M350394 八、新型說明： 【新型所屬之技術領域】 -種破泡機’尤指物理方式除泡，並不添加任何化學藥劑， 以降低廢水排放和處理量之破泡機 〃 【先前技術】 隨著現代化大工業的發展，大多工業生產中和各類化工生產過程 中會產生大量的雜，為除去生產環節產生的躲，健生產的正^ 鲁進行’目前大多都以加人化料泡劑的傳統方式抑止和去除泡珠，^ 保問題十分突出’隨著產業升級及環保要求的提高，生產成本增加^ 採用化學消賴抑止和去除躲的方式已純適應目前的生產要求， .迫切需要-種制物财式低縣、雜節能贿合節麟排要求的 _破除生產環節+赵的泡料環侧财破除設備。 【新型内容】 本創作之主要目的乃在於，以物财式耗，稀加任何化學藥 劑，以降低廢水排放和處料，且物鍵賴變絲水後可供 =設備迴用’ _水添加量，有效_成本，並可排除傳統 添加化學咖除泡而引起_程品制題，進而提升良率。 【實施方式】 請參閱第-_示，賴中可清楚看出，本創作之破泡機係設置 _體丨’且箱體丨内設置有破絲置3，而破泡裝置3之運作為由控 二裳置2所控制’且破泡裝置為具有泡珠狀管m網32、過減 儲存槽33、絲驗泡龍、汽液分魅35、抽風機36、藥水料 M350394 裝置37，其中·· 該泡沫引入管31為可導引入工業生產過程中產生的泡沫，進入破 泡裝置。 該濾渣網32為連接於泡沫引入管31，且濾渣網32為可過濾泡沫 引入管31所導引進的泡沫，並將非液態之殘渣阻隔於滤渣網32。 該過濾、渣儲存槽33為連接於濾渣網32之下方，且濾渣儲存槽33 為可儲存遽渣網32所阻隔之殘渣。 • 該絲網破泡器34為連接於濾渣網32，並可將濾渣網32過濾後的 泡沫，利用篩濾、阻割、水氣凝結及重力等作用液化成藥水。 該汽液分離器35為連接於絲網破泡器34，並可制濾絲網破泡 。器34所產生之水霧狀氣體，處理成空氣與藥水。 該抽風機36為設置於汽液分離器35上方，且抽風機％為可將汽 液分離器35所處理成的空氣，抽出於箱體1外。 該藥水暫存|置37為設置有藥水暫存區371，且藥水暫存區371 >為位於賴破泡器34與汽液分離器35下方，並可將㈣儲存絲網破 郎34與汽液分離器35所流出之藥水，而藥水暫存區371下方連接 有^回々,L g路372 ’且藥水回流管路372連接有藥水回流泵奶以 =藥水儲存槽374，亚於藥水回流管路372上設置有藥水回流止回間 3『21 〇 藉上’當泡沐從破泡機之泡朱引入管3ι進入時，該遽渣網犯羞 =嫌_人管31所導料的_，並將_之細且隔料 ’-肩32 ’而殘盧為會集中掉落於過渡逢儲存槽犯，而通過滤逢網3 M350394 ^包沫為會進人絲網破泡器34，並__破泡器％對泡沐進行薛 “、阻割、水氣凝結及重力等作用液化成藥水，城水為會滴落至下 级藥水暫存區37卜而絲網破泡器34於將躲進行液化時， 曰產生水霧狀氣體’此水霧狀氣體為會經由抽風機36之吸引而進入 八液刀離而由汽液分離器35處理成空氣與藥水，且藥水為 會滴落至下方所設置之藥水暫存區371，而空氣會由抽風機祁將盆排 出j破泡機外，再者，藥水暫存區371所儲存之藥水為會經由藥水回 蠢流管路372流入藥水儲存槽374儲存。 、再請參閱第二圖所示，由圖中可清楚看出，生產設備4所產生之 泡沫從破賴的/包沫引入管31進入，經過抽取式遽渣網⑽、絲網破 泡器34八液刀離層35，泡沐在絲網破泡器34中因篩濾、阻割、水 氣凝結及重力等作職化成藥水沉降回流至藥水儲存槽374,並由藥 水回"1(_泵373抽至社產設備4之驗槽41憎生產迴圈使用，達到 設計目的。 肇再者，回流止回閥綱為可使泡沫導奸&更加順利的將泡 •沫導引入破泡機内。 - 【圖式簡單說明】 第一圖係為本創作之剖面示意圖。 第二圖係為本創作於連接至生產設備時之示意圖。 【主要元件符號說明】 1、箱體 7 M350394 2、控制裝置 3、破泡裝置 31、泡沫引入管 37、藥水暫存裝置 32、濾渣網 371、藥水暫存區 33、過濾渣儲存槽 372、藥水回流管路 34、絲網破泡器 3721、藥水回流止回閥 35、汽液分離器 373、藥水回流泵 36、抽風機 374、藥水儲存槽 4、生產設備 41、藥液槽M350394 VIII. New description: [New technical field] - A type of foam breaking machine, especially physical defoaming, without adding any chemicals to reduce the discharge of waste water and the amount of foam breaking machine. [Prior Art] With the development of modern large-scale industry, most of the industrial production and various chemical production processes will produce a large amount of impurities. In order to remove the production, the production of the production is positive. The traditional way to suppress and remove the beads, the problem is very prominent. 'With the upgrading of the industry and the improvement of environmental protection requirements, the production cost increases. ^ The method of chemical suppression and removal of hiding has been adapted to the current production requirements. - The production of financial resources, low counties, miscellaneous energy-saving bribes, and the requirements of the lining of the linings of _ _ break the production link + Zhao's bubble ring side of the financial elimination equipment. [New content] The main purpose of this creation is to reduce the waste water discharge and disposal by means of material consumption, and to reduce the discharge of waste water, and the material key can be used after the change of silk water = equipment reuse Quantity, effective _ cost, and can eliminate the traditional addition of chemical coffee to remove bubbles and cause _ cheng products to improve the yield. [Embodiment] Please refer to the -_ show, Laizhong can clearly see that the bubble breaking machine of this creation is set to _ body 丨 and the box 丨 is provided with broken wire 3, and the operation of the foam breaking device 3 is Controlled by the second set 2 and the bubble breaking device has a beaded tube m mesh 32, a reduced storage tank 33, a silk bubble dragon, a vapor and liquid enchantment 35, an exhaust fan 36, a medicinal material M350394 device 37, Wherein the foam introduction tube 31 is a foam which can be introduced into the industrial production process and enters the foam breaking device. The filter screen 32 is connected to the foam introduction tube 31, and the filter residue net 32 is a foam introduced by the filterable foam introduction tube 31, and the non-liquid residue is blocked from the filter residue net 32. The filtration and slag storage tank 33 is connected below the filter slag net 32, and the slag storage tank 33 is a residue that can be stored by the slag slag net 32. • The screen breaker 34 is connected to the filter residue net 32, and the foam filtered by the filter residue net 32 is liquefied into a syrup by the action of screening, blocking, moisture condensation, and gravity. The vapor-liquid separator 35 is connected to the screen breaker 34 and can break the filter screen. The misty gas generated by the device 34 is treated into air and syrup. The exhaust fan 36 is disposed above the vapor-liquid separator 35, and the exhaust fan % is air that can be processed by the vapor-liquid separator 35, and is drawn out of the casing 1. The syrup temporary storage|set 37 is provided with a syrup temporary storage area 371, and the syrup temporary storage area 371 > is located below the lysing bubbler 34 and the vapor-liquid separator 35, and can (4) store the screen brocade 34 and The syrup flowing out of the vapor-liquid separator 35 is connected to the lower side of the syrup temporary storage area 371, and the liquefied water return line 372 is connected with the medicated water return pump milk to the syrup storage tank 374, which is similar to the syrup. The return line 372 is provided with a syrup returning back to the room 3 『 21 〇 borrowed 'when the bubble is introduced from the bubble breaking machine into the tube 3 ι, the slag net is shy = suspicion _ human tube 31 guide _, and _ thin and separate material '- shoulder 32' and the ruin will be concentrated in the transitional storage tank, and through the filter net 3 M350394 ^ Bao Mo will enter the human wire mesh bubble breaker 34, and __Brokener% on the bubble Mu Xue, blocking, water vapor condensation and gravity, etc. liquefy into a syrup, the city water will drop to the lower potion temporary storage area 37 and the screen bubble breaker When the liquefaction is carried out, the hydrazine generates a misty gas. The misty gas enters the eight-liquid knife by the suction of the suction fan 36, and is separated by the vapor-liquid separator 35. The air and the syrup are formed, and the syrup is dripped to the syrup temporary storage area 371 provided below, and the air is discharged from the bubble breaker by the exhaust fan, and then stored in the syrup temporary storage area 371. The syrup will be stored in the syrup storage tank 374 via the syrup back to the stupid flow line 372. Referring to the second figure, it can be clearly seen from the figure that the foam generated by the production equipment 4 is from the broken/packing foam. The introduction tube 31 enters through the removable slag slag net (10), the screen blister 34, and the eight liquid knives are separated from the layer 35. The foam is in the screen blister 34 due to screening, blocking, moisture condensation and gravity. The medicine is settled and returned to the syrup storage tank 374, and is used by the syrup back "1 (_ pump 373 pumped to the inspection tank 41 of the social equipment 4) to achieve the design purpose. 肇 Again, the return check valve The outline is to make the bubble introduction & smoother introduction of the bubble foam guide into the bubble breaker. - [Simple diagram of the diagram] The first diagram is a schematic diagram of the creation of the creation. The second diagram is the creation of the connection. Schematic diagram to the production equipment. [Main component symbol description] 1. Box 7 M350394 2. Control device 3, bubble breaking device 31, foam introduction tube 37, syrup temporary storage device 32, filter residue net 371, syrup temporary storage area 33, filter slag storage tank 372, syrup return line 34, screen blister 3721, syrup Return check valve 35, vapor-liquid separator 373, syrup return pump 36, exhaust fan 374, syrup storage tank 4, production equipment 41, liquid tank