JP3113520U - Pump pressurized gas-liquid dissolution mixer - Google Patents

Pump pressurized gas-liquid dissolution mixer Download PDF

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JP3113520U
JP3113520U JP2005004302U JP2005004302U JP3113520U JP 3113520 U JP3113520 U JP 3113520U JP 2005004302 U JP2005004302 U JP 2005004302U JP 2005004302 U JP2005004302 U JP 2005004302U JP 3113520 U JP3113520 U JP 3113520U
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鳳宜 游
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【課題】養殖環境及び清浄解毒の改善のため、殺菌の効能をも持ち合わせたポンプ加圧気液溶解混合器を提供する。
【解決手段】 中空本体1とモーターポンプ4とから構成されるポンプ加圧気液溶解混合器であって、前記中空本体1の中には、気体と液体が相通じる一又は複数の吸入混合室111及び気液加圧溶解混合室12が設置され、気液吸入混合室11の上部の側面近くには、一個以上の気液吸入口111が設置されており、前記吸入口111は一個以上の気液吸入導管2とつながっており、気液が導管2で吸入された際に、同時に気体と液体を気液吸入混合室11の中に導引し、前記気液加圧溶解混合室12の底の側面近くには、一個以上の出入り口が設置され、直接導管から輸出し、調圧恒圧バルブ91を設置する。
【選択図】 図1
Disclosed is a pump pressurized gas-liquid dissolution mixer that also has a sterilizing effect for improving aquaculture environment and clean detoxification.
A pump-pressurized gas-liquid dissolution mixer composed of a hollow main body 1 and a motor pump 4, in the hollow main body 1, one or a plurality of suction mixing chambers 111 in which gas and liquid communicate with each other. And a gas-liquid pressurized dissolution and mixing chamber 12 are installed. Near the upper side surface of the gas-liquid suction and mixing chamber 11, one or more gas-liquid suction ports 111 are installed. When the gas / liquid is sucked through the conduit 2, the gas and liquid are simultaneously drawn into the gas / liquid suction mixing chamber 11, and the bottom of the gas / liquid pressure-dissolution mixing chamber 12 is connected. One or more entrances and exits are installed near the side of the pipe, and the pressure regulating and constant pressure valve 91 is installed directly from the conduit.
[Selection] Figure 1

Description

本考案は一種のポンプ加圧気液溶解混合器である。特に、各種の液体と気体を混ぜ合わせ、加圧することによって、その液体の中の酸素含有量及び他の気体含有量が飽和状態をオーバーし、また各種の容器の中に輸出し、液体(水)中の酸素(気体)含有量を高くさせ、或いは飽和状態の気体を常圧下で泡とすることにより、養殖環境及び清浄解毒の改善に使い、殺菌の効能をも持ち合わせたポンプ加圧気液溶解混合器に関する。   The present invention is a kind of pump pressurized gas-liquid dissolution mixer. In particular, when various liquids and gases are mixed and pressurized, the oxygen content and other gas contents in the liquid exceed the saturation state, and are also exported into various containers. ) Pumping gas-liquid dissolution with high sterilization effect, by increasing the oxygen (gas) content in it, or by making saturated gas bubbles under normal pressure to improve aquaculture environment and clean detoxification It relates to a mixer.

一般的に、魚類等の生物を養殖する時には、魚類等の生物を水槽や養殖場などで飼い、電動式空気入れを利用し、外界の空気を水槽や養殖場の中に取りこみ、空気中の酸素が水中に溶け込めるようにし、水中に一定の酸素含有量を維持させる。そして、同時に水中にいる魚類等の生物が生存に必要な酸素が得られるよう、酸素を水中の中に溶け込ませる必要がある。しかし、上述の電動式空気入れを使っても、ただ空気を水の中に取り込むだけで、水中に入った空気の泡は非常に大きいゆえ、その泡と水の接触面積が小さいだけでなく、泡が水面上に浮き上がるスピードもはやく、せっかく水中に取り込んだ空気中の酸素も水に溶けにくくなる。そして、水中の酸素含有量が比較的に少なくなり、水中にいる魚類等の生物にも危害を与える。   Generally, when cultivating fish and other organisms, keep fish and other organisms in aquariums or farms, use an electric inflator, take outside air into the aquarium or farm, Allow oxygen to dissolve in the water and maintain a constant oxygen content in the water. At the same time, it is necessary to dissolve oxygen into the water so that living organisms such as fish in the water can obtain oxygen necessary for survival. However, even when using the above-mentioned electric inflator, just taking air into the water, the bubbles of air entering the water are very large, so not only the contact area of the bubbles and water is small, The speed at which the bubbles float on the surface of the water is no longer high, and the oxygen in the air taken into the water is less soluble in the water. And the oxygen content in water becomes comparatively small, and it also harms living organisms such as fish in the water.

また、従来、オゾン発生器と洗浄槽を結合させ、野菜解毒器具として世の中に登場したものがあるが、それは、主にオゾン発生器が通電によりオゾンを発生することを利用し、導管一つを経て洗浄槽の水中に入り、洗浄槽の中にオゾンが含まれるようにするものである。それにより、人々は水中のオゾン高酸化能力により野菜の表面に残留する農薬を排除し、安心して果物や野菜を食べられるようにしたものでもある。しかし、オゾンそのものが果物や野菜の表面の農薬を排除できても、前記オゾンの水中における泡の大きさは非常に大きく、上で挙げた例と同様にオゾンも水に溶けにくくなり、水中のオゾン含有量が少なく、農薬に対する効用もそれほど著しくない。   In addition, there has been a conventional vegetable detoxification instrument that has been combined with an ozone generator and a washing tank, and this is mainly due to the fact that the ozone generator generates ozone when energized. After that, the water enters the washing tank so that ozone is contained in the washing tank. As a result, people are able to eat fruits and vegetables with peace of mind by eliminating the pesticides that remain on the surface of vegetables due to the high oxidation ability of ozone in water. However, even if ozone itself can eliminate pesticides on the surface of fruits and vegetables, the size of the bubbles in the water of the ozone is very large, and as in the example given above, ozone is not easily dissolved in water. Its ozone content is low and its effect on agricultural chemicals is not so significant.

上述のような欠点を解決する為には、オゾン発生器をつなぐ導管の端末に多数の穴をつくり、オゾンが水中において多数の小さく細かい泡を作れるようにし、オゾンの水中においての含有量を増やす。しかし、このような方法は、オゾンが水中における含有量を増やすことができても、洗浄槽内の水の流動性が悪く、また、オゾンが多穴性構造により作り出された泡は、直接水面に上昇するため、オゾンの水中含有量は依然として足りない。且つオゾン水中含有量が多いところは、オゾンの出入り口である導管近くに限られ、その出入り口から離れたところは同じくオゾン水中含有量が不足となる恐れがある。
説明したように、従来の方法には以上のような欠点があり、改善する必要がある。
In order to solve the above-mentioned drawbacks, a large number of holes are made in the end of the conduit connecting the ozone generator, so that ozone can create many small fine bubbles in the water, and the content of ozone in the water is increased. . However, in such a method, even if ozone can increase the content in water, the fluidity of water in the washing tank is poor, and the bubbles created by the multi-hole structure of ozone are However, the water content of ozone is still insufficient. Moreover, the place where the content of ozone water is large is limited to the vicinity of the conduit that is the entrance and exit of ozone, and the content of ozone water is likely to be insufficient at a place away from the entrance and exit.
As explained, the conventional method has the above drawbacks and needs to be improved.

請求項1に記載するように、本考案のポンプ加圧気液溶解混合器は、
中空本体とモーターポンプとから構成されるポンプ加圧気液溶解混合器であって、
前記中空本体の中には、気体と液体が相通じる一又は複数の吸入混合室及び気液加圧溶解混合室が設置され、前記気液吸入混合室の上部の側面近くには、一個以上の気液吸入口が設置されており、
前記吸入口は一個以上の気液吸入導管とつながっており、気液が導管で吸入された際に、同時に気体と液体を気液吸入混合室の中に導引し、
前記気液加圧溶解混合室の底の側面近くには、一個以上の出入り口が設置され、直接導管から輸出し、調圧恒圧バルブを設置し、
前記モーターポンプは中空本体の側面とつながり、その心軸が中空本体の気液吸入混合室の中に入れるようにし、心軸の上に一枚以上の回転ブレードが固定され、前記回転ブレード上には縦横に交差して並べられた鋸歯スロットがあり、
モーターポンプがオンにされた時、その心軸は回転ブレードと共に回転し、
気体と液体は気液吸入導管を経て気液吸入混合室の中へと抽入され、
回転ブレードの回転により気液が混合され、気体が液体の中に均等に溶け込み、細かい微小泡を発生させ、前記微小泡及び液体は、モーターポンプが加圧し、連通所により気液加圧溶解混合室の中へと入り、同時に気体はブレードの圧力による押し寄せ及び阻流板による再度の阻隔加圧及び時間延長を受け、更なる微小泡を再生し、溶液体に溶け込み、液体に気体を含む状態が飽和状態をオーバーし、再び出入り口から各種容器の中へと輸出されることを特徴とする。
As described in claim 1, the pump pressurized gas-liquid dissolution mixer of the present invention comprises:
A pump pressurized gas-liquid dissolution mixer composed of a hollow body and a motor pump,
In the hollow body, one or a plurality of suction mixing chambers and gas-liquid pressure-dissolution mixing chambers in which gas and liquid communicate with each other are installed. There is a gas-liquid inlet,
The suction port is connected to one or more gas-liquid suction conduits, and when the gas-liquid is sucked through the conduits, gas and liquid are simultaneously guided into the gas-liquid suction mixing chamber,
Near the side of the bottom of the gas-liquid pressure-dissolution mixing chamber, one or more doorways are installed, exported directly from the conduit, and a pressure-regulating constant pressure valve is installed,
The motor pump is connected to the side surface of the hollow body, and its central axis is placed in the gas-liquid inhalation mixing chamber of the hollow main body, and one or more rotating blades are fixed on the central axis. Has saw-tooth slots that are lined up vertically and horizontally,
When the motor pump is turned on, its mandrel rotates with the rotating blade,
Gas and liquid are drawn into the gas-liquid suction mixing chamber through the gas-liquid suction conduit,
The gas and liquid are mixed by the rotation of the rotating blade, and the gas is evenly dissolved in the liquid to generate fine microbubbles. The gas enters the chamber, and at the same time, the gas is pressed by the pressure of the blade and subjected to the additional pressurization and time extension by the baffle plate, regenerates further microbubbles, dissolves in the solution, and contains the gas in the liquid Is oversaturated and is exported from the doorway into various containers.

また、前記モーターポンプ、中空本体気液を結合させ、攪拌混合室へと吸入し、気液加圧溶解混合室、調圧恒圧バルブの一体組み合わせ構造を連結することにより、導管に進出し、簡素化を図ったことを特徴とする。
さらに、前記気液吸入導管は、一個以上の進気管及び進水管を相通じさせ、一個以上の吸入導管を設置し、同時に多管、オゾン発生器及びその他異なる液体を発生させることが可能な器具とつなげ、様々な気体と液体を気液吸入混合室の中に導入し、混合室の中で混ぜ合わせることを特徴とする。
Also, the motor pump, the hollow main body gas-liquid is combined, sucked into the stirring and mixing chamber, and the gas-liquid pressurizing and dissolving mixing chamber and the pressure regulating constant pressure valve are connected together to advance into the conduit, It is characterized by simplification.
Furthermore, the gas-liquid suction conduit is connected to one or more advancing pipes and launching pipes, and one or more suction pipes are installed, and at the same time, a multi-tube, an ozone generator and other devices capable of generating different liquids. It is characterized by introducing various gases and liquids into the gas-liquid suction mixing chamber and mixing them in the mixing chamber.

本考案の混合器に、水等の液体、及び酸素やオゾン等の気体を注入した時、常圧により自然的に気体は超飽和含有量に達し、その気体は極微小の泡となり、野菜、果物、食物、医療器具などの被洗浄物の汚れを泡の衝撃により洗いおとす。
気体がオゾンの場合、水中のオゾンの酸化作用により、野菜等の農薬残毒殺菌、及びそのほかの化学物質の解毒等が可能である。これにより、病毒の伝染防止、食用安全衛生の確保を高めることができる。
このような方法は、水槽、魚の池、養殖場及びプール等でも使え、水中の酸素含有量及び洗浄槽消毒殺菌効能を増加させ、病原菌の発生を防ぎ、水中養殖物の成長環境を改善し、病害を減らす。
When a liquid such as water and a gas such as oxygen or ozone are injected into the mixer of the present invention, the gas naturally reaches a supersaturated content due to atmospheric pressure, and the gas becomes extremely fine bubbles, vegetables, Removes dirt from objects to be cleaned, such as fruits, food, and medical instruments, by the impact of bubbles.
When the gas is ozone, it is possible to sterilize agricultural chemical residues such as vegetables and detoxify other chemical substances by the oxidizing action of ozone in water. Thereby, prevention of infection of a disease poison and securing of food safety hygiene can be improved.
Such a method can be used in aquariums, fish ponds, farms and pools, etc., increasing the oxygen content in the water and cleaning tank disinfection and sterilization efficacy, preventing the generation of pathogenic bacteria, improving the growth environment of underwater aquaculture, Reduce disease.

本考案のポンプ加圧気液溶解混合器は、中空本体及びモーターポンプが含まれている。前記中空本体中には、上から下まで順に一個以上の気体と液体が相通じる吸入混合室や気液加圧溶解混合室が設置されている。前記気液吸入混合室の上部の側面近くには、一個以上の気液吸入口が設置されている。そして、前記気液吸入口は一個以上の気液吸入導管とつながっており、気液が導管で吸入された際に、同時に気体と水を気液吸入混合室の中に導引する。以上の吸入導管はオゾン発生器や同時に他の異なる気体の器具をつなげ、進気管及び進水管が同時に水や気体を導入し、導管を経て気液吸入混合室の中へと吸入させる。当気液加圧溶解混合室の内には、少なくとも一つ阻流板があり、また、前記気液加圧溶解混合室の底の側面近くには、一つ以上の水の出入り口が設置され、直接導管から輸出し、調圧恒圧バルブを設置する。   The pump pressurized gas-liquid dissolution mixer of the present invention includes a hollow body and a motor pump. In the hollow main body, an inhalation mixing chamber and a gas-liquid pressurization dissolution mixing chamber in which one or more gases and liquids communicate in order from the top to the bottom are installed. Near the upper side surface of the gas-liquid suction mixing chamber, one or more gas-liquid suction ports are provided. The gas-liquid suction port is connected to one or more gas-liquid suction conduits. When the gas-liquid is sucked through the conduits, gas and water are simultaneously introduced into the gas-liquid suction mixing chamber. The above suction pipe is connected to an ozone generator and other different gas appliances, and the advancing pipe and the launching pipe simultaneously introduce water and gas into the gas-liquid inhalation mixing chamber through the pipe. There is at least one baffle in the gas-liquid pressure-dissolution mixing chamber, and one or more water outlets are installed near the bottom side of the gas-liquid pressure-dissolution mixing chamber. Export directly from the conduit and install a pressure regulation valve.

前記モーターポンプには、中空本体の上部の側面とつながり、そのモーターポンプの心軸が本体の頂端により気液吸入混合室の中へと入り、心軸の上に一枚の回転ブレードが固定されている。前記回転ブレード上には縦横に交差して並べられた鋸歯スロットがある。かつ、延期回転ブレードは気液吸入混合室の気液吸入導管と相応じ、モーターポンプと連動し、回転ブレードは一緒にハイスピードで回転する。これにより、液体や気体を気液吸入混合室中に吸入し、同時に回転ブレードが高速にまわることにより、気液を混ぜる効果が発生する。これにより、気液が液体の中に均等に溶け込み、細かい微小泡を発生させることができる。当微小泡及び液体は、モーターポンプが加圧し、連通口により気液加圧溶解混合室の中へと入り、同時に気体はブレードが圧力による押し寄せ及び前記阻流板による再度の阻隔加圧及び時間延長を受け、更なる微小泡を再生し、溶液体(水)に溶け込み、液体(水)に酸素を含む状態が飽和状態をオーバーし、再び水の出入り口から各種容器の中へと輸出される。(例えば、解毒皿、水槽、養殖場等)   The motor pump is connected to the upper side surface of the hollow body, and the motor shaft enters the gas-liquid inhalation mixing chamber by the top end of the body, and one rotating blade is fixed on the shaft. ing. On the rotating blade, there are sawtooth slots arranged crossing each other in the vertical and horizontal directions. In addition, the postponing rotating blade corresponds to the gas-liquid suction conduit in the gas-liquid suction mixing chamber, and is linked with the motor pump, so that the rotating blade rotates together at high speed. As a result, a liquid or gas is sucked into the gas-liquid suction mixing chamber, and at the same time, the rotating blade rotates at a high speed, thereby producing an effect of mixing the gas and liquid. Thereby, a gas-liquid can melt | dissolve uniformly in a liquid and can generate | occur | produce a fine micro bubble. The microbubbles and liquid are pressurized by the motor pump and enter the gas-liquid pressurization and dissolution mixing chamber through the communication port. In response to the extension, further microbubbles are regenerated, dissolved in the solution body (water), the state of oxygen in the liquid (water) exceeds the saturated state, and is exported again from the water entrance to various containers. . (For example, detoxification dishes, water tanks, farms, etc.)

図1、及び図2は、本考案のポンプ加圧気液溶解混合器に関するものである。以下詳細に説明する。
中空本体(1)の頂面には、防水結合穴(図示されず)が設置され、上から下まで順に、気液吸入混合室(11)及び当気液加圧溶解混合室(12)が設置される。前記結合穴と気液吸入混合室(11)は相通じ、気液吸入混合室(11)と前記気液加圧溶解混合室(12)には一つ以上の連通口(13)がある。前記気液吸入混合室(11)の上部の側面近くには、一個以上の気液吸入口(111)が設置されている。そして、前記気液吸入口(111)は一個以上の気液吸入導管(2)とつながっている。
1 and 2 relate to a pump pressurized gas-liquid dissolution mixer of the present invention. This will be described in detail below.
A waterproof joint hole (not shown) is installed on the top surface of the hollow body (1), and the gas-liquid suction mixing chamber (11) and the gas-liquid pressurizing and dissolving mixing chamber (12) are arranged in order from the top to the bottom. Installed. The coupling hole and the gas / liquid suction / mixing chamber (11) communicate with each other, and the gas / liquid suction / mixing chamber (11) and the gas / liquid pressure-dissolution / mixing chamber (12) have one or more communication ports (13). Near the upper side surface of the gas-liquid suction mixing chamber (11), one or more gas-liquid suction ports (111) are provided. The gas-liquid suction port (111) is connected to one or more gas-liquid suction conduits (2).

気液は導管(2)で吸入された際に、進水管(22)及び少なくとも一つ以上ある進気管(21)を含み、当進水管(22)及び進気管(21)は、少なくとも一つ以上ある。 導管(2)には、オゾン発生器(211)(図4参照)及びその他異なる液体を発生させることが可能な器具とつなげることが可能である。且つ前記進水管(22)は進気管(21)と共に作り上げることができるものである。
これにより、気液吸入導管(2)は進水管(22)及び進気管(21)を経て、別々に気体(31)及び水(32)を気液吸入口(111)から気液吸入混合室(11)へと吸入し、前記気液加圧溶解混合室(12)内にも、少なくとも一枚以上の阻流板(121)が設置され、当気液加圧溶解混合室(12)の近くにある底側の一旦に水の出入り口(122)を設け、輸出導管をつないで、調圧恒圧バルブ(91)を作り、当調圧恒圧バルブ(91)は、主に水の出具合をコントロールする。
当モーターポンプ(4)の心軸(41)は中空本体(1)の結合穴により気液吸入混合室(11)に進入し、且つ当心軸(41)と結合穴は、完全密封であり、隙間が一つもない。そして、心軸(41)の上には一枚の回転ブレード(5)があり、当回転ブレード(5)と気液吸入混合室(11)の片側の気液吸入口(111)と相応じ、回転ブレード(5)の上には縦横に交差して並べられた鋸歯スロット(51)がある。そして、当モーターポンプ(4)の外部には、ふた(42)があり、モーターポンプ(4)を保護するためにある。
When the gas-liquid is sucked through the conduit (2), the gas-liquid includes a launch pipe (22) and at least one or more advance pipes (21), and the launch pipe (22) and the advance pipe (21) are at least one. That is all. The conduit (2) can be connected to an ozone generator (211) (see FIG. 4) and other devices capable of generating different liquids. The launch pipe (22) can be made together with the advance pipe (21).
As a result, the gas-liquid suction conduit (2) passes through the launch pipe (22) and the launch pipe (21), and separately sends the gas (31) and water (32) from the gas-liquid suction port (111) to the gas-liquid suction mixing chamber. (11) and at least one baffle plate (121) is also installed in the gas-liquid pressure-dissolution mixing chamber (12). A water inlet / outlet (122) at the bottom side nearby is provided once, and an export conduit is connected to create a pressure regulating constant pressure valve (91). The pressure regulating constant pressure valve (91) is mainly used for water outlet. Control the condition.
The shaft (41) of the motor pump (4) enters the gas-liquid suction mixing chamber (11) through the coupling hole of the hollow body (1), and the shaft (41) and the coupling hole are completely sealed, There are no gaps. There is a rotating blade (5) on the mandrel (41), which corresponds to the rotating blade (5) and the gas-liquid inlet (111) on one side of the gas-liquid inlet / outlet chamber (11). On the rotating blade (5), there are saw-tooth slots (51) arranged so as to intersect vertically and horizontally. A lid (42) is provided outside the motor pump (4) to protect the motor pump (4).

モーターポンプ(4)がオンにされた時、その心軸(41)は回転ブレード(5)をつれ、一緒にハイスピードで回転し、気液吸入導管(2)の進気管(21)及び進水管(22)を経て、別々に気体(31)と水(32)を気液吸入口(11)の中へ吸入し、気液吸入混合室(11)の中へと吸入する。同時に、回転ブレード(5)と鋸歯スロット(51)が高速にまわることにより、気液(31)が液体(32)の中に溶け込み、細かい微小泡(71)を発生させることができる。当微小泡(71)及び液体(32)は、モーターポンプ(4)が加圧し、連通口(13)により気液加圧溶解混合室(12)の中へと入り、同時に気液加圧溶解混合室(12)内に設置された阻流板(121)により、導流が阻止され、気液が溶け込んだ空間や面積を増やし、泡(71)により多くの時間をつくり、加圧に耐えられるようにする。これにより、液体(32)は、酸素含有量が飽和状態をオーバーし、再び水の出入り口(122)により泡(71)を各種容器の中に輸出する。(例えば、水槽・養殖場(61)、各種の解毒器(62)(図4、図5と図6に示されたとおり)とプール(63)等が挙げられる。)   When the motor pump (4) is turned on, its mandrel (41) rotates along with the rotating blade (5) and rotates together at a high speed, so Gas (31) and water (32) are separately sucked into the gas-liquid suction port (11) through the water pipe (22), and sucked into the gas-liquid suction mixing chamber (11). At the same time, the rotating blade (5) and the sawtooth slot (51) are rotated at high speed, whereby the gas-liquid (31) is dissolved in the liquid (32), and fine microbubbles (71) can be generated. The microbubble (71) and liquid (32) are pressurized by the motor pump (4) and enter the gas-liquid pressurization and dissolution mixing chamber (12) through the communication port (13), and simultaneously the gas-liquid pressurization and dissolution. The baffle plate (121) installed in the mixing chamber (12) prevents the flow of current, increases the space and area where the gas and liquid are dissolved, creates more time for the foam (71), and withstands pressure. To be able to. Thereby, as for the liquid (32), oxygen content exceeds a saturated state and the bubble (71) is exported into various containers again by the water entrance / exit (122). (For example, an aquarium / culture farm (61), various detoxifiers (62) (as shown in FIGS. 4, 5, and 6), a pool (63), etc.)

図4、図5及び図6に示すように、前記綿密なる微小泡(71)が、上で述べられた容器に注入されたとき、常圧により液体(32)は自然的に超飽和酸素含有量を発生させ、その酸素は極微小の泡(71)となり、当泡(71)は、平均的に分布された気液により、皿や器(81)野菜(83)、果物、食べ物、医療器具(82)などを衝撃により洗いおとし、水中のオゾン高酸化作用により、その農薬残毒殺菌及びそのほかの化学物質、解毒等を防ぐことができる。これにより、病毒の伝染防止、食用安全衛生の確保を高めることができる。そのうち、解毒皿(62)内には、螺旋ブレード(92)を設けることができ、容器の底にあるモーター(93)によって動かし、容器内の液体が螺旋ブレード(92)による動きでまわされ、微小泡が液体の回転力により刺激を受けさせることができる。このような動力により、続けて容器内の野菜、果物、食べ物、医療器具等を衝撃によって洗い流し、解毒、殺菌の効果に達することができる。
続けて、図3及び図7に示すように、本考案は水槽(61)、魚の池、養殖場及びプール(63)等でも使え、水中の酸素高含有量及び洗浄槽消毒殺菌効能を増加させ、病原菌の発生を防ぎ、水中養殖物の生長環境を改善し、病害を減らす目的に達することができる。
As shown in FIGS. 4, 5 and 6, when the fine microbubbles (71) are injected into the container described above, the liquid (32) naturally contains supersaturated oxygen under normal pressure. The amount of oxygen is generated into very fine bubbles (71), and these bubbles (71) are distributed on average by gas and liquid, serving as dishes and dishes (81) vegetables (83), fruits, food, medical The instrument (82) can be washed off by impact, and the ozone high oxidation action in water can prevent the sterilization of the pesticide residue and other chemical substances, detoxification, and the like. Thereby, prevention of infection of a disease poison and securing of food safety hygiene can be improved. Among them, a spiral blade (92) can be provided in the detoxification dish (62), which is moved by a motor (93) at the bottom of the container, and the liquid in the container is rotated by movement by the spiral blade (92), Microbubbles can be stimulated by the rotational force of the liquid. With such power, the vegetables, fruits, food, medical instruments, etc. in the container can be washed away by impact, and the effects of detoxification and sterilization can be achieved.
Next, as shown in FIGS. 3 and 7, the present invention can be used in aquarium (61), fish pond, farm and pool (63), etc. to increase the high oxygen content in water and the sterilization and sterilization effect of washing tank. It can reach the goal of preventing pathogenic germs, improving the growth environment of underwater aquaculture, and reducing disease.

本考案のポンプ加圧気液溶解混合器の断面説明図である。It is a section explanatory view of a pump pressurization gas liquid dissolution mixer of the present invention. 本考案のポンプ加圧気液溶解混合器の動作説明図である。It is operation | movement explanatory drawing of the pump pressurization gas-liquid melt | dissolution mixer of this invention. 本考案のポンプ加圧気液溶解混合器の第一応用説明図である。It is 1st application explanatory drawing of the pump pressurization gas-liquid melt | dissolution mixer of this invention. 本考案のポンプ加圧気液溶解混合器の第二応用説明図である。It is a 2nd application explanatory drawing of the pump pressurization gas-liquid dissolution mixer of this invention. 本考案のポンプ加圧気液溶解混合器の第三応用説明図である。It is a 3rd application explanatory view of the pump pressurization gas liquid dissolution mixer of the present invention. 本考案のポンプ加圧気液溶解混合器の第四応用説明図である。It is a 4th application explanatory view of the pump pressurization gas liquid dissolution mixer of the present invention. 本考案のポンプ加圧気液溶解混合器の第五応用説明図である。It is a 5th application explanatory view of the pump pressurization gas liquid dissolution mixer of the present invention.

符号の説明Explanation of symbols

1 中空本体
11 気液吸入混合室
111 気液吸入口
12 気液加圧溶解混合室
121 阻流板
122 水の出入り口
13 つなぎ口
2 気液吸入導管
21 進気管
211 オゾン製造器
22 進水管
31 気体
32 水
4 モーターポンプ
41 心軸
42 ふた
5 回転ブレード
51 鋸歯スロット
61 水槽・養殖場
62 解毒皿
63 プール
71 微小な泡
81 器や皿
82 医療器具
83 野菜
91 調圧恒圧バルブ
92 螺旋ブレード
93 モーター
DESCRIPTION OF SYMBOLS 1 Hollow main body 11 Gas-liquid suction | inhalation mixing chamber 111 Gas-liquid suction inlet 12 Gas-liquid pressurization melt | dissolution mixing chamber 121 Baffle plate 122 Water inlet / outlet 13 Connecting port 2 Gas-liquid suction conduit 21 Gas advance pipe 211 Ozone maker 22 Launch pipe 31 Gas 32 Water 4 Motor pump 41 Axle 42 Lid 5 Rotating blade 51 Sawtooth slot 61 Aquarium / culture farm 62 Detoxification dish 63 Pool 71 Microbubbles 81 Vessels and dishes 82 Medical instruments 83 Vegetables 91 Pressure control and constant pressure valve 92 Spiral blade 93 Motor

Claims (3)

中空本体とモーターポンプとから構成されるポンプ加圧気液溶解混合器であって、
前記中空本体の中には、気体と液体が相通じる一又は複数の気液吸入混合室及び気液加圧溶解混合室が設置され、前記気液吸入混合室の上部の側面近くには、一個以上の気液吸入口が設置されており、
前記吸入口は一個以上の気液吸入導管とつながっており、気液が導管で吸入された際に、同時に気体と液体を気液吸入混合室の中に導引し、
前記気液加圧溶解混合室の底の側面近くには、一個以上の出入り口が設置され、直接導管から輸出し、調圧恒圧バルブを設置し、
前記モーターポンプは中空本体の側面とつながり、その心軸が中空本体の気液吸入混合室の中に入れるようにし、心軸の上に一枚以上の回転ブレードが固定され、前記回転ブレード上には縦横に交差して並べられた鋸歯スロットがあり、
モーターポンプがオンにされた時、その心軸は回転ブレードと共に回転し、
気体と液体は気液吸入導管を経て気液吸入混合室の中へと抽入され、
回転ブレードの回転により気液が混合され、気体が液体の中に均等に溶け込み、細かい微小泡を発生させ、前記微小泡及び液体は、モーターポンプが加圧し、連通所により気液加圧溶解混合室の中へと入り、同時に気体はブレードの圧力による押し寄せ及び阻流板による再度の阻隔加圧及び時間延長を受け、更なる微小泡を再生し、溶液体に溶け込み、液体に気体を含む状態が飽和状態をオーバーし、再び出入り口から各種容器の中へと輸出されることを特徴とするポンプ加圧気液溶解混合器。
A pump pressurized gas-liquid dissolution mixer composed of a hollow body and a motor pump,
In the hollow main body, one or a plurality of gas-liquid suction mixing chambers and gas-liquid pressurization / dissolution mixing chambers in which gas and liquid communicate with each other are installed, and there is one near the upper side of the gas-liquid suction mixing chamber. The above gas-liquid inlet is installed,
The suction port is connected to one or more gas-liquid suction conduits, and when the gas-liquid is sucked through the conduits, gas and liquid are simultaneously guided into the gas-liquid suction mixing chamber,
Near the side of the bottom of the gas-liquid pressure-dissolution mixing chamber, one or more doorways are installed, exported directly from the conduit, and a pressure-regulating constant pressure valve is installed,
The motor pump is connected to the side surface of the hollow body, and its central axis is placed in the gas-liquid inhalation mixing chamber of the hollow main body, and one or more rotating blades are fixed on the central axis. Has saw-tooth slots that are lined up vertically and horizontally,
When the motor pump is turned on, its mandrel rotates with the rotating blade,
Gas and liquid are drawn into the gas-liquid suction mixing chamber through the gas-liquid suction conduit,
The gas and liquid are mixed by the rotation of the rotating blade, and the gas is evenly dissolved in the liquid to generate fine microbubbles. The gas enters the chamber, and at the same time, the gas is pressed by the pressure of the blade and subjected to the additional pressurization and time extension by the baffle plate, regenerates further microbubbles, dissolves in the solution, and contains the gas in the liquid The pump pressurized gas-liquid dissolution mixer is characterized in that is oversaturated and is exported again from the doorway into various containers.
前記モーターポンプ、中空本体気液を結合させ、攪拌混合室へと吸入し、気液加圧溶解混合室、調圧恒圧バルブの一体組み合わせ構造を連結することにより、導管に進出し、簡素化を図ったことを特徴とする、請求項1に記載のポンプ加圧気液溶解混合器。   Combining the motor pump and hollow body gas-liquid, sucking them into the stirring and mixing chamber, and connecting the integrated combination structure of the gas-liquid pressurizing and dissolving mixing chamber and pressure regulating constant pressure valve, advance to the conduit and simplify The pump pressurized gas-liquid dissolution mixer according to claim 1, wherein: 前記気液吸入導管は、一個以上の進気管及び進水管を相通じさせ、一個以上の吸入導管を設置し、同時に多管、オゾン発生器及びその他異なる液体を発生させることが可能な器具とつなげ、様々な気体と液体を気液吸入混合室の中に導入し、混合室の中で混ぜ合わせることを特徴とする、請求項1に記載のポンプ加圧気液溶解混合器。   The gas-liquid intake conduit is connected to one or more intake pipes and launch pipes, and one or more intake pipes are installed, and at the same time connected to multiple pipes, ozone generators and other devices capable of generating different liquids. 2. The pump pressurized gas-liquid dissolution mixer according to claim 1, wherein various gases and liquids are introduced into the gas-liquid suction mixing chamber and mixed in the mixing chamber.
JP2005004302U 2005-06-09 2005-06-09 Pump pressurized gas-liquid dissolution mixer Expired - Fee Related JP3113520U (en)

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