JP5825585B1 - Manufacturing method of health equipment using natural radioactive ore - Google Patents

Manufacturing method of health equipment using natural radioactive ore Download PDF

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JP5825585B1
JP5825585B1 JP2014217725A JP2014217725A JP5825585B1 JP 5825585 B1 JP5825585 B1 JP 5825585B1 JP 2014217725 A JP2014217725 A JP 2014217725A JP 2014217725 A JP2014217725 A JP 2014217725A JP 5825585 B1 JP5825585 B1 JP 5825585B1
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土屋 豊
豊 土屋
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土屋 豊
豊 土屋
小川 好紀
小川 好紀
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Abstract

【課題】 放射線量が安全性の面で許容される範囲内において、放射エネルギーを十分に発揮できる天然放射性鉱石を利用した健康用具を提供する。【解決手段】 天然鉱石を砂状に粉砕した鉱石粉末に、元素の周期表で分類された銅族の金属を活性炭に蒸着した蒸着活性炭を体積比で5%から20%添加し混合して、軽く伸縮性があるジャージ素材に包み込んで縫製し、内包した鉱石粉末から放出される低線量の放射線刺激によるホルミシス効果と、銅属の金属が放出する金属イオンによる抗菌効果を用い、より活性効果を高める。【選択図】図2PROBLEM TO BE SOLVED: To provide a health device using a natural radioactive ore that can sufficiently exhibit radiant energy within a range in which a radiation dose is allowed in terms of safety. SOLUTION: To ore powder obtained by pulverizing natural ore into sand, 5% to 20% by volume of vapor-deposited activated carbon obtained by vapor-depositing a copper group metal classified in the periodic table of elements on activated carbon is added and mixed. More active effect by using hormesis effect by low-dose radiation stimulation released from encapsulated ore powder, and antibacterial effect by metal ions released by copper metal, sewed wrapped in light and elastic jersey material Increase. [Selection] Figure 2

Description

本発明は、ウラン系列又は、トリウム系列の放射性物質から放出される低線量の放射線刺激によるホルミシス効果と、銅属の金属が放出する金属イオンによる抗菌効果を活用した健康用具に関するものである。  The present invention relates to a health device utilizing a hormesis effect by low dose radiation stimulation released from a uranium series or thorium series radioactive substance and an antibacterial effect by metal ions released from a copper metal.

健康促進のため、放射性物質から放出される低線量の放射線刺激によるホルミシス効果や、放射性物質から放出されるエネルギーによる原子、分子のラジカル化や電離作用による化学反応を利用した技術が提案されている。  In order to promote health, technologies using the hormesis effect of low-dose radiation stimulation released from radioactive materials, and chemical reactions by radicalization or ionization of atoms and molecules by energy released from radioactive materials have been proposed. .

特許文献1には、イオン対やラジカルを生成する天然放射性稀有元素鉱物の微粉末2を混入した合成繊維又は人造繊維1で作成した編物・織布・不織布・わた等からなる構成とした、天然放射性稀有元素鉱物を利用した健康材料が提案されている。この方法は、天然放射性稀有元素鉱物が持つ効果を高度に活用しながら、一般の衣料品や身の回り品と外観上もまた感触上もほとんど変らないようにし、使用上の抵抗感をなくしてその使用の機会の増大を図る点で優れているが、衣料品に使用する前提が使用の機会を束縛している要因でもあり、また、殺菌作用、浄化作用、消臭作用の強化が必要であった。  Patent Document 1 discloses a natural fiber composed of a knitted fabric, a woven fabric, a non-woven fabric, a cotton, etc. made of synthetic fibers or artificial fibers 1 mixed with fine powder 2 of a natural radioactive rare element mineral that generates ion pairs and radicals. Health materials using radioactive rare element minerals have been proposed. This method makes the most of the effects of natural radioactive rare element minerals, while making the appearance and feel almost the same as general clothing and personal items, and eliminating the resistance to use. Although it is excellent in terms of increasing the opportunity for use, the premise that it is used for clothing is also a factor that constrains the opportunity for use, and it was also necessary to enhance sterilization, purification, and deodorization. .

特許文献2には、放射線を発生させる鉱物、例えばモナザイト、リン鉱石、チタン鉱石、バストネサイト、ジルコン、サマリウム等の鉱物の粉体に、導電性金属、例えば銅、亜鉛、チタン、タングステン等の粉末あるいは繊維、およびグラファイトの粉体あるいは繊維を混合させ、高分子材料を用いて一体に固めた物質活性化装置が提案されている。この方法は、例えばテニス等のスポーツをする際に手首に装着するタオル地製のリストバンドに導電性の金属繊維を編み込むとともに、その外側表面に放射線発生手段の層を設ければ、人体に対する活性化作用を生じさせることができる点で優れているが、活性化作用が放射線→層外の物質をイオン化→イオン化の際に生る電荷→電界および磁界→イオン化した物質に作用=粉体あるいは繊維の表面における仕事関数を低下させる動作となり、一連の変換作用を経た間接的な効果を用いているので、放射線量に対するホルミシス効果が低くなる傾向を示す。  In Patent Document 2, minerals that generate radiation, such as monazite, phosphate ore, titanium ore, bastonite, zircon, samarium, and the like, and conductive metals such as copper, zinc, titanium, tungsten, etc. There has been proposed a material activation device in which powder or fiber and graphite powder or fiber are mixed and solidified using a polymer material. In this method, for example, when a conductive metal fiber is knitted into a wristband made of a towel material to be worn on the wrist when playing sports such as tennis, and a layer of radiation generating means is provided on the outer surface thereof, the human body is activated. It is excellent in that it can produce an action, but the activation action is radiation → ionization of substances outside the layer → electric charges generated during ionization → electric field and magnetic field → action on ionized substances = powder or fiber Since the work function is lowered on the surface and an indirect effect through a series of conversion actions is used, the hormesis effect on the radiation dose tends to be low.

特開平06−319807号公報  Japanese Patent Laid-Open No. 06-319807 国際公開第2006/077635号  International Publication No. 2006/077635

そこで本発明は、上記問題点に鑑みて発明されたもので、銅属の金属が放出する金属イオンによる抗菌効果を活用し、放射線量が安全性の面で許容される範囲内において、放射エネルギーを十分に発揮できる天然放射性鉱石を利用した健康用具の製造方法を提供することを課題とする。Therefore, the present invention has been invented in view of the above-mentioned problems, and utilizes the antibacterial effect of metal ions released by a metal of the copper genus, and within the range in which the radiation dose is allowed in terms of safety, the radiant energy It is an object of the present invention to provide a method for producing a health device using natural radioactive ore that can sufficiently exhibit the above.

課題を解決するため、放射性物質を含む天然鉱石と導電体金属との関係を調査した結果、オーストリアのバドガシュタインの廃坑は金又は、銀鉱山、銅スクロドフスカ石は銅と珪石と酸化ウランの結晶化した鉱物であり、元素の周期表で分類されたその属の一般名は銅族であり、イオンの反応性や抗菌性に応用できる物質族として残った。  As a result of investigating the relation between natural ores containing radioactive materials and conductor metals to solve the problems, the abandoned mine in Badgastein in Austria is gold or silver mine, copper scrodovska stone is a crystal of copper, silica and uranium oxide The general name of the genus classified in the periodic table of elements is a copper group, and it remains as a substance group that can be applied to ion reactivity and antibacterial properties.

上記の課題を達成するため、請求項1に記載した天然放射性鉱石を利用した健康用具の製造方法は、ウラン系列又は、トリウム系列の放射性物質を含む天然鉱石を砂状に粉砕し、天然鉱石を砂状に粉砕した鉱石粉末に、元素の周期表で分類された銅族の金属を活性炭に蒸着した蒸着活性炭を体積比で5%から20%添加し混合して、伸縮性があるジャージ素材に包み込んで縫製し、内包した鉱石粉末から放出される低線量の放射線刺激によるホルミシス効果と、銅属の金属が放出する金属イオンによる抗菌効果を用いることを特徴としている。In order to achieve the above object, the method for manufacturing a health device using natural radioactive ore according to claim 1 pulverizes natural ore containing radioactive material of uranium series or thorium series into sand, Add or mix 5% to 20% by volume of vapor-deposited activated carbon obtained by vapor-depositing copper group metals categorized in the periodic table of elements onto activated carbon into sandy ore powder, and mix it into a stretchable jersey material . It is characterized by the use of hormesis effect by low dose radiation stimulation released from encapsulated ore powder, and antibacterial effect by metal ions released by copper metal.

この発明に使用する砂状に粉砕した鉱石は、ウラン系列又は、トリウム系列の天然放射線核種の鉱石を砂状に粉砕したもので、高エネルギーの電磁波(γ線)や、運動エネルギーをもつ電子(β線)、原子核(α線)や中性子線などの粒子を発生し、それを体内に吸収したり吸気するときに、体内物質中の原子や分子に作用して電離したり熱エネルギーを与える能力を持っている。  The ore crushed into a sand shape used in the present invention is a uranium series or thorium series ore of a natural radionuclide ordified into a sand form, and has high energy electromagnetic waves (γ rays) or electrons having kinetic energy ( The ability to generate particles such as β-rays, nuclei (α-rays), and neutrons, and to ionize or give thermal energy by acting on atoms and molecules in the body's substances when they are absorbed or inhaled have.

そして銅族の金属を活性炭に蒸着した蒸着活性炭を添加し混合することで、鉱石から放射されるエネルギーにより電離作用や熱エネルギーを得た放射線刺激によるホルミシス効果と、砂状に粉砕した鉱石に添加された元素の周期表で分類された銅族の金属(金(Au)、銀(Ag)銅(Cu))の持つ抗菌効果と協調し、放射線量が安全性の面で許容される範囲内においても活性効果を十分に発揮するのである。  Then, by adding and mixing vapor-deposited activated carbon obtained by depositing copper group metal on activated carbon, it is added to ionizing action and thermal energy hormesis effect obtained by energy radiated from ore and added to sand crushed ore In cooperation with the antibacterial effect of copper group metals (gold (Au), silver (Ag), copper (Cu)) classified in the periodic table of selected elements, the radiation dose is within the allowable range in terms of safety In this case, the active effect is sufficiently exhibited.

以上説明したように請求項1の発明によれば、銅族の金属を活性炭に蒸着した蒸着活性炭を添加し混合することで、鉱石から放射されるエネルギーにより電離作用や熱エネルギーを得た放射線刺激によるホルミシス効果と、砂状に粉砕した鉱石に添加された元素の周期表で分類された銅族の金属(金(Au)、銀(Ag)銅(Cu))の持つ抗菌効果と協調し、放射線量が安全性の面で許容される範囲内では放射エネルギーを十分に発揮できないという課題を解決できる。  As described above, according to the first aspect of the present invention, the radiation stimulation obtained by the ionizing action and the thermal energy by the energy radiated from the ore by adding and mixing the deposited activated carbon obtained by depositing the copper group metal on the activated carbon. And the antimicrobial effect of copper group metals (gold (Au), silver (Ag) copper (Cu)) classified by the periodic table of the elements added to the ore crushed into sand, It is possible to solve the problem that the radiation energy cannot be sufficiently exhibited within the range in which the radiation dose is allowed in terms of safety.

以下、本発明の実施形態を図1〜図2を参照して詳細に説明する。図1は本発明の天然鉱石を砂状に粉砕した鉱石粉末に、元素の周期表で分類された銅族の金属を活性炭に蒸着した蒸着活性炭を添加し混合した原材料の一部を示す拡大図、図2は本発明の天然放射性鉱石を利用した健康用具の断面を示す拡大図である。  Hereinafter, embodiments of the present invention will be described in detail with reference to FIGS. FIG. 1 is an enlarged view showing a part of raw materials obtained by adding and mixing vapor-deposited activated carbon obtained by vapor-depositing copper group metals classified in the periodic table of elements on activated carbon into ore powder obtained by pulverizing natural ore of the present invention into sand. FIG. 2 is an enlarged view showing a cross section of a health device using the natural radioactive ore of the present invention.

図1に示す原材料は、天然鉱石1と銅族の金属を活性炭に蒸着した金属蒸着活性炭2よりなる混合物となっている。  The raw material shown in FIG. 1 is a mixture of a natural ore 1 and a metal-deposited activated carbon 2 obtained by vapor-depositing a copper group metal on the activated carbon.

自然界にはウランやトリウムのような非常に不安定な元素があり、放射線を発しながら崩壊(壊変)し減少する。崩壊により半分に減る半減期は放射性元素のウラン238が45億年、トリウム232では140億年、ラジウム226では1600年ときわめて長期である。  In nature, there are very unstable elements such as uranium and thorium, which decay and decay while emitting radiation. The half-life, which is reduced by half due to the decay, is 4.5 billion years for the radioactive element uranium 238, 14 billion years for thorium 232, and 1600 years for radium 226.

ここで使用される天然鉱石1は、現在の混合比率を適応すると、モナザイト、ジルコンが好適であるが、混合比率を調整すればリン鉱石やチタン鉱石やその他の鉱石に置き換えても良い。  The natural ore 1 used here is preferably monazite or zircon if the current mixing ratio is applied, but may be replaced with phosphorus ore, titanium ore or other ores if the mixing ratio is adjusted.

天然鉱石1からの放射線を分類すると、α線、β線、γ線があり、α線は放射性物質が崩壊した時に飛び出してくるヘリウムの原子核で紙や皮膚を透過できずイオン化される。β線は紙や皮膚を透過するがアルミニウム箔やガラスを透過できずイオン化される。γ線はアルミニウム箔やガラスを透過するが水やパラフィンを透過できずイオン化される性質を持っている。  When the radiation from the natural ore 1 is classified, there are α rays, β rays, and γ rays. The α rays are ionized without being able to penetrate the paper or the skin by the helium nuclei that come out when the radioactive material is destroyed. β rays pass through paper and skin, but cannot pass through aluminum foil or glass and are ionized. Gamma rays pass through aluminum foil and glass, but cannot pass through water and paraffin and have the property of being ionized.

従来より、α線、β線、γ線が、そのエネルギーにより、原子、分子をラジカル化したり電離作用でイオン対を生成し、化学反応やイオン反応により、身体血液中のpH値を整え、血行の循環を良くし、生理代謝作用を促進し、この結果、肩凝り、疲労回復に優れた効果を示すことや、殺菌作用、浄化作用、消臭作用があり身体の悪臭を取り去り清潔な身体を保持できるといった、低線量の放射線刺激により、生体に有益な効果を得る生理的刺激作用が、医療界を始めとして、広く一般に知られている。  Traditionally, α-, β-, and γ-rays radicalize atoms and molecules by the energy, or generate ion pairs by ionization, and adjust the pH value in the body blood by chemical reaction or ion reaction. It improves the circulation of the body and promotes physiological metabolism. As a result, it has an excellent effect on stiff shoulders and fatigue recovery, and has a bactericidal action, a purification action, and a deodorizing action, which removes the bad odor of the body and creates a clean body. Physiological stimulation is widely known not only in the medical field, but also in the physiological field, which can obtain a beneficial effect on a living body by low dose radiation stimulation.

ここで使用される銅属の金属は、放射線と金属イオンとの相乗効果と、抗菌作用を得るため選択されたもので、相乗効果を配慮すると原子量から金197、銀107.9銅63.5の順となり、金が最も好適であるが銀や銅を否定するものではない。  The copper group metal used here was selected to obtain a synergistic effect of radiation and metal ions and an antibacterial action, and considering the synergistic effect, from the atomic weight, gold 197, silver 107.9 copper 63.5 In this order, gold is most suitable, but silver and copper are not denied.

抗菌作用を配慮すると、殺菌力の強い順で、銅、銀、金、鉛、となるが、鉛は除外(ウランやトリウムの崩壊途中の元素ラジウムは、放射線を発しながら最後に鉛207.2へと変化)するので、人体に対する安全面を配慮すると銀、金、銅の順となり、銀が最も好適であるが金や銅を否定するものではない。この抗菌作用は、銅属の金属単独でも起こる直接的な反応である。  Considering the antibacterial action, copper, silver, gold, and lead are in descending order of bactericidal activity, but lead is excluded (the element radium in the middle of the decay of uranium and thorium emits radiation and finally leads to 207.2. Therefore, considering safety for the human body, the order is silver, gold, and copper. Silver is the most suitable, but gold and copper are not denied. This antibacterial action is a direct reaction that occurs even with a copper metal alone.

金属の材料として金、銀、銅に着目したのは、これらが古くから殺菌効果や活性化効果があるとされていたからである。例えば金と銀は食器として用いられ、銅は花器として用いられており、滅菌作用や生花を長持ちさせる作用があることが知られていたことや、オーストリアのバドガシュタインの廃坑は金又は、銀鉱山、銅スクロドフスカ石は銅と珪石と酸化ウランの結晶化した鉱物であり、元素の周期表で分類されたその属の一般名は銅族であり、イオンの反応性や抗菌性に応用できる物質族として残った。  The reason for paying attention to gold, silver, and copper as metal materials is that these have long been considered to have a bactericidal effect and an activation effect. For example, gold and silver are used as tableware, copper is used as a vase, and it was known that it has a sterilizing effect and a long-lasting effect, and the abandoned mine in Bad Gastein in Austria is gold or silver Mine, copper skurodowskaite is a crystallized mineral of copper, silica and uranium oxide, and the generic name of the genus classified in the periodic table of elements is the copper group, a substance that can be applied to ion reactivity and antibacterial properties Remained as a tribe.

図2に示す天然放射性鉱石を利用した健康用具の製造方法は、天然鉱石1と銅族の金属を活性炭に蒸着した金属蒸着活性炭2よりなる混合物を、ジャージ素材3に包み込んで、縫製箇所4を縫製した物となっている。The health device manufacturing method using natural radioactive ore shown in FIG. 2 wraps a mixture of natural ore 1 and metal-deposited activated carbon 2 in which a copper group metal is deposited on activated carbon in a jersey material 3, It is sewn.

天然放射性鉱石を利用した健康用具は、伸び縮みやすい特性を生かして、手首や足首に付けてブレスレットのように使用したり、膝のサポーターとして膝バンドのように使用したり、コルセットのように腰に巻いて使用したり、アイマスクのように目を覆うように使用したり、各部に分散して使用する。  Health equipment using natural radioactive ore makes use of its stretchable properties and can be used as a bracelet on the wrist or ankle, used as a knee band as a knee supporter, or worn as a corset. It is used by wrapping around, covering the eyes like an eye mask, or being dispersed in each part.

本発明の原材料の一部を示す拡大図である。It is an enlarged view which shows a part of raw material of this invention. 本発明の天然放射性鉱石を利用した健康用具の断面を示す拡大図である。It is an enlarged view which shows the cross section of the health device using the natural radioactive ore of this invention.

1 天然鉱石
2 金属蒸着活性炭
3 ジャージ素材
4 縫製箇所
1 Natural Ore 2 Metal-deposited Activated Carbon 3 Jersey Material 4 Sewing Location

Claims (1)

ウラン系列又は、トリウム系列の放射性物質を含む天然鉱石を砂状に粉砕し、天然鉱石を砂状に粉砕した鉱石粉末に、元素の周期表で分類された銅族の金属を活性炭に蒸着した蒸着活性炭を体積比で5%から20%添加し混合して、伸縮性があるジャージ素材に包み込んで縫製し、内包した鉱石粉末から放出される低線量の放射線刺激によるホルミシス効果と、銅属の金属が放出する金属イオンによる抗菌効果を用いることを特徴とする、天然放射性鉱石を利用した健康用具の製造方法。 Vapor deposition by pulverizing natural ore containing radioactive materials of uranium series or thorium series into sand, depositing copper group metals classified by the periodic table of elements on activated carbon on ore powder obtained by grinding natural ore into sand. Activated carbon is added in volume ratio of 5% to 20%, mixed, wrapped in a stretchy jersey material , sewn, and the hormesis effect by low-dose radiation stimulation released from the encapsulated ore powder, and copper metal A method for producing a health device using natural radioactive ore, characterized by using an antibacterial effect due to metal ions released from the surface .
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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH02160707A (en) * 1988-12-14 1990-06-20 Nok Corp Production of antimicrobial active carbon
JP3119223U (en) * 2005-12-05 2006-02-16 有限会社ササキ商店 Bathing health equipment
JP2006055221A (en) * 2004-08-17 2006-03-02 Akaza:Kk Health appliance
JP2006132160A (en) * 2004-11-04 2006-05-25 Tohoku Carbon Kk Living environment improving charcoal
JP3149983U (en) * 2009-02-10 2009-04-23 美重子 戸邉 Radioactive ball bag
JP2011180112A (en) * 2010-03-01 2011-09-15 Yutaka Tsuchiya Radioactive composition raw material, radioactive product, and health facility using the same

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH02160707A (en) * 1988-12-14 1990-06-20 Nok Corp Production of antimicrobial active carbon
JP2006055221A (en) * 2004-08-17 2006-03-02 Akaza:Kk Health appliance
JP2006132160A (en) * 2004-11-04 2006-05-25 Tohoku Carbon Kk Living environment improving charcoal
JP3119223U (en) * 2005-12-05 2006-02-16 有限会社ササキ商店 Bathing health equipment
JP3149983U (en) * 2009-02-10 2009-04-23 美重子 戸邉 Radioactive ball bag
JP2011180112A (en) * 2010-03-01 2011-09-15 Yutaka Tsuchiya Radioactive composition raw material, radioactive product, and health facility using the same

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