M398968 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係有關於一種霧化噴嘴構造，特別是指於一 第一管體之漸縮段内設入一第二管體，利用該第二管體 之小徑部使喷出之霧化液體，可以平均的沖激該第一管 體之漸擴段及其内壁面，使該内壁面上不會蓄積液體， 進而獲得更好的霧化效果。 【先前技術】 [0002] 目前一般美容或醫療用之霧化機，係利用一霧化用 之噴嘴，將化粧品、保養品或藥劑之水分子予以微細化 , ·· ·,. 並高速喷向使用者之皮膚，族霧:化液崩速滲透至皮 膚内而被人體吸收。其中t嘴構造如中J華浪1:國99年6月1 日所公告之新型第M381463號「可承載液相物質之組合式 文氏管噴霧器裝置」專利案所示，其主要係包含有一第 一管體、第二管體以及第三管體；其中第一段管體為具 有主、分流之壓力氣體來减'與滯留暨控制室，透過卡榫 連接具文氏管作用之第二f體:為提:供導流與加壓液體作 ' 丨： .... 用以產生氣液體混合增加體積之出料功能，再藉由第三 管體之延伸管口與擴散設計以提升噴射與霧化效果：藉 此在使用上達成提昇霧化效果之功效。 惟，其主要之技術特徵係在於利用文氏管構造所達 成，該文氏管構造請參考第十圖所示，該文氏管（A)其係 設有一輸入氣體之入口端（A1)及一出口端（A2)，該入口 端（A1)與出口端（A2)之間係設有一漸縮段（A3)，又該漸 縮段（A3)與該出口端（A2)之間係設有一漸擴段（A4)，另 表箪編號A0101 笫3頁/共21頁 M398968 該漸縮段（A3)上貫通設有液體之導入口（A5)，藉由該入 口端（A1)輸入氣體，到達漸縮段（A3)與導入口（A5)所導 入之液體混合霧化後，再經由出口端（A2)喷出，當其喷 出一段時間後，係會於該漸擴段（A4)内壁蓄積有水滴〔 如第十一圖所示〕，以致使出口端（A2)周緣的霧化量變 多，而出口端（A2)接近圓心位置處的霧化量變少，具有 霧化不均勻之缺點。 【新型内容】 [0003] 有鑑於目前的霧化喷嘴其霧化噴出量並不平均，故 本創作提供一種霧化噴嘴構造，其設有一第一管體，係 設有二端，其一端係有入口_‘‘，||一^^^^出口端’ 該入口端及出口端之間則連;該漸縮段 與S玄出口端之間係連接有一漸擴段；一第二管體，其係 設於該第一管體之漸縮段内，該第二管體設有二端，其 一端係設有一大徑部，另一端則設有小徑部，該第二管 體係由該大徑部朝向小徑部設有一呈漸縮狀之内流道， 另於該第二管體之表緣環設有至少一個以上之固定塊， 並於該第二管體之表緣與漸縮段之間形成有外流道。 上述第一官體外緣係設有一貫通至漸縮段之第一導 又該第—管體表緣係設有一貫通至内流道之第二 導入口。 上述第一管體係為一文氏管。 上述第二管體係組裝於該第一管體之漸縮段内。 述第s體係一體成型於該第一管體之漸縮段内 〇 表單蝙號A0101 第4頁/共21頁 上述大徑部係位於該漸縮段接近入α端之相接處， 該小徑部則位於該漸縮段與漸擴段之相接處。 上述固定塊係設呈為翼片狀、柱狀、梭狀或塊狀。 本創作具有下列之優點： 1. 本創作進行霧化時，藉由第二管體之設置，第一 管體接近出口端的内壁面部位不會蓄積液體，因此可使 喷出的液體被充分霧化，且操作期間恆保持該霧化效果 〇 2. 因上述蓄積液體可能導致的「霧化不充分致液體 施打劑量不足」與「霧化不充分致滲透力不足」等缺點 ，本創作可以完全避免。.） . ： ：： ... - · ··. 3. 第二管體可以一體成型於第一管體内，也可以組 . 裝於第一管體内，當第二管體以組裝方式組裝於第一管 體内時，藉由替換不同形狀、長度的第二管體（例如替換 内流道漸縮之斜率不同的第二管體），可以改變液體的霧 化結果，因此可隨液體所需的滲透程度，提供最適合的 霧化構造。 4. 第一管體設有第一導入口，第二管體設有第二導 入口，液體可以藉由該第一導入口與第二導入口批次或 連續注入，使霧化操作更為順暢與便利。 5. 本創作係可使液體形成高速微液滴，藉以，可直 接撞擊皮膚而滲透，使其易於吸收，故適用於美容、醫 療等領域使用。 【實施方式】 [0004] 首先，請參閱第一圖及第二圖所示，本創作係包括 表單編號Α0101 第5頁/共21頁 有第一管體（1)及第二管體（2)，其中： 第一官體（1)，其係為一文氏管構造，該第一管體 (1)設有二端，其中一端係設有入口端（11),另一端則設 有出口端（12)，該入口端（11)及出口端（12)之間的適當 位置處係連接有一漸縮段（13)，又該漸縮段（13)與該出 口端（12)之間係連接有—漸擴段（14)，另該第一管體 (1)外緣係設有一貫通至漸縮段（丨3)之第一導入口（ j5) 〇 第二管體（2)，其係組裝固定於該第一管體（丨）之漸 縮段（13)内，該第二管體（2)設有二端，其中一端係設有 一大徑部（21)，該大徑部傳孩:漸縮段（13)接近 入口端（11)之相接處，另一_貝》|敦^|$徑^(22)，該小 一 v.t-镇. 徑部（22)係位於該漸縮段擴段(丨4)之相接處， 該第二管體（2 )係由該大徑部（21)朝向小徑部（22)設有 一呈漸縮狀之内流道（23) ’又該第二管體（2)表緣係設有 一貫通至該内流道（23)之第二導入口（24)，另於該第二 管體（2)之表緣環設有若干個翼片狀之固定塊（25)，該等 固定塊（25)係支撐固定於該第一管體（1)之漸縮段（13) 内，藉以於該第二管體（2)之表緣與漸縮段〇3)之間形成 有若干個相對應之外流道（26)。 使用時，係將該第一管體（1)之入口端（H)接設並輸 入有一可調壓式之高壓脈衝氣體，再於該第一管體（1)之 第一導入口（15)及第二管體（2)之第二導入口（24)共同 接設一液體之供應管路（A)，如第三圖及第四圖所示，以 供可以輸入液體，當入口端（11)輸入氣體後，係會通過 漸縮段（13)之第二管體（2)，並由該第二管體（2)之大徑 表單編號A0101 第6頁/共21頁 部（21)進入至内流道（2 3)，以及可以由外流道（2 6)通過 ’進入至該内流道（23)之氣體係會與第二導入口（24)輸 入之液體混合而霧化，霧化後之液體係會經由小徑部 (22)喷出’則會與通過外流道（26)之氣體平均的沖激整 個漸擴段（14)及其内壁面〔如第五圖所示〕，使其内壁 面上不會蓄積液體，而由該出口端（12)喷出的霧化液體 ，係可以恆保持定量及暢通，藉以能形成高速微液滴， 直接撞擊使用者之皮膚而滲透，使其易於吸收。 上述該第一管體（1)及第二管體（2)係為可拆解更換 式，因此，可以配合不同喷霧功能需求，而選擇更換不 同構造之第二管體（2);本费藉由:替择不同形狀、長 度以及具有不同漸縮斜率之樣流丨導(爱_)的第二管體 (2A：)，如第六圖所示，藉以:奇改售液饉:的流速、壓力及 霧化量等，因此可隨著液體所需的滲透程度，提供最適 合的霧化構造。 本創作另一實施例，上述第匕管體（2B)表緣之固定 塊（25B)亦可設呈為柱狀七圖所示〕、或固定塊 (26B)設為梭狀〔如第八圖所示:〕_斌其他塊狀，以供可以 使其於霧化流動時更為平順。 本創作又一實施例，如第九圖所示，其中該第二管 體（2C)係一體成型於該第一管趙（lc)之漸縮段（i3c)内 ’而其固定塊（25C)係-趙成型連接於該漸縮段（13c)内 壁面及第—官體（2C)表緣之間，係可以相同樣之霧化 效果。 惟’以上所㈣為本創作其中之—最佳實施例當 不能以此限定本創作之巾請專利保護範圍，舉凡依本創 表草編號删1 S 7 _ 21 5 作之申請專利範圍及說明書内容所作之簡單的等效變化 射換，皆應㈣於本創作申請專利範圍所涵蓋保護之 範圍内。 【圖式簡單說明】 _5] 帛-圖係為本創作之立體分解圖。 第二圊係為本創作第二管體組裝於第一管體内之組 合剖視圖。 第二圓係為本創作接設一液體供應管路之使用示意 第四圖係為本創作第三圖中之E-E剖示圖。 第五圖係為本創作液保持定量 喷出之示意圖。 y 鑛蒙M398968 V. New Description: [New Technology Field] [0001] This creation relates to an atomizing nozzle structure, in particular to a second tube body in a tapered section of a first tube body. The small diameter portion of the second pipe body allows the atomized liquid to be ejected to uniformly impinge on the diverging section of the first pipe body and the inner wall surface thereof, so that liquid does not accumulate on the inner wall surface, thereby obtaining better The atomization effect. [Prior Art] [0002] At present, a general atomizer for beauty or medical use utilizes a nozzle for atomization to refine the water molecules of cosmetics, skin care products or pharmaceuticals, and spray at a high speed. The skin of the user, the family fog: the liquid collapses into the skin and is absorbed by the body. The t-nozzle structure is as shown in the patent case of the new type M381463 "combined venturi sprayer device capable of carrying liquid substance" announced by J. Hualang 1: China on June 1, 1999. The first pipe body, the second pipe body and the third pipe body; wherein the first pipe body has a main and split pressure gas to reduce the 'retention and control room, and the second is the venturi effect through the card joint f body: for the purpose of: for the flow of the flow and the pressurized liquid for the '丨: .... to generate the gas-liquid mixture to increase the volume of the discharge function, and then through the extension of the third tube and the diffusion design to enhance Spraying and atomizing effect: thereby achieving the effect of improving the atomization effect in use. However, the main technical feature is achieved by the venturi structure. Please refer to the tenth figure for the venturi structure. The venturi (A) is provided with an inlet end (A1) for the input gas and An outlet end (A2), a tapered section (A3) is disposed between the inlet end (A1) and the outlet end (A2), and the tapered section (A3) is coupled to the outlet end (A2) There is a diverging section (A4), another table number A0101 笫 3 pages / 21 pages total M398968. The tapered section (A3) is provided with a liquid introduction port (A5) through which the gas is input through the inlet end (A1). After reaching the tapered section (A3) and the liquid introduced by the inlet (A5), it is mixed and atomized, and then ejected through the outlet end (A2). When it is ejected for a period of time, it will be in the diverging section (A4). The inner wall accumulates water droplets (as shown in Fig. 11), so that the atomization amount at the periphery of the outlet end (A2) is increased, and the atomization amount at the outlet end (A2) near the center of the center is small, and the atomization unevenness is obtained. The shortcomings. [New content] [0003] In view of the fact that the atomization nozzle of the current atomizing nozzle has an uneven amount of atomization, the present invention provides an atomizing nozzle structure, which is provided with a first tube body, which is provided with two ends, one end of which is There is an inlet _'', ||一^^^^ outlet end' is connected between the inlet end and the outlet end; the tapered section is connected with the S-shaped exit end with a diverging section; a second tube body The second tube body is provided with two ends, one end of which is provided with a large diameter portion, and the other end is provided with a small diameter portion, and the second tube system is composed of The large diameter portion is provided with a tapered inner flow passage toward the small diameter portion, and at least one or more fixed blocks are disposed on the front edge ring of the second tubular body, and at the front edge of the second tubular body An outer flow path is formed between the tapered sections. The first outer rim of the first official body is provided with a first guide extending to the tapered section, and the front edge of the first tubular body is provided with a second guiding inlet penetrating into the inner flow passage. The first tube system described above is a venturi tube. The second tube system is assembled in the tapered section of the first tube. The s system is integrally formed in the tapered section of the first pipe body. The form bat No. A0101 is the fourth large diameter portion of the large diameter portion located at the junction of the tapered portion close to the α end, the small The diameter portion is located at the junction of the tapered portion and the divergent portion. The fixing block is formed in a flap shape, a column shape, a shuttle shape or a block shape. The present invention has the following advantages: 1. When the present invention is atomized, by the arrangement of the second pipe body, the first pipe body does not accumulate liquid near the inner wall surface of the outlet end, so that the discharged liquid can be sufficiently fogged. And maintain the atomization effect during the operation 〇2. Due to the above-mentioned accumulation of liquid may cause "insufficient atomization to cause insufficient liquid application" and "insufficient atomization to cause insufficient penetration", this creation can Completely avoided. .) . : :: - - · ··. 3. The second pipe body can be integrally formed in the first pipe body, or it can be assembled. It is installed in the first pipe body, when the second pipe body is assembled. When assembled in the first tube body, by replacing the second tube body of different shape and length (for example, replacing the second tube body with different slopes of the inner flow path), the atomization result of the liquid can be changed, so The degree of penetration required for the liquid provides the most suitable atomization configuration. 4. The first pipe body is provided with a first introduction port, and the second pipe body is provided with a second introduction port, and the liquid can be injected in batch or continuously through the first inlet port and the second inlet port to make the atomization operation more Smooth and convenient. 5. This creation system allows the liquid to form high-speed micro-droplets, which can penetrate directly into the skin and penetrate it, making it easy to absorb, so it is suitable for use in beauty, medical and other fields. [Embodiment] [0004] First, please refer to the first figure and the second figure. The creation system includes the form number Α0101, page 5/21, with the first tube body (1) and the second tube body (2). ), wherein: the first body (1) is a venturi structure, the first body (1) is provided with two ends, one end of which is provided with an inlet end (11) and the other end is provided with an outlet The end portion (12) is connected to a tapered portion (13) at an appropriate position between the inlet end (11) and the outlet end (12), and between the tapered portion (13) and the outlet end (12) The first tube body (1) is provided with a first introduction port (j5) and a second tube body (2) which is connected to the tapered portion (丨3). The assembly is fixed in the tapered section (13) of the first tubular body (2), and the second tubular body (2) is provided with two ends, one end of which is provided with a large diameter portion (21), which is large The diameter of the child: the tapered section (13) is close to the junction of the entrance end (11), the other _Bei"|Dong ^|$ path ^ (22), the small one vt-town. The diameter section (22) Located at the junction of the tapered section (丨4), the second tube (2) is bounded by the large diameter (21) a tapered inner flow passage (23) is provided toward the small diameter portion (22). The second tubular body (2) has a second edge connected to the inner flow passage (23). The guide inlet (24) is further provided with a plurality of fin-shaped fixing blocks (25) on the front edge ring of the second pipe body (2), and the fixing blocks (25) are supported and fixed to the first pipe body. In the tapered section (13) of the (1), a plurality of corresponding outer flow passages (26) are formed between the front edge of the second tubular body (2) and the tapered section )3). In use, the inlet end (H) of the first pipe body (1) is connected and input with a high pressure pulse gas of adjustable pressure type, and then the first inlet port of the first pipe body (1) (15) And a second supply port (24) of the second pipe body (2) is connected to a liquid supply pipe (A), as shown in the third and fourth figures, for inputting liquid, when the inlet end (11) After the gas is input, it passes through the second pipe body (2) of the tapered section (13), and the large diameter form number A0101 of the second pipe body (2) is 6 pages/total 21 pages ( 21) entering the inner flow passage (23), and the gas system that can pass through the outer flow passage (26) through the 'into the inner flow passage (23) is mixed with the liquid input from the second introduction port (24) and the mist After the atomization, the liquid system will be ejected through the small diameter portion (22), and then the entire divergent section (14) and its inner wall surface will be excited by the gas passing through the outer flow passage (26) [as shown in the fifth figure). As shown, the liquid is not accumulated on the inner wall surface, and the atomized liquid ejected from the outlet end (12) can be kept constant and unobstructed, thereby forming high-speed micro-droplets and directly striking the use. The penetration of the skin, making it easy to absorb. The first pipe body (1) and the second pipe body (2) are detachable and replaceable. Therefore, the second pipe body (2) of different structures can be selected and replaced with different spray function requirements; Fee: by replacing the second tube (2A:) of different shapes, lengths, and sample flow guides (love_) with different gradient slopes, as shown in the sixth figure, by: The flow rate, pressure, and amount of atomization, etc., thus provide the most suitable atomization configuration with the desired degree of penetration of the liquid. In another embodiment of the present invention, the fixed block (25B) of the surface of the second tubular body (2B) may be formed as a columnar figure 7 or the fixed block (26B) may be a shuttle shape (such as the eighth). The figure shows:] _ Bin other block shape, so that it can make it smoother when it is atomized. A further embodiment of the present invention, as shown in the ninth figure, wherein the second tube body (2C) is integrally formed in the tapered portion (i3c) of the first tube (lc) and its fixed block (25C) The system-Zhao molding is connected between the inner wall surface of the tapered section (13c) and the front edge of the first body (2C), and can have the same atomization effect. However, the above-mentioned (four) is the best of the creations - the scope of the patent protection can not be limited by the scope of this creation, and the scope and specifications of the application for the creation of the S 7 _ 21 5 The simple equivalent change of the content shall be (4) within the scope of protection covered by the scope of the patent application. [Simple description of the diagram] _5] 帛-picture is a three-dimensional exploded view of the creation. The second line is a combined sectional view of the second tube body of the creation assembled in the first tube body. The second circle is the use of a liquid supply line for the creation of the creation. The fourth figure is a cross-sectional view of the E-E in the third figure of the creation. The fifth picture is a schematic diagram of the quantitative ejection of the original liquid. y mine
»，·» W 第/、圖係為本創作具有不同長度及漸縮斜率内流道 之第二管體剖視圓。 第七圖係為本創作另一實施例於該第二管體表緣設 有呈柱狀之固定塊。 第八圖係為本創作另一實施，例於該第二管體表緣設 有呈梭狀之固定塊。 第九圖係為本創作又一實施例第二管體一體成型設 於第一管體内之剖視圖。 第十圖係為習知文氏管構造之剖視圖。 第十一圖係為習知文氏管於使用時液體蓄積於出口 端之示意圖。 【主要元件符號說明】 [0006] (1) 第一管體（11)入口端 表單編號A0101 第8頁/共21頁 M398968»,·» W The first picture is a second tube cross-sectional circle with different lengths and tapered slopes. The seventh figure is another embodiment of the present invention. The second tube body is provided with a columnar fixed block on the surface of the second tube. The eighth figure is another embodiment of the present invention. For example, the second tube body is provided with a shuttle-shaped fixing block at the edge of the second tube. Figure 9 is a cross-sectional view showing the second tube body integrally formed in the first tube body according to still another embodiment of the present invention. The tenth figure is a cross-sectional view of a conventional venturi structure. The eleventh figure is a schematic view showing that the liquid is accumulated at the outlet end when the venturi tube is used. [Main component symbol description] [0006] (1) First pipe body (11) inlet end Form No. A0101 Page 8 of 21 M398968
(1 2 ) 出口端 (1 3 ) 漸縮段 (1 4 ) 漸擴段 (1 5 ) 第一導入口 (2 ) 第二管體 (2 1 ) 大徑部 (2 2 ) 小徑部 (2 3 ) 内流道 (2 4 ) 第二導入口 (2 5 ) 固定塊 (2 6 ) 外流道 (2 A ) 第二管體 (2 3 A ) 内流道 (2 B ) 第二管體 (2 5 B ) 固定塊 (2 6 B ) 固定塊 (1 C ) 第一管體 (1 3 C ) 漸縮段 (2 C ) 第二管體 (2 5(C) 固定塊 (A ) 文氏管 (A1? ) .4 :入^口端 (A 2 ) 出口端 (A3 ) 漸縮丧 (A 4 ) 漸擴段 (A 5 ) 導入σ (B ) 供應管路(1 2 ) outlet end (1 3 ) tapered section (1 4 ) divergent section (1 5 ) first inlet (2) second pipe body (2 1 ) large diameter section (2 2 ) small diameter section ( 2 3 ) inner flow passage (2 4 ) second inlet (2 5 ) fixed block (2 6 ) outer flow passage (2 A ) second pipe body (2 3 A ) inner flow passage (2 B ) second pipe body (2 5 B ) Fixed block (2 6 B ) Fixed block (1 C ) First pipe body (1 3 C ) Tapered section (2 C ) Second pipe body (2 5 (C) Fixed block (A ) Tube (A1?) .4: inlet end (A 2 ) outlet end (A3) tapered (A 4 ) diverging section (A 5 ) introduction σ (B ) supply line
表單編號A0101 第9頁/共21頁Form No. A0101 Page 9 of 21