JP3145914U - Water faucet mounted type micro bubble generator - Google Patents
Water faucet mounted type micro bubble generator Download PDFInfo
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- JP3145914U JP3145914U JP2008003670U JP2008003670U JP3145914U JP 3145914 U JP3145914 U JP 3145914U JP 2008003670 U JP2008003670 U JP 2008003670U JP 2008003670 U JP2008003670 U JP 2008003670U JP 3145914 U JP3145914 U JP 3145914U
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- fine bubble
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Abstract
【課題】水道用蛇口等に簡易に取付け、低価格な微細気泡生成器を提供する。
【解決手段】微細気泡生成器を水道用蛇口等に簡易に取付けるため、蛇口部のネジに合わせて、微細気泡生成器本体1にネジを施し、取付けを容易にし、また、最小サイズとするために、旋回流自吸気体式の生成方法を活用し、二次処理に最善の工夫をする。二次処理室導入口部4に突起を施し、更に、球形永久磁石5を置く事で気泡の微細化と比率を上げる。最後に旋回流の整流と微細する、泡沫器6を通過し気泡径が50μm以下の微細気泡を多量に含む水道水を使用できる。
【選択図】図2An object of the present invention is to provide a low-cost fine bubble generator that can be easily attached to a tap for water supply or the like.
In order to easily attach a fine bubble generator to a faucet for water supply, etc., a screw is applied to the fine bubble generator main body 1 in accordance with the screw of the faucet portion so that the attachment can be facilitated and the size can be minimized. In addition, the best method for secondary processing will be devised by utilizing the method of generating the swirling flow self-inhaler. Protrusion is made in the secondary processing chamber introduction port 4 and a spherical permanent magnet 5 is further placed to increase the fineness and ratio of bubbles. Finally, tap water containing a large amount of fine bubbles passing through the foaming device 6 and having a bubble diameter of 50 μm or less, which is finely rectified and swirled, can be used.
[Selection] Figure 2
Description
本考案は、水道水に微細気泡を多量に生成する、微細気泡生成器に関するものである。The present invention relates to a fine bubble generator that generates a large amount of fine bubbles in tap water.
近年、微細気泡濃度の高い水が、河川、湖沼等の水質浄化や精密部品の洗浄、また生物の生理活性、代謝促進、殺菌など多方面に開発、利用されている。In recent years, water with a high concentration of fine bubbles has been developed and used in various fields such as water purification of rivers and lakes, cleaning of precision parts, physiological activity of organisms, promotion of metabolism, and sterilization.
前記、微細気泡生成器等では、その生成の為に、電動ポンプ等の動力エネルギーを使用する。また、配管やホース等の装置、部品も必要等で複雑、且つ、高価格となるため一般家庭には不向きな点があった。In the fine bubble generator or the like, motive energy such as an electric pump is used for the generation. In addition, since equipment and parts such as pipes and hoses are necessary and complicated and expensive, there is a point unsuitable for general households.
前記課題を解決するため、本考案は一般家庭等の水道蛇口先端等に、簡易に取付けできるように、気泡生成器の上部液流導入口を蛇口ネジに合わせる。次に微細気泡の生成効率を上げるために気泡の二次処理及び、最後に泡沫器を通過させることで簡便、小型化、高性能、低価格の課題を解決するための手段とした。In order to solve the above-mentioned problems, the present invention aligns the upper liquid flow inlet of the bubble generator with the faucet screw so that it can be easily attached to the tip of a faucet in a general household. Next, in order to increase the generation efficiency of fine bubbles, secondary processing of bubbles and finally passing through a foaming device was used as a means for solving the problems of simplicity, miniaturization, high performance, and low cost.
本考案によれば、一般家庭水道蛇口等に簡易に取付ける事が出来、通常の水道水を使用する操作で微細気泡水を採水できる。また、ホース等を接続し、離れた場所で使用することも出来る。手洗いによる除菌、洗顔、洗濯、浴用等家庭水の全てに使用できる。また、その使用後の排水は溶存酸素濃度が高い為、水質浄化効果も考えられ、健康面だけでなく環境の面でも良い効果が考察される。According to the present invention, it can be easily attached to a general household water tap or the like, and fine bubble water can be collected by an operation using normal tap water. Moreover, a hose etc. can be connected and it can be used in a remote place. It can be used for household water such as sterilization by hand washing, face washing, washing and bathing. Moreover, since the wastewater after use has a high dissolved oxygen concentration, a water purification effect is also considered, and a good effect not only on health but also on the environment is considered.
本考案を実施するために、水道蛇口吐水管先端泡沫器の取付けネジ部等に合わせて微細気泡生成器本体上部の水道水導入口に適合するネジを設けている。水道圧力水で旋回流遠心力により自吸気するために、本体内に液流導入の空間を設け、円筒形上蓋ありの気液混合室を配置する。その中心上部には吸気孔があり、本体横上部の吸気孔に通じている。円筒形気液混合室縦中心部には旋回液流導入するため円周接線方向に導入口が開いている。次に、混合気液剪断微細化出口孔と二次処理室上蓋を兼ねた、リング形の仕切り板を配置する。この仕切り板の裏、二次処理室面には再剪断処理のため、三角形の突起を放射状に設けているが、剪断に適した形状なら例えば四角でもよい。続きその下に、球形で中心を貫通する小孔の開いた永久磁石を固定しないで、旋回流にて自由に回転するように、低部のみ受けるように置くことで、減圧と新たな空洞現象(キャビテーション)を発生する。更に、微細化と旋回流を整流するため、網内蔵の泡沫器を通過させて使用吐水口とする。In order to carry out the present invention, a screw adapted to the tap water inlet at the upper part of the fine bubble generator main body is provided in accordance with the mounting screw portion of the water tap faucet spout tip. A space for introducing a liquid flow is provided in the main body, and a gas-liquid mixing chamber with a cylindrical upper lid is arranged in order to self-intake with the swirling flow centrifugal force with tap water. There is an air intake hole at the center upper part, which leads to the air intake hole at the upper side of the main body. An introduction port is opened in the circumferential tangential direction in order to introduce the swirling liquid flow into the longitudinal center of the cylindrical gas-liquid mixing chamber. Next, a ring-shaped partition plate serving both as a gas-liquid shear refinement outlet hole and a secondary processing chamber upper lid is disposed. The rear surface of the partition plate and the surface of the secondary processing chamber are provided with triangular protrusions radially for re-shearing, but may be a square as long as the shape is suitable for shearing. Next, a permanent magnet with a small hole that passes through the center of a sphere and does not fix it is placed under it. (Cavitation) occurs. Furthermore, in order to rectify the refinement and the swirl flow, it passes through a foaming device built in the net and is used as a water outlet.
以下、添え付け図面に従って実施例を説明する。本体1、2、及び、3、4、は耐久性樹脂、または金属素材を使用。1は本体上部であり、1aは水道水液流の導入口である。液流を3の気液混合室導入口3aより導入し、その内壁面に沿い、旋回流となり遠心力が起こる。その中心部には吸引力が発生し、空気等気体を吸引する。Embodiments will be described below with reference to the accompanying drawings. The
旋回液流が気体を吸引し、4aの一次出口方向に下降、出口付近は下からの逆吸引力との鬩ぎ合いで剪断され微細気泡となる。しかし、出口周り裏面部に出る気泡は剪断が弱く、気泡径が大きいものが出るため、4a裏面の三角突起に、旋回液流を衝突させて剪断、微細化する。更に、5の永久磁石により減圧、乱流等で空洞現象(キャビテーション)が発生し、発泡を促進する。The swirling liquid flow sucks the gas and descends in the direction of the primary outlet of 4a, and the vicinity of the outlet is sheared by crossing with the reverse suction force from below to become fine bubbles. However, since the bubbles appearing on the back surface around the outlet are weakly sheared and have large bubbles, the swirl liquid flow collides with the triangular protrusions on the back surface of 4a to shear and refine. Furthermore, a cavity phenomenon (cavitation) is generated by depressurization, turbulent flow, and the like by the
最終処理として、6の泡沫器を通過することで、更なる微細化と旋回流を整流して使用水とする。As a final treatment, by passing through the 6 foaming device, further refinement and swirl flow are rectified to make the water used.
1 本体上部 9 旋回流
1a本体液流導入口 10 気柱
2 本体下部 11 水栓
3 気液混合室 C 二次処理部範囲
3a混合室液流導入口
4 仕切り板
4a一次出口
5 永久磁石
6 泡沫器
7 気体導入口(気泡径調整ネジ)
8 液流DESCRIPTION OF
8 Liquid flow
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JP2008003670U JP3145914U (en) | 2008-05-02 | 2008-05-02 | Water faucet mounted type micro bubble generator |
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JP2008003670U JP3145914U (en) | 2008-05-02 | 2008-05-02 | Water faucet mounted type micro bubble generator |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2018008223A (en) * | 2016-07-14 | 2018-01-18 | 株式会社Onr | Fine bubble generator |
JP2019198857A (en) * | 2018-05-15 | 2019-11-21 | リンナイ株式会社 | Gas-liquid mixer |
-
2008
- 2008-05-02 JP JP2008003670U patent/JP3145914U/en not_active Expired - Fee Related
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2018008223A (en) * | 2016-07-14 | 2018-01-18 | 株式会社Onr | Fine bubble generator |
JP2019198857A (en) * | 2018-05-15 | 2019-11-21 | リンナイ株式会社 | Gas-liquid mixer |
JP7228442B2 (en) | 2018-05-15 | 2023-02-24 | リンナイ株式会社 | Gas-liquid mixer |
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