JP3197573U - Portable hydrogen water generator - Google Patents

Portable hydrogen water generator Download PDF

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JP3197573U
JP3197573U JP2014006843U JP2014006843U JP3197573U JP 3197573 U JP3197573 U JP 3197573U JP 2014006843 U JP2014006843 U JP 2014006843U JP 2014006843 U JP2014006843 U JP 2014006843U JP 3197573 U JP3197573 U JP 3197573U
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hydrogen
generating substance
water
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hydrogen generating
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千惠子 近藤
千惠子 近藤
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株式会社 銀座・トマト
株式会社 銀座・トマト
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Abstract

【課題】飲用前は水素発生物質を水とは一体でかつ別々に貯蔵しておき、飲用時に水素発生物質を水中に投入して水素水を生成する携帯式水素水生成装置を提供する。【解決手段】水を貯蔵した容器と、該容器の飲用開口部２に取付けたキャップ３−１、３−２と、上部キャップ３−１内に水素発生物質５を保持する水素発生物質保持手段４とからなり、飲用時に水素発生物質保持手段４の水素発生物質貯蔵状態を解除して上部キャップ３−１内に貯蔵されている水素発生物質５を水中に投入することが可能となっている。【選択図】図２Provided is a portable hydrogen water generating apparatus that stores a hydrogen generating substance integrally with water before drinking and separately generates hydrogen water by putting the hydrogen generating substance into water during drinking. A water storage container, caps 3-1 and 3-2 attached to a drinking opening 2 of the container, and a hydrogen generating substance holding means for holding a hydrogen generating substance 5 in an upper cap 3-1. 4, it is possible to release the hydrogen generating substance storage state of the hydrogen generating substance holding means 4 at the time of drinking and put the hydrogen generating substance 5 stored in the upper cap 3-1 into water. . [Selection] Figure 2

Description

本考案は、携帯式水素水生成装置に関する。   The present invention relates to a portable hydrogen water generator.

水素水は、抗酸化作用が大きく、健康上、美容上、ダイエット上に良いという理由から広く飲まれている。飲用水素水は、種々のボトル入り水素水及びチューブ入り水素水として売られている。また、水素生成粉末をカプセルに入れ、水でカプセルを体内に飲み込んで体内中で水素を発生させるものも知られている。   Hydrogen water is widely consumed because it has a great antioxidant effect and is good for health, beauty and diet. Drinking hydrogen water is sold as various bottled hydrogen water and tubed hydrogen water. In addition, it is also known that hydrogen generation powder is put in a capsule and the capsule is swallowed with water to generate hydrogen in the body.

しかしながら、予め水素水を生成してボトルあるいはチューブに保存する場合には、時間とともに水素が抜けていくので長時間安定的に溶存水素を維持できない。一方水素発生カプセルの場合には水で胃の中に流し込むので、飲む場合その都度水を用意する必要がある。 However, when hydrogen water is generated in advance and stored in a bottle or tube, the hydrogen is released over time, so that dissolved hydrogen cannot be maintained stably for a long time. On the other hand, in the case of a hydrogen generating capsule, water is poured into the stomach with water, so it is necessary to prepare water each time it is drunk.

本考案は、飲用前は水素発生物質を水とは一体でかつ別々に貯蔵しておき、飲用時に水素発生物質を水中に投入して水素水を生成する携帯式水素水生成装置に関する。   The present invention relates to a portable hydrogen water generating apparatus that stores a hydrogen generating substance integrally with water before drinking and separates the hydrogen generating substance into water during drinking to generate hydrogen water.

本考案は、水を貯蔵した容器と、該容器の飲用開口部に取付けたキャップと、キャップ内に水素発生物質を保持する水素発生物質保持手段とからなり、飲用時に水素発生物質保持手段の水素発生物質貯蔵状態を解除してキャップ内に貯蔵されている水素発生物質を水中に投入することが可能となっている、携帯式水素水発生装置に関する。   The present invention comprises a container for storing water, a cap attached to a drinking opening of the container, and a hydrogen generating substance holding means for holding a hydrogen generating substance in the cap. The present invention relates to a portable hydrogen water generator capable of releasing a generated substance storage state and introducing a hydrogen generating substance stored in a cap into water.

本考案は、水を貯蔵した容器と、該容器の飲用開口部に取付けたキャップと、キャップ内に水素発生物質を保持する水素発生物質保持手段とからなり、飲用時に水素発生物質保持手段の水素発生物質貯蔵状態を解除してキャップ内に貯蔵されている水素発生物質を水中に投入することが可能となっている、携帯式水素水発生装置に関する。   The present invention comprises a container for storing water, a cap attached to a drinking opening of the container, and a hydrogen generating substance holding means for holding a hydrogen generating substance in the cap. The present invention relates to a portable hydrogen water generator capable of releasing a generated substance storage state and introducing a hydrogen generating substance stored in a cap into water.

容器に貯蔵された水と水素発生物質とは、飲用前は分離独立して貯蔵されるので、予め生成貯蔵された水素水と異なり、飲用前貯蔵中に水素水から水素が逃げるという問題はなく、水及び水素発生物質を長期間安定して貯蔵することができる。
また、飲用時に水素発生物質保持手段の水素発生物質貯蔵状態を解除して、キャップ内に貯蔵されている水素発生物質を水中に投入するので、飲用時に初めて水素水が生成され所望の濃度の水素水を体内に有効に吸収させることができる。水及び水素発生物質が分離して一体となっているので、水素水を飲みたいという際に、携帯式水素水発生装置のみにより水素水を発生させて飲むことができる。 The water stored in the container and the hydrogen-generating substance are stored separately before drinking, so there is no problem of hydrogen escaping from the hydrogen water during storage before drinking, unlike the hydrogen water generated and stored in advance. Water and hydrogen generating materials can be stably stored for a long time.
In addition, since the hydrogen generating substance storage state of the hydrogen generating substance holding means is released at the time of drinking and the hydrogen generating substance stored in the cap is put into water, hydrogen water is generated for the first time at the time of drinking and hydrogen having a desired concentration Water can be absorbed effectively in the body. Since the water and the hydrogen generating substance are separated and integrated, when it is desired to drink the hydrogen water, the hydrogen water can be generated and drinked only by the portable hydrogen water generator.

本考案に係る携帯式水素水発生装置の第一の態様を示す。1 shows a first embodiment of a portable hydrogen water generator according to the present invention. 図１に示す本考案に係る携帯式水素水発生装置のキャップ部及びその近傍を示す断面図である。It is sectional drawing which shows the cap part of the portable hydrogen water generator based on this invention shown in FIG. 1, and its vicinity. 図１に示す本考案に係る携帯式水素水発生装置の製造工程を示す。The manufacturing process of the portable hydrogen-water generator based on this invention shown in FIG. 1 is shown. 本考案に係る携帯式水素水発生装置の第二の態様を示す。The 2nd aspect of the portable hydrogenous water generator which concerns on this invention is shown.

本考案で用いる水素発生物質は、水素水を生成するために通常用いられている水素発生物質であればいずれのものでも用いることができる。例えば、石垣島産のサンゴカルシウム等を例示することができる。水素発生物質の粒径は、水に混合して直ちに有効量の水素を発生可能とする粒径とし、水素発生物質の量は水の量との関係で適宜設定される。   As the hydrogen generating material used in the present invention, any hydrogen generating material which is usually used for generating hydrogen water can be used. For example, coral calcium from Ishigaki Island can be exemplified. The particle size of the hydrogen generating material is set to a particle size capable of generating an effective amount of hydrogen immediately after mixing with water, and the amount of the hydrogen generating material is appropriately set in relation to the amount of water.

本考案で用いる容器は、キャップ付ペットボトル、キャップ付アルミニウムボトルあるいはキャップ付チューブ、キャップ付バック等を用いることができる。   As the container used in the present invention, a PET bottle with a cap, an aluminum bottle with a cap or a tube with a cap, a bag with a cap, and the like can be used.

キャップ内に水素発生物質を保持する水素発生物質保持手段としては、キャップの下端部あるいはキャップ内部に設けた筒状体の下端部に封止当接させた蓋体の形とすることができ、該蓋体を開くあるいは落下させて水素発生物質保持手段の水素発生物質貯蔵状態を解除し水素発生物質を水中に投入することができる。あるいは、キャップ内に水素発生物質を保持する水素発生物質保持手段として、キャップの下端部に封止フィルムを設けることもでき、この場合にはキャップを開く際に該封止フィルムを破くことによってキャップ内の水素発生物質を水中に投下する。   As the hydrogen generating substance holding means for holding the hydrogen generating substance in the cap, it can be in the form of a lid that is in sealing contact with the lower end of the cap or the lower end of the cylindrical body provided inside the cap, The lid can be opened or dropped to release the hydrogen generating substance storage state of the hydrogen generating substance holding means and the hydrogen generating substance can be poured into water. Alternatively, as a hydrogen generating substance holding means for holding the hydrogen generating substance in the cap, a sealing film can be provided at the lower end of the cap. In this case, the cap is broken by breaking the sealing film when the cap is opened. The hydrogen generating substance inside is dropped into water.

図１乃至図３に、本考案に係る携帯式水素水発生装置の第１の態様を示す。１はペットボトル容器であり、３は容器開口部２に取付けたキャップであり、キャップ３は上部キャップ部３−１と下部キャップ部３−２とからなっている。図２に示すように、下部キャップ部３−２は容器開口部２の内周面及び外周面に沿う内周部３−２ａ、外周部３−２ｂ及び立上り部３−２ｃとからなり、外周部３−２ｂの内周面は開口部２の外周面に螺合している。   1 to 3 show a first aspect of a portable hydrogen water generator according to the present invention. Reference numeral 1 denotes a plastic bottle container, 3 denotes a cap attached to the container opening 2, and the cap 3 includes an upper cap part 3-1 and a lower cap part 3-2. As shown in FIG. 2, the lower cap portion 3-2 is composed of an inner peripheral portion 3-2 a, an outer peripheral portion 3-2 b and a rising portion 3-2 c along the inner peripheral surface and the outer peripheral surface of the container opening 2. The inner peripheral surface of the portion 3-2b is screwed to the outer peripheral surface of the opening 2.

上部キャップ部３−１は、頂部３−１ａ、頂部３−１ａの外縁部から下方に延びる外周部３−１ｂと頂部３−１ａの底面中央から下方に延びる筒状体３−１ｃとからなっており、上部キャップ３−１の外周部３−１ｂの内周面は下部キャップ３−２の立上り部３−２ｃの外周部に螺合している。上部キャップ部３−１の筒状体３−１ｃの下端面は下部キャップ部３−２の内周部３−２ａの下端面と同一面上に位置している。   The upper cap portion 3-1 includes a top portion 3-1a, an outer peripheral portion 3-1b extending downward from the outer edge portion of the top portion 3-1a, and a cylindrical body 3-1c extending downward from the center of the bottom surface of the top portion 3-1a. The inner peripheral surface of the outer peripheral portion 3-1b of the upper cap 3-1 is screwed to the outer peripheral portion of the rising portion 3-2c of the lower cap 3-2. The lower end surface of the cylindrical body 3-1c of the upper cap portion 3-1 is located on the same plane as the lower end surface of the inner peripheral portion 3-2a of the lower cap portion 3-2.

図中、４は上部キャップ部３−１の筒状体３−１ｃの下端面及び下部キャップ部３−２の内周部３−２ａの下端面に当接させた水素発生物質保持手段であり、水素発生物質保持手段４によって上部キャップ部３−１の筒状体３−１ｃの内部に充填された水素発生物質５を保持している。水素発生物質保持手段４は下部円筒体４−１とその上に一体となったより薄くかつ小径の上部円筒体４−２とからなっており、円筒体４−２の外周は筒状体３−１ｃの下端部内周面に螺合している。 In the figure, reference numeral 4 denotes a hydrogen generating substance holding means which is brought into contact with the lower end surface of the cylindrical body 3-1c of the upper cap portion 3-1 and the lower end surface of the inner peripheral portion 3-2a of the lower cap portion 3-2. The hydrogen generating substance 5 filled in the cylindrical body 3-1c of the upper cap portion 3-1 is held by the hydrogen generating substance holding means 4. The hydrogen generating substance holding means 4 is composed of a lower cylindrical body 4-1, and a thinner and smaller upper cylindrical body 4-2 integrated thereon, and the outer periphery of the cylindrical body 4-2 is a cylindrical body 3-2. It is screwed to the inner peripheral surface of the lower end portion of 1c.

飲用時には、上部キャップ部３−１の筒状体３−１ｃを下部キャップ部３−２に対して多少時計回りに回転させると、水素発生物質保持手段４が筒状体３−１ｃの下端部から外れ筒状体３−１ｃ内部の水素発生物質が液中に投下される。次に、上部キャップ部３−１の筒状体３−１ｃを下部キャップ部３−２に対して反時計回りに締め付けた後、ボトルを上下によく振ることによって内部に水素水が生成し、上部キャップ部３−１を取り外すことによって水素水を飲むことができるようになっている。   At the time of drinking, when the cylindrical body 3-1c of the upper cap part 3-1 is rotated somewhat clockwise with respect to the lower cap part 3-2, the hydrogen generating substance holding means 4 becomes the lower end part of the cylindrical body 3-1c. The hydrogen generating substance inside the cylindrical body 3-1c is dropped into the liquid. Next, after tightening the cylindrical body 3-1c of the upper cap portion 3-1 counterclockwise with respect to the lower cap portion 3-2, hydrogen water is generated inside by shaking the bottle well up and down, Hydrogen water can be drunk by removing the upper cap part 3-1.

図３は、本考案に係る図１及び図２に示す携帯式水素水発生装置の製造法工程を示す。図３（ａ）は下部キャップ部３−２を示し、図３（ｂ）において下部キャップ３−２に対して上部キャップ部３−１を螺合させ、図３（ｃ）において上部キャップ部３−１の筒状体３−１ｃの内部に水素発生物質５を充填した後、円筒体４（水素発生物質保持手段）の小径の上部円筒体４−２の外周面を筒状体３−１ｃの下端部内周面に螺合させ、円筒体４（水素発生物質保持手段）の大径の下部円筒体４−１の外周部を上部キャップ部３−１の筒状体３−１ｃの端面及び下部キャップ部３−２の内周部３−２ａの端面に当接させる。図３（ｄ）において、ボトルの飲用開口部の外周部を下部キャップ部３−２の外周部３−２ｂの内周部に螺合させて、本考案に係る携帯式水素水発生装置を製造することができる。 FIG. 3 shows a manufacturing process of the portable hydrogen water generator shown in FIGS. 1 and 2 according to the present invention. 3A shows the lower cap portion 3-2. In FIG. 3B, the upper cap portion 3-1 is screwed into the lower cap 3-2. In FIG. -1 of the cylindrical body 3-1c is filled with the hydrogen generating substance 5, and the outer peripheral surface of the small-diameter upper cylindrical body 4-2 of the cylindrical body 4 (hydrogen generating substance holding means) is formed into the cylindrical body 3-1c. The outer peripheral portion of the large-diameter lower cylindrical body 4-1 of the cylindrical body 4 (hydrogen generating substance holding means) is screwed to the inner peripheral surface of the lower end portion of the cylindrical body 3-1c of the upper cap portion 3-1, and It is made to contact | abut to the end surface of the inner peripheral part 3-2a of the lower cap part 3-2. In FIG. 3D, the portable hydrogen water generator according to the present invention is manufactured by screwing the outer peripheral portion of the drinking opening portion of the bottle with the inner peripheral portion of the outer peripheral portion 3-2b of the lower cap portion 3-2. can do.

図４は、本考案に係る携帯式水素水発生装置に使用される別のキャップ構造を示す。キャップ１０は、上部キャップ部１０−１、下部キャップ部１０−２、内部キャップ部１０−３を有し、下部キャップ部１０−２の下方部の内周面は容器の飲用開口部の外周部に螺合されている。下部キャップ部の上端部には互いに直行するフランジ部ａ，ｂ，ｃが設けられ、上部キャップ部１０−１の下端部はフランジａ，ｂに当接し、内部キャップ部１０−３の下端部のフランジ部の外周は下部キャップ部１０−２のフランジｂの外周に摺接するとともに、下面はバネ１１を介してフランジｃ上に配置されている。また上部キャップ部１０−１の頂部の下面には円筒体１２が設けられ、円筒体の下端部は刃部１２ａとされている。円筒体１２の刃部１２ａの下方近傍には水素発生物質保持手段としてのフィルム１３が保持具１４によって保持されて、下部キャップ部１０−２の内側にはフィルム１３により水素発生物質が充填保持されている。   FIG. 4 shows another cap structure used in the portable hydrogen water generator according to the present invention. The cap 10 has an upper cap portion 10-1, a lower cap portion 10-2, and an inner cap portion 10-3, and an inner peripheral surface of a lower portion of the lower cap portion 10-2 is an outer peripheral portion of a drinking opening portion of the container. Are screwed together. Flange portions a, b, and c that are orthogonal to each other are provided at the upper end portion of the lower cap portion, the lower end portion of the upper cap portion 10-1 is in contact with the flanges a and b, and the lower end portion of the inner cap portion 10-3 is The outer periphery of the flange portion is in sliding contact with the outer periphery of the flange b of the lower cap portion 10-2, and the lower surface is disposed on the flange c via the spring 11. Moreover, the cylindrical body 12 is provided in the lower surface of the top part of the upper cap part 10-1, and the lower end part of the cylindrical body is made into the blade part 12a. A film 13 as a hydrogen generating substance holding means is held near the lower part of the blade 12a of the cylindrical body 12 by a holder 14, and a hydrogen generating substance is filled and held by the film 13 inside the lower cap part 10-2. ing.

飲用時には、上部キャップ部１０−１を下部キャップ部１０−２から取り外し、内部キャップ部１０−３をバネ１１に抗して押し込み、円筒体１２の刃部１２ａにより下方近傍のフィルム１３を破り、下部キャップ部１０−２の内側に充填保持されている水素発生物質をボトル内の水に投入し、混合することによって、水素水を生成し、内部キャップ部を取り外すことによって水素水を飲めるようになっている。   When drinking, the upper cap part 10-1 is removed from the lower cap part 10-2, the inner cap part 10-3 is pushed against the spring 11, and the film 13 near the lower part is broken by the blade part 12a of the cylindrical body 12, The hydrogen generating substance filled and held inside the lower cap part 10-2 is poured into the water in the bottle and mixed to generate hydrogen water, and the hydrogen water can be consumed by removing the inner cap part. It has become.

本考案は、飲用時に水素発生物質と水とを混合することによって水素水を発生させ、所望時にフレッシュな状態の水素水を飲めるので産業上利用可能性は大である。 Since the present invention generates hydrogen water by mixing a hydrogen-generating substance and water at the time of drinking and can drink fresh hydrogen water when desired, the industrial applicability is great.

１・・・ペットボトル容器、２・・・容器開口部、３・・・キャップ、３−１・・・上部キャップ部、３−１ａ・・・頂部、３−１ｂ・・・外周部、３−１ｃ・・・筒状体、３−２・・・下部キャップ部、３−２ａ・・・内周部、３−２ｂ・・・外周部、３−２ｃ・・・立上り部、４・・・水素発生物質保持手段、４−１・・・下部円筒体、４−２・・・上部円筒体、５・・・水素発生物質、１０・・・キャップ、１０−１・・・上部キャップ部、１０−２・・・下部キャップ部、１０−３・・・内部キャップ部、１１・・・バネ、ａ，ｂ，ｃ・・・互いに直行するフランジ部、１２・・・円筒体、１２ａ・・・刃部、１３・・・フィルム、１４・・・保持具   DESCRIPTION OF SYMBOLS 1 ... Plastic bottle container, 2 ... Container opening part, 3 ... Cap, 3-1 ... Upper cap part, 3-1a ... Top part, 3-1b ... Outer peripheral part, 3 -1c ... cylindrical body, 3-2 ... lower cap part, 3-2a ... inner peripheral part, 3-2b ... outer peripheral part, 3-2c ... rising part, 4 ...・ Hydrogen generating substance holding means, 4-1 ... lower cylindrical body, 4-2 ... upper cylindrical body, 5 ... hydrogen generating substance, 10 ... cap, 10-1 ... upper cap part 10-2: Lower cap portion, 10-3: Inner cap portion, 11 ... Spring, a, b, c ... Flange portions orthogonal to each other, 12 ... Cylindrical body, 12a ..Blade part, 13 ... film, 14 ... holder

より詳しくは、本考案は以下の構成を有する。
（１）水を貯蔵した容器と、該容器の飲用開口部に取付けたキャップと、キャップ内に水素発生物質を保持する水素発生物質保持手段とからなり、該水素発生物質保持手段は飲水時に該水素発生物質保持手段の水素発生物質貯蔵状態が解除されるようになっていて、該水素発生物質貯蔵状態が解除されることによって該キャップ内に貯蔵されている該水素発生物質を水中に投入することが可能となっている、携帯式水素水生成装置。
（２）前記水素発生物質保持手段は、前記キャップの下端部あるいは前記キャップ内部に設けた筒状体の下端部に封止当接させた蓋体とされ、飲用時に該蓋体を開くあるいは落下させて該水素発生物質保持手段の水素発生物質貯蔵状態を解除し該水素発生物質を水中に投入することが可能となっている、（１）に係る携帯式水素水生成装置。
（３）前記水素発生物質保持手段は、該キャップの下端部に設けた封止フィルムとされ、飲用時に該キャップを開く際に該封止フィルムを破くことによってキャップ内の該水素発生物質を水中に投下することが可能となっている、（１）に係る携帯式水素水生成装置。 More specifically, the present invention has the following configuration.
(1) It comprises a container for storing water, a cap attached to a drinking opening of the container, and a hydrogen generating substance holding means for holding a hydrogen generating substance in the cap. The hydrogen generating substance storage state of the hydrogen generating substance holding means is released, and when the hydrogen generating substance storage state is released, the hydrogen generating substance stored in the cap is put into water. A portable hydrogen water generator that makes it possible.
(2) The hydrogen generating substance holding means is a lid body sealingly contacted with a lower end portion of the cap or a lower end portion of a cylindrical body provided inside the cap, and the lid body is opened or dropped when drinking. The portable hydrogen water generating apparatus according to (1), wherein the hydrogen generating substance storage state of the hydrogen generating substance holding means can be released and the hydrogen generating substance can be poured into water.
(3) The hydrogen generating substance holding means is a sealing film provided at the lower end of the cap, and the hydrogen generating substance in the cap is submerged by tearing the sealing film when the cap is opened during drinking. The portable hydrogen water generating device according to (1), which can be dropped into the water.

Claims (1)

水を貯蔵した容器と、該容器の飲用開口部に取付けたキャップと、キャップ内に水素発生物質を保持する水素発生物質保持手段とからなり、飲用時に水素発生物質保持手段の水素発生物質貯蔵状態を解除してキャップ内に貯蔵されている水素発生物質を水中に投入することが可能となっている、携帯式水素水生成装置。   A hydrogen generating substance storage state of the hydrogen generating substance holding means when drinking, comprising a container storing water, a cap attached to the drinking opening of the container, and a hydrogen generating substance holding means for holding the hydrogen generating substance in the cap A portable hydrogen water generator capable of releasing the hydrogen generating material stored in the cap and releasing it into the water.
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JP5799188B1 (en) * 2015-05-11 2015-10-21 浩章 皆川 PET bottle forming method and PET bottle head type hydrogen generator
JP2017189136A (en) * 2016-04-13 2017-10-19 株式会社フレッシュ Packed liquid, bottle cap and method for producing hydrogen-containing liquid
WO2018066145A1 (en) * 2016-10-07 2018-04-12 株式会社 東亜産業 Silicon water generator, electric kettle with silicon water-generating function, and portable bottle with silicon water-generating function

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JP3118262U (en) * 2005-11-04 2006-01-26 智里 大丸 Beverage bottle
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JP5799188B1 (en) * 2015-05-11 2015-10-21 浩章 皆川 PET bottle forming method and PET bottle head type hydrogen generator
JP2017189136A (en) * 2016-04-13 2017-10-19 株式会社フレッシュ Packed liquid, bottle cap and method for producing hydrogen-containing liquid
WO2018066145A1 (en) * 2016-10-07 2018-04-12 株式会社 東亜産業 Silicon water generator, electric kettle with silicon water-generating function, and portable bottle with silicon water-generating function
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