201215764 六、發明說明： 【發明所屬之技術領域】 本發明是有關於-種滤清組件，特別是指一種空氣滤 清組件及包含該空氣濾清組件的空氣清淨機。 【先前技術】 /於科技日益發達，X商業也因此得以快速地發展， 使得空氣汙染的問題也越來越嚴重。受汙染的空氣中含有 各式各樣會危害人類的有害物質，例如空氣中所包含的微 塵、寵物的毛髮、車輛排放的廢氣等等。吸入那些受汗染 的空氣不但會造成身體的不適，甚至會產生各種疾病。 因此如何有效地過濾上述的各種有害物質以改善空氣 的品質，便成為重要的關鍵。而空氣清淨機，便扮演了這 個重要的角色，且亦廣泛地為大眾所使用。 見有的工氣β淨機的功效各異，一般而言，功能越強 大的’價格也越昂責。 【發明内容】 因此，本發明之目&，即在提供一種低成本且能提供 基本的空氣清淨功能的空氣濾清組件。 於疋本發明空氣濾清組件，包含一空氣清淨單元、 一儲水單元’及多數根柱體。 5玄空氣清淨單元包括一底部，並界定出一容納槽，及 與該容納槽流體相通的—入氣孔與一排氣孔。 該儲水單元固設於該空氣清淨單元上，並界定出一位 於該容納槽上方的健水槽。該儲水單元具有一隔開該容納 201215764 槽與儲水槽的底壁。該底壁具有多數個穿孔。該儲水槽與 該谷納槽藉由該等穿孔而流體相通。 、 該等柱體緊密且間隔地設於該容納槽内，且直立地插 設於該底部上，並分別朝該等穿孔 一端靠近對應之該等穿孔的其中之一者。柱體的 當水由該儲水槽穿過該等穿孔流出 穿::應的該等柱體往該底部的方向流。外部空 =孔進入後，會先通㈣柱料„:，接著自該排氣孔排 出0 3之另目的’即在提供-種包含該空氣濾清組 件的空氣清淨機。 於是，本發明空氣清淨機，包含一中空箱體、一空氣 濾清組件，及一抽氣單元。 該令空箱體界定-置物空間，且具有一第一通風孔與 第-通風孔。该第二通風孔與該置物空間流體相通。 該空氣遽清組件位於該置物空間内且與該中空箱體固 接，並包括一空氣清淨單元、-儲水單元，及多數根柱體 0 該工氣'月淨單疋具有一底部’並界定出-容納槽，及 與該容納槽流體相通的一入氣孔與一排氣孔。該入氣孔與 該第通風孔W體相通。該排氣孔與該置物空間流體相通 。該儲水單元固設於該空氣清淨單元上並界定出一位於 該容納槽上方的儲水槽。該儲水單元具有一隔開該容納槽 與儲水槽的底壁。該底壁具有多數個穿孔。該儲水槽與該 201215764 谷、内槽藉由該等穿孔而流體相通。該等柱體緊密且間隔地 叹於该容納槽内’且直立地插設於該底部上，並分別朝該 等穿孔方向延伸。每一柱體的一端靠近對應之該等穿孔的 其中之一者。 該抽氣單元設於該第二通風孔，以將該置物空間内的 空氣排出於該中空箱體外。201215764 VI. Description of the Invention: [Technical Field] The present invention relates to a filter assembly, and more particularly to an air filter assembly and an air cleaner including the air filter assembly. [Prior Art] / With the development of technology, X-commerce has also developed rapidly, making the problem of air pollution more and more serious. Contaminated air contains a variety of harmful substances that can harm humans, such as dust contained in the air, pet hair, exhaust emissions from vehicles, and so on. Inhaling those sweat-stained air not only causes physical discomfort, but can even cause various diseases. Therefore, how to effectively filter the above various harmful substances to improve the quality of air becomes an important key. The air purifier plays an important role and is widely used by the public. Seeing that the efficiency of the work gas is different, in general, the stronger the function, the more expensive the price. SUMMARY OF THE INVENTION Accordingly, the object of the present invention is to provide an air filtration module which is low in cost and which provides a basic air cleaning function. The air filtration module of the present invention comprises an air cleaning unit, a water storage unit and a plurality of columns. The air purification unit includes a bottom portion and defines a receiving groove, and an air inlet hole and a gas exhaust hole in fluid communication with the receiving groove. The water storage unit is fixed on the air cleaning unit and defines a water tank above the receiving tank. The water storage unit has a bottom wall separating the tank to accommodate the 201215764 tank and the water storage tank. The bottom wall has a plurality of perforations. The water reservoir and the trough are in fluid communication with the perforations. The cylinders are disposed in the receiving groove in a tightly spaced manner and are inserted upright on the bottom portion and are respectively adjacent to one of the perforations toward the one end of the perforations. The water of the cylinder flows out of the perforations through the water storage tank:: the cylinders are supposed to flow in the direction of the bottom. After the external air = hole enters, the (4) column material „:, and then the other purpose of discharging 0 3 from the vent hole is provided, that is, an air cleaner including the air filter assembly is provided. Thus, the air of the present invention The cleaning machine comprises a hollow box, an air filter assembly, and an air extraction unit. The air box defines a storage space and has a first ventilation hole and a first ventilation hole. The second ventilation hole is The storage space is in fluid communication. The air cleaning component is located in the storage space and is fixed to the hollow casing, and includes an air cleaning unit, a water storage unit, and a plurality of cylinders. The crucible has a bottom portion and defines a receiving groove, and an inlet hole and a gas outlet hole in fluid communication with the receiving groove. The air inlet hole communicates with the first ventilation hole W. The exhaust hole and the storage space fluid The water storage unit is fixed on the air cleaning unit and defines a water storage tank above the receiving tank. The water storage unit has a bottom wall separating the receiving groove and the water storage tank. The bottom wall has a majority Perforation. The storage tank with the 2012157 The valleys and the inner grooves are in fluid communication by the perforations. The columns are closely and spaced apart in the receiving groove and are inserted upright on the bottom and respectively extend toward the perforation directions. One end of the cylinder is adjacent to one of the corresponding perforations. The air suction unit is disposed in the second ventilation hole to discharge air in the storage space outside the hollow casing.
當水由該儲水槽穿過該等穿孔流出後，會沿著與該等 穿孔對應的該等柱體往該底部的方向流。外部空氣受該抽 氣單元抽氣作用影響會先後經由該第一通風孔與該入氣孔 進入該容納槽内而通過該柱體的間隙，接著先後經由該排 氣孔與該第二通風孔排出於該中空箱體外。 本發明之功效在於，外部空氣先經由該入氣孔進入後 並通過該等柱體的間隙時，其所包含的污染物可被沿著該 等柱體流動的水所吸附，最後經由該排氣孔排出，以達到 基本的空氣清淨的效果。此外，該空氣清淨機的構造簡單 因此成本也相對的較低。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中將可 清楚的呈現。 參閱圖1、圖2與圖3 ’本發明空氣濾清組件4之較佳 實施例包含-空氣清淨單元i、一儲水單元2，及多數根柱 體3。 該空氣清淨單元 包括一底部11 —第一侧壁15、一 201215764 第二側壁16，及一第三側壁17，並界定出一容納槽12，及 與該容納槽12流體相通的一入氣孔13與一排氣孔14。 該儲水單元2固設於該空氣清淨單元1上，並界定出 一位於該容納槽12上方的儲水槽21。該儲水單元2具有— 隔開該容納槽12與儲水槽21的底壁22。該底壁22具有— 入水孔222，及多數個穿孔221。該入水孔222位於該第— 側壁15與該第二側壁16間。該等穿孔221位於該第—側 壁15與該第三側壁17間。該儲水槽21與該容納槽12形 成一倒L型的形狀。該儲水槽21與該容納槽12藉由該等 穿孔221而流體相通。該入水孔222與該儲水槽21流體相 通。藉由該入水孔222，可將水注入該儲水槽21。 該等柱體3緊密且間隔地設於該容納槽12内，且直立 地插設於該底部11上，並分別朝該等穿孔221方向延伸。 每一柱體3的一端靠近對應之該等穿孔221的其中之一者 。在本較佳實施例中，該等柱體3與該空氣清淨單元丨的 該底部11螺接。 當水由該儲水槽21穿過該等穿孔221流出後，會沿著 與該等穿孔221對應的該等柱體3往該底部u的方向流（見 圖2)。外部空氣自該入氣孔13進入後，會先通過該柱體$ 的間隙，接著自該排氣孔14排出（見圖值得一提的是， 水由該等穿孔221》出後會沿著該等柱體3流動並形成— 水層，該等柱體3上的水層會順帶地吸附通過該容納槽14 的二氣中的污染物例如灰塵、毛絮等等。 參閱圖卜圖4與圖5’本發明空氣清淨機之較佳實施 201215764 例包含一中空箱體5、一空氣濾清組件4、一過渡元件6、 一幫浦單元7,及一抽氣單元8。 該中空箱體5界定一置物空間51，且具有一第一通風 孔52與一第二通風孔53。該第二通風孔53與該置物空間 51流體相通。 該空氣濾清組件4位於該置物空間51内且與該中空箱 體5固接，其構造如先前所述，因此不再贅述。該入氣孔 13與該第一通風孔52流體相通。該排氣孔ι4與該置物空 間51流體相通。 值得一提的是，由於該空氣濾清組件4與該中空箱體5 緊後地固接’.且該入氣孔13與該第一通風孔$ 1緊密相鄰 ’因此當外部空氣由該第一通風孔51進入後，只能藉由該 入氣孔13進入該容納槽12。 該過據元件6設於s玄置物空間51的下半部，而將該置 物空間51的下半部分隔成第一水槽區511與一第二水槽區 512。該空氣清淨單元1的底部Π位於該第一水槽區511正 上方’以使由該儲水槽21流經該等柱體3至該空氣清淨單 元1的底部11的水流入該第一水槽區511，再穿過該過濾 元件6以過濾水中的污染物，最後流入該第二水槽區512。 在本較佳實施例中，該過滤元件6為一可更換的泡綿。 該幫浦單元7設於該第二水槽區512内。該幫浦單元7 與該儲水單元2的底壁22的該入水孔222連接，並將位於 β亥第一水槽區512内的水透過該入水孔222泵送至該儲水 槽21。在該幫浦單元7的運作下，水被泵送至該儲水槽21 201215764 後，會先後流經該等穿孔22卜該容納# i4、該第—水槽 區5U與該過遽元件6,最後回到該第二水槽區5i2，而形 成一循環水。使用者可以藉由更換該職元件6以維持過 滤的效果。在本較佳實施例中，該幫浦單& 7包括一沉水 馬達71與-輸水管72。該輸水管72的二端分別與該沉水 馬達7】與該人水孔222連接；該沉水馬達71的運作為孰 悉此領域者所能輕易理解，且非本發明的重點，因此不在 此贅述。 該抽氣單it 8設於該第二通風孔53，以將該置物空間 51内的空氣排出於該中空箱體5外。在本較佳實施例中， 該抽氣單it 8為一抽風扇，該抽風扇的運作與裝設為熟悉 此領域者所能輕易理解，因此不在此贅述。 當水由該儲水槽21穿過該等穿孔221流出後，會沿著 與該等穿孔221對應的該等柱體3往該底部u的方向流， 最後依序流向該第一水槽區511與該第二水槽區512。外部 空氣受該抽氣單元8抽氣作用影響，會先後經由該第一通 風孔52與該入氣孔13進入該容納槽12内而通過該等柱體 3的間隙，接著先後經由該排氣孔14與該第二通風孔53排 出於該中空箱體5外。 综上所述，外部空氣通過該等柱體3的間隙的同時， 會被沿著該等柱體3流動的水吸附所含的污染物，而達到 基本的空氣清淨效果；本發明的設計與構造簡單因此成本 較低’故確實能達成本發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 201215764 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1疋iL體分解圖，說明本發明空氣渡清組件 佳實施例； 佳實施例； 圖4是一 圖2是一立體組合圖 佳實施例； 圖3是一剖面俯視圖 圖 疋一剖面俯視圖 實施例；及 說明本發明空氣濾清組件之較 說明本發明空氣濾清組件之較 說明本發明空氣清淨機之較佳 圖5疋一剖面側視圖， 實施例。 說明本發明空氣清淨機 之較佳 201215764 【主要元件符號說明】 1…… •…空氣清淨單元 3…… …·柱體 11…… •…底部 4…… •…空氣濾清組件 12…… •…容納槽 5…… •…中空箱體 13…… •…入氣孔 51 •…置物空間 14••… •…排氣孔 511… •…第一水槽區 15·.... •…第一側壁 512… …·第二水槽區 16…… •…第二側壁 52… •…第一通風孔 17…… •…第三側壁 53 •…第二通風孔 C ...... ____'ja, /λΚ L ...... 1¾ 早 〇 過/愿兀1干 〇 1..... ....hit 4Λ 7 ...... ____Μ ^ Ai. φ /用兀ΊΤ 22·..·· •…底壁 71 ·.·.· •…沉水馬達 221 ··· …·穿孔 72•…· •…輸水管 222… •…入水孔 8…… •…抽氣單元 10When water flows out of the water sump through the perforations, it flows in the direction of the bottom along the columns corresponding to the perforations. The external air is affected by the pumping action of the pumping unit, and enters the receiving slot through the first venting hole and the air inlet hole through the gap of the cylinder, and then is discharged through the venting hole and the second venting hole. Outside the hollow box. The effect of the invention is that when the outside air enters through the air inlet hole and passes through the gap of the cylinders, the pollutants contained therein can be adsorbed by the water flowing along the cylinders, and finally through the exhaust air. The holes are drained to achieve a basic air cleansing effect. In addition, the air cleaner is simple in construction and therefore relatively low in cost. The above and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to Figures 1, 2 and 3, a preferred embodiment of the air filter assembly 4 of the present invention comprises an air cleaning unit i, a water storage unit 2, and a plurality of cylinders 3. The air cleaning unit includes a bottom portion 11 - a first side wall 15 , a 201215764 second side wall 16 , and a third side wall 17 , and defines a receiving groove 12 and an air inlet 13 in fluid communication with the receiving groove 12 . With a venting opening 14. The water storage unit 2 is fixed to the air cleaning unit 1 and defines a water storage tank 21 located above the receiving tank 12. The water storage unit 2 has a bottom wall 22 that separates the receiving groove 12 from the water storage tank 21. The bottom wall 22 has a water inlet hole 222 and a plurality of perforations 221 . The water inlet hole 222 is located between the first side wall 15 and the second side wall 16. The through holes 221 are located between the first side wall 15 and the third side wall 17. The water storage tank 21 and the accommodating groove 12 are formed in an inverted L shape. The water storage tank 21 and the receiving tank 12 are in fluid communication with the perforations 221. The water inlet hole 222 is in fluid communication with the water storage tank 21. Water can be injected into the water storage tank 21 by the water inlet hole 222. The cylinders 3 are disposed in the receiving groove 12 in a tightly spaced manner and are inserted upright on the bottom portion 11 and extend toward the through holes 221, respectively. One end of each of the cylinders 3 is adjacent to one of the corresponding perforations 221. In the preferred embodiment, the cylinders 3 are screwed to the bottom portion 11 of the air cleaning unit. When water flows out of the sump 21 through the perforations 221, it flows along the columns 3 corresponding to the perforations 221 toward the bottom u (see Fig. 2). After the outside air enters from the air inlet hole 13, it will first pass through the gap of the cylinder body $, and then exit from the air vent hole 14 (see, it is worth mentioning that water from the perforations 221) will follow the The column 3 flows and forms a water layer, and the water layer on the column 3 adsorbs contaminants such as dust, batt, etc. in the two gases passing through the accommodating groove 14 in a parallel manner. Figure 5 is a preferred embodiment of the air purifier of the present invention. The 201215764 example comprises a hollow casing 5, an air filter assembly 4, a transition element 6, a pump unit 7, and a pumping unit 8. The hollow box 5 defines a storage space 51 and has a first ventilation hole 52 and a second ventilation hole 53. The second ventilation hole 53 is in fluid communication with the storage space 51. The air filter assembly 4 is located in the storage space 51 and It is fixed to the hollow box 5, and its configuration is as described above, so it will not be described again. The air inlet hole 13 is in fluid communication with the first vent hole 52. The vent hole ι4 is in fluid communication with the storage space 51. It is mentioned that the air filter assembly 4 is fastened to the hollow box 5. And the air inlet hole 13 is closely adjacent to the first ventilation hole $1. Therefore, when the outside air enters the first ventilation hole 51, the air receiving hole 12 can only enter the receiving groove 12. The passing element 6 The lower half of the storage space 51 is partitioned into a first water tank area 511 and a second water tank area 512. The bottom side of the air cleaning unit 1 is located at the first water tank. The area 511 is directly above 'to allow water flowing from the water storage tank 21 through the columns 3 to the bottom portion 11 of the air cleaning unit 1 to flow into the first water tank area 511, and then pass through the filter element 6 to filter the pollution in the water. Finally, the material flows into the second water tank area 512. In the preferred embodiment, the filter element 6 is a replaceable foam. The pump unit 7 is disposed in the second water tank area 512. The pump unit 7 is connected to the water inlet hole 222 of the bottom wall 22 of the water storage unit 2, and the water located in the first water tank area 512 of the β-hai is pumped to the water storage tank 21 through the water inlet hole 222. The pump unit 7 is Under the operation, after the water is pumped to the water storage tank 21 201215764, it will flow through the perforations 22 I4, the first water tank area 5U and the passing element 6 are finally returned to the second water tank area 5i2 to form a circulating water. The user can replace the working element 6 to maintain the filtering effect. In a preferred embodiment, the pumping unit & 7 includes a submersible motor 71 and a water delivery pipe 72. The two ends of the water delivery pipe 72 are connected to the submersible motor 7 and the human water hole 222, respectively; The operation of the motor 71 is well understood by those skilled in the art and is not the focus of the present invention, and therefore will not be described herein. The pumping unit it 8 is disposed in the second venting opening 53 to accommodate the interior of the storage space 51. Air is discharged outside the hollow casing 5. In the preferred embodiment, the pumping unit it 8 is a fan, and the operation and installation of the fan is well understood by those skilled in the art, and therefore will not be described herein. When the water is discharged from the water storage tank 21 through the holes 221, the cylinders 3 corresponding to the holes 221 flow toward the bottom u, and finally flow to the first water tank area 511. The second sink area 512. The external air is affected by the pumping action of the air pumping unit 8 and enters the receiving slot 12 through the first air venting hole 52 and the air inlet hole 13 through the gap of the cylinders 3, and then through the air venting hole. The second ventilation hole 53 is discharged from the outside of the hollow casing 5. In summary, while the outside air passes through the gap of the cylinders 3, the water flowing along the cylinders 3 adsorbs the contaminants contained therein to achieve a basic air cleaning effect; the design and design of the present invention The construction is simple and therefore the cost is low, so the object of the invention can be achieved. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to 201215764, that is, the simple equivalent change of the patent application scope and the description of the invention is Modifications are still within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded view of an air clearing assembly of the present invention; a preferred embodiment; FIG. 4 is a preferred embodiment of a three-dimensional combination; FIG. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a cross-sectional side view showing an air purifying assembly of the present invention, and a preferred side view of an air purifying unit of the present invention. FIG. DESCRIPTION OF THE PREFERRED EMBODIMENT OF THE AIR CLEANER IN THE INVENTION 201215764 [Explanation of main component symbols] 1... •...Air cleaning unit 3... ...·Cylinder 11... •...Bottom 4... •...Air filter assembly 12... ... accommodating tank 5... •... hollow box 13... •... air inlet 51 • ... storage space 14••... •... vent 511... •...first sink area 15·.... •...first Side wall 512...the second sink area 16...the second side wall 52...the first vent 17...the third side wall 53...the second vent C.........____'ja , /λΚ L ...... 13⁄4 早过过/愿兀1〇1.....hit 4Λ 7 ...... ____Μ ^ Ai. φ /user 22· ..·· •...Bottom wall 71 ····· •...Submersible motor 221 ·····Perforation 72•...· •...Water pipe 222... •...Water inlet hole 8... •...Pumping unit 10