JP2017209609A - Hydrogen water machine - Google Patents

Hydrogen water machine Download PDF

Info

Publication number
JP2017209609A
JP2017209609A JP2016103118A JP2016103118A JP2017209609A JP 2017209609 A JP2017209609 A JP 2017209609A JP 2016103118 A JP2016103118 A JP 2016103118A JP 2016103118 A JP2016103118 A JP 2016103118A JP 2017209609 A JP2017209609 A JP 2017209609A
Authority
JP
Japan
Prior art keywords
hydrogen
water
pipe
mixing
mixed
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP2016103118A
Other languages
Japanese (ja)
Other versions
JP6143395B1 (en
Inventor
錦滄 巫
Ching-Tsang Wu
錦滄 巫
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP2016103118A priority Critical patent/JP6143395B1/en
Application granted granted Critical
Publication of JP6143395B1 publication Critical patent/JP6143395B1/en
Publication of JP2017209609A publication Critical patent/JP2017209609A/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Classifications

    • 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

Landscapes

  • Hydrogen, Water And Hydrids (AREA)

Abstract

PROBLEM TO BE SOLVED: To provide a hydrogen water machine for lengthening a maintaining time of hydrogen dissolved in water, by enhancing the mixing effect of the water and the hydrogen.SOLUTION: A hydrogen water machine comprises a hydrogen generator 31 having a hydrogen source 311 and a hydrogen sending-out pipe 312, a water supply unit 32 having a water supply source 321 and a water sending-out pipe 322, a mixing flow pipe 331 connected to the hydrogen sending-out pipe 312 and the water sending-out pipe 322, a pressurizer 332 connected to the mixing flow pipe 331, a mixer 333 connected to the pressurizer 332, a mixing device 33 having an output pipe 334 connected to the mixer 333, and a round current pipe 34 for connecting the water sending-out pipe 322 and the output pipe 334, and in which hydrogen and water are mixed in the inside of the mixing flow pipe 331 to form hydrogen-mixed water, the hydrogen-mixed water is pressurized by the pressurizer 332 to cause the hydrogen to dissolve into the water and is atomized by the mixer 333 to increase a dissolved-in quantity of the hydrogen, then, hydrogen water produced in this way is outputted via the output pipe 334, and a part of the hydrogen water outputted from the output pipe 334 returns in the water sending-out pipe 322 via the round current pipe 34.SELECTED DRAWING: Figure 3

Description

本発明は、水素と液体を混合する水素水機に関する。   The present invention relates to a hydrogen water machine for mixing hydrogen and liquid.

ここ数年、人々の健康意識が高まり、多くの研究がなされる中、体重の６０％を占める体内の水は、酸素と各種栄養成分を身体全体に運び、老廃物を対外に排出するため、体内環境のバランスを保つことが重要であると認識されている。そこで、人体に有益な気体元素（水素元素等）と水を混合し、飲用可能な健康水を作り出す者が現れた。   In recent years, people's health consciousness has increased and many studies have been conducted, and the water in the body, which accounts for 60% of the body weight, carries oxygen and various nutrients throughout the body and discharges waste products to the outside. It is recognized that maintaining the balance of the body environment is important. Therefore, some people appeared to create drinkable health water by mixing gas elements (hydrogen element, etc.) beneficial to the human body and water.

水素を含む飲用水については一部研究で次のように認識されている。「水素は最も豊富な元素であり、物質の質量の約７５％を占め、人体を構成する元素のうち水素が６３％を占める。身体の三大栄養素の成分にはすべて水素が含まれ、水素は身体の主成分だけでなく、細胞を形成する蛋白質及び熱量源である炭水化物等の重要成分の主構成物質である。よって、水素を含む飲用水は人体の健康に役立つ。」このため、水素水を生成する水素水機が市場に出現した。   Some studies have recognized that drinking water containing hydrogen is as follows. "Hydrogen is the most abundant element, accounting for about 75% of the mass of the substance, and 63% of the elements that make up the human body. All three of the body's three nutrients contain hydrogen, Is not only the main component of the body, but also the main constituents of important components such as proteins that form cells and carbohydrates that are the calorie source, so drinking water containing hydrogen is useful for human health. Hydrogen water machines that produce water have appeared on the market.

図１に示すとおり、従来の水素水機１は、水素送出管１１、飲用水送出管１２、水素送出管１１と飲用水送出管１２にそれぞれ連結する混合装置１３、及び飲用水送出管１２に設ける加圧器１４を備える。混合装置１３はＴ字型の三叉管状であり、三つの端部を有する。混合装置１３の第一端は水素送出管１１に連結し、第二端は飲用水送出管１２に連結し、第三端は水素水混合出力端に連結する。
図２に示すとおり、使用時には、飲用水送出管１２を通過する飲用水が加圧器１４により圧力を加えられて混合装置１３に送られ、それと同時に水素も水素送出管１１を通過して混合装置１３に送られる。その後、飲用水と水素は混合装置１３内で混合されて水素を含む飲用水が作り出され、水素を含む飲用水はさらに、混合装置１３の出力端より送り出されて飲用として供給される。 As shown in FIG. 1, the conventional hydrogen water machine 1 includes a hydrogen delivery pipe 11, a drinking water delivery pipe 12, a mixing device 13 connected to the hydrogen delivery pipe 11 and the drinking water delivery pipe 12, and a drinking water delivery pipe 12. A pressurizer 14 is provided. The mixing device 13 is a T-shaped trident tube and has three ends. A first end of the mixing device 13 is connected to the hydrogen delivery pipe 11, a second end is connected to the drinking water delivery pipe 12, and a third end is connected to the hydrogen water mixing output end.
As shown in FIG. 2, at the time of use, the drinking water passing through the drinking water delivery pipe 12 is pressurized by the pressurizer 14 and sent to the mixing device 13, and at the same time, hydrogen passes through the hydrogen delivery pipe 11 and is mixed. 13. Thereafter, the drinking water and hydrogen are mixed in the mixing device 13 to produce drinking water containing hydrogen, and the drinking water containing hydrogen is further fed from the output end of the mixing device 13 and supplied for drinking.

しかしながら、実際に使用してみると、上記従来の水素水機１は水素と水を混合状態にすることはできるが、混合装置１３での水素と水が相互に接触し混合される時間が短いため、製造後の飲用水中の水素含量を効果的に高めることができない。また、飲用水と水素を混合する時間が足りない故、飲用水中の水素を水中に溶かす時間が短く、水素が水と分離しやすくなり、飲用水中の水素含量が急速に低下してしまう。特に水素を含む飲用水は放置する時間が長ければ長いほど水素含量が大幅に減少するため、水素を含む飲用水は製造後すぐに飲み終わらなければならず、さもなくば水素含量が大幅に減少してしまう。
従って、体積を大幅に増加させないという条件のもと、水素と水の混合効果を高めて、飲用水中の水素含量を高め、送り出した後の飲用水の水素濃度を安定させる（すなわち、生成後の飲用水中の水素の分離速度を低下させる）ことが目標となっている。
本発明が解決しようとする課題は、水と水素の混合効果を効果的に高め、水中に溶ける水素の維持時間を延ばす水素水機を提供することにある。 However, when actually used, the conventional hydrogen water machine 1 can bring hydrogen and water into a mixed state, but the time for the hydrogen and water in the mixing device 13 to contact and mix with each other is short. Therefore, the hydrogen content in the potable water after production cannot be effectively increased. Also, because there is not enough time to mix potable water and hydrogen, the time to dissolve hydrogen in potable water is short, it becomes easy to separate hydrogen from water, and the hydrogen content in potable water decreases rapidly. . In particular, drinking water containing hydrogen will significantly decrease the hydrogen content the longer it is left, so drinking water containing hydrogen must be drunk immediately after production, otherwise the hydrogen content will decrease significantly. Resulting in.
Therefore, under the condition that the volume is not increased significantly, the mixing effect of hydrogen and water is enhanced, the hydrogen content in drinking water is increased, and the hydrogen concentration of drinking water after delivery is stabilized (ie, after generation) Reduction of hydrogen separation rate in drinking water).
The problem to be solved by the present invention is to provide a hydrogen water machine that effectively enhances the mixing effect of water and hydrogen and extends the maintenance time of hydrogen dissolved in water.

本発明は、水素発生器と水供給器と混合装置を備える水素水機に関し、前記水素発生器は、水素を発生する水素源、及び前記水素源に連結して水素を出力させる水素送出管を備え、前記水供給器は、水をおさめる供給源、及び前記供給源に連結して水を出力させる水送出管を備え、前記混合装置は、前記水素送出管と前記水送出管にそれぞれ連結される混流管、前記混流管に連結する加圧器、前記加圧器に連結する混合器、及び前記混合器に連結し混合器で混合された後の水を出力する出力管を備え、前記混流管内部には混合通路を形成し、前記水素送出管からの水素と前記水送出管からの水は混合通路内で混ぜ合わされて水素混合水となり、前記水素混合水は前記加圧器で加圧されて水素が水中に溶け込み、前記混合器により霧化されて、水中に溶け込んだ水素の溶け込み量が増加した水素水となり、こうして作り出された水素水が前記出力管から出力され、前記水送出管と前記出力管との間が回流管で連結され、前記出力管から出力される前記水素水の一部が前記回流管を経て前記水送出管内にリターンする。   The present invention relates to a hydrogen water machine including a hydrogen generator, a water supply device, and a mixing device. The hydrogen generator includes a hydrogen source that generates hydrogen, and a hydrogen delivery pipe that is connected to the hydrogen source and outputs hydrogen. The water supply unit includes a supply source for containing water, and a water delivery pipe connected to the supply source to output water, and the mixing device is connected to the hydrogen delivery pipe and the water delivery pipe, respectively. A mixed flow pipe, a pressurizer connected to the mixed flow pipe, a mixer connected to the pressurizer, and an output pipe connected to the mixer and outputting water after being mixed in the mixer, A mixing passage is formed, and hydrogen from the hydrogen delivery pipe and water from the water delivery pipe are mixed in the mixing passage to form hydrogen mixed water, and the hydrogen mixed water is pressurized by the pressurizer to form hydrogen. Dissolved in water, atomized by the mixer, The amount of hydrogen dissolved in the hydrogen water is increased, hydrogen water thus produced is output from the output pipe, and the water delivery pipe and the output pipe are connected by a circulation pipe. A part of the hydrogen water outputted from is returned to the water delivery pipe through the circulation pipe.

前記回流管の内径は前記出力管の内径より小さくてもよい。
前記混合器は前記混流管に間隔をあけて設置する少なくとも二つの混合ユニットを備え、前記混合ユニットそれぞれに連結通路を形成し、前記連結通路の内径は前記混流管の内径より小さいことがある。
前記回流管に霧化器を設け、リターンする水素水を霧状化して前記水送出管に送るとよい。 The inner diameter of the circulation pipe may be smaller than the inner diameter of the output pipe.
The mixer may include at least two mixing units installed in the mixed flow pipe with a space therebetween, and a connecting passage may be formed in each of the mixing units, and an inner diameter of the connecting passage may be smaller than an inner diameter of the mixed flow pipe.
An atomizer may be provided in the circulation pipe, and the returning hydrogen water may be atomized and sent to the water delivery pipe.

本発明によれば、混合器による霧化によって、水中に溶け込んだ水素の溶け込み量を増加させると共に、混合装置と水供給器間に設けられた回流管によって、混合装置の出力管を流れる混合生成された水素水の一部が再び水送出管に流れ込み、水送出管を流れてきた水をその水素水と混合させた後、さらに混合装置内に送って水素と混合させるという循環作業が繰り返されるため、水と水素の接触時間を大幅に増加でき、水素水中の水素含量を効果的に高め、それと同時に、水中に溶けた水素の停留時間を延ばしてより優れた混合効果を実現する。   According to the present invention, the amount of hydrogen dissolved in the water is increased by atomization by the mixer, and the mixed flow that flows through the output pipe of the mixing device by the circulation pipe provided between the mixing device and the water supply device. A part of the hydrogen water that has flown again flows into the water delivery pipe, the water flowing through the water delivery pipe is mixed with the hydrogen water, and then the circulation operation is repeated in which the water is further fed into the mixing device and mixed with hydrogen. Therefore, the contact time between water and hydrogen can be greatly increased, the hydrogen content in hydrogen water can be effectively increased, and at the same time, the retention time of hydrogen dissolved in water can be extended to achieve a better mixing effect.

従来の水素水機の模式図である。It is a schematic diagram of the conventional hydrogen water machine. 従来の水素水機の混合装置を示す断面図である。It is sectional drawing which shows the mixing apparatus of the conventional hydrogen water machine. 本発明の実施例１を示す水素水機の斜視図である。It is a perspective view of the hydrogen water machine which shows Example 1 of the present invention. 本発明の実施例１を示す水素水機の断面図である。It is sectional drawing of the hydrogen water machine which shows Example 1 of this invention. 本発明の実施例１を示す水素水機の作動状態における断面図である。It is sectional drawing in the operating state of the hydrogen water machine which shows Example 1 of this invention. 本発明の実施例２を示す水素水機の断面図である。It is sectional drawing of the hydrogen water machine which shows Example 2 of this invention. 本発明の実施例２を示す水素水機の混合装置の拡大断面図である。It is an expanded sectional view of the mixing device of the hydrogen water machine which shows Example 2 of the present invention. 本発明の実施例２を示す水素水機の作動状態における断面図である。It is sectional drawing in the operation state of the hydrogen water machine which shows Example 2 of this invention.

以下、本発明の実施例を図面に基づいて詳細に説明する。
図３〜図５は、本発明の実施例１を示す。
図３に示すように、水素水機３は、水素発生器３１、水供給器３２、水素発生器３１と水供給器３２それぞれに連結する混合装置３３、混合装置３３と水供給器３２間に連結する回流管３４を備える。
水素発生器３１は、水素を発生させる水素源３１１及び水素源３１１に連結し水素を出力する水素送出管３１２を備える。また、水供給器３２は、水をおさめる供給源３２１及び供給源３２１に連結して水を出力させる水送出管３２２を備える。 Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
3 to 5 show Embodiment 1 of the present invention.
As shown in FIG. 3, the hydrogen water machine 3 includes a hydrogen generator 31, a water supply device 32, a mixing device 33 connected to the hydrogen generator 31 and the water supply device 32, and a mixing device 33 and a water supply device 32. A circulation pipe 34 is provided.
The hydrogen generator 31 includes a hydrogen source 311 that generates hydrogen and a hydrogen delivery pipe 312 that is connected to the hydrogen source 311 and outputs hydrogen. The water supplier 32 includes a supply source 321 that stores water and a water delivery pipe 322 that is connected to the supply source 321 and outputs water.

図４に示すとおり、混合装置３３は、水素送出管３１２と水送出管３２２に連結する混流管３３１、混流管３３１に連結する加圧器３３２（簡単に図示）、加圧器３３２に連結する混合器３３３、及び混合器３３３に連結し混合器３３３で混合された水を出力する出力管３３４を備える。
混流管３３１内部には混合通路３３１１が形成され、水素送出管３１２を通過した水素と水送出管３２２を通過した水は混合通路３３１１内で混ぜ合わされて水素混合水となる。その後、加圧器３３２で加圧された水素混合水は、水素が水中に溶け込む。最後に混合器３３３によって霧化することで、水中に溶け込んだ水素の安定度を向上させる。こうして作り出された水素水は出力管３３４を経て出力される。 As shown in FIG. 4, the mixing apparatus 33 includes a hydrogen delivery pipe 312 and a mixed flow pipe 331 connected to the water delivery pipe 322, a pressurizer 332 (illustrated simply) connected to the mixed flow pipe 331, and a mixer connected to the pressurizer 332. 333 and an output pipe 334 that is connected to the mixer 333 and outputs the water mixed by the mixer 333.
A mixing passage 3311 is formed inside the mixed flow pipe 331, and the hydrogen passing through the hydrogen delivery pipe 312 and the water passing through the water delivery pipe 322 are mixed in the mixing passage 3311 to become hydrogen mixed water. Thereafter, in the hydrogen mixed water pressurized by the pressurizer 332, hydrogen dissolves in the water. Finally, by atomizing with the mixer 333, the stability of hydrogen dissolved in water is improved. The hydrogen water thus produced is output through the output pipe 334.

また、水供給器３２の水送出管３２２と混合装置３３の出力管３３４との間を回流管３４で連結しているため、出力管３３４から出力される水素水の一部は回流管３４を経て水送出管３２２内にリターンする。
回流管３４の水素水回流量は、回流管３４の内径を出力管３３４の内径より小さくすることでコントロールする。図４に示すように、約３分の１の水素水をリターンするよう設定したいなら、回流管３４の内径を出力管３３４の３分の１とする。 Further, since the circulation pipe 34 connects the water delivery pipe 322 of the water supply device 32 and the output pipe 334 of the mixing device 33, a part of the hydrogen water output from the output pipe 334 passes through the circulation pipe 34. Then, the water returns to the water delivery pipe 322.
The flow rate of hydrogen water in the circulation pipe 34 is controlled by making the inner diameter of the circulation pipe 34 smaller than the inner diameter of the output pipe 334. As shown in FIG. 4, if it is desired to return about one third of the hydrogen water, the inner diameter of the circulation pipe 34 is set to one third of that of the output pipe 334.

図５に示すとおり、実施例１では、水送出管３２２によって水が送り出され、水素送出管３１２によって水素が送り出される。加圧器３３２の加圧動作によって混流管３３１内にはサイフォン作用が生じて水と水素が同時に混流管３３１に入り、最初の段階での水素混合水が形成され、水と水素の最初の接触という目的が達成される。加圧器３３２による持続的な加圧で、水素は初めて水中に溶け込む。その後、水素混合水は混合装置３３の混合器３３３内に送られ、さらに高圧霧化により水素の溶け込み量が高まる。これにより水素を多量に含んだ水素水が得られ、使用者は、出力管３３４から送り出された水素水を十分に使用することができる。   As shown in FIG. 5, in the first embodiment, water is sent out by the water delivery pipe 322 and hydrogen is sent out by the hydrogen delivery pipe 312. The pressurizing operation of the pressurizer 332 causes a siphon action in the mixed flow pipe 331, and water and hydrogen enter the mixed flow pipe 331 at the same time to form hydrogen mixed water in the first stage, which is called the first contact of water and hydrogen. The objective is achieved. With continuous pressurization by the pressurizer 332, hydrogen dissolves in water for the first time. Thereafter, the hydrogen-mixed water is sent into the mixer 333 of the mixing device 33, and the amount of hydrogen dissolved is further increased by high-pressure atomization. Thus, hydrogen water containing a large amount of hydrogen is obtained, and the user can sufficiently use the hydrogen water sent out from the output pipe 334.

回流管３４は水送出管３２２に連結されており、さらに加圧器３３２によって混流管３３１中にサイフォン作用を生じさせることで、出力管３３４で得られた水素水の一部は再び水送出管３２２にリターンする。これにより、水送出管３２２が元々送り出した水と一緒に混流管３３１に送られて水素と混合しやすくなる。前述のリターンした水素水が継続的に循環作用を起こすため、水素と水の混合時間は大幅に増加され、水素水の水素含量を効果的に高め、さらに、水素を水素水中に留める時間をさらに長くし、水素水出力後の濃度をより安定したものとする。   The circulation pipe 34 is connected to the water delivery pipe 322, and further, a siphon action is generated in the mixed flow pipe 331 by the pressurizer 332, so that a part of the hydrogen water obtained in the output pipe 334 is again supplied to the water delivery pipe 322. Return to As a result, the water delivery pipe 322 is sent to the mixed flow pipe 331 together with the water originally sent out and becomes easy to mix with hydrogen. Since the returned hydrogen water continuously circulates, the mixing time of hydrogen and water is greatly increased, effectively increasing the hydrogen content of the hydrogen water, and further increasing the time to keep the hydrogen in the hydrogen water. Increase the length to make the concentration after hydrogen water output more stable.

図６〜図８は、本発明の実施例２を示す。
図６に示すように、水素水機３は、水素発生器３１、水供給器３２、混合装置３３、及び回流管３４を備える。その構成要素の細部、動作は実施例１と同様なので、ここでは説明を省く。
実施例２では、図７に示すように、混合器３３３は、間隔をあけて混流管３３１上に設置される少なくとも二つの混合ユニット３３３１を備える。図に示す例は、二つの混合ユニット３３３１を備える。各混合ユニット３３３１には連結通路３３３２を形成し、連結通路３３３２の内径は混流管３３１の内径よりも小さくする。また、混合効果を高めるために、回流管３４上に適時に霧化器３５を設置することも可能であり、回流管３４にリターンされた水素水を霧化した後、水送出管３２２箇所に送り、後続のステップで循環混合させる。 6 to 8 show a second embodiment of the present invention.
As shown in FIG. 6, the hydrogen water machine 3 includes a hydrogen generator 31, a water supply device 32, a mixing device 33, and a circulation pipe 34. Since the details and operations of the constituent elements are the same as those of the first embodiment, description thereof is omitted here.
In the second embodiment, as shown in FIG. 7, the mixer 333 includes at least two mixing units 3331 installed on the mixed flow pipe 331 at intervals. The example shown in the figure comprises two mixing units 3331. Each mixing unit 3331 is formed with a connecting passage 3332, and the inner diameter of the connecting passage 3332 is made smaller than the inner diameter of the mixed flow pipe 331. In order to enhance the mixing effect, it is also possible to install the atomizer 35 on the circulation pipe 34 in a timely manner. After atomizing the hydrogen water returned to the circulation pipe 34, Feed and circulate and mix in subsequent steps.

図７及び図８に示すように、実施時、混流管３３１中の水素と水が加圧器３３２の加圧動作により混合器３３３に送られる時、連結通路３３３２の内径が混流管３３１の内径より小さい故、水と水素を最初に混合した水素混合水はいずれか一つの混合ユニット３３３１から噴出される。これにより連結通路３３３２を通過する水素混合水は霧化されて水素水となる。また、水素が充満し尚且つ加圧器３３２で継続的に圧力を加える管路環境において、高圧下で水素が水中に溶ける効果を高め、霧化ステップでも水中に溶ける水素の量が向上することで、水素と水の混合効果を大幅にアップできる。   As shown in FIGS. 7 and 8, when the hydrogen and water in the mixed flow pipe 331 are sent to the mixer 333 by the pressurizing operation of the pressurizer 332, the inner diameter of the connection passage 3332 is larger than the inner diameter of the mixed flow pipe 331. Since it is small, the hydrogen mixed water which mixed water and hydrogen first is ejected from any one mixing unit 3331. Thereby, the hydrogen mixed water passing through the connecting passage 3332 is atomized to become hydrogen water. In addition, in a pipeline environment in which hydrogen is filled and pressure is continuously applied by the pressurizer 332, the effect of hydrogen being dissolved in water under high pressure is enhanced, and the amount of hydrogen dissolved in water is improved even in the atomization step. The mixing effect of hydrogen and water can be greatly improved.

水素水は、いずれか一つの混合ユニット３３３１を通過した後、すぐに別の混合ユニット３３３１による継続的圧力を受けて霧化、混合される。これにより、水素水の水素含有濃度と混合作用時間をより高め、水素と水を混合させて高濃度水素水を作り出す。
その後、水素水は出力管３３４より出力されて飲用水として供給されるが、水素水の一部は再び回流管３４に流れる。その水素水は、回流管３４に設置した霧化器３５によって再び加圧されて霧化される。これにより、水素の溶け込み量がより増加するため、水と水素の溶解率はさらに高まり、水素が水中に留まる時間が延び、安定的に出力された飲用水は、水素濃度のより高い飲用水となる。 After passing through any one of the mixing units 3331, the hydrogen water is immediately atomized and mixed under the continuous pressure of another mixing unit 3331. Thereby, the hydrogen content concentration of hydrogen water and the mixing action time are further increased, and hydrogen and water are mixed to produce high concentration hydrogen water.
Thereafter, the hydrogen water is output from the output pipe 334 and supplied as drinking water, but a part of the hydrogen water flows again to the circulation pipe 34. The hydrogen water is pressurized and atomized again by the atomizer 35 installed in the circulation pipe 34. As a result, since the amount of hydrogen dissolved further increases, the water and hydrogen dissolution rate further increases, the time during which hydrogen stays in the water is extended, and the stable output of drinking water is the same as drinking water with a higher hydrogen concentration. Become.

以上は本発明の実施例の説明であって、これによって本発明の権利範囲を制約するものではなく、特許請求の範囲を逸脱しない変更や修飾はすべて本発明の権利範囲内に属するものとする。   The above is description of the Example of this invention, Comprising: It does not restrict | limit the right range of this invention by this, All the changes and modifications which do not deviate from a claim shall belong to the right range of this invention. .

３ 水素水機
３１ 水素発生器
３１１ 水素源
３１２ 水素送出管
３２ 水供給器
３２１ 供給源
３２２ 水送出管
３３ 混合装置
３４ 回流管
３５ 霧化器
３３１ 混流管
３３２ 加圧器
３３３ 混合器
３３４ 出力管
３３１１ 混合通路
３３３１ 混合ユニット
３３３２ 連結通路 DESCRIPTION OF SYMBOLS 3 Hydrogen water machine 31 Hydrogen generator 311 Hydrogen source 312 Hydrogen delivery pipe 32 Water supply 321 Supply source 322 Water delivery pipe 33 Mixing device 34 Recirculation pipe 35 Atomizer 331 Mixed flow pipe 332 Pressurizer 333 Mixer 334 Output pipe 3311 Mixing Passage 3331 Mixing unit 3332 Connection passage

本発明は、水素と液体を混合する水素水機に関する。   The present invention relates to a hydrogen water machine for mixing hydrogen and liquid.

ここ数年、人々の健康意識が高まり、多くの研究がなされる中、体重の６０％を占める体内の水は、酸素と各種栄養成分を身体全体に運び、老廃物を対外に排出するため、体内環境のバランスを保つことが重要であると認識されている。そこで、人体に有益な気体元素（水素元素等）と水を混合し、飲用可能な健康水を作り出す者が現れた。   In recent years, people's health consciousness has increased and many studies have been conducted, and the water in the body, which accounts for 60% of the body weight, carries oxygen and various nutrients throughout the body and discharges waste products to the outside. It is recognized that maintaining the balance of the body environment is important. Therefore, some people appeared to create drinkable health water by mixing gas elements (hydrogen element, etc.) beneficial to the human body and water.

水素を含む飲用水については一部研究で次のように認識されている。「水素は最も豊富な元素であり、物質の質量の約７５％を占め、人体を構成する元素のうち水素が６３％を占める。身体の三大栄養素の成分にはすべて水素が含まれ、水素は身体の主成分だけでなく、細胞を形成する蛋白質及び熱量源である炭水化物等の重要成分の主構成物質である。よって、水素を含む飲用水は人体の健康に役立つ。」このため、水素水を生成する水素水機が市場に出現した。   Some studies have recognized that drinking water containing hydrogen is as follows. "Hydrogen is the most abundant element, accounting for about 75% of the mass of the substance, and 63% of the elements that make up the human body. All three of the body's three nutrients contain hydrogen, Is not only the main component of the body, but also the main constituents of important components such as proteins that form cells and carbohydrates that are the calorie source, so drinking water containing hydrogen is useful for human health. Hydrogen water machines that produce water have appeared on the market.

図１に示すとおり、従来の水素水機１は、水素送出管１１、飲用水送出管１２、水素送出管１１と飲用水送出管１２にそれぞれ連結する混合装置１３、及び飲用水送出管１２に設ける加圧器１４を備える。混合装置１３はＴ字型の三叉管状であり、三つの端部を有する。混合装置１３の第一端は水素送出管１１に連結し、第二端は飲用水送出管１２に連結し、第三端は水素水混合出力端に連結する。
図２に示すとおり、使用時には、飲用水送出管１２を通過する飲用水が加圧器１４により圧力を加えられて混合装置１３に送られ、それと同時に水素も水素送出管１１を通過して混合装置１３に送られる。その後、飲用水と水素は混合装置１３内で混合されて水素を含む飲用水が作り出され、水素を含む飲用水はさらに、混合装置１３の出力端より送り出されて飲用として供給される。 As shown in FIG. 1, the conventional hydrogen water machine 1 includes a hydrogen delivery pipe 11, a drinking water delivery pipe 12, a mixing device 13 connected to the hydrogen delivery pipe 11 and the drinking water delivery pipe 12, and a drinking water delivery pipe 12. A pressurizer 14 is provided. The mixing device 13 is a T-shaped trident tube and has three ends. A first end of the mixing device 13 is connected to the hydrogen delivery pipe 11, a second end is connected to the drinking water delivery pipe 12, and a third end is connected to the hydrogen water mixing output end.
As shown in FIG. 2, at the time of use, the drinking water passing through the drinking water delivery pipe 12 is pressurized by the pressurizer 14 and sent to the mixing device 13, and at the same time, hydrogen passes through the hydrogen delivery pipe 11 and is mixed. 13. Thereafter, the drinking water and hydrogen are mixed in the mixing device 13 to produce drinking water containing hydrogen, and the drinking water containing hydrogen is further fed from the output end of the mixing device 13 and supplied for drinking.

しかしながら、実際に使用してみると、上記従来の水素水機１は水素と水を混合状態にすることはできるが、混合装置１３での水素と水が相互に接触し混合される時間が短いため、製造後の飲用水中の水素含量を効果的に高めることができない。また、飲用水と水素を混合する時間が足りない故、飲用水中の水素を水中に溶かす時間が短く、水素が水と分離しやすくなり、飲用水中の水素含量が急速に低下してしまう。特に水素を含む飲用水は放置する時間が長ければ長いほど水素含量が大幅に減少するため、水素を含む飲用水は製造後すぐに飲み終わらなければならず、さもなくば水素含量が大幅に減少してしまう。
従って、体積を大幅に増加させないという条件のもと、水素と水の混合効果を高めて、飲用水中の水素含量を高め、送り出した後の飲用水の水素濃度を安定させる（すなわち、生成後の飲用水中の水素の分離速度を低下させる）ことが目標となっている。
本発明が解決しようとする課題は、水と水素の混合効果を効果的に高め、水中に溶ける水素の維持時間を延ばす水素水機を提供することにある。 However, when actually used, the conventional hydrogen water machine 1 can bring hydrogen and water into a mixed state, but the time for the hydrogen and water in the mixing device 13 to contact and mix with each other is short. Therefore, the hydrogen content in the potable water after production cannot be effectively increased. Also, because there is not enough time to mix potable water and hydrogen, the time to dissolve hydrogen in potable water is short, it becomes easy to separate hydrogen from water, and the hydrogen content in potable water decreases rapidly. . In particular, drinking water containing hydrogen will significantly decrease the hydrogen content the longer it is left, so drinking water containing hydrogen must be drunk immediately after production, otherwise the hydrogen content will decrease significantly. Resulting in.
Therefore, under the condition that the volume is not increased significantly, the mixing effect of hydrogen and water is enhanced, the hydrogen content in drinking water is increased, and the hydrogen concentration of drinking water after delivery is stabilized (ie, after generation) Reduction of hydrogen separation rate in drinking water).
The problem to be solved by the present invention is to provide a hydrogen water machine that effectively enhances the mixing effect of water and hydrogen and extends the maintenance time of hydrogen dissolved in water.

本発明は、水素発生器と水供給器と混合装置を備える水素水機に関し、前記水素発生器は、水素を発生する水素源、及び前記水素源に連結して水素を出力させる水素送出管を備え、前記水供給器は、水をおさめる供給源、及び前記供給源に連結して水を出力させる水送出管を備え、前記混合装置は、前記水素送出管と前記水送出管にそれぞれ連結される混流管、前記混流管に連結する加圧器、前記加圧器に連結する混合器、及び前記混合器に連結し混合器で混合された後の水を出力する出力管を備え、前記混流管内部には混合通路を形成し、前記水素送出管からの水素と前記水送出管からの水は混合通路内で混ぜ合わされて水素混合水となり、前記水素混合水は前記加圧器で加圧されて水素が水中に溶け込み、前記混合器により霧化されて、水中に溶け込んだ水素の溶け込み量が増加した水素水となり、こうして作り出された水素水が前記出力管から出力され、前記水送出管と前記出力管との間が回流管で連結され、前記回流管に霧化器が設けられ、前記出力管から出力される前記水素水の一部が前記回流管を経て霧状化されて前記水送出管内にリターンする。 The present invention relates to a hydrogen water machine including a hydrogen generator, a water supply device, and a mixing device. The hydrogen generator includes a hydrogen source that generates hydrogen, and a hydrogen delivery pipe that is connected to the hydrogen source and outputs hydrogen. The water supply unit includes a supply source for containing water, and a water delivery pipe connected to the supply source to output water, and the mixing device is connected to the hydrogen delivery pipe and the water delivery pipe, respectively. A mixed flow pipe, a pressurizer connected to the mixed flow pipe, a mixer connected to the pressurizer, and an output pipe connected to the mixer and outputting water after being mixed in the mixer, A mixing passage is formed, and hydrogen from the hydrogen delivery pipe and water from the water delivery pipe are mixed in the mixing passage to form hydrogen mixed water, and the hydrogen mixed water is pressurized by the pressurizer to form hydrogen. Dissolved in water, atomized by the mixer, Penetration amount of hydrogen becomes hydrogen water was increased that dissolved in the thus produced hydrogen water is outputted from the output tube, between the output pipe and the water delivery tube is connected with circumfluence pipe, said circumfluence tube the atomizer is provided, a portion of the hydrogen water output from the output pipe is returned to the water delivery pipe is nebulized through said circumfluence tube.

前記回流管の内径は前記出力管の内径より小さくてもよい。
前記混合器は前記混流管と連続する管に間隔をあけて設置する少なくとも二つの混合ユニットを備え、前記混合ユニットそれぞれに連結通路を形成し、前記連結通路の内径は前記混流管の内径より小さいことがある。 The inner diameter of the circulation pipe may be smaller than the inner diameter of the output pipe.
The mixer includes at least two mixing units installed at intervals in a pipe continuous with the mixed flow pipe, and each of the mixing units forms a connection passage. An inner diameter of the connection passage is smaller than an inner diameter of the mixed flow pipe. There are things .

本発明によれば、混合器による霧化によって、水中に溶け込んだ水素の溶け込み量を増加させると共に、混合装置と水供給器間に設けられた回流管によって、混合装置の出力管を流れる混合生成された水素水の一部が再び水送出管に流れ込み、水送出管を流れてきた水をその水素水と混合させた後、さらに混合装置内に送って水素と混合させるという循環作業が繰り返されるため、水と水素の接触時間を大幅に増加でき、水素水中の水素含量を効果的に高め、それと同時に、水中に溶けた水素の停留時間を延ばしてより優れた混合効果を実現する。   According to the present invention, the amount of hydrogen dissolved in the water is increased by atomization by the mixer, and the mixed flow that flows through the output pipe of the mixing device by the circulation pipe provided between the mixing device and the water supply device. A part of the hydrogen water that has flown again flows into the water delivery pipe, the water flowing through the water delivery pipe is mixed with the hydrogen water, and then the circulation operation is repeated in which the water is further fed into the mixing device and mixed with hydrogen. Therefore, the contact time between water and hydrogen can be greatly increased, the hydrogen content in hydrogen water can be effectively increased, and at the same time, the retention time of hydrogen dissolved in water can be extended to achieve a better mixing effect.

従来の水素水機の模式図である。It is a schematic diagram of the conventional hydrogen water machine. 従来の水素水機の混合装置を示す断面図である。It is sectional drawing which shows the mixing apparatus of the conventional hydrogen water machine. 参考例を示す水素水機の斜視図である。It is a perspective view of the hydrogen water machine which shows a reference example . 参考例を示す水素水機の断面図である。It is sectional drawing of the hydrogen water machine which shows a reference example . 参考例を示す水素水機の作動状態における断面図である。It is sectional drawing in the operation state of the hydrogen water machine which shows a reference example . 本発明の実施例を示す水素水機の断面図である。It is sectional drawing of the hydrogen water machine which shows the Example of this invention. 本発明の実施例を示す水素水機の混合装置の拡大断面図である。It is an expanded sectional view of the mixing device of the hydrogen water machine which shows the example of the present invention. 本発明の実施例を示す水素水機の作動状態における断面図である。It is sectional drawing in the operating state of the hydrogen water machine which shows the Example of this invention.

以下、本発明の実施例を図面に基づいて詳細に説明する。
図３〜図５は、参考例を示す。
図３に示すように、水素水機３は、水素発生器３１、水供給器３２、水素発生器３１と水供給器３２それぞれに連結する混合装置３３、混合装置３３と水供給器３２間に連結する回流管３４を備える。
水素発生器３１は、水素を発生させる水素源３１１及び水素源３１１に連結し水素を出力する水素送出管３１２を備える。また、水供給器３２は、水をおさめる供給源３２１及び供給源３２１に連結して水を出力させる水送出管３２２を備える。 Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
3 to 5 show reference examples .
As shown in FIG. 3, the hydrogen water machine 3 includes a hydrogen generator 31, a water supply device 32, a mixing device 33 connected to the hydrogen generator 31 and the water supply device 32, and a mixing device 33 and a water supply device 32. A circulation pipe 34 is provided.
The hydrogen generator 31 includes a hydrogen source 311 that generates hydrogen and a hydrogen delivery pipe 312 that is connected to the hydrogen source 311 and outputs hydrogen. The water supplier 32 includes a supply source 321 that stores water and a water delivery pipe 322 that is connected to the supply source 321 and outputs water.

図４に示すとおり、混合装置３３は、水素送出管３１２と水送出管３２２に連結する混流管３３１、混流管３３１に連結する加圧器３３２（簡単に図示）、加圧器３３２に連結する混合器３３３、及び混合器３３３に連結し混合器３３３で混合された水を出力する出力管３３４を備える。
混流管３３１内部には混合通路３３１１が形成され、水素送出管３１２を通過した水素と水送出管３２２を通過した水は混合通路３３１１内で混ぜ合わされて水素混合水となる。その後、加圧器３３２で加圧された水素混合水は、水素が水中に溶け込む。最後に混合器３３３によって霧化することで、水中に溶け込んだ水素の安定度を向上させる。こうして作り出された水素水は出力管３３４を経て出力される。 As shown in FIG. 4, the mixing apparatus 33 includes a hydrogen delivery pipe 312 and a mixed flow pipe 331 connected to the water delivery pipe 322, a pressurizer 332 (illustrated simply) connected to the mixed flow pipe 331, and a mixer connected to the pressurizer 332. 333 and an output pipe 334 that is connected to the mixer 333 and outputs the water mixed by the mixer 333.
A mixing passage 3311 is formed inside the mixed flow pipe 331, and the hydrogen passing through the hydrogen delivery pipe 312 and the water passing through the water delivery pipe 322 are mixed in the mixing passage 3311 to become hydrogen mixed water. Thereafter, in the hydrogen mixed water pressurized by the pressurizer 332, hydrogen dissolves in the water. Finally, by atomizing with the mixer 333, the stability of hydrogen dissolved in water is improved. The hydrogen water thus produced is output through the output pipe 334.

また、水供給器３２の水送出管３２２と混合装置３３の出力管３３４との間を回流管３４で連結しているため、出力管３３４から出力される水素水の一部は回流管３４を経て水送出管３２２内にリターンする。
回流管３４の水素水回流量は、回流管３４の内径を出力管３３４の内径より小さくすることでコントロールする。図４に示すように、約３分の１の水素水をリターンするよう設定したいなら、回流管３４の内径を出力管３３４の３分の１とする。 Further, since the circulation pipe 34 connects the water delivery pipe 322 of the water supply device 32 and the output pipe 334 of the mixing device 33, a part of the hydrogen water output from the output pipe 334 passes through the circulation pipe 34. Then, the water returns to the water delivery pipe 322.
The flow rate of hydrogen water in the circulation pipe 34 is controlled by making the inner diameter of the circulation pipe 34 smaller than the inner diameter of the output pipe 334. As shown in FIG. 4, if it is desired to return about one third of the hydrogen water, the inner diameter of the circulation pipe 34 is set to one third of that of the output pipe 334.

図５に示すとおり、参考例では、水送出管３２２によって水が送り出され、水素送出管３１２によって水素が送り出される。加圧器３３２の加圧動作によって混流管３３１内にはサイフォン作用が生じて水と水素が同時に混流管３３１に入り、最初の段階での水素混合水が形成され、水と水素の最初の接触という目的が達成される。加圧器３３２による持続的な加圧で、水素は初めて水中に溶け込む。その後、水素混合水は混合装置３３の混合器３３３内に送られ、さらに高圧霧化により水素の溶け込み量が高まる。これにより水素を多量に含んだ水素水が得られ、使用者は、出力管３３４から送り出された水素水を十分に使用することができる。 As shown in FIG. 5, in the reference example , water is sent out by the water delivery pipe 322 and hydrogen is sent out by the hydrogen delivery pipe 312. The pressurizing operation of the pressurizer 332 causes a siphon action in the mixed flow pipe 331, and water and hydrogen enter the mixed flow pipe 331 at the same time to form hydrogen mixed water in the first stage, which is called the first contact of water and hydrogen. The objective is achieved. With continuous pressurization by the pressurizer 332, hydrogen dissolves in water for the first time. Thereafter, the hydrogen-mixed water is sent into the mixer 333 of the mixing device 33, and the amount of hydrogen dissolved is further increased by high-pressure atomization. Thus, hydrogen water containing a large amount of hydrogen is obtained, and the user can sufficiently use the hydrogen water sent out from the output pipe 334.

回流管３４は水送出管３２２に連結されており、さらに加圧器３３２によって混流管３３１中にサイフォン作用を生じさせることで、出力管３３４で得られた水素水の一部は再び水送出管３２２にリターンする。これにより、水送出管３２２が元々送り出した水と一緒に混流管３３１に送られて水素と混合しやすくなる。前述のリターンした水素水が継続的に循環作用を起こすため、水素と水の混合時間は大幅に増加され、水素水の水素含量を効果的に高め、さらに、水素を水素水中に留める時間をさらに長くし、水素水出力後の濃度をより安定したものとする。   The circulation pipe 34 is connected to the water delivery pipe 322, and further, a siphon action is generated in the mixed flow pipe 331 by the pressurizer 332, so that a part of the hydrogen water obtained in the output pipe 334 is again supplied to the water delivery pipe 322. Return to As a result, the water delivery pipe 322 is sent to the mixed flow pipe 331 together with the water originally sent out and becomes easy to mix with hydrogen. Since the returned hydrogen water continuously circulates, the mixing time of hydrogen and water is greatly increased, effectively increasing the hydrogen content of the hydrogen water, and further increasing the time to keep the hydrogen in the hydrogen water. Increase the length to make the concentration after hydrogen water output more stable.

図６〜図８は、本発明の実施例を示す。
図６に示すように、水素水機３は、水素発生器３１、水供給器３２、混合装置３３、及び回流管３４を備える。その構成要素の細部、動作は参考例と同様なので、ここでは説明を省く。
実施例では、図７に示すように、混合器３３３は、間隔をあけて混流管３３１と連続する管上に設置される少なくとも二つの混合ユニット３３３１を備える。図に示す例は、二つの混合ユニット３３３１を備える。各混合ユニット３３３１には連結通路３３３２を形成し、連結通路３３３２の内径は混流管３３１の内径よりも小さくする。また、混合効果を高めるために、回流管３４上に適時に霧化器３５を設置することも可能であり、回流管３４にリターンされた水素水を霧化した後、水送出管３２２箇所に送り、後続のステップで循環混合させる。 6 to 8 show an embodiment of the present invention.
As shown in FIG. 6, the hydrogen water machine 3 includes a hydrogen generator 31, a water supply device 32, a mixing device 33, and a circulation pipe 34. Since the details and operations of the constituent elements are the same as those in the reference example , description thereof is omitted here.
In the embodiment, as shown in FIG. 7, the mixer 333 includes at least two mixing units 3331 is placed on the tube contiguous with mixed flow tube 331 at intervals. The example shown in the figure comprises two mixing units 3331. Each mixing unit 3331 is formed with a connecting passage 3332, and the inner diameter of the connecting passage 3332 is made smaller than the inner diameter of the mixed flow pipe 331. In order to enhance the mixing effect, it is also possible to install the atomizer 35 on the circulation pipe 34 in a timely manner. After atomizing the hydrogen water returned to the circulation pipe 34, Feed and circulate and mix in subsequent steps.

図７及び図８に示すように、実施時、混流管３３１中の水素と水が加圧器３３２の加圧動作により混合器３３３に送られる時、連結通路３３３２の内径が混流管３３１の内径より小さい故、水と水素を最初に混合した水素混合水はいずれか一つの混合ユニット３３３１から噴出される。これにより連結通路３３３２を通過する水素混合水は霧化されて水素水となる。また、水素が充満し尚且つ加圧器３３２で継続的に圧力を加える管路環境において、高圧下で水素が水中に溶ける効果を高め、霧化ステップでも水中に溶ける水素の量が向上することで、水素と水の混合効果を大幅にアップできる。   As shown in FIGS. 7 and 8, when the hydrogen and water in the mixed flow pipe 331 are sent to the mixer 333 by the pressurizing operation of the pressurizer 332, the inner diameter of the connection passage 3332 is larger than the inner diameter of the mixed flow pipe 331. Since it is small, the hydrogen mixed water which mixed water and hydrogen first is ejected from any one mixing unit 3331. Thereby, the hydrogen mixed water passing through the connecting passage 3332 is atomized to become hydrogen water. In addition, in a pipeline environment in which hydrogen is filled and pressure is continuously applied by the pressurizer 332, the effect of hydrogen being dissolved in water under high pressure is enhanced, and the amount of hydrogen dissolved in water is improved even in the atomization step. The mixing effect of hydrogen and water can be greatly improved.

水素水は、いずれか一つの混合ユニット３３３１を通過した後、すぐに別の混合ユニット３３３１による継続的圧力を受けて霧化、混合される。これにより、水素水の水素含有濃度と混合作用時間をより高め、水素と水を混合させて高濃度水素水を作り出す。
その後、水素水は出力管３３４より出力されて飲用水として供給されるが、水素水の一部は再び回流管３４に流れる。その水素水は、回流管３４に設置した霧化器３５によって再び加圧されて霧化される。これにより、水素の溶け込み量がより増加するため、水と水素の溶解率はさらに高まり、水素が水中に留まる時間が延び、安定的に出力された飲用水は、水素濃度のより高い飲用水となる。 After passing through any one of the mixing units 3331, the hydrogen water is immediately atomized and mixed under the continuous pressure of another mixing unit 3331. Thereby, the hydrogen content concentration of hydrogen water and the mixing action time are further increased, and hydrogen and water are mixed to produce high concentration hydrogen water.
Thereafter, the hydrogen water is output from the output pipe 334 and supplied as drinking water, but a part of the hydrogen water flows again to the circulation pipe 34. The hydrogen water is pressurized and atomized again by the atomizer 35 installed in the circulation pipe 34. As a result, since the amount of hydrogen dissolved further increases, the water and hydrogen dissolution rate further increases, the time during which hydrogen stays in the water is extended, and the stable output of drinking water is the same as drinking water with a higher hydrogen concentration. Become.

以上は本発明の実施例の説明であって、これによって本発明の権利範囲を制約するものではなく、特許請求の範囲を逸脱しない変更や修飾はすべて本発明の権利範囲内に属するものとする。   The above is description of the Example of this invention, Comprising: It does not restrict | limit the right range of this invention by this, All the changes and modifications which do not deviate from a claim shall belong to the right range of this invention. .

３ 水素水機
３１ 水素発生器
３１１ 水素源
３１２ 水素送出管
３２ 水供給器
３２１ 供給源
３２２ 水送出管
３３ 混合装置
３４ 回流管
３５ 霧化器
３３１ 混流管
３３２ 加圧器
３３３ 混合器
３３４ 出力管
３３１１ 混合通路
３３３１ 混合ユニット
３３３２ 連結通路 DESCRIPTION OF SYMBOLS 3 Hydrogen water machine 31 Hydrogen generator 311 Hydrogen source 312 Hydrogen delivery pipe 32 Water supply 321 Supply source 322 Water delivery pipe 33 Mixing device 34 Recirculation pipe 35 Atomizer 331 Mixed flow pipe 332 Pressurizer 333 Mixer 334 Output pipe 3311 Mixing Passage 3331 Mixing unit 3332 Connection passage

Claims (4)

水素発生器と水供給器と混合装置を備える水素水機であって、
前記水素発生器は、水素を発生する水素源、及び前記水素源に連結して水素を出力させる水素送出管を備え、
前記水供給器は、水をおさめる供給源、及び前記供給源に連結して水を出力させる水送出管を備え、
前記混合装置は、前記水素送出管と前記水送出管にそれぞれ連結される混流管、前記混流管に連結する加圧器、前記加圧器に連結する混合器、及び前記混合器に連結し混合器で混合された後の水を出力する出力管を備え、前記混流管内部には混合通路を形成し、前記水素送出管からの水素と前記水送出管からの水は混合通路内で混ぜ合わされて水素混合水となり、前記水素混合水は前記加圧器で加圧されて水素が水中に溶け込み、前記混合器により霧化されて、水中に溶け込んだ水素の溶け込み量が増加した水素水となり、こうして作り出された水素水が前記出力管から出力され、
前記水送出管と前記出力管との間が回流管で連結され、前記出力管から出力される水素水の一部が前記回流管を経て前記水送出管内にリターンすることを特徴とする水素水機。 A hydrogen water machine comprising a hydrogen generator, a water supply and a mixing device,
The hydrogen generator includes a hydrogen source that generates hydrogen, and a hydrogen delivery pipe that is connected to the hydrogen source and outputs hydrogen.
The water supply device includes a supply source that stores water, and a water delivery pipe that is connected to the supply source and outputs water,
The mixing device includes a mixed flow pipe connected to the hydrogen delivery pipe and the water delivery pipe, a pressurizer connected to the mixed flow pipe, a mixer connected to the pressurizer, and a mixer connected to the mixer. An output pipe for outputting the mixed water is provided, a mixing passage is formed in the mixed flow pipe, and hydrogen from the hydrogen delivery pipe and water from the water delivery pipe are mixed in the mixing passage to form hydrogen. The hydrogen mixed water is pressurized by the pressurizer and hydrogen is dissolved in the water, and atomized by the mixer to be hydrogen water in which the amount of hydrogen dissolved in the water is increased and thus produced. Hydrogen water is output from the output pipe,
Hydrogen water, wherein the water delivery pipe and the output pipe are connected by a circulation pipe, and a part of the hydrogen water output from the output pipe returns to the water delivery pipe through the circulation pipe Machine. 前記回流管の内径は前記出力管の内径より小さいことを特徴とする請求項１に記載の水素水機。   The hydrogen water machine according to claim 1, wherein an inner diameter of the circulation pipe is smaller than an inner diameter of the output pipe. 前記混合器は前記混流管に間隔をあけて設置する少なくとも二つの混合ユニットを備え、前記混合ユニットそれぞれに連結通路を形成し、前記連結通路の内径は前記混流管の内径より小さいことを特徴とする請求項１に記載の水素水機。   The mixer includes at least two mixing units installed at intervals in the mixed flow pipe, each of the mixing units has a connecting passage, and an inner diameter of the connecting passage is smaller than an inner diameter of the mixed flow pipe. The hydrogen water machine according to claim 1. 前記回流管に霧化器を設け、リターンする水素水を霧状化して前記水送出管に送ることを特徴とする請求項１に記載の水素水機。   2. The hydrogen water machine according to claim 1, wherein an atomizer is provided in the circulation pipe, and the returning hydrogen water is atomized and sent to the water delivery pipe.
JP2016103118A 2016-05-24 2016-05-24 Hydrogen water machine Active JP6143395B1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2016103118A JP6143395B1 (en) 2016-05-24 2016-05-24 Hydrogen water machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2016103118A JP6143395B1 (en) 2016-05-24 2016-05-24 Hydrogen water machine

Publications (2)

Publication Number Publication Date
JP6143395B1 JP6143395B1 (en) 2017-06-07
JP2017209609A true JP2017209609A (en) 2017-11-30

Family

ID=59012103

Family Applications (1)

Application Number Title Priority Date Filing Date
JP2016103118A Active JP6143395B1 (en) 2016-05-24 2016-05-24 Hydrogen water machine

Country Status (1)

Country Link
JP (1) JP6143395B1 (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2022057513A (en) * 2020-09-30 2022-04-11 連洪 李 Hydrogen gas-containing liquid generator

Citations (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2008237996A (en) * 2007-03-26 2008-10-09 Nakata Coating Co Ltd Fine air bubble producer, and washing device, showering device, and fish preserve using the same
WO2009008046A1 (en) * 2007-07-06 2009-01-15 Hiroshima Kasei Ltd. Process for producing water added with hydrogen and apparatus therefor
JP2011152513A (en) * 2010-01-27 2011-08-11 Panasonic Electric Works Co Ltd Gas-liquid mixture liquid generating apparatus
JP2011218343A (en) * 2010-03-23 2011-11-04 Kikuchi Eco Earth:Kk Nozzle for gas-liquid mixing, gas-liquid mixing mechanism and application of the same
JP2011218308A (en) * 2010-04-12 2011-11-04 Asupu:Kk Gas-dissolved liquid generating apparatus and method for generation
JP2011240218A (en) * 2010-05-14 2011-12-01 Dainippon Screen Mfg Co Ltd Fine bubble generating device and method
JP2013529130A (en) * 2010-05-03 2013-07-18 アパイク インコーポレイテッド Method of solubilizing carbon dioxide in water using high energy collisions
KR101370129B1 (en) * 2013-09-24 2014-03-26 (주)이노게이트 Hydrogen abundant water making apparatus with function to adjust dissolved hydrogen

Patent Citations (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2008237996A (en) * 2007-03-26 2008-10-09 Nakata Coating Co Ltd Fine air bubble producer, and washing device, showering device, and fish preserve using the same
WO2009008046A1 (en) * 2007-07-06 2009-01-15 Hiroshima Kasei Ltd. Process for producing water added with hydrogen and apparatus therefor
JP2011152513A (en) * 2010-01-27 2011-08-11 Panasonic Electric Works Co Ltd Gas-liquid mixture liquid generating apparatus
JP2011218343A (en) * 2010-03-23 2011-11-04 Kikuchi Eco Earth:Kk Nozzle for gas-liquid mixing, gas-liquid mixing mechanism and application of the same
JP2011218308A (en) * 2010-04-12 2011-11-04 Asupu:Kk Gas-dissolved liquid generating apparatus and method for generation
JP2013529130A (en) * 2010-05-03 2013-07-18 アパイク インコーポレイテッド Method of solubilizing carbon dioxide in water using high energy collisions
JP2011240218A (en) * 2010-05-14 2011-12-01 Dainippon Screen Mfg Co Ltd Fine bubble generating device and method
KR101370129B1 (en) * 2013-09-24 2014-03-26 (주)이노게이트 Hydrogen abundant water making apparatus with function to adjust dissolved hydrogen

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2022057513A (en) * 2020-09-30 2022-04-11 連洪 李 Hydrogen gas-containing liquid generator
JP7093819B2 (en) 2020-09-30 2022-06-30 連洪 李 Hydrogen gas-containing liquid generator

Also Published As

Publication number Publication date
JP6143395B1 (en) 2017-06-07

Similar Documents

Publication Publication Date Title
JP6116658B2 (en) Gas dissolving apparatus and gas dissolving method
US20160250604A1 (en) Gas-containing liquid generating apparatus and gas-containing liquid injecting module
JP2017029984A (en) Apparatus and method for producing substance imparted liquid
KR20080015405A (en) Method and apparatus producing oxygen-containing reducing aqueous beverage
JP6143395B1 (en) Hydrogen water machine
SG139708A1 (en) Chemical-liquid mixing method and chemical-liquid mixing apparatus
TWI576149B (en) Hydrogen water machine
JP2009195813A (en) Ozone water manufacturing device
JP2006136862A (en) Apparatus for generating ozone microbubble
KR101853186B1 (en) Hydrogen water machine
CN106512764B (en) Hydrogen water dispenser
JP5755028B2 (en) Pressure-proportional foam extinguishing chemical mixing device
JP2010194440A (en) Gas-liquid mixing apparatus
JP2020104087A (en) Apparatus for generation of superfine bubbles of molecular hydrogen in water
JPH08281281A (en) Ozonized water producing device and production of ozonized water
JP6624672B2 (en) Ultra-fine bubble generator for bathroom
JP2006061829A (en) Micro air-bubble generation apparatus, dissolved oxygen remover using the same and dissolved oxygen removing method using them
JP2017131822A (en) Hydrogen water generator and hydrogen water generation method
JP2022526961A (en) Powder manufacturing method by spray drying
DE10295630T5 (en) Ozonspülvorrichtung
JP5397818B2 (en) Dissolved oxygen concentration increasing device
KR20210114243A (en) Apparatus for generating nano bubble
CN215403150U (en) Sewage treatment device's medicine device that mixes
CN205740423U (en) Multistage aeration generator
JP4364876B2 (en) Gas dissolving device

Legal Events

Date Code Title Description
A131 Notification of reasons for refusal

Free format text: JAPANESE INTERMEDIATE CODE: A131

Effective date: 20170321

A521 Request for written amendment filed

Free format text: JAPANESE INTERMEDIATE CODE: A523

Effective date: 20170421

TRDD Decision of grant or rejection written
A01 Written decision to grant a patent or to grant a registration (utility model)

Free format text: JAPANESE INTERMEDIATE CODE: A01

Effective date: 20170502

A61 First payment of annual fees (during grant procedure)

Free format text: JAPANESE INTERMEDIATE CODE: A61

Effective date: 20170508

R150 Certificate of patent or registration of utility model

Ref document number: 6143395

Country of ref document: JP

Free format text: JAPANESE INTERMEDIATE CODE: R150

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250

R250 Receipt of annual fees

Free format text: JAPANESE INTERMEDIATE CODE: R250