200909013 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種霧化空氣清淨機’是利用霧化狀之液體與 氣體中的粉塵混合，再利用慣性、離心力、霧化狀液體之附著力 及冷凝器作用去除粉塵之設計者。 【先前技術】 按，現今的室内空調系統中，經營者在成本考量下，大多採 用先天不良的空調系統，有8〇%〜90%幾乎是在密閉式的空間使 用空調系統。密閉式空間内使用空調系統因室内換氣不足，致使 室内空氣品質驗或魏不舒適，長Ατ來足㈣響健康、造成 不適，進而破壞人體免疫系統。 為解决别述之問4 ’―般係使用不同機制的空氣清淨機，使 室内空氣中懸浮微粒、臭味、揮發性氣體、過敏物質為空氣清淨 機所過遽去除，並且_時解決室_氣率不㈣通風不良等因 =所導致室内空氣之污染漠度提高的問題。然而大部分之空氣清 π機都以|網為主要輯％件。__雜零件必須定時 r更換，則❹氣清淨機之過遽空氣之效能大幅度 &右¥吊更換濾'網，則更換遽網之累積費用又太大。 我國專利公告號第127⑽2號發明專利案係揭露一 種務化空氣清淨機。該空氣清淨機躲直立式設計，並利用 霧化液體與粉塵結合，再經由離心扇吸取霧化液體並上升 至該離心扇，翻_心力達__紅效果，進而提供清涼 200909013 清淨之空氣者。細霧化空氣清賴係採直立式設計，使其必須 占用較大之空間。又該霧化空氣清淨機無流道促進霧氣混合的設 计致其除塵效果較差’且礙於前述使用空間之問題，該霧化空 ，氣清淨機不適合用於中央空調純。再者，該霧化空氣清淨機在 長時間使訂’必麵收意鶴化之㈣之液面，而造成使用 上的不便。 有鑑於此’吾等本發明人係針對習知空氣清淨機在使用時所 產生之缺失，經長期時間研究後，始有本案之產生。 【發明内容】 •本發明係提供—種霧化空氣清淨機之發明，其目的在於利用 霧化產生器將液體擊振成霧化狀液體，使每個微細 易與空氣中的粉塵結合，並利用多重通道設計及風扇之配合使 用且通道兩侧之擋板可為網板，使霧化狀液體易和粉塵混合， 使與霧化狀賴混合之粉顧·、離心力、霧化狀液體之附著 力及Ά凝作用’而達到除塵除濕過遽效能，進而提供清涼清淨 之空氣。 為能實現上叙發明目的，本發s狀提供—種霧健氣清淨 機其匕s有風洞裝置、霧化產生裝置、風扇及液體補充裝置。 •該風洞裝置設有進氣口及出氣口，該風洞裝置内部設有若干呈交 ,錯間隔排列狀之播板，且該㈣板間形成有供氣體流通之通道， 以及相對位於該進氣口下方設有儲液槽；該霧化產生裝置設於該 儲液槽’用以使該儲液槽内所儲存之液體呈霧化狀；該風扇設於 200909013 該風洞裝置之内部，該風扇設有吸風口、出風口及排液口，用以 吸取霧化狀之液體，並將液體自該排液口排出；以及該液體補充 裝置與該儲液槽連接，用以補充該儲液槽之液體。 依據上述之構想，其中該擋板佈設有若干通孔。 依據上述之構想，其中該風扇之出風口對應該風洞裝置之出 氣口。 依據上述之構想，其中該出風口與該出氣口之間設有冷凝 器’用以降低該出風口之濕度。 依據上述之構想，其中該風洞裝置之相對位於該風扇下方處 設有斜板’用以承接該風扇所排出之液體。 依據上述之構想，其中該風洞裝置設有廢液槽，該廢液槽設 有供液體流出之通孔承接該斜板所流出之液體，並將該液 體排出於該風洞裝置之外。 依據上述之構想，其巾觀触斜板之間設有料干通孔之 網板。 據上述之構想，其中該風洞裝置対至少—辅助風扇，用 以當帶有粉塵之氣體進人該風雕置時，該輔助風級動後產生 不同方向之渦流’用以使霧化狀㈣與粉塵達到充分混合之最佳 依據上述之構想，其巾該液體補絲置設有液位偵測裝置， 用以偵測該儲液槽内之液位。 200909013 【實施方式】 關於本發明之技術手段，兹舉四較佳實施例並配合圖式於下 文進行詳細說明，俾供鈞上了解並認同本發明。 首先1參閱第-、二圖所示，係本發明霧化空氣清淨機第 -較佳實施例之示意圖。於本較佳實施例中，該霧化空氣清淨機 係包含有朗裝置1〇、霧滅生裝置2Q、風扇％、冷凝器4〇、 液體補充裝置50，其中： 該風/同裝置10係為一種箱體，其設有供氣體進出之進氣口 I} 及出氣口 12。該風洞裝置10内部設有若干呈上下交錯間隔排列狀 之擋板13，而該等擋板13間形成有供氣體流通之通道13。同時 相對位於該進氣口 U之下方設有儲液槽14。該儲液槽14之一側 設有廢液槽15，該廢液槽15設有供液體流出之通孔151。該廢液 槽15之一側設有斜板16。 該霧化產生裝置20設於該儲液槽14，用以使該儲液槽14内 所儲存之液體呈霧化狀。該霧化產生裝置2〇可係為高頻率超音波 震盪裝置或高壓喷嘴霧化裝置。 該風扇30設於該風洞裝置1〇，並位該風洞裝置iq之斜板π 上方，用以吸取呈霧化狀之液體。本較佳實施之風扇3〇係為一種 離心風扇。該風扇30具有呈媧形殼狀之殼體，以及設於該殼體内 部之葉輪34。該殼體係由第一殼體31及第二殼體32所組成，且 該殼體成型有一個出風口 33，該出風口 33朝向該風洞裝置之 200909013 出氣口 12。該第二殼體32係朝向該斜板16並設有一吸風口 及-道凹槽322 ’該凹槽322設有若干剖槽323，用以使液體藉該 剖槽323排出於該風扇30之外。該葉輪34設有雙列葉片34卜該 葉片341之截面呈弧形曲線，並使該葉片341彎弧方向呈相反之 設計’用以當該葉輪34轉動時，可使氣體導出該風A 3〇而不產 生滯留區，讓氣體的導出速度更為平順快速。 該冷凝器40設於該風洞裝置1〇之内部，並與該風扇3〇併排 而位於該風扇30之出風口 33,使該冷凝器4〇位於該風扇之出 風口 33與該風洞裝置10之出氣口 12之間。該冷凝器4〇可外接 有使其產生冷卻效能之裝置，例如與中央空猶統之冷水褒置 接。 該液體補充袭置50包含有具導管511之儲存桶51及液位偵 測裝置52。該導管51U系連接於該風洞震置1〇之儲液槽μ。該 液位_裝置52設於該齡槽14，___賴Μ之液 位未達最低液辦，較__ 5ι内魏财人補充該儲 液槽14。該儲賴51内存水、料劑或天然精油。 ^化__使㈣，本魏__ Μ及該 所儲存之液體係為水。續請參閱第三圖所示，該霧化 工乱β淨機之使用過程如下所述： 1口 ^有麵之氣祕由外部之魏裝置或其财式經由該 進入該風洞裝置1〇之内部時，該儲液槽Η的水藉由該 200909013 霧化產生裝置20擊振，使其呈霧化狀之水分子’令該霧化狀水分 子即與該粉塵結合。同時該風扇30持續運轉產生有吸力’並將帶 有粉塵之霧化狀水分子被吸引至該通道131。 2. 當該帶有粉塵之霧化狀水分子通過該通道131時，除了在 該通道131中形成渦流，而增加粉塵與該霧化狀水分子之混合時 間外’部分具大粒子之粉塵會因氣體流向急速轉變而與該通道131 兩側之該擋板13碰撞，使粉塵因慣性作用而掉落至位於下方之該 廢液槽15。其餘該帶有粉塵之霧化狀水分子，則繼續被該風扇3〇 所吸引通過該通道131。 3. 該帶有粉塵之霧化狀水分子即被吸引經由該風扇洲之吸風 口 321至該風扇30内部。於該風扇30内部中，經由該葉輪34轉 動造成氣體的旋轉運動與旋渦，即增加霧化狀水分子與粉塵充分 混合，並藉由離心力作用將該帶有粉塵之霧化狀水分子甩至該風 扇30之殼體内側壁，使該霧化狀水分子在該内侧壁凝結為帶有粉 塵之水滴，並流入該凹槽322，使該帶有粉塵之水滴藉該凹槽犯2 之剖槽323流出（如第四圖所示）’並流向該斜板16。此時，該風 廣30之纽π 33所送出之氣體即屬已過濾之乾淨無粉塵氣體， 而該氣體經由該冷凝H 4G使其含有之細微水分子被凝結，進而降 低該風洞裝置10之出氣口 濕度。 4“亥斜板16上之水刺順著其斜度^流向該廢液槽該廢 液槽15職帶杨塵的水經由該通孔151排出於該風洞裂置⑺ 200909013 之外。 續請參閱第五圖所示，為霧化空氣清淨機第二較佳實施例。 於本較佳實施例中，該霧化空氣清淨機之主要不同在於，該風洞 裝置10内部設有網板17。該網板17係位於該風扇30之下方，且 該網板17佈設有若干通孔171。當帶有粉塵之氣體進入該風洞襞 置10時，該粉塵即與位於該儲液槽14上方之霧化狀液體混合， 並被該風扇30持續運轉產生之吸力所吸引時，使該帶有粉塵之霧 化狀液體有一部分會經由該通孔丨71進入該風扇30内部，另一部 分則會附著於該網板17朝向斜板16之端面，而凝結成帶有粉塵 之水滴並滴向該斜板16，再使該水滴沿該斜板16流向廢液槽15， 進而該網板Π即可達到增加轉化空氣清賴之除塵藏效能。 續請參閱第六®所示’域化空氣清淨機第三較佳實施例。 於本較佳實施财’贿化空氣清淨機之主要不同在於，該風洞 裝置1G之位_廢賴15上方讀板13係佈設有若干通孔 132。當帶有粉塵之氣體進入該風洞裝置1〇時，該粉塵即與位於 該儲液槽14上方之霧化狀液體混合時，因該風扇％持續運轉產 生吸力所吸引’而經由該通孔132吸取帶有粉塵之霧化狀液體， 使該霧化狀液體會在該雜13之端錢結形成水滴，並沿著該擒 板13流向該廢液槽15，進而該難13即可達到增加該霧化空氣 清淨機之除塵過渡效能。 續請參閱第七_示，為霧化空氣清淨機第四較佳實施例。 200909013 於本較佳實施例中’該霧化空氣清淨機之主要不同在於，該風洞 裝置10之擋板13形成有供氣體流通之通道131出口設有一個輔 助風扇60，而該輔助風扇60之數目不以此為限。當帶有粉塵之氣 體進入該風洞裝置時，使在該儲液槽14被該霧化產生裝置2〇而 形成之霧化狀液體與該粉塵，因該風扇30持續運轉產生吸力所吸 引進入至該通道131 ’而該輔助風扇60則在被啟動後會產生不同 方向之渦流，即促使該粉塵與該霧化狀液體達到充分混合之最佳 狀態。當帶有粉塵之霧化狀液體被該風扇30吸引而進入其内部， 並藉由該風扇30之離^力作用使帶有粉塵之霧化狀液體凝結成水 滴，而排出於該風扇30之外並滴向該斜板16，再使該水滴沿該斜 板16流向廢液槽15’進而達到增加該霧化空氣清淨機之除塵過渡 效能。 前述所列四個較佳實施例中，該冷凝器4〇係可去除，使該風 扇30之出風口33直接朝向該風洞裝置1()之出氣口丨卩，而將已過 濾之氣體直接送出。 綜上所述’本發明霧化空氣清淨機具有如下所述之優點： 1. 本發明務化空氣清淨機储由在該風洞裝置内之多重通道 設計，使粉塵通過時因氣體流向急、速轉、變而與該擒板碰撞，使粉 塵因本身的慣性作㈣與氣流分離，_除塵猶之效能。 2. 树明霧化空氣清淨機係設有供氣體流通之多重通道，而 其易使氣體形相流，加速促捕化狀液體和粉翻混合。當帶 12 200909013 有粉塵之霧化狀液體碰到擋板或網板時’由於液體本身的附著力 會在擋扳或網板形成凝結，進而產生除塵除濕作用。 3. 本發明霧化空氣清淨機係利用霧化狀之液體與氣體中之粉 塵混合，並被該風扇所吸取，而在該風扇之運轉下，使霧化狀液 體與粉塵充分混合，並藉由該風扇之離心力作用使帶有粉塵之霧 化狀液體被甩至該風扇之内側壁，而凝結成較大之液體分子而排 出’進而達到除塵過濾的效能。 4. 本發明霧化空氣清淨機在液體霧化之過程中，霧化之液體 容易因吸熱而氣化，進而產生清涼清淨空氣，同時霧化過程亦會 產生負離子來淨化空氣，可減輕呼吸道負擔，可防止二手煙、過 敏源的侵害。 5. 本發明霧化空氣清淨機係利用液體霧化，並配合該風洞裝 置之通道及該風扇同時仙，而達到可免除使料細，即可過 ;慮空氣之效能，並同時減少使用濾網時之花費。 6. 本發明霧化空氣清淨機所使用之空間小，可廣泛應用於之 空間較小之地方。同時製作成本低，赠音，設計鮮可以自己 DIY製作。 上所述’本發财能提供改善習知空氣清淨機所造成之缺 失且可為相關產業廣為利用，極具有進步性與新顆性。本發明 申請前未見公開，已符合專觀之規定，依法提出發明專利申請。 淮以上所述者’僅為本發明之較佳實施例，當不能以此限定 13 200909013 本發明實施之棚，即大凡依本發明申請專利翻及發明說明書 内容所作之等效變化與修飾’皆應仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 1第1係本發明霧化空氣清淨機第—較佳實施例之整體剖視 不意圖’說明霧化空氣清淨機内部結構。 第二圖係第-圖所示之風扇之立體分解示意圖，說明風扇之 結構。 •第二_係本發明霧化^氣清淨機第—紐實關之實施示意 圖’說明霧化空氣清淨機之氣體流動方向及過胁塵之過程。其 圖中以實線箭頭表示為氣體流動方向；以虛線箭頭表示水滴流動 方向。 第四圖係第三圖所示之風扇之仰視示意圖，說明風扇過遽粉 塵之過程。翻巾以實線箭頭表械體流動方向。 _第五®係本發明霧化空氣清淨機第二較佳實施例之整體剖視 、忍圖’㈣霧化空氣清淨油部結構。其圖巾以實線箭頭表示 為氣體/’1動方向；以虛線箭頭表*水滴流動方向。 一第/、圖係本發明霧化空氣清淨機第三較佳實施例之整體剖視 ,思圖’姻霧化空紐淨機内部結構。其圖巾以實線箭頭表示 為氣體流動方向。 _第七圖係本發明霧化空氣清淨機第四較佳實施例之整體剖視 L ’說明霧化空氣清淨機内部結構。其圖作實線箭頭表示 14 200909013 為氣體流動方向。 【主要元件符號說明】 10 風洞裝置 11 進氣口 12 出氣口 13 擋板 131 通道 132 通孔 14 儲液槽 15 廢液槽 151 通孔 16 斜板 17 網板 171 通孔 20 霧化產生裝置 30 風扇 31 第一殼體 32 第二殼體 321 吸風孔 322 凹槽 323 剖槽 33 出風口 34 葉輪 341 葉片 40 冷凝器 50 液體補充裝置 51 儲液桶 511 導管 52 液位偵測裝置 60 輔助風扇 15200909013 IX. Description of the Invention: [Technical Field] The present invention relates to an atomizing air purifier that uses an atomized liquid to mix with dust in a gas, and then uses inertia, centrifugal force, and atomized liquid to adhere. The designer of the force and condenser action to remove dust. [Prior Art] According to the current indoor air-conditioning system, most of the operators use a congenital air-conditioning system under cost considerations, and 8 to 90% of the air-conditioning systems are used in a closed space. The use of air-conditioning systems in confined spaces is caused by insufficient air exchange in the room, resulting in an indoor air quality test or Wei uncomfortable. The long sputum is enough to cause health and discomfort, which in turn destroys the human immune system. In order to solve the problem of 4'--the air purifier using different mechanisms, the suspended air, odor, volatile gas and allergens in the indoor air are removed by the air purifier, and the solution room _ The gas rate is not (four) the problem of poor ventilation, etc. = the problem of increased indoor air pollution. However, most of the air cleaning machines are based on the | mesh. __ Miscellaneous parts must be replaced at regular intervals, then the efficiency of the air purifiers in the air purifiers is large & the right ¥ hangs to replace the filter 'net, then the cumulative cost of replacing the net is too large. China Patent Publication No. 127(10) No. 2 Invention Patent Case discloses a service air purifier. The air purifier hides the vertical design and combines the atomized liquid with the dust, and then sucks the atomized liquid through the centrifugal fan and rises to the centrifugal fan, turning the _ heart force up to __ red effect, thereby providing the cool 200909013 clean air . The fine atomizing air is designed to be in an upright design, which necessitates a large space. Further, the atomizing air cleaner has no flow passage to promote the mist mixing design, so that the dust removing effect is poor, and the atomizing air and air purifying machine is not suitable for the central air conditioning pure because of the above-mentioned problem of use space. Furthermore, the atomizing air purifier causes the liquid level of the (4) to be fixed for a long time, which causes inconvenience in use. In view of the fact that the inventors of the present invention have been deficient in the use of the conventional air purifier, the present invention has been produced after a long period of time. SUMMARY OF THE INVENTION The present invention provides an invention of an atomizing air purifier, which aims to smash a liquid into an atomized liquid by using an atomizing generator, so that each micro-fine is easily combined with dust in the air, and The multi-channel design and the combination of the fan can be used as the stencil on both sides of the channel, so that the atomized liquid is easy to be mixed with the dust, so that the powder mixed with the atomized shape, the centrifugal force, the atomized liquid Adhesion and coagulation effect to achieve dust removal and dehumidification, and thus provide a cool and clean air. In order to achieve the above-mentioned invention, the present invention provides a wind-cooling device, a wind tunnel device, an atomization device, a fan and a liquid replenishing device. The wind tunnel device is provided with an air inlet and an air outlet. The wind tunnel device is internally provided with a plurality of broadcast boards arranged in an incorrectly spaced arrangement, and a passage for the gas to flow is formed between the (four) plates, and the air is relatively located between the air holes. a liquid storage tank is disposed under the mouth; the atomization generating device is disposed in the liquid storage tank 'for atomizing the liquid stored in the liquid storage tank; the fan is disposed inside the wind tunnel device in 200909013, the fan Providing an air suction port, an air outlet and a liquid discharge port for sucking the atomized liquid and discharging the liquid from the liquid discharge port; and the liquid replenishing device is connected with the liquid storage tank to supplement the liquid storage tank Liquid. According to the above concept, the baffle cloth is provided with a plurality of through holes. According to the above concept, the air outlet of the fan corresponds to the air outlet of the wind tunnel device. According to the above concept, a condenser 。 is disposed between the air outlet and the air outlet to reduce the humidity of the air outlet. According to the above concept, the slanting plate is disposed at a position below the fan opposite to the fan for receiving the liquid discharged by the fan. According to the above concept, the wind tunnel device is provided with a waste liquid tank provided with a through hole for discharging the liquid to receive the liquid flowing out of the inclined plate, and discharging the liquid outside the wind tunnel device. According to the above concept, a mesh plate with a dry through hole is provided between the towel slanting plates. According to the above concept, the wind tunnel device is at least an auxiliary fan for generating a vortex flow in different directions after the auxiliary wind stage is moved when the gas with dust enters the wind. The best combination with the dust is based on the above concept, and the liquid filling wire is provided with a liquid level detecting device for detecting the liquid level in the liquid storage tank. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail with reference to the preferred embodiments of the present invention. First, referring to Figures 1 and 2, there is shown a schematic view of a preferred embodiment of the atomizing air cleaner of the present invention. In the preferred embodiment, the atomizing air purifying machine comprises a ridge device, a mist killing device 2Q, a fan %, a condenser 4, and a liquid replenishing device 50, wherein: the wind/same device 10 It is a tank provided with an air inlet I} for gas inlet and outlet and an air outlet 12. The wind tunnel device 10 is internally provided with a plurality of baffles 13 arranged in a staggered arrangement, and a passage 13 through which gas flows is formed between the baffles 13. At the same time, a liquid storage tank 14 is provided below the air inlet U. One side of the liquid storage tank 14 is provided with a waste liquid tank 15 provided with a through hole 151 through which the liquid flows out. A swash plate 16 is provided on one side of the waste liquid tank 15. The atomization generating device 20 is disposed in the liquid storage tank 14 for atomizing the liquid stored in the liquid storage tank 14. The atomization generating device 2 can be a high frequency ultrasonic oscillating device or a high pressure nozzle atomizing device. The fan 30 is disposed at the wind tunnel device 1 上方 and above the swash plate π of the wind tunnel device iq for sucking the atomized liquid. The preferred embodiment of the fan 3 is a centrifugal fan. The fan 30 has a casing having a dome shape and an impeller 34 provided inside the casing. The housing is composed of a first housing 31 and a second housing 32, and the housing is formed with an air outlet 33 facing the 200909013 air outlet 12 of the wind tunnel. The second housing 32 faces the swash plate 16 and is provided with an air inlet and a channel groove 322 ′. The groove 322 is provided with a plurality of slots 323 for discharging liquid from the fan 30 through the slot 323. outer. The impeller 34 is provided with a double row of vanes 34. The cross section of the vane 341 has an arcuate curve, and the vane 341 is curved in the opposite direction to allow the gas to be led out of the wind A 3 when the impeller 34 rotates. The enthalpy does not create a retention zone, which allows the gas to be exported more smoothly and quickly. The condenser 40 is disposed inside the wind tunnel device 1 and is disposed along the fan 3〇 and located at the air outlet 33 of the fan 30, so that the condenser 4 is located at the air outlet 33 of the fan and the wind tunnel device 10 Between the air outlets 12. The condenser 4 can be externally connected to a device that produces cooling performance, such as a cold water tank in the central air system. The liquid replenishment device 50 includes a storage tank 51 having a conduit 511 and a liquid level detecting device 52. The duct 51U is connected to the reservoir μ of the wind tunnel. The liquid level_device 52 is set in the tank of the age of 14, and the liquid level of the ___ Lai is not up to the minimum liquid level, and the liquid storage tank 14 is supplemented by Wei Cairen in the __ 5. The storage of 51 memory water, materials or natural essential oils. ^化__使(四),本魏__ Μ and the liquid system stored therein is water. Continued, please refer to the third figure. The process of using the atomization machine is as follows: 1 mouth ^The face is secreted by the external Wei device or its financial form through the inside of the wind tunnel device 1 At this time, the water in the liquid storage tank is vibrated by the atomization generating device 20 of 200909013 to make it atomized water molecules 'to bind the atomized water molecules to the dust. At the same time, the fan 30 continues to operate to generate suction' and atomized water molecules with dust are attracted to the passage 131. 2. When the atomized water molecules with dust pass through the passage 131, in addition to forming eddy currents in the passage 131, increasing the mixing time of the dust and the atomized water molecules, the dust of the large particles will be Due to the rapid change of the gas flow, the baffle 13 collides with the baffle 13 on both sides of the passage 131, so that the dust is dropped by inertia to the waste liquid tank 15 located below. The remaining atomized water molecules with dust continue to be drawn through the passage 131 by the fan 3〇. 3. The atomized water molecules with dust are attracted to the inside of the fan 30 through the suction port 321 of the fan. In the interior of the fan 30, the rotation of the impeller 34 causes rotation of the gas and vortex, that is, the atomized water molecules and the dust are sufficiently mixed, and the atomized water molecules with dust are removed by centrifugal force. The inner side wall of the casing of the fan 30 causes the atomized water molecules to condense on the inner side wall into water droplets with dust, and flows into the groove 322, so that the dusty water droplets are cut by the groove 2 The groove 323 flows out (as shown in the fourth figure) and flows to the swash plate 16. At this time, the gas sent by the wind ZO 30 is a clean and dust-free gas filtered, and the gas is condensed by the fine water molecules contained in the condensed H 4G, thereby reducing the wind tunnel device 10 Air outlet humidity. 4 "The spunlace on the slanting plate 16 flows along the slope thereof to the waste liquid tank. The water with the dust of the waste liquid tank 15 is discharged through the through hole 151 to the wind tunnel (7) 200909013. Referring to Figure 5, there is a second preferred embodiment of the atomizing air cleaner. In the preferred embodiment, the main difference of the atomizing air cleaner is that the wind tunnel device 10 is internally provided with a screen 17. The stencil 17 is located below the fan 30, and the stencil 17 is provided with a plurality of through holes 171. When the dust-laden gas enters the wind tunnel 10, the dust is located above the liquid storage tank 14. When the atomized liquid is mixed and attracted by the suction generated by the continuous operation of the fan 30, a part of the atomized liquid with dust enters the inside of the fan 30 through the through hole 71, and the other part is attached. The stencil 17 faces the end surface of the swash plate 16 and condenses into a dusty water droplet and drops to the swash plate 16, and then the water droplet flows along the swash plate 16 to the waste liquid tank 15, and the stencil can be smashed. To achieve the efficiency of dust removal by increasing the conversion air. Continued See the sixth field The third preferred embodiment of the air purifier. The main difference between the preferred embodiment of the bribe air purifier is that the wind tunnel device 1G is located in the upper reading plate 13 of the waste laundering 15 and is provided with a plurality of through holes 132. When the dust-laden gas enters the wind tunnel device, the dust is sucked through the through hole 132 when the dust is mixed with the atomized liquid located above the liquid storage tank 14 because the fan is continuously operated to generate suction force. The atomized liquid with dust causes the atomized liquid to form water droplets at the end of the impurity 13 and flows along the raft 13 to the waste liquid tank 15, so that the difficulty 13 can be increased. The dust removal transition efficiency of the atomizing air purifier. Continuation, please refer to the seventh embodiment, which is a fourth preferred embodiment of the atomizing air purifier. 200909013 In the preferred embodiment, the main difference of the atomizing air purifier is that The baffle 13 of the wind tunnel device 10 is formed with an auxiliary fan 60 at the outlet of the passage 131 for gas circulation, and the number of the auxiliary fan 60 is not limited thereto. When the dust-laden gas enters the wind tunnel device, Make it in the reservoir 14 The atomized liquid formed by the atomization generating device 2 and the dust are sucked into the channel 131 by the continuous operation of the fan 30, and the auxiliary fan 60 generates eddy currents in different directions after being activated. That is, the dust and the atomized liquid are brought into an optimal state of being fully mixed. When the atomized liquid with dust is attracted by the fan 30 and enters the inside thereof, the belt 30 is driven by the force of the fan 30. The dusty atomized liquid condenses into water droplets, and is discharged outside the fan 30 and drops to the swash plate 16, and then the water droplets flow along the swash plate 16 to the waste liquid tank 15' to increase the atomizing air. The dust removal transition performance of the machine. In the four preferred embodiments listed above, the condenser 4 can be removed, so that the air outlet 33 of the fan 30 directly faces the air outlet of the wind tunnel device 1 () The filtered gas is sent directly. In summary, the atomized air purifier of the present invention has the following advantages: 1. The service air purifier of the present invention is designed by multiple channels in the wind tunnel device, so that the gas flows to the emergency and speed when the dust passes. Turning and changing to collide with the seesaw, so that the dust is separated from the airflow by its own inertia, and the dust is still effective. 2. Shuming atomized air purifier is equipped with multiple channels for gas circulation, which is easy to make gas phase flow, accelerate the trapping of liquid and powder mixing. When the belt 12 200909013 dusty atomized liquid hits the baffle or the stencil, the adhesion of the liquid itself will form a condensation on the baffle or the stencil, which will cause dust removal and dehumidification. 3. The atomizing air purifying machine of the present invention uses the atomized liquid to mix with the dust in the gas and is sucked by the fan, and under the operation of the fan, the atomized liquid and the dust are thoroughly mixed and borrowed. By the centrifugal force of the fan, the atomized liquid with dust is sucked to the inner side wall of the fan, and condensed into larger liquid molecules to be discharged to further achieve the performance of dust removal filtration. 4. In the process of liquid atomization of the atomized air purifier of the present invention, the atomized liquid is easily vaporized by heat absorption, thereby generating cool and clean air, and the atomization process also generates negative ions to purify the air, thereby reducing the burden on the respiratory tract. It can prevent the damage of second-hand smoke and allergens. 5. The atomizing air purifying machine of the present invention utilizes liquid atomization, and cooperates with the passage of the wind tunnel device and the fan at the same time, so as to avoid the fine material, the air can be used, and the efficiency of the air can be reduced. The cost of the network. 6. The atomizing air purifier of the present invention has a small space and can be widely used in a place with a small space. At the same time, the production cost is low, the sound is given, and the design can be made by DIY. As mentioned above, 'this money can provide the improvement caused by the improvement of the conventional air purifier and can be widely used by related industries, which is extremely progressive and new. The invention has not been disclosed before the application, has complied with the provisions of the subject, and has filed an invention patent application according to law. The above description of the present invention is only a preferred embodiment of the present invention, and it is not possible to limit the scope of the invention according to the invention. It should remain within the scope of this invention. BRIEF DESCRIPTION OF THE DRAWINGS 1 is a general cross-sectional view of a preferred embodiment of the atomizing air cleaner of the present invention. It is not intended to describe the internal structure of the atomizing air cleaner. The second figure is a perspective exploded view of the fan shown in the first figure, illustrating the structure of the fan. • The second _ is the implementation of the atomization gas cleaning machine of the present invention, the first embodiment of the invention, and the process of the gas flow direction and the dust of the atomizing air cleaner. In the figure, the solid arrow indicates the direction of gas flow; the dotted arrow indicates the direction of water flow. The fourth figure is a bottom view of the fan shown in the third figure, illustrating the process of the fan passing through the dust. The scarf is in the direction of the flow of the solid arrow. The fifth embodiment is an overall cross-sectional view of the second preferred embodiment of the atomizing air purifier of the present invention, and the structure of the atomized air cleaning oil portion. Its towel is indicated by a solid arrow as a gas/'1 moving direction; with a dotted arrow indicating a *water flow direction. A / / figure is a general cross-sectional view of the third preferred embodiment of the atomizing air purifier of the present invention, and the internal structure of the image of the atomizing air cleaner. Its towel is indicated by solid arrows as the direction of gas flow. The seventh drawing is an overall cross-sectional view of the fourth preferred embodiment of the atomizing air cleaner of the present invention. The internal structure of the atomizing air cleaner is described. The figure is shown by the solid arrow. 14 200909013 is the direction of gas flow. [Main component symbol description] 10 Wind tunnel device 11 Inlet port 12 Outlet port 13 Baffle 131 Channel 132 Through hole 14 Reservoir 15 Waste tank 151 Through hole 16 Slant plate 17 Stencil 171 Through hole 20 Atomization device 30 Fan 31 First housing 32 Second housing 321 Air suction hole 322 Groove 323 Groove 33 Air outlet 34 Impeller 341 Blade 40 Condenser 50 Liquid replenishing device 51 Reservoir 511 Conduit 52 Liquid level detecting device 60 Auxiliary fan 15