JP2013082585A - Hydrogen generation implement with softness - Google Patents
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本発明は、健康に貢献できる水素水、又は珪素水の生成に最適な軟質特性を備えた水素発生具に関する。 The present invention relates to a hydrogen generator having soft characteristics that are optimal for the production of hydrogen water or silicon water that can contribute to health.
この種の水素発生具としては、本出願人が出願した特開２００３−１２３５６５号公報の発明は、「透孔を有する筒状本体に、マグネシウムを含む粒子を不織布の袋で囲繞して構成した水素水発生体を充填し、水素水発生体の粒子と、透孔より浸透する水との接触を利用して、水素水を生成する構造で有る」。この発明は、筒状本体であることから、ボトル等の容器に多数本入れる困難性と、好みの濃度の水素水を生成するには、簡易にできないと考えられる。そこで、水素発生体（水素発生具）を、カプセル形状（錠剤形状）とし、パック詰の形態を利用すれば、この問題の解消になると考えられる。 As this type of hydrogen generator, the invention of Japanese Patent Application Laid-Open No. 2003-123565 filed by the applicant of the present invention is “configured by surrounding a cylindrical body having a through hole with magnesium-containing particles in a non-woven bag. It has a structure that fills the hydrogen water generator and generates hydrogen water by using the contact between the particles of the hydrogen water generator and the water that permeates through the through holes. Since this invention is a cylindrical main body, it is considered that it is not easy to produce a large number of bottles or other bottles and to produce hydrogen water of a desired concentration. Therefore, it is considered that this problem can be solved if the hydrogen generator (hydrogen generator) has a capsule shape (tablet shape) and a packed form is used.
以上の改良が、先行文献によって、解消されるか検討する。この種の分野において、特開２００７−１６３３号公報において、水素豊富生成器を球体として、口部に嵌合したキャップの空間部に、配備する構造が開示されている。しかし、この発明は、水素豊富生成器をボトル内に収容する構造でなく、かつ錠剤形状とし、パック詰の形態を利用する構造でもない。また、実用新案登録第３００５７７４号公報において、複数個の小判形で、かつ多数の孔を備えた生成剤ケース内に、炭酸カルシウム、麦飯石、セラミックス、坑菌活性炭及び亜硫酸カルシウムを、それぞれ充填し、この小判形の生成剤ケースを、ボトル内に収納する構造のミネラルウォーター生成器が開示されている。しかし、この考案は、ボトルより直接、飲料した際に、この小判形の生成剤ケースが口に衝突する危険性と、場合により、口に入り危険性がある。さらに、特開２００３−１６４８８８号公報において、庇部を備えた円筒容器内に、球体のセラミックボールを充填し、この円筒容器をボトル内に差込み支持する構造が開示されている。しかし、この発明は、セラミックボールを、単独で充填する構造でなく、かつ錠剤形状とし、パック詰の形態を利用する構造でもない。 It is examined whether the above improvement can be solved by the prior literature. In this type of field, Japanese Patent Application Laid-Open No. 2007-1633 discloses a structure in which a hydrogen-rich generator is used as a sphere and is disposed in a space portion of a cap fitted to a mouth portion. However, the present invention does not have a structure in which the hydrogen-rich generator is accommodated in a bottle, and is not in a structure that takes a tablet shape and uses a packed form. In addition, in Utility Model Registration No. 3005774, calcium carbonate, barley stone, ceramics, antibacterial activated carbon, and calcium sulfite are filled in a product case having a plurality of oval shapes and a large number of holes, respectively. A mineral water generator having a structure in which this oval shaped product case is housed in a bottle is disclosed. However, this device has a risk of colliding with the mouth and, in some cases, entering the mouth when the beverage is directly drink from the bottle. Furthermore, Japanese Patent Application Laid-Open No. 2003-164888 discloses a structure in which a spherical ceramic ball is filled in a cylindrical container provided with a flange, and this cylindrical container is inserted into a bottle and supported. However, the present invention is not a structure in which the ceramic balls are filled alone, and is not a structure in the form of a tablet and utilizing a packed form.
以上の如く、文献１−３を含めた従来技術では、本発明が意図する「ボトル（容器）内に、水素水発生具（珪素水発生具）を複数個充填し、かつ錠剤形状とし、パック詰の形態を利用すれ構造」でもない。従って、水素水（珪素水）を水が充填された容器と、水素水発生具を利用して、何時でも、かつ何処でも、簡易に生成する構造でないこと、低コストの水素水発生具でないこと、等の課題がある。また、水素水の濃度を簡易に調整すること、各人の好む濃度を瞬時に達成すること、等の如く、この濃度の濃度を迅速性、正確性に確保するには、改良の余地がある。 As described above, according to the prior art including References 1-3, “a bottle (container) intended for the present invention is filled with a plurality of hydrogen water generators (silicon water generators) and formed into tablets. It's not a “structure that uses the form of filling”. Therefore, it is not a structure that can be easily generated anytime and anywhere using a container filled with water of hydrogen water (silicon water) and a hydrogen water generator, and it is not a low-cost hydrogen water generator. There are issues such as. In addition, there is room for improvement in order to ensure the concentration of this concentration quickly and accurately, such as simply adjusting the concentration of hydrogen water and instantaneously achieving the concentration preferred by each person. .
請求項１では、「水素水（珪素水）を水が充填された容器と、水素水発生具を利用して、何時でも、かつ何処でも、簡易に生成できる構造を提供すること、その際に、低コストでなる水素水発生具を提供すること、又は水素水の濃度を簡易に調整とすることと、各人の好む濃度を瞬時に達成できる構造を提供すること、その際に、この濃度の濃度を迅速性、正確性に確保できる構造を提供すること、」等を意図する。 In claim 1, “providing a structure that can be easily generated at any time and anywhere using a container filled with water of hydrogen water (silicon water) and a hydrogen water generator, Providing a low-cost hydrogen water generator, or simply adjusting the concentration of hydrogen water, and providing a structure that can instantaneously achieve the concentration preferred by each person. It is intended to provide a structure that can ensure the concentration of the sample quickly and accurately.
この意図を達成する請求項１は、多数の孔を有する立方体、直方体、六面体の多面体でなる軟質性で、内外の何れかにネットを備えた錠剤カプセル内に、マグネシウムを含む複数の粒子でなる水素水発生材を充填した構造の水素発生具であって、
この水素発生具を圧縮して、ペットボトル、瓶でなる容器の口から収容し、この収容後に、この水素発生具が復帰し、前記口より大径となる構造とした軟質特性を備えた水素発生具とする。
Claim 1 which achieves this intention is a softness composed of a cube, a rectangular parallelepiped, a hexahedron and a polyhedron having a large number of holes, and a plurality of particles containing magnesium in a tablet capsule provided with a net inside or outside. A hydrogen generator having a structure filled with a hydrogen water generating material,
This hydrogen generator is compressed and accommodated from the mouth of a container made of PET bottles and bottles, and after this accommodation, the hydrogen generator is restored and hydrogen having a soft characteristic with a structure having a diameter larger than that of the mouth. Use as a generator.
また請求項２では、請求項１の目的達成には、前記立方体の構造も考える必要性から、下記の構造を提案する。 Further, in claim 2, in order to achieve the object of claim 1, the following structure is proposed because it is necessary to consider the structure of the cube.
この請求項２では、請求項１に記載の軟質特性を備えた水素発生具であって、
前記立方体は、球体、六角形状、四角形状であり、かつこの立方体は、前記容器の口に嵌合状態でも、この口内面と、この立方体の外周面との間に、一条、又は数条の水道、空気道の隙間が形成される構成とした軟質特性を備えた水素発生具とする。
In claim 2, a hydrogen generator having the soft characteristics according to claim 1,
The cube has a spherical shape, a hexagonal shape, or a quadrangular shape, and even when the cube is fitted to the mouth of the container, one or several stripes are formed between the inner surface of the mouth and the outer peripheral surface of the cube. A hydrogen generator having a soft property with a gap between water and air passages is formed.
また、請求項３では、請求項１の目的達成には、前記水素発生具を、所定数充填する必要性があり、その数値の好ましい一例を提案する。 Further, in claim 3, in order to achieve the object of claim 1, it is necessary to fill a predetermined number of the hydrogen generator, and a preferred example of the numerical value is proposed.
この請求項３では、請求項１に記載の軟質特性を備えた水素発生具であって、
前記容器に、水素発生具を、２０個〜３０個収容する構成とした軟質特性を備えた水素発生具とする。
In this Claim 3, it is a hydrogen generating tool provided with the soft characteristic of Claim 1,
The hydrogen generator is provided with a soft characteristic in which 20 to 30 hydrogen generators are accommodated in the container.
さらに、請求項４・５では、請求項１の目的達成には、前記水素発生具の物性を、特定する必要性があり、その望ましい、構造の一例を提案する。 Further, in claims 4 and 5, in order to achieve the object of claim 1, it is necessary to specify the physical properties of the hydrogen generator, and an example of a desirable structure is proposed.
この請求項４では、請求項１に記載の軟質特性を備えた水素発生具であって、
前記多面体内に、充填する水素水発生材の粒子の混合割合は、重量％で、マグネシウム１５、水晶石７．５、黒曜石７．５、トルマリン１５、抗菌砂３０、風化サンゴ２０、珪素５とする構成とした軟質特性を備えた水素発生具とする。
In claim 4, a hydrogen generator having the soft characteristics according to claim 1,
The mixing ratio of the particles of the hydrogen water generating material to be filled in the polyhedron is, by weight, magnesium 15, quartz stone 7.5, obsidian 7.5, tourmaline 15, antibacterial sand 30, weathered coral 20, silicon 5 and the like. A hydrogen generator having soft characteristics and having the above-described structure.
この請求項５では、請求項１に記載の軟質特性を備えた水素発生具であって、
この水素発生具は、錠剤形状とし、パック詰を利用して販売する構成とした軟質特性を備えた水素発生具とする。
In this claim 5, it is a hydrogen generating tool provided with the soft characteristic according to claim 1,
This hydrogen generator is in the form of a tablet and is a hydrogen generator having a soft property that is configured to be sold using packed products.
請求項１の発明は、多数の孔を有する立方体、直方体、六面体の多面体でなる軟質性で、内外の何れかにネットを備えた錠剤カプセル内に、マグネシウムを含む複数の粒子でなる水素水発生材を充填した構造の水素発生具であって、
水素発生具を圧縮して、ペットボトル、瓶でなる容器の口から収容し、収容後に、水素発生具が復帰し、口より大径となる構造とした軟質特性を備えた水素発生具である。
The invention according to claim 1 is a soft solution composed of a cubic, rectangular parallelepiped, hexahedral polyhedron having a large number of holes, and hydrogen water generation composed of a plurality of particles containing magnesium in a tablet capsule having a net inside or outside. A hydrogen generator having a structure filled with a material,
The hydrogen generator is a hydrogen generator having a soft property in which the hydrogen generator is compressed and accommodated from the mouth of a container made of a plastic bottle or bottle, and after the accommodation, the hydrogen generator returns to a larger diameter than the mouth. .
従って、請求項１では、「水素水（珪素水）を水が充填された容器と、水素水発生具を利用して、何時でも、かつ何処でも、簡易に生成できる構造を提供できること、その際に、低コストでなる水素水発生具を提供できること、又は水素水の濃度を簡易に調整とすることと、各人の好む濃度を瞬時に達成できる構造を提供できること、その際に、この濃度の濃度を迅速性、正確性に確保できる構造を提供できること、」等の特徴を有する。 Accordingly, in claim 1, it is possible to provide a structure that can be easily generated anytime and anywhere using a container filled with water of hydrogen water (silicon water) and a hydrogen water generator. In addition, it is possible to provide a low-cost hydrogen water generator, or to easily adjust the concentration of hydrogen water, and to provide a structure that can instantaneously achieve the concentration preferred by each person. It is possible to provide a structure capable of ensuring the concentration quickly and accurately, ”and the like.
この請求項２の発明では、請求項１に記載の軟質特性を備えた水素発生具であって、
立方体は、球体、六角形状、四角形状であり、かつ立方体は、容器の口に嵌合状態でも、この口内面と、立方体の外周面との間に、一条、又は数条の水道、空気道の隙間が形成される構成とした軟質特性を備えた水素発生具である。
In this invention of Claim 2, it is a hydrogen generating tool provided with the soft characteristic of Claim 1,
The cube is a sphere, hexagonal shape, or quadrangular shape, and even if the cube is fitted to the mouth of the container, one or several taps or air passages are provided between the inner surface of the mouth and the outer peripheral surface of the cube. It is a hydrogen generating tool provided with the soft characteristic made into the structure in which the clearance gap is formed.
従って、請求項２では、請求項１の目的達成できるとともに、この目的を達成するに最適な、前記立方体の構造を提案できる。 Accordingly, in claim 2, the object of claim 1 can be achieved, and the cube structure optimal for achieving this object can be proposed.
この請求項３の発明では、請求項１に記載の軟質特性を備えた水素発生具であって、
容器に、水素発生具を、２０個〜３０個収容する構成とした軟質特性を備えた水素発生具である。
The invention of claim 3 is a hydrogen generator having the soft characteristics of claim 1,
This is a hydrogen generator having a soft characteristic in which 20 to 30 hydrogen generators are accommodated in a container.
従って、請求項３では、請求項１の目的達成できるとともに、この目的を達成するに最適な、前記立方体の数値の構造を提案できる。 Therefore, in claim 3, the object of claim 1 can be achieved, and the optimal numerical structure of the cube can be proposed to achieve this object.
この請求項４の発明では、請求項１に記載の軟質特性を備えた水素発生具であって、
多面体内に、充填する水素水発生材の粒子の混合割合は、重量％で、マグネシウム１５、水晶石７．５、黒曜石７．５、トルマリン１５、抗菌砂３０、風化サンゴ２０、珪素５とする構成とした軟質特性を備えた水素発生具である。
In this invention of Claim 4, it is a hydrogen generating tool provided with the soft characteristic of Claim 1,
In the polyhedron, the mixing ratio of particles of the hydrogen water generating material to be filled is weight 15, magnesium 15, quartz stone 7.5, obsidian 7.5, tourmaline 15, antibacterial sand 30, weathered coral 20, and silicon 5. It is a hydrogen generator having a soft characteristic.
この請求項５の発明では、請求項１に記載の軟質特性を備えた水素発生具であって、
水素発生具は、錠剤形状とし、パック詰を利用して販売する構成とした軟質特性を備えた水素発生具である。
In this invention of Claim 5, it is a hydrogen generating tool provided with the soft characteristic of Claim 1,
The hydrogen generating device is a hydrogen generating device having a soft characteristic in a tablet shape and configured to be sold using pack packing.
従って、請求項４・５では、請求項１の目的達成できるとともに、この目的を達成するに最適な、水素発生具の物性を、特定できる構造を提案できる。 Accordingly, in claims 4 and 5, it is possible to propose a structure that can achieve the object of claim 1 and that can specify the physical properties of the hydrogen generator optimal for achieving the object.
１は多面体で、この多面体１は、水素発生具Ａの外郭体を成す。そして、この多面体１は、六面体１００を複数組合せでなる構造であり、例えば、内面側１ａにネット２を繞設する（多面体１の成形時に、同時に設ける）。この多面体１には、内面側１ａに開口する多数の孔３を有する。また、この多面体１は、二分割可能な構造であり、この二分割構造を利用して、内面側１ａで形成される空胴部５に、水素水発生材６を充填する。この水素水発生材６は、水素発生具Ａの素材を成す。そして、この水素水発生材６の粒子の混合割合は、重量％で、マグネシウム（１５）、水晶石（７．５）、黒曜石（７．５）、トルマリン（１５）、抗菌砂（３０）、風化サンゴ（２０）、珪素（５）とする構成である。この水素水発生材６の流出は、ネット２で保護される構造であり、安心できる。そして、この水素水発生材６が、孔３より入り込む水７と接触することで、水素水７００が生成される。また、この水素水発生材６間には、多数の隙間６００があり、この隙間６００を水が浸透、かつ通過することで、短時間で、かつ効率的に水素水７００が生成されることを特徴とする。従って、空胴部５に充填する水素水発生材６の量も大切である。尚、図示しないが、ネット２は、多面体１の外面側１ｂもあり得るが、少なくとも、前記孔３を塞ぐように繞設する。この多面体１を、六角形状、四角形状で、例えば、サッカーボールの如く、主として、六角面の集合体とすることで、形状・強度の安定性と、視認による安心感の醸成、又は収縮性・復元性等の確保、並びに収縮・復元等の迅速化等に有効と考えられる。また、表面積の拡充で、水素水発生材６の粒子と水との接触頻度が増し、高濃度の水素水７００と、短時間での水素水７００が生成されると考えられる。従って、図１−１と、図１−２に示した構造が望ましい。 1 is a polyhedron, and this polyhedron 1 forms an outer body of the hydrogen generator A. The polyhedron 1 has a structure formed by combining a plurality of hexahedrons 100. For example, a net 2 is provided on the inner surface side 1a (provided simultaneously when the polyhedron 1 is formed). The polyhedron 1 has a large number of holes 3 that open to the inner surface 1a. Moreover, this polyhedron 1 is a structure which can be divided into two, and the hydrogen water generating material 6 is filled into the cavity 5 formed on the inner surface side 1a by using this two-divided structure. This hydrogen water generating material 6 constitutes the material of the hydrogen generating tool A. And the mixing ratio of the particles of this hydrogen water generating material 6 is weight%, magnesium (15), quartzite (7.5), obsidian (7.5), tourmaline (15), antibacterial sand (30), Weathered coral (20) and silicon (5). This outflow of the hydrogen water generating material 6 has a structure protected by the net 2 and can be relieved. Then, the hydrogen water generating material 6 comes into contact with the water 7 entering through the holes 3 to generate hydrogen water 700. In addition, there are a large number of gaps 600 between the hydrogen water generating material 6, and the water permeates and passes through the gaps 600 so that the hydrogen water 700 is efficiently generated in a short time. Features. Therefore, the amount of the hydrogen water generating material 6 filled in the cavity 5 is also important. Although not shown, the net 2 may be the outer surface side 1b of the polyhedron 1, but is provided so as to at least close the hole 3. The polyhedron 1 has a hexagonal shape and a quadrangular shape, for example, as a soccer ball, mainly as an aggregate of hexagonal surfaces. It is thought to be effective for ensuring restoration properties and speeding up shrinkage and restoration. Further, it is considered that the contact frequency between the particles of the hydrogen water generating material 6 and the water increases due to the expansion of the surface area, and the high concentration hydrogen water 700 and the hydrogen water 700 in a short time are generated. Therefore, the structure shown in FIGS. 1-1 and 1-2 is desirable.
この多面体１とネット２は、弾性素材（可撓性素材）で形成し、ボトル８の口８００より大径とすることで、ボトル８内に挿入した後に、中の水素水７００を取出し時（流出時）に、この水素水７００と同時に流出し、人Ｈの口Ｈ１に入らない構造とする。即ち、窒息等のまさかの災害を防止する。また、口８００に多面体１が挟まった状態でも、この口８００と、多面体１との間に隙間１０が数条形成される構造であり、水素水７００の流出は可能な構造となっている。そして、ボトル８内に、複数個の水素水発生材６を充填し、好みの濃度の水素水７００を生成できる。また、珪素水の生成に於いても、同様であり、その説明は省略する。前述の如く、多面体１とネット２とを一体構造とすることで、成形の容易化と、形状の安定性とに役立つ特徴がある。 The polyhedron 1 and the net 2 are formed of an elastic material (flexible material) and have a larger diameter than the opening 800 of the bottle 8, so that the hydrogen water 700 therein is taken out after being inserted into the bottle 8 ( At the time of outflow, the hydrogen water 700 flows out at the same time and does not enter the mouth H1 of the person H. That is, it prevents accidents such as suffocation. Further, even when the polyhedron 1 is sandwiched between the mouth 800, several gaps 10 are formed between the mouth 800 and the polyhedron 1, and the hydrogen water 700 can flow out. The bottle 8 can be filled with a plurality of hydrogen water generating materials 6 to generate hydrogen water 700 having a desired concentration. The same applies to the generation of silicon water, and the description thereof is omitted. As described above, since the polyhedron 1 and the net 2 are integrated, there are features useful for facilitating molding and stability of the shape.
尚、この多面体１の水素発生具Ａでは、ボトル８への収容時の積層面積の縮小化に役立ち、かつ水素水発生材６の粒子と水との接触頻度が増し、前述した効果を達成するのに最適である。 The polyhedron 1 hydrogen generator A is useful for reducing the stacking area when accommodated in the bottle 8 and increases the contact frequency between the particles of the hydrogen water generating material 6 and water, thereby achieving the above-described effects. Is ideal for.
また、水素発生具Ａを、ボトル８より取出すには、例えば、ピンセット（図示せず）で挾持し、この水素発生具Ａの全体（水素水発生材６を含む）を、圧縮して取出すことができるので問題はない。 Further, in order to take out the hydrogen generator A from the bottle 8, for example, it is held by tweezers (not shown), and the entire hydrogen generator A (including the hydrogen water generator 6) is compressed and taken out. Because there is no problem.
図６において、水素発生具Ａを、錠剤形状とし、パック詰Ｂとして使用する一例の一部欠截の縮尺斜視図で示すように、パック詰Ｂの形態より、数個、取出して使用する。この例では、利便性と、販売の容易化、促進化等に役立つこと、又は保管の容易化、利便性に役立つ特徴がある。 In FIG. 6, as shown in a scaled perspective view of a partially cut-out example of an example in which the hydrogen generator A has a tablet shape and is used as a pack B, several pieces are taken out from the form of the pack B and used. In this example, there are features that are useful for convenience and promotion of sales, promotion, etc., or that are useful for ease of storage and convenience.
１ 多面体
１００ 六面体
１ａ 内面側
１ｂ 外面側
２ ネット
３ 孔
５ 空胴部
６ 水素水発生材
６００ 隙間
７ 水
７００ 水素水
８ ボトル
８００ 口
１０ 隙間
Ａ 水素水発生具
Ｂ パック詰
Ｈ 人
Ｈ１ 口
1 polyhedron
100 hexahedron
1a Inner surface side
1b External side
2 Net
3 holes
5 Cavity
6 Hydrogen water generating material
600 gap
7 Water
700 Hydrogen water
8 bottles
800 mouths
10 Clearance
A Hydrogen water generator
B Packed
H people
H1 mouth
Claims (5)
この水素発生具を圧縮して、ペットボトル、瓶でなる容器の口から収容し、この収容後に、この水素発生具が復帰し、前記口より大径となる構造とした軟質特性を備えた水素発生具。 Hydrogen with a structure in which a tablet capsule equipped with a net on either the inside or outside is filled with a hydrogen water generating material consisting of a plurality of particles containing magnesium, with a softness consisting of cubes, cuboids and hexahedrons having a large number of holes. A generator,
This hydrogen generator is compressed and accommodated from the mouth of a container made of PET bottles and bottles, and after this accommodation, the hydrogen generator is restored and hydrogen having a soft characteristic with a structure having a diameter larger than that of the mouth. Generator.
前記立方体は、球体、六角形状、四角形状であり、かつこの立方体は、前記容器の口に嵌合状態でも、この口内面と、この立方体の外周面との間に、一条、又は数条の水道、空気道の隙間が形成される構成とした軟質特性を備えた水素発生具。 A hydrogen generator having the soft characteristics according to claim 1,
The cube has a spherical shape, a hexagonal shape, or a quadrangular shape, and even when the cube is fitted to the mouth of the container, one or several stripes are formed between the inner surface of the mouth and the outer peripheral surface of the cube. A hydrogen generator with soft characteristics that forms a gap between water and air passages.
前記容器に、水素発生具を、２０個〜３０個収容する構成とした軟質特性を備えた水素発生具。 A hydrogen generator having the soft characteristics according to claim 1,
A hydrogen generator having soft characteristics in which 20 to 30 hydrogen generators are accommodated in the container.
前記多面体内に、充填する水素水発生材の粒子の混合割合は、重量％で、マグネシウム１５、水晶石７．５、黒曜石７.５、トルマリン１５、抗菌砂３０、風化サンゴ２０、珪素５とする構成とした軟質特性を備えた水素発生具。 A hydrogen generator having the soft characteristics according to claim 1,
In the polyhedron, the mixing ratio of the particles of the hydrogen water generating material to be filled is, by weight, magnesium 15, quartz stone 7.5, obsidian 7.5, tourmaline 15, antibacterial sand 30, weathered coral 20, silicon 5 and the like. A hydrogen generator with soft characteristics.
この水素発生具は、錠剤形状とし、パック詰を利用して販売する構成とした軟質特性を備えた水素発生具。 A hydrogen generator having the soft characteristics according to claim 1,
This hydrogen generator is in the form of a tablet, and is a hydrogen generator with soft characteristics that is configured to be sold using packed products.
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| JP2011224149A JP5697572B2 (en) | 2011-10-11 | 2011-10-11 | Hydrogen generator with soft characteristics |
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| Application Number | Priority Date | Filing Date | Title |
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| JP2011224149A JP5697572B2 (en) | 2011-10-11 | 2011-10-11 | Hydrogen generator with soft characteristics |
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| JP5697572B2 JP5697572B2 (en) | 2015-04-08 |
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Cited By (2)
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| US20140010483A1 (en) * | 2012-07-06 | 2014-01-09 | Kyowa Co., Ltd. | Sealing Bag for Hydrogen Gas, and Method for Dissolving Hydrogen Gas |
| CN107739082A (en) * | 2017-11-23 | 2018-02-27 | 无锡盛雅生物科技有限公司佛山分公司 | For preparing the immersion body of hydrogen rich water |
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|---|---|---|---|---|
| JP2000176465A (en) * | 1998-12-16 | 2000-06-27 | Toshiharu Fukai | Production of water having active hydrogen and production device |
| JP2002239561A (en) * | 2001-02-21 | 2002-08-27 | Takashi Sato | Device for cleaning water in pet bottle |
| JP3081889U (en) * | 2001-05-17 | 2001-11-22 | 敏雄 大石 | Tourmaline pack |
| JP2004344783A (en) * | 2003-05-22 | 2004-12-09 | Norimi Okada | Bottle with hydrogen water generator |
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| US20140010483A1 (en) * | 2012-07-06 | 2014-01-09 | Kyowa Co., Ltd. | Sealing Bag for Hydrogen Gas, and Method for Dissolving Hydrogen Gas |
| US10023360B2 (en) * | 2012-07-06 | 2018-07-17 | Hirakimirai Co. Ltd. | Sealing bag for hydrogen gas, and method for dissolving hydrogen gas |
| CN107739082A (en) * | 2017-11-23 | 2018-02-27 | 无锡盛雅生物科技有限公司佛山分公司 | For preparing the immersion body of hydrogen rich water |
| CN107739082B (en) * | 2017-11-23 | 2021-02-02 | 一生氢松（深圳）科技有限公司 | Soaking body for preparing hydrogen-rich water |
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| Publication number | Publication date |
|---|---|
| JP5697572B2 (en) | 2015-04-08 |
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