六、發明說明： 【發明所屬之技術領域】 本發明係有關於-種裝設於空調風管内部，而用以清潔 空調風管畴微細污物的可撕式黏塵管裝置，制是指可藉 由手力’即可逐-撕拉下各黏鮮處於肋層之黏塵管可 有效清除空調風管内部所沾附積存之微細污物之裝置。 【先前技術】 空調系統包含溫度、濕度、空氣清淨度及空氣循環之 控制系統’其中空調風管是為—主要配件，而現今所使用 之風官設備’其風管畴並未設有可供清潔維護之裂置， 而在清潔維護時，僅將空調肋之集塵網及空調風管各側 風口之集塵網拆下而加以清洗，因空調風管内部限於空間 狹窄、距離過長、有轉彎處及太黑暗等因素，使得維護人 員難以獻空調風管内’清除6細積存於空調風管内管 壁的碳煙、塵粉及棉絮等微細污物，經長年之累積始終無 法清除微細污物，此必雜及空飄管岐動之冷氣及回 風，甚或衍生細菌孽生之溫床，對處於密閉式空間的人們 而言，此必造成呼吸不新鮮空氣之困擾或隱藏疾病傳染之 危險，此乃習知空調風管内部未設置清潔維護裝置之盲 點，而如何改善上述之缺失以破保室内冷氣品質，而帶來 良好的居留或：L·作環境，此端賴相關業者亟需努力之目標。 1363663 " 【發明内容】 . 本發明提供一種清潔空調風管内部微細污物的可撕气 • 黏塵管裝置’包括有：數個黏塵管、數個入風口、數個出風 口、數個環圈、數個分流風口、數條拉線、數層黏膠層及一 遽網，該各黏塵管的一端分別設有一入風口，該各點塵其另 端分別設有一出風口，該各黏塵管兩端之間分別設有數個分 流風口，該各黏塵管的兩端分別設有—環圈，該各環圈分別 鲁 穿入拉線，該各拉線設於各黏塵管的内表面，該各黏塵管的 内表面分別設有-可重複使用之黏膠層，該黏塵管近空調箱 端設有-濾網，而該各黏塵管互套入，藉此組成一具可撕式 _ 黏㈣裝置。該可撕式黏塵管裝置設置於空調風管内部，而 • 使該各黏塵管逐一成為空調風管内供冷氣或回風流動之新 通道，而將原沾附積存於空調風管内的碳煙、塵粉及棉絮等 微細污物，改至沾點積存於各黏塵管當下處於最内層之黏塵 • 管内的黏膠層上。 本發明於清潔維護時，藉由手力拉動拉線，即可將對 應之各黏塵管，依序由内層往外層逐—撕拉下且移除至空 調風管外’此維護工作可定期或不定期為之，如此即可^ 保空瓣内部流動之冷氣及回風不再長期受微細污物之 涔染，進而確保室内空氣之品質。 4 【實施方式】 。月少閱圖1、圖2、圖3及圖4，本發明係提供一種清潔 空調風管内部微細污_可撕式黏塵管裝置刪，其主要包 括’黏塵官群體卜拉線知〜4『、黏膠層3及遽網7所組成， 其中該㈣管龍1係她辦k減管2a〜2f、數個入 風口 24a〜24f、數個出風口 25a〜25f及數個環圈2如〜撕 所.、且成該各入風口 2½〜24f分別設於各黏塵管2a〜2f接 近工調I目5的-端以供冷氣進入，該各出風口 2%〜况分 别。又於各#塵官2a〜2f與另-相鄰空調風管連接的一端以 供冷氣流出’該各環圈26a〜26f設於各黏層管如〜打的兩 端’該各鶴管2a〜2f互套入堆疊，而最内層之黏塵管如 套入次内層之黏塵管2b^，次㈣之黏塵管2b套入第三層 之黏塵官2c内三層之黏塵管2c纟入第四層之黏塵管況 内，第四層之黏塵管2d套入第五層之黏塵管&内而第五 層之黏塵管2e套人位於最外層之麵f 2f内，#此組成一 黏塵管群體1。 該各黏塵管2a〜2f係為薄軟之中空管，餘性、耐撕 拉及可擠壓成-團之特性，該各黏塵管2a〜2f之材質為紙 材、布材、塑膠材或三者之混合。 該各黏塵管2a〜2f的内表面21a〜21f分別設有一能 重複使用之黏膠層3,該黏膠層3之黏膠是為能重複使用之 黏膠，而黏膠之特性為易沾黏、易黏合而不會黏固，而黏 1363663 合後不脫落亦易撕拉下，而黏膠能攙配抗菌、殺菌、除臭 之材料或三者混合之材料，該黏膠層3供互套入之各黏塵 管2a〜2f互黏合，而位於最外層的該黏塵管2f外表面22f 之黏膠層3黏合於空調風管51的内管壁，以固定住黏塵管 群體1。VI. Description of the Invention: [Technical Field] The present invention relates to a tearable sticky pipe device which is installed inside an air conditioning duct and which is used for cleaning fine dirt of an air conditioning duct domain. By means of the hand force, the dusty tube which is viscous in the rib layer can be removed and removed by the hand force to effectively remove the fine dirt accumulated inside the air conditioning duct. [Prior Art] The air conditioning system includes a temperature, humidity, air purity and air circulation control system. The air conditioning duct is the main accessory, and the air duct equipment used today is not available. The cleaning and maintenance are split, and in the cleaning and maintenance, only the dust collecting net of the air ribs of the air conditioning ribs and the air outlets of the air conditioning ducts are removed and cleaned, because the air conditioning duct is limited to a narrow space and a long distance. There are factors such as turning and too dark, which makes it difficult for maintenance personnel to provide the fine dirt such as soot, dust and cotton wool stored in the air-conditioning duct inside the air-conditioning duct. After years of accumulation, it is impossible to remove fine dirt. Things, this must be mixed with the air-conditioning and the return of the wind, or even the hotbed of bacteria, for people in a closed space, this will cause trouble with breathing fresh air or hide the risk of disease transmission. This is a blind spot in the air conditioning duct that is not equipped with a cleaning and maintenance device. How to improve the above-mentioned lack of damage to the indoor air-conditioning quality, and bring a good residence or: L· Environment-related industry depends on this end urgent efforts of the goal. 1363663 " [Summary of the Invention] The present invention provides a tearable gas-sticking device for cleaning fine dirt inside an air-conditioning duct, including: a plurality of sticky pipes, a plurality of air inlets, a plurality of air outlets, and a number a loop ring, a plurality of split air outlets, a plurality of pull wires, a plurality of layers of adhesive layers, and a stack of meshes, wherein each of the dust sticks is respectively provided with an air inlet, and each of the dust points has an air outlet at the other end thereof. A plurality of split air outlets are respectively disposed between the two ends of the sticky pipe, and the two ends of the dust pipes are respectively provided with a loop ring, and the loops are respectively inserted into the pull wires, and the pull wires are disposed on the respective stick wires. The inner surface of the dust pipe, the inner surface of each of the dust pipes is respectively provided with a reusable adhesive layer, and the dust pipe is provided with a filter screen near the air conditioner box, and the dust pipes are nested with each other. Thereby forming a tearable _ sticky (four) device. The detachable sticky pipe device is disposed inside the air conditioning duct, and • the dust pipes are respectively made into a new passage for air-conditioning or return air flow in the air-conditioning duct, and the original carbon is accumulated in the air-conditioning duct Fine dirt such as smoke, dust and cotton wool is changed to the adhesive layer accumulated in the sticky layer of the innermost layer of the dusty tube. When the invention is used for cleaning and maintenance, by pulling the wire by hand, the corresponding sticky pipes can be sequentially pulled from the inner layer to the outer layer and removed to the air conditioning duct. This maintenance work can be periodically performed. Or irregularly, so that the cold air and the return air flowing inside the air-preserving valve are no longer contaminated by fine dirt for a long time, thereby ensuring the quality of the indoor air. 4 [Embodiment] Referring to Figure 1, Figure 2, Figure 3 and Figure 4, the present invention provides a cleaned air conditioning duct inside the fine dirt _ tearable sticky tube device, which mainly includes the 'adhesive official group Bra line know ~ 4", the adhesive layer 3 and the cymbal net 7 are composed, wherein the (four) pipe dragon 1 system, she has k reduction pipe 2a~2f, several air inlets 24a~24f, several air outlets 25a~25f and several loops 2, such as the tearing, and the air inlets 21⁄2 to 24f are respectively disposed in the respective ends of the dust pipes 2a to 2f close to the machine head I for the cold air to enter, and the air outlets are 2%. Further, at one end of each of the dust officials 2a to 2f and the other adjacent air conditioning ducts, a cooling air flow is made. The loops 26a to 26f are provided at the ends of the respective adhesive tubes such as the hits. ~2f nested into the stack, and the innermost layer of sticky pipe, such as the sticky tube 2b^, the second (4) sticky tube 2b, the third layer of the sticky layer 2c 2c breaks into the fourth layer of the sticky pipe, the fourth layer of the sticky pipe 2d fits into the fifth layer of the sticky pipe & the fifth layer of the sticky pipe 2e is placed on the outermost surface f Within 2f, # this constitutes a sticky tube group 1. Each of the sticky pipes 2a to 2f is a thin and soft hollow pipe, and has the characteristics of remnant, tear-resistant and squeezable into a group. The materials of the sticky pipes 2a to 2f are paper materials, cloth materials, Plastic material or a mixture of the three. The inner surfaces 21a 21f of the respective sticky pipes 2a to 2f are respectively provided with a reusable adhesive layer 3, and the adhesive of the adhesive layer 3 is a reusable adhesive, and the adhesive property is easy. It is sticky, easy to bond and will not stick, and the sticky 1363663 will not fall off and will be easily pulled off, and the adhesive can be combined with antibacterial, bactericidal, deodorizing materials or a mixture of three materials. The respective sticky pipes 2a to 2f for mutual nesting are adhered to each other, and the adhesive layer 3 of the outer surface 22f of the outermost dense dust pipe 2f is adhered to the inner pipe wall of the air conditioning duct 51 to fix the sticky pipe. Group 1.
該各黏塵管2a〜2f的入風口 24a〜24f端與空調箱5 連接處，卡設有一可拆卸清洗的袋狀濾網7，以加強過濾冷 氣及回風’而濾網袋則稍伸入黏塵管群體1當下處於供空 氣流動的最内層黏塵管2a〜2f的中空管内。 該各黏塵管2a〜2f兩端之間的内表面2la〜2if分別 設有一拉線4a〜4f，該各拉線知〜4f _端穿入對應的兩 端環圈26a〜26f内兩阻，而兩端環圈26a〜26f内的拉線 4a〜4f尾端分別與環圈26a〜26f外之同一條拉線知〜^ 互繫固以防脫落，综和上轴藉此域—射 裝置100。 ’The air inlets 24a to 24f of the respective sticky pipes 2a to 2f are connected to the air-conditioning box 5, and a detachable and cleaned bag-shaped filter screen 7 is inserted to enhance the filtering of the air-conditioning and the return air, and the filter bag is slightly extended. The dust-incorporated group 1 is now in a hollow tube of the innermost sticky tubes 2a to 2f for air flow. The inner surfaces 21a to 2if between the two ends of the respective dust tubes 2a to 2f are respectively provided with a pull wire 4a to 4f, and the respective wires are bent into the corresponding two end rings 26a to 26f. The ends of the pull wires 4a to 4f in the two end loops 26a to 26f are respectively fixed to the same pull wire outside the loops 26a to 26f to prevent falling off, and the upper shaft and the upper shaft are thereby shot. Device 100. ’
^撕式黏塵管裝置100套設於一相對應之空調風管 51内原流動之空氣，改至流動於該黏 == 黏塵管2a，的中空管内，而 碳煙、塵粉及棉絮等微 =管2…表面21，_:工 由手力拉動該各拉線4a〜4f 藉 撕口部的入風口 24a〜24f :的〜，圏26a〜 ,, 5a〜25f 加以封閉， 動該拉線4a〜4f可將對應的各黏齡2a〜2f依序由 6 内曰往外層逐—撕拉下，而移除至空調風管51外。 爲=5及圖6係本發明於維護時撕拉、移除最内層的黏塵 ▲之示思圖，欲清潔該空調風管Μ内的微細污物6時， 維蒦人員先拆卸下該翻7,探手拉動位於最㈣之黏塵管 aA^a 24a端的拉線知，即可帶動拉出兩端環圈伽内 的大。I5刀兩II拉、線4a，而使該兩環圈26a 口部的入風口 2私 及出風o 25a漸縮小至近於封閉止，該兩環圈2如部位亦 因而脫離互膠黏的次内層之黏塵管2b，而該入風口 24a端 的拉線4a亦因而被拉出至入風口 24a外。續拉動該入風口 24二外的拉線4a，當施加超過黏膠層3黏力的力量時，可 將亥出風口 25a端的黏塵管2a部位漸擴大撕拉下而脫離互 膠黏的次内層黏塵管2b。 該出風口 25a端的黏塵管2a是被拉線4a拉入黏塵管 2a的中空管内，而隨該拉線4a往施力拉動的入風口 24a方 ^移動時’必為近於賴的環圈26a 口部所阻而無法通過， 而再探手拖拉下已撕移之整個黏塵管2a，使脫離黏塵管群 $ 1。而該黏層管2a所附設之入風口 24a、出風口 25a、兩 端每圈26a、拉線4a及内表面21a已沾黏微細污物6之黏 膠層3 ’因而皆隨該黏層管2&被撕拉而移除。 此種維護運作之方式’可使該黏塵管2a内表面21a的 黏膠層3所沾黏之微細污物6，在撕拉、移除過程中被封閉 於黏塵管2a内’而不至於飄散污染至外侧黏塵管2b及空 調车自5内之設備。該黏塵管2a移除後，外側次内層之黏塵 官2b即成為空調風管51内供空氣流動之新通道，而該入 1363663 風口 24b及出風口 25b即成為空調風管51内供空氣流動之 新入'出風口’該黏塵管2b内流動的空氣所帶入之微細污 物6 ’自被該黏塵管2b内表面211)的黏膠層3所沾黏。 當爾後維護時，亦如撕拉下最内層的黏塵管2a之維護 模式，繼而依序由内往外逐一撕拉下次内層之黏塵管2b、 第三層之黏塵管2c、第四層之黏塵管2d、第五層之黏塵管 2e，終至撕拉下最外層之黏塵管以後，即將另一新的可撕 式黏塵官裝置10G套置入空調風管51内使用，以確保空 品質。 ^ 當黏塵管被撕拉移除運走之後，可將含清潔劑之強力 水柱施以噴除微細污物之處理，再以可重複朗之黏膠猶 經噴膠補強於轉層上’即可恢復沾概細污物之特性， 而_拆卸後可清洗供再使用，故已撕除之黏塵管及濾網 可回收使用，甚合乎環保要求。 圖7係本發明另-實施例之立體示意圖，由該圖所示 本發明之另-實施触要係以前述實施例之結構為基礎，、 其差異僅在於該各黏猜2a〜2f _之_四個不同值置 設有四個分流風口 23a〜23f，該四個分流風口铷〜饥 應且互通於空調風管51的各側風口 51卜該四個分流風口 23a〜23f供當下處於最内層黏塵管2a〜2f的中空管内节 之冷氣流出至室内各處，或供室内之回風流人^處= 内層黏塵管2a〜2f的中空管内。該各黏塵管2a〜2f的: 端分別設有-入風口 24a〜24f，而該各黏塵管2a〜2f的: 端則分別設有一出風口 25a〜25f，該各黏塵管2a〜2f兩* 8 1363663 ' 之間的内表面分別設有一拉線4a〜4f，該各拉線4a〜4f的 ·. 兩端分別固定於對應的入風口 24a〜24f邊及出風口 25a〜 25f邊，該各黏塵管2a〜2f的内表面分別設有一能重複使 用之黏膠層3，以供互套入之相鄰各黏塵管2a〜2f互黏合 及沾黏微細污物6,而藉此組成一具可撕式黏塵管裝置 100 ’而最外層之該黏塵管2f外表面所設置之黏膠層3黏 合於空調風管51.的内管壁，以固定住黏塵管群體1。該可 Φ 撕式黏塵管裝置100套置入空調風管51内以供空氣流動之 新通道，維護時藉由手力，依序由内層往外層逐一拉動該 各拉線4a〜4f，可將對應的該各黏塵管2a〜2f撕拉下且移 除之’以提升室内空氣之品質。 【圖式簡單說明】 第1圖係本發明與空調箱配合時之立體示意圖。 第2圖係本發明之遽網取出時之立體示意圖。 • 第3圖係本發明與空調風管結合時之立體分解示意圖。 第4圖係本發明與空調風管結合之剖面示意圖。 ^圖係树懈賴時最㈣絲塵管減齡下之示 意圖。 ^圖^㈣於維護時_之黏細嫌拉下且移除 第7圖係本發明另一實施例之立體示意目。 9 1363663 【主要元件符號說明】^Tear-type sticky dust pipe device 100 is set in a corresponding air flow in the air-conditioning duct 51, and is changed to a hollow tube flowing in the sticky == sticky pipe 2a, and soot, dust powder and cotton wool, etc. Micro = tube 2 ... surface 21, _: the hand pulls the pull wires 4a ~ 4f by the hand force to the air inlets 24a ~ 24f of the tearing mouth: ~, 圏 26a ~,, 5a ~ 25f to close, move the pull The lines 4a to 4f can be removed from the inner linings 2a to 2f sequentially from the inner lining to the outer layer, and removed to the air conditioning duct 51. ==5 and FIG. 6 is a schematic diagram of the present invention for tearing and removing the innermost layer of dust ▲ during maintenance. When cleaning the fine dirt 6 in the air conditioning duct, the maintenance personnel first disassemble the Turn 7 and probe the pull wire at the end of the most (4) sticky dust tube aA^a 24a, which can drive the large inner ring of the ring. I5 knife two II pull, line 4a, so that the air inlet 2 of the mouth of the two ring 26a is private and the air outlet o 25a is gradually reduced to close to the closed end, and the two loops 2 are thus separated from each other. The inner layer of the dust pipe 2b, and the wire 4a of the air inlet 24a end is thus pulled out to the outside of the air inlet 24a. The pull wire 4a of the air inlet 24 is pulled continuously. When the force exceeding the adhesive force of the adhesive layer 3 is applied, the dust pipe 2a at the end of the air outlet 25a can be gradually enlarged and pulled away from the mutual adhesive. Inner layer of sticky pipe 2b. The dust pipe 2a at the end of the air outlet 25a is pulled into the hollow pipe of the dust pipe 2a by the wire 4a, and is close to the ring when the wire 4a is moved toward the air inlet 24a. The mouth of the ring 26a is blocked and cannot pass, and then the entire dust pipe 2a which has been torn off is dragged and pulled, so as to get rid of the sticky tube group $1. The air inlet 24a, the air outlet 25a, the two ends of each of the 26a, the wire 4a and the inner surface 21a of the adhesive tube 2a are adhered to the adhesive layer 3' of the fine dirt 6 and thus follow the adhesive tube 2& was removed and removed. This maintenance operation means that the fine dirt 6 adhered to the adhesive layer 3 of the inner surface 21a of the sticky tube 2a can be enclosed in the sticky tube 2a during tearing and removal, instead of As for the equipment that is scattered to the outside of the sticky pipe 2b and the air-conditioned car from within 5. After the sticky tube 2a is removed, the dusty official 2b of the outer sub-inner layer becomes a new passage for air flow in the air-conditioning duct 51, and the inlet 1363663 tuyere 24b and the air outlet 25b serve as air supply in the air-conditioning duct 51. The new flow into the 'air outlet' is adhered to the fine dirt 6' carried by the air flowing in the dust pipe 2b from the adhesive layer 3 of the inner surface 211 of the dust pipe 2b. When maintenance is followed, it is also like tearing down the maintenance mode of the innermost sticky tube 2a, and then tearing the next inner layer of the sticky tube 2b, the third layer of the sticky tube 2c, and the fourth one by one. The sticky pipe 2d of the layer, the sticky pipe 2e of the fifth layer, and finally the tearing down the outermost sticky pipe, a new tearable dusting device 10G is placed in the air conditioning duct 51. Use to ensure empty quality. ^ When the sticky pipe is removed and removed, the strong water column containing the detergent can be applied to spray the fine dirt, and then the rubber can be re-coated with the repeatable adhesive. It can restore the characteristics of the fine dirt, and _ can be cleaned and reused after disassembly. Therefore, the dusty pipe and filter that have been removed can be recycled, which is in line with environmental protection requirements. Figure 7 is a perspective view of another embodiment of the present invention. The other embodiment of the present invention is based on the structure of the foregoing embodiment, and the difference is only in the respective guesses 2a~2f_ _ four different values are provided with four split air outlets 23a to 23f, the four split air outlets 饥 饥 且 and intercommunicating with the respective side air outlets 51 of the air conditioning duct 51, the four split air outlets 23a to 23f for the moment at the most The cold airflow in the inner portion of the hollow tube of the inner layer of the dusty tubes 2a to 2f is discharged to the interior of the room, or to the hollow tube of the inner layer of the dusty tubes 2a to 2f. The ends of the respective sticky pipes 2a to 2f are respectively provided with air inlets 24a to 24f, and the ends of the respective sticky pipes 2a to 2f are respectively provided with an air outlet 25a to 25f, and the respective dust pipes 2a to 2f are disposed. The inner surfaces between 2f and 2*8 1363663' are respectively provided with a pull wire 4a to 4f, and the two ends of the pull wires 4a to 4f are respectively fixed to the corresponding air inlets 24a to 24f and the air outlets 25a to 25f. The inner surfaces of the dust pipes 2a to 2f are respectively provided with a reusable adhesive layer 3 for mutually adhering the adjacent dust pipes 2a to 2f and adhering the fine dirt 6 to each other. Thereby forming a tearable sticky tube device 100' and the outermost layer of the adhesive layer 3 disposed on the outer surface of the sticky tube 2f is adhered to the inner tube wall of the air conditioning duct 51. Group 1. The Φ tear-type sticky dust pipe device 100 is placed in the air-conditioning duct 51 for a new passage of air flow, and the pull wires 4a to 4f are sequentially pulled from the inner layer to the outer layer by hand force during maintenance. The corresponding dust pipes 2a to 2f are torn off and removed to improve the quality of the indoor air. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the present invention in cooperation with an air conditioner. Fig. 2 is a perspective view showing the stencil of the present invention taken out. • Fig. 3 is a perspective exploded view of the present invention in combination with an air conditioning duct. Figure 4 is a schematic cross-sectional view showing the combination of the present invention and an air conditioning duct. ^ The picture tree is lax when it is the most (four) the intention of the wire dust tube under age. ^ Figure 4 (d) at the time of maintenance _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 9 1363663 [Description of main component symbols]
1 黏塵管群體 2a 〜2f 黏塵管 21a〜21f 内表面 22a〜 外表面 23a〜23f 分流風口 24a〜24f 入風口 25a〜25f 出風口 26a〜26f 環圈 3 黏膠層 4a 〜4f 拉線 5 空調箱 51 空調風管 511 側風口 6 微細污物 7 濾網 100 可撕式黏塵管裝置 101 sticky pipe group 2a to 2f sticky pipes 21a to 21f inner surface 22a~ outer surface 23a to 23f split air ports 24a to 24f air inlets 25a to 25f air outlets 26a to 26f ring 3 adhesive layers 4a to 4f pull wires 5 Air conditioning box 51 air conditioning duct 511 side air outlet 6 fine dirt 7 filter net 100 tearable sticky tube device 10