JP4378525B2 - Simplified hydrogen water generator for hydrogen water generation - Google Patents

Simplified hydrogen water generator for hydrogen water generation Download PDF

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JP4378525B2
JP4378525B2 JP2003123565A JP2003123565A JP4378525B2 JP 4378525 B2 JP4378525 B2 JP 4378525B2 JP 2003123565 A JP2003123565 A JP 2003123565A JP 2003123565 A JP2003123565 A JP 2003123565A JP 4378525 B2 JP4378525 B2 JP 4378525B2
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hydrogen water
water generator
main body
generator
cylindrical main
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JP2004322020A (en
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憲巳 岡田
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株式会社 エピア
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Description

【0001】
【産業上の利用分野】
本発明は、水素水生成用の簡易型水素水発生具(この水素水は、水素分子を含む水)に関する。
【0002】
【従来の技術】
従来、この種の水素水発生装置と、水素水発生体としては、特開2000−176465の活性水素を有する水の製造方法及び製造装置(文献とする)がある。その内容は、タンクと黒曜石か水晶の少なくとも一つから構成される岩石を収納した第1岩石収納器と、第1岩石収納器に連通する岩石を収納した第2岩石収納器とで構成し、タンク内の水を第1岩石収納器と第2岩石収納器の岩石に通し、この岩石を通した水をタンクに戻し、水を岩石に何度も循環させることで、水に活性水素を含有することを意図する。このようにタンクと、第1・第2岩石収納器との間で水を循環する構成であり、岩石を少量で済ませ得ること、又は水道水等の飲料に使用する水を、活性水素を含む飲料水に変換できること、及びこの活性水素を含む飲料水を、大量かつ簡単に製造できること等の特徴がある。
【0003】
【発明が解決しようとする課題】
前記文献は、活性水素を有する水(飲料水)の生成には適する。しかし、装置を構成する部材(部品)の構造、又は配置等を考慮した場合には、大型の企業用としての製造方法であり、また製造装置である。
【0004】
この文献の発明は、第1・第2岩石収納器という大型の収容器に活性水素生成用の岩石を充填する構造である。従って、大規模商店(スーパー)、工場、大規模病院等においては、重宝する。しかし、例えば、家庭用の水素水生成用の発生具として要求される条件を備えていない。例えば、簡易な設置、また低コストによる提供、又は家庭に常備して、毎日使用すること、等に関して、十分な配慮がないと考えられる。
【0005】
本発明は、この家庭用として簡易な設置が図れること、又は低コストによる提供ができる水素水生成発生具とすること、又は家庭に常備して、毎日使用するに最適な水素水発生具を提供すること、等にある。
【0006】
【課題を解決するための手段】
請求項1の発明は、一般家庭用として簡易な設置が図れること、低コストによる水素水生成発生具として利用できること、又は家庭に常備して、毎日使用するに最適な構造の水素水発生具を提供すること、等を意図する。
【0007】
請求項1は、板状の金属素材を筒状に曲折して成形した筒状本体と、この筒状本体の曲折接合部を付合せて設けたスリットと、前記筒状本体に開設した多数の透孔と、前記筒状本体の一方と、他方に設けた開口と、この開口を閉塞するキャップとで構成した容器に収容する水素水生成用の簡易型水素水発生具であって、
前記筒状本体に、少なくとも、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、この水素水発生体の粒子と、前記透孔に浸透する前記容器内の水との接触を利用して、水素水の生成を可能とし、
また、前記筒状本体に設けるキャップの径の大小で、前記スリットの隙間調整を可能とした水素水生成用の簡易型水素水発生具である。
【0008】
請求項2の発明は、請求項1の目的を達成するに最適な水素水発生具の提供を意図する。
【0009】
請求項2は、請求項1に記載の水素水生成用の簡易型水素水発生具であって、
前記筒状本体の開口の外周辺に係止用窪みを形成し、またキャップの内周辺に係止用突起を設ける構成とした水素水生成用の簡易型水素水発生具である。
【0010】
請求項3の発明は、請求項1の目的を達成しつつ、清澄化された飲料水(水素水)を生成するに最適な水素水発生具の提供を意図する。
【0011】
請求項3は、請求項1に記載の水素水生成用の簡易型水素水発生具であって、
前記水素水発生体を構成する粒子の混合割合は、重量%で、マグネシウム15、黒曜石15、トルマリン15、抗菌砂30、風化サンゴ25とする構成とした水素水生成用の簡易型水素水発生具である。
【0012】
【発明の実施の形態】
以下、本発明の実施の態様(形態)を説明する。図示しない水素水発生用の容器(各種の大型又は小型装置・容器、ポット、ボトル、瓶、やかん、水槽等を含む)の開閉蓋又は装置本体の接続管に設けたホースを利用して水道管に接続し、開閉蓋又はホース及び接続管(ホースとする)を介して、例えば、水道水、飲料水等の水を容器内に投入する。尚、この投入の過程で、投入口の下方に設けた各種機能を備えた多重かつ交換式の多数枚のフィルター(フィルターとする)を介して清澄化、又は各種のミネラル成分、イオン成分等を含んだ水(アルカリイオン水、ミネラル磁化水、又はマイナスイオン水「処理水とする」)に変換して、容器の底面に滞留し、この底面に設けた水素水発生具と接触することにより、活性水素を有する水(水素水又は還元水)に変換される。即ち、処理水は、筒状本体内に充填したマグネシウム、黒曜石、トルマリン、抗菌砂、風化サンゴ等に接触することで、水素水となり、当該容器内に留まる。尚、必要により再度フィルターを利用して清澄化することも可能である。そして、筒状本体をマグネシウム金属素材で構成した場合には、活性水の生成、水素の含有率の向上、病気治癒力の補助水生成、抗菌効果、又は後述する活性化との相乗効果の向上等の有効性が確保できる。また筒状本体をステンレス金属素材で構成した場合には、高級感覚、美観の向上、又は耐久性の向上等の有効性が確保できる。尚、この容器は、他の素材、例えば、プラスチック、布の場合もあり得る。
【0013】
この容器内の水素水は、ヒータにより加温するか、又は冷却器により冷却、或いは常温に保持する。また容器に設けたコックを開放することにより、何時でも、飲料水、料理水、又は他の用途の水として利用する。例えば、飲料水として利用した場合には、体内の活性酵素(老廃物)を消して、体内の細胞・血液・腸内微生物・皮膚・毛髪等の活性化、等に寄与できる。また病気、機能障害等の根源となる活性酵素を消して、健康な生活を満喫できること、病気の治癒に役立つこと、便秘の解消に役立つこと等の特徴がある。
【0014】
前述の如く、加温又は冷却することで、水素水の保存と、飲料、又は料理等に適した状況と、この水素水の最適でかつ効果的な使用が図れる特徴がある。また密封式の容器に貯蔵する例の場合は、長期の保存(腐敗防止、又は味・臭気等の確保)と、雑菌の浸入防止等が図れる。
【0015】
尚、容器内は、開閉蓋の開放し、この投入口に設けたフィルターを取外すことで、内部の清掃、廃棄物の排除、又は水素水発生具の簡易な交換、また設置場所の変更等を図る。また水素水発生具に、取手、又はハンドル等の付帯手段を設けて、搬送・取扱いの容易化、利便性の確保等の向上に役立てる。
【0016】
【実施例】
以下、本発明の一実施例を説明する。
【0017】
水素水発生具Aを構成する金属素材の筒状本体1は、多数の透孔100を有する板状の金属素材101を筒状に曲折して成形する。そして、この曲折接合部は、接着、又は付合せ、スリットを確保した付合せ等の手段を採用する。このスリットを設ける構成では、水素水発生体との接触効率を確保できる。また後述するキャップの径の大小を利用して、当該スリットの隙間調整も可能である。
【0018】
図中2は筒状本体1の少なくとも一方の開口1aに取付けられるキャップで、このキャップ2は、マグネシウム金属素材、ステンレス金属素材、又はプラスチック素材、陶器製等を使用する。また図中20は他方の開口1bに取付けられるキャップを示す。その構造は、原則として、キャップ2に準ずる。そして、キャップ2と筒状本体1とは、それぞれに設けた係止部200と係止部102aとを利用して係合する。またキャップ20と筒状本体1は、それぞれに設けた係止部2000と係止部102bとを利用して係合する。
【0019】
また水素水発生具Aを構成する水素水発生体3は、不織布でなる袋300と、この袋300に充填されるマグネシウム、黒曜石、トルマリン、抗菌砂、風化サンゴ等の粒状素材を少なくとも一種又は数種を混合した粒子301とで構成されている。この水素水発生体3を、前記容器1に収容し、この容器1にキャップ2、20を取付けることで、水素水発生具Aが構成される。そして、このマグネシウム、黒曜石、トルマリン、抗菌砂、風化サンゴ等の粒状素材の混合割合は、前述の例が理想である。しかし、マグネシウム、黒曜石、トルマリン、抗菌砂、風化サンゴ等の粒状素材を一種又は数種を混合した粒子301を選択することで、多様の水素水生成と、好みの水素水生成が確保できること、また状況にあった水素水、体調・症状にあった水素水生成ができること、等の特徴がある。尚、粒子301の混合割合及び/又は粒状素材、粒径、量の選択は、一例であり、使用用途、目的、又はコスト面、水素の含有割合等で決定する。
【0020】
この水素水発生体3の保管と、有効な使用の一例を説明する。[1] 使用期限は、1本の水素水発生体3で1日、約1.5〜2.5リットルの水素水を作った場合、約3ヵ月使える。[2] 手入れ方法は、1週間に1度は水素水発生体3とペットボトルを流水でよく洗う。そして、望ましくは、1ヵ月に1度、安価な醸造酢を5倍ほどに薄めた酢水の中へ水素水発生体3全体を浸し、約30分後に取り出し流水でよく洗う。そして、注意点は、お酢は必ず薄めで使用し、容器に蓋をしないことが望ましい。また1時間以上浸したままにしない。[3] 保存方法は、(イ)温度・湿度の高い場所、直射日光の当る場所は避ける。(ロ)空気に触れないように風通しがよい所に保存する。(ハ)幼児の手の届かないところに保管する。(ニ)開封後は、できるだけ1年以内に使用する。[4] 使用上の注意は、(ホ)水素水発生体3は常に水素を発生していますので、入れたままで使う(取り出して放置すると、水素はすぐに減る)。(へ)雑菌が水素水に入るのを防ぐため、水素水は、なるべくコップ等の器で飲むことがよい。(ト)水素水発生体3を入れたまま水を加熱しない。また水素水発生体3を熱湯につけない(耐熱温度65℃)。(チ)水以外の飲料に水素水発生体3を入れない。(リ)水素水は、常温で1日、冷蔵保存では1週間で飲みきる。(ヌ)ペットボトルを使用し、ガラス容器は使わない。(ル)使用開始後は水の中に浸すようにし、できるだけ空気と接触しない。以上を管理の要点とする。
【0021】
尚、本発明の水素水発生具Aを、図示しない水素水発生用の容器に収容する際に、当該容器の投入口(開口部)には、活性炭フィルター、鉱石セラミックフィルター、濾過用フィルター、又は麦飯石フィルター等で構成されているフィルター(多数枚のフィルター、又は多重フィルター)を設けて、このフィルターで、水の純粋化(清澄化)、雑菌除去、又は臭気除去等を図ることが理想である。
【0022】
【発明の効果】
請求項1の発明は、板状の金属素材を筒状に曲折して成形した筒状本体と、筒状本体の曲折接合部を付合せて設けたスリットと、筒状本体に開設した多数の透孔と、筒状本体の一方と、他方に設けた開口と、開口を閉塞するキャップとで構成した容器に収容する水素水生成用の簡易型水素水発生具であって、
筒状本体に、少なくとも、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、透孔に浸透する容器内の水との接触を利用して、水素水の生成を可能とし、
また、筒状本体に設けるキャップの径の大小で、スリットの隙間調整を可能とした水素水生成用の簡易型水素水発生具である。
【0023】
従って、請求項1は、一般家庭用として簡易な設置が図れること、低コストによる水素水発生具として利用できること、又は家庭に常備して、毎日使用するに最適な構造の水素水発生具を提供できること、等の特徴を有する。
【0024】
請求項2の発明は、請求項1に記載の水素水生成用の簡易型水素水発生具であって、
筒状本体の開口の外周辺に係止用窪みを形成し、またキャップの内周辺に係止用突起を設ける構成とした水素水生成用の簡易型水素水発生具である。
【0025】
従って、請求項2は、請求項1の目的を達成するに最適な水素水発生具を提供できる。
【0026】
請求項3の発明は、請求項1に記載の水素水生成用の簡易型水素水発生具であって、
水素水発生体を構成する粒子の混合割合は、重量%で、マグネシウム15、黒曜石15、トルマリン15、抗菌砂30、風化サンゴ25とする構成とした水素水生成用の簡易型水素水発生具である。
【0027】
従って、請求項3は、請求項1の目的を達成しつつ、清澄化された飲料水(水素水)を生成するに最適な水素水発生具を提供できる。
【図面の簡単な説明】
【図1】本発明の水素水発生具の一例を示す一部欠截の分解斜視図
【図2】本発明の水素水発生具の一例を示す完成した斜視図
【図3】本発明の水素水発生具を構成する金属素材の一例を示す斜視図
【図4】本発明の水素水発生具を構成する水素水発生体の一例を示す一部欠截の斜視図
【符号の説明】
A 水素水発生具
1 筒状本体
1a 開口
1b 開口
100 透孔
101 金属素材
102a 係止部
102b 係止部
2 キャップ
200 係止部
20 キャップ
2000 係止部
3 水素水発生体
300 袋
301 粒子
[0001]
[Industrial application fields]
The present invention relates to a simplified hydrogen water generator for generating hydrogen water (this hydrogen water is water containing hydrogen molecules).
[0002]
[Prior art]
Conventionally, as a hydrogen water generator of this type and a hydrogen water generator, there are a method for manufacturing water having active hydrogen and a manufacturing device (referred to as literature) disclosed in Japanese Patent Laid-Open No. 2000-176465. The contents consist of a tank and a first rock container that contains rocks composed of at least one of obsidian or quartz, and a second rock container that contains rocks communicating with the first rock container. The water in the tank is passed through the rocks of the first rock storage container and the second rock storage container, the water passed through this rock is returned to the tank, and the water is circulated through the rock many times to contain active hydrogen in the water. Intended to be. In this way, the water is circulated between the tank and the first and second rock storage containers, and the water used for beverages such as tap water or the like can be used in beverages such as tap water or the like containing active hydrogen. There are features such as being able to be converted into drinking water and being able to easily produce a large amount of drinking water containing this active hydrogen.
[0003]
[Problems to be solved by the invention]
Said document is suitable for the production of water with active hydrogen (drinking water). However, when considering the structure or arrangement of members (parts) constituting the apparatus, it is a manufacturing method for a large company and a manufacturing apparatus.
[0004]
The invention of this document is a structure in which large-sized containers called first and second rock containers are filled with rocks for generating active hydrogen. Therefore, it is useful in large-scale stores (supermarkets), factories, large-scale hospitals, and the like. However, for example, it does not have conditions required as a generator for generating hydrogen water for household use. For example, it is considered that there is no sufficient consideration regarding simple installation, provision at a low cost, or use at home for daily use.
[0005]
The present invention provides a hydrogen water generator that can be easily installed for home use or can be provided at low cost, or a hydrogen water generator that is suitable for daily use at home. To do, etc.
[0006]
[Means for Solving the Problems]
The invention of claim 1 can be easily installed for general household use, can be used as a low-cost hydrogen water generating generator, or has a hydrogen water generator having a structure optimal for daily use at home. It is intended to be provided.
[0007]
The first aspect of the present invention is a cylindrical main body formed by bending a plate-shaped metal material into a cylindrical shape, a slit provided with a bent joint portion of the cylindrical main body, and a number of openings established in the cylindrical main body. A simple hydrogen water generator for generating hydrogen water to be accommodated in a container constituted by a through hole, one of the cylindrical main body, an opening provided in the other, and a cap closing the opening,
The cylindrical main body is filled with a hydrogen water generator composed of at least magnesium-containing particles surrounded by a non-woven bag, and the hydrogen water generator particles and water in the container penetrating into the through-holes are filled. Enables the generation of hydrogen water using contact with
In addition, the present invention is a simple hydrogen water generator for generating hydrogen water, which is capable of adjusting the gap between the slits with the size of the cap provided on the cylindrical main body.
[0008]
The invention of claim 2 is intended to provide an optimum hydrogen water generator for achieving the object of claim 1.
[0009]
Claim 2 is a simple hydrogen water generator for hydrogen water generation according to claim 1,
This is a simple hydrogen water generator for generating hydrogen water in which a locking recess is formed in the outer periphery of the opening of the cylindrical body, and a locking protrusion is provided in the inner periphery of the cap.
[0010]
The invention of claim 3 intends to provide a hydrogen water generator that is optimal for producing clarified drinking water (hydrogen water) while achieving the object of claim 1.
[0011]
Claim 3 is a simple hydrogen water generator for hydrogen water generation according to claim 1,
The mixing ratio of the particles constituting the hydrogen water generator is, by weight%, a simple hydrogen water generator for generating hydrogen water having a structure of magnesium 15, obsidian 15, tourmaline 15, antibacterial sand 30, and weathered coral 25. It is.
[0012]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, embodiments (forms) of the present invention will be described. Water pipe using an open / close lid of a container for hydrogen water generation (not shown) (including various large or small devices / containers, pots, bottles, bottles, kettles, water tanks, etc.) or a hose provided on the connection pipe of the device body For example, tap water, drinking water or the like is introduced into the container through an open / close lid or a hose and a connecting pipe (referred to as a hose). In addition, in this charging process, clarification or various mineral components, ionic components, etc. are obtained through multiple and exchangeable multiple filters (filters) having various functions provided below the charging port. By converting it into water (alkaline ionized water, mineral magnetized water, or negative ionized water, “treated water”), staying at the bottom of the container, and contacting the hydrogen water generator provided on the bottom, It is converted into water having active hydrogen (hydrogen water or reduced water). That is, treated water becomes hydrogen water by contacting magnesium, obsidian, tourmaline, antibacterial sand, weathered coral and the like filled in the cylindrical main body, and remains in the container. In addition, it is also possible to clarify using a filter again if necessary. And when the cylindrical body is made of a magnesium metal material, the generation of active water, the improvement of hydrogen content, the generation of auxiliary water for disease healing power, the antibacterial effect, or the improvement of synergistic effects with the activation described later Etc. can be ensured. In addition, when the cylindrical main body is made of a stainless metal material, it is possible to ensure effectiveness such as high-grade sensation, improved aesthetics, and improved durability. The container may be made of other materials such as plastic and cloth.
[0013]
The hydrogen water in the container is heated by a heater, cooled by a cooler, or kept at room temperature. Also, by opening the cock provided in the container, it can be used as drinking water, cooking water, or water for other purposes at any time. For example, when used as drinking water, it can contribute to the activation of cells, blood, intestinal microorganisms, skin, hair, etc. in the body by eliminating active enzymes (waste products) in the body. In addition, it has features such as being able to enjoy a healthy life by erasing active enzymes that are the source of diseases and functional disorders, helping to cure diseases, and helping to eliminate constipation.
[0014]
As described above, by heating or cooling, there are characteristics that can be used for storage of hydrogen water, conditions suitable for beverages, cooking, and the like, and optimal and effective use of this hydrogen water. In addition, in the case of storing in a sealed container, long-term preservation (preventing corruption or ensuring taste, odor, etc.) and prevention of invasion of germs can be achieved.
[0015]
In addition, the inside of the container is opened by opening the lid and removing the filter provided at the inlet, so that the inside can be cleaned, the waste can be removed, the hydrogen water generator can be easily replaced, the installation location can be changed, etc. Plan. In addition, an accessory such as a handle or handle is provided in the hydrogen water generator to help improve transportation and handling, and ensure convenience.
[0016]
【Example】
An embodiment of the present invention will be described below.
[0017]
The cylindrical main body 1 made of a metal material constituting the hydrogen water generator A is formed by bending a plate-shaped metal material 101 having a large number of through holes 100 into a cylindrical shape. And this bending joined part employ | adopts means, such as adhesion | attachment or attachment, the attachment which ensured the slit. In the configuration in which this slit is provided, the contact efficiency with the hydrogen water generator can be secured. Further, it is possible to adjust the gap of the slit using the size of the cap diameter described later.
[0018]
In the figure, reference numeral 2 denotes a cap attached to at least one opening 1a of the cylindrical main body 1. The cap 2 is made of a magnesium metal material, a stainless metal material, a plastic material, ceramics, or the like. In the figure, reference numeral 20 denotes a cap attached to the other opening 1b. The structure conforms to the cap 2 in principle. And the cap 2 and the cylindrical main body 1 engage using the latching | locking part 200 and the latching | locking part 102a which were each provided. Moreover, the cap 20 and the cylindrical main body 1 are engaged using the latching | locking part 2000 and the latching | locking part 102b which were provided in each.
[0019]
The hydrogen water generator 3 constituting the hydrogen water generator A includes at least one or a plurality of granular materials such as a bag 300 made of non-woven fabric and magnesium, obsidian, tourmaline, antibacterial sand, weathered coral and the like filled in the bag 300. It consists of particles 301 mixed with seeds. The hydrogen water generator 3 is configured by housing the hydrogen water generator 3 in the container 1 and attaching caps 2 and 20 to the container 1. And the above-mentioned example is ideal for the mixing ratio of granular materials such as magnesium, obsidian, tourmaline, antibacterial sand, and weathered coral. However, it is possible to secure various hydrogen water generation and favorite hydrogen water generation by selecting particles 301 mixed with one or several kinds of granular materials such as magnesium, obsidian, tourmaline, antibacterial sand, weathered coral, etc. It has features such as hydrogen water suitable for the situation and the ability to generate hydrogen water suitable for physical condition and symptoms. The selection of the mixing ratio of the particles 301 and / or the granular material, particle size, and amount is an example, and is determined by the intended use, purpose, cost, hydrogen content ratio, and the like.
[0020]
An example of storage and effective use of the hydrogen water generator 3 will be described. [1] The expiration date is about 3 months when about 1.5 to 2.5 liters of hydrogen water is made for one day with one hydrogen water generator 3. [2] The care method is to wash the hydrogen water generator 3 and the plastic bottle with running water once a week. And preferably, once a month, the entire hydrogen water generator 3 is immersed in vinegar water diluted with an inexpensive brewing vinegar about 5 times, and is taken out after about 30 minutes and washed thoroughly with running water. As a precaution, it is desirable that vinegar is used in a thin state and the container is not covered. Do not leave it immersed for more than 1 hour. [3] Storage methods (a) Avoid places with high temperature and humidity, and direct sunlight. (B) Store in a well-ventilated place so as not to touch the air. (C) Keep out of reach of infants. (D) Use within 1 year as much as possible after opening. [4] Precautions for use: (e) Since the hydrogen water generator 3 always generates hydrogen, use it while it is put in (use and take it out and hydrogen will decrease immediately). (F) In order to prevent germs from entering the hydrogen water, it is better to drink the hydrogen water in a cup or other device if possible. (G) The water is not heated while the hydrogen water generator 3 is put. Further, the hydrogen water generator 3 is not put on hot water (heat-resistant temperature 65 ° C.). (H) Do not put the hydrogen water generator 3 in beverages other than water. (Li) Hydrogen water can be drunk in a day at room temperature or in a week for refrigerated storage. (Nu) Use plastic bottles and do not use glass containers. (L) After use, soak in water and avoid contact with air as much as possible. The above is the point of management.
[0021]
When the hydrogen water generator A of the present invention is housed in a hydrogen water generating container (not shown), an activated carbon filter, an ore ceramic filter, a filter for filtration, It is ideal to provide a filter (multiple filters or multiple filters) composed of a barley stone filter, etc., and to purify water (clarification), remove germs, or remove odors with this filter. is there.
[0022]
【The invention's effect】
The invention of claim 1 includes a cylindrical main body formed by bending a plate-shaped metal material into a cylindrical shape, a slit provided with a bent joint portion of the cylindrical main body, and a large number of openings established in the cylindrical main body. A simple hydrogen water generator for generating hydrogen water stored in a container composed of a through-hole, one of the cylindrical main body, an opening provided in the other, and a cap that closes the opening,
The cylindrical body is filled with a hydrogen water generator composed of at least magnesium-containing particles surrounded by a non-woven bag, and the hydrogen water generator particles are brought into contact with the water in the container penetrating the through holes. Use to enable the generation of hydrogen water,
Further, the present invention is a simple hydrogen water generating tool for generating hydrogen water, which is capable of adjusting the slit clearance by the size of the cap provided on the cylindrical main body.
[0023]
Accordingly, the first aspect of the present invention provides a hydrogen water generator having a structure that can be easily installed for general household use, can be used as a low-cost hydrogen water generator, or has a structure optimal for daily use at home. It has features such as being able to do so.
[0024]
The invention of claim 2 is a simplified hydrogen water generator for hydrogen water generation according to claim 1,
This is a simple hydrogen water generator for generating hydrogen water in which a recess for locking is formed on the outer periphery of the opening of the cylindrical main body, and a protrusion for locking is provided on the inner periphery of the cap.
[0025]
Accordingly, the second aspect of the present invention can provide an optimum hydrogen water generator for achieving the object of the first aspect.
[0026]
The invention of claim 3 is a simple hydrogen water generator for hydrogen water generation according to claim 1,
The mixing ratio of the particles constituting the hydrogen water generator is weight% and is a simple hydrogen water generator for generating hydrogen water that is composed of magnesium 15, obsidian 15, tourmaline 15, antibacterial sand 30, and weathered coral 25. is there.
[0027]
Accordingly, the third aspect of the present invention can provide an optimal hydrogen water generator for producing clarified drinking water (hydrogen water) while achieving the object of the first aspect.
[Brief description of the drawings]
FIG. 1 is an exploded perspective view of a partially cutaway view showing an example of the hydrogen water generator of the present invention. FIG. 2 is a completed perspective view showing an example of the hydrogen water generator of the present invention. FIG. 4 is a perspective view showing an example of a metal material constituting a water generator. FIG. 4 is a perspective view of a partly missing portion showing an example of a hydrogen water generator constituting a hydrogen water generator of the present invention.
A Hydrogen water generator 1 Tubular body 1a Opening 1b Opening 100 Through hole 101 Metal material 102a Locking part 102b Locking part 2 Cap 200 Locking part 20 Cap 2000 Locking part 3 Hydrogen water generator 300 Bag 301 Particles

Claims (3)

板状の金属素材を筒状に曲折して成形した筒状本体と、この筒状本体の曲折接合部を付合せて設けたスリットと、前記筒状本体に開設した多数の透孔と、前記筒状本体の一方と、他方に設けた開口と、この開口を閉塞するキャップとで構成した容器に収容する水素水生成用の簡易型水素水発生具であって、
前記筒状本体に、少なくとも、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、この水素水発生体の粒子と、前記透孔に浸透する前記容器内の水との接触を利用して、水素水の生成を可能とし、
また、前記筒状本体に設けるキャップの径の大小で、前記スリットの隙間調整を可能とした水素水生成用の簡易型水素水発生具
A cylindrical main body formed by bending a plate-shaped metal material into a cylindrical shape, a slit provided with a bent joint portion of the cylindrical main body, a large number of through holes established in the cylindrical main body, A simple hydrogen water generator for generating hydrogen water to be accommodated in a container constituted by one of the cylindrical main body , an opening provided in the other, and a cap that closes the opening,
The cylindrical main body is filled with a hydrogen water generator composed of at least magnesium-containing particles surrounded by a non-woven bag, and the hydrogen water generator particles and water in the container penetrating into the through-holes are filled. Enables the generation of hydrogen water using contact with
In addition, a simple hydrogen water generator for generating hydrogen water that can adjust the gap between the slits with a diameter of a cap provided on the cylindrical main body .
請求項1に記載の水素水生成用の簡易型水素水発生具であって、
前記筒状本体の開口の外周辺に係止用窪みを形成し、またキャップの内周辺に係止用突起を設ける構成とした水素水生成用の簡易型水素水発生具
A simple hydrogen water generator for generating hydrogen water according to claim 1,
The cylindrical indentations for engagement formed on the outer periphery of the opening of the body, also configuration and the simplified hydrogen water generating device for hydrogen water generator provided with a locking projection on the inner periphery of the cap.
請求項1に記載の水素水生成用の簡易型水素水発生具であって、
前記水素水発生体を構成する粒子の混合割合は、重量%で、マグネシウム15、黒曜石15、トルマリン15、抗菌砂30、風化サンゴ25とする構成とした水素水生成用の簡易型水素水発生具
A simple hydrogen water generator for generating hydrogen water according to claim 1,
The mixing ratio of the particles constituting the hydrogen water generator, by weight%, magnesium 15, obsidian 15, tourmaline 15, antibacterial sand 30, configuration and the simplified hydrogen water generating device for hydrogen water generator to weathered coral 25 .
JP2003123565A 2003-04-28 2003-04-28 Simplified hydrogen water generator for hydrogen water generation Expired - Fee Related JP4378525B2 (en)

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