M302263 八、新型說明： 【新型所屬的技術領域】 本新11疋涉及種水中增氧強化裝置及該裝置中使用的管接 員尤W使水中3氧1增加的沉水混氣裝置以及用於將水氣混 # 合的管接頭。 【先前技術】 近年轉殖及廢水事麵盛，對於魏裝置的要求便逐漸提 鬌 冑’增氧裝置除了適用水產養殖池外，更能供應給廢水業作為曝 氣清除洋除物的飢’在增氧裝置中有—種能四面排放混氣水流 的^置如下揭專利文獻j所示，為一種旋轉式水中溶氧機，該 —氧機㈣馬達抽水加壓，於㈣出口管處銜接具透氣結構的導 g ’並於料下設—紐轉頭的旋轉出水管，織轉出水管端部 2接橫管，_水氣排出推動，使旋轉管旋轉；此—設計方式雖 能脉情氧’但採透氣結射錢合找絲不佳，再加上採 _ 了旋轉^的树溶氧’難免會發生a水管打傷養殖生物的事況 發生。 其次’傳統用於水氣混合的τ字形的三通管接頭10，其中一 端為入水官’ 1是與人水管呈交叉連接的人氣管，而入水管的 另端為礼水排出管，前述三管交匯處形成混氣室，前當急迷水流 由入水管進人至混氣室後，會造成負壓的真空吸引效應，使空氣 由入乳官進入混氣室内來與水流混合，然後由氣水排出管衝出， 以達水中增氧效果。由於傳統管接頭的負壓小、真空吸力小，所 5 M302263 以混氣效果並不是很理想，因此，即有發明人對此進行改良，如 下列專利錄2所示，其改碰的特徵在於人水管的孔徑小於氣 水排出官的孔杈，而且入水管的出口為垂直面，使得混氣室成為 入水管出口前的膨脹空間，以利於水氣混合。 專利文獻1 :國内專利公告第286750號「旋轉式水中溶氧機」 專利文獻2 :國内專利公告M256069號「水中增氧接頭構造 【新型内容】 」 一、 所欲解決的問題點： 專利文獻1的問題點在於水中增氧裝置的設計並非健全，既 不能有效提升水氣混合比率，亦不能維護養殖生物的安全，因此 無法符合養殖業者的需求，故如何能有效增加水中含氧及使用過 長中避免傷及養殖生物，才是本新型欲克服關題點。 其-人，寻利文獻2是提升水流速度而使負壓增加，使水氣混 一文果成正比k升。然而入水管與出水管的孔徑比例受限在 0·5〜0.9 : 1，所以流速雖快，但仍侷限在一定程度，以致無法再 進一步提升混氣效果。 二、 本新型的技術手段·· 本新型的主要目的在於提供-種水中增氧強化装置，能使高 速水流及空氣同時進人細容㈣水室及氣室内，再藉由多支氣 水混合用較獅進行氣水混合後翻於_容斜進而擴大 水中的含氧量及含氧範圍，使水中生物得以獲得更多的氧量。 本新型的次-目的在於提供-種水中增氧強化裝置中使用的 M3 02263 管接頭，其使高速水流由人水管以混氣室後擴大空氣與水流的 間隙，使真空吸引區增大而提升負壓，並增加混氣室内的入氣量， 使水氣混合效果提升。 為解決上賴題點，本新型水巾增氧強錬置丨是這樣實現 的，其特徵在於包括： 水室蓋50，具有由輸入水流的入水管51 ; 氣室座60，呈封閉狀，結合在上述水室蓋5〇底下而形成一内 部中空的密閉容室；及 喷嘴盤40，橫設於上述密閉容室内，並將中空空間分隔成上 水室54與下氣室63共兩部份，其具有由外界輸入空氣的入氣管 42，該入氣管42與氣室63相通、不與水室54相通，又噴嘴盤4〇 周邊橫向配置複數支氣水混合用的三通管接頭20，該管接頭2〇的 入水管21是入於水室54内，入氣管22是入於氣室63内，而氣 水排出管23則延伸出於密閉容器外。 根據上述的水中增氧強化裝置1，其中，入氣管42管徑小於 入水管51管徑，該入氣管42並延伸入於入水管51内而呈同軸配 合’入水管51另端是連接抽水馬達，入氣管42另端則由水面上 的入水管51穿出。 根據上述的水中增氧強化裝置1，其中，入氣管42與入水管 51是個別設置，非同軸配合，該入氣管42另端是由密閉容器穿出 後再延伸出於水面上，而入水管51另端則是連接抽水馬達。 根據上述的水中增氧強化裝置1，其中，入水管51及入氣管 M3 02263 42月b各以—條或二條以上配置。 根據上述的水中增氧強化裝置1，其中，該水室蓋50及氣室 座60的周邊53、62以凹凸卡接方式達到密閉。 根據上述的水巾增氧強化裝置1，其中，該噴嘴盤的盤底 41及侧壁46分別設置供管接頭2〇插入的孔口 44、奶。 根據上述的水中增氧強化裝置！，其中，水室蓋5〇及氣室座 6〇的侧壁設置了配合管_ 20之氣水排出管23的半圓孔口 52、 61，使氣水排出管23外露在密封容器外。 根據上述的水中增氧強化裝置^，其中，設置在噴嘴盤侧 壁的多支管接頭2G是以下列其中-方式排列，全周等角幅射狀排 列、局部幅射狀排列。 其次，為解決上述水中增氧強化裝置丨中使用的管接頭， 本新型管接頭2〇是這樣實現的，為一由入水管21、出水管22、 及氣水排出管23組成的三通管接頭，在三管交匯處形成混氣室 24，其特徵在於：在入水管21進入混氣室24的出口内壁，設置 了朝入水管22軸心徑向突出的擾流部25，以用於撐開由入水管 22進入混氣室24内高速水流。 根據上述的管接頭20，其中，擾流部25的徑向突出高度不超 過入水管22孔徑的二分之一。 根據上述的管接頭20，其中，擾流部25的斷面突出形狀為下 列任何一種，半圓弧形、三角形、及倒置半圓弧形。 根據上述的管接頭20，其中，擾流部25至少具有一個以上。 M302263 根據上述的管接頭20，其中，單一配置的擾流部25以設置在 入水管22出口内壁下方為最佳。 根據上述的管接頭20，其中，擾流部25在入水管22内壁的 配置為下列其中之一，單一配置、等角配置及對稱配置。 根據上述的管接頭20，其中，入水管22的孔徑小於出水管 21的孔徑。 根據上述的管接頭20，其中，入水管22的入口 222為錐形孔， 出口 221外壁為垂直壁面。 二、對照先前技術的功效： 藉由本新型的實施能獲致下列優點： 本新型水中增氧強化裝置1是藉由入水管51輸入水流於密閉 容器的水室後，再使水流入於多支管接頭2〇内產生負壓而形成 真空吸引’而空氣受到真空吸引力後由入氣管42進入密閉容器 的氣室内，然後經由管接頭2〇後產生氣、水混合，並將其排出 於密閉容器外，使增氧強化裝置1周遭排放出大量的混氣水流， 而增加水中的含氧量。 本新型水中增氧強化裝置1的管接頭2〇，其入水管21出口 内i的擾25能將南速水流撑開，以擴大空氣與水流間隙， 加大混氣室24内的真空吸引區2a負壓，而提升對入氣管22的 空氣吸取量，以強化水中增氧效果，使混氣冑24内的水氣混合 效果大大提升。 【實施方式】 M3 02263 以下依據圖面所示的實施例詳細說明如後： 第一實施形態： 如圖1所示為本新型第一實施形態水中增氧強化裝置1的立 體分解圖，圖2所示為組合後的立體組合圖，圖3所示為組合後 的俯視圖，圖4所示為組合後的全剖視圖；圖5為使用示意圖。 圖中揭示出水中增氧強化裝置1的構造包括：一水室蓋5〇、一氣 室座60、及喷嘴盤40。 • 上述中，水室蓋50具有由輸入水流的入水管51 ;又上述中， 氣室座60,呈封閉狀，結合在上述水室蓋50底下而形成一内部中 空的密閉容室；及上述喷嘴盤40，是橫設於上述密閉容室内，並 將中空空間分隔成上水室54與下氣室63共兩部份，其具有由外 界輸入空氣的入氣管42，該入氣管42與氣室63相通、不與水室 54相通，又喷嘴盤40周邊橫向配置複數支氣水混合用的三通管接 頭20，該管接頭20的入水管21是入於水室54内，入氣管以是 % 入於氣室63内，而氣水排出管23則延伸出於密閉容器外。 上述中，入氣管42的管徑小於入水管51管徑，入氣管处並 廷伸入於入水管51内而呈同軸配合，入水管51另端是連接抽水 馬達Μ、P(圖5有揭），入氣管42另端則由水面上的入水管5ι穿 出以吸取空氣。前述入氣管42與人水管51也能個別設置（即非同 軸配合），射，人氣管42另端是由密閉容器？出後再延伸出於 水面上以吸取空氣，而人水管51另端默連接抽水馬軌卜； 其次，上述的入水管51及入氣管42能各以二條或二條以上 M3 02263 配置，換言之，入水管51能設置二條以上，入氣管42也能設置 二條以上，而且能垂直設置或斜角設置。 上述水室蓋50及氣室座60的結合方式可相4所示，為周 邊53、62以凹凸卡接的方式達到密閉，使水氣不得進入密閉容器 内又上述喷嘴盤40的盤底41及侧壁46分別設置供管接頭2〇 插入的孔口 44、45(圖1揭示）’孔口最後再予封閉為佳。再者， 水室蓋50及氣室座60的側壁設置了配合管接頭2〇之氣水排出管 23的半圓孔π 52、6卜使氣水排好23能夠延伸外露在密封容 器外。 山 又，上述設置在嘴健40側壁的多支管接頭2〇是以全周等 角幅射狀湖，換言之’水巾增氧強絲置丨的細容器周邊全 都佈滿了管接頭20，所以密器周邊能放射出混氣水流。本 案的使用如圖4所示’為抽水馬達M p將高壓水流經入水管51 輸入於密閉容器的水室54内’再使水流入於多支管接頭2〇内產 生負壓而形成真空吸引’而空氣則受到真空吸作用乃由入氣管42 上端進入再人於«容器的氣室63内，然後經由管接頭2〇後產 生氣、水混合，再將其排出於密閉容器外，使増氧強化裝置i周 遭排放出大篁的〜氣水流，而增加水中的含氧量。 第二實施形態： 如圖6所示為本新型第二實施形態水巾增錢化裝置丨的立 體分解圖，圖7所示為組合後的立體組合圖，圖8所示為組合後 的俯視圖，圖9所示為組合後的全剖視圖；圖1〇為使用示意圖； 11 M3 02263 本實施形態與第-實把形態最大的不同點在於喷嘴盤仙側壁的多 支官接頭20疋呈局部幅射狀排列，圖中揭示出多支管接頭2〇配 置在密閉容、的三分之-（即12〇。）外緣範圍内，所以混氣水流呈 現前衝水流。 如圖11所不為上述水中增氧強化裝置丨中使用的管接頭2〇 立體圖，®I 12為管接頭的全剖視圖，圖十揭示出管接頭2〇是一 由入水管2卜出水管22、及氣水排出管23、组成的三通管接頭， 在三管交酿職混氣室24，其雜姐：权水㈣進入混氣 室24的出口内壁，設置了朝人水管22軸心徑向突出的擾流部烈， 以用於撐_人水管22進人混氣室24内高速水流。 上述管接頭20擾流部25的徑向突出高度以不超過入水管22 孔徑的一分之-為佳，因為超越孔徑二分之―，將使水流受阻太 ^，導致入水困難。又，如圖13A〜圖13D所示，擾流部25的斷面 突出形狀可為半圓孤形、三角形、及倒置半圓弧形。而且，擾流 P 25至夕具有一個以上至多個，配置方式為單一配置、等角配置 及對稱配置。g擾流部25以單一配置時，以設置在入水管22出 口内壁下方為最佳。 根據上述的水中增氧強化裝置20，其中，入水管22的孔徑小 於出水官21的孔徑，如此一來，使入水管22的流速大於氣水排 出g 23 ’其作用原理為：入水管22内的擾流部奶能撐開入水管 22内的阿速水流，使混氣室24擴大空氣a與水流w間隙，加大真 工吸引區2a的負壓，提升空氣A吸人量，強化水中增氧效果。 12 M302263 再者’入水官22的入口 222為錐形孔，其能使水流易於進入 管内；而出口 221外壁為垂直壁面，能增大混氣室24的容積。 本新=旨=Γ__如後，唯業者能在不超越 關結各種變更，，利用與本新型有 ^ ❿’ 超出本新型要旨範圍⑽各種等效 實把例，皆應涵屬於本新型範疇内。 ' %M302263 VIII. New description: [New technical field] This new 11疋 relates to a water-enhanced augmentation device in a kind of water and a submersible mixer used in the device to increase the 3 oxygen 1 in the water and to Mix the water and gas with the pipe joint. [Prior Art] In recent years, the transfer and wastewater are flourishing, and the requirements for the Wei installation are gradually improved. 'In addition to the aquaculture pond, the aeration device can be supplied to the wastewater industry as an aeration to remove the deficiencies of the ocean. In the aeration device, there is a type of four-side discharge mixed gas flow as shown in the patent document j. It is a rotary water dissolved oxygen machine, and the oxygen machine (4) is pumped and pressurized, and connected at the (four) outlet pipe. The guide g with a ventilating structure is provided with a rotating water outlet pipe under the material, and the end of the weaving and discharging water pipe is connected to the horizontal pipe. The water gas is discharged and pushed to rotate the rotating pipe. Oxygen 'but the use of breathable jets to find the poor silk, coupled with the mining _ the rotating ^ tree dissolved oxygen' will inevitably occur a water pipe injury to the breeding of biological things. Secondly, the traditional T-shaped pipe joint 10 for water and gas mixing, one end of which is a water inlet official' 1 is a human gas pipe that is cross-connected with a human water pipe, and the other end of the water inlet pipe is a water discharge pipe, the foregoing three The mixing chamber forms a mixing chamber. When the water flow enters the mixing chamber from the inlet pipe, it will cause vacuum suction effect of the negative pressure, so that the air enters the mixing chamber and enters the mixing chamber to mix with the water flow. The gas water discharge pipe is flushed out to achieve the effect of increasing oxygen in the water. Due to the small negative pressure and low vacuum suction of the conventional pipe joint, the 5 M302263 is not ideal for mixing. Therefore, the inventors have improved this. As shown in the following Patent Record 2, the feature of the change is that The diameter of the human water pipe is smaller than the hole of the gas water discharge official, and the outlet of the water inlet pipe is a vertical surface, so that the air mixing chamber becomes an expansion space before the water inlet pipe outlet, so as to facilitate water and gas mixing. Patent Document 1: Domestic Patent Publication No. 286750 "Rotary Dissolved Oxygen Dissolving Machine" Patent Document 2: Domestic Patent Bulletin M256069 "Water Oxygenation Joint Structure [New Content]" I. Problem to be Solved: Patent The problem with the literature 1 is that the design of the water aerator is not sound. It can not effectively improve the water-gas mixture ratio, and can not maintain the safety of the cultured organisms. Therefore, it cannot meet the needs of the aquaculture industry. Therefore, how to effectively increase the oxygen content and use in the water. To avoid injury to breeding organisms in the long run, it is this new type that wants to overcome the problem. The person-in-law, the profit-seeking literature 2, increases the speed of the water flow and increases the negative pressure, so that the water-gas mixture is proportional to k-liter. However, the aperture ratio of the inlet pipe and the outlet pipe is limited to 0·5~0.9: 1, so the flow rate is fast, but it is still limited to a certain extent, so that the aeration effect can no longer be further improved. Second, the technical means of this new type · The main purpose of this new type is to provide a kind of water augmentation and strengthening device, which can make high-speed water flow and air into the water at the same time (4) water chamber and gas chamber, and then mix with multiple gas and water Mixing the gas with the lion and turning it over the _ tolerance to expand the oxygen content and oxygen content of the water, so that the aquatic organisms can get more oxygen. The second purpose of the present invention is to provide a M3 02263 pipe joint used in a water augmentation and strengthening device, which enables a high-speed water flow from a human water pipe to a gap between the air and the water flow after the air mixing chamber, so that the vacuum suction zone is increased and increased. Negative pressure, and increase the amount of gas in the mixing chamber, so that the water and gas mixing effect is improved. In order to solve the problem, the present invention is characterized in that: the water chamber cover 50 has a water inlet pipe 51 from the input water flow; and the gas chamber seat 60 is closed. An inner hollow sealed chamber is formed under the water chamber cover 5; and the nozzle plate 40 is horizontally disposed in the sealed chamber, and the hollow space is divided into two parts, an upper water chamber 54 and a lower air chamber 63. And an air inlet pipe 42 for inputting air from the outside, the air inlet pipe 42 is in communication with the air chamber 63, and is not in communication with the water chamber 54, and the three-way pipe joint 20 for mixing the plurality of gas and water is disposed laterally around the nozzle plate 4 The inlet pipe 21 of the pipe joint 2 is inserted into the water chamber 54, the inlet pipe 22 is introduced into the gas chamber 63, and the gas water discharge pipe 23 extends outside the sealed container. According to the water aeration strengthening device 1 described above, the inlet pipe 42 has a smaller pipe diameter than the inlet pipe 51, and the inlet pipe 42 extends into the inlet pipe 51 to be coaxially fitted with the inlet pipe 51 and the other end is connected to the pumping motor. The other end of the air inlet pipe 42 is pierced by the water inlet pipe 51 on the water surface. According to the water aeration strengthening device 1 described above, the air inlet pipe 42 and the water inlet pipe 51 are separately provided, and are not coaxially fitted, and the other end of the air inlet pipe 42 is pierced by the sealed container and then extended to the water surface, and the water inlet pipe The other end of the 51 is connected to the pumping motor. According to the above-described water aeration strengthening device 1, the water inlet pipe 51 and the air inlet pipe M3 02263 are each arranged in a strip or two or more. According to the above-described underwater aeration enhancing apparatus 1, the peripheral lids 53, 62 of the water chamber cover 50 and the air chamber seat 60 are sealed by the concavo-convex engagement. According to the water towel aeration strengthening device 1 described above, the tray bottom 41 and the side wall 46 of the nozzle tray are respectively provided with orifices 44 for inserting the pipe joint 2, and milk. According to the above-mentioned water augmentation strengthening device! The side walls of the water chamber cover 5 and the air chamber seat 6 are provided with semi-circular apertures 52, 61 of the gas water discharge pipe 23 of the pipe -20, so that the gas water discharge pipe 23 is exposed outside the sealed container. According to the above-described water augmentation strengthening device, the manifold joints 2G provided on the side wall of the nozzle plate are arranged in the following manner, and are arranged in an equiangular angular arrangement and a partial radiation arrangement throughout the circumference. Secondly, in order to solve the pipe joint used in the above-mentioned water augmentation strengthening device, the new pipe joint 2 is realized by a three-way pipe composed of the water inlet pipe 21, the water outlet pipe 22, and the gas water discharge pipe 23. The joint forms a gas mixing chamber 24 at the intersection of the three pipes, wherein the inlet pipe 21 enters the inner wall of the outlet of the mixing chamber 24, and a spoiler 25 protruding radially toward the axis of the inlet pipe 22 is provided for The high-speed water flow from the inlet pipe 22 into the mixing chamber 24 is expanded. According to the pipe joint 20 described above, the radial projection height of the spoiler 25 does not exceed one-half of the diameter of the water inlet pipe 22. According to the above-described pipe joint 20, the cross-sectional shape of the spoiler 25 is any one of the following, a semicircular arc shape, a triangular shape, and an inverted semicircular arc shape. According to the pipe joint 20 described above, the spoiler 25 has at least one or more. M302263 According to the above-described pipe joint 20, it is preferable that the single-disposed spoiler 25 is provided below the inner wall of the outlet of the water inlet pipe 22. According to the above-described pipe joint 20, the arrangement of the spoiler 25 on the inner wall of the water inlet pipe 22 is one of the following, a single configuration, an equiangular configuration, and a symmetric configuration. According to the pipe joint 20 described above, the diameter of the inlet pipe 22 is smaller than the diameter of the outlet pipe 21. According to the above-described pipe joint 20, the inlet 222 of the water inlet pipe 22 is a tapered hole, and the outer wall of the outlet 221 is a vertical wall surface. Second, according to the efficacy of the prior art: With the implementation of the present invention can achieve the following advantages: The water aeration strengthening device 1 of the present invention is to input water into the water chamber of the closed container through the water inlet pipe 51, and then let the water flow into the manifold joint 2 vacuum is generated in the crucible to form a vacuum suction', and the air is subjected to the vacuum suction force, and then enters the air chamber of the airtight container 42 through the air inlet pipe 42 and then mixes the gas and water through the pipe joint 2, and discharges it outside the closed container. The aeration strengthening device discharges a large amount of mixed gas flow in one week, and increases the oxygen content in the water. The pipe joint 2 of the water augmentation strengthening device 1 of the present invention has a disturbance 25 in the outlet of the water inlet pipe 21, which can expand the south speed water flow to expand the gap between the air and the water flow, and enlarge the vacuum suction zone in the air mixing chamber 24. 2a negative pressure, and increase the air intake amount of the air inlet pipe 22, in order to strengthen the oxygen augmentation effect in the water, so that the mixing effect of the water and gas in the gas mixture 胄 24 is greatly improved. [Embodiment] M3 02263 The following is a detailed description of the following embodiments according to the drawings: First Embodiment: As shown in Fig. 1, an exploded perspective view of a water aeration strengthening device 1 according to a first embodiment of the present invention is shown in Fig. 1. The combined three-dimensional combination diagram is shown, FIG. 3 is a combined top view, FIG. 4 is a combined full-sectional view; FIG. 5 is a schematic diagram of use. The construction of the water augmentation strengthening device 1 is disclosed as follows: a water chamber cover 5, a chamber seat 60, and a nozzle plate 40. • In the above, the water chamber cover 50 has an inlet pipe 51 from the input water flow; in the above, the gas chamber seat 60 is closed, and is coupled to the bottom of the water chamber cover 50 to form an inner hollow sealed chamber; The nozzle plate 40 is horizontally disposed in the sealed chamber, and divides the hollow space into two parts of the upper water chamber 54 and the lower air chamber 63. The air inlet tube 42 has an air inlet tube 42 for inputting air from the outside, and the air inlet tube 42 is connected with the air. The chamber 63 communicates with the water chamber 54, and the three-way pipe joint 20 for mixing the gas and water is disposed laterally around the nozzle plate 40. The water inlet pipe 21 of the pipe joint 20 is inserted into the water chamber 54, and the air inlet pipe is It is % in the gas chamber 63, and the gas water discharge pipe 23 extends out of the closed container. In the above, the diameter of the inlet pipe 42 is smaller than the diameter of the inlet pipe 51, and the inlet pipe extends into the inlet pipe 51 to be coaxially fitted, and the other end of the inlet pipe 51 is connected to the pumping motor Μ, P (Fig. 5 is disclosed) The other end of the air inlet pipe 42 is pierced by the water inlet pipe 5ι on the water surface to suck the air. The air inlet pipe 42 and the human water pipe 51 can also be separately arranged (i.e., non-coaxially fitted), and the other end of the air pipe 42 is a closed container. After that, it extends out of the water surface to absorb the air, and the human water pipe 51 is connected to the pumping rail. The second inlet pipe 51 and the air inlet pipe 42 can be configured by two or more M3 02263, in other words, Two or more water pipes 51 can be provided, and two or more air inlet pipes 42 can be provided, and can be set vertically or obliquely. The combination of the water chamber cover 50 and the air chamber seat 60 can be shown as phase 4, and the peripheral portions 53, 62 are sealed by the concave and convex joints so that moisture cannot enter the closed container and the bottom 41 of the nozzle tray 40. And the side walls 46 are respectively provided with orifices 44, 45 (shown in Fig. 1) for the insertion of the pipe joint 2', and it is preferable that the orifice is finally closed. Further, the water chamber cover 50 and the side wall of the air chamber seat 60 are provided with semi-circular holes π 52, 6 which match the gas-water discharge pipe 23 of the pipe joint 2, so that the gas-water discharge 23 can be extended and exposed outside the sealed container. In addition, the plurality of pipe joints 2 设置 arranged on the side wall of the mouth 40 are all-week-angled lakes, in other words, the circumference of the thin container of the water towel augmentation wire is all covered with the pipe joint 20, so A mixture of water can be emitted around the condenser. The use of the present case is as shown in Fig. 4, 'the high-pressure water is supplied to the water chamber 54 of the closed container through the water inlet pipe 51 for the pumping motor Mp', and the water flows into the manifold pipe 2 to generate a vacuum pressure to form a vacuum suction. The air is subjected to vacuum suction, and is taken into the air chamber 63 of the container by the upper end of the air inlet pipe 42 and then mixed with gas and water through the pipe joint 2, and then discharged to the outside of the closed container to make the oxygen. The strengthening device i emits a large amount of ~gas water flow around it, and increases the oxygen content in the water. Second Embodiment: FIG. 6 is an exploded perspective view of a water towel adding device according to a second embodiment of the present invention. FIG. 7 is a combined three-dimensional combination view, and FIG. 8 is a combined top view. Fig. 9 is a full sectional view after combination; Fig. 1 is a schematic view of use; 11 M3 02263 The biggest difference between this embodiment and the first embodiment is that the plurality of official joints 20 of the nozzle plate are partially localized. The arrangement of the projections reveals that the manifold joint 2〇 is disposed within the outer margin of the three-part (ie, 12〇.) of the closed volume, so the mixed gas flow exhibits a pre-flush flow. Figure 11 is not a perspective view of the pipe joint 2 使用 used in the above-mentioned water augmentation strengthening device ,, and the ISO 12 is a full sectional view of the pipe joint, and FIG. 10 reveals that the pipe joint 2 is a water pipe 2 from the water inlet pipe 2 And the gas-water discharge pipe 23, the three-way pipe joint composed of the three-pipe joint mixing chamber 24, the sister-in-law: the right water (four) enters the inner wall of the outlet of the mixed air chamber 24, and is disposed at the axis of the water pipe 22 The radially protruding spoiler is used to support the high-speed water flow in the mixing chamber 24 of the human water pipe 22. The radial protrusion height of the spoiler 20 of the above-mentioned pipe joint 20 is preferably not more than one-half of the diameter of the water inlet pipe 22, because the water flow is prevented from being too high, resulting in difficulty in entering the water. Further, as shown in Figs. 13A to 13D, the cross-sectional shape of the spoiler 25 may be a semicircular shape, a triangle shape, and an inverted semicircular arc shape. Moreover, the turbulence flow P 25 has more than one to a plurality of eves, and the configuration is a single configuration, an equiangular configuration, and a symmetric configuration. When the spoiler 25 is arranged in a single configuration, it is preferably disposed below the inner wall of the outlet of the water inlet pipe 22. According to the water aeration strengthening device 20 described above, the diameter of the water inlet pipe 22 is smaller than the diameter of the water outlet member 21, so that the flow rate of the water inlet pipe 22 is greater than the gas water discharge g 23 '. The working principle is: the water inlet pipe 22 The spoiler milk can expand the A-speed water flow in the water inlet pipe 22, so that the air-mixing chamber 24 expands the gap between the air a and the water flow w, increases the negative pressure of the artificial suction zone 2a, enhances the air A suction, and strengthens the water. Aeration effect. 12 M302263 Furthermore, the inlet 222 of the water inlet 22 is a tapered hole which allows the water flow to easily enter the pipe; and the outer wall of the outlet 221 is a vertical wall surface, which can increase the volume of the mixing chamber 24. This new = purpose = Γ __, after the industry can not go beyond the various changes, the use of this new type has a ❿ Inside. ' %
13 M3 02263 【圖式簡單說明】 圖1為本新型第一實施形悲水中增氧強化裝置的立體分解圖。 圖2為圖1裝置在組合後的立體組合圖。 圖3為圖1裝置在組合後的俯視圖。 圖4為圖1裝置在組合後的全剖視及動作示意圖。 圖5為圖1裝置的使用示意圖。 圖6為本新型第二實施形態水中增氧強化裝置的立體分解圖。 圖7為圖6裝置在組合後的立體組合圖。 圖8為圖6裝置在組合後的俯視圖。 圖9為圖6裝置在組合後的全剖視及動作示意圖。 圖10為圖6裝置的使用示意圖。 圖11為本新型水中增氧強化裝置中使用的管接頭立體圖。 圖12為圖11管接頭的全剖視圖。 圖13A〜圖13D為圖11管接頭的應用實施例圖。 【主要元件符號說明】 1 水中增氧強化裝置 20 管接頭 21 入水管 22 入氣管 221 出口 222 入口 23 氣水排出管 M30226313 M3 02263 [Simplified illustration of the drawings] Fig. 1 is an exploded perspective view of the first embodiment of the water-supplementation enhancement device in the sad water. Figure 2 is a perspective assembled view of the device of Figure 1 after combination. Figure 3 is a top plan view of the device of Figure 1 after assembly. 4 is a schematic view of the full cross-sectional view and operation of the device of FIG. 1 after being combined. Figure 5 is a schematic view showing the use of the apparatus of Figure 1. Fig. 6 is an exploded perspective view showing the water augmentation and strengthening apparatus of the second embodiment of the present invention. Figure 7 is a perspective assembled view of the device of Figure 6 after combination. Figure 8 is a top plan view of the device of Figure 6 after assembly. Figure 9 is a schematic cross-sectional view and operation of the device of Figure 6 after combination. Figure 10 is a schematic view showing the use of the apparatus of Figure 6. Figure 11 is a perspective view of a pipe joint used in the novel water augmentation strengthening device of the present invention. Figure 12 is a full cross-sectional view of the pipe joint of Figure 11. 13A to 13D are views showing an application example of the pipe joint of Fig. 11. [Main component symbol description] 1 Water aeration strengthening device 20 Pipe joint 21 Inlet pipe 22 Inlet pipe 221 Outlet 222 Inlet 23 Gas water discharge pipe M302263
24 25 40 41 42 44 45 46 50 51 52 53 54 60 61 62 63 A Μ·Ρ W 混氣室 擾流部 喷嘴盤 盤底 入氣管 孔口 孔口 側壁 水室蓋 入水管 半圓孔口 周邊 水室 氣室座 半圓孔口 周邊 氣室 氣流 抽水馬達 水流24 25 40 41 42 44 45 46 50 51 52 53 54 60 61 62 63 A Μ·Ρ W Mixing chamber spoiler nozzle tray bottom air inlet hole orifice side wall water chamber cover water pipe semicircular opening peripheral water chamber Gas chamber seat semicircular orifice peripheral gas chamber air pumping motor water flow