JPH08155430A - Apparatus and method for making activated water and activation of water - Google Patents
Apparatus and method for making activated water and activation of waterInfo
- Publication number
- JPH08155430A JPH08155430A JP33196694A JP33196694A JPH08155430A JP H08155430 A JPH08155430 A JP H08155430A JP 33196694 A JP33196694 A JP 33196694A JP 33196694 A JP33196694 A JP 33196694A JP H08155430 A JPH08155430 A JP H08155430A
- Authority
- JP
- Japan
- Prior art keywords
- water
- air
- structure portion
- outside
- pipe
- 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.)
- Pending
Links
Landscapes
- Treatment Of Water By Oxidation Or Reduction (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、活性水製造装置と活性
水製造方法と水の活性化方法に関し、特に、管路内の水
と空気との混合を促進するために、ベンチュリー管構造
部分に設けた通孔により外部から空気を吸引して、管路
内の水と外部から吸引した空気とを混合させて、空気を
水によく混合させることにより溶存酸素を多く含んだ水
を製造して水を活性化する活性水製造装置と活性水製造
方法と水の活性化方法に関し、そして、ノズルなどの絞
り構造部分を設けて、その絞り構造部分の先に設けた方
向変換部分を曲げることにより、その手前に位置するノ
ズルなどの絞り構造部分から噴出する噴出流を曲げられ
た方向変換部分の内壁面に衝突させて、水と空気との混
合を促進させ得るようにした活性水製造装置と活性水製
造方法と水の活性化方法に関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for producing active water, a method for producing active water, and a method for activating water, and more particularly, in order to promote mixing of water and air in a pipe line, a venturi pipe structure portion. Air is sucked from the outside through a through hole provided in the pipe, the water in the pipeline is mixed with the air sucked from the outside, and the water is mixed well with the water to produce water containing a large amount of dissolved oxygen. Apparatus for activating water by activating water, a method for activating water, and a method for activating water, and providing a throttle structure portion such as a nozzle and bending a direction changing portion provided at the end of the throttle structure portion. By virtue of this, the jet flow ejected from the throttle structure portion such as the nozzle located in front of it collides with the inner wall surface of the curved direction changing portion to promote the mixing of water and air. And active water production method and water activity A method for.
【０００２】[0002]
【従来の技術】従来から、水に空気を接触させて、溶存
酸素を多く含んだ水を得る研究がなされてきた。例え
ば、養魚場などでは、大規模の噴水施設を設けて、空中
に水を舞い上がらせて、水に空気を接触させてきた。特
に、養鰻用の池などでは、池が浅いために、広範囲にわ
たり、水に空気を接触させることに努力してきた。ま
た、上水道では、曝気槽が重要な位置を占めている。好
気性菌の繁殖を促進して、水の浄化に努力してきた。近
年は、下水処理にも、水の浄化に適した菌の繁殖を促進
させることにより、水の浄化に努力している。しかし、
必ずしも、十分、成果を上げているとは言えない。ま
た、従来から広い曝気槽を利用してきたが、なるだけ狭
い曝気槽ででも広い曝気槽と同じ成果を上げる研究がな
されてきたが、十分の成果を得ていない。2. Description of the Related Art Conventionally, studies have been conducted to obtain water containing a large amount of dissolved oxygen by bringing air into contact with water. For example, in a fish farm or the like, a large-scale fountain facility is provided to let water rise in the air and bring the air into contact with the water. Especially in ponds for eel cultivation, since the ponds are shallow, we have been striving to bring air into contact with water over a wide area. In water supply, the aeration tank occupies an important position. We have made efforts to purify water by promoting the reproduction of aerobic bacteria. In recent years, even in sewage treatment, efforts have been made to purify water by promoting the growth of bacteria suitable for purifying water. But,
It cannot always be said that the results have been achieved sufficiently. In addition, although a wide aeration tank has been used conventionally, research has been done to achieve the same result as a wide aeration tank with a narrow aeration tank, but the results have not been sufficient.
【０００３】[0003]
【発明が解決しようとする課題】本発明は、上記の問題
を解決することを第一の目的とする。また、本発明は、
管路内の水と空気との混合を促進するために、ベンチュ
リー管構造部分に設けた通孔により外部から空気を吸引
して、管路内の水と外部から吸引した空気とを混合させ
て、空気を水によく混合させることにより溶存酸素を多
く含んだ水を製造して水を活性化する活性水製造装置と
活性水製造方法と水の活性化方法を提供することを、第
二の目的とする。また、本発明は、ノズルなどの絞り構
造部分を設けて、その絞り構造部分の先に設けた方向変
換部分を曲げることにより、その手前に位置するノズル
などの絞り構造部分から噴出する噴出流を曲げられた方
向変換部分の内壁面に衝突させて、水と空気との混合を
促進させ得るようにした活性水製造装置と活性水製造方
法と水の活性化方法を提供することを、第三の目的とす
る。また、本発明は、管路内の適宜位置にノズルなどの
絞り構造部分を設け、その絞り構造部分の先の位置に外
部から空気を吸引する部分を設け、その空気吸引部分に
設けた通孔により外部から空気を吸引して管路内の水と
外部から吸引した空気とを混合させて、空気を水によく
混合させることにより溶存酸素を多く含んだ水を製造す
る活性水製造装置を提供することを、第四の目的とす
る。また、本発明は、管路内の適宜位置に設けたノズル
などの絞り構造部分で噴流を流出させ、その絞り構造部
分の先の位置に設けた外部から空気を吸引する空気吸引
部分により吸引した空気を混合するため、管路内の水と
外部から吸引した空気とを混合させて、空気を水によく
混合させることにより溶存酸素を多く含んだ水を製造す
る活性水製造方法を提供することを、第五の目的とす
る。また、本発明は、管路内の適宜位置に設けたノズル
などの絞り構造部分で噴流を流出させ、その絞り構造部
分の先の位置に設けた外部から空気を吸引する空気吸引
部分により吸引した空気を混合するため、管路内の水と
外部から吸引した空気とを混合させて、空気を水によく
混合させることにより溶存酸素を多く含んだ水を製造す
る水の活性化方法を提供することを、第六の目的とす
る。また、本発明は、管路内の適宜位置にノズルなどの
絞り構造部分を設けて、その絞り構造部分の先に方向変
換部分を設け、その絞り構造部分の後部位置にベンチュ
リー管構造部分を設け、そのベンチュリー管構造部分に
設けた通孔により外部から空気を吸引して管路内の水と
外部から吸引した空気とを混合させて、空気を水によく
混合させて溶存酸素を多く含んだ水を製造する活性水製
造装置を提供することを、第七の目的とする。SUMMARY OF THE INVENTION The first object of the present invention is to solve the above problems. Also, the present invention
In order to promote the mixing of water and air in the pipeline, air is sucked from the outside by the through hole provided in the Venturi pipe structure portion, and the water in the pipeline is mixed with the air sucked from the outside. The second object is to provide an active water production apparatus, an active water production method and a water activation method for producing water containing a large amount of dissolved oxygen by well mixing air with water to activate the water. To aim. Further, according to the present invention, by providing a throttle structure portion such as a nozzle and bending a direction changing portion provided at the tip of the throttle structure portion, the jet flow ejected from the throttle structure portion such as the nozzle located in front of the throttle structure portion is bent. To provide an active water producing apparatus, an active water producing method, and a water activating method that are capable of promoting the mixing of water and air by colliding with the inner wall surface of the bent direction changing portion. The purpose of. Further, according to the present invention, a throttle structure portion such as a nozzle is provided at an appropriate position in the pipeline, a portion for sucking air from the outside is provided at a position ahead of the throttle structure portion, and a through hole provided in the air suction portion. Provides an active water production device that produces water containing a large amount of dissolved oxygen by sucking air from the outside to mix the water in the pipeline with the air sucked from the outside and mixing the air well with the water. The fourth purpose is to do. Further, according to the present invention, the jet flow is caused to flow out by a throttle structure portion such as a nozzle provided at an appropriate position in the pipeline, and the jet flow is sucked by an air suction portion which sucks air from the outside provided at a position ahead of the throttle structure portion. To provide a method for producing active water in which water containing a large amount of dissolved oxygen is produced by mixing water in a pipeline with air sucked from the outside to mix air, and mixing the air well with the water. Is the fifth purpose. Further, according to the present invention, the jet flow is caused to flow out by a throttle structure portion such as a nozzle provided at an appropriate position in the pipeline, and the jet flow is sucked by an air suction portion that sucks air from the outside provided at a position ahead of the throttle structure portion. In order to mix air, the water in the pipeline is mixed with the air sucked from the outside to provide a method for activating water which produces water containing a large amount of dissolved oxygen by mixing the air well with the water. This is the sixth purpose. Further, according to the present invention, a throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a direction changing portion is provided in front of the throttle structure portion, and a Venturi tube structure portion is provided in a rear position of the throttle structure portion. , The venturi pipe structure has a through hole to suck air from the outside to mix the water in the pipe with the air sucked from the outside, and mix the air well with the water to contain a large amount of dissolved oxygen. A seventh object is to provide an activated water producing apparatus for producing water.
【０００４】[0004]
【課題を解決するための手段】本発明は、管路内の適宜
位置にノズルなどの絞り構造部分を設け、その絞り構造
部分の先の位置に外部から空気を吸引する部分を設け、
その空気吸引部分に設けた通孔により外部から空気を吸
引して管路内の水と外部から吸引した空気とを混合させ
て、空気を水によく混合させることにより溶存酸素を多
く含んだ水を製造する活性水製造装置であり、また、本
発明は、管路内の適宜位置に設けたノズルなどの絞り構
造部分で噴流を流出させ、その絞り構造部分の先の位置
に設けた外部から空気を吸引する空気吸引部分により吸
引した空気を混合するため、管路内の水と外部から吸引
した空気とを混合させて、空気を水によく混合させるこ
とにより溶存酸素を多く含んだ水を製造する活性水製造
方法であり、また、本発明は、管路内の適宜位置に設け
たノズルなどの絞り構造部分で噴流を流出させ、その絞
り構造部分の先の位置に設けた外部から空気を吸引する
空気吸引部分により吸引した空気を混合するため、管路
内の水と外部から吸引した空気とを混合させて、空気を
水によく混合させることにより溶存酸素を多く含んだ水
にして活性化し得る活性化方法である。According to the present invention, a throttle structure portion such as a nozzle is provided at an appropriate position in a conduit, and a portion for sucking air from the outside is provided at a position ahead of the throttle structure portion.
Water containing a large amount of dissolved oxygen is obtained by sucking air from the outside by mixing the water in the pipeline with the air sucked from the outside through the through hole provided in the air suction portion and mixing the air well with the water. The present invention is also an apparatus for producing active water, and the present invention allows a jet flow to flow out at a throttle structure portion such as a nozzle provided at an appropriate position in a pipe line, and externally provided at a position ahead of the throttle structure portion. In order to mix the air sucked by the air sucking part that sucks the air, the water in the pipeline is mixed with the air sucked from the outside, and the water containing a large amount of dissolved oxygen is mixed by mixing the air well with the water. The present invention is a method for producing active water, and the present invention is that the jet flow is made to flow out at a throttle structure portion such as a nozzle provided at an appropriate position in a pipeline, and air is supplied from the outside provided at a position ahead of the throttle structure portion. The air suction part In order to mix the sucked air, by mixing the water in the pipeline with the air sucked from the outside, and by well mixing the air with the water, an activation method that can be activated into water containing a large amount of dissolved oxygen. is there.
【０００５】[0005]
【作用】本発明は、管路内の適宜位置にノズルなどの絞
り構造部分を設け、その絞り構造部分の先の位置に外部
から空気を吸引する部分を設け、その空気吸引部分に設
けた通孔により外部から空気を吸引して管路内の水と外
部から吸引した空気とを混合させて、空気を水によく混
合させることにより溶存酸素を多く含んだ水を製造する
活性水製造装置であるから、管路内に外部から空気を吸
引して、管路内の水と外部から吸引した空気とを混合さ
せて、空気を水によく混合させることにより溶存酸素を
多く含んだ水を製造することが出来る。また、本発明
は、管路内の適宜位置に設けたノズルなどの絞り構造部
分で噴流を流出させ、その絞り構造部分の先の位置に設
けた外部から空気を吸引する空気吸引部分により吸引し
た空気を混合するため、管路内の水と外部から吸引した
空気とを混合させて、空気を水によく混合させることに
より溶存酸素を多く含んだ水を製造する活性水製造方法
であるから、管路内に外部から空気を吸引して、管路内
の水と外部から吸引した空気とを混合させて、空気を水
によく混合させることにより溶存酸素を多く含んだ水を
製造することが出来る。また、本発明は、管路内の適宜
位置に設けたノズルなどの絞り構造部分で噴流を流出さ
せ、その絞り構造部分の先の位置に設けた外部から空気
を吸引する空気吸引部分により吸引した空気を混合する
ため、管路内の水と外部から吸引した空気とを混合させ
て、空気を水によく混合させることにより溶存酸素を多
く含んだ水にして活性化し得る水の活性化方法であるか
ら、ノズルなどの絞り構造部分で噴流を流出させ、その
絞り構造部分の先の位置に設けた外部から空気を吸引す
る空気吸引部分により吸引した空気を混合するため、管
路内の水と外部から吸引した空気とを混合させて、空気
を水によく混合させることにより溶存酸素を多く含んだ
水にして活性化させ得る。According to the present invention, a throttle structure portion such as a nozzle is provided at an appropriate position in a pipe, a portion for sucking air from the outside is provided at a position ahead of the throttle structure portion, and a passage provided in the air suction portion. An active water production device for producing water containing a large amount of dissolved oxygen by sucking air from the outside through a hole to mix the water in the pipeline with the air sucked from the outside and mixing the air well with the water. Therefore, by sucking air from the outside into the pipeline, mixing the water in the pipeline with the air sucked from the outside, and mixing the air well with the water to produce water containing a large amount of dissolved oxygen. You can do it. Further, according to the present invention, the jet flow is caused to flow out by a throttle structure portion such as a nozzle provided at an appropriate position in the pipeline, and the jet flow is sucked by an air suction portion which sucks air from the outside provided at a position ahead of the throttle structure portion. In order to mix the air, by mixing the water in the pipeline and the air sucked from the outside, it is an active water manufacturing method for manufacturing water containing a large amount of dissolved oxygen by mixing the air well with the water, It is possible to produce water containing a large amount of dissolved oxygen by sucking air from the outside into the pipeline, mixing the water in the pipeline with the air sucked from the outside, and mixing the air well with the water. I can. Further, according to the present invention, the jet flow is caused to flow out by a throttle structure portion such as a nozzle provided at an appropriate position in the pipeline, and the jet flow is sucked by an air suction portion which sucks air from the outside provided at a position ahead of the throttle structure portion. In order to mix air, a method of activating water that can be activated by mixing the water in the pipeline with the air sucked from the outside and mixing the air well with the water to form water containing a large amount of dissolved oxygen. Therefore, the jet flow is caused to flow out by the throttle structure portion such as the nozzle, and the air sucked by the air suction portion that sucks air from the outside provided at the position ahead of the throttle structure portion is mixed with the water in the pipeline. By mixing with the air sucked from the outside and mixing the air well with the water, the water containing a large amount of dissolved oxygen can be activated.
【０００６】[0006]
【実施例１】本発明は、その管路の前端部分に下向きの
開口部を有し、その管路の中間部分に、管路内の水と外
部から吸引した空気とを混合させて、空気と水とをよく
混合させる中間管路部分を有し、その中間管路部分の後
部に後部管路部分を有し、管路内の前部管路部分の適宜
位置にノズルなどの絞り構造部分を設けて、その絞り構
造部分の先に方向変換部分を設け、その絞り構造部分の
後部位置にベンチュリー管構造部分を設け、そのベンチ
ュリー管構造部分に設けた通孔の前後部分にバイパスバ
ルブを配設して、水の供給量を加減調整し得るように
し、そのベンチュリー管構造部分に設けた通孔により外
部から空気を吸引して管路内の水と外部から吸引した空
気とを混合させて、空気を水によく混合させることによ
り溶存酸素を多く含んだ水を製造する活性水製造装置で
ある。EXAMPLE 1 The present invention has a downward opening portion at the front end portion of the pipe line, and the middle portion of the pipe line is mixed with water in the pipe line and air sucked from the outside to generate air. And a water well mixed intermediate pipe part, the rear part of the intermediate pipe part has a rear pipe part, the throttle structure part such as a nozzle at an appropriate position in the front pipe part in the pipe line. Is provided, a direction changing portion is provided at the end of the throttle structure portion, a venturi pipe structure portion is provided at the rear position of the throttle structure portion, and bypass valves are provided at the front and rear portions of the through holes provided in the venturi pipe structure portion. It is installed so that the amount of water supply can be adjusted, and the air is sucked from the outside by the through hole provided in the venturi pipe structure to mix the water in the pipe with the air sucked from the outside. , By mixing air with water well, it contains a large amount of dissolved oxygen. It is an active water production apparatus for producing the water.
【０００７】[0007]
【実施例２】本発明は、その管路の前端部分に下向きの
開口部を有し、その管路の中間部分に、管路内の水と外
部から吸引した空気とを混合させて、空気と水とをよく
混合させる中間管路部分を有し、その中間管路部分の後
部に後部管路部分を有し、管路内の前部管路部分の適宜
位置にノズルなどの絞り構造部分を設けて、その絞り構
造部分の先に方向変換部分を設け、その絞り構造部分の
後部位置にベンチュリー管構造部分を設け、そのベンチ
ュリー管構造部分に設けた通孔の前後部分にバイパスバ
ルブを配設して、水の供給量を加減調整し得るように
し、ベンチュリー管構造部分に設けた通孔の数を複数に
して、複数の空気吸引装置を配設し、そのベンチュリー
管構造部分に設けた複数の空気吸引装置の通孔により外
部から空気を吸引して管路内の水と外部から吸引した空
気とを混合させて、空気を水によく混合させて溶存酸素
を多く含んだ水を製造する活性水製造装置である。[Embodiment 2] The present invention has a downward opening portion at the front end portion of the pipeline, and an intermediate portion of the pipeline is mixed with water in the pipeline and air sucked from the outside to form an air flow. And a water well mixed intermediate pipe part, the rear part of the intermediate pipe part has a rear pipe part, the throttle structure part such as a nozzle at an appropriate position in the front pipe part in the pipe line. Is provided, a direction changing portion is provided at the end of the throttle structure portion, a venturi pipe structure portion is provided at the rear position of the throttle structure portion, and bypass valves are provided at the front and rear portions of the through holes provided in the venturi pipe structure portion. The venturi pipe structure part is provided with a plurality of through holes provided in the venturi pipe structure part, and a plurality of air suction devices are provided in the venturi pipe structure part. Air is sucked from the outside through the holes of multiple air suction devices. By mixing the air sucked from the water and the outside of the conduit, is active water production apparatus of the air to produce a laden water dissolved oxygen is mixed well in water.
【０００８】[0008]
【実施例３】本発明は、管路内の前方部分の適宜位置に
ノズルなどの絞り構造部分を設け、その絞り構造部分の
先に設けた方向変換部分により流路を曲げ得るように
し、その方向変換部分と前記絞り構造部分の間に設けた
通孔を介して外部から空気を吸引して、管路内の水と外
部から吸引した空気とを混合させ得るようにし、その絞
り構造部分の後部位置に設けたベンチュリー管構造部分
により負圧をつくり、ベンチュリー管構造部分に設けた
通孔により外部から空気を吸引して管路内の水と外部か
ら吸引した空気とを混合させて、空気を水によく混合さ
せることにより溶存酸素を多く含んだ水を製造する活性
水製造方法である。Third Embodiment In the present invention, a throttle structure portion such as a nozzle is provided at an appropriate position in the front portion of the pipe, and the flow path can be bent by the direction changing portion provided before the throttle structure portion. Air is sucked from the outside through a through hole provided between the direction changing portion and the throttle structure portion so that the water in the pipeline can be mixed with the air sucked from the outside. Negative pressure is created by the venturi pipe structure part provided at the rear position, and air is sucked from the outside by the through hole provided in the venturi pipe structure part to mix the water in the pipeline with the air sucked from the outside, Is a method for producing active water in which water containing a large amount of dissolved oxygen is produced by thoroughly mixing water with water.
【０００９】[0009]
【実施例４】本発明は、管路内の前方部分の適宜位置に
ノズルなどの絞り構造部分を設け、その絞り構造部分の
先に設けた方向変換部分により流路を曲げ得るように
し、その方向変換部分と前記絞り構造部分の間に設けた
通孔を介して外部から空気を吸引して、管路内の水と外
部から吸引した空気とを混合させ得るようにし、前記絞
り構造部分の間に設けた通孔と前記絞り構造部分の後部
位置に設けたベンチュリー管構造部分に設けた通孔の間
の中間管路で管路内の水と空気とを混合させ得るととも
に前記絞り構造部分の後部位置に設けたベンチュリー管
構造部分により負圧をつくり、ベンチュリー管構造部分
に設けた通孔により外部から空気を吸引して管路内の水
と外部から吸引した空気とを混合させて、空気を水によ
く混合させて、溶存酸素を多く含んだ水を製造する活性
水製造方法である。[Fourth Embodiment] In the present invention, a throttle structure portion such as a nozzle is provided at an appropriate position in a front portion of a pipe, and a flow path can be bent by a direction changing portion provided before the throttle structure portion. Air is sucked from the outside through a through hole provided between the direction changing portion and the throttle structure portion so that the water in the pipeline and the air sucked from the outside can be mixed, An intermediate pipe line between the through hole provided between the through hole and the through hole provided in the venturi pipe structure portion provided at the rear position of the throttle structure portion can mix water and air in the pipe line and the throttle structure portion. Negative pressure is created by the venturi pipe structure part provided at the rear position, and air is sucked from the outside by the through hole provided in the venturi pipe structure part to mix the water in the pipe line with the air sucked from the outside, Dissolve by mixing air with water well Is active water manufacturing method for manufacturing a laden water elements.
【００１０】[0010]
【実施例５】本発明は、ノズルなどの絞り構造部分とそ
の先に位置する方向変換部分とによりなる衝突型空気イ
ンジェクタとベンチュリー管構造部分とからなり、ベン
チュリー管構造部分のところで吸引された空気と管路内
の水をよく混合させて、次に、管路内の適宜位置にノズ
ルなどの絞り構造部分を設けて、その絞り構造部分の先
に方向変換部分を設け、その方向変換部分と前記絞り構
造部分との間に設けた通孔により外部から空気を吸引し
得るようにし、前記絞り構造部分の後部位置に設けたベ
ンチュリー管構造部分により、空気を吸引し、そのベン
チュリー管構造部分に設けた通孔により外部から空気を
吸引して管路内の水と外部から吸引した空気とを混合さ
せて、空気を水によく混合させることにより溶存酸素を
多く含んだ水にして活性化し得る水の活性化方法であ
る。[Embodiment 5] The present invention comprises a collision type air injector consisting of a throttle structure portion such as a nozzle and a direction changing portion located in front of the throttle structure portion and a venturi pipe structure portion, and air sucked at the venturi pipe structure portion. And water in the pipeline are mixed well, and then a throttle structure portion such as a nozzle is provided at an appropriate position in the pipeline, and a direction changing portion is provided at the tip of the throttle structure portion. Air is sucked from the outside by a through hole provided between the throttle structure portion, and air is sucked by the venturi pipe structure portion provided at the rear position of the throttle structure portion to the venturi pipe structure portion. Air is sucked from the outside through the provided holes to mix the water in the pipeline with the air sucked from the outside, and the air is mixed well with the water to make water containing a large amount of dissolved oxygen. A method of activating the water can be activated.
【００１１】[0011]
【実施例６】本発明は、管路内の適宜位置にノズルなど
の絞り構造部分を設けて、その絞り構造部分の先に方向
変換部分を設け、その絞り構造部分の後部位置にベンチ
ュリー管構造部分を設け、そのベンチュリー管構造部分
の前後に出入口を有するバイパスパイプを介してバイパ
スバルブを働かせ得るようにして、水の供給量を加減調
整し、前記ベンチュリー管構造部分に設けた通孔により
外部から空気を吸引して管路内の水と外部から吸引した
空気とを混合させて、空気を水によく混合し、存酸素を
多く含んだ水にして活性化し得る水の活性化方法であ
る。[Embodiment 6] According to the present invention, a throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a direction changing portion is provided in front of the throttle structure portion, and a venturi tube structure is provided at a rear position of the throttle structure portion. The venturi pipe structure part is provided with a bypass pipe that has an inlet and a rear port before and after the venturi pipe structure part. It is a method of activating water that can be activated by sucking air from the air and mixing the water in the pipeline with the air sucked from the outside to mix the air well with the water to make water containing a large amount of oxygen. .
【００１２】[0012]
【実施例７】本発明は、管路内の適宜位置にノズルなど
の絞り構造部分を設けて、その絞り構造部分の先に方向
変換部分を設け、その絞り構造部分の後部位置にベンチ
ュリー管構造部分を設け、そのベンチュリー管構造部分
の前後に出入口を有するバイパスパイプを介してバイパ
スバルブを働かせ得るようにして、複数の空気インジェ
クタを配設し、水の供給量を加減調整し、前記ベンチュ
リー管構造部分に設けた通孔により外部から空気を吸引
して管路内の水と外部から吸引した空気とを混合させ
て、空気を水によく混合させることにより溶存酸素を多
く含んだ水にして活性化し得る水の活性化方法である。[Embodiment 7] According to the present invention, a throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a direction changing portion is provided in front of the throttle structure portion, and a Venturi tube structure is provided at a rear position of the throttle structure portion. The venturi pipe is provided with a plurality of air injectors so that the bypass valve can be operated through a bypass pipe having a venturi pipe structure part and a vent pipe at the front and rear of the venturi pipe structure part. Air is sucked from the outside by a through hole provided in the structure part to mix the water in the pipeline with the air sucked from the outside, and the air is mixed well with the water to make water containing a large amount of dissolved oxygen. It is a method of activating water that can be activated.
【００１３】[0013]
【実施例８】本発明は、ベンチュリー管構造部分とノズ
ルなどの絞り構造部分とその絞り構造部分の先の方向変
換部分と管路内の水と管路内の空気との混合部分とから
なり、それらの各部分を互いに接続した管路により接続
し、その管路内の適宜位置にノズルなどの絞り構造部分
を設けて、その絞り構造部分の先に方向変換部分を設
け、その絞り構造部分の後部位置にベンチュリー管構造
部分を設け、そのベンチュリー管構造部分に設けた通孔
により外部から空気を吸引して管路内の水と外部から吸
引した空気とを混合させて、空気を水によく混合させる
ことにより溶存酸素を多く含んだ水にして活性化し得る
水の活性化方法である。[Embodiment 8] The present invention comprises a Venturi tube structure portion, a throttle structure portion such as a nozzle, a direction changing portion ahead of the throttle structure portion, and a mixed portion of water in the pipe and air in the pipe. , These respective parts are connected by a pipe line connected to each other, a throttle structure part such as a nozzle is provided at an appropriate position in the pipe line, a direction changing part is provided at the end of the throttle structure part, and the throttle structure part A venturi pipe structure portion is provided at the rear position of the venturi pipe, and air is sucked from the outside by a through hole provided in the venturi pipe structure portion to mix the water in the pipe line with the air sucked from the outside, thereby converting the air into water. It is a method of activating water that can be activated by making water containing a large amount of dissolved oxygen by mixing well.
【００１４】[0014]
【実施例９】本発明は、ベンチュリー管構造部分とノズ
ルなどの絞り構造部分とその絞り構造部分の先の方向変
換部分と管路内の水と管路内の空気との混合部分とから
なり、それらの各部分を互いに接続した管路により接続
し、前記ベンチュリー管構造部分にバイパスパイプを介
してバイパスバルブを働かせ得るようにし、前記管路内
の適宜位置にノズルなどの絞り構造部分を設けて、その
絞り構造部分の先に方向変換部分を設け、その絞り構造
部分の後部位置にベンチュリー管構造部分を設け、その
ベンチュリー管構造部分に設けた通孔により外部から空
気を吸引して管路内の水と外部から吸引した空気とを混
合させて、空気を水によく混合させることにより溶存酸
素を多く含んだ水にして活性化し得る水の活性化方法で
ある。[Embodiment 9] The present invention comprises a Venturi tube structure portion, a throttle structure portion such as a nozzle, a direction changing portion ahead of the throttle structure portion, and a mixed portion of water in the pipe and air in the pipe. , Connecting each of these parts by a pipe line connected to each other so that a bypass valve can be operated through the bypass pipe to the venturi pipe structure part, and a throttle structure part such as a nozzle is provided at an appropriate position in the pipe line. , A direction changing portion is provided at the end of the throttle structure portion, a venturi pipe structure portion is provided at the rear position of the throttle structure portion, and air is sucked from the outside by a through hole provided in the venturi pipe structure portion to draw a conduit. This is a method for activating water that can be activated by mixing water in the interior with air sucked from the outside and mixing the air well with the water to form water containing a large amount of dissolved oxygen.
【００１５】[0015]
【効果】本発明は、管路内の適宜位置にノズルなどの絞
り構造部分を設け、その絞り構造部分の先の位置に外部
から空気を吸引する部分を設け、その空気吸引部分に設
けた通孔により外部から空気を吸引して管路内の水と外
部から吸引した空気とを混合させて、空気を水によく混
合させることにより溶存酸素を多く含んだ水を製造する
活性水製造装置であるから、管路内に外部から空気を吸
引して、管路内の水と外部から吸引した空気とを混合さ
せて、空気を水によく混合させることにより溶存酸素を
多く含んだ水を製造することが出来る効果がある。ま
た、本発明は、管路内の適宜位置に設けたノズルなどの
絞り構造部分で噴流を流出させ、その絞り構造部分の先
の位置に設けた外部から空気を吸引する空気吸引部分に
より吸引した空気を混合するため、管路内の水と外部か
ら吸引した空気とを混合させて、空気を水によく混合さ
せることにより溶存酸素を多く含んだ水を製造する活性
水製造方法であるから、管路内に外部から空気を吸引し
て、管路内の水と外部から吸引した空気とを混合させ
て、空気を水によく混合させることにより溶存酸素を多
く含んだ水を製造することが出来る効果がある。また、
本発明は、管路内の適宜位置に設けたノズルなどの絞り
構造部分で噴流を流出させ、その絞り構造部分の先の位
置に設けた外部から空気を吸引する空気吸引部分により
吸引した空気を混合するため、管路内の水と外部から吸
引した空気とを混合させて、空気を水によく混合させる
ことにより溶存酸素を多く含んだ水にして活性化し得る
水の活性化方法であるから、ノズルなどの絞り構造部分
で噴流を流出させ、その絞り構造部分の先の位置に設け
た外部から空気を吸引する空気吸引部分により吸引した
空気を混合するため、管路内の水と外部から吸引した空
気とを混合させて、空気を水によく混合させることによ
り溶存酸素を多く含んだ水にして活性化させ得る効果が
ある。According to the present invention, a throttle structure portion such as a nozzle is provided at an appropriate position in a pipeline, a portion for sucking air from the outside is provided at a position ahead of the throttle structure portion, and a passage provided in the air suction portion. An active water production device for producing water containing a large amount of dissolved oxygen by sucking air from the outside through a hole to mix the water in the pipeline with the air sucked from the outside and mixing the air well with the water. Therefore, by sucking air from the outside into the pipeline, mixing the water in the pipeline with the air sucked from the outside, and mixing the air well with the water to produce water containing a large amount of dissolved oxygen. There is an effect that can be done. Further, according to the present invention, the jet flow is caused to flow out by a throttle structure portion such as a nozzle provided at an appropriate position in the pipeline, and the jet flow is sucked by an air suction portion which is provided outside the throttle structure portion and sucks air from the outside. In order to mix the air, by mixing the water in the pipeline and the air sucked from the outside, it is an active water manufacturing method for manufacturing water containing a large amount of dissolved oxygen by mixing the air well with the water, It is possible to produce water containing a large amount of dissolved oxygen by sucking air from the outside into the pipeline, mixing the water in the pipeline with the air sucked from the outside, and mixing the air well with the water. There is an effect that can be done. Also,
According to the present invention, the jet flow is made to flow out in a throttle structure portion such as a nozzle provided at an appropriate position in the pipe line, and the air sucked by an air suction portion sucking air from the outside provided at a position ahead of the throttle structure portion Since this is a method for activating water, the water in the pipeline and the air sucked from the outside are mixed, and the air is well mixed with the water to make water containing a large amount of dissolved oxygen and can be activated. , The jet flow out at the throttle structure part such as the nozzle, and the air suctioned by the air suction part that sucks air from the outside provided at the position ahead of the throttle structure part mixes the water in the pipeline and the outside By mixing with the sucked air and mixing the air well with the water, the water containing a large amount of dissolved oxygen can be activated.
【図１】本発明の活性水製造装置の実施例の一つの曲管
とベンチュリー管とからなる二部材による本発明の活性
水製造装置の使用状態の縦断面図である。FIG. 1 is a vertical cross-sectional view of a state of use of the active water producing apparatus of the present invention, which is composed of two members each including one curved pipe and a Venturi tube of an embodiment of the active water producing apparatus of the present invention.
【図２】図１に示した活性水製造装置とは別の構成であ
って、本発明の活性水製造装置の実施例の一つの曲管と
空気と水の混合のための筒体とベンチュリー管とからな
る三部材による本発明の活性水製造装置の使用状態の縦
断面図である。2 is a configuration different from that of the active water production apparatus shown in FIG. 1, and is one curved pipe of an embodiment of the active water production apparatus of the present invention, a cylinder for mixing air and water, and a venturi. It is a longitudinal cross-sectional view of the usage state of the activated water manufacturing apparatus of this invention by three members which consist of a pipe.
【図３】図１、図２に示した活性水製造装置とは別の構
成であって、本発明の活性水製造装置の実施例の一つの
曲管と空気と水の混合のための筒体とベンチュリー管と
からなる三部材の中のベンチュリー管の両側に丁字管を
結合させバイパス路で丁字管同士を結合した本発明の活
性水製造装置の使用状態の縦断面図である。FIG. 3 is a configuration different from the active water production apparatus shown in FIGS. 1 and 2, and is one curved pipe and a tube for mixing air and water in the embodiment of the active water production apparatus of the present invention. FIG. 3 is a vertical cross-sectional view of a state of use of the activated water producing device of the present invention in which the T-shaped tubes are connected to both sides of the Venturi tube in the three members including the body and the Venturi tube and the T-shaped tubes are connected to each other by the bypass passage.
【図４】図１、図２、図３に示した活性水製造装置とは
別の構成であって、本発明の活性水製造装置の実施例の
一つの空気と水の混合のための筒体とベンチュリー管と
曲管とからなる三部材の中のベンチュリー管の両側に丁
字管を結合させバイパス路で丁字管同士を結合し、分流
管を使用して、その分流管の二つの流出口のそれぞれに
曲管を結合した本発明の活性水製造装置の使用状態の縦
断面図である。FIG. 4 is a configuration different from the active water production apparatus shown in FIGS. 1, 2 and 3, and is one of the cylinders for mixing air and water in the embodiment of the active water production apparatus of the present invention. Inside the three members consisting of the body, the Venturi tube, and the curved tube, connect the T-shaped tubes to both sides of the Venturi tube and connect the T-shaped tubes to each other by the bypass passage, and use the diverter pipe to connect the two outlets of the diverter pipe. FIG. 4 is a vertical cross-sectional view of a state of use of the activated water producing apparatus of the present invention in which a curved pipe is connected to each of the above.
【図５】本発明の活性水製造装置の実施例の一つの図２
に示した活性水製造装置の構成部材の個々の部材を離し
た状態で示した三部材の縦断面図である。FIG. 5 is one of the embodiments of the activated water producing apparatus of the present invention.
FIG. 4 is a vertical cross-sectional view of three members shown in a state where individual members of the constituent members of the active water manufacturing apparatus shown in FIG.
１ 曲管の曲部の先端の開口部 ２ 曲管入口に
嵌めたノズル先端開口部 ３ 曲管の内部に挿入したノズル ４ 曲管のノズ
ルの周囲の空気吸引口 ５ 空気と水の混合のための筒体 ６ 曲管入口に
嵌めたノズルのフランジ ７ ベンチュリー管 ８ ベンチュリ
ー管の空気吸引口 ９ 一方の丁字管 １０ バイパスバ
ルブ １１ 他方の丁字管 １２ バイパスバ
ルブと丁字管の接続管 １３ 分流管 １４ 分流管の流
入口 １５ 分流管の一方の流出口 １６ 分流管の他
方の流出口1 Opening at the tip of the bent portion of the bent pipe 2 Opening of the tip of the nozzle fitted at the inlet of the bent pipe 3 Nozzle inserted inside the bent pipe 4 Air suction port around the nozzle of the bent pipe 5 For mixing air and water Cylinder body 6 Flange of the nozzle fitted at the inlet of curved pipe 7 Venturi pipe 8 Air suction port of Venturi pipe 9 One side pipe 10 Bypass valve 11 The other side pipe 12 Connecting pipe between bypass valve and side pipe 13 Dividing pipe 14 Dividing flow Pipe inlet 15 Outlet of one branch pipe 16 Outlet of the other 16 branch pipe
Claims (23)
部分を設け、その絞り構造部分の先の位置に外部から空
気を吸引する部分を設け、その空気吸引部分に設けた通
孔により外部から空気を吸引して管路内の水と外部から
吸引した空気とを混合させて、空気を水によく混合させ
ることにより溶存酸素を多く含んだ水を製造する活性水
製造装置。1. A throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a portion for sucking air from the outside is provided at a position ahead of the throttle structure portion, and a through hole provided in the air suction portion is provided. An activated water production apparatus for producing water containing a large amount of dissolved oxygen by sucking air from the outside and mixing the water in the pipeline with the air sucked from the outside to mix the air well with the water.
部分を設け、その絞り構造部分の先の位置に外部から空
気を吸引する部分を設け、その空気吸引部分に設けた通
孔により外部から空気を吸引し得るようにし、前記ノズ
ルなどの絞り構造部分の先に方向変換部分を設け、前記
絞り構造部分の後部位置にベンチュリー管構造部分を設
け、そのベンチュリー管構造部分に設けた通孔により外
部から空気を吸引して管路内の水と外部から吸引した空
気を混合させて、空気を水によく混合させて溶存酸素を
多く含んだ水を製造する請求項１記載の活性水製造装
置。2. A throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a portion for sucking air from the outside is provided at a position ahead of the throttle structure portion, and a through hole is provided in the air suction portion. To allow air to be sucked from the outside, a direction changing portion is provided at the tip of the throttle structure portion such as the nozzle, a venturi pipe structure portion is provided at a rear position of the throttle structure portion, and a passage provided in the venturi pipe structure portion is provided. The activated water according to claim 1, wherein air is sucked from the outside through the holes to mix the water in the pipeline with the air sucked from the outside, and the air is mixed well with the water to produce water containing a large amount of dissolved oxygen. Manufacturing equipment.
部分を設け、その絞り構造部分の先の位置に外部から空
気を吸引する部分を設け、その空気吸引部分に設けた通
孔により外部から空気を吸引し得るようにし、前記ノズ
ルなどの絞り構造部分の先に方向変換部分を設け、前記
絞り構造部分の後部位置に、空気と水とをよく混合させ
る中間管路部分を設け、その中間管路部分の後部位置に
ベンチュリー管構造部分を設け、そのベンチュリー管構
造部分に設けた通孔により外部から空気を吸引して管路
内の水と外部から吸引した空気を混合させ、空気を水に
よく混合させて溶存酸素を多く含んだ水を製造する請求
項１記載の活性水製造装置。3. A throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a portion for sucking air from the outside is provided at a position ahead of the throttle structure portion, and a through hole provided in the air suction portion is used. In order to be able to suck air from the outside, a direction changing portion is provided at the tip of the throttle structure portion such as the nozzle, and an intermediate conduit portion that mixes air and water well is provided at the rear position of the throttle structure portion, A venturi pipe structure portion is provided at the rear position of the intermediate pipe portion, and air is sucked from the outside by a through hole provided in the venturi pipe structure portion to mix the water in the pipe with the air sucked from the outside, The activated water producing apparatus according to claim 1, wherein the water is mixed well with water to produce water containing a large amount of dissolved oxygen.
部分を設け、その絞り構造部分の先に方向変換部分を設
け、その絞り構造部分の後部位置にベンチュリー管構造
部分を設け、そのベンチュリー管構造部分に設けた通孔
により外部から空気を吸引して管路内の水と外部から吸
引した空気とを混合させ、空気を水によく混合させて溶
存酸素を多く含んだ水を製造する請求項１記載の活性水
製造装置。4. A throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a direction changing portion is provided ahead of the throttle structure portion, and a venturi pipe structure portion is provided at a rear position of the throttle structure portion. Through the holes provided in the Venturi structure, air is sucked from the outside to mix the water in the conduit with the air sucked from the outside, and the air is mixed well with water to produce water containing a large amount of dissolved oxygen. The activated water manufacturing apparatus according to claim 1.
し、その管路の中間部分に、管路内の水と外部から吸引
した空気とを混合させて、空気と水とをよく混合させる
中間管路部分を有し、その中間管路部分の後部に後部管
路部分を有し、管路内の前部管路部分の適宜位置にノズ
ルなどの絞り構造部分を設けて、その絞り構造部分の先
に方向変換部分を設け、その絞り構造部分の後部位置に
ベンチュリー管構造部分を設け、そのベンチュリー管構
造部分に設けた通孔により外部から空気を吸引して管路
内の水と外部から吸引した空気を混合させ、空気を水に
よく混合させて溶存酸素を多く含んだ水を製造する請求
項１記載の活性水製造装置。5. A pipe having a downward opening at the front end portion of the pipe, and water in the pipe and air sucked from the outside are mixed in the middle portion of the pipe to mix air and water. Having an intermediate conduit portion that mixes well, having a rear conduit portion at the rear of the intermediate conduit portion, and providing a throttle structure portion such as a nozzle at an appropriate position of the front conduit portion in the conduit, A direction changing portion is provided at the tip of the throttle structure portion, a venturi pipe structure portion is provided at a rear position of the throttle structure portion, and air is sucked from the outside by a through hole provided in the venturi pipe structure portion to suck the air in the pipeline. 2. The activated water producing apparatus according to claim 1, wherein water is mixed with air sucked from the outside, and the air is mixed well with water to produce water containing a large amount of dissolved oxygen.
し、その管路の中間部分に、管路内の水と外部から吸引
した空気とを混合させて、空気と水とをよく混合させる
中間管路部分を有し、その中間管路部分の後部に後部管
路部分を有し、管路内の前部管路部分の適宜位置にノズ
ルなどの絞り構造部分を設けて、その絞り構造部分の先
に方向変換部分を設け、その絞り構造部分の後部位置に
ベンチュリー管構造部分を設け、そのベンチュリー管構
造部分に設けた通孔の前後部分にバイパスバルブを配設
して、水の供給量を加減調整し得るようにし、そのベン
チュリー管構造部分に設けた通孔により外部から空気を
吸引して管路内の水と外部から吸引した空気とを混合さ
せて、空気を水によく混合させることにより溶存酸素を
多く含んだ水を製造する請求項１記載の活性水製造装
置。6. A pipe having a downward opening at a front end portion thereof, wherein water in the pipe and air sucked from the outside are mixed in an intermediate portion of the pipe to mix air and water. Having an intermediate conduit portion that mixes well, having a rear conduit portion at the rear of the intermediate conduit portion, and providing a throttle structure portion such as a nozzle at an appropriate position of the front conduit portion in the conduit, A direction changing portion is provided at the tip of the throttle structure portion, a venturi pipe structure portion is provided at a rear position of the throttle structure portion, and bypass valves are provided at front and rear portions of the through hole provided in the venturi pipe structure portion, The amount of water supply can be adjusted, and the air is sucked from the outside by mixing the water in the pipe with the air sucked from the outside by the through hole provided in the venturi pipe structure part. Water containing a large amount of dissolved oxygen Activated water production apparatus according to claim 1.
し、その管路の中間部分に、管路内の水と外部から吸引
した空気とを混合させて、空気と水とをよく混合させる
中間管路部分を有し、その中間管路部分の後部に後部管
路部分を有し、管路内の前部管路部分の適宜位置にノズ
ルなどの絞り構造部分を設けて、その絞り構造部分の先
に方向変換部分を設け、その絞り構造部分の後部位置に
ベンチュリー管構造部分を設け、そのベンチュリー管構
造部分に設けた通孔の前後部分にバイパスバルブを配設
して、水の供給量を加減調整し得るようにし、ベンチュ
リー管構造部分に設けた通孔の数を複数にして、複数の
空気吸引装置を配設し、そのベンチュリー管構造部分に
設けた複数の空気吸引装置の通孔により外部から空気を
吸引して管路内の水と外部から吸引した空気とを混合さ
せ、空気を水によく混合させて溶存酸素を多く含んだ水
を製造する請求項１記載の活性水製造装置。7. A pipe having a downward opening at a front end portion thereof, wherein water in the pipe and air sucked from the outside are mixed in an intermediate portion of the pipe to mix air and water. Having an intermediate conduit portion that mixes well, having a rear conduit portion at the rear of the intermediate conduit portion, and providing a throttle structure portion such as a nozzle at an appropriate position of the front conduit portion in the conduit, A direction changing portion is provided at the tip of the throttle structure portion, a venturi pipe structure portion is provided at a rear position of the throttle structure portion, and bypass valves are provided at front and rear portions of the through hole provided in the venturi pipe structure portion, It is possible to adjust the amount of water supply, adjust the number of through holes provided in the venturi pipe structure part, and install a plurality of air suction devices. Air is sucked from the outside by the through hole of the device and And it is mixed with the air sucked from the outside, active water production apparatus according to claim 1, wherein the air to produce a laden water dissolved oxygen is mixed well in water.
り構造部分で噴流を流出させ、その絞り構造部分の先の
位置に設けた外部から空気を吸引する空気吸引部分によ
り吸引した空気を混合するため、管路内の水と外部から
吸引した空気とを混合させて、空気を水によく混合させ
ることにより溶存酸素を多く含んだ水を製造する請求項
１記載の活性水製造方法。8. An air sucked by an air suction portion for letting out a jet flow at a throttle structure portion such as a nozzle provided at an appropriate position in a pipe line and sucking air from the outside provided at a position ahead of the throttle structure portion. The method for producing active water according to claim 1, wherein the water in the pipeline is mixed with the air sucked from the outside to mix the water, and the air is well mixed with the water to produce water containing a large amount of dissolved oxygen. .
り構造部分で噴流を流出させ、その絞り構造部分の先の
位置に設けた外部から空気を吸引する空気吸引部分によ
り吸引した空気を混合するため、管路内の水と外部から
吸引した空気とを混合させて、その空気と水の混合体を
前記絞り構造部分の先に設けた方向変換部分に激突させ
て、管路内の空気を水によく混合させることにより溶存
酸素を多く含んだ水を製造する請求項１記載の活性水製
造方法。9. Air sucked by an air suction portion for letting out a jet flow at a throttle structure portion such as a nozzle provided at an appropriate position in a pipeline and sucking air from the outside provided at a position ahead of the throttle structure portion. In order to mix the water in the pipeline with the air sucked from the outside, the mixture of the air and water is slammed into the direction changing portion provided at the tip of the throttle structure portion, and the inside of the pipeline is mixed. 2. The method for producing active water according to claim 1, wherein the water containing a large amount of dissolved oxygen is produced by mixing the above air well with water.
どの絞り構造部分を設け、その絞り構造部分の先に設け
た方向変換部分により流路を曲げ得るようにし、その方
向変換部分と前記絞り構造部分の間に設けた通孔を介し
て外部から空気を吸引し、ベンチュリー管構造部分に設
けた通孔により外部から空気を吸引して管路内の水と外
部から吸引した空気を混合させ、空気を水によく混合さ
せることにより溶存酸素を多く含んだ水を製造する請求
項１記載の活性水製造方法。10. A throttle structure portion such as a nozzle is provided at an appropriate position in a front portion of a pipe line, and a flow path can be bent by a direction changing portion provided ahead of the throttle structure portion. Air is sucked from the outside through a through hole provided between the throttle structure portions, and air is sucked from the outside by a through hole provided in the Venturi pipe structure portion so that water in the pipeline and air sucked from the outside The method for producing active water according to claim 1, wherein water containing a large amount of dissolved oxygen is produced by mixing and air is well mixed with water.
どの絞り構造部分を設け、その絞り構造部分の先に設け
た方向変換部分により流路を曲げ得るようにし、その方
向変換部分と前記絞り構造部分の間に設けた通孔を介し
て外部から空気を吸引して、管路内の水と外部から吸引
した空気とを混合させ得るようにし、その絞り構造部分
の後部位置に設けたベンチュリー管構造部分により負圧
をつくり、ベンチュリー管構造部分に設けた通孔により
外部から空気を吸引して管路内の水と外部から吸引した
空気とを混合させて、空気を水によく混合させることに
より溶存酸素を多く含んだ水を製造する請求項１記載の
活性水製造方法。11. A throttle structure portion such as a nozzle is provided at an appropriate position in a front portion of a pipe line, and a flow path can be bent by a direction changing portion provided ahead of the throttle structure portion. Air is sucked from the outside through a through hole provided between the throttle structure portions so that water in the pipeline can be mixed with air sucked from the outside, and the air is provided at a rear position of the throttle structure portions. A negative pressure is created by the venturi pipe structure part, and air is sucked from the outside by the through hole provided in the venturi pipe structure part to mix the water in the pipe line with the air sucked from the outside, and the air is well mixed with the water. The method for producing active water according to claim 1, wherein water containing a large amount of dissolved oxygen is produced by mixing.
どの絞り構造部分を設け、その絞り構造部分の先に設け
た方向変換部分により流路を曲げ得るようにし、その方
向変換部分と前記絞り構造部分の間に設けた通孔を介し
て外部から空気を吸引して、管路内の水と外部から吸引
した空気とを混合させ得るようにし、前記絞り構造部分
の間に設けた通孔と前記絞り構造部分の後部位置に設け
たベンチュリー管構造部分に設けた通孔の間の中間管路
で管路内の水と空気とを混合させ得るとともに前記絞り
構造部分の後部位置に設けたベンチュリー管構造部分に
より負圧をつくり、ベンチュリー管構造部分に設けた通
孔により外部から空気を吸引して管路内の水と外部から
吸引した空気とを混合させて、空気を水によく混合させ
て、溶存酸素を多く含んだ水を製造する請求項１記載の
活性水製造方法。12. A throttle structure part such as a nozzle is provided at an appropriate position in a front part of a pipe line, and a flow path can be bent by a direction changing part provided ahead of the throttle structure part. Air is sucked from the outside through a through hole provided between the throttle structure portions so that the water in the pipeline can be mixed with the air sucked from the outside, and the air is provided between the throttle structure portions. An intermediate pipe between the through hole and the through hole provided in the venturi pipe structure portion provided at the rear position of the throttle structure portion can mix water and air in the pipe line and at the rear position of the throttle structure portion. Negative pressure is created by the provided Venturi pipe structure part, and air is sucked from the outside by mixing the water in the pipe line with the air sucked from the outside by the through hole provided in the Venturi pipe structure part. Mix well to increase the amount of dissolved oxygen. Active water production method according to claim 1, wherein the production of water containing.
絞り構造部分で噴流を流出させ、その絞り構造部分の先
の位置に設けた外部から空気を吸引する空気吸引部分に
より吸引した空気を混合するため、管路内の水と外部か
ら吸引した空気とを混合させて、空気を水によく混合さ
せることにより溶存酸素を多く含んだ水にして活性化し
得る請求項１記載の水の活性化方法。13. Air sucked out by an air suction part for letting out a jet flow at a throttle structure portion such as a nozzle provided at an appropriate position in a pipeline and sucking air from the outside provided at a position ahead of the throttle structure portion. The water according to claim 1, which can be activated by mixing the water in the pipeline with the air sucked from the outside so as to mix the water well with the water to make water containing a large amount of dissolved oxygen. Activation method.
絞り構造部分で噴流を流出させ、その絞り構造部分の先
の位置に設けた外部から空気を吸引する空気吸引部分に
より吸引した空気を混合するため、管路内の水と外部か
ら吸引した空気とを混合させて、その空気と水の混合体
を前記絞り構造部分の先に設けた方向変換部分に激突さ
せて、管路内の空気を水によく混合させることにより溶
存酸素を多く含んだ水にして活性化し得る請求項１記載
の水の活性化方法。14. Air sucked by an air suction part for letting out a jet flow at a throttle structure portion such as a nozzle provided at an appropriate position in a pipeline and sucking air from the outside provided at a position beyond the throttle structure portion. In order to mix the water in the pipeline with the air sucked from the outside, the mixture of the air and water is slammed into the direction changing portion provided at the tip of the throttle structure portion, and the inside of the pipeline is mixed. 2. The method for activating water according to claim 1, wherein the water can be activated by being mixed with a large amount of dissolved oxygen by well mixing the air of 1. with water.
造部分を設けて、その絞り構造部分の先に方向変換部分
を設け、その方向変換部分と前記絞り構造部分との間に
設けた通孔により外部から空気を吸引し得るようにし、
前記絞り構造部分の後部位置に設けたベンチュリー管構
造部分により、空気を吸引し、そのベンチュリー管構造
部分に設けた通孔により外部から空気を吸引して管路内
の水と外部から吸引した空気とを混合させて、空気を水
によく混合させることにより溶存酸素を多く含んだ水に
して活性化し得る請求項１記載の水の活性化方法。15. A throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a direction changing portion is provided ahead of the throttle structure portion, and the direction changing portion is provided between the direction changing portion and the throttle structure portion. It is possible to suck air from the outside by the through hole,
The venturi pipe structure portion provided at the rear position of the throttle structure portion sucks air, and the through hole provided in the venturi pipe structure portion sucks air from the outside to suck water from the outside and the air sucked from the outside. The method for activating water according to claim 1, wherein the water can be activated by mixing with and by mixing air with water well to form water containing a large amount of dissolved oxygen.
造部分を設けて、その絞り構造部分の先に方向変換部分
を設け、その絞り構造部分の後部位置にベンチュリー管
構造部分を設け、管路内の絞り構造部分の後部位置に設
けたベンチュリー管構造部分の次に設けたノズルなどの
絞り構造部分に水を流し、その水は、次に、ノズルなど
の絞り構造部分の次に設けた方向変換部分に流し、その
水は、次に、その方向変換部分から開口部分に水を流し
て、前記ベンチュリー管構造部分に設けた通孔により外
部から空気を吸引して管路内の水と外部から吸引した空
気とを混合させて、空気を水によく混合させることによ
り溶存酸素を多く含んだ水にして活性化し得る請求項１
記載の水の活性化方法。16. A throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a direction changing portion is provided in front of the throttle structure portion, and a venturi pipe structure portion is provided at a rear position of the throttle structure portion. Water is made to flow through a throttle structure portion such as a nozzle provided next to the venturi pipe structure portion provided at the rear position of the throttle structure portion in the pipeline, and the water is then provided next to the throttle structure portion such as the nozzle. The water flowing in the direction change portion, then the water is made to flow from the direction change portion to the opening portion, and the air inside is sucked by sucking air from the outside through the through hole provided in the venturi pipe structure portion. 2. A mixture of air sucked from the outside and air to be well mixed with water to be water containing a large amount of dissolved oxygen, which can be activated.
The method for activating water as described.
造部分を設けて、その絞り構造部分の先に方向変換部分
を設け、その絞り構造部分の後部位置にベンチュリー管
構造部分を設け、そのベンチュリー管構造部分と前記ノ
ズルなどの絞り構造部分との間の管路内の水と管路内の
空気との混合部分を設け、前記管路内の絞り構造部分の
後部位置に設けたベンチュリー管構造部分の次に設けた
管路内の水ど管路内の空気との混合部分に水を流し、そ
の水は、次に、ノズルなどの絞り構造部分に水を流し、
その水は、次に、ノズルなどの絞り構造部分の次に設け
た方向変換部分に流し、その水は、次に、その方向変換
部分から開口部分に水を流して、前記ベンチュリー管構
造部分に設けた通孔により外部から空気を吸引して管路
内の水と外部から吸引した空気とを混合させて、空気を
水によく混合させて溶存酸素を多く含んだ水にし活性化
し得る請求項１記載の水の活性化方法。17. A throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a direction changing portion is provided in front of the throttle structure portion, and a Venturi tube structure portion is provided at a rear position of the throttle structure portion. A venturi provided at a rear position of the throttle structure portion in the pipeline by providing a mixed portion of water in the pipeline and air in the pipeline between the venturi pipe structure portion and the throttle structure portion such as the nozzle. The water in the pipe provided next to the pipe structure part is made to flow into the mixed part with the air in the pipe line, and the water is then made to flow in the throttle structure part such as the nozzle,
The water then flows into a direction changing portion provided next to the throttle structure portion such as a nozzle, and the water then flows from the direction changing portion into the opening portion to the venturi tube structure portion. A device capable of activating air by sucking air from the outside by mixing the water in the pipe and the air sucked from the outside by the through hole provided, and mixing the air well with the water to make water containing a large amount of dissolved oxygen. 1. The method for activating water according to 1.
置する方向変換部分とによりなる衝突型空気インジェク
タとベンチュリー管構造部分とからなり、ベンチュリー
管構造部分のところで吸引された空気と管路内の水をよ
く混合させて、次に、管路内の適宜位置にノズルなどの
絞り構造部分を設けて、その絞り構造部分の先に方向変
換部分を設け、その方向変換部分と前記絞り構造部分と
の間に設けた通孔により外部から空気を吸引し得るよう
にし、前記絞り構造部分の後部位置に設けたベンチュリ
ー管構造部分により、空気を吸引し、そのベンチュリー
管構造部分に設けた通孔により外部から空気を吸引して
管路内の水と外部から吸引した空気とを混合させて、空
気を水によく混合させることにより溶存酸素を多く含ん
だ水にして活性化し得る請求項１記載の水の活性化方
法。18. A collision type air injector consisting of a throttle structure portion such as a nozzle and a direction changing portion located in front of the throttle structure portion, and a venturi pipe structure portion, wherein air sucked at the venturi pipe structure portion and the inside of the pipeline. Water is mixed well, and then a throttle structure portion such as a nozzle is provided at an appropriate position in the pipeline, and a direction changing portion is provided at the tip of the throttle structure portion. The direction changing portion and the throttle structure portion are provided. Through which the air is sucked from the outside, and the venturi pipe structure portion provided at the rear position of the throttle structure portion sucks the air and the through hole provided in the venturi pipe structure portion. By sucking air from the outside by mixing the water in the pipeline with the air sucked from the outside, and mixing the air well with the water, it becomes water containing a large amount of dissolved oxygen and is activated. Activation method of water according to claim 1, wherein the obtaining.
造部分を設けて、その絞り構造部分の先に方向変換部分
を設け、その絞り構造部分の後部位置にベンチュリー管
構造部分を設け、そのベンチュリー管構造部分の前後に
出入口を有するバイパスパイプを介してバイパスバルブ
を働かせ得るようにして、水の供給量を加減調整し、前
記ベンチュリー管構造部分に設けた通孔により外部から
空気を吸引して管路内の水と外部から吸引した空気を混
合させ、空気を水によく混合させて溶存酸素を多く含ん
だ水にし活性化し得る請求項１記載の水の活性化方法。19. A throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a direction changing portion is provided ahead of the throttle structure portion, and a Venturi tube structure portion is provided at a rear position of the throttle structure portion. The bypass valve can be operated via a bypass pipe having inlets and outlets in front of and behind the Venturi structure part, the amount of water supply is adjusted, and air is sucked from the outside by a through hole provided in the Venturi structure part. 2. The method for activating water according to claim 1, wherein the water in the pipeline is mixed with the air sucked from the outside, and the air is mixed well with the water to be water containing a large amount of dissolved oxygen, which can be activated.
造部分を設けて、その絞り構造部分の先に方向変換部分
を設け、その絞り構造部分の後部位置にベンチュリー管
構造部分を設け、そのベンチュリー管構造部分の前後に
出入口を有するバイパスパイプを介してバイパスバルブ
を働かせ得るようにして、複数の空気インジェクタを配
設し、水の供給量を加減調整し、前記ベンチュリー管構
造部分に設けた通孔により外部から空気を吸引して管路
内の水と外部から吸引した空気とを混合させて、空気を
水によく混合させることにより溶存酸素を多く含んだ水
にして活性化し得る請求項１記載の水の活性化方法。20. A throttle structure portion such as a nozzle is provided at an appropriate position in a pipe line, a direction changing portion is provided ahead of the throttle structure portion, and a Venturi tube structure portion is provided at a rear position of the throttle structure portion. A plurality of air injectors are provided so that a bypass valve can be operated via a bypass pipe having an inlet and a rear of the venturi pipe structure part, and the amount of water supply is adjusted, and the venturi pipe structure part is provided. A method in which water containing a large amount of dissolved oxygen can be activated by sucking air from the outside through the through hole to mix the water in the pipeline with the air sucked from the outside and mixing the air well with the water. Item 2. A method for activating water according to Item 1.
絞り構造部分とその絞り構造部分の先の方向変換部分と
管路内の水と管路内の空気との混合部分とからなり、そ
れらの各部分を互いに接続した管路により接続し、その
管路内の適宜位置にノズルなどの絞り構造部分を設け
て、その絞り構造部分の先に方向変換部分を設け、その
絞り構造部分の後部位置にベンチュリー管構造部分を設
け、そのベンチュリー管構造部分に設けた通孔により外
部から空気を吸引して管路内の水と外部から吸引した空
気とを混合させて、空気を水によく混合させることによ
り溶存酸素を多く含んだ水にして活性化し得る請求項１
記載の水の活性化方法。21. A venturi pipe structure portion, a throttle structure portion such as a nozzle, a direction changing portion ahead of the throttle structure portion, and a mixed portion of water in the pipe and air in the pipe, each of which is provided. The parts are connected by pipes connected to each other, a throttle structure part such as a nozzle is provided at an appropriate position in the pipe line, a direction changing part is provided at the tip of the throttle structure part, and at the rear position of the throttle structure part. Providing a venturi pipe structure part, and sucking air from the outside by a through hole provided in the venturi pipe structure part to mix the water in the pipe line with the air sucked from the outside so that the air is mixed well with the water The water containing a large amount of dissolved oxygen can be activated by the above method.
The method for activating water as described.
絞り構造部分とその絞り構造部分の先の方向変換部分と
管路内の水と管路内の空気との混合部分とからなり、そ
れらの各部分を互いに接続した管路により接続し、前記
ベンチュリー管構造部分にバイパスパイプを介してバイ
パスバルブを働かせ得るようにし、前記管路内の適宜位
置にノズルなどの絞り構造部分を設けて、その絞り構造
部分の先に方向変換部分を設け、その絞り構造部分の後
部位置にベンチュリー管構造部分を設け、そのベンチュ
リー管構造部分に設けた通孔により外部から空気を吸引
して管路内の水と外部から吸引した空気とを混合させ
て、空気を水によく混合させて溶存酸素を多く含んだ水
にし活性化し得る請求項１記載の水の活性化方法。22. A venturi pipe structure portion, a throttle structure portion such as a nozzle, a direction changing portion ahead of the throttle structure portion, and a mixed portion of water in the pipe and air in the pipe, each of which is provided. The parts are connected to each other by a pipe line connected to each other so that a bypass valve can be operated through the bypass pipe in the venturi pipe structure part, and a throttle structure part such as a nozzle is provided at an appropriate position in the pipe line, and the throttle is formed. A direction changing part is provided at the tip of the structure part, a venturi pipe structure part is provided at the rear position of the throttle structure part, and air is sucked from the outside by the through hole provided in the venturi pipe structure part The method for activating water according to claim 1, which can be activated by mixing with air sucked from the outside so that the air is well mixed with water to be water containing a large amount of dissolved oxygen.
リー管と曲管とからなる活性水製造装置を構成する三部
材の中のベンチュリー管の両側に丁字管を結合させバイ
パス路で丁字管同士を結合し、前記バイパス路には、バ
イパスバルブを介在し、前記空気と水の混合のための筒
体の一方の開口部に丁字管を結合し、その丁字管の一方
の開口部にベンチュリー管の一方の開口部を結合し、そ
のベンチュリー管の他方の開口部を分流管の流入口に接
続し、その分流管の二つの流出口のそれぞれに曲管を結
合し、それぞれの曲管には、ノズルなどの絞り構造部分
を設け、その絞り構造部分の先に方向変換部分を設け、
その絞り構造部分の側部位置に吸引口を設け、その吸引
口により外部から空気を吸引して、その空気と水の混合
を可能にしてなる請求項１記載の活性水製造装置。23. A T-shaped pipe is connected to both sides of the Venturi pipe in the three members constituting the activated water producing apparatus consisting of a cylindrical body for mixing air and water, a Venturi pipe and a curved pipe, and a T-shaped pipe is formed by a bypass passage. The pipes are connected to each other, a bypass valve is provided in the bypass passage, and a T-shaped pipe is connected to one opening of the cylinder for mixing the air and water. Connect one opening of the Venturi tube, connect the other opening of the Venturi tube to the inlet of the flow dividing pipe, connect a curved pipe to each of the two outlets of the flow dividing pipe, Is provided with a throttle structure portion such as a nozzle, and a direction changing portion is provided at the tip of the throttle structure portion,
The activated water producing apparatus according to claim 1, wherein a suction port is provided at a side position of the throttle structure portion, and the suction port sucks air from the outside to enable mixing of the air and water.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP33196694A JPH08155430A (en) | 1994-12-01 | 1994-12-01 | Apparatus and method for making activated water and activation of water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP33196694A JPH08155430A (en) | 1994-12-01 | 1994-12-01 | Apparatus and method for making activated water and activation of water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH08155430A true JPH08155430A (en) | 1996-06-18 |
Family
ID=18249644
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP33196694A Pending JPH08155430A (en) | 1994-12-01 | 1994-12-01 | Apparatus and method for making activated water and activation of water |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH08155430A (en) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1999055450A1 (en) * | 1998-04-28 | 1999-11-04 | Life International Products, Inc. | Oxygenating apparatus, method for oxygenating a liquid therewith, and applications thereof |
| US6530895B1 (en) | 2000-01-25 | 2003-03-11 | Life International Products, Inc. | Oxygenating apparatus, method for oxygenating a liquid therewith, and applications thereof |
| JP2005288222A (en) * | 2004-03-31 | 2005-10-20 | Masao Senoo | Water purifier |
| KR100722228B1 (en) * | 2005-09-29 | 2007-05-30 | 대한민국 | Nursery system for shrimp seedling and farming method for shrimp seedling |
| KR100904722B1 (en) * | 2008-12-29 | 2009-06-26 | (주)엔지에스티 | Apparatus for generating micro-buble |
| JP2013505120A (en) * | 2009-09-21 | 2013-02-14 | ヒョンウォン カン | High-concentration oxygen dissolver using ultrasonic waves |
| KR101331948B1 (en) * | 2007-05-25 | 2013-11-22 | 엘지전자 주식회사 | Water supplying device for rerrigerator having this |
| CN109485168A (en) * | 2019-01-08 | 2019-03-19 | 威海百克环保工程有限公司 | A kind of jet mixing aerator |
| CN115382680A (en) * | 2021-05-20 | 2022-11-25 | 洪承勋 | Venturi nozzle device |
-
1994
- 1994-12-01 JP JP33196694A patent/JPH08155430A/en active Pending
Cited By (14)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1999055450A1 (en) * | 1998-04-28 | 1999-11-04 | Life International Products, Inc. | Oxygenating apparatus, method for oxygenating a liquid therewith, and applications thereof |
| US6120008A (en) * | 1998-04-28 | 2000-09-19 | Life International Products, Inc. | Oxygenating apparatus, method for oxygenating a liquid therewith, and applications thereof |
| US6279882B1 (en) | 1998-04-28 | 2001-08-28 | Life International Products, Inc. | Oxygenating apparatus, method for oxygenating a liquid therewith, and applications thereof |
| US6530895B1 (en) | 2000-01-25 | 2003-03-11 | Life International Products, Inc. | Oxygenating apparatus, method for oxygenating a liquid therewith, and applications thereof |
| JP2005288222A (en) * | 2004-03-31 | 2005-10-20 | Masao Senoo | Water purifier |
| WO2005100269A1 (en) * | 2004-03-31 | 2005-10-27 | Senoo, Naohito | Water purifier |
| KR100722228B1 (en) * | 2005-09-29 | 2007-05-30 | 대한민국 | Nursery system for shrimp seedling and farming method for shrimp seedling |
| KR101331948B1 (en) * | 2007-05-25 | 2013-11-22 | 엘지전자 주식회사 | Water supplying device for rerrigerator having this |
| KR100904722B1 (en) * | 2008-12-29 | 2009-06-26 | (주)엔지에스티 | Apparatus for generating micro-buble |
| JP2013505120A (en) * | 2009-09-21 | 2013-02-14 | ヒョンウォン カン | High-concentration oxygen dissolver using ultrasonic waves |
| CN109485168A (en) * | 2019-01-08 | 2019-03-19 | 威海百克环保工程有限公司 | A kind of jet mixing aerator |
| CN115382680A (en) * | 2021-05-20 | 2022-11-25 | 洪承勋 | Venturi nozzle device |
| JP2022179289A (en) * | 2021-05-20 | 2022-12-02 | ピュリテク カンパニー リミテッド | venturi nozzle device |
| US12005406B2 (en) | 2021-05-20 | 2024-06-11 | Puritech Co., Ltd. | Venturi nozzle apparatus |
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