤外線基質層は布層と、前記布層の一側面に設けられた粘性フィルム層を備え、布層の一側面の粘性フィルム層は表層のプラスチック・フィルムに接合され、更に前記ナノ遠赤外線基質層はナノ遠赤外線粉末(Nano far infrared powder)と液体シリコン感圧接着剤(Liquid silicone pressure sensitive adhesive)を均一に混合し加熱した後、綿質の弾性布と一体に凝固硬化させることで、前記布層と前記布層の一側面の粘性フィルム層をつくり上げ、布層の底面に別にプラスチック・フィルムが貼り付けられ、使用時には、表層のプラスチック・フィルムまたは離型紙及び前記布層の底面のプラスチック・フィルムを剥し、ナノ遠赤外線基質層の粘性フィルム層が人体の背面の頸部または腰部の中枢神経系統に反応する部分に貼り付けられることを特徴とするナノ遠赤外線湿布。   The nano far-infrared compress has a surface layer and a nano far-infrared substrate layer, a plastic film is used for the surface layer, the nano far-infrared substrate layer is a cloth layer, and a viscous film provided on one side of the fabric layer A viscous film layer on one side of the fabric layer is bonded to a plastic film on the surface layer, and the nano far infrared substrate layer is composed of a nano far infrared powder and a liquid silicon pressure sensitive adhesive (Liquid). After uniformly mixing and heating the silicon pressure sensitive adhesive), the cloth layer and the viscous film layer on one side of the cloth layer are formed by solidifying and curing together with the cotton elastic cloth, and the bottom of the cloth layer is formed. Separately, a plastic film is affixed. The film or release paper and the plastic film on the bottom of the cloth layer are peeled off, and the viscous film layer of the nano far-infrared substrate layer is pasted on the cervical or lumbar region of the human body that reacts to the central nervous system. Nano far infrared compresses.
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