JP6634114B2 - Method for generating hydrogen in bathtub by hydrogen generator in bathtub and hydrogen generator storage device - Google Patents

Method for generating hydrogen in bathtub by hydrogen generator in bathtub and hydrogen generator storage device Download PDF

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JP6634114B2
JP6634114B2 JP2018088228A JP2018088228A JP6634114B2 JP 6634114 B2 JP6634114 B2 JP 6634114B2 JP 2018088228 A JP2018088228 A JP 2018088228A JP 2018088228 A JP2018088228 A JP 2018088228A JP 6634114 B2 JP6634114 B2 JP 6634114B2
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浩章 皆川
浩章 皆川
悟 高石
悟 高石
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02E60/30—Hydrogen technology
    • Y02E60/32—Hydrogen storage
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02E60/30—Hydrogen technology
    • Y02E60/36—Hydrogen production from non-carbon containing sources, e.g. by water electrolysis

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Description

本発明は、水素発生剤収納装置による浴槽内水素発生方法に関する。   The present invention relates to a method for generating hydrogen in a bathtub using a hydrogen generating agent storage device.

水素発生剤と水あるいはお湯との反応によって生成された水素ガスを、浴槽の底面部に載置されて浴槽内の人間に向けて、水あるいはお湯に噴出させる浴槽内水素発生装置がある。   2. Description of the Related Art There is an in-bath hydrogen generator in which hydrogen gas generated by the reaction between a hydrogen generating agent and water or hot water is placed on the bottom surface of the bath and directed toward a person in the bath to jet water or hot water.

水あるいはお湯に噴出させる浴槽内水素発生装置を用いた入浴をすることで、水素を皮膚と呼吸により体内に水素を摂りこむことができ、体内の活性酸素を除去するのに効果があるといわれている。このために、水あるいはお湯に噴出させる浴槽内水素発生装置を用いた入浴は、冷え性の改善、美容効果、疲労回復効果、皮膚病の改善あるいはダイエット効果があるといわれている。   It is said that bathing using a hydrogen generator in a bathtub that gushes into water or hot water allows hydrogen to be taken up into the body through the skin and breathing, and is effective in removing active oxygen in the body. ing. For this reason, it is said that bathing using a hydrogen generator in a bath tub that spouts water or hot water has an effect of improving coldness, a cosmetic effect, a fatigue recovery effect, an improvement of a skin disease or a diet effect.

特許文献１には、水素水を生成する水素水生成装置を設け、水素水流通ラインを浴槽に結んだ水素浴ユニットが記載される。   Patent Literature 1 describes a hydrogen bath unit in which a hydrogen water generation device that generates hydrogen water is provided, and a hydrogen water distribution line is connected to a bathtub.

特許文献２には、浴槽内の浴湯に水素を供給して浴湯から水素水を形成する水素入浴機構が記載される。   Patent Document 2 describes a hydrogen bathing mechanism that supplies hydrogen to bathwater in a bathtub to form hydrogen water from the bathwater.

特許文献３には、炭素系物質を含む入浴剤であって、水素化マグネシウムを含む入浴剤が記載される。   Patent Literature 3 describes a bath agent containing a carbon-based material, which includes magnesium hydride.

特開２０１８−４６８７８号公報JP 2018-46878 A 特開２００８−５９７３号公報JP 2008-5973 A 特開２０１５−７４６３５号公報JP-A-2005-74635

水あるいはお湯に噴出させる浴槽内水素発生装置として浴槽内に水素を発生させる電気分解によって水素ガスを発生させる水素発生器が提案される。電気分解によって水素ガスを発生させる水素発生器は、使い捨てではないというメリットがあるが、装置の値段が高く、また浴槽に取り付けに付属品の取付けを含めて手間を要することになる。   A hydrogen generator that generates hydrogen gas by electrolysis that generates hydrogen in a bathtub has been proposed as a hydrogen generator in a bathtub that jets water or hot water. A hydrogen generator that generates hydrogen gas by electrolysis has the advantage that it is not disposable, but it has a high price for the device and requires much time and labor for mounting accessories to the bathtub.

水素入浴剤は、電気分解によって水素ガスを発生させる水素発生器に比べて浴槽に投入することで水素を発生させることができ、簡便に水素入浴の効果を得ることができる。   The hydrogen bathing agent can generate hydrogen by being introduced into a bathtub compared to a hydrogen generator that generates hydrogen gas by electrolysis, and can easily obtain the effect of hydrogen bathing.

特許文献に記載された浴槽内水素発生装置は、浴槽全体に亘って水素ガスを投入するか、あるいは浴槽内の特定の箇所に入浴剤を置くことを内容とするもので、人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる身体部位を選択できるようにして水素ガスを浴槽内に噴出させるものではない。   The hydrogen generator in the bath tub described in the patent document is characterized in that hydrogen gas is supplied over the entire bath tub or that a bath agent is placed at a specific location in the bath tub, and that the human shoulder, The hydrogen gas is not spouted into the bath so that a body part including a back or abdomen, a waist, a thigh, a knee, a leg, and an instep can be selected.

水素入浴の効果が認識されるに伴って、冷え性の改善、美容効果、疲労回復効果、皮膚病の改善あるいはダイエット効果を人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる身体部位に重点的に水素を供給して、これらの身体部位を重点的に改善することが求められる。また、水素発生剤のコストが低減されるようになり、水素発生剤の効果的な活用が求められる
本発明は、かかる点に鑑み水素発生剤を効果的に活用し、冷え性の改善、美容効果、疲労回復効果、皮膚病の改善あるいはダイエット効果を人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる身体部位に重点的に水素を供給して、これらの身体部を重点的に改善できるようにすることを課題とする。 As the effects of hydrogen bathing are recognized, the improvement of coldness, beauty effect, fatigue recovery effect, skin disease improvement or diet effect can be applied to human shoulder, back or abdomen, waist, thigh, knee, leg. It is required to supply hydrogen mainly to the body parts consisting of the head and the instep, and to improve these body parts. In addition, the cost of the hydrogen generating agent is reduced, and the effective use of the hydrogen generating agent is required. In view of such a point, the present invention effectively utilizes the hydrogen generating agent, improves the cooling performance, and improves the beauty effect. Supplying hydrogen to the body part consisting of the shoulder, back or abdomen, waist, thigh, knee, leg, and instep of the human body, focusing on the effects of fatigue recovery, skin disease improvement or diet. It is an object of the present invention to be able to focus on improving these body parts.

本発明は、水素発生剤と水あるいはお湯との反応によって生成された水素ガスを、浴槽の底面部に載置されて浴槽内の人間に向けて、浴槽内の水あるいはお湯に噴出させる浴槽内水素発生装置であって、
水あるいはお湯よりも比重の大きな材料で構成されて、浴槽の底面部に載置されることが可能とされ、上面部及び下面部を有し、４方の側面部を有して立方体形態をなし、面上に着脱手段を備え、内部に空洞部を有して、該空洞部内に、不職布で形成され、水素発生剤を収納する袋体を収納可能とし、水素ガス放出孔が穿たれた、ポケット部を備えた単一水素発生剤収納容器が複数用いられ、
複数の単一水素発生剤収納容器同士が任意数の組み合わせで隣接配置され、着脱手段によって着脱自在に結合され、表面を、十字双方の平面方向に、平面板状に形成して組み立てられ、水素発生剤が浴槽内の水あるいはお湯の一部と反応して発生した水素ガスを、人間の各種身体部位に対応させて、複数の、水素発生剤を収納する袋体を収納した単一水素発生剤収納容器から噴出させ得ること
を特徴とする浴槽内水素発生装置を提供する。 The present invention provides a bath tub in which hydrogen gas generated by a reaction between a hydrogen generating agent and water or hot water is placed on the bottom of the bath tub and directed toward a person in the bath tub to jet water or hot water in the bath tub. A hydrogen generator,
It is made of a material having a higher specific gravity than water or hot water and can be placed on the bottom of the bathtub, has an upper surface and a lower surface, and has a cubic form having four side surfaces. No, provided with a detachable means on the surface, has a hollow portion inside, in which a bag made of non-woven cloth and containing a hydrogen generating agent can be stored, and a hydrogen gas release hole is formed. Multiple single hydrogen generating agent storage containers with pockets were used,
A plurality of single hydrogen generating agent storage containers are arranged adjacent to each other in an arbitrary number of combinations, detachably connected by attaching / detaching means, and are assembled by forming the surface into a flat plate shape in the plane direction of both crosses, Hydrogen gas generated by the reaction of the generator with the water in the bathtub or a part of the hot water is converted to various human body parts. Disclosed is a hydrogen generator in a bath tub, which can be ejected from an agent storage container.

本発明は、上記の浴槽内水素発生装置において、
単一水素発生剤収納容器が、ブロックで形成されて、面上に備えた着脱手段が突起部と孔部とのいずれかを備えて形成され、当該着脱手段によって隣接する単一水素発生剤収納容器に着脱自在に結合されることを特徴とする浴槽内水素発生装置を提供する。 The present invention provides the above-described bathtub hydrogen generator,
The single hydrogen generating agent storage container is formed by a block, and the attaching / detaching means provided on the surface is formed to include either the protrusion or the hole, and the adjacent single hydrogen generating agent storage is provided by the attaching / detaching means. Provided is a hydrogen generator in a bath tub, which is detachably connected to a container.

本発明は、上記の浴槽内水素発生装置において、
単一水素発生剤収納容器が、ブロックで形成されて、面上に備えた着脱手段が突起部を備えて一方の着脱手段が形成され、
当該突起部と係合する孔部を格子状に備えて、他方の着脱手段が形成されたマットが用いられ、
単一水素発生剤収納容器の備える一方の突起部が、当該マット上の孔部になる他方の着脱手段に係合されて、隣接する単一水素発生剤収納容器に着脱自在に結合されることを特徴とする浴槽内水素発生装置を提供する。 The present invention provides the above-described bathtub hydrogen generator,
The single hydrogen generating agent storage container is formed of a block, and the attaching / detaching means provided on the surface is provided with a projection to form one attaching / detaching means,
A mat provided with holes that engage with the projections in a lattice shape, and the other attachment / detachment means is used,
One of the protrusions of the single hydrogen generating agent storage container is engaged with the other attaching / detaching means serving as a hole on the mat, and is detachably coupled to the adjacent single hydrogen generating agent storage container. The present invention provides an in-tub hydrogen generator.

本発明は、水素発生剤と水あるいはお湯との反応によって生成された水素ガスを、浴槽の底面部に載置されて浴槽内の人間に向けて、浴槽内の水あるいはお湯に噴出させる浴槽内水素発生装置が、それぞれに水素ガスを浴槽内に噴出させ得る単一水素発生剤収納容器を複数個備えて構成され、当該浴槽内水素発生装置による浴槽内水素発生方法において、
浴槽内の人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる人間の複数の各種身体部位に向けそれぞれ対応して、複数の単一水素発生剤収納容器から人間の選択になる単一水素発生剤収納容器から発生した水素ガスを、水あるいはお湯中に噴出させること
を特徴とする浴槽内水素発生装置による浴槽内水素発生方法を提供する。 The present invention provides a bath tub in which hydrogen gas generated by a reaction between a hydrogen generating agent and water or hot water is placed on the bottom of the bath tub and directed toward a person in the bath tub to jet water or hot water in the bath tub. The hydrogen generator is provided with a plurality of single hydrogen generating agent storage containers each capable of ejecting hydrogen gas into the bathtub, and in the method for generating hydrogen in the bathtub by the hydrogen generator in the bathtub,
A plurality of single hydrogen generating agents corresponding to a plurality of various body parts of a human including a human shoulder, a back or abdomen, a waist, a thigh, a knee, a leg, and an instep in a bathtub, respectively. Provided is a method for generating hydrogen in a bathtub by a hydrogen generator in a bathtub, wherein hydrogen gas generated from a single hydrogen generating agent storage container that can be selected by a human from the storage container is jetted into water or hot water.

本発明は、上記の浴槽内水素発生装置による浴槽内水素発生方法において、
水あるいはお湯よりも比重の大きな材料で構成されて、浴槽の底面部に載置されることが可能とされ、上面部及び下面部を有し、４方の側面部を有して立方体形態をなし、４方の側面部に着脱手段を備え、内部に空洞部を有して、該空洞部内に、不職布で形成され、水素発生剤を収納する袋体を収納可能とし、水素ガス放出孔が穿たれた、ポケット部を備えた単一水素発生剤収納容器が複数用いられ、
複数の単一水素発生剤収納容器同士が任意数の組み合わせで隣接配置され、着脱手段によって着脱自在に結合され、表面を、十字双方の平面方向に、平面板状に形成して組み立てられ、水素発生剤が浴槽内の水あるいはお湯の一部と反応して発生した水素ガスを、人間の各種身体部位に対応させて、複数の、水素発生剤を収納する袋体を収納した単一水素発生剤収納容器から噴出させ得る浴槽内水素発生装置が用いられることを特徴とする浴槽内水素発生装置による浴槽内水素発生方法を提供する。 The present invention provides a method for generating hydrogen in a bath by the above-described hydrogen generator in a bath,
It is made of a material having a higher specific gravity than water or hot water and can be placed on the bottom of the bathtub, has an upper surface and a lower surface, and has a cubic form having four side surfaces. None, four side surfaces are provided with attachment / detachment means, and a hollow portion is provided inside, and a bag formed of non-woven cloth and containing a hydrogen generating agent can be stored in the hollow portion, thereby releasing hydrogen gas. A plurality of perforated, single hydrogen generator storage containers with pockets are used,
A plurality of single hydrogen generating agent storage containers are arranged adjacent to each other in an arbitrary number of combinations, detachably connected by attaching / detaching means, and are assembled by forming the surface into a flat plate shape in the plane direction of both crosses, Hydrogen gas generated by the reaction of the generator with the water in the bathtub or a part of the hot water is converted to various human body parts. Provided is a method for generating hydrogen in a bath tub by using a hydrogen generator in a bath tub, which uses a hydrogen generator in a bath tub that can be ejected from an agent storage container.

本発明は、上記の浴槽内水素発生装置による浴槽内水素発生方法において、
浴槽内水素発生装置を浴槽の底面部に載置して、複数の単一水素発生剤収納容器の内のいずれかの単一水素発生剤収納容器を浴槽内の人間の複数の複数の各種身体部位に接触あるいは近接配置し、浴槽内水素発生装置による浴槽内水素発生方法。 The present invention provides a method for generating hydrogen in a bath by the above-described hydrogen generator in a bath,
The hydrogen generator in the bathtub is placed on the bottom of the bathtub, and any one of the single hydrogen generator storage containers is placed in the bathtub. A method for generating hydrogen in a bath tub by placing it in contact with or in close proximity to a part and using a hydrogen generator in a bath tub.

浴槽内に水あるいはお湯が投入されたときに、浴槽内の人間の複数の身体部位に接触あるいは近接配置された単一水素発生剤収納容器のポケット部に収納された水素発生剤が当該水あるいはお湯の一部と反応して発生した水素ガスを、浴槽内の人間の複数の各種身体部位に向けて水あるいはお湯中に噴出させること
を特徴とする浴槽内水素発生装置による浴槽内水素発生方法を提供する。 When water or hot water is poured into the bathtub, the hydrogen generating agent stored in the pocket portion of the single hydrogen generating agent storage container that is in contact with or disposed in close proximity to a plurality of human body parts in the bathtub is subjected to the water or hot water. A method for generating hydrogen in a bath tub by using a hydrogen generator in a bath tub, wherein hydrogen gas generated by reacting with part of the hot water is jetted into water or hot water toward a plurality of various body parts of a person in the bath tub. I will provide a.

本発明は、上記の浴槽内水素発生装置による浴槽内水素発生方法において、
水素発生剤を収納する袋体を、浴槽に水あるいはお湯を張る前に任意箇所のポケット部に収納することを特徴とする浴槽内水素発生装置による浴槽内水素発生方法を提供する。 The present invention provides a method for generating hydrogen in a bath by the above-described hydrogen generator in a bath,
Provided is a method for generating hydrogen in a bathtub by a hydrogen generator in a bathtub, wherein a bag for storing a hydrogen generating agent is stored in an optional pocket portion before water or hot water is filled in the bathtub.

本発明は、上記の浴槽内水素発生装置による浴槽内水素発生方法において、
水素発生剤を収納する袋体を、浴槽に水あるいはお湯を張った後の入浴中に任意箇所のポケット部に収納することを特徴とする浴槽内水素発生装置による浴槽内水素発生方法を提供する。 The present invention provides a method for generating hydrogen in a bath by the above-described hydrogen generator in a bath,
Provided is a method for generating hydrogen in a bathtub by using a hydrogen generator in a bathtub, wherein a bag body for storing a hydrogen generating agent is stored in an arbitrary pocket portion during bathing after water or hot water is applied to the bathtub. .

本発明によれば、浴槽内に人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる人間の複数の各種身体部位に、単一水素発生剤収納容器から発生した水素ガスを、浴槽内の人間の複数の各種身体部位に向けて水あるいはお湯中に噴出させることができる。   According to the present invention, a single hydrogen generating agent can be stored in a plurality of various body parts of a human including a shoulder, a back or abdomen, a waist, a thigh, a knee, a leg, and an instep in a bathtub. Hydrogen gas generated from the container can be jetted into water or hot water toward a plurality of various body parts of a human in the bathtub.

本発明によれば、浴槽内の人間に、人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる人間の各種身体部位の組み合わせからなる各種身体部位に接触もしくは近接する、組み合わせからなる単一水素発生剤収納容器のポケット部に水素発生剤を収納する袋体を収納させることができる。また、浴槽内に水あるいはお湯が投入されたときに、浴槽内の人間の各種身体部位に接触あるいは近接配置された単一水素発生剤収納容器のポケット部に収納された水素発生剤が当該水あるいはお湯の一部と反応して発生した水素ガスを、浴槽内の人間の各種身体部位に向けて水あるいはお湯中に噴出させることができる。   ADVANTAGE OF THE INVENTION According to this invention, the human body in a bathtub WHEREIN: Various body parts which consist of the combination of various human body parts which consist of a human shoulder, a back or abdomen, a waist, a thigh, a knee, a leg, and an instep A bag for accommodating a hydrogen generating agent can be stored in a pocket portion of a single hydrogen generating agent storing container made of a combination, which is in contact with or close to the container. Further, when water or hot water is poured into the bathtub, the hydrogen generating agent stored in the pocket portion of the single hydrogen generating agent storage container that is in contact with or close to various human body parts in the bathtub is used as the water. Alternatively, hydrogen gas generated by reacting with a part of hot water can be blown out into water or hot water toward various body parts of a person in the bathtub.

これによって、水素発生剤を効果的に活用し、冷え性の改善、美容効果、疲労回復効果、皮膚病の改善あるいはダイエット効果を人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる各種身体部位に重点的に水素を供給して、これらの各種身体部位を重点的に改善できる。   This effectively utilizes the hydrogen generator to improve the cooling, cosmetic effect, fatigue recovery effect, skin disease improvement or diet effect on the human shoulder, back or abdomen, waist, thigh, knee, By supplying hydrogen mainly to various body parts including the legs and the instep, the various body parts can be mainly improved.

本発明の実施例である浴槽内水素発生装置１００を浴槽１内に設置した状況を示す図The figure which shows the state which installed the hydrogen generator 100 in a bathtub which is the Example of this invention in the bathtub 1. 本発明の実施例である浴槽内水素発生装置１００を他の形態になる浴槽１に設置した状況を示す図The figure which shows the state which installed the hydrogen generator 100 in a bathtub which is an Example of this invention in the bathtub 1 which becomes another form. 本発明の実施例であるブロック方式の組み立てになる浴槽内水素発生装置１００の構成を示す図The figure which shows the structure of the hydrogen generator 100 in a bathtub which becomes a block-type assembly which is an Example of this invention. ブロック方式で制作された単一水素発生剤収納容器１０の構成を示す図The figure which shows the structure of the single hydrogen generating agent storage container 10 manufactured by the block method. ブロック方式で制作された単一水素発生剤収納容器１０の構成及びマット方式で組み立てられた浴槽内水素発生装置の構成を示す図The figure which shows the structure of the single hydrogen generating agent storage container 10 produced by the block method, and the structure of the hydrogen generator in a bathtub assembled by the mat method. 本発明の実施例である浴槽内水素発生装置１００を構成する複数の単一水素発生剤収納容器の内のいくつかの単一水素発生剤収納容器１０が活用されて所望の箇所に発生した水素ガスを噴出させた状態を示す図である。Hydrogen generated at a desired location by utilizing several single hydrogen generating agent storage containers 10 among a plurality of single hydrogen generating agent storage containers constituting a hydrogen generator 100 in a bathtub according to an embodiment of the present invention. It is a figure showing the state where gas was ejected. 本発明の実施例である浴槽内水素発生装置１００を構成する複数の単一水素発生剤収納容器の内のいくつかの単一水素発生剤収納容器１０が活用されて所望の箇所に発生した水素ガスを噴出させた状態を示す図である。Hydrogen generated at a desired location by utilizing several single hydrogen generating agent storage containers 10 among a plurality of single hydrogen generating agent storage containers constituting a hydrogen generator 100 in a bathtub according to an embodiment of the present invention. It is a figure showing the state where gas was ejected.

以下、本発明の実施例を図面に基づいて説明する。   Hereinafter, embodiments of the present invention will be described with reference to the drawings.

図１は、本発明の実施例である浴槽内水素発生装置１００を浴槽１内に設置した状況を示す図である。ブロック形態の単一水素発生剤収納容器１０が組み立てられ、隣接するロック形態の単一水素発生剤収納容器１０の間には、実質的に間隙がないように組み立てられる。   FIG. 1 is a diagram showing a situation where a hydrogen generator 100 in a bathtub according to an embodiment of the present invention is installed in a bathtub 1. The single hydrogen generating agent storage container 10 in the form of a block is assembled, and is assembled such that there is substantially no gap between adjacent single hydrogen generating agent storage containers 10 in the lock shape.

図１において、浴槽内水素発生装置１００を浴槽１内に設置することで、水素発生剤を効果的に活用し、冷え性の改善、美容効果、疲労回復効果、皮膚病の改善あるいはダイエット効果を人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる人間の各種身体部位１４に重点的に水素を供給して、これらの各種身体部を重点的に改善する。図に記載された肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部は、これらの人間の各種身体部位１４に対応して設置された単一水素発生剤収納容器１０を示す。各種身体部位１４は例示であってこれらの記載された身体部位に限定されない。   In FIG. 1, by installing a hydrogen generator 100 in a bathtub in the bathtub 1, a hydrogen generator is effectively used to improve cooling, cosmetic effect, fatigue recovery effect, skin disease improvement or diet effect. Of the human body consisting of the shoulders, back or abdomen, waist, thighs, knees, legs, and insteps, mainly supplying hydrogen to these various body parts. Improve. The shoulders, back or abdomen, waist, thighs, knees, legs, and insteps shown in the figure are single hydrogen generating agent storages installed corresponding to these various body parts 14 of a human. 1 shows a container 10. The various body parts 14 are exemplary and are not limited to these described body parts.

浴槽１内に蛇口４から水あるいはお湯が供給され、浴槽１に水あるいはお湯が張られ（以下、お湯２が張られた場合について説明する。）、浴槽内水素発生装置１００が浴槽１の底部に設置され、その上に人間３がリラックス状態で全身を伸ばして横たわる。浴槽１の形態に応じて人間３の浴槽内水素発生装置１００上での姿勢は変わる。本実施例は、図２あるいは図３に示される、入浴を楽しむ人間の各様の入浴姿勢に対応することができる。   Water or hot water is supplied from the faucet 4 into the bathtub 1, and the water or hot water is spread over the bathtub 1 (hereinafter, a case where the hot water 2 is stretched is described). , On which the human 3 lies in a relaxed state with the whole body stretched. The posture of the person 3 on the hydrogen generator 100 in the bathtub changes according to the form of the bathtub 1. The present embodiment can correspond to various bathing postures of a person who enjoys bathing as shown in FIG. 2 or FIG.

図２は、本発明の実施例である浴槽内水素発生装置１００を他の形態になる浴槽１に設置した状況を示す図である。   FIG. 2 is a diagram showing a situation in which the in-tub hydrogen generator 100 according to the embodiment of the present invention is installed in a bathtub 1 having another configuration.

図３は、本発明の実施例であるブロック方式の組み立てになる浴槽内水素発生装置１００の構成を示す図である。   FIG. 3 is a diagram showing a configuration of an in-bath hydrogen generator 100 to be assembled in a block system according to an embodiment of the present invention.

図４は、ブロック方式で制作された単一水素発生剤収納容器１０の構成を示す図である。   FIG. 4 is a diagram showing a configuration of a single hydrogen generating agent storage container 10 manufactured in a block system.

これらの図において、水よりも比重の大きな材料で構成され、上面部及び下面部を有し、４方の側面部を有して立方体形態をなし、４方の側面部に着脱手段を備え、内部に空洞部を有して、該空洞部内に、不職布で形成され、水素発生剤を収納する袋体を収納可能とし、気泡放出孔が穿たれた、ポケット部を備えた単一水素発生剤収納容器１０が複数用いられ、
複数の単一水素発生剤収納容器同士が隣接配置され、着脱手段によって着脱自在に結合されることで、十字双方の平面方向に、任意の形態の平面板状をなすように組み立てられる。 In these figures, the upper surface and the lower surface are formed of a material having a specific gravity greater than that of water, and have a cubic form having four side surfaces, and are provided with attaching / detaching means on the four side surfaces, A single hydrogen having a pocket portion, having a cavity therein, in which a bag formed of non-woven cloth and containing a hydrogen generating agent can be stored, and a bubble release hole is provided, and a pocket portion is provided. A plurality of generator storage containers 10 are used,
A plurality of single hydrogen generating agent storage containers are arranged adjacent to each other and are detachably connected by attaching / detaching means, so that the two crosses can be assembled in a planar plate of any form in the plane direction of both crosses.

浴槽内水素発生装置１００は、浴槽１の底面部に載置されて、複数の単一水素発生剤収納容器の内のいずれかの単一水素発生剤収納容器１０が浴槽１内の人間３の身体の各部に接触あるいは近接配置可能とされ、水素発生剤とお湯との反応によって生成された水素ガスを、浴槽の底面部に載置されて浴槽内の選択された人間の各種身体部位に向けて、水あるいはお湯に噴出させる。   The hydrogen generator 100 in a bathtub is placed on the bottom of the bathtub 1, and one of the single hydrogen generator storage containers 10 among a plurality of single hydrogen generator storage containers is used for the human 3 in the bathtub 1. It can be placed in contact with or close to each part of the body, and the hydrogen gas generated by the reaction between the hydrogen generating agent and the hot water is placed on the bottom of the bathtub and directed to various selected human body parts in the bathtub And squirt in cold or hot water.

図４において、単一水素発生剤収納容器１０は、ブロック体になるブロック形態で単一形状を有するように制作される。図４（a）はその１例を示し、図４（ｂ）は他の例を示す。   In FIG. 4, the single hydrogen generating agent storage container 10 is manufactured to have a single shape in the form of a block to be a block. FIG. 4A shows one example, and FIG. 4B shows another example.

図４（a）において、単一水素発生剤収納容器１０は、水よりも比重の大きな材料で構成され、表面に多数の小孔が穿たれる。単一水素発生剤収納容器１０が樹脂材で形成される場合に重りとなるものを付着して、単一水素発生剤収納容器１０は、水よりも比重の大きなものとすることができる。   In FIG. 4A, the single hydrogen generating agent storage container 10 is made of a material having a specific gravity higher than that of water, and has a number of small holes formed on the surface. When the single hydrogen generating agent storage container 10 is formed of a resin material, a material that becomes a weight is attached thereto, so that the single hydrogen generating agent storage container 10 can have a larger specific gravity than water.

４方の側面部１３を側面部１３Ａ，１３Ｂ，１３Ｃ及び１３Ｄで表示する。上面部１１及び下面部１２は、正四角形で平面状を呈する。本例では、上面部１１及び下面部１２、及び４方の側面部１３には、板状材が用いられているが、板状材に限られず、編み目状の材料が用いられてもよい。編み目状の材料を用いることで、生成された水素ガスの噴出抵抗を少なくすることができる。   The four side portions 13 are displayed as side portions 13A, 13B, 13C and 13D. The upper surface portion 11 and the lower surface portion 12 have a square shape and a flat shape. In this example, a plate-like material is used for the upper surface portion 11, the lower surface portion 12, and the four side surface portions 13. However, the present invention is not limited to the plate-like material, and a stitch-like material may be used. By using a stitch-shaped material, the resistance of the generated hydrogen gas to be jetted can be reduced.

ポケット部１５は、空洞部１６を有して、上面部１１に属する上端が開口されて、気泡放出口部１８とされ、上面部１１に属する隣接する上端が閉じられ、この閉じられて部分には、気泡放出孔１９が空洞部１６に連通するようにして穿たれる。   The pocket portion 15 has a hollow portion 16, an upper end belonging to the upper surface portion 11 is opened to form a bubble discharge port portion 18, and an adjacent upper end belonging to the upper surface portion 11 is closed. Are pierced so that the bubble discharge holes 19 communicate with the cavity 16.

ポケット部１５は、このような構成であるので、Ｌ字状をなし、上端が閉じられた部分の空洞部に水素発生剤２０を収納する袋体１７を収納可能である。水素発生剤２０を収納する袋体１７が人間の操作によって水素発生剤２０を収納する袋体１７を導入するための開口部であり、また発生水素ガスを放出する気泡放出口部である、気泡放出口部１８から空洞部１６内に持ち来され、上端が閉じられた部分の空洞部に押し込まれて、この部分に設置される。このようにして、水素発生剤２０を収納する袋体１７がポケット部１５内に設置される。図では、１個の気泡放出孔１９が図示されているが、多数の小孔が穿かれる。気泡放出口部１８と気泡放出孔１９とで発生した水素ガスの放出孔を形成する。袋体１７内には、ハーブ材などの香料材を加えておくことができる。ポケット部１５の上面部は、２〜３ｃｍの厚さを有して、水素ガスと一緒に噴出する温められたお湯の温度を下げる。水素ガスと一緒に噴出する温められたお湯の温度を下げるために、水素発生剤２０は、水素発生剤２０の底部に固定具によって固定されるようにして水素発生剤２０と人体の間に水素ガスの流過のための空間距離を設けるようにすることができる。   Since the pocket portion 15 has such a configuration, the pocket portion 15 has an L-shape, and the bag body 17 for storing the hydrogen generating agent 20 can be stored in the hollow portion of the closed upper end. A bag 17 for storing the hydrogen generating agent 20 is an opening for introducing the bag 17 for storing the hydrogen generating agent 20 by human operation, and a bubble discharging port for discharging generated hydrogen gas. It is brought into the cavity 16 from the discharge port 18, and is pushed into the cavity of the closed upper end part, and is set in this part. In this way, the bag 17 containing the hydrogen generating agent 20 is set in the pocket portion 15. Although one bubble discharge hole 19 is shown in the figure, many small holes are formed. A discharge hole for hydrogen gas generated at the bubble discharge port 18 and the bubble discharge hole 19 is formed. In the bag body 17, a fragrance material such as an herb material can be added. The upper surface of the pocket portion 15 has a thickness of 2 to 3 cm, and lowers the temperature of the heated hot water spouted together with the hydrogen gas. In order to lower the temperature of the warm water spouted with the hydrogen gas, the hydrogen generating agent 20 is fixed to the bottom of the hydrogen generating agent 20 by a fixture so that the hydrogen generating agent 20 is located between the hydrogen generating agent 20 and the human body. A spatial distance for the gas flow can be provided.

気泡放出口部１８に蓋を設けて、水素発生剤２０を収納する袋体１７を設置後、この蓋を閉じるようにしてもよい。この場合には、蓋に多数の小孔を穿つ。   A lid may be provided at the bubble discharge port 18 and the lid may be closed after the bag 17 for storing the hydrogen generating agent 20 is installed. In this case, many small holes are made in the lid.

図４（ｂ）は、ポケット部１５がブロック体内部が大きな空洞部１６とされて形成され、多数の小孔に代えて、並行した多数の細長上の孔１９が網目状に形成された例を示す。このような形状にすることによって、発生した水素ガスを迅速に噴出させることができる。この例では、上面部において、孔１９のトータル面積は、孔の周囲のトータル面積よりも大きい。   FIG. 4B shows an example in which the pocket portion 15 is formed by forming a large hollow portion 16 inside the block body, and instead of a large number of small holes, a large number of parallel elongated holes 19 are formed in a mesh shape. Is shown. With such a shape, the generated hydrogen gas can be quickly ejected. In this example, in the upper surface portion, the total area of the holes 19 is larger than the total area around the holes.

この例では、上面部１１及び下面部１２は、正四角形で平面状としたが、上面部１１及び下面部１２を凹面状とし、矩形状とすることができる。又角部は丸め形状にすることができる。   In this example, the upper surface portion 11 and the lower surface portion 12 have a square shape and are flat, but the upper surface portion 11 and the lower surface portion 12 may have a concave shape and have a rectangular shape. Also, the corners can be rounded.

側面部１３Ａ、１３Ｄには、並列して２つの円筒状の突起部２１、２２がそれぞれ直立して設けられ、側面部１３Ｂ、１３Ｃには、並列して２つの嵌入孔部２３、２４がそれぞれ直立して設けられる。突起部２１、２２の円筒太さ及び嵌入孔部２３、２４の孔径は、突起部２１、２２を嵌入孔部２３、２４に緩やかに嵌入できる大きさとされ、隣接した他の単一水素発生剤収納容器１０の突起部２１、２２を嵌入孔部２３、２４の着脱を容易に実現する。   Two cylindrical projections 21 and 22 are provided in parallel on the side surfaces 13A and 13D, respectively, and two fitting holes 23 and 24 are provided in parallel on the side surfaces 13B and 13C, respectively. It is provided upright. The cylindrical diameters of the projections 21 and 22 and the hole diameters of the insertion holes 23 and 24 are set to a size that allows the projections 21 and 22 to be gently inserted into the insertion holes 23 and 24, and other adjacent single hydrogen generators. The protrusions 21 and 22 of the storage container 10 allow the fitting holes 23 and 24 to be easily attached and detached.

単一水素発生剤収納容器１０は、水よりも比重の大きな材料で構成される。例えば、浴槽内で使用される滑り止めマットと同一の材料が使用される。天然ゴムを使用することで、簡便に成形でき、嫌なにおいを排除することができ、滑り止目の機能が得られる。天然ゴムや合成ゴムを加熱型又は加熱加圧型加硫機でブロック状に加硫成形してもよい。充填材含有ゴム粒子を樹脂接着剤にて相互に結合してなるブロック体としてもよい。発泡体、例えばオレフインやポリウレタン等の各種の発泡体で制作した発泡体ブロックでもよい。この場合、積層体形態の浴槽内水素発生装置１００としてもよい。   The single hydrogen generating agent storage container 10 is made of a material having a specific gravity higher than that of water. For example, the same material as the non-slip mat used in the bathtub is used. By using natural rubber, molding can be carried out easily, unpleasant odors can be eliminated, and the function of non-slip eyes can be obtained. Natural rubber or synthetic rubber may be vulcanized and molded in a block shape using a heating type or heating and pressing type vulcanizer. The filler-containing rubber particles may be formed into a block body which is mutually bonded by a resin adhesive. A foam block, for example, a foam block made of various foams such as olefin and polyurethane may be used. In this case, the in-bath hydrogen generator 100 in the form of a laminate may be used.

水素発生剤には、酸化カルシウム、アルミニウムあるいはこれらの水酸化物、あるいはこれらの混合物など、公知の水素発生剤を使用することができる。水素発生剤の性状、水素ガス発生の化学式、メカニズムはよく知られている。また、水素発生剤を包含するための不織布及び袋形態についてもよく知られている。   As the hydrogen generator, a known hydrogen generator such as calcium oxide, aluminum, a hydroxide thereof, or a mixture thereof can be used. The properties of hydrogen generating agents, chemical formulas and mechanisms of hydrogen gas generation are well known. Also, non-woven fabrics and bag shapes for containing a hydrogen generating agent are well known.

図４に示される単一水素発生剤収納容器１０が集合されて、図３に示され浴槽内水素発生装置１００が構成される。複数の単一水素発生剤収納容器同士が隣接配置され、突起部２１、２２及び嵌入孔部２３、２４からなる着脱手段によって着脱自在に結合されることで、矢印で示されるように十字双方の平面方向に、任意の形態の平面板状をなすように組み立てられる。   The single hydrogen generating agent storage containers 10 shown in FIG. 4 are assembled to form the in-tub hydrogen generating apparatus 100 shown in FIG. A plurality of single hydrogen generating agent storage containers are arranged adjacent to each other, and are detachably connected by attaching / detaching means composed of protrusions 21 and 22 and fitting holes 23 and 24, so that both crosses are formed as indicated by arrows. It is assembled so as to form a planar plate of any form in the plane direction.

この例では、突起部２１、２２及び嵌入孔部２３、２４からなる着脱手段が示されたが他の構造になる着脱手段が採用され得る。留め具あるいはマジックテープ（登録商標）のような着脱手段が採用されてもよい。要は、十字双方の平面方向に、任意の形態の平面板状をなし、浴槽内の人間の姿勢に対応できる形態に組み立てられればよく、面上に着脱手段を備えていればよい。人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からな人間の部分的なあるいは全体の身体部位に対応できるように組み立てられるものとする。   In this example, the attachment / detachment means including the protrusions 21 and 22 and the fitting holes 23 and 24 is shown, but an attachment / detachment means having another structure may be employed. Attachment / detachment means such as a fastener or Velcro (registered trademark) may be employed. The point is that it is only necessary to form an arbitrary flat plate shape in both plane directions of the cross, and to assemble it in a form that can correspond to the posture of a person in the bathtub, and it is only necessary to provide a detachable means on the surface. Assume that it can be assembled so as to correspond to a part or whole body part of a human, including a human shoulder, back or abdomen, waist, thigh, knee, leg and instep.

図３に示される浴槽内水素発生装置１００の構成において、単一水素発生剤収納容器１０に一つのポケット部１５が設けられ、一つのポケット部１５に一つの水素発生剤２０を収納する袋体１７が設置される例について説明したが、一つのポケット部１５に水素発生剤２０を収納する袋体１７が複数設置されるようにしてもよい。   In the configuration of the in-bath hydrogen generator 100 shown in FIG. 3, a single hydrogen generating agent storage container 10 is provided with one pocket 15, and one pocket 15 stores one hydrogen generating agent 20. Although the example in which 17 is provided has been described, a plurality of bags 17 for storing the hydrogen generating agent 20 may be provided in one pocket portion 15.

図５は、ブロック方式で制作された単一水素発生剤収納容器１０の構成及びマット方式で組み立てられた浴槽内水素発生装置の構成を示す図である。図５（a）は、ブロック方式で制作された単一水素発生剤収納容器１０の構成を示す図であり、図５（ｂ）は、マット方式で組み立てられた浴槽内水素発生装置の構成を示す図である。この例では、マット３０が着脱手段とされる。   FIG. 5 is a diagram showing a configuration of the single hydrogen generating agent storage container 10 manufactured by the block method and a configuration of the hydrogen generator in the bathtub assembled by the mat method. FIG. 5A is a diagram showing a configuration of a single hydrogen generating agent storage container 10 manufactured in a block system, and FIG. 5B is a diagram showing a configuration of a hydrogen generator in a bathtub assembled in a mat system. FIG. In this example, the mat 30 is used as a detachable unit.

図５（a）において、図４に示す単一水素発生剤収納容器１０と同様にして単一水素発生剤収納容器１０が、ブロック形態で単一形状を有するように制作される。
単一水素発生剤収納容器１０は、水よりも比重の大きな材料で構成され、４方の側面部１３を側面部１３Ａ，１３Ｂ，１３Ｃ及び１３Ｄで表示する。上面部１１及び下面部１２は、正四角形で平面状を呈する。 5A, the single hydrogen generating agent storage container 10 is manufactured to have a single shape in a block form in the same manner as the single hydrogen generating agent storage container 10 shown in FIG.
The single hydrogen generating agent storage container 10 is made of a material having a specific gravity larger than that of water, and the four side portions 13 are indicated by side portions 13A, 13B, 13C, and 13D. The upper surface portion 11 and the lower surface portion 12 have a square shape and a flat shape.

ポケット部１５は、空洞部１６を有して、上面部１１に属する上端が開口されて、気泡放出口部１８とされ、上面部１１に属する隣接する上端が閉じられ、この閉じられて部分には、気泡放出孔１９が空洞部１６に連通するようにして穿たれる。   The pocket portion 15 has a hollow portion 16, an upper end belonging to the upper surface portion 11 is opened to form a bubble discharge port portion 18, and an adjacent upper end belonging to the upper surface portion 11 is closed. Are pierced so that the bubble discharge holes 19 communicate with the cavity 16.

ポケット部１５は、このような構成であるので、Ｌ字状をなし、上端が閉じられた部分の空洞部に水素発生剤２０を収納する袋体１７を収納可能である。水素発生剤２０を収納する袋体１７が人間の操作によって水素発生剤２０を収納する袋体１７を導入するための開口部であり、また発生水素ガスを放出する気泡放出口部である、気泡放出口部１８から空洞部１６内に持ち来たされ、上端が閉じられた部分の空洞部に押し込まれて、この部分に設置される。このようにして、水素発生剤２０を収納する袋体１７がポケット部１５内に設置される。図では、１個の気泡放出孔１９が図示されているが、多数の小孔とすることができる。気泡放出口部１８と気泡放出孔１９とで発生した水素ガスの放出孔を形成する。ポケット部１５の入口部に突起部を設けて、設置された水素発生剤を収納する袋体１７を安定的にポケット部１５内に保持するようにしてもよい。   Since the pocket portion 15 has such a configuration, the pocket portion 15 has an L-shape, and the bag body 17 for storing the hydrogen generating agent 20 can be stored in the hollow portion of the closed upper end. A bag 17 for storing the hydrogen generating agent 20 is an opening for introducing the bag 17 for storing the hydrogen generating agent 20 by human operation, and a bubble discharging port for discharging generated hydrogen gas. It is brought into the cavity 16 from the discharge port 18, and is pushed into the cavity of the closed upper end part, and is set in this part. In this way, the bag 17 containing the hydrogen generating agent 20 is set in the pocket portion 15. Although one bubble discharge hole 19 is shown in the figure, it may be a number of small holes. A discharge hole for hydrogen gas generated at the bubble discharge port 18 and the bubble discharge hole 19 is formed. A protrusion may be provided at the entrance of the pocket portion 15 to stably hold the bag body 17 containing the installed hydrogen generating agent in the pocket portion 15.

気泡放出口部１８に蓋を設けて、水素発生剤２０を収納する袋体１７を設置後、この蓋を閉じるようにしてもよい。この場合には、蓋に多数の小孔を穿つ。   A lid may be provided at the bubble discharge port 18 and the lid may be closed after the bag 17 for storing the hydrogen generating agent 20 is installed. In this case, many small holes are made in the lid.

この例では、上面部１１及び下面部１２は、正四角形で平面状としたが、上面部１１及び下面部１２を凹面状とし、矩形状とすることができる。又角部は丸め形状にすることができる。   In this example, the upper surface portion 11 and the lower surface portion 12 have a square shape and are flat, but the upper surface portion 11 and the lower surface portion 12 may have a concave shape and have a rectangular shape. Also, the corners can be rounded.

図４に示される例では、側面部１３Ａ、１３Ｄには、並列して２つの円筒状の突起部２１、２２がそれぞれ直立して設けられたが、この例では平面とされる。図４に示される例では、側面部１３Ｂ、１３Ｃには、並列して２つの嵌入孔部２３、２４がそれぞれ直立して設けられたが、この例では平面とされる。下面部１２に、並列して２つの円筒状の突起部２５が直立して設けられる。突起部２５は、図４における突起部２１，２２に相当する。   In the example shown in FIG. 4, two cylindrical protrusions 21 and 22 are provided in parallel on the side surfaces 13A and 13D, respectively, but in this example, they are flat. In the example shown in FIG. 4, two fitting holes 23 and 24 are provided in parallel on the side surfaces 13B and 13C, respectively, but in this example, they are flat. Two cylindrical protrusions 25 are provided upright on the lower surface 12 in parallel. The protrusion 25 corresponds to the protrusions 21 and 22 in FIG.

図５（ｂ）に示されるように、単一水素発生剤収納容器１０を取り付けるマット３０が準備される。マット３０は、単一形態をなして制作され、矩形状をなし、浴槽１の形状に倣って長手方向及び幅方向の所定の長さを備える。長手方向において、浴槽１内に横たわる人間の背丈に近似した長さとされ、幅方向において、人間の肩幅に近似した長さとされる。   As shown in FIG. 5B, a mat 30 to which the single hydrogen generating agent storage container 10 is attached is prepared. The mat 30 is manufactured in a single form, has a rectangular shape, and has a predetermined length in the longitudinal direction and the width direction according to the shape of the bathtub 1. In the longitudinal direction, the length is approximately the height of a human lying in the bathtub 1, and in the width direction, the length is approximately the width of a human shoulder.

マット３０の表面上に、一点鎖線で示されるように格子状に十字方向に多数の嵌入孔２６が設けられる。嵌入孔２６は、図４における嵌入孔２３，２４に相当する。並列して２つの円筒状の突起部２５の一組に対応して、隣接する２つの嵌入孔２６が一組となる。   On the surface of the mat 30, a large number of insertion holes 26 are provided in a cross shape in a grid pattern as shown by a dashed line. The insertion holes 26 correspond to the insertion holes 23 and 24 in FIG. Two adjacent fitting holes 26 correspond to one set of two cylindrical protrusions 25 in parallel.

図５において、水よりも比重の大きな材料で構成され、上面部及び下面部を有し、４方の側面部を有して立方体形態をなし、４方の側面部に着脱手段を備え、内部に空洞部を有して、該空洞部内に、不職布で形成され、水素発生剤を収納する袋体を収納可能とし、気泡放出孔が穿たれた、ポケット部を備えた単一水素発生剤収納容器１０が複数用いられ、
複数の単一水素発生剤収納容器同士が隣接配置され、着脱手段によって着脱自在に結合されることで、十字双方の平面方向に、任意の形態の平面板状をなすように組み立てられる。 In FIG. 5, it is made of a material having a higher specific gravity than water, has an upper surface and a lower surface, has four side surfaces, has a cubic shape, and has four side surfaces provided with attaching / detaching means. A single hydrogen generator having a pocket portion, which is formed of a non-woven cloth and is capable of storing a bag body for storing a hydrogen generating agent, and has a bubble release hole therein. A plurality of agent storage containers 10 are used,
A plurality of single hydrogen generating agent storage containers are arranged adjacent to each other and are detachably connected by attaching / detaching means, so that the two crosses can be assembled in a planar plate of any form in the plane direction of both crosses.

浴槽内水素発生装置１００は、浴槽１の底面部に載置されて、複数の単一水素発生剤収納容器の内のいずれかの単一水素発生剤収納容器１０が浴槽１内の人間３の身体の各部に接触あるいは近接配置可能とされ、水素発生剤とお湯との反応によって生成された水素ガスを、浴槽の底面部に載置されて浴槽内の人間に向けて、水あるいはお湯に噴出させる。   The hydrogen generator 100 in a bathtub is placed on the bottom of the bathtub 1, and one of the single hydrogen generator storage containers 10 among a plurality of single hydrogen generator storage containers is used for the human 3 in the bathtub 1. It can be placed in contact with or close to each part of the body, and the hydrogen gas generated by the reaction between the hydrogen generating agent and the hot water is placed on the bottom of the bathtub and squirts into the water or hot water toward the person in the bathtub Let it.

図６及び図７は、図１に示される例において、浴槽内に設置された浴槽内水素発生装置１００を構成する複数の単一水素発生剤収納容器の内のいくつかの単一水素発生剤収納容器１０が活用されて所望の箇所に発生した水素ガスを噴出させた状態を示す図である。単一水素発生剤収納容器の底面部は、浴槽面に沿った形状とすることができる。   FIGS. 6 and 7 show some single hydrogen generators in a plurality of single hydrogen generator storage containers constituting the in-tub hydrogen generator 100 installed in the bathtub in the example shown in FIG. FIG. 4 is a diagram showing a state in which the storage container 10 is used to eject hydrogen gas generated at a desired location. The bottom portion of the single hydrogen generating agent storage container may be shaped along the bathtub surface.

例えば、図６において、腰部は浴槽の曲り面に面して安定するので、ここに配置される単一水素発生剤収納容器は、曲率を有したものとすることが推奨される。   For example, in FIG. 6, since the waist portion is stable facing the curved surface of the bathtub, it is recommended that the single hydrogen generating agent storage container arranged here has a curvature.

図６は、肩部及び背中又は腹部に近接したいくつかの単一水素発生剤収納容器１０が活用されて肩部及び背中又は腹部に発生した水素ガスを噴出させた状態を示す図である。図７は、腰部及びひざ部に近接したいくつかの単一水素発生剤収納容器１０が活用されて腰部及びひざ部に発生した水素ガスを噴出させた状態を示す図である。   FIG. 6 is a diagram showing a state in which several single hydrogen generating agent storage containers 10 close to the shoulder and the back or the abdomen are used to eject hydrogen gas generated on the shoulder and the back or the abdomen. FIG. 7 is a view showing a state in which some single hydrogen generating agent storage containers 10 close to the waist and the knee are used to eject hydrogen gas generated at the waist and the knee.

図６及び図７にあっては、人間の各種身体部位が選択されて対応するポケット部１５に水素発生剤２０を収納する袋体１７が設置される方法が記載されたが、これらの方法に加えてすべてのもしくは１つのポケット部に水素発生剤２０を収納する袋体１７が選択設置される方法が採用されてもよい。このような種々の配置形態は、患者に適用された場合に、肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる人間の各種身体部位に重点的に水素を供給することで、治療効果を得ることができる。   In FIGS. 6 and 7, a method is described in which various body parts of a human are selected and a bag 17 for storing the hydrogen generating agent 20 is placed in the corresponding pocket portion 15. In addition, a method may be adopted in which the bags 17 for storing the hydrogen generating agent 20 are selectively installed in all or one of the pocket portions. These various arrangements, when applied to a patient, focus on various body parts of a human including a shoulder, a back or abdomen, a waist, a thigh, a knee, a leg, and an instep. By supplying hydrogen, a therapeutic effect can be obtained.

よって、水素発生剤と水あるいはお湯との反応によって生成された水素ガスを、浴槽の底面部に載置されて浴槽内の人間に向けて、浴槽内の水あるいはお湯に噴出させる浴槽内水素発生装置による浴槽内水素発生方法であって、浴槽内に人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる人間の複数の各種身体部位の組み合わせからなる複数の各種身体部位に１または２つの単一水素発生剤収納容器から発生した水素ガスを、浴槽内の人間の複数の各種身体部位に向けて水あるいはお湯中に噴出させ、治療効果を得ることができる浴槽内水素発生装置による浴槽内水素発生方法が構成される。   Therefore, the hydrogen gas generated by the reaction between the hydrogen generating agent and water or hot water is placed on the bottom of the bath tub and directed toward a person in the bath tub to blow out the water or hot water in the bath tub. A method for generating hydrogen in a bathtub by a device, comprising a combination of a plurality of various human body parts including a human shoulder, a back or abdomen, a waist, a thigh, a knee, a leg, and an instep in a bathtub. Hydrogen gas generated from one or two single hydrogen generating agent storage containers in a plurality of various body parts is jetted into water or hot water toward a plurality of various body parts of a person in a bathtub to obtain a therapeutic effect. Thus, a method for generating hydrogen in a bath by a hydrogen generator in a bath is provided.

このように、浴槽内水素発生装置による浴槽内水素発生方法において、浴槽内に水あるいはお湯が投入されたときに、浴槽内の人間の各種身体部位に接触あるいは近接配置された単一水素発生剤収納容器のポケット部に収納された水素発生剤が当該水あるいはお湯の一部と反応させて水素ガスを発生させ、発生した水素ガスを、浴槽内の人間の各種身体部位に接触あるいは近接した各部に向けて水あるいはお湯中に噴出させる浴槽内水素発生方法が構成される。   As described above, in the method for generating hydrogen in a bath tub by the hydrogen generator in a bath tub, when water or hot water is put into the bath tub, a single hydrogen generating agent that comes into contact with or is located in close proximity to various human body parts in the bath tub. The hydrogen generating agent stored in the pocket of the storage container reacts with a portion of the water or hot water to generate hydrogen gas, and the generated hydrogen gas is brought into contact with or in proximity to various human body parts in the bathtub. And a method for generating hydrogen in a bath tub by squirting into water or hot water.

具体的には、水素発生剤と水あるいはお湯との反応によって生成された水素ガスを、浴槽の底面部に載置されて浴槽内の人間に向けて、浴槽内の水あるいはお湯に噴出させる浴槽内水素発生装置が、それぞれに水素ガスを浴槽内に噴出させ得る単一水素発生剤収納容器を複数個備えて構成され、当該浴槽内水素発生装置による浴槽内水素発生方法であって、浴槽内の人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる人間の複数の各種身体部位に向けそれぞれ対応して、複数の単一水素発生剤収納容器から人間の選択になる単一水素発生剤収納容器から発生した水素ガスを、水あるいはお湯中に噴出させる浴槽内水素発生方法が提供される。   More specifically, a bath tub in which hydrogen gas generated by a reaction between a hydrogen generating agent and water or hot water is placed on the bottom of the bath tub and directed toward a person in the bath tub to blow out the water or hot water in the bath tub. The internal hydrogen generator includes a plurality of single hydrogen generating agent storage containers each capable of ejecting hydrogen gas into the bathtub, and is a method for generating hydrogen in a bathtub by the hydrogen generator in a bathtub, wherein A plurality of single hydrogen generating agent storage containers respectively corresponding to a plurality of various body parts of a human including a human shoulder, a back or abdomen, a waist, a thigh, a knee, a leg, and an instep The present invention provides a method for generating hydrogen in a bathtub, in which hydrogen gas generated from a single hydrogen generating agent storage container that can be selected by a human being is jetted into water or hot water.

また、浴槽内水素発生装置による浴槽内水素発生方法において、浴槽内に人間がその身体を横たえたときに、人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる人間の各種身体部位の各種身体部位に接触もしくは近接する、上述した組み合わせからなる単一水素発生剤収納容器のポケット部に水素発生剤を収納する袋体を収納させる浴槽内水素発生方法が構成される。これによって、浴槽内水素発生装置による浴槽内水素発生方法による治療方法が提供される。   Further, in the method for generating hydrogen in a bathtub by the hydrogen generator in a bathtub, when a person lays down its body in the bathtub, the shoulder, back or abdomen, waist, thigh, knee, leg, and foot of the person are laid down. Hydrogen generation in a bathtub in which a bag for storing a hydrogen generating agent is stored in a pocket portion of a single hydrogen generating agent storage container made of the combination described above, which is in contact with or in proximity to various body parts of a human body part consisting of the upper part. A method is configured. This provides a treatment method using the in-tub hydrogen generation method using the in-tub hydrogen generator.

本実施例における水素バスの効果的な入浴方法として、水素ガスは、肌と呼吸の双方から肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる人間の各種身体部位の組み合わせからなる人間の各種身体部位に一部に重点的に効果的に体内に取り入れられる。そしてこれらの部位に作用し、全身に作用することになる。入浴に当たっては、水素発生剤を収納する袋体を、浴槽に水あるいはお湯を張る前に任意箇所のポケット部に収納するか、あるいは水素発生剤を収納する袋体を、浴槽に水あるいはお湯を張った後の入浴中に同時にあるいは時間差をおいて任意箇所のポケット部に収納して、水素ガスを任意の各種身体部位に噴出させながら３８〜４０℃のぬるま湯に浸かり、２０〜３０分かけて入浴することが勧められる。   As an effective bathing method of the hydrogen bath in the present embodiment, hydrogen gas is applied to a human body comprising a shoulder, a back or abdomen, a waist, a thigh, a knee, a leg, and an instep from both skin and breathing. It can be effectively taken into the body mainly in a part of various human body parts composed of a combination of various body parts. Then, it acts on these parts, and acts on the whole body. When taking a bath, store the bag containing the hydrogen generating agent in any pocket before filling the bath with water or hot water, or place the bag containing the hydrogen generating agent in the bathtub with water or hot water. While bathing after bathing, store it in any pocket at the same time or with a time lag, immerse in 38-40 ° C lukewarm water while spouting hydrogen gas into any body part, and take 20-30 minutes It is recommended to take a bath.

１００…浴槽内水素発生装置、１…浴槽、２…浴槽に張られた水あるいはお湯、３…人間、１０…単一水素発生剤収納容器、１１…上面部、１２…下面部、１３…４方の側面部、１４…人間の各種身体部位、１５…ポケット部、１６…空洞部、１７…袋体、１８…気泡放出口部、１９…気泡放出孔、２０…水素発生剤、２１、２２、２５…突起部（着脱手段）、２３、２４、２６…嵌入孔部（着脱手段）、３０…マット（着脱手段）。   100: hydrogen generator in bathtub, 1: bathtub, 2: water or hot water stretched in bathtub, 3: human, 10: single hydrogen generator storage container, 11: upper surface, 12: lower surface, 13: 4 Side part, 14 ... various human body parts, 15 ... pocket part, 16 ... cavity part, 17 ... bag body, 18 ... bubble discharge port part, 19 ... bubble discharge hole, 20 ... hydrogen generating agent, 21, 22 , 25 ... Projection (attachment / detachment means), 23, 24, 26 ... Fitting hole (attachment / detachment means), 30 ... Mat (attachment / detachment means).

Claims (7)

水素発生剤と水あるいはお湯との反応によって生成された水素ガスを、浴槽の底面部に載置されて浴槽内の人間に向けて、浴槽内の水あるいはお湯に噴出させる浴槽内水素発生装置であって、
水あるいはお湯よりも比重の大きな材料で構成されて、浴槽の底面部に載置されることが可能とされ、上面部及び下面部を有し、４方の側面部を有して立方体形態をなし、面上に着脱手段を備え、内部に空洞部を有して、該空洞部内に、不職布で形成され、水素発生剤を収納する袋体を収納可能とし、水素ガス放出孔が穿たれた、ポケット部を備えた単一水素発生剤収納容器が複数用いられ、
複数の単一水素発生剤収納容器同士が任意数の組み合わせで隣接配置され、着脱手段によって着脱自在に結合され、表面を、十字双方の平面方向に、平面板状に形成して組み立てられ、水素発生剤が浴槽内の水あるいはお湯の一部と反応して発生した水素ガスを、人間の各種身体部位に対応させて、複数の、水素発生剤を収納する袋体を収納した単一水素発生剤収納容器から噴出させ得ること
を特徴とする浴槽内水素発生装置。 Hydrogen gas generated by the reaction between the hydrogen generating agent and water or hot water is placed on the bottom of the bath tub and directed toward a person in the bath tub, and is jetted into the water or hot water in the bath tub. So,
It is made of a material having a higher specific gravity than water or hot water and can be placed on the bottom of the bathtub, has an upper surface and a lower surface, and has a cubic form having four side surfaces. No, provided with a detachable means on the surface, has a hollow portion inside, in which a bag made of non-woven cloth and containing a hydrogen generating agent can be stored, and a hydrogen gas release hole is formed. Multiple single hydrogen generating agent storage containers with pockets were used,
A plurality of single hydrogen generating agent storage containers are arranged adjacent to each other in an arbitrary number of combinations, detachably connected by attaching / detaching means, and are assembled by forming the surface into a flat plate shape in the plane direction of both crosses, Hydrogen gas generated by the reaction of the generator with the water in the bathtub or a part of the hot water is converted to various human body parts. A hydrogen generator in a bath tub, which can be ejected from an agent storage container. 請求項１に記載された浴槽内水素発生装置において、
単一水素発生剤収納容器が、ブロックで形成されて、面上に備えた着脱手段が突起部と孔部とのいずれかを備えて形成され、当該着脱手段によって隣接する単一水素発生剤収納容器に着脱自在に結合されることを特徴とする浴槽内水素発生装置。 The hydrogen generator in a bathtub according to claim 1,
The single hydrogen generating agent storage container is formed by a block, and the attaching / detaching means provided on the surface is formed to include either the protrusion or the hole, and the adjacent single hydrogen generating agent storage is provided by the attaching / detaching means. A hydrogen generator in a bath tub, which is detachably connected to a container. 水素発生剤と水あるいはお湯との反応によって生成された水素ガスを、浴槽の底面部に載置されて浴槽内の人間に向けて、浴槽内の水あるいはお湯に噴出させる浴槽内水素発生装置であって、
水あるいはお湯よりも比重の大きな材料で構成されて、浴槽の底面部に載置されることが可能とされ、上面部及び下面部を有し、４方の側面部を有して立方体形態をなし、面上に着脱手段を備え、内部に空洞部を有して、該空洞部内に、不職布で形成され、水素発生剤を収納する袋体を収納可能とし、水素ガス放出孔が穿たれた、ポケット部を備えた単一水素発生剤収納容器が複数用いられ、
複数の単一水素発生剤収納容器同士が任意数の組み合わせで隣接配置され、
単一水素発生剤収納容器が、ブロックで形成されて、面上に備えた着脱手段が突起部を備えて一方の着脱手段が形成され、
当該突起部と係合する孔部を格子状に備えて、他方の着脱手段が形成されたマットが用いられ、
単一水素発生剤収納容器の備える一方の突起部が、当該マット上の孔部になる他方の着脱手段に係合されて、単一水素発生剤収納容器がマットに着脱自在に結合され、
表面を、十字双方の平面方向に、平面板状に形成して組み立てられ、水素発生剤が浴槽内の水あるいはお湯の一部と反応して発生した水素ガスを、人間の各種身体部位に対応させて、複数の、水素発生剤を収納する袋体を収納した単一水素発生剤収納容器から噴出させ得ること
を特徴とする浴槽内水素発生装置。 Hydrogen gas generated by the reaction between the hydrogen generating agent and water or hot water is placed on the bottom of the bath tub and directed toward a person in the bath tub, and is jetted into the water or hot water in the bath tub. So,
It is made of a material having a higher specific gravity than water or hot water, and can be placed on the bottom of the bathtub, has an upper surface and a lower surface, and has a cubic form having four side surfaces. None, a surface is provided with attaching / detaching means, a cavity is provided inside, and a bag formed of non-woven cloth and containing a hydrogen generating agent can be accommodated in the cavity, and a hydrogen gas release hole is formed. Multiple single hydrogen generating agent storage containers with pockets were used,
A plurality of single hydrogen generating agent storage containers are arranged adjacent to each other in an arbitrary number of combinations,
The single hydrogen generating agent storage container is formed of a block, and the attaching / detaching means provided on the surface is provided with a projection to form one attaching / detaching means,
A mat provided with holes that engage with the projections in a lattice shape, and the other attaching / detaching means is used,
One of the protrusions of the single hydrogen generating agent storage container is engaged with the other attaching / detaching means to be a hole on the mat, and the single hydrogen generating agent storage container is detachably connected to the mat,
The surface is formed in the shape of a flat plate in both plane directions of the cross, and the hydrogen gas generated by the hydrogen generator reacting with a part of the water or hot water in the bathtub is used for various human body parts The hydrogen generator in a bath tub can be ejected from a single hydrogen generating agent storage container storing a plurality of bags storing the hydrogen generating agent. 水素発生剤と水あるいはお湯との反応によって生成された水素ガスを、浴槽の底面部に載置されて浴槽内の人間に向けて、浴槽内の水あるいはお湯に噴出させる浴槽内水素発生装置が、それぞれに水素ガスを浴槽内に噴出させ得る単一水素発生剤収納容器を複数個備えて構成され、当該浴槽内水素発生装置による浴槽内水素発生方法において、
水あるいはお湯よりも比重の大きな材料で構成されて、浴槽の底面部に載置されることが可能とされ、上面部及び下面部を有し、４方の側面部を有して立方体形態をなし、４方の側面部に着脱手段を備え、内部に空洞部を有して、該空洞部内に、不職布で形成され、水素発生剤を収納する袋体を収納可能とし、水素ガス放出孔が穿たれた、ポケット部を備えた単一水素発生剤収納容器が複数用いられ、
複数の単一水素発生剤収納容器同士が任意数の組み合わせで隣接配置され、着脱手段によって着脱自在に結合され、表面を、十字双方の平面方向に、平面板状に形成して組み立てられ、水素発生剤が浴槽内の水あるいはお湯の一部と反応して発生した水素ガスを、人間の各種身体部位に対応させて、複数の、水素発生剤を収納する袋体を収納した単一水素発生剤収納容器から噴出させ得る浴槽内水素発生装置が用いられ、
浴槽内の人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部及び足甲部からなる複数の身体部位に接触あるいは近接配置された単一水素発生剤収納容器が複数個備えられ、当該複数個備えられた単一水素発生剤収納容器から、浴槽内の人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部又は足甲部に対応して単一水素発生剤収納容器が選択され、選択された単一水素発生剤収納容器から浴槽内の人間の肩部、背中もしくは腹部、腰部、大腿部、ひざ部、脚部又は足甲部に向けて、発生した水素ガスを、水あるいはお湯中に噴出させること
を特徴とする浴槽内水素発生装置による浴槽内水素発生方法。 A hydrogen generator in a bath tub that puts the hydrogen gas generated by the reaction between the hydrogen generating agent and water or hot water and puts it on the bottom of the bath tub and blows it out to the water or hot water in the bath tub toward a person in the bath tub. A plurality of single hydrogen generating agent storage containers each capable of ejecting hydrogen gas into the bathtub, wherein the method for generating hydrogen in the bathtub by the hydrogen generator in the bathtub includes:
It is made of a material having a higher specific gravity than water or hot water and can be placed on the bottom of the bathtub, has an upper surface and a lower surface, and has a cubic form having four side surfaces. None, four side surfaces are provided with attachment / detachment means, and a hollow portion is provided inside, and a bag formed of non-woven cloth and containing a hydrogen generating agent can be stored in the hollow portion, thereby releasing hydrogen gas. A plurality of perforated, single hydrogen generator storage containers with pockets are used,
A plurality of single hydrogen generating agent storage containers are arranged adjacent to each other in an arbitrary number of combinations, detachably connected by attaching / detaching means, and are assembled by forming the surface into a flat plate shape in the plane direction of both crosses, Hydrogen gas generated by the reaction of the generator with the water in the bathtub or a part of the hot water is converted to various human body parts. A hydrogen generator in the bath tub that can be ejected from the agent storage container is used,
A plurality of single hydrogen generating agent storage containers in contact with or placed in close proximity to a plurality of body parts in the bath tub, including the human shoulder, back or abdomen, waist, thigh, knee, leg, and instep From the plurality of single hydrogen generating agent storage containers, corresponding to the human shoulder, back or abdomen, waist, thigh, knee, leg or foot in the bathtub. A hydrogen generating agent storage container is selected and directed from the selected single hydrogen generating agent storage container to the human shoulder, back or abdomen, waist, thigh, knee, leg, or instep in the bathtub. And discharging the generated hydrogen gas into water or hot water. 請求項４に記載された浴槽内水素発生装置による浴槽内水素発生方法において、
浴槽内水素発生装置を浴槽の底面部に載置して、複数の単一水素発生剤収納容器の内のいずれかの単一水素発生剤収納容器を浴槽内の人間の複数の各種身体部位に接触あるいは近接配置し
単一水素発生剤収納容器のポケット部に収納された水素発生剤が当該水あるいはお湯の一部と反応して発生した水素ガスを、浴槽内の人間の複数の各種身体部位に向けて水あるいはお湯中に噴出させること
を特徴とする浴槽内水素発生装置による浴槽内水素発生方法。 A method for generating hydrogen in a bathtub by the hydrogen generator in a bathtub according to claim 4 ,
The hydrogen generator in the bathtub is placed on the bottom of the bathtub, and any one of the single hydrogen generator storage containers is placed on multiple human body parts in the bathtub. The hydrogen gas generated by the hydrogen generating agent stored in the pocket of the single hydrogen generating agent storage container in contact or close proximity reacts with a part of the water or hot water to generate various human body parts in the bathtub. A method for generating hydrogen in a bath tub by using a hydrogen generator in a bath tub, wherein the hydrogen is spouted into water or hot water. 請求項５に記載された浴槽内水素発生装置による浴槽内水素発生方法において、
水素発生剤を収納する袋体を、浴槽に水あるいはお湯を張る前に任意箇所のポケット部に収納することを特徴とする浴槽内水素発生装置による浴槽内水素発生方法。 A method for generating hydrogen in a bathtub by the hydrogen generator in a bathtub according to claim 5 ,
A method for generating hydrogen in a bath tub by using a hydrogen generator in a bath tub, wherein a bag for storing a hydrogen generating agent is stored in an arbitrary pocket portion before water or hot water is filled in the bath tub. 請求項５又は６に記載された浴槽内水素発生装置による浴槽内水素発生方法において、
水素発生剤を収納する袋体を、浴槽に水あるいはお湯を張った後の入浴中に任意箇所のポケット部に収納することを特徴とする浴槽内水素発生装置による浴槽内水素発生方法。 A method for generating hydrogen in a bathtub by the hydrogen generator in a bathtub according to claim 5 or 6 ,
A method for generating hydrogen in a bath tub using a hydrogen generator in a bath tub, wherein a bag for storing a hydrogen generating agent is stored in an arbitrary pocket portion during bathing after water or hot water has been applied to the bath tub.
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