JP3226401U - Hydrogen water atomization fusion device that can enhance absorption of hydrogen molecules in human body - Google Patents

Hydrogen water atomization fusion device that can enhance absorption of hydrogen molecules in human body Download PDF

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JP3226401U
JP3226401U JP2020000195U JP2020000195U JP3226401U JP 3226401 U JP3226401 U JP 3226401U JP 2020000195 U JP2020000195 U JP 2020000195U JP 2020000195 U JP2020000195 U JP 2020000195U JP 3226401 U JP3226401 U JP 3226401U
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韓秉叡
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Abstract

【課題】水素分子を有効に水に溶存させ、効率よく呼吸によって人体に吸収させる装置を提供する。【解決手段】人体の水素分子吸収を高めることができる水素水霧化溶合装置であって、第一収納体10と、第二収納体20と、水素発生モジュール30と、超音波振動機40を含み、第一収納体には清浄水液が収納されており、かつ制御バルブ202によって水位を制御し第二収納体と連通している。第二収納体は、水素発生モジュールに接続されており、水素発生モジュールは第二収納体に送入された清浄水液により生成した水素と水素水を第一収納体に送り、第一収納体を高溶合水素水と大量の水素で満たし、超音波振動機の作動により、第一収納体内の高溶合水素水は大量の水素霧を発生して水素と結合し、極微細粒エアロゾル形態の水素霧滴を放出して、人体の呼吸摂取に供給することにより、人体の水素分子の吸収効率を高め、所望の使用目的と効果を達成する。【選択図】図1PROBLEM TO BE SOLVED: To provide a device in which hydrogen molecules are effectively dissolved in water and efficiently absorbed by the human body by respiration. A hydrogen water atomization and fusion device capable of enhancing absorption of hydrogen molecules in a human body, including a first container 10, a second container 20, a hydrogen generation module 30, and an ultrasonic vibrator 40. The first storage body contains the clean water liquid, and the water level is controlled by the control valve 202 to communicate with the second storage body. The second storage body is connected to the hydrogen generation module, and the hydrogen generation module sends hydrogen and hydrogen water generated by the clean water liquid fed into the second storage body to the first storage body, and the first storage body. Filled with high-melting hydrogen water and a large amount of hydrogen, and by the operation of the ultrasonic vibrator, the high-melting hydrogen water in the first container generates a large amount of hydrogen mist and combines with hydrogen, forming an ultrafine particle aerosol form. The hydrogen atomized mist droplets are released and supplied to the human body for inhalation to enhance the absorption efficiency of hydrogen molecules in the human body and achieve the desired purpose and effect. [Selection diagram] Figure 1

Description

本考案は、人体の水素分子吸収を高めることができる水素水霧化溶合装置に関すもので、特にコンパクトで、操作しやすく、便利に、水素分子を有効に水気に溶存させ、かつ効率よく呼吸を通して人体に拡散浸透して、所望の保健と護身効果を達して、実用性が極めて高い、理想的で進歩性のある水素水霧化溶合装置に関する。 The present invention relates to a hydrogen water atomization and fusion device capable of enhancing the absorption of hydrogen molecules in the human body, and is particularly compact, easy to operate, convenient, and convenient in which hydrogen molecules are effectively dissolved in water and efficiently. The present invention relates to an ideal and inventive hydrogen atomization fusion device that diffuses and penetrates the human body through breathing, achieves desired health and self-protection effects, and is extremely practical.

人体の正常な新陳代謝は一種の酸化反応であり、自然にフリーラジカルが発生する、フリーラジカルは非常に酸化力が強く、細胞を攻撃して細胞にダメージを与える、研究によると、フリーラジカルは慢性病、ガン、さらには老化の要因である。 The normal metabolism of the human body is a kind of oxidative reaction, in which free radicals are naturally generated. Free radicals have a very strong oxidative power, attacking cells and damaging cells. According to research, free radicals are a chronic disease. , Cancer and even aging.

また、水素は一種の還元力の強い抗酸化物質であり、研究によると、フリーラジカルは吸入した水素と水になって体外に排出することができ、そのため水素によって人体のフリーラジカルの数を減らすことにより、酸性体質を健康なアルカリ性体質に還元する機能をもたらし、抗酸化、老化防止、さらには慢性疾患の緩和及び美容の効果をもたらす。 In addition, hydrogen is a kind of antioxidant with strong reducing power, and according to research, free radicals can be inhaled hydrogen and water to be discharged to the outside of the body, which reduces the number of free radicals in the human body. This brings about the function of reducing the acidic constitution to a healthy alkaline constitution, and brings about the effects of antioxidant, anti-aging, and alleviation of chronic diseases and beauty.

前記のように、フリーラジカルは吸入した水素と水になって体外へ排出することができるものの、水素は水に溶けにくいため、呼吸によって吸入された水素の大部分は吐き出されてしまい、本当に摂取される水素分子の比率は極めて低い、そのため水素量を増やすか、水素吸引時間を増やすなどして低吸収率を補う。 As mentioned above, free radicals can be discharged into the body as inhaled hydrogen and water, but since hydrogen is difficult to dissolve in water, most of the inhaled hydrogen is exhaled, and it is really ingested. The ratio of hydrogen molecules generated is extremely low. Therefore, increase the amount of hydrogen or increase the hydrogen suction time to compensate for the low absorption rate.

すなわち、細胞は主に拡散作用によってガス分子が細胞膜を行き来する、水素分子も例外でなく、水素分子がガスの状態で肺胞に入るには、まず細胞の外表面を被覆する薄い水の中に溶存したのちに、水素分子が拡散によって細胞内に進入する、肺胞細胞の表面に密に分布した毛細血管を通して、前記溶存した水素分子が血流にのって各臓器に、または拡散により近傍に拡散する。このことから、水素分子がまず胸外体液の水の中に溶存することが、体に水素分子を取り込める量のキーポイントである。 That is, in cells, gas molecules move back and forth across cell membranes mainly by diffusion, hydrogen molecules are no exception, and hydrogen molecules enter the alveoli in the gas state. After the dissolved hydrogen molecules enter into the cell by diffusion, the dissolved hydrogen molecules flow into the bloodstream through the capillaries densely distributed on the surface of the alveolar cells to each organ, or by diffusion. Spread in the vicinity. From this, it is a key point for the amount of hydrogen molecules to be taken up by the body that the hydrogen molecules are first dissolved in the water of extrathoracic fluid.

言い換えると、どのように水素分子を有効的に水に溶存させ、効率よく呼吸によって人体に拡散して入れることが、本領域での克服と達成すべき目標である。 In other words, how to effectively dissolve hydrogen molecules in water and diffuse them efficiently into the human body by breathing is the goal to be overcome and achieved in this area.

本考案の主に人体の水素分子吸収を高めることができる水素水霧化溶合装置は、水素分子を先に有効的に清浄水液に溶存させ高溶合水素水を形成し、かつ前記高溶合水素水を水素霧形態にて大量の水素分子と再結合して、極微細粒エアロゾル形態の水素霧滴を人体の呼吸摂取に供給して、前記人体に吸引された水素霧滴は気道で拡散作用により毛細血管や肺の組織に、自然に、前記水素分子の人体摂取吸収効率を高め、所望の保健と護身効果を達成することを目的とする。 The hydrogen atomizing and fusing device of the present invention, which is mainly capable of enhancing the absorption of hydrogen molecules in the human body, effectively dissolves the hydrogen molecules in the clean water solution first to form the highly-fused hydrogen water. By recombining the fused hydrogen water with a large amount of hydrogen molecules in the form of hydrogen mist, the atomized hydrogen mist in the form of ultrafine aerosol is supplied to the respiratory intake of the human body. In order to achieve desired health and self-defense effects, the efficiency of human body uptake and absorption of the hydrogen molecules is naturally increased in capillaries and lung tissues by the diffusion action.

前期目的を達成するために、本考案は第一収納体と、第二収納体と、水素発生モジュールと、超音波振動機を含み、前記第一収納体には清浄水液が収納されており、かつ制御ルバルブによって水位を制御し第二収納体と連通している。前記排前記第二収納体は、水素発生モジュールに接続されており、前記水素発生モジュールは第二収納体に送入された清浄水液により生成した水素と水素水を第一収納体に送り、第一収納体を高溶合水素水と大量の水素で満たし、超音波振動機の作動により、第一収納体内の高溶合水素水は大量の水素霧を発生して水素と結合する、かつ極微細粒エアロゾル形態の水素霧滴を放出して、人体の呼吸摂取に供給しることにより、人体の水素分子の吸収効率を高め、所望の使用目的と効果を達成する。 In order to achieve the purpose of the first aspect, the present invention includes a first container, a second container, a hydrogen generation module, and an ultrasonic vibrator, and the first container contains clean water liquid. The water level is controlled by the control valve and communicates with the second container. The discharged second container is connected to a hydrogen generation module, the hydrogen generation module sends hydrogen and hydrogen water generated by the clean water liquid sent to the second container to the first container, The first container is filled with high-solubility hydrogen water and a large amount of hydrogen, and the ultrasonic vibrator operates to cause the high-solubility hydrogen water in the first container to generate a large amount of hydrogen mist to combine with hydrogen. By releasing hydrogen atomized droplets in the form of extremely fine-grained aerosol and supplying them to the respiratory intake of the human body, the absorption efficiency of hydrogen molecules in the human body is increased, and the desired purpose and effect of use are achieved.

本考案の目的、特徴と効果をより理解しやすくするために、以下に図面と実施例により詳しく説明する。 In order to make it easier to understand the purpose, features and effects of the present invention, a detailed description will be given below with reference to the drawings and embodiments.

図1は本考案の実施例を模式的に示した平面図である。FIG. 1 is a plan view schematically showing an embodiment of the present invention.

図1に示したように、本考案の人体の水素分子吸収を高めることができる水素水霧化溶合装置は、主に、第一収納体10と、第二収納体20と、水素発生モジュール30と、超音波振動機40が設けられている。 As shown in FIG. 1, the hydrogen water atomization and fusion device of the present invention capable of enhancing absorption of hydrogen molecules in the human body is mainly composed of a first container 10, a second container 20, and a hydrogen generation module. 30 and an ultrasonic vibrator 40 are provided.

そのうち、前記第一収納体10には所定量の清浄水液が収納されており、中に連通している霧化槽101が設けられている、霧化槽101の下部は所定の高さの清浄水液に覆われ、霧化槽101の上部は排気路102が設けられており、前記排気路102は外部に連通しており、かつ送気管103に接続されている。 Among them, a predetermined amount of clean water liquid is stored in the first container 10, and an atomizing tank 101 communicating therewith is provided. The lower part of the atomizing tank 101 has a predetermined height. An exhaust passage 102 is provided in the upper part of the atomizing tank 101, which is covered with clean water liquid, and the exhaust passage 102 communicates with the outside and is connected to an air supply pipe 103.

前記第二収納体20には給水管201と制御バルブ202が設けられており、第一収納体10に接続されており、第一収納体10から清浄水液を送入することができる、外部に連通する一排気管203が設けられており、そのうち、前記制御バルブ202は電磁バルブであってもよく、第一収納体10から第二収納体20に清浄水液を設定量送入することを制御できることにより、第一収納体10と第二収納体20内の水位を随時設定高さに維持することができる。 The second container 20 is provided with a water supply pipe 201 and a control valve 202, is connected to the first container 10, and can transfer clean water liquid from the first container 10. External There is provided one exhaust pipe 203 which communicates with the control valve 202, and the control valve 202 may be an electromagnetic valve, and a set amount of clean water is fed from the first container 10 to the second container 20. By controlling the above, the water levels in the first container 10 and the second container 20 can be maintained at the set height at any time.

前記水素発生モジュール30には、第二収納体20に接続されている送入ジョイント301と送出ジョイント302が設けられており、第一収納体10に接続している送出管303が設けられ、第二収納体20に送入された清浄水液によって生成した水素と水素水を、送出管303を通して第一収納体10に送入する、並びに第二収納体20に送入された清浄水液によって生成した酸素と水液を、送出ジョイント302によって第二収納体20に送り返す、そのうち、前記送出管303の送出口3031は第一収納体10の霧化槽101に対応しており、送入した水素を直接霧化槽101内に収集する、また前記水素水が第一収納体10に送入された後、第一収納体10内の清浄水液を高溶合水素水にすることができる。 The hydrogen generation module 30 is provided with a feed joint 301 and a feed joint 302 connected to the second container 20, and a feed pipe 303 connected to the first container 10, and Hydrogen and hydrogen water generated by the clean water liquid sent to the second container 20 are sent to the first container 10 through the delivery pipe 303, and the clean water liquid sent to the second container 20 is used. The generated oxygen and water liquid are sent back to the second container 20 by the sending joint 302, of which the sending port 3031 of the sending pipe 303 corresponds to the atomizing tank 101 of the first housing 10 and sent in. Hydrogen can be directly collected in the atomization tank 101, and after the hydrogen water is fed into the first container 10, the clean water liquid in the first container 10 can be made into highly soluble hydrogen water. ..

超音波振動機40は、第一収納体10に設置されており霧化槽101に対応している、第一収納体10内の高溶合水素水を振動により大量の水素霧を形成して霧化槽101に収集される、前記形成した大量の水素霧は霧化槽101に収集された水素と再度結合する、またこれにより極微細粒(PM10以下)エアロゾル(aerosol)形態の水素霧滴A(Hydrogen mist)が霧化槽101を充満する、そして前記極微細粒エアロゾル形態の水素霧滴Aは排気路102と送気管103を通して外に放出する。 The ultrasonic vibrator 40 is installed in the first container 10 and corresponds to the atomization tank 101, and forms a large amount of hydrogen mist by vibrating the high-melting hydrogen water in the first container 10. The formed large amount of hydrogen mist collected in the atomization tank 101 is recombined with hydrogen collected in the atomization tank 101, and as a result, hydrogen atomized droplets in the form of ultrafine particles (PM10 or less) aerosol are formed. A (Hydrogen mist) fills the atomization tank 101, and the atomized hydrogen atom A in the form of the ultrafine particle aerosol is discharged to the outside through the exhaust passage 102 and the air supply pipe 103.

前記のように、前記水素発生モジュール30によって生成した酸素と水液は、送出ジョイント302を通して、共に第二収納体20に送入した後、前記第二収納体20には外部に連通した排気管203が設けられているため、前記第二収納体20に送入した酸素はスムーズに排気管203より排出されるだけでなく、前記第二収納体20内に送入した水液はさらに循環再利用され、水資源の節約効果を奏でることができる。 As described above, the oxygen and the water liquid generated by the hydrogen generation module 30 are both sent into the second container 20 through the delivery joint 302, and then the exhaust pipe communicated with the outside of the second container 20. Since 203 is provided, not only the oxygen introduced into the second container 20 is smoothly discharged through the exhaust pipe 203, but the water liquid introduced into the second container 20 is further circulated and recycled. It can be used to save water resources.

すなわち、前記構成の本考案を利用して、第一収納体10内の清浄水液が給水管201を通して第二収納体20に入ると、第二収納体20内の清浄水液がまた送入ジョイント301より水素発生モジュール30へ送入され、水素発生モジュール30によって生成された酸素と水液が共に送出管302より第二収納体20に回送されるとともに、生成された水素と水素水は共に送出管303より第一収納体10に運ばれた後に、前記酸素と水液は共に第二収納体20へ送られる、そのため前記酸素がスムーズに排気管203より排出されるだけでなく、前記一緒に第二収納体20に入った水液はさらに循環再利用され、節水効果を奏でることができるとともに、前記送出管303の送出口3031は第一収納体10の霧化槽101に対応しているため、水素発生モジュール30によって生成された大量の水素は送出管303を通して送出した後、直接前記霧化槽101に収集され、前記継続的に水素と一緒に第一収納体10に送出される水素水は、元々第一収納体10に収納された清浄水液と徐々に高溶合水素水となる、続いて、前記第一収納体10内には超音波振動機40が設置されていて、かつ前記超音波振動機40は霧化槽101に対応しているため、第一収納体10内に収納されている高溶合水素水に振動により大量の水素霧を形成すると、前記形成された大量の水素霧は霧化槽101に収集される、また継続して霧化槽101に入ってきて、収集される大量の水素と再結合して極微細粒(PM10以下)エアロゾル(aerosol)形態の水素霧滴A(Hydrogen mist)が形成される状況にて、自然に、前記霧化槽101上部に設置された排気路102より、前記大量の水素分子を含有する極微細粒エアロゾル形態水素霧滴Aはスムーズに送気管103より外部に送出しることにより、人体が呼吸方式にて摂取する。 That is, when the clean water solution in the first container 10 enters the second container 20 through the water supply pipe 201 by using the present invention having the above structure, the clean water solution in the second container 20 is also fed. The oxygen and the water liquid produced by the hydrogen production module 30 are sent from the joint 301 to the second container 20 through the delivery pipe 302, and the produced hydrogen and the hydrogen water are produced together. After being conveyed from the delivery pipe 303 to the first container 10, the oxygen and the water liquid are both sent to the second container 20, so that the oxygen is not only smoothly discharged from the exhaust pipe 203, but also together with the above. In addition, the water liquid that has entered the second container 20 is further circulated and reused, so that a water saving effect can be achieved, and the outlet 3031 of the delivery pipe 303 corresponds to the atomization tank 101 of the first container 10. Therefore, a large amount of hydrogen generated by the hydrogen generation module 30 is directly delivered to the atomization tank 101 after being delivered through the delivery pipe 303, and continuously delivered to the first container 10 together with hydrogen. The hydrogen water gradually becomes highly soluble hydrogen water with the clean water liquid originally stored in the first container 10, and subsequently, the ultrasonic vibrator 40 is installed in the first container 10. Moreover, since the ultrasonic vibrator 40 corresponds to the atomization tank 101, if a large amount of hydrogen mist is formed by vibration in the high-melting hydrogen water stored in the first container 10, the above-mentioned formation will occur. A large amount of hydrogen mist is collected in the atomization tank 101, and continuously enters the atomization tank 101, and is recombined with the large amount of collected hydrogen to form ultrafine particles (PM10 or less) aerosol (aerosol). In the situation where the hydrogen atomized mist A (Hydrogen mist) is formed, the ultrafine particle aerosol form hydrogen naturally containing the large amount of hydrogen molecules is discharged from the exhaust passage 102 installed above the atomization tank 101. The fog droplet A is smoothly sent to the outside from the air supply pipe 103, so that the human body inhales it.

前記のように、前記第一収納体10の霧化槽101に充満収集された大量の水素と、前記超音波振動機40の作動により形成した大量の水素霧は、お互い霧化槽101内で再結合することができ、水素が十分水に溶存して極微細粒エアロゾル形態水素霧滴Aを形成すると、前記大量の水素分子を含有した極微細粒エアロゾル形態水素霧滴Aは、霧化槽101の排気道102と、排気管103を通して送出され、人体が呼吸方式にて吸入した後、気道に入った水素霧滴Aは自然に呼吸壁に衝突または触れた際に、すぐに拡散作用によって毛細血管の循環や肺の組織に入り、水素分子を素早く、高効率に吸収される。前記大量の水素分子は人体に高効率で摂取吸収される作用により、自然に、所望の保健と護身効果と目的をより高く達成する。 As described above, the large amount of hydrogen filled and collected in the atomization tank 101 of the first container 10 and the large amount of hydrogen mist formed by the operation of the ultrasonic vibrator 40 are in the atomization tank 101. When it can be recombined and hydrogen is sufficiently dissolved in water to form ultrafine particle aerosol form hydrogen atomized droplets A, the ultrafine particle aerosol type hydrogen atomized droplets A containing a large amount of hydrogen molecules are generated in the atomization tank. After being discharged through the exhaust passage 102 and the exhaust pipe 103 of 101, the human body inhales by the breathing method, the hydrogen atomized droplets A that enter the respiratory tract are immediately diffused when they collide with or touch the respiratory wall. It enters the circulation of capillaries and tissues of the lungs, and quickly absorbs hydrogen molecules with high efficiency. The large amount of hydrogen molecules are taken up and absorbed by the human body with high efficiency, so that the desired health, self-protection effect and purpose can be naturally achieved.

前記のように、前記第一収納体10と第二収納体20の水位は、制御回路や制御バルブ202によって自動に設定値に制御維持できると、適時清浄水液を供給補充して使用の安定性と安全性だけでなく、大量の水素霧滴Aの作成と送出も安定した供給により、本考案の使用効率をさらに高める効果をもたらす。 As described above, if the water level of the first container 10 and the second container 20 can be automatically controlled and maintained at the set value by the control circuit or the control valve 202, the clean water liquid is supplied and supplemented at appropriate times to stabilize the use. In addition to the safety and the safety, the stable supply of the production and delivery of a large amount of hydrogen atomized droplets A brings about the effect of further increasing the use efficiency of the present invention.

言い換えると、本考案によれば、少なくとも以下の利点が得られる: In other words, the invention provides at least the following advantages:

1.作成が簡単で、経済性がよい。 1. Easy to create and economical.

2.操作、使用しやすく、便利、実施の利便性がある。 2. It is easy to operate, convenient to use, and convenient to implement.

3.水素分子を有効に水に溶存させ極微細粒エアロゾル形態の水素霧滴を形成して、呼吸方式にて高効率に人体に拡散進入でき、所望の保健と護身効果を達成する。 3. Hydrogen molecules are effectively dissolved in water to form hydrogen atomized droplets in the form of ultrafine particle aerosol, which can diffuse into the human body with high efficiency by the breathing method and achieve the desired health and self-defense effects.

ただし、以上に述べたものは本考案の好ましい実施例であって、本考案の主旨のさらなる効果や変形は、本考案の請求の範囲に含まれるものである。 However, what has been described above is a preferred embodiment of the present invention, and further effects and modifications of the gist of the present invention are included in the claims of the present invention.

A:水素霧滴
10:第一収納体
101:霧化槽
102:排気路
103:送気管
20:第二収納体
201:給水管
202:制御バルブ
203:排気管
30:水素発生モジュール
301:送入ジョイント
302:送出ジョイント
303:送出管
3031:出口
40:超音波振動機
A: Hydrogen fog drop 10: First storage body 101: Atomization tank 102: Exhaust passage 103: Air supply pipe 20: Second storage body 201: Water supply pipe 202: Control valve 203: Exhaust pipe 30: Hydrogen generation module 301: Transmission Input joint 302: Output joint 303: Output pipe 3031: Outlet 40: Ultrasonic vibrator

Claims (5)

第一収納体と、第二収納体と、水素発生モジュールと、超音波振動機を含む、人体の水素分子吸収を高めることができる水素水霧化溶合装置であって、
前記第一収納体には、所定量の清浄水液が収納されており、排気管が設けられ、外部と連通しており、
前記第二収納体には、給水管が第一収納体に接続されており、所定量の清浄水液が収納されており、排気管が設けられ、外部と連通しており、
前記水素発生モジュールには、第二収納体に接続されている送入ポートと送出ポートが設けられており、また第一収納体に接続されている送出チューブが設けられており、送入ポートより第二収納体の清浄水液が送入され、送出ポートから生成した酸素と水液を送出し、送出チューブから生成した水素や水素水を送出し、かつ送出チューブの送出ゲートより第一収納体に送り込み、
前記超音波振動装置は、第一収納体内に設置され、第一収納体内の水液を振動して水素霧を生成する、
人体の水素分子吸収を高めることができる水素水霧化溶合装置。
A first water container, a second water container, a hydrogen generation module, a hydrogen water atomization fusion device capable of enhancing absorption of hydrogen molecules in a human body, including an ultrasonic vibrator,
A predetermined amount of clean water liquid is stored in the first storage body, an exhaust pipe is provided, and communicates with the outside.
In the second storage body, a water supply pipe is connected to the first storage body, a predetermined amount of clean water liquid is stored, an exhaust pipe is provided, and communicates with the outside,
The hydrogen generation module is provided with an inlet port and an outlet port connected to the second container, and an outlet tube connected to the first container, and is provided from the inlet port. The clean water liquid in the second container is sent in, oxygen and water liquid are sent out from the sending port, hydrogen and hydrogen water generated from the sending tube are sent out, and the first containing member is sent from the sending gate of the sending tube. Sent to
The ultrasonic vibrating device is installed in the first container, and vibrates the water liquid in the first container to generate hydrogen mist.
A hydrogen water atomization fusion device that can enhance the absorption of hydrogen molecules in the human body.
前記第一収納体内には、連通している霧化槽が設けられており、前記霧化槽の下部は第一収納体に収納された水液に覆われていて、前記霧化槽は水素発生モジュールの送出管の送出口及び超音波振動機に対応しており、前記霧化槽の上部には外部に連通している排気路が設けられている、請求項1に記載の人体の水素分子吸収を高めることができる水素水霧化溶合装置。 A communicating atomizing tank is provided in the first container, and a lower portion of the atomizing tank is covered with water liquid stored in the first container, and the atomizing tank is hydrogen. The hydrogen of a human body according to claim 1, which is compatible with an outlet of a delivery pipe of a generation module and an ultrasonic vibrator, and is provided with an exhaust passage communicating with the outside at an upper portion of the atomization tank. A hydrogen water atomization fusion device that can enhance molecular absorption. 前記第一収納体の排気路は外部に連通している排気管と接続されている、請求項1に記載の人体の水素分子吸収を高めることができる水素水霧化溶合装置。 The hydrogen water atomization welding device according to claim 1, wherein the exhaust passage of the first container is connected to an exhaust pipe communicating with the outside. 前記第一収納体と第二収納体に接続している給水管には制御バルブが設けられており、前記制御バルブは第一収納体の水液が設定量第二収納体に入るように制御することにより、前記第一収納体と第二収納体の水位を設定高度に維持する請求項1に記載の人体の水素分子吸収を高めることができる水素水霧化溶合装置。 A control valve is provided in the water supply pipe connected to the first storage body and the second storage body, and the control valve controls the water solution of the first storage body to enter the set amount of the second storage body. The hydrogen water atomization welding device according to claim 1, wherein the water levels of the first container and the second container are maintained at a set altitude by doing so. 前記制御バルブは電磁バルブである、請求項4に記載の人体の水素分子吸収を高めることができる水素水霧化溶合装置。 The hydrogen water atomization fusion device according to claim 4, wherein the control valve is an electromagnetic valve.
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