1330102 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種化學過濾網組合結構，尤指一種藉由一框架 及複數片吸附裝置之組合設計而形成一單元體，並可視空間需求來彈 性組设複數個單元體，且透過單元體之可拆敦而可更換吸附劑，以達 到重複使用之目的，並具藝性、使用、組裝制性之效果，而 適用於積體電路、薄膜電晶體、半導體等電子製造業的無塵室或類似 場地者。 【先前技術】 為了提升製程良率’現今之半導體廠通常需於外氣空調箱及氣流 循環區加裝-化學過_裝置’以供減低外部空氣或無塵室内中含微 污染（AMCfrborne Molecular Contaminati〇n)物質，例如：含硫物 質、酸性物質、驗性物質、含低彿點之揮發性有機化合物 (VOCs:Volatile 〇rganic c〇_nds)及含高沸點之揮發性有機化合物 (VOCs)等對於製程良率的影響。 如第1⑽所示’係、為·化學顧網裝置之立體外觀示意圖， 其係為-具有進風口與出風口之框體，而該框體内的進風口與出風口 之間係結合固定謂、網，該濾網係以二層不織布A包夾-吸附劑與熱 融膠粉之混合物B形成_三明治結構，並經由加紐，令熱融膠粉因 遇熱融化而使吸附劑（如：活性碳粉等）黏合固定於二層不織布A之 間且°亥不織布八之外層又設有一層細網，以供固定結構用（即以鐵 絲環繞固定該以不織布A與吸_與熱融職之混合物成之滤 5 1330102 網）。然，該二層不織布A内除了容置有吸附劑外，尚有熱融膠粉：故， 使得該二層不織布A内可容置之吸附劑的含量降低了，進而令整體結 構之吸附、過濾之效果相對打折扣。因為，受限於習用結構係採固定 結合濾網的方式，而當吸附劑在吸附飽和後，因為吸附劑不易更新及 置換的問題，也間接提高了化學過濾網結構之耗費成本。再者，習用 化學過渡網裝置之尺寸通常是固定的，裝設時，常需要調整裝設地點， 以供挪出容納空間；故，具缺乏裝設使用上之彈性、又佔空間及其製 造成本也較高等問題。 有鑑於此，本案發明人以從事該項事業多年之經驗，並精心研究 以求改進’係為本發明所欲研創之發明動機者。 【發明内容】 本發明之主要目的，係在提供一種化學過濾網組合結構，藉由_ 框架及複數片吸附裝置之組合設計而形成一單元體，並可視空間需求 來彈性組設複數個單元體，以使在裝設使用上具絕佳之使用彈性及方 便性’而增進整體之實用性及便利性者。 本發明之次一目的，係在提供一種化學過濾網組合結構，藉由— 框架及複數片吸附裝置之組合設計而形成一單元體，以透過可拆裝單 讀’使购具可重複制及可轉吸喊置之效果，讀到降低敦 備成本及環保之目的，又該吸附裝置上可進_步設有啟閉機構，而可 將吸附飽和後之吸附劑取出，俾利吸附劑之回收再生利用，以更—步 提昇環保之效果，進而增進整體之實用性、環保性及經濟性者。 本發明之另一目的，係在提供一種化學過濾網組合結構，其中， 6 1330102 該吸附裝置係藉由一支撐結構之二側各結合有濾網來形成—吸附劑之 容置空間，使本發明之結構不需要再使用熱融膠粉，故，無熱融膠粉 佔用吸附劑之容置空間的問題，而可增加吸附劑的含量，進而可提高 吸附及過濾微污染（AMC)物質之效果，且，本發明之結構亦不需 要再使用鐵絲環繞來固定濾網，可降低成本及增加組裝之便利性，以 增進整體之實用性者。 為達上述目的，本發明之化學過濾網組合結構係設有至少一個單 元體，而該單元體係包括有一框架及複數片吸附裝置。其中，該框架 係對應設有一進風口與一出風口，而該框架内之相互對應二側上係各 對應δ史有複數個嵌槽；該複數片吸附裝置係相互連接結合並設置於該 框架内的進風口與出風口之間，而該吸附裝置係包括有一支撐結構、 至少二濾網及吸附劑，該至少二濾網係結合於該支撐結構之二側上， 該吸附劑係充填並封設於該支撐結構與至少二濾網結合形成之容置空 間内，而各吸附裝置之相互對應二側係各設有至少一結合部，以供相 鄰吸附襄置相互結合’而各吸附裝置之上 '下崎應二側係分別與框 架之敌槽相互對應氣密結合’以形成該進風口與出風口間之遮擋者。 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】 請參閱第1〜7圖，本發明之化學過濾網組合結構係設有至少一 個單元體1，而該單元體1係包括： 一框架10，該框架1〇係對應設有一進風口 i1與一出風口丄 7 1330102 2 ’而該框架10内之相互對應二側上係各對應設有複數個結合孔1 3 ;其中，該框架10係可由一頂板101、一底板1〇 2及二側立 板10 3組合而成，而該頂板1〇1與底板1〇 2係相互對應設置， 該二側立板10 3係相互對應設置並設置於該頂板1〇1與底板1〇 2之間，該頂板1 Ο 1與底板10 2係對應設有複數個喪槽14 ;而 該框架1〇之頂板1〇1與底板10 2係可進一步對應設置複數個結 合孔1 3。 複數片吸附裝置2 0，該複數片吸附裝置2 〇係相互連接結合並 設置於該框架10内之進風口1 1與出風口12之間，而該吸附裝置 20係包括有一支撐結構21、至少二濾網22及吸附劑23，該至 少一濾、網2 2係結合於該支樓結構21之二側上，其結合方式係可採 黏合、熱融膠合、超音波結合…等之其中任一方式，該吸附劑2 3係 充填並封設於該支撐結構21與至少二濾網2 2結合形成之容置空間 内，而該吸附裝置20之相互對應二側係各設有至少一結合部2〇 1，該吸附裝置2 0之支撐結構21係由四個側邊框相互連接呈一框 體，而其框體内設有複數根肋條213與複數根支撐肋214相互連 接形成之條格狀結構，且各找肋2丨4之高度係小於各肋條2丄 3 ’以使該支撲結構2 1内部形成複數個貫穿通道，而該讀結構2 1之其中-側邊框上係設有至少—充填口 2 i i i，俾利裝填吸附劑 2 3，該支賴構2 1之其中_側邊框上所設之至少_充填口 2 η 1係可進_步配設—密封條2 i i 2，該密封條2 i2係供防止充 8 1330102 填於該吸附裝置2 〇中之吸附劑2 3外洩，進而藉以形成活動一啟閉 機構211，令該吸附劑2 3活動封設於該支撐結構21與至少二濾 網2 2結合形成之容置空間内，俾利更換吸附劑2 3及重複使用該吸 附裝置2 0 ;另或該支樓結構21之至少一充填口 2111係可於裝 填吸附劑2 3後採黏合、熱融膠合、超音波結合…等之其中任一密封 的方式使充填口 21 1 1封死，以供將吸附劑2 3密封固定於該支樓 結構21與其二外側之濾網22所形成之容置空間内（圖未示）；而該 吸附裝置2 0係製成薄片型，以利降低壓力損失；該吸附裝置2 〇之 濾網2 2係為不織布濾網、細網…等之其中任一。 其中，而該框架10之頂板101與底板1〇2上進一步對應設 置之複數個結合孔13係供進一步結合複數根桿體3 〇，使桿體3 〇 之上、下相對應二側分別與框架i 〇之頂板i Q i與底板i 〇 2上的 結合孔1 3相互對應氣密結合，而各桿體3 Q上係設註少—結合部 3 0 1 ’該、结合部3 〇 χ係與吸附裝置2 〇之結合部2 〇丄相互對應 結合，以供使複數片吸附裝置2 G之相互連接結合；而該框架丄〇之 頂板1 0 1與底板1 G 2上職猶之各結合孔i 3與各嵌槽丄4係 相互連接形成複數個V形相互連接湖，且連接排列後之各v形的開 口係朝向該框以〇之進風σ i!與出風σ i 2，以供複數片吸附裝 置2 0及桿體3 0與框架1Q氣密結合形成該進風口 i i與出風口 i 2間之遮擋’喊V形被連讎狀方式対增加魏與吸附裝置 2 0接觸之面積；承上結構，以形成本發明之單元體工。 9 1330102 於本實施例中，該側立板1 〇 3之上、下方係各形成有一凸部1 03 1、1 03 1 (如第5圖所示），該頂板；[〇 1、底板1 〇2與側 立板10 3之對應結合處係各設有—凹槽丄〇丄1、1〇 21，該側 立板10 3之上、下方的凸部1〇 31 ' 1〇 31係分別與頂板10 1及底板10 2之凹槽1〇 ^丄、丄〇 2丄相互對應配合，以供便於 組合定位框架1G。而該側立板i 〇 3之其中—側上係進—步設有一 L形凸邊1〇 3 2 ’該L形凸邊1〇 3 2係抵鄰於該框架1〇内側邊 之才干體3 0的外側’俾利加強該框架丄〇結構之結合定位及氣密之效 果。而該左側立板1〇 3、右側立板工〇 3、頂板i 〇工及底板i 〇 2之彼此相鄰的結合處係各對應設置有複數鋪孔，以供組設框架丄 0時，分別藉螺件16穿過該頂板i 〇工與二側立板！〇 3上對應設 置之螺孔’以及藉另之螺件i 6穿過該底板i Q2與二側立板1〇3 上對應設置之螺孔，翻鎖合固定框架丨〇之目的。 另請再參閱第4圖，於實施時，該吸Μ置2 0之結合部2 01 係可為凸緣（即吸附裝置2 Q之相對二側邊框設為圓弧之凸緣），而該 桿體3 0之結合部3 0 1雜應設為凹槽（係對應該吸随置2 〇之 凸緣而配設為圓弧凹槽），以形成該吸附裝置2 0之結合部2 〇 χ與桿 體3 0之結合部3 0 1相互活動卡合。於本實施例中，體3 〇係 設有二結合部3 0 1 (本實施例中係採凹槽），以供—桿體3 ◦結合二 吸附裝置2 0，而該吸附裝置2 Q之其中—結合部2 〇丄係與前一個 桿體3 C之結合部3◦i對應卡合，該吸附裝置2 q之另—結合部2 10 1330102 ◦!與後1桿體30之結合部3〇1對應卡合，使複數纽附裝置 連接並達氣密此外’雖然本實施例之吸附裝置2 〇的結 合部2 01係採凸緣，而該桿體q η β ^人# η 3 0之、，.0 s部3 〇 1係對應配合為凹 槽，以供對應結合；但於實際實 、貫施時，亦可採其他之相互對應配合之 結合態樣，以達到相互對應結合者。1330102 IX. Description of the Invention: [Technical Field] The present invention relates to a chemical filter mesh combination structure, and more particularly to a unit body formed by a combination design of a frame and a plurality of adsorption devices, and visual space requirements The elastic unit is provided with a plurality of unit bodies, and the adsorbent can be replaced by the detachable unit of the unit body, so as to achieve the purpose of repeated use, and has the effects of artistic, use and assembly, and is suitable for the integrated circuit, A clean room or similar site for electronic manufacturing such as thin film transistors and semiconductors. [Prior Art] In order to improve the process yield, today's semiconductor factories usually need to install a chemical-instrument in the external air-conditioning box and the air circulation area to reduce the external air or the micro-contamination in the clean room (AMCfrborne Molecular Contaminati 〇n) Substances such as sulfur-containing substances, acidic substances, test substances, volatile organic compounds (VOCs: Volatile 〇rganic c〇_nds) containing low-points, and volatile organic compounds (VOCs) containing high boiling points Wait for the impact of process yield. As shown in the first (10), the schematic diagram of the stereoscopic appearance of the system is a frame having an air inlet and an air outlet, and the air inlet and the air outlet in the frame are fixed together. , the net, the filter is made of a two-layer non-woven fabric A-mixture of adsorbent and hot melt rubber powder B to form a sandwich structure, and through the addition, the hot melt rubber powder is melted by heat to make the adsorbent (such as : activated carbon powder, etc.) is adhesively fixed between the two layers of non-woven fabric A and the outer layer of the non-woven fabric is also provided with a layer of fine mesh for fixing structure (ie, the wire is wrapped around the non-woven fabric A and the suction and heat fusion) The mixture of the job becomes a filter 5 1330102 net). However, in the second layer of non-woven fabric A, in addition to the adsorbent, there is still a hot melt rubber powder: Therefore, the content of the adsorbent which can be accommodated in the second layer of non-woven fabric A is lowered, thereby further adsorbing the whole structure. The effect of filtering is relatively discounted. Because it is limited by the way in which the conventional structure adopts a fixed filter, when the adsorbent is saturated, the cost of the chemical filter structure is indirectly increased because the adsorbent is difficult to be renewed and replaced. Moreover, the size of the conventional chemical transition network device is usually fixed. When installing, it is often necessary to adjust the installation location for the removal of the accommodation space; therefore, it has the flexibility of occupying and using, occupying space and manufacturing thereof. The cost is also higher. In view of this, the inventor of the present case has been engaged in the business for many years and has carefully studied to improve the invention as a motive for the invention of the invention. SUMMARY OF THE INVENTION The main object of the present invention is to provide a chemical filter net assembly structure, which is formed by a combination of a frame and a plurality of adsorption devices to form a unit body, and elastically set a plurality of unit bodies according to space requirements. In order to improve the usability and convenience of the overall use and flexibility of installation and use. A second object of the present invention is to provide a chemical filter mesh assembly structure, which is formed by a combination of a frame and a plurality of adsorption devices to form a unit body for reproducible through the removable single reading. It can be turned into the effect of squeaking and screaming, and the purpose of reducing the cost of maintenance and environmental protection can be read. In addition, the adsorption device can be equipped with an opening and closing mechanism, and the adsorbent after adsorption can be taken out, and the adsorbent can be taken out. Recycling and recycling, in order to further improve the environmental protection effect, and thus improve the overall practicality, environmental protection and economy. Another object of the present invention is to provide a chemical filter mesh assembly structure, wherein the adsorption device is formed by combining a filter mesh on both sides of a support structure to form an accommodating agent accommodating space. The structure of the invention does not need to use the hot melt rubber powder. Therefore, no hot melt rubber powder occupies the problem of the accommodating space of the adsorbent, and the content of the adsorbent can be increased, thereby improving the adsorption and filtration of micro-contamination (AMC) substances. The effect of the invention also eliminates the need to use wire wrap to fix the filter screen, which can reduce the cost and increase the convenience of assembly, so as to improve the overall utility. To achieve the above object, the chemical filter screen assembly of the present invention is provided with at least one unit body, and the unit system includes a frame and a plurality of sheets of adsorption means. Wherein, the frame is correspondingly provided with an air inlet and an air outlet, and the corresponding two sides of the frame have corresponding plurality of grooves in the corresponding δ history; the plurality of adsorption devices are connected and connected to the frame Between the air inlet and the air outlet, the adsorption device includes a support structure, at least two screens and an adsorbent, and the at least two screens are coupled to the two sides of the support structure, and the adsorbent is filled and Encapsulating in the accommodating space formed by the support structure and the at least two screens, and each of the adsorption devices is provided with at least one joint portion corresponding to the two sides, so that adjacent adsorption devices are combined with each other and each adsorbed On the device, the lower side of the lower jaw is respectively airtightly coupled with the enemy groove of the frame to form a occlusion between the air inlet and the air outlet. Other features and embodiments of the present invention will be further understood from the following detailed description of the drawings. [Embodiment] Referring to Figures 1 to 7, the chemical filter mesh assembly of the present invention is provided with at least one unit body 1 and the unit body 1 comprises: a frame 10, the frame 1 is correspondingly provided with a The air outlet i1 and the air outlet 丄7 1330102 2 'and the corresponding two sides of the frame 10 are respectively provided with a plurality of coupling holes 13; wherein the frame 10 can be a top plate 101 and a bottom plate 1 〇 2 And the two side vertical plates 10 3 are combined, and the top plate 1〇1 and the bottom plate 1〇2 are disposed corresponding to each other, and the two side vertical plates 10 3 are disposed corresponding to each other and disposed on the top plate 1〇1 and the bottom plate 1〇 Between the two, the top plate 1 Ο 1 and the bottom plate 10 2 are correspondingly provided with a plurality of stagnation grooves 14; and the top plate 1 〇 1 of the frame 1 与 1 and the bottom plate 10 2 may further be provided with a plurality of coupling holes 13 . a plurality of adsorption devices 20, the plurality of adsorption devices 2 are connected to each other and disposed between the air inlet 1 1 and the air outlet 12 in the frame 10, and the adsorption device 20 includes a support structure 21, at least The second filter 22 and the adsorbent 23 are combined on the two sides of the branch structure 21, and the combination thereof is a combination of adhesive bonding, hot melt bonding, ultrasonic bonding, etc. In one embodiment, the adsorbent 23 is filled and sealed in the accommodating space formed by the support structure 21 and the at least two screens 2 2, and the adsorption device 20 is provided with at least one combination corresponding to each other. In the second part, the support structure 21 of the adsorption device 20 is connected to each other by four side frames to form a frame, and a frame body is formed in the frame body with a plurality of ribs 213 and a plurality of support ribs 214 connected to each other. a structure, and the height of each of the ribs 2 丨 4 is smaller than each rib 2 丄 3 ′ such that a plurality of through passages are formed inside the spur structure 2 1 , and the middle side frame of the read structure 2 1 is provided At least - filling port 2 iii, filling the adsorbent 2 3, the structure 2 1 of the _ side frame is provided at least _ filling port 2 η 1 can be arranged in step _ step sealing strip 2 ii 2, the sealing strip 2 i2 is used to prevent charging 8 1330102 filling in the adsorption device 2 〇 The adsorbent 2 3 is leaked out, thereby forming a movable-opening and closing mechanism 211, so that the adsorbent 23 is actively enclosed in the accommodating space formed by the support structure 21 and the at least two filter screens 2 2, The adsorbent 2 3 is replaced and the adsorption device 20 is reused; or at least one filling port 2111 of the branch structure 21 can be bonded, hot melted, ultrasonically combined, etc. after loading the adsorbent 2 3 In any sealing manner, the filling port 21 1 1 is sealed for sealing and fixing the adsorbent 23 in the accommodating space formed by the filter structure 22 of the branch structure 21 and the two outer sides thereof (not shown); The adsorption device 20 is formed into a sheet type to reduce pressure loss; the filter 2 2 of the adsorption device 2 is a non-woven filter, a fine mesh, or the like. Wherein, the plurality of bonding holes 13 further disposed on the top plate 101 of the frame 10 and the bottom plate 1〇2 are further configured to further combine the plurality of rods 3 〇 so that the upper and lower sides of the rod body 3 分别 are respectively The top plate i Q i of the frame i and the joint hole 1 3 on the bottom plate i 〇 2 are airtightly coupled to each other, and the rods 3 Q are provided with less injection-bonding portion 3 0 1 ', the joint portion 3 〇χ The joint portion 2 of the adsorption device 2 is coupled to each other for coupling the plurality of adsorption devices 2 G to each other; and the top plate 1 0 1 and the bottom plate 1 G 2 of the frame are each The coupling hole i 3 and the slotted groove 4 are interconnected to form a plurality of V-shaped interconnecting lakes, and the openings of the V-shapes after the connection are arranged toward the frame to enter the air σ i! and the wind σ i 2 For the plurality of pieces of adsorption device 20 and the rod body 30 and the frame 1Q are airtightly combined to form an occlusion between the air inlet ii and the air outlet i 2 'short V shape is connected to the 雠 雠 way to increase the Wei and adsorption device 2 0 The area of contact; the structure is supported to form the unit body of the present invention. 9 1330102 In this embodiment, the top plate 1 〇3 above and below the bottom are formed with a convex portion 10 1 1 , 1 03 1 (as shown in Fig. 5), the top plate; [〇1, bottom plate 1 The corresponding joints of the 〇2 and the side vertical plates 10 3 are respectively provided with a groove 丄〇丄1, 1〇21, and the convex portions 1〇31 '1〇31 above and below the side vertical plate 10 3 are respectively The grooves 1 〇 丄 and 丄〇 2 与 of the top plate 10 1 and the bottom plate 10 2 are cooperatively matched to facilitate the combination of the positioning frame 1G. And the side of the side vertical plate i 〇3 is provided with an L-shaped convex edge 1〇3 2 'the L-shaped convex edge 1〇3 2 is adjacent to the inner side of the frame 1〇 The outer side of the body 30 enhances the combined positioning and airtight effect of the frame structure. And the joints of the left vertical plate 1〇3, the right vertical plate work 3, the top plate i and the bottom plate i 〇2 are respectively provided with a plurality of paving holes for setting the frame 丄0, The screw 16 is passed through the top plate i and the two side panels respectively! The corresponding screw hole ′ on the 〇 3 and the screw member i 6 passing through the bottom plate i Q2 and the corresponding screw holes on the two side vertical plates 1 〇 3 are used for the purpose of flipping the fixing frame 丨〇. Please refer to FIG. 4 again. In the implementation, the joint portion 20 of the suction device 20 can be a flange (ie, the opposite side frame of the adsorption device 2 Q is a flange of an arc), and the The joint portion 3 0 1 of the rod body 30 should be set as a groove (which is arranged to be a flange groove corresponding to the flange of the 2 〇) to form the joint portion 2 of the adsorption device 20 〇 The joint portion 301 of the shank and the rod body 30 is engaged with each other. In the embodiment, the body 3 is provided with two joint portions 30 1 (in this embodiment, a groove is adopted), so that the rod body 3 ◦ is combined with the second adsorption device 20, and the adsorption device 2 Q Wherein, the joint portion 2 and the joint portion 3◦i of the previous rod body 3 C are correspondingly engaged, and the joint portion 2 10 1330102 of the adsorption device 2 q is combined with the joint portion 3 of the rear rod body 30 〇1 corresponds to the engagement, so that the plurality of button attachment devices are connected and airtight. Further, although the joint portion 201 of the adsorption device 2 of the present embodiment is a flange, the rod body q η β ^人# η 3 0 The .0 s part 3 〇1 series is correspondingly matched as a groove for corresponding combination; but in actual and continuous application, other combinations of mutually corresponding cooperation may be adopted to achieve mutual coupling. .
清再參閱第1〜7圖，本判之化學過_組合結構的特點係在 於·藉由-框架1〇及複數片吸附裝置2◦之組合設計，以形成一單 元體1 ’而可依據欲裝設化學過_的場所之空間大小來彈性組合複 數個單it體1 ’使具雛之制彈性及便利性；而藉由該單元體丄之 吸附裝置2 0係於-支觀構2 i之二側各結合—義2 2而形成一 吸附劑2 3的容置空間，使本發明之結構不需要再使用熱融膠粉，故， 無熱融踢粉佔用吸附劑2 3之容置空間的問題，而可增加吸附劑2 3 的含量，進而可提高吸附及過濾微污染（AMC)物質之效果，且本 發明之結構係採吸附裝置2 〇及框架丄0相互活動組設結合之方式， 不再需要再使用鐵絲環繞來固定濾網，使具降低製造成本及增加組裝 與拆卸之便利性；而藉由該吸附裝置2 〇可進一步設有一啟閉機構2 11，可方便充填吸附劑2 3，且當吸附劑2 3吸附飽和後，可藉由 拆卸單元體1來取換該吸附裝置2 〇或更換吸附裝置2 〇内之吸附劑 2 3 ’避免了習用結構於吸附劑2 3吸附飽和後之需要置換整組化學 過濾網結構的設備成本，使具環保性及降低設備更換成本之效果；且 藉由本發明之吸附裝置2 〇設有啟閉機構21 1，而可取出吸附飽和Referring again to Figures 1 to 7, the chemically-combined structure of the present invention is characterized by a combination of a frame 1 〇 and a plurality of adsorption devices 2 , to form a unit body 1 ' The space size of the place where the chemical has been installed is used to elastically combine a plurality of single bodies 1 'to make the elasticity and convenience of the body; and the adsorption device 20 of the unit body is attached to the support structure 2 i The two sides are combined with each other to form an accommodating space for the adsorbent 2 3, so that the structure of the present invention does not need to use the hot melt rubber powder, so that no hot melt kick powder occupies the accommodating agent 2 3 The problem of space can increase the content of adsorbent 2 3 , thereby improving the effect of adsorbing and filtering micro-polluting (AMC) substances, and the structure of the present invention is combined with the interaction mechanism of the adsorption device 2 and the frame 丄0. In this way, it is no longer necessary to use the wire wrap to fix the filter screen, so that the manufacturing cost is reduced and the assembly and disassembly convenience is increased; and the adsorption device 2 can further be provided with an opening and closing mechanism 2 11, which can be conveniently filled and adsorbed. Agent 2 3, and when the adsorbent 2 3 is saturated, Replacing the adsorption device 2 by disassembling the unit body 1 or replacing the adsorbent 2 3 in the adsorption device 2 避免 avoids the equipment cost of replacing the entire chemical filter structure after the conventional structure is adsorbed and saturated by the adsorbent 23 The effect of environmental protection and reduction of equipment replacement cost is achieved; and the adsorption device 2 of the present invention is provided with the opening and closing mechanism 21 1, and the adsorption saturation can be taken out.
II 1330102 後之吸附劑2 3 ’俾利吸附劑2 3之回收再生利用，更增進了環保性； 综上所述，使發明具環保性、使用彈性、組裝便利性、經濟性及實用 性之效果者。 請參閱第6圖，係單元體1之使用示意圓，本實施例中係藉由單 元體1之各桿體3 0與各吸附裝置2 0係對應卡設於該框架1〇之各 結合孔1 3及各嵌槽1 4内（請配合參照第5圖），以形成該進風口 1 1與出風口12間之遮擋’該框架10内之複數個結合孔13與複數 個嵌槽14係形成複數個V形相互連接排列，而連接排列後之各v形 的開口係朝向該框架10之進風口1 1與出風口12，使複數個吸附 裝置20與框架1〇形成氣密結合。當外氣吹入進風口11時，該複 數個V形相互連接排列之設計’可增加外氣與吸附裝置2 〇 (即吸附 裝置2 0内之吸附劑2 3)接觸之面積，進而可提高過濾之效果。而 於實際實施時，該複數個單元體1係可採左右連接相互結合成一體（圖 未示）、上下堆疊相互結合成一體（圖未示）或上下堆疊與左右連接而 結合成一體（請參閱第7圖）等方式組設。 請參閱第7圖，係複數個單元體1上下堆疊與左右連接之組設應 用示意圖，其中，該框架10之頂板10 1、底板1〇2及二側立板 10 3之外係進一步設有至少一延伸結合部15，且該頂板1〇1、 底板10 2及二側立板10 3外之各延伸結合部15係相互對應設 置，而本實施例中，該延伸結合部15係為嵌槽，以供設置塾圈6 〇 來固定複數個單元體1之組設。又，該框架1〇之頂板i 〇1、底板 12 1330102 10 2及—側立板1◦3之外係可進—步設有至少_盲孔17 (未貫 穿之孔）’以供藉螺件（圖未示）穿透該相鄰二單元體1之框架i 〇的 頂板1〇1與底板1◦2上對應設置之盲孔17，或穿透二框架i 〇 之相鄰的二側立板1 0 3上對触置之盲孔1 7，以供強化複數個單 疋體1間之固定組設。再者，該框架10外係可進-步設有至少—固 定件7 〇 ’該固定件7 Q係呈c形，顧定件7 〇上係設有卡槽該 卡槽係供卡設相鄰之二框架丨◦(亦指相鄰之二單元體丨的框架1〇) 的頂板1◦1與底板1◦2，以及相鄰二側立板1Q 3之間，俾利加 強複數個單元體丨的鍊i Q間之組設定位。综上可知，本發明可依 據欲裝設場所之空間大小而彈性組設單元體1之個數，且當吸附㈣ 3吸附飽和後’可藉由拆卸單元體1而更換吸附劑2 3，使具環保性、 使用彈性、組裝便利性及實用性之效果。 另請參閱第8及9圖’係為本發明另-實施例之單元體内各吸附 裝置間之連接結合示意圖及框架的組裝示意圖。本發明於實際使用 時’除了上述如第1至5圖之實施方式外’亦可實施為不設置複數根 桿體3 0而令相鄰之二吸附裝置2 0彼此相互連接結合，本實施例之 單元體1係包括有一框架丄0及複數片吸附裝置2 〇，該框架丄〇係 對應設有一進風口1 1與一出風口12，而該框架丄〇内之相互對應 二側上係各對應設有複數個嵌槽14，該框架1〇内之各嵌槽i 4係 相互連接形成複數個V形相互連接排列，且連接排列後之各v形的開 口係朝向該框架i 〇之進風口 i i與出風α! 2，以供複數片吸附裝 13 1330102 置2 0與框架1〇氣密結合，並增加外氣與吸附裝置2 〇接觸之面 積；該複數片吸附裝置2 〇係相互連接結合並設置於該框架1〇内的 進風口11與出風口12之間，而該吸附裝置2◦係包括有-支偉結 構21、至少二濾網2 2及吸附劑2 3，該至少二濾網2 2係結合於 該支撑結構2 1之二側上，該吸贿2 3縣填並封設於該支樓結構 21與至少二滤網2 2結合形成之容置空間内，而各吸附裝置2 〇之 相互對應二側係各設有至少一結合部2 〇丄，以供相鄰吸附裝置2 〇 相互結合’而各吸附裝置2 Q之上'下相對應二側係分別與框架丄〇 之彼槽14相互對應氣密結合，以形成該進風口1丄與出風口丄2間 之遮擋。其中，該相鄰之二吸附裝置2 〇的結合部2◦丄相互結合之 方式係可採榷接、鎖合、嵌合、卡合.之其中任—種結合方式，以供複 數片吸附裝置2 0相互連接結合，而本實施例中，該相鄰之二吸附裝 置2 0的結合部2 〇1係對應設置有_及樞孔，以供相互樞設結合 者。 综上所述，本發明確可達到發明之預期目的，具有實用價值無疑， 差:依法提出專利申請。 惟以上所述之频實施例，僅制_釋本«之_及功效， 而非用以限定本發明之可實施射，因此在未脫離本發明上揭禁之精 神與技術術，购她賴娜喊㈣效改變及修 錦’均仍應為下述之中請專利範圍所涵蓋。 1330102 f圖式簡單說明】 第1圖係為本發明之實施例之立體外觀示意圖。 第2圖係為本發之實施例之元件分解圖。 第3圖係為本购之實齡i之飾裝置之树分解圖。 第4圖係為本剌之實施例之單元體内之㈣與吸喊置組裝示意 圖。 第5圖係為本發明之實補之單元體内之框㈣《示意圓。 第6圖係為本發明之實施例之單it體之使用示意圖。 第7圖係為本發明之實施例之複數解元合後之立體外觀示意 圖。 第8圖係為本發明另—實關之單元翻各觸裝置間之連接結合示 意圖。 第9圖係為本發明另一實施例之單元體内之框架的組裝示意圖。 第10圖係為習用之化學濾網裝置之立體外觀示意圖。 【主要元件符號說明】 1、單元體 1 0、框架 1〇1、頂板 1011、凹槽 1 0 2、底板 10 21、凹槽 1330102 1 Ο 3、側立板 10 31、凸部 1 0 3 2、L形凸邊 1 1、進風口 12、 出風口 13、 結合孔 -· 1 4、嵌槽 ® 15、延伸結合部 1 6、螺件 1 7、盲孔 2 0、吸附裝置 2 01、結合部 21、支撐結構 211、啟閉機構 • 2111、充填口 2112、密封條 2 1 3、肋條 214、支撐肋 2 2、濾網 2 3、吸附劑 3 0、桿體 16 1330102 3 01、結合部 6 Ο、塾圈 7 Ο、固定件 A、 不織布 B、 吸附劑與熱融膠粉之混合物II 1330102 After the adsorbent 2 3 ' 俾 吸附 adsorbent 2 3 recycling and recycling, and more environmentally friendly; In summary, the invention is environmentally friendly, flexible, easy to assemble, economical and practical Effect. Referring to FIG. 6 , a schematic circle is used for the unit body 1 . In this embodiment, each of the rod bodies 30 of the unit body 1 and the respective adsorption devices 20 are correspondingly coupled to the respective coupling holes of the frame 1 . 1 3 and each of the recessed grooves 14 (please refer to FIG. 5) to form a gap between the air inlet 1 1 and the air outlet 12, and a plurality of coupling holes 13 and a plurality of slots 14 in the frame 10 A plurality of V-shaped interconnected arrays are formed, and the v-shaped openings that are connected to each other are oriented toward the air inlet 1 1 and the air outlet 12 of the frame 10, so that the plurality of adsorption devices 20 are hermetically coupled to the frame 1〇. When the external air is blown into the air inlet 11, the design of the plurality of V-shaped interconnects can increase the area of contact between the external air and the adsorption device 2 (ie, the adsorbent 2 in the adsorption device 20), thereby improving Filter the effect. In actual implementation, the plurality of unit bodies 1 can be combined with each other to form a unitary body (not shown), and the upper and lower stacks are integrated into each other (not shown) or stacked on top of each other and connected to the left and right to form an integration (please Refer to Figure 7) and other methods. Please refer to FIG. 7 , which is a schematic diagram of a plurality of unit bodies 1 stacked on top of each other and connected to the left and right. The top plate 10 1 , the bottom plate 1 〇 2 and the two side vertical plates 10 3 of the frame 10 are further provided. At least one of the extension joints 15 and the extension joints 15 of the top plate 1〇1, the bottom plate 10 2 and the two side vertical plates 10 3 are disposed corresponding to each other, and in the embodiment, the extension joint portion 15 is embedded. A slot for fixing a plurality of unit bodies 1 by setting a loop 6 〇. Moreover, the top plate i 〇1, the bottom plate 12 1330102 10 2 and the side vertical plate 1◦3 of the frame 1 can be provided with at least a blind hole 17 (a hole not penetrated) for the snail A member (not shown) penetrates the top plate 1〇1 of the frame i 该 of the adjacent two unit body 1 and the corresponding blind hole 17 on the bottom plate 1◦2, or penetrates the adjacent two sides of the two frames i 〇 The blind hole 17 7 is placed on the vertical plate 1 0 3 for reinforcing the fixed assembly of the plurality of single bodies 1 . Furthermore, the frame 10 can be further provided with at least a fixing member 7 〇 'the fixing member 7 Q is c-shaped, and the fixing member 7 is provided with a card slot for the card slot. Between the top plate 1◦1 and the bottom plate 1◦2 of the adjacent two frame 丨◦ (also referred to as the frame 1〇 of the adjacent two unit body ,), and between the adjacent two side vertical plates 1Q 3, the plurality of units are reinforced The set of bits between the chains i Q of the body. In summary, the present invention can flexibly set the number of unit bodies 1 according to the size of the space to be installed, and after the adsorption (4) 3 adsorption is saturated, the adsorbent 2 can be replaced by disassembling the unit body 1. Environmentally friendly, flexible, easy to assemble and practical. Please also refer to Figures 8 and 9 for a connection diagram and assembly of the frame between the adsorption devices in the unit body of the other embodiment of the present invention. In the present invention, in addition to the above-described embodiments as shown in FIGS. 1 to 5, the present invention may be implemented such that the plurality of adjacent rods 30 are not connected to each other, and the adjacent two adsorption devices 20 are connected to each other. The unit body 1 includes a frame 丄0 and a plurality of adsorption devices 2 〇, the frame 对应 is correspondingly provided with an air inlet 1 1 and an air outlet 12, and the frame 丄〇 corresponds to each other on the two sides. Correspondingly, a plurality of slots 14 are formed, and the slots i 4 in the frame 1 are connected to each other to form a plurality of V-shaped interconnected arrays, and the openings of the V-shapes after the connection are oriented toward the frame The air outlet ii and the air outlet α! 2 are provided for the plurality of adsorption devices 13 1330102 to be airtightly combined with the frame 1 , and increase the area where the external air contacts the adsorption device 2 ;; the plurality of adsorption devices 2 The air inlet 11 and the air outlet 12 are coupled and disposed in the frame 1 , and the adsorption device 2 includes a support structure 21 , at least two filters 2 2 and an adsorbent 2 3 , the at least Two screens 2 2 are attached to the two sides of the support structure 21, and the bribe is taken 2 3 counties are filled and enclosed in the accommodating space formed by the combination of the branch structure 21 and the at least two screens 2 2 , and each of the adsorption devices 2 设有 is provided with at least one joint portion 2 相互For the adjacent adsorption devices 2 〇 are combined with each other', and the corresponding two sides of the respective adsorption devices 2 Q are respectively airtightly combined with the other grooves 14 of the frame , to form the air inlet 1 丄The air outlet is covered by 2 blocks. Wherein, the joint portion 2 of the adjacent two adsorption device 2 ◦丄 is combined with each other in a manner of picking, locking, fitting, and engaging, for any combination of the plurality of pieces of adsorption device 20 is connected to each other, and in this embodiment, the joint portion 2 〇1 of the adjacent two adsorption devices 20 is correspondingly provided with _ and a pivot hole for mutually pivoting the coupler. In summary, the present invention can achieve the intended purpose of the invention, has practical value, and is poor: a patent application is filed according to law. However, the frequency embodiments described above are only for the purpose of limiting the present invention, and are not intended to limit the invention. Therefore, without departing from the spirit and technique of the present invention, Na shouting (four) effect changes and repairs should still be covered by the scope of the patents mentioned below. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a stereoscopic appearance of an embodiment of the present invention. Fig. 2 is an exploded view of the embodiment of the present invention. Figure 3 is an exploded view of the tree of the original age i of the purchase. Fig. 4 is a schematic view showing the assembly of (4) and squeaking in the unit body of the embodiment of the present invention. Figure 5 is a frame of the body of the invention (4) "schematic circle. Figure 6 is a schematic view showing the use of a single body of an embodiment of the present invention. Fig. 7 is a perspective view showing the three-dimensional appearance of the complex de-element of the embodiment of the present invention. Fig. 8 is a schematic view showing the connection between the units of the invention and the unit of the actual closure. Figure 9 is a schematic view showing the assembly of the frame in the unit body according to another embodiment of the present invention. Figure 10 is a schematic perspective view of a conventional chemical filter device. [Description of main component symbols] 1. Unit body 10, frame 1〇1, top plate 1011, groove 1 0 2, bottom plate 10 21, groove 1330102 1 Ο 3, side vertical plate 10 31, convex portion 1 0 3 2 , L-shaped flange 1 1 , air inlet 12 , air outlet 13 , coupling hole - · 1 4 , slotted ® 15, extended joint 16 , screw 17 , blind hole 2 0, adsorption device 2 01, combined Portion 21, support structure 211, opening and closing mechanism 2111, filling port 2112, sealing strip 2 1 3, rib 214, supporting rib 2 2, filter 2 3, adsorbent 30, rod body 16 1330102 3 01, joint 6 Ο, 塾 ring 7 Ο, fixing A, non-woven fabric B, a mixture of adsorbent and hot melt rubber powder