M422302 五 新型說明： 【新型所屬之技術領域】 本新型所涉及的是-水騎魏置之鮮單元上端 設的通氣頭，是包括具有垂直管部與水平管部、且其内容、 ^型通氣管的τ型管件，並在τ鮮件之垂直管部下ς裝 ，-可供坐制定住賴管-端_合帽，讓賴 ^ 易地裝設置輸管單元的上端者。 υ谷 【先前技術】 關於養殖池所設置的水車，通常只是猶水面， ，無法充分得職氣:加上產生喊鱗即消失，溶氧的姑 並不佳，業者為了提尚池水的溶氧量，需 運轉，造成養殖成本的增高與能源的浪 丁增乳’對於池水的中下層的溶氧幫助有限，所以 ΐί:下層的池水含氧量提高，即有水底增氧裝置的設 计，如公告卿2263的專利，主要是一沈 ，中增氧裝置的上端，接設包括有輸轉氣與池水 輸送管件（人氣管與人水管），透過邦浦將池水“ T^t氧裝置的水室内’而空氣則透過人氣管被吸入增 接裝置的氣室内，讓高速水流及空_時進人增氧裝置的各管 接頭内乳水混合後排出於水池中，進而擴大水中的含氧量及含 養舰下柄峨财_魏，軸提高池内 水:的池水的淨化速率，使生物存活率提高，同時增氧設備 低造價與組裝維修又容易等優勢。 獨，上述水底魏裝㈣輸鮮件的人水管上端預定處 “又可供入氣管上端插合的穿孔，而該入氣管的上端則必須 3 t才能穿ί於該穿孔上_定；不過，由於該人氣管是直接 。又於入水g内’然後又必須使其上端弯設的部位對準入水管 ，所，的穿孔’所以其在裝設時較為_而不容易施工，且若 該通氣的雜發生_時，根本無法局雜復錢換，造成必 須更換整個輸送管件的不必要之浪費。 【新型内容】 緣是’為了改善前述習知水底增紐置通氣雜處設置的 不易、，以及無法維料問題’柄型即提供—種可以直接裳設 於輸廷池讀空氣之輸管單元上端鱗卸下來的通氣頭。 ，本新型所採行的解決技術方案，是包括—具兩端開放之 ，直官部與管口端觸之水平管部的τ型管件並令該T型 Ρ件内邛谷。又一其一端由該水平管部穿出而另一端穿於垂直 管部下端的L型職管’且再令馳直管部的下端裝設一其内 «又有可供通軋管下端座設而具通孔連通之管座的螺合帽。 上述方案中，該螺合帽是套合嵌在一固接於τ型管件之垂 直皆部一端處的接合座上，並令該管座被嵌固於垂直管部的管 端與接合座之間。 上述方案中，該各管座中間設一形成通孔的管部，並令管 部四周設有通道，同時又該管部的兩端分別設有凸插部與凹合 部。 ’、。 因此，藉由上述本新型之通氣頭，讓其與水底增氧裝置之 輸送池水與空氣的輸管單元之連管件之間，獲得更完善的結 合，即令該通氣頭可以任意組裝或拆卸，不但可以利於更換， 同時也更方便現場施工的組裝。 是以’本新型可藉由下列的實施例並配合附圖，而獲得充 分的了解，並據以實施： 【實施方式】 明參閱第、一圖所示’本新型水底增氧裝置的構造包括 -可沈入水巾較池水與空氣混合的水氣混合單元卜其上端 則接設-輸#單元2。並令該輸管單元2的上端接設一通氣頭 3，而其巾該水氣混合單元丨縣―殼如設有分隔的上 水室11與下氣室12，並又令該水氣混合單_上端接設有由 數段的連管件21所連續補喊的該齡單元2 ;而該各連 件21疋包括-輸水管211 0穿設一輸氣管212，並在輸水 s 211的兩端分別裝設有螺合頭213與螺合帽214。 ，另外，各連官件21的輸水管211 一端設置螺合頭213的 隋形’如第二、四圖所示’即該螺合頭213是套合於輸水管 211的-端而固定銜接，並在該輸水管211 #管端與螺合頭213 之間又坐設-管座215’同時該管座215的中間設一具通孔 21，的皆部2151’且在管部2151的四周處又設有通道2153， 而射部2151的兩端X分別設有凸插部2154與凹合部犯^ 讓輸氣管212的-端可以插入該管座215之通孔2152的内側 端内而被定位住；X，各連管件21之輸水管211另一端設置 螺合帽2i4的情形’與通氣頭3下端設置的帽合帽214的情形 相同，容后所述。 又，請參關第五@所示，該通氣頭3是包括—τ型管件 31内容設-L型通氣管32，且該τ型管件31設有一垂直管 部311與水平管部312，並令該水平管部312的管口端裝設一 ^閉蓋33，並令封閉蓋33的端面開設一穿孔331，而使通氣 :32的-端由該穿孔331處穿出，另外通氣管32的另一端則 疋伸於垂直官部311 #下端内，同時令該垂直管部311的下端 處固接-接合座216 ’並令該接合座216外套設—可以自由轉 M422302 動、但不會脫離的帽合帽214，且同樣在垂直管部311的管端 與接合座216之間坐設-如前所述的管座215，進而讓通氣管 32的下知穿合於管座215之通孔2152的内側端而被定位住。 其次，上述的通氣管32又是包括一穿於水平管部312内 的一官件321 ,以及一穿於垂直管部311内的另一管件322， 並令兩管件321，322之間設由一彎管323連結，並該彎管323 的後侧设-可以抵住垂直管部311内壁面的抵止部323ι，進 而々整個通管氣32能在T型管件31内更穩固地設置。 • 因此，除了水氣混合單元1上端連續銜接著各連管件21 的輸管單元2 ’並如第六晴示，該軌管3是透過τ型管件 31下端所裝設的螺合帽214，與對應之連管件21上端梦 螺合頭.相互螺合而連結在一起，進而讓垂直管^^ 輸水管2U連通，而通氣管32與輸氣管212之間則是透過兩 相對應之管座215的插合而連通。 故，請又再配合第二圖所示，令由τ型管件31之垂直管 部311上端與邦浦出水口端銜接後，讓池水可以沿者輸管單元 φ 2的輸水管2U而進入水氣混合單元1的上水室11内，而空 氣則透過通氣頭3之通氣管32吸人後，沿著輸管單元2的輸 氣管212而進入水氣混合單元丨的下氣室12内；是以，該通 ㈣3與輸管單元〗之間是可贿餘额分離的，進而達到 施工組裝與維修更換的容易性與實用性。 儘管’上述的實關已對本新型紐佳具體化的揭露與詳 述’皆為縣該項技術人士者所能清楚了解，而其所做的各種 型式及方法局部的改變，應都是沒有脫離本新型精神與範於。 【圖式簡單說明】 〃可 第一圖是本新型整體立體示意圖。 6 M422JU2 第二圖是本新型水氣;昆合單 圖 ^三圖是本新型輸管單元的螺合帽體分解示意 第四圖，本新管單元的螺合帽處_侧。… 第五圖是本新型通氣頭的立體分解示意圖。 第六圖是本新雖管單元與通氣頭之_銜接示意圖。 【主要元件符號說明】 I. 水氣混合單元 II. 上水室M422302 Five new descriptions: [New technical field] The new type of venting head is located at the upper end of the fresh unit of the water rider. It consists of a vertical pipe and a horizontal pipe, and its content and type pass. The τ-shaped pipe fitting of the trachea is armored under the vertical pipe part of the τ fresh piece, and it can be used to set up the sling-end _ cap, so that the upper end of the pipe unit can be easily installed. Shibuya [Prior Art] About the water tank set up in the breeding pool, it is usually only the water surface, and it is not enough to get the job gas: plus the shouting scale disappears, the dissolved oxygen is not good, the industry is to improve the dissolved oxygen of the pool water. The amount, the need to operate, the increase in the cost of breeding and the energy of the Ding Ding milk's help for the dissolved oxygen in the middle and lower layers of the pool water, so ΐί: the oxygen content of the lower pool water is increased, that is, the design of the bottom aeration device, For example, the patent of Announcement 2263 is mainly the upper end of a sinking and medium aeration device. The connection includes a gas transmission and a water supply pipe fitting (human gas pipe and a human water pipe), and the water of the pool is “T^t oxygen device”. In the water chamber, the air is sucked into the air chamber of the adding device through the air pipe, and the high-speed water flow and the air in the pipe joints of the human aerator are mixed and discharged into the pool, thereby expanding the oxygen content in the water. The amount and the support of the ship under the handle _ _ Wei, the shaft to improve the water in the pool: the purification rate of the pool water, so that the biological survival rate is improved, while the low cost of oxygenation equipment and assembly and maintenance is easy and other advantages. Independent, the above-mentioned underwater Wei (4) lose Human upper member at a predetermined water "and can punch a hole into the upper end of the mating pipe, the upper end of the pipe must be 3 t to wear on the perforated _ ί set; however, since the trachea is directly. In the water g, then the part that has to be bent at the upper end must be aligned with the water pipe, so that the perforation is so _ it is not easy to construct, and if the ventilation occurs, it is fundamental. It is impossible to change the money and make unnecessary replacement of the entire conveying pipe. [New content] The reason is that 'in order to improve the above-mentioned conventional underwater bottom, it is not easy to set up the ventilation and miscellaneous places, and it is impossible to maintain the material. The handle type can be directly placed on the upper end of the air supply unit of the air intake pool. The venting head removed from the scale. The solution to the technical solution adopted by the present invention comprises a τ-shaped pipe member having a horizontal pipe portion which is open at both ends and which is in contact with the pipe end and makes the T-shaped sill in the T-shaped member. Another L-shaped service tube whose one end is pierced by the horizontal pipe portion and the other end is passed through the lower end of the vertical pipe portion and the lower end of the straight pipe portion is installed therein is further provided. A screw cap with a socket for communicating through holes. In the above solution, the screw cap is sleeved and embedded in a joint seat fixed at one end of the vertical portion of the τ-shaped pipe member, and the pipe seat is embedded in the pipe end of the vertical pipe portion and the joint seat. between. In the above solution, a pipe portion forming a through hole is disposed in the middle of each pipe seat, and a passage is formed around the pipe portion, and at the same time, both ends of the pipe portion are respectively provided with a convex insertion portion and a concave portion. ',. Therefore, by the above-mentioned vent head of the present invention, a better combination is obtained between the vent head of the water supply device and the water supply pipe unit of the underwater aeration device, so that the vent head can be assembled or disassembled arbitrarily, not only It can be used for replacement, and it is also more convenient for on-site construction. The present invention can be fully understood by the following embodiments and with reference to the accompanying drawings, and is implemented according to the following: [Embodiment] Referring to the first and second figures, the construction of the novel underwater aeration device includes - The water-air mixing unit that can be submerged in the water towel to mix with the pool water and air, and the upper end is connected to the unit #2. And the upper end of the conveying unit 2 is connected with a venting head 3, and the water and gas mixing unit 丨县-shell is provided with a separate upper water chamber 11 and a lower air chamber 12, and the water and gas are mixed again. The single-upper end is provided with the unit 2 of the continuous connection which is continuously replenished by the plurality of connecting pipes 21; and the connecting pieces 21疋 include the water pipe 211 0 which is bored with a gas pipe 212, and is connected to the water pipe 211 A screwing head 213 and a screwing cap 214 are respectively disposed at both ends. In addition, one end of the water delivery pipe 211 of each official member 21 is provided with a 隋 shape of the screwing head 213 as shown in the second and fourth figures, that is, the screwing head 213 is fitted to the end of the water delivery pipe 211 and is fixedly connected. And between the pipe end 211 # pipe end and the screwing head 213, the pipe seat 215' is seated and a through hole 21 is formed in the middle of the pipe socket 215, and the pipe portion 2151 is located in the pipe portion 2151. A channel 2153 is further disposed at the periphery, and the two ends X of the shooting portion 2151 are respectively provided with the protruding portion 2154 and the concave portion. The end of the gas pipe 212 can be inserted into the inner end of the through hole 2152 of the socket 215. It is positioned; X, the case where the screw cap 2i4 is provided at the other end of the water supply pipe 211 of each pipe member 21 is the same as that of the cap cap 214 provided at the lower end of the vent head 3, as described later. Further, as shown in the fifth @, the vent head 3 includes a - τ type pipe member 31 and an L-shaped vent pipe 32, and the τ-type pipe member 31 is provided with a vertical pipe portion 311 and a horizontal pipe portion 312, and The nozzle end of the horizontal pipe portion 312 is provided with a closing cover 33, and a hole 331 is formed in the end surface of the closing cover 33, so that the end of the ventilation: 32 is pierced by the through hole 331, and the vent pipe 32 is further provided. The other end of the vertical tube 311 is extended in the lower end of the vertical portion 311, and the lower end of the vertical tube portion 311 is fixed to the joint 216' and the joint 216 is sheathed - the M422302 can be freely rotated, but not The detached cap cap 214 is also seated between the tube end of the vertical tube portion 311 and the joint seat 216 - the socket 215 as described above, so that the lower portion of the vent tube 32 is engaged with the stem 215 The inner end of the through hole 2152 is positioned. Next, the vent tube 32 further includes a member 321 which is inserted into the horizontal tube portion 312, and another tube member 322 which is inserted into the vertical tube portion 311, and the two tubes 321 and 322 are disposed between An elbow 323 is coupled, and the rear side of the elbow 323 is provided to abut against the abutting portion 323 of the inner wall surface of the vertical pipe portion 311, so that the entire pipe 32 can be more stably disposed in the T-shaped pipe member 31. • Therefore, in addition to the upper end of the water-gas mixing unit 1, the conveying unit 2' of each connecting piece 21 is continuously connected, and as shown in the sixth, the rail 3 is a screwing cap 214 which is provided through the lower end of the τ-shaped pipe member 31, Corresponding to the upper end of the connecting piece 21, the head screw is screwed together and connected together, so that the vertical pipe 2U is connected, and the vent pipe 32 and the gas pipe 212 are passed through the corresponding pipe sockets. The 215 is connected and connected. Therefore, please cooperate with the second figure to make the water from the upper end of the vertical pipe portion 311 of the τ-shaped pipe member 31 and the water outlet of the Bangpu water, so that the water can enter the water along the water pipe 2U of the pipe conveying unit φ 2 . In the upper water chamber 11 of the gas mixing unit 1, the air is sucked through the vent pipe 32 of the vent head 3, and then enters the lower air chamber 12 of the water gas mixing unit 沿着 along the gas delivery pipe 212 of the conveying unit 2; Therefore, the balance between the pass (four) 3 and the transport unit is a bribe balance, which in turn achieves the ease and practicability of construction assembly and maintenance replacement. Although the above-mentioned actual customs have revealed and detailed the details of this new type of Newcomer, they are clearly understood by the technical personnel of the county, and the various changes in the various types and methods they have done should not be separated. The spirit of this new type is in line with it. [Simple description of the diagram] 第一 The first diagram is an overall three-dimensional diagram of the present invention. 6 M422JU2 The second picture is the new water gas; Kunming single figure ^ three figure is the fourth diagram of the decomposition of the screw cap of the new pipe unit, the screw cap of the new pipe unit is _ side. The fifth figure is a three-dimensional exploded view of the vent head of the present invention. The sixth picture is a schematic diagram of the connection between the new tube unit and the vent head. [Explanation of main component symbols] I. Water and gas mixing unit II. Upper water room
12.下氣室 2.輸管單元 21.連管件 211. 輸水管 212. 輸氣管 213. 螺合頭 214. 螺合帽 215. 管座12. Lower air chamber 2. Transmission unit 21. Connecting pipe 211. Water pipe 212. Gas pipe 213. Screw head 214. Screw cap 215.
2151. 管部 2152. 通孔 2153. 通道 2154. 凸插部 2155. 凹合部 216.接合座 3.通氣頭 31.T型管件 311. 垂直管部 312. 水平管部 7 M422302 32. 通氣管 321,322.管件 323.彎管 3231.抵止部 33. 封閉蓋 331.穿孔2151. Tube 2152. Through hole 2153. Channel 2154. Concave insert 2155. Concave joint 216. Joint 3. Stem head 31. T-tube 311. Vertical tube 312. Horizontal tube 7 M422302 32. 321,322. Pipe 323. Bend pipe 3231. Abutment 33. Closure cover 331. Perforation