M359370 八、新型說明： f新型所屬的技術領域】 本新型是有闕於一種空氣濾材，特別是指一種兼具除 塵與吸附化學物質的結合活性礙的高分子聚合物空氣： 構體。 ‘ σ 【先前技術】 現有的冷氣機、空調機、除濕機或空氣清淨機中皆安 裝有空氣濾、材，以收集空氣中懸浮的微粒，進而使 〇 較清淨。 二乳 現有的空氣濾、材主要是使用玻璃纖維或溶喷高分子聚 合崎質的塑料纖維成型為織布型式，再透過該等纖維間所 界定形成的微細孔隙結構濾除空氣中懸浮的微小顆粒雜質或 塵埃，且大多僅具有單一功能，因此單純破璃纖維或塑料纖 維所製成的料是絲軸料的顆粒狀雜質，如果要去除 空氣中的異味時，則使用具有 ^ 及附作用的活性碳濾材，若還 要有殺菌、除黴、抗敏原等坌他 t 、他力月匕’則逛要再安裝各種具 不同功能㈣材，才能達❹效的空氣清淨效果。 雖然可藉由安裝多種不同 ΑΑ/Λ_ t < ^力此的空氣濾材達到多功能 的空氣清淨效果，但配合所安 裝的，慮材數量，需對應地增設 女裝槽的數ϊ，除了増加設置容 &置文聚槽的製造成本外，亦導致 冷氣機、空調機、除濕機或空 ^ /；fc 辽π淨機專機體的體積增加， 此外’由於各種濾材使用期阳 ,^ ,φ 同’需個別更換而造成使用 上較不方便。 有鑑於此，參閱圖i蛊圏 /、M 2 ’另一種現有的空氣濾材1 M359370 為複合層型式， 及一抗菌層13。 並具有相接合的一過濾層11 一除臭層12 該過濾層11主要是孅 粒較大的灰塵。娜轉成㈣布型式，詩濾除顆 織成不織布型式層用是將活性碳製成的細長纖維再 的有機化學物質::二：吸附空氣中的異味分子或氣態 太上 抗囷層13是由具甲殼素、兒茶素、 不米銀及光觸媒的抗菌纖 “ 毒的活動。 域、准所-成’可抑制空氣中細菌、病 除濕機或空氣清 埃 '去除異味與 將該空氣濾材1在冷氣機、空調機、 淨㈣的出風口’就能達到濾、除空氣中的塵 抗菌的複合功能。 透過以氣濾的過遽層u、除臭層12盘 抗园層η同樣可達到多重萄與清淨空氣的功能，但實際 上仍存有下列缺失： 必須先分別製作出該過遽層u、除臭層12與抗菌層 ，再使其相結合才能達到多效過濾、的空氣清淨功能，不但所 需的製造步驟多、要消耗更多的人力，也要使用較大量的原 Μ ’使現有的空氣遽材丨具有製造效率較差及製造成本較 局的缺失。 【新型内容】 1因此，本新型的目的，是在提供—種可提供多重過渡 =果’且能夠有效減少冑造步冑、人力與原物料以節省製 造成本的結合活性碳的高分子聚合物空氣濾材結構體。 於疋’本新型、结纟活性碳的高分子聚合物g氣渡材結 M359370 構體'含多數條相接合的複合材纖雄。 ：1、复°、材纖維疋由多數個活性碳塑料母粒所製成， :目二以成型為具有預定構型的濾材，該等複合材纖， 運目又錯結合而界定形成多數個過濾孔隙，每一複合村 纖維各具有—高分子聚合物材質的纖維主體，及多數個相 間隔地散料結合在該纖維主體的活性碳粉粒。 ㈣ΐ料，是將該結合活性石炭的高分子聚合物空氣濾材 機體的出風口處，就处以^、除濕機或空氣清淨機等 除空氣中的塵埃及去中的複合材纖維達到濾 兵及去除異味與有機化學分子的複合功能。 新3L的有I效果在於：利用該等活性碳塑料母粒势 成結合活性碳粉粒與塑料纖維主體的複合材纖維，進而成 ==!去就能利用該等纖維本體間所界定形成的過渡 鹿^ \除懸洋在空氣中的粒徑相對較大的雜質顆粒 s埃，及猎由結合在該纖維主體上的活性碳粉粒提供吸 附異味分子’有機化學物質的作用，使本新型能 的製程步驟與方法被製出，且兼具過濾與吸附雙重功效， 而具有製造成本相對較低與過濾、效果較完整的特性與優點 【實施方式】 、有關本新型的前敍其他技術内容、特，點與功效，在 μ下配合參考圖式的一較佳實施例的詳細說 楚的呈現。 γ將可清 參閲圖3與圖4，本新型結合活性碳的高分子聚人物办 M359370 氣濾、材結構體2的較佳實施例包含多數條相接合的複 纖維3。 、，該等複合材纖維3是由多數個活性碳塑料母粒所製成 :並相結合以成型為具有預定構型的空氣濾材結構體2,該 :、—Ί隹3還互相父錯結合而界定形成多數個過濾孔 :":每-複合材纖維3各具有一高分子聚合物材質的纖 維主體31，及多數個相間隔地散佈並結合在該纖維主體31 的活性碳粉粒32。 在該實施例中，該等活性碳塑料母粒是藉由熔噴技術 ，透過熱炫喷絲形成具有駭徑寬的複合材纖維3，再結合 連續喷出成型技術，讓該等纖維3在空間自㈣合與相互 =1》成具有多數個過濾孔隙21Μ預定構型的空氣濾材 2,並能透過不同的成型速度及收絲距離來控制該等 複合材纖維3的緊密程度，進而成型出具有預定孔徑與密 度的空乳濾材結構體2。由於溶喷技術在遽材製造領域中為 習知技術’故在此不再詳述。在該較佳實施例中，是使所 形成的該等過遽孔隙21的孔徑小於5μηι。 但不應以此限制該空氣據材結構體2的成型方式，1 等複合材_ 3切藉由料料碳塑料母粒㈣抽㈣ :=預定構型的遽材結構體2。當藉由此種方式製造該滤 材呤，主要是製成織布型式的空氣濾材結構體2。 該等活性碳塑料母粒實質上是由預定比例的一高分子 聚^物組份與-活性碳組份經混練造粒所製成，且每一活 性碳塑料母粒各具有一塑料主體，及多數個散布並結合在 M359370 該塑料主體内的活性碳粉粒。其中’ f玄塑料主體為—選自 於下列群組中的材質：聚丙稀、聚酉旨及聚醋酸乙㈣聚人 物。在该較佳實施例中，則是以聚丙稀作為該塑料主體 材質’但5玄塑料主體的材質不應受限，只要是能經熱熔 絲或熱溶抽絲形成細纖維的高分子聚合物皆能㈣ 主體的原料。 塑抖 、。亥等活性&粉粒32是在溶喷形成該等複合材纖維3時 ，就呈緊密而不易脫落地結合與散布在該纖維本體31中了 不兩要再透過其他額外步驟將該等活性碳粉粒h接合 纖、隹本肢3 1 ’因此，以較少的步驟、精簡的人力及—貫^ 的作魏能完成該空氣渡材結構體2的製造。其中，該 丨反私粒32可使用未搭載任何輔助粒子的單純活性碳、， 也可以使用搭載有多數個輔助粒子4的載體 且該等輔助粒子4 Α ώ 于4為一選自於下列群組中的粒子型式：太 米銀、奈米氧化鋅、太乎-气 不 組合，以藉由兮等輔二;^化欽、奈米磁粉及此等之— 再提供諸如㈣、清除自由 基4額外功能。 阳 =氣渡材結構體2的構型不應受限，可依設計與需 列…型為特定的構型，例如該遽# 2可製成-選自下 :π:構型：網片狀、片狀、柱狀、塊狀及筒狀。再 内的^疋框_未示）安裝到—機體的出風Π，或流入室 的工氣入口處，使通過兮、、虐奸9γ 塵埃处慮 的氧體中的懸浮顆粒與 且空纖維主體31的攔截而附著在該濾材2上， Μ 、、味、有機化學物質等有害分子則會受到該等 9 M359370 活性碳粉粒32吸附，藉此達到清淨空氣的使用效果。 當使用該空氣濾材結構體2進行清除空氣中的各種粉 塵與有害分子時’是利用該等複合材纖維3的纖維主體 所界定形成的孔隙21之孔徑大小來擋阻及濾除不同粒；的 固體顆粒狀雜質進入室内，屬於物理性攔阻 散布及結合於該等纖維主體31上的活性碳粉粒h則是進 行吸附仙，以去除異味分子、有機化學物料無法被該 寺過滤孔隙21攔阻的有害分子，使該空氣料結構體2能 提供較完整的過濾功能。 爹閲圖5,其中，該等活性碳粉粒32優良的吸附性能 主要是其表面形成有各種不同大小且形狀不規則的孔洞公 構，每-活性碟粉粒32表面分別具有多數個向内凹陷形成 的大孔洞部321，在該等大孔洞部321内又再延伸形成孔徑 =該等大孔洞部321的孔徑的多數個中孔洞部322，及在 該等中孔洞部322中還繼續延伸形成多數個孔徑小於該等 :孔洞部322的孔徑的微小孔洞部323，藉此，使該等雜 奴4粒32擁有極大的比表面積’且不同大小的吸附分子可 分別被吸附進入適當孔洞部321、322、323内而不易跑出 :進而能形成有效的吸附。因為吸附作用屬表面現象，所 ^透過該等活性碳粉粒32巨大比表面積的結構特性，而能 表現出強大的吸附性能。除了物理性孔隙結構會影變活性 =吸附效果外，活性碳孔隙表面的化學特性也對吸附效 ，有影響，雖然一般活性碳的吸附是無選擇性的，作是， U性碳的孔隙表面存在有金屬元素或含氧官能基物質或 M359370 ,光觸媒等非碳成分時，能夠透過這些物質擴大活性碳吸附 範圍或再提供分解污垢、殺菌等額外的效果，因此，在該 較佳實施财，可藉由使用搭载有特定辅助粒+ 4的載體 活性碳粉粒使該空氣濾材結構體2兼具更多輔助功能。 、如圖3所示，當將該空氣遽材結構體2製成網片狀型 式，亚應用於空調機體時，由於該空氣濾材結構體2兼具 該纖維主體31的物理性攔阻功能與該等活性碳粉粒32的 吸附功能，因此，M359370 VIII. New description: f new technology field] The new type is related to an air filter material, especially a polymer air: structure with both the combination of dust removal and adsorption chemicals. ‘ σ 【Prior Art】 Air filters and materials are installed in existing air conditioners, air conditioners, dehumidifiers or air purifiers to collect suspended particles in the air, which makes the 〇 clearer. The existing air filter and material of the second emulsion are mainly formed into a woven fabric type by using glass fiber or spray-polymerized polymerized sulphide plastic fiber, and then the fine pore structure defined by the fibers is filtered to filter out the tiny suspended air. Granular impurities or dust, and most of them only have a single function, so the material made of simple glass fiber or plastic fiber is the particulate impurity of the wire shaft material. If the odor in the air is to be removed, the use of the film and the accompanying action are used. The activated carbon filter material, if it is necessary to have sterilization, mold removal, anti-allergen, etc., he, he will be able to install a variety of different functions (four) materials, in order to achieve effective air purification effect. Although it is possible to achieve a multi-functional air cleaning effect by installing a plurality of different air filters, the number of women's tanks needs to be correspondingly increased in addition to the number of installed materials. In addition to the manufacturing cost of setting the volume and the volume of the groove, it also leads to an increase in the volume of the air conditioner, the air conditioner, the dehumidifier or the air conditioner, and in addition, due to the use of various filter materials, ^, φ and 'need to be replaced individually, making it less convenient to use. In view of this, referring to Fig. i 蛊圏 /, M 2 ', another conventional air filter material 1 M359370 is a composite layer type, and an antibacterial layer 13. And having a filter layer 11 joined to each other. A deodorizing layer 12 The filter layer 11 is mainly dust having a large granule. Na is converted into a (four) cloth type, and the poem filter is woven into a non-woven type. The layer is made of activated carbon and is made of an elongated fiber. The organic chemical is: 2: adsorbing the odor molecules in the air or the gas is too high. Antibacterial fiber with chitin, catechin, non-silver and photocatalyst. "Poison activity. Domain, quasi-station-forming" can inhibit bacteria in the air, disease dehumidifier or air clearing 'to remove odor and the air filter 1In the air conditioner, air conditioner, and air outlet of the air (four), it can achieve the combined function of filtering and removing dust and antibacterial in the air. It can also pass through the air-filtered layer and the deodorizing layer. The function of multiplex and clean air is achieved, but in fact, the following defects still exist: The ruthenium layer u, the deodorant layer 12 and the antibacterial layer must be separately prepared, and then combined to achieve multi-effect filtration. The clean function not only requires more manufacturing steps, but also consumes more manpower, and also uses a larger amount of originals. 'The existing air coffin has the manufacturing efficiency and the manufacturing cost is lacking. [New content] 1 Therefore, this new The purpose of the model is to provide a polymer-polymer air filter structure that combines activated carbon with a multi-transitional effect and can effectively reduce manufacturing steps, manpower and raw materials to save manufacturing costs. The novel, carbonized carbon-based polymer g gas-crossing material M359370 structure' contains a plurality of strip-joined composite materials. 1. The complex, the fiber is composed of a plurality of activated carbon plastic masterbatch Manufactured, the second filter is formed into a filter material having a predetermined configuration, and the composite fiber is combined with the wrong direction to define a plurality of filter pores, and each composite fiber has a fiber of a high polymer material. The main body, and a plurality of bulk carbon powders are bonded to the active carbon powder of the fiber body. (4) The material is the air outlet of the high molecular polymer air filter body which is combined with the active charcoal, and is disposed at a dehumidifier or The air-cleaning machine and other composite fibers except the dust in the air reach the filter and remove the complex function of the odor and the organic chemical molecules. The effect of the new 3L is that the use of the activated carbon plastic mother The combination of the activated carbon powder and the composite fiber of the main body of the plastic fiber, and then the ==! can be used to define the transitional deer formed between the fibers, and the size of the suspended ocean in the air is relatively large. The impurity particles s, and the active carbon powder particles bonded to the main body of the fiber provide the function of adsorbing the odor molecule 'organic chemical substance, so that the process steps and methods of the novel energy can be produced, and both filter and adsorption are combined. Efficacy, but with relatively low manufacturing cost and filtration, the effect is more complete characteristics [implementation], related to the other technical content, special features, points and effects of the new model, a comparison with the reference pattern under μ The detailed description of the preferred embodiment is shown in Fig. 3 and Fig. 4. The preferred embodiment of the novel activated carbon-incorporating polymer M359370 air filter and material structure 2 comprises a plurality of phases. Bonded composite fiber 3. The composite fiber 3 is made of a plurality of activated carbon plastic masterbatch: and combined to form an air filter structure 2 having a predetermined configuration, which is also combined with each other. Further, a plurality of filter holes are defined: ": each of the composite fibers 3 has a fibrous main body 31 of a high molecular polymer material, and a plurality of activated carbon particles 32 which are interspersed and bonded to the fibrous main body 31 at intervals . In this embodiment, the activated carbon plastic masterbatch is formed by a melt-blown technique to form a composite fiber 3 having a wide diameter by means of a hot-jet spinning, and combined with continuous extrusion molding technology, the fibers 3 are The space is made up of (4) and mutual = 1 into an air filter 2 having a plurality of filter pores 21 Μ predetermined configuration, and can control the tightness of the composite fibers 3 through different molding speeds and take-up distances, thereby forming An empty milk filter structure 2 having a predetermined pore size and density. Since the solvent spray technique is a well-known technique in the field of coffin manufacture, it will not be described in detail herein. In the preferred embodiment, the apertures 21 of the formed apertures 21 are formed to have a pore size of less than 5 μm. However, the molding method of the air material structure 2 should not be restricted by this, and the composite material 3 is cut by the material carbon plastic masterbatch (four): (4): = the coffin structure 2 of the predetermined configuration. When the filter material is manufactured in this manner, it is mainly formed into a woven fabric type air filter structure 2. The activated carbon plastic masterbatch is substantially prepared by mixing and granulating a polymer component and a reactive carbon component in a predetermined ratio, and each activated carbon plastic masterbatch has a plastic body. And a number of activated carbon particles dispersed and incorporated in the plastic body of M359370. The material of the 'f-plastic body is selected from the group consisting of polypropylene, polythene, and poly(ethylene) acetate. In the preferred embodiment, polypropylene is used as the material of the plastic body. However, the material of the 5th plastic body should not be limited, as long as it is a polymer which can form fine fibers by thermal fuse or hot solution spinning. Everything can be (4) the raw material of the main body. Shake, The active & powder 32 is formed by intimately forming the composite fibers 3, and is tightly and not easily detachably bonded and dispersed in the fibrous body 31, and the other activities are required to pass through other additional steps. The carbon powder h-bonded fiber and the scorpion body 3 1 ' Therefore, the manufacture of the air-passing structure 2 is completed in a small number of steps, a streamlined manpower, and a process. Here, as the antimony particles 32, a simple activated carbon not having any auxiliary particles may be used, or a carrier on which a plurality of auxiliary particles 4 are mounted may be used, and the auxiliary particles 4 Α 4 are selected from the following groups. The particle type in the group: Taimi silver, nano zinc oxide, too-gas-free combination, with bismuth and other auxiliary two; ^ Huachin, nano magnetic powder and these - then provide such as (four), scavenging free radicals 4 extra features. The configuration of the yang = gas-passing structure 2 should not be limited, and may be in a specific configuration according to the design and the needs of the type, for example, the 遽 # 2 can be made - selected from the following: π: configuration: mesh Shape, sheet, column, block and tube. The inside of the frame _ not shown is installed to the air outlet of the body, or into the gas inlet of the chamber, so that the suspended particles and hollow fibers in the oxygen body that pass through the sputum, and rape 9γ dust The main body 31 is adhered to the filter medium 2, and harmful molecules such as Μ, odor, and organic chemicals are adsorbed by the 9 M359370 activated carbon particles 32, thereby achieving the use effect of the clean air. When the air filter structure 2 is used to remove various dusts and harmful molecules in the air, the apertures of the pores 21 defined by the fiber bodies of the composite fibers 3 are used to block and filter out different particles; The solid particulate impurities enter the room, and the activated carbon particles h which are physically blocked and bonded to the fiber bodies 31 are adsorbed to remove the odor molecules, and the organic chemical materials cannot be blocked by the filter pores 21 of the temple. Harmful molecules enable the air material structure 2 to provide a relatively complete filtration function. Referring to FIG. 5, the excellent adsorption performance of the activated carbon powder particles 32 is mainly that the surface is formed with various pore sizes and irregular shapes, and each surface of the active disc powder particles 32 has a plurality of inward portions. The large hole portion 321 formed by the recess is further extended in the large hole portion 321 to form a plurality of middle hole portions 322 having apertures = the apertures of the large holes 321 , and further extending in the middle holes 322 A plurality of minute holes 323 having a smaller aperture than the apertures of the holes 322 are formed, whereby the four slaves 32 have a large specific surface area 'and adsorbed molecules of different sizes can be adsorbed into the appropriate holes, respectively. 321, 322, 323 are not easy to run out: in turn, effective adsorption can be formed. Since the adsorption is a surface phenomenon, it can exhibit strong adsorption performance by the structural characteristics of the large specific surface area of the activated carbon particles 32. In addition to the physical pore structure, the chemical activity of the pore surface of the activated carbon also has an effect on the adsorption efficiency. Although the adsorption of activated carbon is generally non-selective, the pore surface of the U-carbon When a metal element or an oxygen-containing functional group substance or a non-carbon component such as M359370 or a photocatalyst is present, the activated carbon adsorption range can be enlarged by these substances, or an additional effect such as decomposition of dirt and sterilization can be provided, and therefore, in the preferred embodiment, The air filter structure 2 can have more auxiliary functions by using carrier activated carbon particles loaded with a specific auxiliary particle + 4. As shown in FIG. 3, when the air coffin structure 2 is formed into a mesh-like type and is applied to an air-conditioning body, the air filter structure 2 has both the physical blocking function of the fiber main body 31 and the The adsorption function of the activated carbon particles 32, therefore,
乂早片工氣濾'材結構體2就能達到使 用多片渡材或多層複合濾材的空氣清淨效果，+需分別製 造具有不同功能的空氣濾材結構體，再將其組合安裝到該 空調機體，藉此，能夠在達到相同清淨效果的前提下，減 二所需製造的空氣濾材結構體的數量，進而縮減整體安裝 體積’由於只要進行製出該空氣渡材結構It 2的製程，不 需刀别進行衣k不同功能的空氣濾材層，再將該等空氣濾 材層、、且口纟#的製程’而能大量減少製程時間、人力成 本與原物料的用量。 +值得說明的是’該空氣料結構體2 +只可應用於居 家生活的至内空氣清淨，也可供各種電子工業與生物科技 f業的無f室的氣體循環與過隸用，以避免空氣中的雜 ^ 使生產良率降低。另外，也能利用該空氣濾 :冓體2良好的過濾效能，將其製成口罩產品，或製成 汽車用的空氣遽清器中的過濾材f。 帚内述本新型結合活性碳的高分子聚合物空氣濾 構體2可獲致下述的功效及優點，故確實能達到本新 11 M359370 型的目的： 算活^利用已結合有高分子聚合物與活性碳粉粒32的該 炉亩；+ 、攻1技術或熱熔抽絲技術就 月b直接臬成该等複合材纖維3 ,Λ . ^ . 汉珉^•為該空氣濾材結構體2 ;μ工氣濾材結構體2 tiL m 揮物理性攔阻較大顆 與吸附小分子的多重清淨功能，相較於分別製造呈 t不同功能的空氣濾材，再將該等空氣濾材組合在一起使 ::、、到多種清淨功能的應用方式，本新型以單一製程、 姓槿雕9人工就忐製出該空氣濾材 、、口 -，而具有可提高製程效率與節省製造成本的優點。 一'相較於現有的空氣濾材依不 針對空氣中的某種特定雜質提供清除功：材夕只能 的空氣、生、β除功此，要達到較完整 立ΓΓ 則需要分別製造多種不同的濾材，再將 '…且5使用’本新型藉由結合 ’ 定形狀的罝一啫U 守设σ材纖维3成型為預 體31門所二屮能同時利用高分子聚合物的纖維主 透過二:：隙21提供遽除雜f_的功能，並 遠撕主體31上活性碳粉粒％執行 右^使用载體型式的活性碳粉粒Μ，還 讀、清除靜電與負離子的輔助 广权 空氣清淨功能，使本新型具有有夕重而較完整的 供更佳的空氣清淨效果。 、㈣性’進而能提 惟以上所述者，僅為本 ^ 不能以此限定本新型實施的=的一k佳貫施例而已，當 利乾圍及新型說明内容：”明專 j閲早的4政變化與修飾，皆 12 M359370 仍屬本新型專利涵蓋的範圍内。 【圖式簡單說明】 圖1是-立體示意圖’說明現有的—空氣據材是由不 同功能的一過濾層、一除臭層與一殺菌層相 形； σ而成的情 圖2疋一剖視不意圖，說明該現有空氣液 結構的情形； 材為禝合層 圖3是一立體示意圖，說明本新型結人 一 ::合物空《材結構體的—較佳實施例安裝到 複合材纖維相:合7型::形說:該較佳實施例是由多數個 圖5是一局部的立丨丨鉬-立η 合材纖丨現不恩圖，說明該較佳實施例的複 隹上的-活性碳粉粒的孔隙結構。 13 M359370 【主要元件符號說明】 2 .…· …空氣濾材結構體 321 ··· •…大孔洞部 21.... ••…過濾孔隙 322 ···' •…中孔洞部 3 .···· .....複合材鐵維 323 ·· •…微小孔洞部 31 ···· ••…纖維主體 4 ...... •…辅助粒子 32···· .....活性碳粉粒 14乂 Early film air filter 'material structure 2 can achieve the air purification effect of using multiple pieces of multi-layer or multi-layer composite filter material, + need to separately manufacture air filter structure with different functions, and then install the combination to the air-conditioning body Therefore, it is possible to reduce the number of air filter structures to be manufactured and to reduce the overall installation volume while achieving the same cleaning effect, since it is not necessary to perform the process of manufacturing the air gas structure It 2 The knife does not carry out the air filter layer with different functions of the clothes, and then the process of the air filter layer and the port # can greatly reduce the process time, labor cost and the amount of the raw materials. + It is worth noting that 'the air material structure 2 + can only be used for indoor air cleaning, and it can also be used for various electronic industry and biotechnology industry. Miscellaneous in the air reduces production yield. In addition, it is also possible to utilize the air filter: the good filtration efficiency of the carcass 2, to make it into a mask product, or to make a filter material f in an air cleaner for automobiles. The novel polymer air filter 2 combined with activated carbon can achieve the following effects and advantages, so it can achieve the purpose of the new 11 M359370 type: Calculate the use of high molecular weight polymer The furnace with the activated carbon powder 32; +, attack 1 technology or hot-melt spinning technology directly into the composite fiber 3, Λ. ^. Han 珉 ^ • for the air filter structure 2 ; μ gas filter material structure 2 tiL m singularly block the multiple cleaning function of larger particles and adsorbing small molecules, compared with the air filter materials that respectively produce different functions of t, and then combine these air filter materials to make: :,, to a variety of clean function applications, the new type of single-process, surnamed 槿 carving 9 artificially produced the air filter, mouth -, and has the advantages of improved process efficiency and cost savings. Compared with the existing air filter, it does not provide cleaning work for a certain impurity in the air: only the air, raw, and β of the material can be used to achieve a more complete stand. The filter material, and then the '... and 5 use' of the new type, by combining the 'shaped shape of the 罝 啫 啫 守 σ σ 纤维 纤维 成型 成型 成型 成型 成型 成型 成型 成型 成型 成型 成型 成型 成型 成型 成型 屮 屮 屮 屮 屮 屮 屮 屮 屮 屮Two: The gap 21 provides the function of removing the impurity f_, and the active carbon powder on the main body 31 is far removed. The right type of activated carbon powder is used, and the auxiliary and wide-range auxiliary functions of reading and removing static electricity and negative ions are also read. The air purification function makes the new type have a more concentrated and complete air purification effect. (4) Sexuality, and then can be mentioned above, only this can not limit the implementation of the new implementation of the = a good example of the case, when the Lee and the new description content: "Ming Zhu j early 4 political changes and modifications, all 12 M359370 are still covered by this new patent. [Simplified illustration of the drawings] Figure 1 is a three-dimensional diagram illustrating the existing air-based material is a filter layer of different functions, The deodorant layer is shaped like a sterilizing layer; the sigma is formed by a sigmoidal view. The cross-sectional view is not intended to illustrate the case of the conventional air-liquid structure; the material is a bismuth layer. FIG. 3 is a perspective view showing the novel one. The following is a description of the preferred embodiment of the present invention. The preferred embodiment is mounted on a composite fiber phase: a type 7:: shape: the preferred embodiment is a plurality of FIG. The η 合 丨 , , , , , , , , , , 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 ·· •...large hole section 21.... ••...filtering aperture 322 ···' •... hole Department 3 .························································································· ..... activated carbon powder 14