1329183 九、發明說明： 【發明所屬之技術領域】 本發明係種空氣粒子排除裝置及其方法，特別是指一 =用於工作騎之空餘子猶㈣及其綠，愈能夠避免 煙氣附著於裝置之表面。 【先前技術】 目前在有油煙、工廠銲錫區、有機溶劑、鉛、粉塵或特定化 源之工料所’大多依實際狀況設置有局部排氣裝 岸於工2卵⑽从體鑛，習㈣局部魏裝置通常是相 ^作接而裝置排氣罩，每當污染源受排氣罩所吸引而往上流 有排氣罩強力的吸排，使得大部分的污染源被吸排出去， 毕和時于麵而會有向上向外側擴散的現象，再加上因污 集中於°狀° ，致使尚未被吸排出的污染源四處流 ::近 排氣罩的整潔，必須以人力定期清洗排氣 ^洗上十分困難與費時’往往導致浪f過多人力與工時。 並相==公告第4788905號專利案，係提出—種風扇裝置， 圍形成LnT饱下方’風扇裝置向上吹送氣流而在工作楼周 側風 *’以隔絕工作檯内部污細向擴散並減低環境 5 、將公告第49G2316號專利案，係提出—種風扇裝置， ，須提二=至過濾區，由於過濾'區包含有三層過渡層，風紐置 七供足約動力以導引氣體完全通過過濾區。 背利t告第5_號專利案，係提出—種具有側牆與 提;：ί罩侧置’此氣罩通風裝置於工作檯和操作者間 染源財=動並在側牆上提供有垂直於侧牆之氣流，以導狀 美國專利公告第5927268號專利案， :=:=:__收，崎置·: 出輔公告第6450879解以及本發明人所提 商標獅的美國專利公告 檯和利案’皆提及一種導煙機，導煙機係設置於工作 散。㈣者之間而提供向上氣簾，以隔絕污染源往操作者方向擴 ，者’本發明人所提出輔助排氣結構及其方法並經台灣智普 工台灣專咐請第G951G6448號專利案，係用以抛 之/7术源。獅職結構包含有排 =係對應工作樓而設置，並具有吸引污染源之二導： =5口周緣延伸之導流板，而送風裝置係產生氣流， 方向流動以導引污染源，使得在排除污 木源的過W，能增加污染源流往排氣罩的聚集效杲而更易捕 1329183 集。本案之發明人在前述095106448號專利案的基礎下，又發現 >可染源容易附著於排氣罩吸氣口附近或排氣管壁上，導致後續清 洗相當不便’而再潛心研究下提出本發明案來解決相關問題。 • 【發明内容】 • 絲肋_露之前案，絲完全考慮到污染齡沿流動路 控附著於排氣罩吸氣口附近或排氣管壁上，造成難以清洗的問 . 題。有鑑於此，本發明係提供一種有助於汙染源排除，並可避免 • 汙染源附著於排氣罩吸氣口附近或排氣管壁上，之空氣粒子排除 裝置及其方法。 為達成前述之目的，本發明係提供一種空氣粒子排除裝置， 其包含有-排氣罩、—送氣機、—超音波水霧產生器及—水霧思 脫器。空氣粒子排除裝置係使用一抽氣機排出一工作檯之一污染 源，並濾除污染源。排氣罩係對應工作檯設置，而且排氣罩具有 一對應於抽氣機之吸氣口、一由吸氣口周緣向外延伸之導流板及 籲一連通該吸氣口之排氣通道，其中吸氣口係透過抽氣機吸引工作 檯上產生之污染源。送氣機設置於排氣罩上並產生一氣流，其中 氣流係沿導流板向吸氣口方向流動。當污染源自工作棱受抽氣機 所吸引而流往吸氣σ時’送氣機產生之氣流係導引尚未被吸入吸 氣口而位於導流板部位的污染源朝吸氣口流動。超音波水霧產生 器設置於排氣罩内’並且於氣流之流動路徑上產生一水霧，使水 霧混合於氣流巾而制工作檯所產生的污騎、，而不會吸附在排 氣罩表面。水辂甩脫器設置於排氣通道中，以甩脫氣流中之水霧 7 1329183 ‘與污染縣職通道之_，使污韻在職通道表面。 士為使j發月之排氣捕集效果更進—步提升，本發明亦可於工 檯之周邊設置前述本發明人所獲准公告之專利(錢專利公告 第67:>2144號專利案)所提及的導煙機。導煙機係產生朝向排氣罩 •之上升祕’使㈣源自工作檯上料會受氣簾之導引而向排氣 罩方向流動’且氣簾阻擔污染源不致使其向外散逸。 本發明亦提供-觀應前述线好排除裝置之空氣粒子排 ⑩时法，其步驟如下。首先，設置對應於工作檯之排氣罩，並使 排氣罩之吸氣口對應於抽氣機，以吸入工作檯產生之污染源。接 者，設置沿吸氣口周緣向外延伸之導流板。其次，設置送氣機於 排氣罩上以產生氣流’使氣流沿導流板向吸氣口流動。再者，於 排氣罩上設置超音波水霧產生^，以於驗流動路#上產生水 霧，使水霧混合於氣流中以吸附污染源。最後，設置一水霧甩脫 為，以於氣流流動路徑上甩脫氣流中之水霧與污染源。 φ 本發明之功效在於，利用超音波水霧產生器所產生的水霧也 能夠吸附污染源，使污染源不會直接附著於排氣罩表面，而水霧 甩脫器能夠甩脫氣流中之水霧與污染源，使污染源不會直接附著 . 於排氣通道内壁，以減少清洗排氣罩的人力與工時。另外，藉由 導流板與送氣機的設計規劃’縱使污染源飄散的位置非靠近排氣 罩吸入口處，亦能在導流板與送氣機的作動下將逸散的污染源往 吸氣口推送，使排氣罩能夠在排除污染源過程中充分將污染源排 出，以提尚排氣罩對於污染源的捕集率，並避免污染源向外側散 8 讀1 0 内A、下在$知方式中詳細敘述本發明之詳細特徵以及優點’其 施' 、使任何4習相關技藝者了解本發明之技術内容並據以實 且根據本綱書所揭露之内容、㈣專利範圍及圖式，任何 關技蟄者可輕易地理解本發明前述之目的及優點。 以-二社之關於本發㈣容之_及以下之實施方式之說明係用 不範與轉本翻之顧，並域縣剌之專利申請範圍更 進〜步之解釋。 【實施方式】 眺本發崎揭露之空氣彳奸齡裝置及其方法，係應用於 '、/煙㈣除之魏罩上，諸如實驗室、廠核廚辟具有污染 〜而可供排除其煙氣之職介面都可應財發日騎揭露之技術。 =參閱「第U圖」、「第1B圖」及「第lc圖」所示，為本 二4粒子排轉置之第―#施例，其包含有—排氣罩2〇、一 ，氣機24、—超音波水麵生11 26及—水魏脫ϋ 27。這種空 C粒子排除裝置係利用一抽氣機211排出-工作檯1〇之一污染 源，並濾除吸入排氣罩2〇之污染源。 請再參閱「第1A圖」及「第1B圖」所示，排氣釋係對 應於工作te 10設置。排氣罩2G包含有—吸氣口 2卜—排氣通道 212、-收集杯213、一排水管214、一導流板η、—容氣室幻 及-出風e 25。吸氣σ 21位於排氣罩2()内，並且對應於抽氣機 2U設置。吸氣口 21 一端朝向工碰1〇，另_端連通排氣通道 9 1329183 212，其中本實施例之抽氣機211裝設於排氣通道加内 於吸氣口 21’使吸氣口 21可透過抽氣_吸引工作檯1〇M 之污染源。導流板局一氣σ21躲向外延伸，而且朝向吸 氣口 21方向與吸氣口 21騎呈—㈣，使得導流板22相對於吸 乳口 2!周緣呈斜傾狀。容氣室23形成於排氣罩2()内部，並1329183 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to an air particle removing device and a method thereof, and particularly to the use of a vacant sub-fourth (four) and green for working riding, the more the smoke can be prevented from adhering to The surface of the device. [Prior Art] At present, in the case of oil fume, factory soldering area, organic solvent, lead, dust or specific source of materials, most of the actual conditions are set to have local exhaust installed in the 2 eggs (10) from the body ore, Xi (4) local The Wei device is usually connected to the exhaust hood. Whenever the pollution source is attracted by the exhaust hood, there is a strong exhaust venting of the exhaust hood, so that most of the pollution sources are sucked out, and the time will be met. There is a phenomenon of spreading upwards to the outside, and because the pollution is concentrated in the °°°, the pollution sources that have not been sucked out are flowed around:: The exhaust hood is neat and tidy, and the exhaust must be cleaned regularly by manpower. Time-consuming 'often leads to too much manpower and working hours. Phase == Announcement No. 4789905 Patent case, which proposes a fan device, which forms a fan assembly under the LnT and satisfies the airflow upwards on the side of the work building* to isolate the internal diffusion of the workbench and reduce the environment. 5, will be announced in the 49G2316 patent case, proposed a kind of fan device, must mention two = to the filter zone, because the filter 'zone contains three layers of transition layer, the wind button set seven for the power to guide the gas completely through Filter zone. The patent case of the No. 5_ patent was proposed to have a side wall and a lifting; the side of the hood is placed on the side of the hood. The ventilating device is used to smear the source between the workbench and the operator. There is a gas flow perpendicular to the side wall, which is guided by the US Patent Publication No. 5927268, :=:=:__, Nagasaki:: Auxiliary Announcement No. 6450879 and the US patent of the trademark lion mentioned by the inventor Both the bulletin board and the case of the case refer to a smoke guide, which is installed in the work. (4) Providing an upward air curtain between the persons to isolate the pollution source to the direction of the operator, the 'inventor's proposed auxiliary exhaust structure and method thereof, and the Taiwanese Zhipugong Taiwan special request for the patent No. G951G6448, To throw the /7 source. The lion's structure consists of rows and rows corresponding to the work building, and has two guides to attract pollution sources: = 5 guide vanes extending around the periphery, and the air supply device generates airflow, and the direction flows to guide the pollution source, so that the pollution is eliminated. If the wood source passes W, it can increase the concentration effect of the pollution source to the exhaust hood and it is easier to catch the 1329183 set. The inventor of the present invention found on the basis of the aforementioned Patent No. 095106448 that the dyeable source is likely to adhere to the vicinity of the air inlet of the exhaust hood or the wall of the exhaust pipe, which causes subsequent cleaning to be quite inconvenient. The present invention solves the related problems. • [Summary of the Invention] • In the case of wire ribs _ before the film, the wire completely considers the pollution age attached to the vicinity of the suction port of the hood or the wall of the exhaust pipe along the flow path, causing difficulty in cleaning. In view of the above, the present invention provides an air particle removing device and method for facilitating the elimination of a source of contamination and avoiding the attachment of a source of contamination to the vicinity of the suction port of the hood or to the wall of the exhaust pipe. In order to achieve the foregoing objects, the present invention provides an air particle removing apparatus comprising an exhaust hood, a gas dispenser, an ultrasonic water mist generator, and a water mist extractor. The air particle removal device uses an aspirator to discharge a source of pollution from a workbench and filter out the source of contamination. The exhaust hood is arranged corresponding to the workbench, and the exhaust hood has an air inlet corresponding to the air extractor, a baffle extending outward from the periphery of the air inlet, and an exhaust passage connecting the air inlet The suction port is used to attract a pollution source generated on the workbench through the air extractor. The air blower is disposed on the exhaust hood and generates an air flow, wherein the air flow flows along the deflector toward the air intake port. When the pollution originates from the suction of the working rib by the air extractor and flows to the suction σ, the airflow generated by the air ventilator guides the source of pollution that has not been sucked into the suction port and is located at the deflector portion toward the suction port. The ultrasonic water mist generator is disposed in the exhaust hood and generates a water mist on the flow path of the air flow, so that the water mist is mixed with the air flow towel to make the dirt ride generated by the worktable, and is not adsorbed on the exhaust gas. Cover surface. The water skimmer is placed in the exhaust passage to remove the water mist in the airflow 7 1329183 ‘with the pollution of the county channel, so that the rhyme on the surface of the service channel. In order to improve the exhaust gas collection effect of the j-month, the present invention can also provide the patent granted by the inventor of the present invention on the periphery of the work station (Patent Patent Publication No. 67:> 2144 Patent Case) The smoke guide mentioned. The smoke guide generates a rising edge toward the exhaust hood. (4) The material from the table is guided by the air curtain to flow toward the hood, and the air curtain does not cause the source to escape. The present invention also provides a method for observing the air particles of the device as described above, the steps of which are as follows. First, an exhaust hood corresponding to the workbench is provided, and the suction port of the exhaust hood corresponds to the air extractor to suck the pollution source generated by the workbench. The receiver is provided with a baffle that extends outward along the periphery of the suction port. Next, a blower is placed on the hood to generate a flow of air to cause the flow to flow along the deflector toward the suction port. Furthermore, an ultrasonic water mist generation is provided on the exhaust hood to generate a mist on the flow path #, and the water mist is mixed in the air flow to adsorb the pollution source. Finally, a water mist is set to remove the water mist and the source of pollution in the air flow path. φ The effect of the invention is that the water mist generated by the ultrasonic water mist generator can also adsorb the pollution source, so that the pollution source does not directly adhere to the surface of the exhaust hood, and the water mist extractor can remove the water mist in the air flow. With the source of pollution, the source of pollution will not be directly attached to the inner wall of the exhaust passage to reduce the manpower and man-hours of cleaning the exhaust hood. In addition, by the design of the deflector and the air-sending device, even if the position of the pollution source is not close to the suction inlet of the exhaust hood, the escaped pollution source can be pushed to the suction port under the action of the deflector and the air blower. In order to enable the exhaust hood to fully discharge the pollution source during the process of eliminating the pollution source, to improve the collection rate of the exhaust hood for the pollution source, and to prevent the pollution source from being scattered to the outside, reading 8 A, and then in the details. DETAILED DESCRIPTION OF THE INVENTION The detailed features and advantages of the present invention are described in the following description. The foregoing objects and advantages of the invention will be readily understood. The description of the implementation of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ [Embodiment] The air 彳 彳 装置 揭 揭 揭 揭 揭 揭 揭 揭 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发 发Qi's job interface can be used to expose the technology of the company. = Refer to "U-Picture", "Picture 1B" and "Cth Figure" for the first -# example of the second four-particle displacement, which includes - exhaust hood 2 〇, one, gas Machine 24, - Ultrasonic water surface 11 26 and - water Wei ϋ 27. This empty C particle removing device discharges one of the pollution sources of the table 1 by an air extractor 211, and filters out the source of the suction into the exhaust hood 2〇. Please refer to the "1A" and "1B" diagrams. The exhaust system is set to work te 10. The exhaust hood 2G includes an air intake port 2 - an exhaust passage 212, a collecting cup 213, a drain pipe 214, a baffle η, a plenum chamber, and an air outlet e 25. The suction σ 21 is located in the exhaust hood 2 () and is provided corresponding to the air extractor 2U. The suction port 21 has one end facing the workpiece 1 〇, and the other end is connected to the exhaust passage 9 1329183 212. The air extractor 211 of the embodiment is installed in the exhaust passage and is inserted into the air inlet 21' to make the suction port 21 It can suck the pollution source of the workbench 1〇M through the pumping_. The deflector plate escaping outwardly and oscillating outwardly, and riding toward the suction port 21 in the direction of the suction port 21 - (4), so that the baffle 22 is inclined obliquely with respect to the periphery of the sucker port 2! a gas chamber 23 is formed inside the exhaust hood 2 (), and
繞於吸氣口 21及排氣通道212關。出風口 25配置於導流板r 之邊緣，其中出風口 2)的1連通容氣室23，而且出風口 設置有複數個肋條251，以進行整流。收集杯213分為兩種型能， :者為環繞設置於吸氣e2l—端(朝向工作檯iq之—端)周緣:圓 %型收集杯213 ’而另-者為環繞設置於出風口 ％—端周緣的長 型收集杯213。排水管214係連通收集杯犯，以供收集杯犯中 之液體流出，而不會囤積過多而溢出。 运氣機24設置於排氣罩2〇上，並且與導流板^相對應，盆 中送氣機24 -端位於容氣室23中，使容氣室23係連通出風: 25與送氣機24。送氣機24係用以產生一由排氣罩2〇外吹入容氣 室23内之氣流，而此-氣流係通過出風口 25並沿導流板22向吸 氣口 2!方向流動，以導引吸氣口 21周邊之污染源朝吸氣口 2ι流 動。出風口 25之肋條251係用以使出風口 25吹出之氣流具有指 向性，係指向排氣罩20之吸氣口 2卜超音波水霧產生器％設置 於排氣罩2G内’用以於該氣流之流動路徑上產生—水霧，並使水 霧混合於达氣機24之氣流。超音波水霧產生器％產生之水霧係 隨送氣機24之氣流由出風口 25吹出，以沿導流板22向吸氣口 1329183 -肖&動y述之水務細超音波震i水溶液產生，使水霧之 =子顆粒㈣、到足以吸附卫作㈣衫之污染源，織隨前述氣 t吸氣口 21。如此，工作檯10之污染源便不會直接附著於 排氣罩20之表面。 請繼續參閱「第1A圖」及「第K：圖」所示。水霧甩脫器27 5又且於排规罩20之排氣通道212内，並且對應於工作檯10。水 27位於抽氣機211與吸氣口 21之間，所以由吸氣口 B 勺212之乳流會通過水霧甩脫器27。水霧甩脫器27 :韓’ Μ複數個離心肋273。馬達271係於供應電源 合 亚且具有一輸出軸272。#馬達271運轉時，輸出轴272 ^達271帶動而轉動。各離心肋奶分別沿徑向互相交約也 :272上_红輻射狀。二 上二=也沿轴向層叠地設置於輸出轴272 ’以在輸出轴272 動時各Γ均勻之輕射狀。當馬達Μ運轉帶動輸出轴272轉 動％，各罐心肋273便會跟著輸出轴272轉動。 請參閱「第1A圖」、「第m圖」及「第 ::排除裝置剛開始運作時，抽氣機-可將污染二： 闕吸引過來’而污染源受抽氣機211吸力影響而流動二： 21與導流板22附近。部份茇/成γ 瑕4 咖直接吸入吸氣口 21 __、便被抽氣 污染源離吸=二再二排氣通道212而排除。但隨著 力就越少/' 圍越运，污染源所受抽氣機211之吸 1329183 •當送驗24作誠生氣流吹人錢室23時，容氣室23中會 迅速累積氣流而有風壓產生。同時，超音波水霧產生器％作動於 容^室23内產生水霧，而水霧在容氣室23中與氣流混合，然後 水務與运氣機24產生之氣流-起由出風口 25吹出。域口 25中 具有肋條25卜使得氣流於出風口 25流出時具有指向性，係將含 有水霧之氣流指向吸氣口 21。因此，由出風口 25吹出之氣流便 能導引離吸氣π 21較遠的污練往吸氣口 21方触動，再由排 氣通道2i2排出。當水霧與氣流—起由出風口 25吹出後，便沿著 導流板22朝吸氣口 21流動，在這個流動過程中，水霧係吸附由 工作檯Κ)上升至靠近排氣罩2〇之污染源，而通過肋條Η之氣 流係帶動水霧與污染源流人吸氣σ 21。當氣流帶動水霧與污染源 流入吸氣口 21時，氣流、水霧與污染源便一起受到抽氣機川之 吸引而流人排氣通道212中。接著，水魏脫器27運作以離心肋 =甩脫氣流中的水霧與污染源至排氣通道212之内壁。然後， 水務與麵便會成為液體狀’而在重力作訂自然地沿排 道犯之内壁流入收集杯213，並由排水管214排出。因此，、 來㈣源通過排氣通道加或導流板22時，會有污染源所伴隨的 油煙或微粒沾附於排氣通道212的内壁上或導流板22的表面，但 是透過水驗_煙或微減，便可大量減少_於這_ _ 的油煙或微粒。 万 第-圖」所示’為本發明空氣粒子排除裝置之二ρ 例，其具體實施方式與前述第—實_大致_，射第 】2 1329183 例與第一實施例差異之處如下。本實施例中抽氣機211裝設於排 氣罩20外，以配合工作場所之實際狀況設置。抽氣機211可以是 風扇或鼓風機’而且抽氣機2Π與排氣通道212間以排氣管連通， 使排氣罩20還是可以透過抽氣機211吸引工作檯1〇產生之污染 源0The intake port 21 and the exhaust passage 212 are closed. The air outlet 25 is disposed at the edge of the deflector r, wherein the air outlet 2) is connected to the air chamber 23, and the air outlet is provided with a plurality of ribs 251 for rectification. The collecting cup 213 is divided into two types of energy: the surrounding is disposed at the periphery of the inhalation e2l-end (toward the end of the table iq): the round-type collecting cup 213' and the other is set around the air outlet. - A long collection cup 213 at the end of the circumference. The drain pipe 214 is connected to the collecting cup to allow the liquid in the collecting cup to flow out without overflowing too much. The air mover 24 is disposed on the exhaust hood 2, and corresponds to the baffle ^, the end of the air blower 24 in the basin is located in the air chamber 23, so that the air chamber 23 is connected to the air outlet: 25 and the air blower twenty four. The air blower 24 is configured to generate a flow of air that is blown into the air plenum 23 from the exhaust hood 2, and the air flow passes through the air outlet 25 and flows along the deflector 22 toward the air intake 2! The source of pollution around the pilot suction port 21 flows toward the suction port 2ι. The rib 251 of the air outlet 25 is used to make the airflow blown out by the air outlet 25 have directivity, and is directed to the air inlet 2 of the exhaust hood 20, and the ultrasonic water mist generator is disposed in the exhaust hood 2G. A water mist is generated on the flow path of the air flow, and the water mist is mixed with the air flow of the air compressor 24. The water mist generated by the ultrasonic water mist generator is blown out by the air outlet 25 with the air flow of the air blower 24, and is flowed along the deflector 22 to the air inlet 1329183 - the water and fine ultrasonic vibration solution Produced so that the water mist = sub-particles (four), to a source of pollution sufficient to adsorb the protective (four) shirt, woven with the aforementioned gas t suction port 21. Thus, the source of contamination of the table 10 does not directly adhere to the surface of the hood 20. Please continue to refer to "Figure 1A" and "K: Figure". The water mist detacher 275 is again within the exhaust passage 212 of the gauge cover 20 and corresponds to the table 10. The water 27 is located between the air extractor 211 and the air intake port 21, so that the milk flow from the air inlet B spoon 212 passes through the water mist extractor 27. Water mist extractor 27: Han's a plurality of centrifugal ribs 273. Motor 271 is coupled to a supply source and has an output shaft 272. When the motor 271 is running, the output shaft 272 is turned up to 271 to rotate. Each of the centrifugal rib milks is also mutually intersected in the radial direction: 272 on the red radiation. The second upper two= are also arranged in the axial direction on the output shaft 272' so that the respective output shafts 272 move evenly and lightly. When the motor Μ is operated to drive the output shaft 272 to rotate by %, the respective can core ribs 273 will follow the output shaft 272. Please refer to "Phase 1A", "Mth" and "No.: When the excavation device is just beginning to operate, the aspirator can attract the pollution 2: 阙" and the pollution source is affected by the suction of the aspirator 211. : 21 and the vicinity of the deflector 22. Part of the 茇 / γ 瑕 4 coffee directly inhaled the suction port 21 __, is extracted by the suction source from the suction = two and two exhaust channels 212. But with less force /' Surrounding the transportation, the source of pollution is absorbed by the air extractor 211 1329183. When the inspection 24 is used for the honest airflow to blow the money room 23, the airflow chamber 23 will rapidly accumulate airflow and wind pressure will be generated. The sonic water mist generator % operates to generate a water mist in the chamber 23, and the water mist is mixed with the air flow in the air chamber 23, and then the air flow generated by the water and the air machine 24 is blown out by the air outlet 25. The rib 25 in the 25 has a directivity when the airflow flows out of the air outlet 25, and directs the airflow containing the water mist to the air inlet 21. Therefore, the airflow blown by the air outlet 25 can be guided away from the suction π 21 The far dirt is touched by the suction port 21, and then discharged by the exhaust passage 2i2. When the water mist and the air flow start After the air outlet 25 is blown out, it flows along the deflector 22 toward the air inlet port 21. During this flow, the water mist is adsorbed from the table Κ) to the source of the pollution near the exhaust hood 2, and the ribs are passed through the ribs. The airflow system drives the water mist and the pollution source to inhale σ 21. When the airflow drives the water mist and the pollution source into the air inlet 21, the airflow, the water mist and the pollution source are attracted by the pumping machine and flow to the exhaust passage. 212. Next, the water deviator 27 operates to centrifuge the ribs = the water mist and the pollution source in the degassing flow to the inner wall of the exhaust passage 212. Then, the water and the surface become liquid-like, and the gravity is naturally set. The inner wall of the drainage channel flows into the collecting cup 213 and is discharged by the drain pipe 214. Therefore, when the source (four) source is added through the exhaust passage or the deflector 22, the soot or particles accompanying the pollution source are attached to the exhaust gas. The inner wall of the channel 212 or the surface of the baffle 22, but through the water test _ smoke or micro-reduction, can greatly reduce the smear or particles of _ _ _ _ _ _ shown in the air particle exclusion of the present invention The second embodiment of the device, the specific embodiment thereof The second - substantially solid _ _, shot 21329183 second embodiment] Differences to the first embodiment as follows. In this embodiment, the air extractor 211 is installed outside the exhaust hood 20 to match the actual condition of the work place. The air extractor 211 may be a fan or a blower' and the air extractor 2 is connected to the exhaust passage 212 by an exhaust pipe so that the exhaust hood 20 can still attract the pollution generated by the table 1 through the air extractor 211.
如「第3A圖」及「第3B圖」所示，為本發明空氣粒子排除 裝置之第三實施例’其中第三實施例與第—實施例不同之處如 下。第二貫施例於工作檯1〇上設置有導煙機4〇，使本發明在捕 集污染源的效果進-步提升。導煙機4〇可環繞設置於工作楼ι〇 ^緣’並產生朝向排氣罩2Q方向之氣簾41，而氣簾41係朝向排 氣罩20之吸氣口 21處。氣簾41係形成具隔離及導流作用之氣牆 (圖示中僅標示-個導煙機4〇之氣簾41所形成的氣牆以供^ 表），其巾氣簾41與工作檯1G及排氣罩2()共_成—個包圍空 間42 ’以包圍污染源不致向外側散逸。 靖頌翏閱 °」所示，為本發明空氣粒子排除裝置之第 四實施例’絲林_巾超音波水赫生ϋ %與水舰脫器 2 ‘』於工作檯1〇之精簡實施方式。本實施例之空氣粒子排除 f ^ ^;慮除工作檯1G產生之污染源，其中污染縣跟隨-氣 流Ιί魏脫^ 27流動。超音波水霧產生器26於前述氣流之流 動從上產生-水霧’而水霧則混合於氣流以吸附工作檯⑺產之 水霧賊器27對應於工作檯1Q設置，以供前述故通 ^務思脫裔27具有—馬達2Ή及複數個離心肋273 , i中 ✓ \ 丁 13 免污染源向外側散逸。 雖然本發明以前述之咖 發明。在不脫離本發明之产:路i ’然其亚非用以限定本 屬本發明之專利伴，所為之更動與_，均 所附之申請專利範圍。 之保嗅耗圍請參考 【圖式簡單說明】As shown in "Fig. 3A" and "Fig. 3B", the third embodiment of the air particle removing device of the present invention differs from the third embodiment in that the third embodiment differs from the first embodiment. In the second embodiment, a smoke guide 4 is disposed on the table 1 to further enhance the effect of the present invention in capturing a source of pollution. The air guide 4 can be disposed around the work floor and produce an air curtain 41 facing the hood 2Q, and the air curtain 41 is directed toward the air inlet 21 of the hood 20. The air curtain 41 forms a gas wall with isolation and flow guiding function (only the gas wall formed by the air curtain 41 of the four cigarette guiding device is shown in the figure for the table), and the air curtain 41 and the table 1G and the row are arranged. The hood 2 () is enclosed in a space 42' so as to surround the pollution source and not dissipate to the outside. According to Jing Jing, the fourth embodiment of the air particle removing device of the present invention is a simplified embodiment of the silk forest _ towel ultrasonic water 赫 ϋ % and water ship detacher 2 ′′ at the workbench 1 』 . The air particles in this embodiment exclude f ^ ^; the pollution source generated by the workbench 1G is considered, wherein the polluted county follows the flow of the gas stream. The ultrasonic water mist generator 26 generates a water mist from the flow of the air current, and the water mist is mixed with the air flow so that the water mist thief 27 produced by the adsorption table (7) is disposed corresponding to the table 1Q for the foregoing ^思思脱裔27 has - motor 2 Ή and a plurality of centrifugal ribs 273, i in the \ \ 13 free source of pollution to the outside. Although the invention is invented by the aforementioned coffee. Without departing from the invention, the invention is intended to be limited to the scope of the patent application of the present invention. Please refer to the [simplified description]
f U圖為♦發财第—實施例之使用狀態圖。 第1Β圖為第1Α_]Β之剖視圖。 第1C圖為本發日种之水魏聽之立體示意圖。 =2圖為本發明中第二實施例之使用狀態圖。 f3A圖係為本發明中第三實施例之立體示意圖。 =3B圖係為本發明中第三實施例之立體示意圖。 f4圖係為本發明中第四實施例之使用狀態圖。The f U diagram is the usage state diagram of the ♦ Fortunes-Example. The first diagram is a cross-sectional view of the first Α _] Β. The 1C figure is a three-dimensional schematic diagram of the water Wei listening to the hair of the Japanese. The =2 diagram is a usage state diagram of the second embodiment of the present invention. The f3A diagram is a perspective view of a third embodiment of the present invention. The =3B diagram is a perspective view of the third embodiment of the present invention. The f4 diagram is a usage state diagram of the fourth embodiment of the present invention.
弟5圖係為本發岐触子排除方法第—實施敗步驟流程 第6圖係為本發明空氣粒子排除方法第二實施例之步驟流程 【主要元件符號說明】 10. 20. 21. I作檯 排氣罩 吸氣口 抽氣機 16 211 1329183 212 ...........................排氣通道 213 ...........................收集杯 214 ...........................排水管 22 .............................導流板 23 .............................容氣室 24 .............................送氣機 25 .............................出風口Figure 5 is the first step of the method for removing the touch of the hairpin. The sixth step is the flow of the second embodiment of the method for removing air particles according to the present invention. [Description of the main components] 10. 20. 21. I Exhaust hood suction port air extractor 16 211 1329183 212 ...........................Exhaust passage 213 ..... ......................Collection cup 214 ......................... ..Drainage pipe 22 .............................Baffle plate 23............ .................The air chamber 24 ........................... Air blower 25 .............................air outlet
251...........................肋條 26 .............................超音波水霧產生器 27 .............................水霧甩脫器 271 ............................馬達 272 ...........................輸出轴 273 ...........................离隹心月力 40 .............................導煙機 41 .............................氣簾251........................... ribs 26 .................... .........Ultrasonic water mist generator 27 ................................. 271 ............................Motor 272 ................... ........ Output shaft 273 ........................... From the heart of the moon 40 ... .......................Conditioner 41 ...................... ...air curtain
42 .............................包圍空間 1742 .............................Enclosed space 17