M295445 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種氣液混合器，尤指一種 a 、 ！」應用於水 軚箱、養殖槽或其它水槽中，用以提高水中的氣體含量匕 例的氣液混合器結構設計。 里 【先前技術】 如水族箱、養殖槽等於養殖魚類生物，為維持水中一 定的含氧量，使水中的魚類生物可以存活，通常須藉由 電動式打氣裝置將外界空氣打入水中，使空氣中的^卩、 溶入水中，提供水中魚類生物生存所需的氧氣丨或如溶氣 (如.氧4 )飲料製程中，亦常藉由一電動打氣裝置將”= 之氣體打入飲料中。 ' 、 惟，前述的打氣裝置僅係將空氣打入水中， 、 * 田於空氣 進入水中所形成的氣泡顆粒大，與水的接觸表面積偏小 加以氣泡快速上升水面上，造成被打入水之空氣中的筆^斤 能溶入水的量偏少，水中的含氧率偏低，不利於 的生存；至於前述溶氣飲料製程可達成之飲料含氣率亦 偏低之情事。 此外’目前市面有人提出將臭氧產生器結合清洗槽作 為蔬果解毒之機具，其中係利用該臭氧產生器通電產出的 臭氧氣經由一導管導至清洗槽的水中，使該水中含有气、 氧，藉此，人們可將蔬果置作清洗槽的水，藉由水中的气、 氧高氧化能力來去除蔬果表面殘留之農藥。 惟’前述蔬果解毒機具僅係令其臭氧產生器產出的臭、 4 M295445 氧經導管導入清爷掉 月洗槽之水中，因臭 粒大，使臭氧不总、+ λ t 虱、尺中生成的軋泡顆 乳不易洛入水，降低1 然目前有人進—牛減 > ”去去除辰樂的效能，雖 步於導管末端增進一多 ^、 臭氧於水中分散散出而形成 ，错以使 氧溶入水的含量，但此方^，、、、田緻的氣泡’以期增進臭 含量，但是對於整個、i =雖可略為提高臭氧於水令的 不佳，且臭氧自夕 槽而言’因清洗槽中的水流動性 小1且-乳自多孔性構件散㈣ 水面，對於臭4 w λ u 成之乳泡直接上升至 、乳〉谷入水的含量的趄 中臭氧含量高之處僅_· 果仍然不足，且水 中遠離臭氧出氣π _ μ & 周邊位置，h洗槽 題。 處的水’仍有水中臭氧含量不足之問 【新型内容】 本創作之主要目的在於提供一 設計，使其應用於水族箱 ：液混合器’希藉此 用以提高犬f:n + θ、或是溶氣飲料製程等， “飲枓）中的氣體含量比例。 為達成前揭目的，本創作所設 含一箱體、一翕 之虱液混合器主要包 乳液導入管、一馬遠芬 中區隔有相鄰連通的 —旋轉葉板，該箱體 咬遇的水至及氣液混合 入水口，於新、、存 ’於水室側壁上設 包含一導水管邱β 出x D ，該氣液導入管 等艰&邛及一銜接其上 端連接入水口 ^吕部，該導水管部- β馬達以其心軸伸入 室内的旋轉葉板。 κ至内，組接位於水 本創作藉由前揭氣液混合器設 馬達驅動位於水室中的旋轉葉 轉特::主㈣藉由 <々疋轉，於水室内造成 M295445 -形成負壓而使外界的水（或液體）以及氣體同時被抽入水 •室，其中藉由旋轉葉板的高速旋切作用，令氣體於水（或 液體）中形成多數細敏化的微小氣泡，再使該些微小氣泡 隨水輸送至氣液混合室中，使該微小氣泡以較多的接觸表 面積及較充裕的時間溶入水（或液體），提高該氣體溶入 水j或液體）的含量，再令該高氣體含量的水（或液體） 輸l至外界&此本創作確可提供—項增進氣體於水（或 φ 液體）含量比例之實用設計。 本創作之—人-目的在於利用介於水室與氣液混合室間 之隔板形成朝氣液混合室方向漸縮之錐狀板體，或進一步 I X至内周面设置複數靜翼片，使其可與旋轉葉片結合， 提=將氣泡切割為更細緻化之微小氣泡，以利氣體溶入水 (或液體）中。 【實施方式】 第圖所不，係揭示本創作氣液混合器 較佳實 •施例之平面示意圖 之权佳貫 包含-箱體（10) 了以見及…液混合器主要 〇)及㈣ 導入管（2 ◦)、—馬達（3 〇)及一旋轉葉板（4 〇)，其中： 如第、二圖所示，該箱體（1 〇) Α 空體，其包含右u ’目體（1 0 )為-可拆組之中 ,水室（1 1 )及一氣液混合室（1 2 ) 相鄰而設，兩去Μ 一 至C丄 Q u θ1為一隔板（1 3 )予以區隔，哕P板（1 3 )上設有通孔（ ^板（1 合室（i 2 )产、 、通水室（1 1 )及氣液混 (H)空間，:混合室（12)之空間略大於水室 w水室（1 0 )内周面上尚可佈設複數靜 M295445 ' 翼片（1丄1)，該靜翼片（111)可為斜彎狀或斜直 - 狀之>1體，該隔板（1 3 )可為一平板，或如圖示之較佳 實施例為一朝向氣液混合室（1 2 )呈尺寸漸縮狀之圓錐 狀板體，該通孔（1 3 1 )設於該隔板（1 3 )中央處， 該箱體（1 0 )於水室（1 1 )偏離氣液混合室（丄2 ) 之側壁上設有一自外側貫通至水室（1 1 )的入水口（工 4 )，於氣液混合室（1 2 )遠離水室（1 1 )之側壁上 Φ 設有一自外側貫通至氣液混合室（1 2 )之出水口（丄5 )。 該氣液導入管（2 0 )包含一導水管部（2 1 )以及 一導氣管部（2 2 )，該導水管部（2 1 ) —端銜接於箱 體（10)之入水口（14)，導氣管部（22)係一管 徑小於導水管部（2 1 )管徑之細小管體，並以其一端銜 接於導水管部（2 1 )上。 该馬達（3 0 )可為沉水式或非沉水式之動力機組， 其係設置於箱體（1 〇 )之水室（1 1 )遠離氣液混合室 _ ( 1 2 )之側壁外，該馬達（3 0 )之心軸防水性地穿過 水室（1 1 )側壁中，伸入水室（1 1 )中。 該旋轉葉板（4 〇 )係一具有多數葉片的構件，該旋 轉葉板（40)設置於箱體（1〇)的水室（1 中， 組接於心軸（3 1 )端部，而能為馬達（3 0 )予以驅動 旋轉’如第二圖所示之較佳實施例，該旋轉葉板（4 〇 ) 包含一板體（4 1 )以及複數上旋葉（4 2 )、下旋葉（4 3 )分別呈放射狀設置於該板體（4 1 )之頂面及底面， 該上下旋葉（4 2 ) ( 4 3 )可呈交錯排列狀，又該板體 7 M295445 (4 1 )中央設有一軸孔，提供馬達（3 〇 )之心軸（3 1 )對應組接，或者，該旋轉葉板（4 〇 )之上下旋葉（4 2 )( 4 3 )亦可為其他型式之葉片形狀設計，藉以利用 複層式旋葉構造，肖以將水室（丄丄）中之水（液體）分 子及空氣（氣體）分子予以切割成細微化，增進水（液體、 與空氣（氣體）之接觸面積。 ^ / v 、六小至I 1 1 )遠離氣液混合室（i 2)之側邊再增設一容置室（工 6)(如第二圖所示者），提供馬達（3〇 "皮密封置設 其中，使其可該氣液混合器可沉置於水中使用。 又 /述之氣液導入管（2〇)中，如第一圖所示，其導 水官部（2 1 )可為直管狀，該管徑小於導水管部（2 1 ) 之導氣&邛（2 2 )斜向銜接於導水管部（2 1 )上，導 氣3邰（2 2 )之傾斜方向可為銜接導水管部（2 1 )之 〆多而接近相體（工〇 ),相對之另端遠離箱體（1 〇 )之 順X 方向傾斜，以利氣體隨水流被吸入箱體（1 〇 )内· 或者’如弟五圖所示，料水管部（2丄）上亦可一 管徑縮小的縮頸段（2 1 1 )，該導氣管部（2 2 (之： 端可垂直或傾斜地銜接於該縮頸段（2丄丄）上，藉 以利氣體隨水（或液體）被抽入箱體（1 〇)中。… 有關本創作氣液混合器之使用情形，首 應用於水族箱Φ先y, 1 U π不 :中為例，該氣液混合器⑴係裝設於水族 才目 疋位，該箱體（1 0 )可沒入水中，馬達 ◦) ;火面上（若馬達被封設於該箱體中則可 J J 一卜』沉置 M295445 水中使用），哕公 ^ 銜接箱體（1 〇 )入水口（ 1 4 )處沾* 液導入管（2Π、 的氣 部（⑴伸：:二導水管部（21)伸入水中，導氣管 其馬達（3 0)、雨雷上’之後’該氣液混合器⑴可令 、電作動，進而驅動位於水室（1 的旋轉葉板（4 〇 )古、#浐細 至（丄丄）中 Λ自茂， ）间速％轉，於水室（11 )内造成形 成負I ’而使水族箱 ^ 、 2 )中的水經由導水管部（2 Ί λ 被抽入水室（Ί Ί 、山 Β σ| ^1) 9彳 ，另外界的空氣經由導氣管部（2 2)被抽入水官d ΥΎ^ ^ r )，接續藉由旋轉葉板（4 0 )多 數上下方疋葉夕 ) ( 4 3 )的高速旋切作用，或以兮 轉葉板（4 〇 )進一牛议耐# Q亥知 ^步格配其外圍之靜翼片（132)^ β ’々空氣於水中被 、、且 〇 〗成多數個細緻化的微小氣泡，拇 進X…之接觸面積’以： 錐狀隔板（i ?、沾仿降 兵τ设错由 至氣液混合室（丄2 ):作用，再使該微小氣泡隨水輪送 面積及較充裕的時間溶入太使==較多的接觸表 水口（ 1 5 )…π p ^鍉冋水中的含氧量，再由出 h $ 箱（2 )中，如此循環作動" 有效提咼水族箱（2 ) P可 中的魚群生存所需的氧 =水知相（2) 箱外，亦可應用於其它备類^液此合"除應用於該水孩 洛氧飲料製程等。 另了應用於 該氣液混合器（1)結合臭氧產生哭（4h 於清洗槽（3 )為例，如第。。（4 )應用 总壯 弟四圖所示’該氣液混人哭r 係衷設於清洗槽（3 )外， 。。口（ 1 )M295445 VIII. New description: [New technical field] This creation is about a gas-liquid mixer, especially a kind, a, ! The design of a gas-liquid mixer used in water tanks, culture tanks or other water tanks to increase the gas content in water. [Prior Art] If the aquarium and the culture tank are equal to the cultured fish organisms, in order to maintain a certain oxygen content in the water, the fish organisms in the water can survive. Usually, the air is driven into the water by an electric air pump to make the air In the process of providing water in the water for the survival of fish in the water, or in the process of dissolving gas (such as oxygen), the gas of "= is often put into the beverage by an electric air pump. ' 。 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The amount of pen in the air can be dissolved in water, the oxygen content in the water is low, which is not conducive to survival; as for the above-mentioned dissolved gas beverage process, the gas content of the beverage is also low. At present, there is a proposal in the market to combine an ozone generator with a cleaning tank as a detoxification tool for fruits and vegetables, wherein the ozone gas generated by the ozone generator is led to the water in the washing tank through a conduit. The water contains oxygen and oxygen, whereby the fruits and vegetables can be used as water for the washing tank, and the pesticides remaining on the surface of the fruits and vegetables are removed by the high oxidizing ability of gas and oxygen in the water. However, the aforementioned vegetable and fruit detoxification machine only makes it The ozone produced by the ozone generator, 4 M295445 oxygen is introduced into the water of the Qingyue lavatory tank through the conduit. Because of the large odor, the ozone is not always, + λ t 虱, and the rolled milk formed in the ruler is not easy to enter the water. Decrease 1 but now someone is going to - cattle reduction > "to remove the performance of Chen Le, although the end of the tube is increased by more than one, ozone is dispersed in the water to form, wrong to make oxygen dissolved in water, but this Fang ^,,,, Tian Zhi's bubble 'in order to improve the odor content, but for the whole, i = although it can slightly improve the ozone in the water, and the ozone from the eve, because of the water flow in the cleaning tank Small 1 and - milk from the porous member scattered (4) water surface, for the odor of 4 w λ u into the milk foam directly rise to the content of milk, the content of water in the sputum, the ozone content is high only _· fruit is still insufficient, and the water Keep away from ozone π _ μ & peripheral position, h Slot title. The water in the water 'still has insufficient ozone content in the water. [New content] The main purpose of this creation is to provide a design to be applied to the aquarium: liquid mixer, which is used to improve the dog f:n + θ, Or the proportion of gas content in the "dissolved gas" process, etc. In order to achieve the purpose of the pre-existing purpose, the creation of a sputum mixer containing a box and a sputum is mainly composed of an emulsion introduction tube and a Ma Yuanfen. Separated by adjacent rotating-rotating slabs, the water that the box bites is mixed with the gas and liquid into the water inlet, and the water is placed on the side wall of the water chamber, and a water conduit is included. The gas-liquid introduction pipe and the like are connected to the upper end of the inlet port, and the pipe-part motor extends into the rotating blade of the room with its mandrel. κ is inside, and the assembly is located in the water creation. The rotary vane in the water chamber is driven by the front air-liquid mixer motor: the main (four) causes the M295445 in the water chamber by <twisting, forming a negative pressure to make the outside water (or liquid) And the gas is simultaneously drawn into the water chamber, where the height of the rotating louver is The rotary cutting action causes the gas to form a plurality of finely sensitized microbubbles in the water (or liquid), and then the microbubbles are transported to the gas-liquid mixing chamber along with the water, so that the microbubbles have a larger contact surface area and Ample time to dissolve in water (or liquid), increase the content of the gas dissolved in water j or liquid), and then let the high-gas content of water (or liquid) to the outside & This creation can indeed provide - A practical design for increasing the proportion of gas in water (or φ liquid). The purpose of this creation is to form a tapered plate that tapers toward the gas-liquid mixing chamber by means of a partition between the water chamber and the gas-liquid mixing chamber. , or further IX to the inner circumferential surface of the plurality of static vanes, so that it can be combined with the rotating blades, to extract the bubbles into more fine microbubbles, so that the gas is dissolved into the water (or liquid). 】 The figure is not to reveal the schematic diagram of the preferred embodiment of the gas-liquid mixer. The box (10) is used to see the liquid mixer main 〇) and (4) the introduction tube ( 2 ◦), - motor (3 〇) and one Rotating blade (4 〇), where: as shown in the first and second figures, the box (1 〇) Α hollow body, which contains the right u 'body (1 0) is - in the detachable group, the water chamber (1 1 ) and a gas-liquid mixing chamber (1 2 ) are adjacent to each other, and two to 丄 1 to C 丄 Q u θ1 are separated by a partition plate (1 3 ), and the 哕P plate (1 3 ) is provided with a passage Hole (^ plate (1 2 chamber (i 2 ) production, water passage chamber (1 1 ) and gas-liquid mixture (H) space, the space of the mixing chamber (12) is slightly larger than the water chamber w water chamber (1 0) A plurality of static M295445' fins (1丄1) may be disposed on the inner peripheral surface, and the static fins (111) may be obliquely curved or obliquely-shaped, and the partition (1 3 ) may be A flat plate, or a preferred embodiment as illustrated, is a conical plate body which is tapered toward the gas-liquid mixing chamber (1 2 ), and the through hole (1 3 1 ) is provided in the partition plate (1) 3) At the center, the tank (10) is provided with a water inlet from the outer side to the water chamber (1 1 ) on the side wall of the water chamber (1 1 ) offset from the gas-liquid mixing chamber (1 2 ) (work 4) Φ is provided on the side wall of the gas-liquid mixing chamber (1 2 ) away from the water chamber (1 1 ) from the outside to the gas-liquid mixing chamber (1) 2) The water outlet (丄5). The gas-liquid introduction pipe (20) comprises a water conduit portion (2 1 ) and an air conduit portion (2 2 ), and the water conduit portion (2 1 ) is connected to the water inlet of the casing (10). The air guiding pipe portion (22) is a small pipe body having a pipe diameter smaller than that of the water conduit portion (2 1 ), and one end thereof is connected to the water conduit portion (2 1 ). The motor (30) may be a submersible or non-submersible power unit, which is disposed in a water chamber (1 1 ) of the tank (1 )) away from the side wall of the gas-liquid mixing chamber _ ( 1 2 ) The mandrel of the motor (30) is watertightly passed through the side wall of the water chamber (1 1 ) and protrudes into the water chamber (1 1 ). The rotating blade (4 〇) is a member having a plurality of blades, and the rotating blade (40) is disposed in a water chamber (1 of the casing (1 ,), and is assembled at an end of the mandrel (3 1 ), And the motor (30) can be driven to rotate. As shown in the second embodiment, the rotating blade (4 〇) comprises a plate body (4 1 ) and a plurality of upper rotary blades (4 2 ), The lower rotary leaves (43) are radially disposed on the top surface and the bottom surface of the plate body (4 1 ), and the upper and lower rotary blades (4 2 ) ( 4 3 ) may be staggered, and the plate body 7 M295445 (4 1) There is a shaft hole in the center, and the mandrel (3 1 ) of the motor (3 〇) is connected correspondingly, or the lower rotator (4 2 ) ( 4 3 ) above the rotating louver (4 〇) It can be designed for other types of blade shapes, so as to utilize the multi-layered rotary vane structure to cut the water (liquid) molecules and air (gas) molecules in the water chamber to make them fine. Contact area with air (gas) ^ / v , six small to I 1 1 ) Add a housing chamber (work 6) away from the side of the gas-liquid mixing chamber (i 2) (as shown in the second figure) By ), providing a motor (3〇" leather seal is placed therein so that the gas-liquid mixer can be placed in water. Also, in the gas-liquid introduction tube (2〇), as shown in the first figure The water guiding official part (2 1 ) may be a straight tubular shape, and the diameter of the pipe is smaller than that of the water guiding pipe portion (2 1 ) and the 邛 (2 2 ) is obliquely connected to the water conduit portion (2 1 ) to guide the air. The inclination direction of 3邰(2 2 ) can be close to the phase body (worker) when the water conduit part (2 1 ) is connected, and the other end is inclined away from the box (1 〇) in the X direction. The gas is sucked into the tank (1 〇) with the water flow. Or, as shown in the fifth figure, the water pipe section (2丄) can also be a narrowed neck section (2 1 1 ). The air duct section (2 2 (The: the end can be connected vertically or obliquely to the necking section (2丄丄), so that the gas is pumped into the tank (1 〇) with water (or liquid). The use of the mixer, first applied to the aquarium Φ first y, 1 U π not: in the example, the gas-liquid mixer (1) is installed in the aquarium, the box (1 0) can be immersed Water, motor ); on the fire surface (if the motor is sealed in the box, JJ can be placed in the water for use in M295445), and the ^^^ connection box (1 〇) inlet (1 4) is filled with liquid* Tube (2Π, the gas part ((1) extension:: the two water guide tube part (21) protrudes into the water, the air tube of the motor (3 0), the rain mine is 'after' the gas-liquid mixer (1) can make, electric, Further, the driving is located in the water chamber (1 rotating slab (4 〇) ancient, #浐细至(丄丄), 间自自茂,), the intermediate speed is turned, and a negative I′ is formed in the water chamber (11). The water in the aquarium ^, 2) is pumped into the water chamber (2 Ί λ, Β σ ^ ^ ^ ^ ^ 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳 彳The official d ΥΎ ^ ^ r ), followed by the high-speed rotary cutting action of the rotating slats (4 0 ) most of the upper and lower 疋 夕 ) ( 4 3 ), or the 兮 叶 板 (4 〇) into a Niu Tanai # Q Hai know ^ step lattice with its peripheral static wing piece (132) ^ β '々 air in the water, and 〇〗 into a number of fine microscopic bubbles, the contact area of the thumb into the X... to: cone Partition ?, imitation of the descending soldiers τ set the wrong to the gas-liquid mixing chamber (丄 2): role, and then make the micro-bubbles with the water wheel delivery area and ample time to dissolve too much == more contact table nozzle ( 1 5 )...π p ^鍉冋Oxygen content in the water, then from the h$ box (2), so cycled " effectively raises the oxygen required for the fish population in the aquarium (2) P = The water knows the phase (2) outside the box, can also be applied to other preparations and liquids. In addition to the application of the water child oxygen oxygen beverage process. Another application of the gas-liquid mixer (1) combined with ozone to produce crying (4h in the cleaning tank (3) as an example, such as the first. (4) application of the total Zhuangdi four pictures shown 'the gas and liquid mixed crying r The system is set outside the cleaning tank (3), the mouth (1)
(1 5 )以及氣液導入營（？ 、出水D (2〇)之導水管部（2ι)末 M295445 端分別直接或透過導管連通至清洗槽（3 )，另將氣液導 入管（20)之導氣管部（22)連接臭氧產生器（4) 的臭氧輸出端，如此，當清洗槽（3 )中放置入水後，臭 氧產生器（4 )通電啟動以產生臭氧，該氣液混合器以其 馬達（3 0 )驅動位於水室（丄丄）中的旋轉葉板（$ 〇 ) 高速旋轉，將清洗槽（3 )中的水經由導水管部（2工） f,水室（1 1 ”，同時將臭氧產生器（4 )生成的臭 氧經由導氣管部（2 2 )與水一同抽入水室（2丄），其 中藉由旋轉葉板（4〇)多數葉片於水室（1 中的高 速旋切作用，或結合靜翼片（i 3 2 )之組合，令臭氧2 水中形成多數個細緻化的微小氣泡，再使該微小氣泡隨水 輸迗至氣液混合室（i 2 )巾，使該微小氣泡以較多的接 觸表面積及較充裕的時間溶人水，提高水中的臭氧含量， 再由出水口（ 1 5 )送回清洗槽（3 )中，如此循環作:， 即可提高清洗才曹（3 )之水中臭氧含量，並藉由水流推送 而均勻刀佈於清洗槽（3 )各處’此時人們可將蔬果等放 置於料洗槽（3 )的纟，透過水巾均佈的臭氧有效地去 除該些蔬果表面殘留農藥等化學物質。 +經由以上的說明可知，本創作所提出之氣液混合器設 叶’利用馬達驅動位於水室中的旋轉葉板高速旋轉，將外 :的液體連同氣體一同抽入水室内，1以旋轉葉板上多數 :片的高速旋切作用或結合靜翼片’♦氣體於液體中形成 夕數個細緻化的微小氣泡，再使該多數微小氣泡隨水輸送 至咖合室巾，使該微小氣泡以較多的接觸表面積及較 M295445 充裕的時間溶入液體，進而提高該氣體溶入液體中的含量 再輸出，故此，本創作確可提供一項可有效增進氣體溶入 液體之含量比例之實用設計。 圖式簡單說明】 第一圖係本創作氣液混合器之一較佳實施例之平面示 意圖。(1 5 ) and the M295445 end of the water pipe introduction dam (?, the outlet pipe D (2 〇) of the water pipe (2 )), respectively, directly or through the conduit to the cleaning tank (3), and the gas-liquid introduction pipe (20) The air guiding tube portion (22) is connected to the ozone output end of the ozone generator (4). When the water is placed in the cleaning tank (3), the ozone generator (4) is energized to generate ozone, and the gas-liquid mixer is The motor (30) drives the rotating louver ($ 〇) located in the water chamber (丄丄) to rotate at a high speed, and the water in the cleaning tank (3) is passed through the water conduit portion (2 work) f, the water chamber (1 1 At the same time, the ozone generated by the ozone generator (4) is pumped into the water chamber (2丄) together with the water via the air duct portion (2 2 ), wherein most of the blades are rotated in the water chamber by rotating the leaf plate (4 〇) The high-speed rotary cutting action, or a combination of static fins (i 3 2 ), forms a plurality of finely-divided micro-bubbles in the ozone 2 water, and then the micro-bubbles are transported with water to the gas-liquid mixing chamber (i 2 ) The towel causes the microbubbles to dissolve the water with a larger contact surface area and a more abundant time, thereby increasing the ozone content in the water. Then, it is sent back to the cleaning tank (3) by the water outlet (15), and the circulation is as follows:, the ozone content in the water of the cleaning can be increased, and the water is pushed by the water to uniformly distribute the knife in the cleaning tank (3) Everywhere, people can put fruits and vegetables in the tank (3), and remove the chemical substances such as pesticides on the surface of the fruits and vegetables through the ozone uniformly distributed in the water towel. + According to the above description, this book shows that The gas-liquid mixer set by the author's blade uses a motor to drive the rotating blade in the water chamber to rotate at a high speed, and the external liquid is pumped into the water chamber together with the gas, 1 to rotate the blade on the plate: the high-speed rotary cutting of the piece The action or combination of the static fins '♦ gas forms a plurality of fine microbubbles in the liquid, and then the majority of the microbubbles are transported to the coffee room towel with water, so that the microbubbles have more contact surface area and M295445 Ample time is dissolved into the liquid, thereby increasing the content of the gas dissolved in the liquid and then outputting. Therefore, the present invention can provide a practical design which can effectively increase the proportion of the gas dissolved in the liquid. The first embodiment of FIG schematic plane based one preferred embodiment of the present gas-liquid mixer creation.
第二圖係本創作氣液混合器中旋轉葉板之一較佳實施 例以及剖切後之箱體局部之立體示意圖。 第三圖係本創作氣液混合器另一較佳實施例之平面示 意圖。 第四圖係本創作氣液混合器應用於水族箱之使用狀態 +考圖。 第五圖係本創作氣液混合器結合臭氧產生器應用於清 洗槽之使用狀態參考圖。 【主要元件符號說明】The second figure is a schematic view of a preferred embodiment of the rotating blade in the present gas-liquid mixer and a partial schematic view of the box after cutting. The third drawing is a plan view of another preferred embodiment of the present gas-liquid mixer. The fourth picture shows the use of the gas-liquid mixer in the aquarium. The fifth figure is a reference diagram of the use state of the gas-liquid mixer combined with the ozone generator applied to the cleaning tank. [Main component symbol description]
(1 )氣液混合器 (3 )清洗槽 (1 0 )箱體 (111)靜翼片 (1 3 )隔板 (1 4 )入水口 (2)水族箱 (4 )臭氧產生器 (1 1 )水室 (1 2 )氣液混合室 (1 3 1 )通孔 (1 5 )出水口 (1 6 )容置室 (20)氣液導入管 （21)導水管部 (2 1 1 )縮頸段 （2 2 )導氣管部 M295445(1) gas-liquid mixer (3) cleaning tank (10) tank (111) static vane (1 3) partition (1 4) water inlet (2) aquarium (4) ozone generator (1 1 Water chamber (1 2) gas-liquid mixing chamber (1 3 1 ) through hole (1 5 ) water outlet (1 6 ) housing chamber (20) gas-liquid introduction tube (21) water conduit portion (2 1 1) Neck section (2 2 ) airway tube M295445
(3 Ο )馬達 （3 1 )心轴 (4 Ο )旋轉葉板 （4 1 )板體 (42)上旋葉 （43)下旋葉 12(3 Ο ) Motor (3 1 ) Mandrel (4 Ο ) Rotating blade (4 1 ) Plate (42) Upper rotator (43) Lower rotator 12