JP2007167696A - Method and material for modifying drinking water - Google Patents

Method and material for modifying drinking water Download PDF

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JP2007167696A
JP2007167696A JP2005350381A JP2005350381A JP2007167696A JP 2007167696 A JP2007167696 A JP 2007167696A JP 2005350381 A JP2005350381 A JP 2005350381A JP 2005350381 A JP2005350381 A JP 2005350381A JP 2007167696 A JP2007167696 A JP 2007167696A
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hydrogen gas
cylinder
sealed
water
hydrogen
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Hidemitsu Hayashi
秀光 林
Kiyoshi Kimura
喜代司 木村
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Priority to JP2005350381A priority Critical patent/JP2007167696A/en
Priority to US11/389,069 priority patent/US7560091B2/en
Priority to GB0607185A priority patent/GB2432832A/en
Priority to FR0606218A priority patent/FR2894246A1/en
Priority to DE102006035629A priority patent/DE102006035629A1/en
Priority to KR1020060121501A priority patent/KR20070058979A/en
Priority to CNA2006101642415A priority patent/CN1978338A/en
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a novel method for modifying drinking water by providing a cylinder body which increases the amount of generated hydrogen gas per unit time and a material for modifying it. <P>SOLUTION: The method for modifying the drinking water comprises directly accommodating to seal a natural mineral particle having metal magnesium as a main ingredient inside a fine porous cylinder body 1 of about 100 to 200 μm made of a PP sintered resin material, placing such the cylinder body in a sealed raw water container to generate a large amount of hydrogen gas in a short time and dissolving this hydrogen gas in raw water as a fine air bubble from the whole surface of the cylinder body. Also the material for modifying the drinking water comprises directly accommodating to seal the natural mineral particle having metal magnesium as the main ingredient inside the fine porous cylinder body 1 of about 100 to 200 μm made of the PP sintered resin material, placing such the cylinder body in the sealed raw water container a to generate a large amount of hydrogen gas in a short time and dissolving this hydrogen gas in the raw water b as the fine air bubble from the whole surface of the cylinder body. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

本発明は、飲料水改質方法及び飲料水改質材に関するものである。   The present invention relates to a drinking water reforming method and a drinking water reforming material.

水はHとOが2対1の割合で結合してできた化合物であるが、水素と酸素を結合させている共有結合エネルギーは強力で水素と酸素は離れようとはしないため、通常は水素だけが単独で水中に存在することはできない。また、水素は宇宙でも最も軽い気体であるから、たとえ水中に溶け込んでいても、すぐに大気中に抜け出してしまう。この事実から、地球上に存在する水というものは、その殆ど全てが水素の抜け去った水(水素欠乏水)であるということができる。   Water is a compound formed by combining H and O in a ratio of 2 to 1, but the covalent bond energy that binds hydrogen and oxygen is strong, and hydrogen and oxygen do not try to separate, so normally hydrogen Can not be alone in the water. Also, since hydrogen is the lightest gas in the universe, even if it is dissolved in water, it will quickly escape into the atmosphere. From this fact, it can be said that almost all of the water existing on the earth is water from which hydrogen has been removed (hydrogen-deficient water).

ところで、最近年の生物医学においては、さまざまな病気や老化の原因として活性酸素が関与していることが判ってきた。そのため、この活性酸素のもたらす障害(酸化障害)を抑制、消去する対策が必要とされているが、酸化障害に対抗する最良の手段は理論上からも還元作用であることは論を俟たないといえる。還元作用の原義は、本来、水素原子の作用に対して命名されたものといえる。このことは、中学理科の教科書で「酸化とは酸素と結びつくことであり、還元とは水素と結びつくことあるいは結びついた酸素が離れることである」と記述されていることからも明らかである。   By the way, in biomedical medicine in recent years, it has been found that active oxygen is involved as a cause of various diseases and aging. For this reason, there is a need for measures to suppress and eliminate the damage (oxidation damage) caused by this active oxygen, but there is no doubt that the best means to counter oxidative damage is theoretically a reducing action. It can be said. The original meaning of the reducing action can be said to have been originally named for the action of hydrogen atoms. This is clear from the fact that in junior high school science textbooks, “Oxidation is associated with oxygen, and reduction is associated with hydrogen or oxygen associated with separation” is released.

前記水素欠乏水(水素の抜け去った水)から考えられることは、人類が様々な病気に苦しめられているのも、その最大の原因は、この水素欠乏水つまり活性酸素のもたらす酸化障害を抑制、消去するには無力な水を飲用していることにあるという推測が可能となる。換言すれば、水素欠乏水は「病気をつくる水」であるといえる。   What can be thought of from the above hydrogen-deficient water (water from which hydrogen has been removed) is that the greatest cause of human suffering from various diseases is to suppress the oxidative damage caused by this hydrogen-deficient water, that is, active oxygen It is possible to speculate that there is inability to drink water to erase. In other words, hydrogen-deficient water can be said to be “disease-producing water”.

一方、病気の予防さらには治療にとってより効果的な水として、水素を豊富に含む水(水素豊富水)の必要性が期待される。水素には原子水素と分子水素があるが、このうち原子水素は寿命が極めて短い(半減期は約3分の1秒と考えられている。)ため、原子水素を豊富に含む水の飲用は現実的に不可能である。そこで、原子水素2個からなる分子水素の寿命であるが、これは約1000秒(10数分間)と考えられるため、現実には分子水素が豊富に溶け込んだ水の飲用が効果的であるといえる。   On the other hand, the need for water rich in hydrogen (hydrogen-rich water) is expected as more effective water for disease prevention and treatment. Hydrogen includes atomic hydrogen and molecular hydrogen, but atomic hydrogen has a very short life (half-life is considered to be about one third of a second). Really impossible. Therefore, the lifetime of molecular hydrogen consisting of two atomic hydrogens is considered to be about 1000 seconds (ten minutes), so in reality, it is effective to drink water that is rich in molecular hydrogen. I can say that.

なお、摂取された分子水素は体内の水素分解酵素(分子水素を原子水素に分解する酵素)によって還元力のきわめて強い原子水素(そのため活性水素とも呼ばれている)に分解され、この活性水素がその還元作用によって体内の活性酸素の酸化障害を抑制、消去すると推測される。   The ingested molecular hydrogen is broken down into atomic hydrogen (which is also called active hydrogen) with extremely reducing power by the hydrogen decomposing enzyme in the body (an enzyme that decomposes molecular hydrogen into atomic hydrogen). It is speculated that the reduction action suppresses and eliminates oxidative damage of active oxygen in the body.

このような水素を豊富に含むといわれる自然水としては、この地球上には「ルルドの泉」(フランス)、「トラコテの水」(メキシコ)、「ノルデナウの水」(ドイツ)と呼ばれている世界各地の水があり、これらは奇跡の名水として世界中から注目され、飲むだけで万病を治すことが知られている。   Such natural waters, which are said to contain abundant hydrogen, are called “Lourdes Fountain” (France), “Tracote Water” (Mexico), and “Nordenau Water” (Germany). There are waters from all over the world, and these are attracting attention from all over the world as famous waters of miracles, and are known to cure all diseases just by drinking.

そこで、本発明者(林)は、この万病に効く奇跡の名水を人工的に生成することを長年研究して来たが、同一の目的をもった発明としてすでに次の4件の特許出願をしている。   Therefore, the present inventor (Hayashi) has been researching for a long time to artificially generate a miraculous water that is effective against all diseases, but has already filed the following four patent applications as an invention with the same purpose. is doing.

(1)特願2001-188888号(特開2002-336877号)
「容器を設け、この容器に水が出入りするための窓を設け、内容物としてマグネシウム金属を封じ込めた活性水素水製造装置」
(1) Japanese Patent Application No. 2001-188888 (Japanese Patent Laid-Open No. 2002-336877)
"Active hydrogen water production equipment with a container, a window for water to enter and exit, and containing magnesium metal as the contents"

(2)特願2002-203551号(特開2004-41949号)
「飲料水とマグネシウム粒を反応させて水素ガスを発生させ、飲料水を水素を豊富に含む水素豊富水に変えるようにした水素豊富水生成方法」
「飲料水をマグネシウム粒とともに銀粒と反応させ、この銀粒によって水素豊富水を浄化する水素豊富水生成方法」
「飲料水のボトルに投入可能で内部にこれが入るようにしたケースと、このケースに内置され内部に飲料水と反応して水素ガスを発生するマグネシウム粒が充填された浸水性の袋体とを備えた水素豊富水生成器」
(2) Japanese Patent Application No. 2002-203551 (Japanese Patent Laid-Open No. 2004-41949)
“Generation of hydrogen-rich water by reacting drinking water and magnesium particles to generate hydrogen gas and changing the drinking water into hydrogen-rich water containing abundant hydrogen”
"Method for producing hydrogen-rich water by reacting drinking water with silver grains together with magnesium grains and purifying hydrogen-rich water with these silver grains"
“A case that can be poured into a bottle of drinking water, and a case in which it enters, and a submerged bag filled with magnesium particles that are placed in this case and react with drinking water to generate hydrogen gas. Equipped with hydrogen-rich water generator "

(3)特願2003-32550号(特開2004-243151号)
「飲料水との接触反応で水素ガスを発生させる水素発生材(金属マグネシウム)を設け、内空部に前記水素発生材を収容自在な収容部を備えた覆い部材を設け、前記覆い部材は内外に前記飲料水を流通自在に形成し、前記収容部に前記水素発生材を収容して成る水素溶存水製造具」
(3) Japanese Patent Application No. 2003-32550 (Japanese Patent Laid-Open No. 2004-243151)
“Hydrogen generating material (metallic magnesium) that generates hydrogen gas through contact reaction with drinking water is provided, and a covering member is provided in the inner space with a housing part that can accommodate the hydrogen generating material. The hydrogen-dissolved water production tool is formed by allowing the drinking water to flow freely and housing the hydrogen generating material in the housing portion "

(4)特願2003-404131号(特開2005-161209号)
「飲料水と内部に水が滲入可能なセラミックから成るケースに収納したマグネシウム粒とを容器内で反応させて水素ガスを発生させ、飲料水と水素を豊富に含む水素豊富水に変えるようにした水素豊富水生成方法/生成器」
(4) Japanese Patent Application No. 2003-404131 (Japanese Patent Laid-Open No. 2005-161209)
“Drinking water and magnesium particles housed in a case made of ceramic into which water can permeate are reacted in the container to generate hydrogen gas, which is changed to drinking water and hydrogen-rich water containing abundant hydrogen. Hydrogen Rich Water Generation Method / Generator "

特開2002−336877号公報JP 2002-336877 A 特開2004−41949号公報JP 2004-41949 A 特開2004−243151号公報JP 2004-243151 A 特開2005−161209号公報JP 2005-161209 A

これらの発明にあっては、いずれもマグネシウム粒子を通孔を複数設けた合成樹脂製の筒体に収容したものを、飲料水容器内の生水に浸漬することによって水素ガスを発生させ水素豊富水を生成し、これを飲用することによって体内の活性酸素を消去し、いろいろな病気の原因を排除せんとしているものであるが、単位時間当たりの水素ガスの発生量はきわめて少量であり、課題となっていた。   In these inventions, hydrogen gas is generated by generating hydrogen gas by immersing what is accommodated in a synthetic resin cylinder provided with a plurality of through holes for magnesium particles in raw water in a drinking water container. By generating water and drinking it, the active oxygen in the body is erased to eliminate the causes of various diseases, but the amount of hydrogen gas generated per unit time is extremely small, It was.

前記特開2005−161209号公報には、筒体ケースとして内部に水が滲入可能なセラミックを使用することを記載しているが、このセラミックが素焼き製品であれば水の浸透は可能であり、筒体内部で水素ガスを発生することは可能であり得ても、これを容器内に流出して生水中に溶解させるまでにはかなりの時間を要することになるし、その重量は重く、しかも落とすと割れ易いという欠点があり、実用性がないことが指摘されていたから、実施されていない。   In JP-A-2005-161209, it is described that a ceramic in which water can permeate is used as a cylindrical case, but if this ceramic is an unglazed product, water can penetrate. Although it may be possible to generate hydrogen gas inside the cylinder, it will take a considerable amount of time to flow out into the container and dissolve in the raw water, and its weight is heavy, It has not been implemented because it has been pointed out that it has a drawback of being easily broken when dropped and has no practicality.

そこで、本発明は、従来の前記筒体を改良し、単位時間当たりの水素の発生量を増加させる筒体を用意することにより、飲料水等の新しい改質方法及び改質材を提供することを目的とするものである。   Therefore, the present invention provides a new reforming method and reforming material for drinking water, etc. by improving the conventional cylinder and preparing a cylinder that increases the amount of hydrogen generated per unit time. It is intended.

本発明は、PP焼結樹脂材にて構成した100〜200μ位の微細多孔質筒体の内部に、特殊加工を施した金属マグネシウムを主成分とする天然鉱物粒子を直接収容して密閉し、このように成る前記筒体を密閉した生水容器内に収置して水素ガスを多量に発生せしめ、この水素ガスを前記筒体の全面から微細気泡として生水中に溶解せしめる飲料水改質方法である。   The present invention directly accommodates and seals natural mineral particles mainly composed of metallic magnesium subjected to special processing in a fine porous cylindrical body of about 100 to 200 μm composed of a PP sintered resin material, The cylindrical body thus constructed is placed in a sealed raw water container to generate a large amount of hydrogen gas, and this hydrogen gas is dissolved into the raw water as fine bubbles from the entire surface of the cylindrical body. It is.

また本発明は、PP焼結樹脂材にて構成した100〜200μ位の微細多孔質筒体の内部に、特殊加工を施した金属マグネシウムを主成分とする天然鉱物粒子を直接収容して密閉し、このように成る前記筒体を密閉した生水容器内に収置して水素ガスを多量に発生せしめ、この水素ガスを前記筒体の全面から微細気泡として生水中に溶解せしめるように成る飲料水改質材である。   Further, the present invention directly encloses and seals natural mineral particles mainly composed of metallic magnesium subjected to special processing in a fine porous cylindrical body of about 100 to 200 μm made of a PP sintered resin material. The above-described cylindrical body is placed in a sealed raw water container to generate a large amount of hydrogen gas, and this hydrogen gas is dissolved into the raw water as fine bubbles from the entire surface of the cylindrical body. Water modifier.

本発明は、金属マグネシウムを主成分とする天然鉱物粒子を収容する筒体がPP焼結樹脂材による微細多孔質体から成るものであるため、筒体の全表面から内部のマグネシウム粒子から発生した水素ガスが、容器中の生水中に直径1mm位の微細気泡となって大量に放散し、水素ガスが充満した飲料水を生産することができるようになる。   In the present invention, the cylinder containing the natural mineral particles mainly composed of magnesium metal is made of a fine porous body made of a PP sintered resin material. Hydrogen gas is diffused in a large amount as fine bubbles having a diameter of about 1 mm in the raw water in the container, so that drinking water filled with hydrogen gas can be produced.

また、磁気子を1個又は2個、前記金属マグネシウム等に混入することによって、容器水中に存する一般細菌類を繁殖しない効果があるとともに水分子集団を細分化することができ、水素ガスを多量に含む飲料水の改質効果を倍増することができるようになる。   In addition, mixing one or two magnetic elements into the metal magnesium or the like has the effect of preventing the propagation of general bacteria present in the container water, and can subdivide the water molecule population, resulting in a large amount of hydrogen gas. The effect of improving the drinking water contained in can be doubled.

さらに、筒体はPP焼結樹脂材によって構成されているから、従来使用の天然鉱物粒子を網袋詰めした通孔付きの合成樹脂製筒体に比してはるかに安価に提供することができ、かつ前記のとおり水素水の生成効率を高める効果を生むことができるようになる。   Furthermore, since the cylinder is made of a PP sintered resin material, it can be provided at a much lower cost than a synthetic resin cylinder with a through hole in which natural mineral particles are packed in a net bag. In addition, as described above, it is possible to produce an effect of increasing the generation efficiency of hydrogen water.

前記粒子を収容した筒体を500mlのペットボトルの生水中に投入して約12時間経過したところ、大量の微細気泡を放散し、前記ペットボトルの底面凹部は水素分圧によって膨張しほぼ水平面状に変形した現象が起っている。   After about 12 hours have passed after the cylindrical body containing the particles is put into the raw water of a 500 ml PET bottle, a large amount of fine bubbles are diffused, and the bottom recess of the PET bottle expands due to the partial pressure of hydrogen to form a substantially horizontal plane. Phenomenon that has been transformed into.

この現象は、本筒体内部の金属マグネシウムが発生する水素ガスが大量に筒体表面から気泡となって放散した直接の影響であることは、同じような現象が、従来の合成樹脂製筒体では見られなかったことから明らかな事実である。   This phenomenon is a direct effect that a large amount of hydrogen gas generated by metallic magnesium inside the cylinder body is diffused as bubbles from the cylinder surface. It is a clear fact because it was not seen.

微細気泡は常時、筒体表面に密着した状態が見られ、ボトルを振動すれば、大量に水中に放散される現象が見られる。   A state where the fine bubbles are always in close contact with the surface of the cylindrical body is seen, and if the bottle is vibrated, a phenomenon that a large amount of water is diffused into the water is seen.

ところで、本発明にあって、容器内の生水はマグネシウム粒子と反応し、次の化学式によって水素ガスを発生する。
Mg+2H2O→Mg(OH)2+2H→Mg(OH)2+H2
Mg=金属マグネシウム,2H2O=水,Mg(OH)2=水酸化マグネシウム,2H=原子水素(活性水素),H2=分子水素(水素ガス)
By the way, in this invention, the raw water in a container reacts with a magnesium particle, and generates hydrogen gas with the following chemical formula.
Mg + 2H 2 O → Mg (OH) 2 + 2H → Mg (OH) 2 + H 2
Mg = magnesium metal, 2H 2 O = water, Mg (OH) 2 = magnesium hydroxide, 2H = atomic hydrogen (active hydrogen), H 2 = molecular hydrogen (hydrogen gas)

この結果、容器内の常温又は冷却された生水は、水素を豊富に含んだ水に変化するに至る。この水素ガスの含有量については、水素センサーによって測定している。   As a result, normal temperature or cooled raw water in the container changes to water rich in hydrogen. The hydrogen gas content is measured by a hydrogen sensor.

従来、金属マグネシウムは室温では水と反応せず、微粉末を水中で加熱して初めて水と反応して水酸化マグネシウムと水素ガスが生成するとの説が世界の化学界の定説となっている。しかし、水素センサーによって、前記実施形態のマグネシウム粒の反応を検査したところ、マグネシウムは常温水(25℃)でも冷却水(5℃)でも容易に反応し、水酸化マグネシウムと水素ガスを生成する事実が確認されたのである。   Conventionally, the theory that metal magnesium does not react with water at room temperature, but reacts with water only after the fine powder is heated in water to produce magnesium hydroxide and hydrogen gas has become the established theory in the chemical world. However, when the reaction of the magnesium particles of the above embodiment was inspected by a hydrogen sensor, the fact that magnesium easily reacts with normal temperature water (25 ° C.) or cooling water (5 ° C.), and produces magnesium hydroxide and hydrogen gas. Was confirmed.

ところで、発明者(林)が水素豊富水の発想を得るに至ったのは、元々電解水(還元水)に関する研究からであったが、本発明によって今後は水素豊富水の生成にとって従来のような電気分解装置の使用自体が不要になったといえるのである。   By the way, the inventor (Hayashi) originally came up with the idea of hydrogen-rich water from research on electrolyzed water (reduced water). It can be said that the use of a simple electrolysis apparatus is no longer necessary.

電気分解水の生成法としては、例えば、特許第2611080号、同第2615308号、同第2623204号がある。しかし、この電気分解で作った水素水には欠陥があることを発明者林は発見した。それは、水素は宇宙で最も軽い物質であることから、水中にあっても僅か数分で水素ガスは抜けてしまい、普通の水道水(水素欠乏水)と同じ水に戻ってしまう事実である。   Examples of the method for generating electrolyzed water include Japanese Patent Nos. 2611080, 2615308, and 2623204. However, the inventor Hayashi discovered that the hydrogen water produced by this electrolysis is defective. That is the fact that hydrogen is the lightest substance in the universe, so even if it is in water, hydrogen gas will escape in just a few minutes and return to the same water as ordinary tap water (hydrogen-deficient water).

これによって、電気分解水に関する著書や論文を多数発表して来た発明者(林)は、自らの考え方を全面的に改めざるを得なくなったのである。   As a result, the inventor (Hayashi), who had published many books and papers on electrolyzed water, had to completely change his way of thinking.

1は全体がPP焼結樹脂材にて構成した微細多孔質筒体で、この筒体の形状や大きさは様々である。この筒体は様々な凹凸から成るが、その微細孔は100〜200μである。下記の実験では平均150μの微細多孔質筒体を使用しているが、最多量の水素ガスを発生していることが実験で判明している。   Reference numeral 1 denotes a fine porous cylinder composed entirely of a PP sintered resin material. The shape and size of this cylinder vary. Although this cylinder consists of various unevenness | corrugations, the micropore is 100-200 micrometers. In the experiment below, a fine porous cylinder having an average of 150 μm is used, but it has been found through experiments that the largest amount of hydrogen gas is generated.

焼結樹脂の筒体の微細孔が200μ以上の口径に成形されると、後記天然鉱物粒子間の摩擦によってできた粉末が筒体面から流出し、容器内水を汚染するおそれがあるからである。   This is because, when the pores of the sintered resin cylinder are formed to have a diameter of 200 μm or more, the powder produced by friction between natural mineral particles described later may flow out of the cylinder surface and contaminate the water in the container. .

2は前記筒体1の開口部に密閉する口栓で、同一材によって構成する。   Reference numeral 2 denotes a stopper plug hermetically sealed in the opening of the cylindrical body 1 and is formed of the same material.

3は前記筒体1の内部に収容する金属マグネシウム3'を主成分とするその他の天然鉱物粒子である。   Reference numeral 3 denotes other natural mineral particles mainly composed of metallic magnesium 3 ′ accommodated in the cylindrical body 1.

前記金属マグネシウム粒子にあっては、その粒子に特殊加工を施すことが水素ガスの多量発生を促進する要因となる。   In the metal magnesium particles, special processing of the particles is a factor that promotes the generation of a large amount of hydrogen gas.

ここに金属マグネシウム粒子への特殊加工とは、温度115℃±5℃で、時間15分±5分で焼成するものである。   Here, the special processing to the metal magnesium particles is to perform firing at a temperature of 115 ° C. ± 5 ° C. for a time of 15 minutes ± 5 minutes.

その他の天然鉱物粒子としては、ブラックシリカ、トルマリン、麦飯石などの鉱物を選択的に原料とするが、特にブラックシリカは常温で強力な遠赤外線を放射する。遠赤外線の中でも特に4〜14μ程度の波長帯を生育光線と呼ぶが、ブラックシリカはこの生育光線を主として放出しているから、治癒効果や動植物活性化の要因となる。   As other natural mineral particles, minerals such as black silica, tourmaline, and barley stone are selectively used as raw materials. In particular, black silica emits strong far-infrared rays at room temperature. Among the far-infrared rays, a wavelength band of about 4 to 14 μm is called a growth ray, but black silica mainly emits this growth ray, which causes a healing effect and activation of animals and plants.

4は前記天然鉱物粒子3に混入する磁気子であり、これを前記筒体内に1個又は2個収容する。   Reference numeral 4 denotes a magnetic element mixed in the natural mineral particle 3 and accommodates one or two magnetic elements in the cylindrical body.

また、この磁気子に代えて、光触媒作用を有するチタンボール4と称する材料を複数個使用すれば、悪臭物質を分解するのみならず、抗菌作用及び抗ウイルス作用を起して浄水効果を発揮することができる。特に、これはレジオネラ菌属を殺菌することが証明されている。このチタンボールは、セラミックボールに金属チタン粉末を高速噴射することによって表面処理し、チタニア被膜(TiO2)を形成する技術から生まれたものである。 If a plurality of materials called titanium balls 4 having a photocatalytic action are used in place of the magnetic element, not only the malodorous substance is decomposed but also an antibacterial action and an antiviral action are exhibited and a water purification effect is exhibited. be able to. In particular, it has been proven to kill Legionella. This titanium ball was born from a technique for forming a titania coating (TiO 2 ) by surface-treating a ceramic ball by spraying metallic titanium powder at a high speed.

aは容器、bは飲料水を示す。   a shows a container, b shows drinking water.

ここに、実験データを示す「水素発生比較表」を提出する。この実験は、発明者(木村喜代司)が平成17年11月19日に、水道水を用いて常温で行なったものである。表中にある「Aタイプ」とは従来の通孔付き合成樹脂製筒体を使用した場合、「Bタイプ」とは本発明のPP焼結筒体(150μ)を使用した場合である。

Figure 2007167696
Here, a “hydrogen generation comparison table” showing experimental data is submitted. This experiment was conducted at room temperature using tap water on November 19, 2005 by the inventor (Kiyoshi Kimura). “A type” in the table refers to the case where a conventional synthetic resin cylinder with through holes is used, and “B type” refers to the case where the PP sintered cylinder (150 μm) of the present invention is used.
Figure 2007167696

なお、本発明の水改質方法も水改質材も、その用途は飲料水に限られず、洗眼、洗顔、洗体その他、水を使用する場合にはそのまま有効に通用するものである。   The use of the water reforming method and the water modifying material of the present invention is not limited to drinking water, but can be effectively applied as it is when using water such as eye washing, face washing, body washing and the like.

筒体の斜視図Perspective view of cylinder 筒体の正面図Front view of cylinder 図2A−A線の断面図Sectional view of line 2A-A 水容器内部の作用状態を示す縦断面図Longitudinal sectional view showing the working state inside the water container

符号の説明Explanation of symbols

1 微細多孔質筒体
2 口栓
3 天然鉱物粒子
3' 金属マグネシウム粒子
4 磁気子又はチタンボール
DESCRIPTION OF SYMBOLS 1 Fine porous cylinder 2 Mouth plug 3 Natural mineral particle 3 'Metal magnesium particle 4 Magnetic element or titanium ball

Claims (8)

PP焼結樹脂材にて構成した微細多孔質筒体の内部に、特殊加工を施した金属マグネシウムを主成分とする天然鉱物粒子を直接収容して密閉し、このように成る前記筒体を密閉した生水容器内に収置して水素ガスを短時間に多量に発生せしめ、この水素ガスを前記筒体の全面から微細気泡として生水中に溶解せしめることを特徴とする飲料水改質方法。 Inside the fine porous cylinder made of PP sintered resin material, natural mineral particles mainly composed of magnesium metal with special processing are housed and sealed, and the cylinder thus constructed is sealed. A drinking water reforming method characterized in that a large amount of hydrogen gas is generated in a short time by being placed in a fresh water container, and the hydrogen gas is dissolved in the raw water as fine bubbles from the entire surface of the cylinder. PP焼結樹脂材にて構成した微細多孔質筒体の内部に、特殊加工を施した金属マグネシウムを主成分とする天然鉱物粒子を直接収容して密閉し、このように成る前記筒体を密閉した生水容器に収置して水素ガスを短時間に多量に発生せしめ、この水素ガスを前記筒体の全面から微細気泡として生水中に溶解せしめるように成ることを特徴とする飲料水改質材。 Inside the fine porous cylinder made of PP sintered resin material, natural mineral particles mainly composed of magnesium metal with special processing are housed and sealed, and the cylinder thus constructed is sealed. A drinking water reformer characterized in that it is placed in a fresh water container to generate a large amount of hydrogen gas in a short time, and this hydrogen gas is dissolved in the raw water as fine bubbles from the entire surface of the cylinder. Wood. PP焼結樹脂材にて構成した微細多孔質筒体の内部に、特殊加工を施した金属マグネシウムを主成分とする天然鉱物粒子及び磁気子を直接収容して密閉し、このように成る前記筒体を密閉した生水容器内に収置して水素ガスを短時間に多量に発生せしめ、この水素ガスを前記筒体の全面から微細気泡として生水中に溶解せしめることを特徴とする飲料水改質方法。 Inside the fine porous cylindrical body made of PP sintered resin material, natural mineral particles and magnetic elements mainly composed of metallic magnesium subjected to special processing are directly accommodated and sealed, and the above-described cylinder The body is placed in a sealed fresh water container to generate a large amount of hydrogen gas in a short time, and this hydrogen gas is dissolved in the fresh water as fine bubbles from the entire surface of the cylindrical body. Quality method. PP焼結樹脂材にて構成した微細多孔質筒体の内部に、特殊加工を施した金属マグネシウムを主成分とする天然鉱物粒子及び磁気子を直接収容して密閉し、このように成る前記筒体を密閉した生水容器内に収置して水素ガスを短時間に多量に発生せしめ、この水素ガスを前記筒体の全面から微細気泡として生水中に溶解せしめるように成ることを特徴とする飲料水改質材。 Inside the fine porous cylindrical body made of PP sintered resin material, natural mineral particles and magnetic elements mainly composed of metallic magnesium subjected to special processing are directly accommodated and sealed, and the above-described cylinder The body is placed in a sealed raw water container to generate a large amount of hydrogen gas in a short time, and this hydrogen gas is dissolved in the raw water as fine bubbles from the entire surface of the cylinder. Drinking water modifier. PP焼結樹脂材にて構成した微細多孔質筒体の内部に、特殊加工を施した金属マグネシウムを主成分とする天然鉱物粒子及びチタンボールを直接収容して密閉し、このように成る前記筒体を密閉した生水容器内に収置して水素ガスを短時間に多量に発生せしめ、この水素ガスを前記筒体の全面から微細気泡として生水中に溶解せしめることを特徴とする飲料水改質方法。 Inside the fine porous cylinder made of PP sintered resin material, natural mineral particles mainly composed of magnesium metal and titanium balls, which are specially processed, are directly accommodated and sealed, and the cylinder thus constructed The body is placed in a sealed fresh water container to generate a large amount of hydrogen gas in a short time, and this hydrogen gas is dissolved in the fresh water as fine bubbles from the entire surface of the cylindrical body. Quality method. PP焼結樹脂材にて構成した微細多孔質筒体の内部に、特殊加工を施した金属マグネシウムを主成分とする天然鉱物粒子及びチタンボールを直接収容して密閉し、このように成る前記筒体を密閉した生水容器内に収置して水素ガスを短時間に多量に発生せしめ、この水素ガスを前記筒体の全面から微細気泡として生水中に溶解せしめるように成ることを特徴とする飲料水改質材。 Inside the fine porous cylinder made of PP sintered resin material, natural mineral particles mainly composed of magnesium metal and titanium balls, which are specially processed, are directly accommodated and sealed, and the cylinder thus constructed The body is placed in a sealed raw water container to generate a large amount of hydrogen gas in a short time, and this hydrogen gas is dissolved in the raw water as fine bubbles from the entire surface of the cylinder. Drinking water modifier. PP焼結樹脂材にて構成した筒体が100〜200μ位の微細多孔質から成る請求項1、3又は5に記載した飲料水改質方法。 The drinking water reforming method according to claim 1, 3 or 5, wherein the cylindrical body made of the PP sintered resin material is made of a fine porous material having a size of about 100 to 200 μm. PP焼結樹脂材にて構成した筒体が100〜200μ位の微細多孔質から成る請求項2、4又は6に記載した飲料水改質材。



The drinking water reforming material according to claim 2, 4 or 6, wherein the cylindrical body made of the PP sintered resin material is made of a fine porous material having a thickness of about 100 to 200 µm.



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GB0607185A GB2432832A (en) 2005-12-05 2006-04-10 Apparatus and method for generating hydrogen-containing water
FR0606218A FR2894246A1 (en) 2005-12-05 2006-07-07 METHOD FOR REFORMING WATER AND WATER REFORMER
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