M330117 八、新型說明： 【新型所屬之技術領域】 • 本創作為有關於一種破泡裝置，特別是指藉由吸取組件連接吸泡 殼體’使本創作具有降低成本、使用方便同時更具環保方法之優點。 【先前技術】 一般而言，印刷電路板(PCB)工業及半導體工業等產業製程中，皆 曰產生許夕的工業廢水，而當所有的工業廢水集中在一個容置槽中 >牯’便會產生許多的氣泡；如此一來，冑然也就有可能發生設備故障 及液體外部流出等情形。 而目別業界-般是在工業廢水中’使用消泡劑來達到破壞泡珠及 抑止泡沫產生之目的。所述之消泡劑成分一般係聚石夕氧系的材質，常 常被的消_有乳液型親劑及自行乳化型舰劑兩種，其中， 礼液型消泡劑係使用二甲基聚石夕氧烧、甲基苯基聚石夕氧烧、甲基乙稀 基聚石夕喊等料氧油巾混合微财^，生成減合型消泡劑，該油 -混合型消泡劑與界面活性劑一起分散於水中便生成乳液型消泡劑；而 -自订乳化賴_翻以化烯敍性之有機絲魏麟油混合 物此^仃礼化型消泡劑可使用在高溫、高鹼性及高切邊力的環境。 、但是，前述之消泡劑在環境的影響之下，皆會失去消泡性，因此 '、、頁不斷的添加i包劑’在使用上並不方便，且亦有可能會產生液體 外部流出或發生設備故障的問題，且工業廢水添加消泡劑之後，會造 以淨化處理，因此對環境而言，會造成一定程度的影響， 且對業者而吕，也必須花費更多的成本淨化工業廢水，殊不理想。因 6 M330117 此如何開發一種降低成本、使用方便同時更具環保的方法，實在為業 者及廣大使用者所殷殷期盼。 有鑑如此，本創作人基於業者及使用者的需求，乃以從事此產業 多年設計之經驗累積，而創新出一種破泡裝置，以供業界及使用者所 利用。 【新型内容】 鑒於以上所述習知技術缺點，本創作之主要目的係提供一種降低 籲成本、使用方便同時更具環保方法之破泡裝置。 為達上揭目的以及其他目的，本創作提供一種破泡裝置，包含有： —吸泡殼體，包括有-聽通道及_吸取通道，該排液通道具有 ，一底面、一頂面、一連接底面及頂面之侧壁、一穿設於頂面中央之通 ‘孔及刀別由底面、頂面及侧壁共同界定而成的一容置空間與一出口， 而吸取通道係由容置空間内向底面貫通至外部，另吸取通道底端設有 一吸泡口；以及 •—吸取組件，係連接於吸泡殼體，包括有-葉扇、-殼體及-動 -力源，騎_由前述排賴道之頂_通關_外延伸而出，1 :殼體内容置有-葉扇，另殼體係鎖接動力源，該動力源係動力連接葉 -扇。 猎由上频術手段，本創作可以改進習知缺失而具有降低成本、 使用方便同時更具環保方法之優點。 【實施方式】 有關於本_糊之技術、核及其賴抛，鱗較佳實施 7 M330117 例並配合圖式詳細說明如後，相信當可由之得深入而具體的瞭解。 請配合參閱第一圖及第二圖所示，本創作破泡裝置之較佳實施 例，包含有一吸泡殼體1及一容置組2。 請配合參閱第二圖及第五圖所示，前述之吸泡殼體1，包括有一排 液通道11及一吸取通道12，該排液通道11具有一底面in、一頂面H2、 一連接底面111及頂面112之侧壁113、一穿設於頂面112中央之通孔 114、及分別由底面111、頂面112及側壁113共同界定而成的一容置空 鲁間115與一出口116，而吸取通道12係由容置空間115内向底面ill貫通 至外部，另吸取通道12底端設有一吸泡口 121，且吸取通道12内設有至 少一隔板122，該隔板122係具有至少一導流孔123，並吸取通道12頂端 -係具有一頂板124，該頂板124係開設一連通孔125，且頂板124係由吸 〜取通道12頂端周緣向外延伸一段距離。 請配合參閱第二圖及第五圖所示，上述之吸取組件2，係連接於吸 泡殼體1，包括有一葉扇21、一殼體22、一承置板23及一動力源24，該 ··殼體22係由前述排液通道11之頂面112的通孔Π4周圍向外延伸而出， -其殼體22内容置有一葉扇21，該葉扇21具有一連接部211及數由連接部 β 211延伸而出之葉片212 ’另殼體22頂面穿設有一通風孔221，且頂面延 :伸出有數鎖合桿222，該鎖合桿222係鎖接承置板23及動力源24，並藉 由鎖合桿222可調整殼體22及吸泡殼體1鎖接於承置板23的相對位置， 該動力源24係具有一動力輸出軸241，且動力源24係鎖接於承置板23 -一面，該承置板23係穿設有一透孔231供以動力輸出軸241穿過，且動 力源24之動力輸出軸241係動力連接葉扇21之連接部211。 8 M330117 有關於上述構件之使用狀態請參閱第六圖及第七圖所示，本創作 破泡裝置之較佳實施例，係使用於一容器9，該容器9内裝設有液體8， 且液體8會產生泡洙81。使用時，係將承置板23設置於容器9頂部，且 藉由鎖合桿222將吸泡口 121調整至一適當位置（吸泡口 121—般距離液 體8水平面3公分至1〇公分）；接著，使動力源24運轉，且帶動葉扇21 轉動’令吸取通道12及殼體22内產生一負壓，使泡床81由吸泡口121 進入吸取通道12，該泡沫81係經過隔板122的導流孔123，且導流孔123 •預先割破一部份的泡沫81後，泡沫81進入殼體22内，且藉由葉片212 將泡沫81打破形成液體8，並順著通孔丨丨4流入排液通道11，且排液通 道11藉由頂板124擋止液體8回吸入殼體22内，並順著排液通道u内的 、容置空間向出口 116流出進入容器9中，藉此可有效的消除液體8所產生 •的泡沫8卜且藉由排液通道u的設計可使本創#之較佳實施例所形成 的液體8不四處飛散，統一由出口 116流出進入容器9中。 綜上所陳，賴狀實施綱能朗麵之姐，確已符合 i專利所規定之要件’銳法提出申請。惟，以上所述僅為本創作之較 佳實施例，凡麟摘作之技藝之人士銳本創作之精神所在之等 •效修飾或變化，皆應涵蓋如下申料繼_。 ； 【圖式簡單說明】 第一圖所不係本創作較佳實施例之外觀立體圖; 弟囷所示係本創作較佳實施例之局部剖面圖； ^三圖所示係本創作較佳實施例之吸泡殼體連接殼體的外觀立體圖 細圖所示縣創作較佳實施例之吸泡趣連接殼體的局部剖面圖 M330117 第五圖所示係本創 又^實細*例之另一角度之局部剖面圖 第六圖所示係本創作較佳實施例之動作示意圖 ;以及 第七圖所示係本創作較佳實施例結合容器之動作示意圖。 【主要元件符號說明】 1... ' 11... 111··· • 112... 113··· 114··· 115·. -116.. 12··· 121··· ·- 122·· 123·. 124·· '125·· 2... 21··· 211··· 212·. M330117 22 ...............殼體 221..............通風孔 222..............鎖合桿 23 ...............承置板 231···...........透孔 24 ...............動力源 241..............動力輸出軸 9................容器 8................液體 81...............泡沫M330117 VIII. New description: [New technical field] • This creation is about a kind of foam breaking device, especially the connection of the suction shell by the suction component. This makes the creation cost-effective, easy to use and more environmentally friendly. The advantages of the method. [Prior Art] In general, in industrial processes such as the printed circuit board (PCB) industry and the semiconductor industry, industrial wastewater is produced, and when all industrial wastewater is concentrated in one housing tank, > A lot of bubbles will be generated; as a result, equipment failure and external liquid outflow may occur. In view of the industry, it is common to use defoamers in industrial wastewater to achieve the purpose of destroying the beads and suppressing the generation of foam. The antifoaming agent component is generally a material of poly-stone oxygen type, and is often used as an emulsion type parent-agent and a self-emulsifying type agent. Among them, the liquid-type antifoaming agent uses dimethyl poly Shixi Oxygen Burning, Methyl Phenyl Polyoxo Oxygen Burning, Methyl Ethyl Phosphorus, and Oxygen Oil Towels are mixed with micro-cavities to produce a reduced-type defoamer, the oil-mixed defoamer Disperse in the water together with the surfactant to form an emulsion type defoamer; and - custom emulsified Lai _ turn to the olefinic organic silk Weilin oil mixture This 仃 化 式 式 defoamer can be used at high temperatures, Highly alkaline and high cutting edge environment. However, the above-mentioned defoaming agent will lose its defoaming property under the influence of the environment. Therefore, it is not convenient to use the "additional i-packaging agent", and it is also possible to generate external liquid outflow. Or the problem of equipment failure occurs, and after the defoaming agent is added to the industrial wastewater, it will be purified, so it will have a certain degree of impact on the environment, and it will cost more to clean the industry. Waste water is not ideal. Because 6 M330117 how to develop a cost-reducing, easy-to-use and environmentally friendly approach, it is really for the industry and the users. In view of this, the creators have accumulated a lot of experience in the industry based on the experience of the industry and users, and have created a bubble breaking device for the industry and users. [New content] In view of the above-mentioned shortcomings of the prior art, the main purpose of the present invention is to provide a foam breaking device which reduces the cost, is easy to use, and has a more environmentally friendly method. In order to achieve the above purpose and other purposes, the present invention provides a foam breaking device comprising: a bubble absorbing shell comprising a hearing channel and a suction channel, the liquid discharging channel having a bottom surface, a top surface, and a a receiving space connecting the bottom surface and the top surface, a through hole formed in the center of the top surface, and an arranging space and an outlet defined by the bottom surface, the top surface and the side wall, and the suction passage is sealed The bottom of the space is connected to the outside to the outside, and the bottom of the suction channel is provided with a bubble-absorbing port; and the suction assembly is connected to the bubble-absorbing casing, including a leaf fan, a casing and a moving-force source. _ From the top of the above-mentioned levy road _ customs clearance _ external extension, 1: the housing content is placed - leaf fan, the other housing is locked to the power source, the power source is the power connection leaf-fan. Hunting is done by the upper frequency technique. This creation can improve the lack of knowledge and has the advantages of cost reduction, ease of use and more environmentally friendly methods. [Embodiment] Regarding the technology, the core and its reliance on the _ paste, the scale is better implemented. 7 M330117 cases and detailed descriptions with the drawings, I believe that it can be understood in depth. Referring to the first and second figures, a preferred embodiment of the present foam breaking device comprises a bubble housing 1 and a receiving group 2. Referring to the second and fifth figures, the above-mentioned bubble-absorbing housing 1 includes a liquid discharge passage 11 and a suction passage 12 having a bottom surface in, a top surface H2, and a connection. a side wall 113 of the bottom surface 111 and the top surface 112, a through hole 114 penetrating the center of the top surface 112, and a receiving space 115 and a space defined by the bottom surface 111, the top surface 112 and the side wall 113, respectively. The suction passage 12 is connected from the inside of the accommodating space 115 to the bottom surface ill to the outside, the bottom of the suction passage 12 is provided with a bubble absorbing opening 121, and the suction passage 12 is provided with at least one partition 122, the partition 122 There is at least one air guiding hole 123, and the top end of the suction channel 12 has a top plate 124. The top plate 124 defines a communication hole 125, and the top plate 124 extends outward from the top edge of the suction-receiving channel 12. Referring to the second and fifth figures, the suction assembly 2 is connected to the bubble suction housing 1 and includes a leaf fan 21, a casing 22, a receiving plate 23 and a power source 24. The housing 22 is outwardly extended from the periphery of the through hole 4 of the top surface 112 of the liquid discharge passage 11 , and the housing 22 is provided with a leaf fan 21 having a connecting portion 211 and The blade 212 is extended from the connecting portion β 211. The top surface of the other housing 22 is provided with a ventilation hole 221, and the top surface is extended: a plurality of locking rods 222 are extended, and the locking rod 222 is used to lock the receiving plate. And the power source 24, and the relative position of the housing 22 and the bubble housing 1 locked to the receiving plate 23 is adjusted by the locking lever 222. The power source 24 has a power output shaft 241 and a power source. The 24 series is locked to one side of the receiving plate 23, and the receiving plate 23 is provided with a through hole 231 for the power output shaft 241 to pass through, and the power output shaft 241 of the power source 24 is connected to the power connecting blade 21 Part 211. 8 M330117 For the state of use of the above components, please refer to the sixth and seventh figures. The preferred embodiment of the present foam breaking device is used in a container 9, which is provided with a liquid 8, and The liquid 8 produces bubbles 81. In use, the receiving plate 23 is disposed on the top of the container 9, and the bubble-injecting port 121 is adjusted to a proper position by the locking rod 222 (the bubble-absorbing port 121 is generally 3 cm from the horizontal plane of the liquid 8 to 1 cm) Then, the power source 24 is operated, and the leaf fan 21 is rotated to generate a negative pressure in the suction passage 12 and the casing 22, so that the bubble bed 81 enters the suction passage 12 from the bubble suction port 121, and the foam 81 is separated. The flow guiding hole 123 of the plate 122, and the flow guiding hole 123. After a part of the foam 81 is cut in advance, the foam 81 enters the casing 22, and the foam 81 is broken by the blade 212 to form the liquid 8, and is passed along. The orifice 4 flows into the drain passage 11, and the drain passage 11 blocks the liquid 8 from being sucked into the housing 22 by the top plate 124, and flows out into the container 9 along the accommodating space in the drain passage u toward the outlet 116. Therefore, the foam 8 generated by the liquid 8 can be effectively eliminated, and the liquid 8 formed by the preferred embodiment of the invention can be scattered by the design of the liquid discharge channel u, and uniformly discharged from the outlet 116. Enter the container 9. In summary, the sister of the implementation of the program can meet the requirements of the i patents. However, the above description is only a preferred embodiment of the present creation, and the equivalent modification or change of the spirit of the creation of the artist who is the artist of Fan Lin should cover the following application. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is not a perspective view of the preferred embodiment of the present invention; the preferred embodiment of the present invention is a partial cross-sectional view of the preferred embodiment of the present invention; Example of the appearance of the blister shell connection housing. A partial cross-sectional view of the absorbing structure of the preferred embodiment of the county is shown in the figure. M330117 The fifth figure shows the creation and the other The sixth section of an angle is a schematic view of the operation of the preferred embodiment of the present invention; and the seventh diagram is a schematic diagram of the operation of the preferred embodiment of the present invention in combination with a container. [Description of main component symbols] 1... '11... 111··· • 112... 113··· 114··· 115·. -116.. 12··· 121··· ·- 122 ·· 123·. 124·· '125·· 2... 21··· 211··· 212·. M330117 22 ............... housing 221... ...........ventilation hole 222..............Locking lever 23 ............... receiving board 231···...........through hole 24 ...............power source 241.............. PTO 9..............Container 8................Liquid 81.......... .....foam
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