JP2006272304A - Spherical or elliptical dual structured pressurizing/atomizing nozzle - Google Patents
Spherical or elliptical dual structured pressurizing/atomizing nozzle Download PDFInfo
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- JP2006272304A JP2006272304A JP2005124141A JP2005124141A JP2006272304A JP 2006272304 A JP2006272304 A JP 2006272304A JP 2005124141 A JP2005124141 A JP 2005124141A JP 2005124141 A JP2005124141 A JP 2005124141A JP 2006272304 A JP2006272304 A JP 2006272304A
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本発明は流体の噴霧において、経時劣化による目詰まりを起さず微細粒子を得るために複雑な構造にしないことによりメンテナンスを容易にし、流体排出口孔の大きさと圧力の変化で直線的な放出から微細噴霧まで簡単に切替えられることを特徴とする球形又は楕円球形二重構造加圧の微細噴霧ノズルに関する。The present invention facilitates maintenance in fluid spraying by avoiding clogging due to deterioration over time so that fine particles are not obtained, so that maintenance is facilitated, and linear discharge is achieved by changing the size and pressure of the fluid discharge port. The present invention relates to a spherical or elliptical spherical double structure pressurized fine spray nozzle characterized in that it can be easily switched from a fine spray to a fine spray.
噴霧ノズルは用途によって多種多様であり、夫れぞれの目的に対して適した構造が開発されているが、従来品の多くは、圧力と流体噴出口の穴の大きさや形状によって、コーン状や扇形或いはフラットな霧状の流体が得られる様に作られているが微細な霧を得ようとすると極端に穴が小さく流体の前処理に鉄分や塩素系或いはカルシュウム等を除去しないと忽ちに目詰まりを起こしたり閉塞して経時劣化の防止等改善が望まれていた。 There are various types of spray nozzles depending on the application, and structures suitable for each purpose have been developed. However, many of the conventional products have a cone shape depending on the pressure and the size and shape of the hole of the fluid ejection port. It is made so that a fluid in the form of a fan or a flat mist can be obtained, but when trying to obtain a fine mist, the holes are extremely small and it is easy to see if iron, chlorine, calcium, etc. are not removed in the fluid pretreatment Improvements such as prevention of deterioration with time due to clogging or blockage have been desired.
特にマイナスイオン発生装置や球形サイクロン脱臭装置に対応出来るノズルが無く、噴霧の質は微細で量を多くする方法は殆ど無理で噴霧の質を微細にしようとすると穴が極端に小さくなり例え微細な霧が得られても、噴霧の絶対量が確保出来ず、水と空気の衝突効果による方法で、高電圧放電によらないマイナスイオン発生装置の濃度即ちcm3当たりのマイナスイオンの発生個数を増大させることが出来なかった。In particular, there are no nozzles that can handle negative ion generators and spherical cyclone deodorizers, the spray quality is fine and the method of increasing the volume is almost impossible, and trying to make the spray quality finer makes the holes extremely small and finer Even if mist is obtained, the absolute amount of spray cannot be ensured, and the concentration of negative ions per cm 3 is increased by the method based on the collision effect of water and air, that is, the number of negative ions generated per cm 3 is increased. I couldn't make it.
マイナスイオン発生装置や水スクラバーによる脱臭方或いはスプレードライヤー等では噴霧の質と量の確保には優れたノズルが待望されていた。又使用頻度も高い為、目詰りや故障も防がなければならず構造は極めてシンプルな方が良い訳であるが、実際には複雑な方法が採用され、複雑な方法は一部マニアックな愛好家には好まれて当初は目的を達成するかに見えるが、殆ど目詰まりで使用出来なくなることが多かった。 In a deodorizing method using a negative ion generator, a water scrubber, or a spray dryer, an excellent nozzle has been awaited for ensuring the quality and quantity of spray. In addition, due to the high frequency of use, clogging and failure must be prevented, and it is better to have a very simple structure. In practice, however, complicated methods are used, and some complicated methods are enthusiastic. Although it seems that the purpose will be achieved at the beginning, it is often clogged and often cannot be used.
本発明は上記のマイナスイオン発生装置や、ジーゼルエンジン排出の微粒子除去
望んでいる目詰まりしない微細噴霧等の流体中の水と空気の接触に重要な問題を解決する為になされたものであり、水は循環タンクに回収され、循環水ポンプにより繰り返し再利用される水の先端部のノズルに使用されても目詰まりせずに噴霧を行うことが出来、尚粘性のある焼酎粕や下水汚泥等の霧化を図り、発生噴霧量も充分確保出来る球形又は楕円球形二重構造加圧微細噴霧ノズルを提供する。The present invention provides the above-described negative ion generator and removal of particulates discharged from a diesel engine.
It was made to solve the important problem of contact between water and air in fluids such as fine spray that does not clog, and water is collected in a circulation tank and reused repeatedly by a circulation water pump. Spherical or elliptical spheres that can be sprayed without clogging even when used for nozzles at the tip of water, can still atomize viscous shochu and sewage sludge, etc., and can secure a sufficient amount of generated spray A dual structure pressurized fine spray nozzle is provided.
上記の問題を解決するためになされた本発明の噴霧ノズルは、先端部において液体を噴霧する球形又は楕円球形に接線方向に1乃至複数個の導入口を備え、同じ球形の一部に任意の大きさの噴出口を穿ってあり、該噴出口と同一位置で少し大きめの穴径と圧力空気ガイドリングを取り付け、外部コンプレッサー等による加圧空気導入部を設けた、任意の大きさの球形又は楕円球形の加圧容器が二重構造に取り付けてある、極めてシンプルな構造からなることを特徴とするものである。 In order to solve the above problems, the spray nozzle of the present invention is provided with one or more inlets in a tangential direction in a spherical shape or an elliptical spherical shape for spraying a liquid at the tip, and an arbitrary part of the same spherical shape. A sphere of any size, which has a squirting hole of a size, is attached with a slightly larger hole diameter and a pressure air guide ring at the same position as the squirting port, and is provided with a pressurized air introduction part by an external compressor or the like It is characterized by an extremely simple structure in which an elliptical spherical pressure vessel is attached to a double structure.
又本発明はシンプルな構造であるために、衛生上の管理もし易く、内面を鏡面仕上げにすると一般細菌類も付着し難く、球の内面には一定の圧力が掛かり旋回流を起し乍ら流体によりノズルの内部洗浄を繰り返し行うことになるので食品工場における応用分野も広く、活用出来ることを特徴としている。 In addition, since the present invention has a simple structure, it is easy to manage hygiene, and when the inner surface is mirror-finished, it is difficult for general bacteria to adhere, and a constant pressure is applied to the inner surface of the sphere, causing a swirling flow. Since the inside cleaning of the nozzle is repeatedly performed by the fluid, it is characterized in that it can be widely used in food factories.
さらに本発明の球形又は楕円球形二重構造加圧微細噴霧ノズルは流体1液だけではなく、導入口を複数個、備えることで2液乃至複数液混合しながら噴霧することも可能で、噴出口も1ヶ所に限らず、噴水等のノズルとして従来になかった使用方法も考えられる特徴をもっている。 Furthermore, the spherical or elliptical spherical double structure pressurized fine spray nozzle of the present invention can be sprayed while mixing not only one fluid but also a plurality of inlets while mixing two or more liquids. However, it is not limited to one place, but has a feature that can be considered as a method of using a nozzle that is not conventionally used as a fountain.
上記本発明と共に液体ノズルは球形又は楕円球形に拘ることなく円筒・円錐形状等ストレートに液体を導入してよく、液体が送られて液体噴出口に至った時ガイドリングを持つ外殻球形圧力容器の圧力気体噴出口で噴出された圧力気体は毛細管現象と衝突効果によって噴霧の微細化が行われる。 With the above-mentioned present invention, the liquid nozzle may introduce the liquid into a cylinder, a conical shape or the like regardless of the spherical shape or the elliptical spherical shape, and has an outer shell spherical pressure vessel having a guide ring when the liquid is sent to the liquid ejection port. The pressure gas ejected from the pressure gas outlet is atomized by capillary action and collision effect.
次に本発明の球形又は楕円球形二重構造加圧微細噴霧ノズルに係わる実施形態を図1〜3を参照して説明する。図1において本発明の噴霧ノズルは液体を噴霧させるための球形又は楕円形及び円筒形・円錐形(1)ノズルからなり、接線方向に導入口2を備え、噴出口3、圧力導入口5、気体噴出口4からなっている。 Next, an embodiment related to a spherical or elliptical spherical double structure pressurized fine spray nozzle of the present invention will be described with reference to FIGS. In FIG. 1, the spray nozzle of the present invention comprises a spherical or elliptical and cylindrical / conical (1) nozzle for spraying a liquid, and is provided with an
球形又は楕円球形二重構造加圧微細噴霧ノズルの噴出口3は小さい穴にする必要がなく、1ミリ以上の目詰まりしない程度の噴出口3で充分微細粒子が得られる。圧力が低い時は穴の径に合った流体の流れになるが、圧力が増すに連れ噴霧状態を形成する。導入口2を太くして流入量を増加させたり、液体用内殻ノズルは球状又は円筒、円錐状等任意の形でよく、圧力気体用外殻ノズルは球又は楕円球形を任意の大きさに設定することで流体の拡散と共に旋回流も得られ、気体の表面積を増大することで熱風等による乾燥が速やかに行われ簡単な構造ながら利用者の目的を満たすことができるノズルを提供する。 The
球形又は楕円球形二重構造加圧微細噴霧ノズルの噴出口3は、小さな穴にしてもよいが、小さくすればする程、従来技術のノズルと同じになり目詰まりを起こす為、噴出口3は目詰まりしない程度の大きさにした方がよい。噴霧パターンは噴出口3・4及び導入口2・5及び球形又は楕円球形の組合せにより噴霧ノズルアイテムは数千種まで製作可能で殆どの利用者の満足度を充足させることが可能になる。 The
本発明品は先端部に球又は楕円球形二重構造加圧微細噴霧ノズル(1)があり、流体を充たしたまま液垂れせずに作業を停止するため、次の作業を開始する時、流体が先端部に到達する時間待ちをしないで作業に入れる利点もある。 The product of the present invention has a spherical or elliptical spherical double structure pressurized fine spray nozzle (1) at the tip and stops the operation without dripping while the fluid is filled. There is also an advantage of entering the work without waiting for the time to reach the tip.
本発明の液体ノズルの材質は特に選ばずプラスチックスでもよく金属類等の材質で、円筒・円錐形状及び球又は楕円球形を形成し、導入口が取付けられ任意の穴を穿って目的を達せられるものであればよい。 The material of the liquid nozzle of the present invention is not particularly selected, and plastics may be used, and it may be made of a metal or the like, and has a cylindrical / conical shape and a sphere or an elliptical sphere. Anything is acceptable.
以上の記述によって明らかなように内部に液体専用の球形又は楕円球形或いは円筒・円錐形状のノズルを形成し、該ノズルの外側に圧力空気を貯えた二重構造の球形又は楕円球形ノズルで内部噴霧口より少し大きめの任意の穴径を持つ本特許以外のコンプレッサーによって送気される該ノズルに圧力空気噴出口を備え、内側の液体ノズルから噴射した液体を二重構造の外側圧力空気ノズルによって毛細管現象と共に気液の衝突効果を起こし、噴霧粒形を更に微細化し、液体の表面積を大きくすることによって粘性のある廃液や汚泥を乾燥し易くすることを目的とした噴霧ノズルを提供する。 As is apparent from the above description, a spherical or elliptical spherical or cylindrical / conical nozzle dedicated to liquid is formed inside, and internal spraying is performed with a spherical or elliptical spherical nozzle having a double structure in which pressurized air is stored outside the nozzle. The nozzle which is fed by a compressor other than this patent having an arbitrary hole diameter slightly larger than the mouth is provided with a pressure air jet port, and the liquid ejected from the inner liquid nozzle is capillaryized by the double structure outer pressure air nozzle. Provided is a spray nozzle for causing a gas-liquid collision effect together with a phenomenon, further miniaturizing a spray particle shape, and increasing a liquid surface area to facilitate drying of viscous waste liquid and sludge.
1…球形又は楕円形二重構造加圧微細噴霧ノズル
2…液体導入口
3…液体噴出口
4…加圧気体噴出口
5…加圧気体導入口DESCRIPTION OF
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