1332863 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種吸附轉輪水洗機’尤指一種藉由該空氣進氣機 構及麗水機構運作之設計’令水流經過該灑水機構噴灑到該罩體内之 容置空間’並藉該空氣進氣機構形成壓差推動，而隨氣流前進穿越吸 附轉輪’使形成之吸附轉輪水洗機’而適用於各式具吸附轉輪設備之 領域者。 【先前技術】 吸附轉輪一般係由無機陶瓷纖維紙，經高溫燒緯成型，形成複數 個蜂巢狀平行通道之載體，而後將吸附材如沸石等，浸泡或塗佈或長 晶於此載體上所組成，該吸附轉輪的直徑可達到4米以上，而—般實 務上常用於空氣污染防治，用以吸附揮發性有機氣體(VOC)者，直徑約 在2米至4_ 5米之間，其轉輪厚度通常是4〇公分或45公分。在半導 體或光電業界的VOC處理大多廣泛使用吸附轉輪，但常有高彿點物質 不易脫附，而會殘留於轉輪上而影響其性能，而幸運的是這些高彿點 物質機都具水雜，目此需要定她水親，以雜運作效率和氣流 流暢。然而由於其厚度甚·係，直接喷水是無法清洗聰層處，只 能洗到表面數公分，而無法穿透轉輪達到洗淨之功效。另一方面由於 該吸附轉輪的體積大，重量大，可達數嘲，故也不適合拆下浸泡清洗。 在某些場合下系統設有風車與管路可供停機時利用風車於減裁降頻 狀^•、下提供適量靜壓差以帶過喷出水流通過吸附轉輪而達成清先目 的’然而風車需要特別之調整，不甚方便。另-方面，某些系統之風 5 1332863 車係為共用’或不屬於V〇c處理系統，或管路未設，因而產生吸附轉 輪無法清洗之窘境，因此，本發明係提供一專用吸附轉輪水洗機得 以應用於任何之吸附轉輪組成之系統，以清洗吸附轉輪。 請參考第5圖所示，係為習知吸附轉輪水洗機之結構示意圖，主 要係包含有一吸附轉輪5 5b、排氣風車15b、脫附風車2 5b、 脫附熱父換器3 〇 b、灑水施壓幫浦3 51b、灑水排架3 9 b、煙 囪5 4 b、蓄水槽5 7 b等構造。該揮發性有機物之處理設備運作方 法為廢氣1b由該吸附轉輪5 5 b之一侧吹入，並具兩股氣流，一係 以冷卻吹除空氣3b吹到該吸附轉輪5 5b之一區，二係以直吹轉輪 廢氣2b直吹該吸附轉輪5 5b，其中之直吹轉輪廢氣2b經過該吸 附轉輪5 5 b後，成為淨化空氣1〇 b藉由該排氣風車15 b之排氣 壓力推至該煙固5 4 b，而該冷卻吹除空氣3 b係經過該吸附轉輪5 5 b之一區後，以該脫附熱交換器3 0 b加熱成一加熱後吹除氣17 b ’再經過該吸附轉輪5 5 b之成為濃縮廢氣4 b，該濃縮廢氣4 b 再以一脫附風車2 5 b推動進入一燃燒爐6 5 b，成為燃燒後之排出 氣，最後通往煙囪5 4 b。停機清洗時先打開排氣風車15 b調整風 壓適當’該清潔水3 5 6 b以該灑水施壓幫浦3 51b打水後，以該 灑水排架3 9 b將清洗水噴到該吸附轉輪5 5 b並清洗，後該蓄水槽 5 7 b將其中蓄水（清洗該吸附轉輪5 5 b後之流出水），最後將排出 蓄水11b排至一處理區。 在目前轉輪處理揮發性有機物，先經進氣管來進入吸附轉輪，係 6 1332863 先吸附污染物質再將經過後成為的乾淨氣體排放至大氣中，然會因轉 輪濃縮焚化設備設置水洗裝置不便或有現場因素無法裝設，因無水洗 功忐，影響吸附轉輪功能，久之無法達到半導體空污法規對於揮發性 有機物之處理效率要求。 有鑑於實際使用上所存有之缺失及限制，尤其是現有之吸附轉輪 水洗裝置係採用一次風車及脫附風車，均屬固定式設備，某政場合並 無一次風車可用，或有些場合脫附風車未做適當管路修改易將溼氣帶 入燃燒機而無法實施水洗，而現有之吸附轉輪裝置係廢氣處理設備， 在半導體或光電產業係屬環保設備，須配合機台2 4小時運轉，加上 管路已經汗染有易燃有機物，因此施工也有限制必須拆下管路修改， 以免發生意外，所以現％修改不一定有時間進行，本案發明人以從事 該項事業多年之經驗，乃潛心研思、設計組製，以提供消費大眾使用， 為本發明所欲研創之創作動機者。 【發明内容】 本發明之主要目的’在提供一種具灑水機構與空氣進氣機構之吸附 轉輪水洗機，該灑水機構與該空氣進氣機構係，設於該吸附轉輪一側， 使具有方便清洗吸附轉輪之功能’本機並具有可移動性，且可增加實用 性及便利性者。 本發明之次一目的，在提供一種具氣密元件組之吸附轉輪水洗裝 置，使空氣進氣機構之罩體刖端開口周緣藉由氣密元件組而彈性抵靠 吸附轉輪以達到相互活動氣密結合及彈性接觸之效果，而做為連接吸 附轉輪中之一區域做水洗，進而提昇吸附轉輪水洗機之吸附功能及作 7 業方便者。 為達成上述目的，本發明係一種吸附轉輪水洗機’係包括有一空 氧進氣機構及一灑水機構；該空氣進氣機構具進氣管、風機及罩體， 該風機連接該進氣管到該罩體之後端，該罩體内係形成一容置空間， 而罩體前端開口周緣係設有一氣密元件組，另灑水機構具補給水管及 嗔水頭級’該喷水頭組係設於該罩體内且面對罩體前端開口，而該補 、给水官係由該罩體外部連接到該噴水頭組；藉由該灑水機構與空氣進 氣機構之運作’使水流經過該灑水機構喷灑到該罩體内之容置空間， 並藉該空氣進氣機構推動，而隨推動氣流前進，使形成吸附轉輪水洗 機者。 本發明之其他特點及具體實施例可於以下配合附圖之詳細說明 中，進一步瞭解。 【實施方式】 請參考第1〜4圖所示’係為本發明吸附轉輪水洗機之結構示意 圖，該吸附轉輪水洗機，係包括有一空氣進氣機構i 〇及一灑水機構 3 0 ;該空氣進氣機構1〇具進氣管丄丄、風機i 2及罩體13，該 風機12連接該進氣管11到該罩體13之後端，該罩體13内係形 成一容置空間14，其中該罩體13係可為扇形、梯形、三角形及矩 形或其他形狀，而罩體13前端開口周緣係設有一氣密元件組2 〇， 其中該氣密元件組2 0係包括有一彈性墊體固定座2 3 '一彈性墊體 21及至少一固疋件2 2，該彈性墊體21係以該固定件2 2固定在 該彈性塾體固定座2 3上’而該彈性塾體固定座2 3係與該罩體工3 i332863 相連接，另灑水機構3 Ο具補給水管3 i及噴水頭級3 2，該喷水頭 組3 2係設於該罩體13内且面對罩體丄3前端開〇，且噴水頭組3 2係面對該吸附轉輪5 5之喷財向（罩體i 3罩住之前面），而該補 給水管31係由該罩體13外部連接到該喷水頭組3 2，其中該補給 水管31係進-步連接-水幫浦3 3，俾利供水，另該補給水管3丄 係可連接至自來水管亦可連接至水塔，藉由水源處或水塔儲水來供應 • 水源；藉由該麗水機構3 〇與空氣進氣機構1〇之運作，使水流經過 • 織水機構3 〇喷麗到該罩體13内之容置空間χ 4，並藉該空氣進 氣機構1 G獅，而隨推域流前進，使形狀吸哺輪水洗機者。 請參考第2〜4圖所示，係為本發明吸附轉輪水洗機之實施例及 結構示意圖，該吸附轉輪水洗機，係包括有一空氣進氣機構工〇及— 灑水機構30;該空氣進氣機構10具進氣fll:風機12及罩體 13 ’該風機！2連接該進氣管！i到該罩體i 3之後端，該罩體工 3内係形成-容置㈣1 4，而罩體1 3前端開口周緣係設有一氣密 籲齡組2 0，其中該氣密元件組2〇係包括有—彈性塾體固定座2 ^ 3性塾體21及至少一固定件2 2，該彈性塾體2 1係以該固 疋件2 2’在該彈性墊體固定座2 3上，而該彈性塾體固定座係與 該罩體13相連接，另該氣密元件組2 〇亦可為包括有一彈性塾體2 1及至少—11定件2 2 ’該彈性塾體2 1係以該固定件2 2固定於罩 體13 ’而氣密元件組2〇與該吸附轉輪55藉由一彈性塾體固定座 2 3接觸，使空氣進氣機構i 〇之罩體i 3前端開口周緣藉由氣密元 9 件組2 Q之彈性塾體2 i而彈性抵靠吸附轉輪5 5以達到相互活動氣 密結合及雑接觸之效果，而做為連接_轉輪5 5巾之-區域做水 洗，其中郷錄體2 1可為具請魏之彈性耐磨面之構造體。另 該喷水頭組3 2設於該罩體丄3之内（面對方向，喷水頭組3 2包含有喷嘴或噴孔係設於該罩體i 3内；其中該補給水管3丄由該 罩體1 3外部連接翁喷水頭組3 2 )，其中該水幫浦3 3及風機丄2 設於該吸轉輪5 5之_側之㈣@定座4 Q。藉由該灑水機構3 0 與空氣進氣機構1〇之運作，使水流經過該麗水機構3 〇，並以該空 氣進氣機構1 〇推動空氣穿越觀附轉輪5 5，水洗該吸附轉輪5 5 ’使用時罩體13不動，吸附轉輪5 5係處於旋轉狀態，因之旋轉 360度，即一圈，而吸附轉輪5 5被罩體丄3包覆的面積在吸附轉輪5 5面上形成一圈已清洗過的區域，使吸附轉輪5 5因旋轉而得以全面 清洗過。其中該補給水管31係可為具供應去離子水功能之水管，亦 可連接至自來水管亦可連接至料，藉纟水雜或水雜水來供應水 源’另該灌水機構3 〇與該空氣進氣機構1〇係可移動式地設置，進 而設於該吸附轉輪5 5—側’使具有方便清洗吸附轉輪之功能，增加 實用性及便利性者。 惟以上所述者’僅為本發明之較佳實施例，當不能用以限定本發 明可實施之範圍’凡習於本業之人士所明顯可作變化與修飾，皆應視 為不悖離本發明之實質内容。 綜上所述’本發明實施之具體性，誠已符合專利法中所規定之發 1332863 明專利要件，謹請貴審查委員惠予審視，並賜准專利為禱。 11 1332863 【圖式簡單說明】 第1圖係為本發明吸附轉輪水洗機之立體構造示意圖。 第2圖係為本發明吸附轉輪水洗機之使用狀態示意圖。 第3圖係為本發明吸附轉輪水洗機之使用狀態剖面示意圖。 第4圖係為本發明吸附轉輪水洗機之部分構造示意圖。 第5圖係為習知吸附轉輪水洗機之結構示意圖。 【主要元件符號說明】 10、 空氣進氣機構 11、 進氣管 1 2、風機 1 3、罩體 14、容置空間 2 0、氣密元件組 21、彈性墊體 2 2、固定件 2 3、彈性墊體固定座 3 0、灑水機構 31、補給水管 3 2、喷水頭組 3 3、水幫浦 1 b、廢氣 2b、直吹轉輪廢氣 3 b、冷卻吹除空氣 4 b、濃縮廢氣 10 b、淨化空氣 1 lb、排出蓄水 15 b、排氣風車 17 b、加熱後吹除氣 2 5 b、脫附風車 3〇b、脫附熱交換器 3 51b、灑水施壓幫浦 3 5 6 b '清潔水 1332863 4 Ο、外部固定座 5 5、吸附轉輪 3 9 b、灑水排架 5 4 b、煙囪 5 5 b、吸附轉輪 5 7 b、蓄水槽 6 5 b、燃燒爐1332863 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to an adsorption reel washing machine, in particular to a design in which the air intake mechanism and the Lishui mechanism operate, so that water is sprayed through the sprinkler mechanism. The accommodating space in the hood is driven by the air inlet mechanism to form a pressure difference, and the air rushing through the absorbing wheel to form the absorbing roller washing machine is applicable to various types of absorbing reel devices. Domain. [Prior Art] The adsorption runner is generally made of inorganic ceramic fiber paper, which is formed by high-temperature burning and weft forming a plurality of honeycomb-like parallel channels, and then adsorbed or adsorbed or adsorbed on the carrier. The composition of the adsorption wheel can reach more than 4 meters in diameter, and is generally used for air pollution prevention and control, for adsorbing volatile organic gases (VOC), the diameter is between 2 meters and 4-5 meters. The thickness of the runner is usually 4 cm or 45 cm. In the semiconductor or optoelectronic industry, VOC processing mostly uses adsorption runners, but often high-folk materials are not easy to desorb, but will remain on the runner and affect its performance. Fortunately, these high-folk point materials have The water is mixed, so it is necessary to set her water relatives, with mixed operation efficiency and smooth airflow. However, due to its thickness, direct water spray can not clean the surface of the Cong, only wash the surface to a few centimeters, and can not penetrate the runner to achieve the effect of washing. On the other hand, because the adsorption wheel has a large volume, a large weight, and a number of ridicules, it is not suitable for removing the immersion cleaning. In some cases, the system is equipped with a windmill and a pipeline. When the machine is shut down, the windmill is used to reduce the frequency of the downswing, and the appropriate static pressure difference is provided to bring the flow of water through the adsorption wheel to achieve the purpose of clearing. Windmills need special adjustments and are not very convenient. On the other hand, some systems of wind 5 1332863 are shared or not part of the V〇c processing system, or the pipeline is not set, thus creating a dilemma where the adsorption runner cannot be cleaned. Therefore, the present invention provides a dedicated adsorption. The rotary water washing machine can be applied to any system of adsorption runners to clean the adsorption runner. Please refer to FIG. 5, which is a schematic structural view of a conventional adsorption wheel washing machine, which mainly comprises an adsorption wheel 55b, an exhaust windmill 15b, a desorption windmill 25b, and a desorption hot parent converter. b. Sprinkler water pressure pump 3 51b, sprinkler rack 3 9 b, chimney 5 4 b, water tank 5 7 b and other structures. The volatile organic matter processing device operates in that the exhaust gas 1b is blown in from one side of the adsorption reciprocating wheel 5 5 b and has two air flows, one of which is blown to the adsorption reel 5 5b by cooling blown air 3b. In the area, the second system directly blows the adsorption reciprocator 5 5b by the direct-blowing wheel exhaust gas 2b, wherein the direct-blowing wheel exhaust gas 2b passes through the adsorption reciprocating wheel 5 5 b, and becomes the purified air 1〇b by the exhausting windmill. The exhaust pressure of 15 b is pushed to the smoke solid 5 4 b, and the cooling blown air 3 b passes through a zone of the adsorption runner 5 5 b, and is heated by the desorption heat exchanger 3 0 b to a heating After the blow-off gas 17 b ' is passed through the adsorption runner 5 5 b to become the concentrated exhaust gas 4 b, the concentrated exhaust gas 4 b is pushed into a combustion furnace 6 5 b by a desorption windmill 25 b to become a burned Exhaust gas, and finally to the chimney 5 4 b. Open the exhaust windmill 15 b when shutting down the cleaning. Adjust the wind pressure properly. 'The clean water is 3 5 6 b. After the water is sprayed, the pump 3 3b is pumped with water, and the washing water is sprayed to the sprinkler rack 3 9 b. The adsorption wheel 5 5 b is cleaned, and then the water storage tank 5 7 b stores water therein (washing the effluent water after the adsorption wheel 5 5 b), and finally discharges the discharge water storage 11b to a treatment area. At present, the volatile organic compounds are processed by the runner, and then enter the adsorption runner through the intake pipe. The system first absorbs the pollutants and then discharges the clean gas that has passed through to the atmosphere, but the water is washed by the rotary incineration equipment. The device is inconvenient or has a field factor that cannot be installed. Because of the waterless washing, it affects the function of the adsorption wheel. For a long time, it cannot meet the requirements of the semiconductor air pollution regulations for the treatment efficiency of volatile organic compounds. In view of the lack of limitations and limitations in actual use, especially the existing adsorption wheel washing device uses a windmill and a de-winding windmill, which are all fixed equipment. There is no windmill available in a political situation, or some occasions are desorbed. The windmill is not properly modified to bring moisture into the burner and cannot be washed. The existing adsorption wheel device is an exhaust gas treatment device. It is an environmental protection device in the semiconductor or optoelectronic industry. It must be operated 24 hours a day. In addition, the pipeline has been dyed with flammable organic matter, so there are restrictions on the construction. The pipeline must be removed to avoid accidents. Therefore, the current revision does not necessarily have time. The inventor of this case has many years of experience in the business. It is a research and design system to provide consumers with the use of the consumer, and is the creative motive for the invention. SUMMARY OF THE INVENTION The main object of the present invention is to provide an adsorption wheel washing machine having a sprinkling mechanism and an air intake mechanism, the sprinkling mechanism and the air intake mechanism being disposed on one side of the adsorption runner. The utility model has the function of conveniently cleaning the adsorption wheel, and the utility model has the mobility and can increase the practicability and convenience. A second object of the present invention is to provide a suction wheel water washing device with a hermetic component group, such that the periphery of the opening end of the air inlet mechanism is elastically abutted against the adsorption wheel by the airtight component group to achieve mutual The air-tight combination and the elastic contact effect are used as a water-washing in one of the adsorption reels, thereby improving the adsorption function of the adsorption revolver washing machine and making it convenient for the industry. In order to achieve the above object, the present invention relates to an adsorption rotary water washing machine which includes an air oxygen intake mechanism and a water sprinkling mechanism; the air intake mechanism has an intake pipe, a fan and a cover, and the fan is connected to the intake air. The tube is formed at the rear end of the cover body, and an accommodating space is formed in the cover body, and an airtight component group is disposed on the periphery of the front end opening of the cover body, and the water sprinkling mechanism has a water supply pipe and a water head level 'the water jet head group The utility model is disposed in the cover body and faces the front end opening of the cover body, and the supplementary water supply and water supply system is externally connected to the water spray head group by the cover body; the water flow is operated by the operation of the water sprinkling mechanism and the air intake mechanism The sprinkling mechanism is sprayed into the accommodating space of the hood, and is pushed by the air intake mechanism to advance the airflow to form an absorbing roller washing machine. Other features and embodiments of the present invention will be further understood from the following detailed description of the drawings. [Embodiment] Please refer to the structure of the adsorption reel washing machine of the present invention as shown in Figs. 1 to 4, which includes an air intake mechanism i 〇 and a sprinkler mechanism 3 0 The air intake mechanism 1 is equipped with an intake pipe, a fan i 2 and a cover 13, and the fan 12 is connected to the rear end of the cover 13 to form a receiving portion. a space 14, wherein the cover 13 is a fan-shaped, trapezoidal, triangular, and rectangular or other shape, and the front end opening of the cover 13 is provided with a hermetic component group 2 〇, wherein the airtight component group 20 includes The elastic pad body 2 3 'an elastic pad body 21 and at least one fixing member 2 2 , the elastic pad body 21 is fixed on the elastic body fixing seat 2 3 by the fixing member 2 2 and the elastic 塾The body fixing base 2 3 is connected to the cover body 3 i332863, and the water sprinkling mechanism 3 is provided with a water supply pipe 3 i and a water jet head stage 32, and the water jet head group 32 is disposed in the cover body 13 and The front end of the cover body 3 is opened, and the water spray head group 32 faces the spray direction of the adsorption wheel 5 (the cover i 3 covers the front surface), The water supply pipe 31 is externally connected to the water spray head group 32 by the cover body 13, wherein the water supply pipe 31 is connected to the water pump 3 3, and the water supply is provided, and the water supply pipe 3 It can be connected to the water pipe and can also be connected to the water tower. The water source can be supplied by the water source or the water tower. The water source flows through the water supply mechanism through the water supply mechanism and the air intake mechanism. The ventilating space to the accommodating space χ 4 in the hood 13 is carried out by the air intake mechanism 1 G lion, and advances with the push field to make the shape sucking the wheel washing machine. Please refer to FIG. 2 to FIG. 4 , which are schematic diagrams and structural diagrams of the adsorption wheel washing machine of the present invention. The adsorption wheel water washing machine includes an air intake mechanism and a sprinkler mechanism 30; The air intake mechanism 10 has an intake air fll: the fan 12 and the cover 13 'the fan! 2 Connect the intake pipe! i is to the rear end of the cover i 3 , the cover body 3 is formed to accommodate (four) 14 , and the front end opening of the cover 13 3 is provided with an airtight call group 20 , wherein the airtight component group 2 The tether system includes an elastic carcass holder 2 ^ 3 sex body 21 and at least one fixing member 2 2 , and the elastic body 2 1 is attached to the elastic pad body holder 2 2 The elastic body fixing seat is connected to the cover body 13, and the airtight element group 2 can also include an elastic body 2 1 and at least 11 pieces 2 2 'the elastic body 2 1 The fixing member 22 is fixed to the cover 13' and the airtight member group 2 is in contact with the adsorption roller 55 by an elastic body fixing seat 23, so that the air intake mechanism i is covered by the cover i3. The periphery of the front opening is elastically abutted against the adsorption wheel 5 by the elastic body 2 i of the airtight element 9 Q group 2 to achieve the effect of mutual airtight bonding and squeezing contact, and as a connection_runner 5 5 The towel-area is washed, and the 郷 recorded body 2 1 can be a structure with a flexible wear surface of Wei. In addition, the water jet head group 3 2 is disposed in the cover body 3 (in the facing direction, the water jet head group 32 includes a nozzle or a spray hole is disposed in the cover body i 3 ; wherein the water supply pipe 3 丄The water jet head group 3 2 ) is externally connected to the cover body 1 3 , wherein the water pump 3 3 and the fan unit 2 are disposed on the (four)@seat 4 Q of the suction wheel 5 5 . By the operation of the sprinkler mechanism 30 and the air intake mechanism 1 使, the water flows through the literary water mechanism 3 〇, and the air intake mechanism 1 〇 pushes the air through the observation reel 5 5 to wash the adsorption transfer. When the wheel 5 5 ' is used, the cover 13 does not move, the adsorption wheel 5 5 is in a rotating state, and thus rotates 360 degrees, that is, one turn, and the area of the adsorption wheel 5 5 covered by the cover 丄 3 is on the adsorption wheel 5 A circle of cleaned areas is formed on the 5 faces, so that the adsorption wheel 5 5 is completely cleaned by rotation. The water supply pipe 31 may be a water pipe with a function of supplying deionized water, or may be connected to a water pipe or connected to a material, and the water source may be supplied by water or water. 'The other watering mechanism 3 〇 and the air The air intake mechanism 1 is movably disposed, and further disposed on the side of the adsorption wheel 55 to have a function of conveniently cleaning the adsorption wheel, thereby increasing practicality and convenience. However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the invention. It is obvious that those skilled in the art can make changes and modifications. The substance of the invention. To sum up the specificity of the implementation of the present invention, Cheng has complied with the patent requirements of the 1332863 issued in the Patent Law. I would like to ask your review board to give a review and grant the patent as a prayer. 11 1332863 [Simple description of the drawings] Fig. 1 is a schematic view showing the three-dimensional structure of the adsorption roller washing machine of the present invention. Fig. 2 is a schematic view showing the state of use of the adsorption reel washing machine of the present invention. Figure 3 is a schematic cross-sectional view showing the state of use of the adsorption reel washing machine of the present invention. Figure 4 is a partial schematic view showing the structure of the adsorption wheel washing machine of the present invention. Figure 5 is a schematic view showing the structure of a conventional adsorption wheel washing machine. [Description of main component symbols] 10. Air intake mechanism 11, intake pipe 1, wind turbine 1 3, cover 14, housing space 20, airtight component group 21, elastic cushion 2, fixture 2 3 , elastic pad fixing seat 30, sprinkling mechanism 31, water supply pipe 3, water jet head group 3 3, water pump 1 b, exhaust gas 2b, direct blow wheel exhaust gas 3 b, cooling blown air 4 b, Concentrated exhaust gas 10 b, purified air 1 lb, discharged water storage 15 b, exhaust gas wind turbine 17 b, heated blown air 2 5 b, desorbed windmill 3〇b, desorption heat exchanger 3 51b, sprinkling water pressure Pump 3 5 6 b 'clean water 1332863 4 Ο, external mount 5 5, adsorption runner 3 9 b, sprinkler rack 5 4 b, chimney 5 5 b, adsorption runner 5 7 b, storage tank 6 5 b, burning furnace
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