M3 31443 七、指定代表圖： (一）本案指定代表圖為：第（1A)圖。 ' (二）本代表圖之元件符號簡單說明： 11 :表布層； ’ 12 :裡布層；以及 13 :不織布層。 八、新型說明： 【新型所屬之技術領域】 本創作是有關於一種具有除臭物質不織布之複合織 物，特別是有關於一種利用泡泳塗佈層來覆蓋除臭物質及不 織布，以防止除臭物質因洗滌而流失之布料，並防止不織布 的層狀結構因水洗而離析。 【先前技術】 隨著科技之進步，人們對健康、舒適性的要求愈來 愈高，而氣味對於日常生活的品質高低與否，便具有很 高的決定因素。令人不適的味道，如煙臭味、廚廁的臭 味等，若能將之加以降低或使之消失，不論在生理或心 理上都會有比較舒適、健康的感覺，這是造成了除臭物 質的需求品質逐漸增加的原因。一般來說，穿在身上的 紡織品，其功能皆著重於美觀性與舒適性，目前所見之 具有除臭物質之織物，都是利用活性碳來達到目的，它 4 M331443 可以許多型式存在：椰殼層狀活性碳、球形活性碳、纖 維型活性碳以及表面經過化學處理過的活性碳等。其他 吸附，還包含了 ：矽膠、鋁膠、活性黏土、沸石和&他 具有高比表面積的多孔物質。 ：!又而吕吸附劑具有很高的選擇性，且吸附量也有 很大的不㈤。以活性碳而言，由於具有高比表面積，因 此具有很大的吸附容量，吸附對象以非極性的大分子和 飽和分子為主，如苯、甲苯、對二甲苯和甲硫醇等。人 工合成的沸石則對極性小分子物質和 主，如阿摩尼亞和硫化氫等。 十馬 習知技術中，有將活性碳粉與黏著 黏著於織物上，由於活性碳粉被黏著劑所Γΐ 性主^不对洗膝及吸附性差。另有以活 料，成= 合成纖維作為副材 活性俨舌旦u去 斤製成之布料，然此法所添加之 限，ί此二t其除臭效果仍極為有 料，實是-個崎解紅^杨臭功歧耐洗務之布 之，各項問題’為了能夠兼顧解決 缺點之實現方式;;:布之複合織物，以作為改善上述 【新型内容】 不織供一種具有除臭物質 易口洗滌而使除臭物質流失及 M3 31443 弄髒之問題。 人，本創作之-種具有除臭物質不織布之複合織物，其包 =有表布層、一裡布層、一鋪設於表布層與裡布層之間 所不、、、、層及至夕一泡沫塗佈層，而此不織布層含有除臭物 成’而泡沫塗佈層介於裡布層及不織布層之間並塗佈於裡布 曰上’用以避免卿該不織布層之除臭物質接觸裡布層。 承上所述，因依本創作之具有除臭物質不織布之複合 物，具有以下優點： (1) s除臭物質因為洗滌而從不織布脫落時，不會弄髒 裡布或表布； ⑵此複合_可藉由泡沫塗佈層包覆住除臭物質，藉 此可防止除臭物質目洗_流失；以及 (3)此複合織物可藉由提高除臭物質之比率，以提昇除 臭效能。 ^兹為使貴審查委員對本創作之技術特徵及所達到之功 效有更進一步之瞭解與認識，謹佐以較佳之實施例及配合詳 細之說明如後。 【實施方式】 以下將參照相關圖示，說明依本創作較佳實施例之具有 除臭物質不織布之複合織物，為使便於理解，下述實施例中 之相同元件係以相同之符號標示來說明。 请參閱弟1A圖，其係繪示本創作之具有除臭物質不織 布之複合織物之較佳實施例示意圖。圖中，此實施例中包含 有：一表布層11、一裡布層12及一不織布層丨3,而此不織 6 M331443 布層13係鋪設於此表布層n及此裡布層12之間，此表 層11在於可增加錢或保暖料，此裡布層㈣是 較柔軟材質之布料’以増加舒適性或保暖性等。且在此 布層13中更包含有其他不同功能之材質，將以第二 細描述之。 Η水砰 請續參閱第1B® ’其係為㈣本創作之具有除 不織布之複合織物之較佳實施狀局部示㈣。圖中，此實 施例中的不織布層13包含有一第一泡珠塗佈層131、 性碳層132及一不織布133。其中，此不織布133係可為— 水刺不織布、-熱合不織布、一漿粕氣流成網不織布、二渴 法不織布、-祕不織布、—熔喷領布、一·不織布= -缝編不織布等。而在此實施例所用之除臭物質係以—活性 碳層132來實施，其中，此除臭物質係為一多孔性含 質，更包含有椰殼活性碳粉、煤質活性碳粉、木質活性碳7 竹碳粉等。而此第-泡珠塗佈層131為一高分子聚 氨醋物所組成’且經過物理發泡處理，以形成—泡珠層，= -般來說，局分子發泡組成物具有緻密孔洞可提供較細小之 ，分子穿透’即提供似可呼吸或可透氣的 性碳層⑶可藉由這樣的孔洞吸附臭味分子，以達到除臭= 果，且較緻密之孔洞亦可保護此活性韻132之活性碳粉^ =因洗#而^失’趣止此複合不織布之層狀結構因水洗而 曰因此可杈其他添加活性碳之織品包含更多活性碳以明 顯提昇除臭效果，且更加耐洗條。 在實施過程中，上述活性碳層132 織布133中或是塗佈於不織布133上，而第一泡月佈於声不 131視需要可塗佈於裡布層12上或是塗佈於不織布二 請參閱第2A圖’其係繪示為本創作之具有除臭物質不 M3 31443 社眘 織物之另一較佳實施例示意圖。圖中，此另一較 f實施例匕含有一表布層2卜-裡布層22及-不織布層 ，而此不織布層23係鋪設於此表布層21及此裡布層22 之間此表布層21亦是增加美觀或保暖性，而此裡布層 = 適性及倾性之布料等。而此不織布層23 將以弟2B圖來詳細描述之。 :續參閱第2B圖，其係繪示為本創作之具有除臭物質 ^複合織物之另一較佳實施例示意圖。圖中，此例一 1⑯例中的不織布層23包含有一第—泡珠塗佈層 性碳層232、一不織布233及一第二泡沐塗佈層 織布、:¾相布233係可為一水刺不織布、一熱合不 =布=粕乳流成網不織布、一濕法不織布、一紡粘不織 t卜眘^丨、不織布、—針刺不織布及—缝編不織布等。而在 ❿列所用之除臭物質係以一活性碳層观來實施，其 待此^物質係為一多孔性含碳物質，更包含有椰殼活性 分子束塗佈層231及第二泡沐塗佈層234為—高 成-泡，I 旨物所組成，絲過物理發泡處理，以形 小之分子it ^分子發泡組成物具有緻密孔洞可提供較細 此活=ίΐΓΡ提供—種類似可呼贱可透氣的效果，使 粉不致因洗護此活性破層232之活性破 更多活性如‘提雜織品包含 織布=:;=:rr:=佈;r 8 M331443 Γ，Γ第1^=布9層22上或是塗佈於不織㈣ :是塗佈於不織布233 “3上=:可塗佈於表布層21上或 布之著其:繪示為本創作之具有除臭物質不織 與各層之間之較佳結合方式係利用二狀 二山6 it者劑Μ於各層之間，如此不但可使活性碳能更緊 結合’使織物更能提高耐水洗性’及使與黏著劑 _接觸之魏碳粉更為固定於_上。 以·"!之實施例為利用亞甲基藍溶液測試不同粒徑（大： 之活之0吸及不同含量（2.5g、h 5g、〇·5g) /Λ ^ ^ A έ- h 力實驗。而活性碳之所以可以吸附溶液中 谨，、言因為活性碳内部構造具有非常多的孔洞結 同疋位於活性碳的顆粒内部，而孔洞的表面上有 〒:此使亞甲基藍溶液顏色逐 ，.我們農度下會有顏色深淺的不同，所以 圖，可得到濃产盘色度）為橫座標’濃度為縱座標作 度與色度之間為一線性關係之方程式為： 濃度（％) = Κ X色度 顏二也此關係式，可以利用 請參閱第4 m # ^ 布之複合織物之糸為繪示本創作之具有除臭物質不織 徑的活性碳：之活性碳比較圖。其為利用不同粒 表，而粒徑中'(/庚大長度：1·1咖)之活性碳以「♦」來代 甲（長度：〇.6 _)之活性碳以「」來代表，而 9 M331443 粒徑小（長度：0.3mm)之活性碳以「▲」來 係將質量皆為2. 5克’不同粒徑的活性碳： ，實_ mm)、中(長度:0.6 mm)、小(長度：〇3mm)分起匕 積百分濃度皆為胸亞基藍溶液中，並每隔G至=體M3 31443 VII. Designated representative map: (1) The representative representative of the case is: (1A). ' (2) A brief description of the symbol of the representative figure: 11: surface layer; '12: lining layer; and 13: non-woven layer. Eight, new description: [New technical field] This creation is related to a composite fabric with deodorant non-woven fabric, especially related to the use of a coating layer to cover deodorant and non-woven fabric to prevent deodorization The fabric that is lost due to washing, and prevents the layered structure of the non-woven fabric from being separated by washing. [Prior Art] With the advancement of technology, people's requirements for health and comfort are getting higher and higher, and odor has a high determinant for the quality of daily life. Unpleasant taste, such as smoke odor, smell of kitchen and toilet, etc., if it can be reduced or disappeared, whether it is physiologically or psychologically comfortable, healthy, it is caused by deodorization The reason for the gradual increase in the quality of the demand for substances. Generally speaking, the functions of textiles worn on the body are mainly focused on aesthetics and comfort. The fabrics with deodorant substances that are currently seen are all made of activated carbon. 4 M331443 can exist in many types: coconut shell Layered activated carbon, spherical activated carbon, fibrous activated carbon, and activated carbon whose surface has been chemically treated. Other adsorptions include: silicone, aluminum, activated clay, zeolite, and &<>> porous materials with high specific surface area. :! And Lu adsorbent has a high selectivity, and the amount of adsorption is also very large (5). In the case of activated carbon, since it has a high specific surface area, it has a large adsorption capacity, and the adsorption target is mainly nonpolar macromolecules and saturated molecules such as benzene, toluene, p-xylene, and methyl mercaptan. Artificially synthesized zeolites are directed to polar small molecules and majors such as ammonia and hydrogen sulfide. In the conventional technology of Ten Horses, the activated carbon powder is adhered to the fabric by adhesion, and the activated carbon powder is smothered by the adhesive, and the knee is washed and the adsorption is poor. In addition, the material of the live material, the synthetic fiber is used as the auxiliary material, and the fabric is made of 俨 旦 u u u u u u u u u u u u u u u u u u u u u u u u u u u u u u u u u u Xiehong ^ Yang stinks the difference between the cloth and the wash, the various problems 'in order to be able to solve the shortcomings of the realization of the way;;: cloth composite fabric, in order to improve the above [new content] non-woven for a deodorant material Washing to remove the deodorant and the problem of M3 31443 soiling. People, the creation of a composite fabric with a deodorant material non-woven fabric, the package = a cloth layer, a lining layer, a layer between the surface layer and the lining layer, the layer, and the eve a foam coating layer, wherein the non-woven layer contains a deodorant into a 'the foam coating layer is interposed between the inner fabric layer and the non-woven fabric layer and is coated on the inner fabric' to avoid deodorization of the non-woven fabric layer The substance touches the inner layer of the cloth. As mentioned above, the composite of deodorant-non-woven fabrics created by the present invention has the following advantages: (1) When the s deodorant is detached from the non-woven fabric due to washing, it does not stain the lining cloth or the table cloth; (2) The composite _ can cover the deodorizing substance by the foam coating layer, thereby preventing the deodorizing substance from being washed and escaping; and (3) the composite fabric can improve the deodorizing performance by increasing the ratio of the deodorizing substance . In order to give your reviewers a better understanding and understanding of the technical features of the creation and the results achieved, please refer to the preferred examples and detailed explanations. [Embodiment] Hereinafter, a composite fabric having a deodorant-non-woven fabric according to a preferred embodiment will be described with reference to the related drawings. For ease of understanding, the same components in the following embodiments are denoted by the same reference numerals. . Please refer to Figure 1A, which is a schematic view showing a preferred embodiment of the composite fabric having a deodorant-non-woven fabric of the present invention. In the figure, this embodiment includes: a surface layer 11, a lining layer 12 and a non-woven layer 丨3, and the woven 6 M331443 layer 13 is laid on the surface layer n and the inner layer. Between 12, this surface layer 11 is to increase the money or warmth material, and the inner layer (4) is a softer material fabric for comfort or warmth. In this layer 13, the material of other different functions is further included, which will be described in the second detail. Η水砰 Please refer to section 1B® ’, which is the preferred embodiment of the composite fabric with non-woven fabrics (4). In the figure, the nonwoven fabric layer 13 in this embodiment comprises a first bead coating layer 131, a carbon layer 132 and a non-woven fabric 133. Among them, the non-woven fabric 133 can be - spunlace non-woven fabric, - heat sealing non-woven fabric, a pulp airlaid non-woven fabric, two thirsty non-woven fabrics, - secret non-woven fabric, - melt-blown collar fabric, a non-woven fabric = - stitch-woven non-woven fabric, etc. . The deodorizing substance used in this embodiment is implemented by the active carbon layer 132, wherein the deodorizing substance is a porous material, and further comprises coconut shell activated carbon powder, coal activated carbon powder, Wood activated carbon 7 bamboo toner, etc. The first bead coating layer 131 is composed of a polymer polyurethane and is subjected to physical foaming treatment to form a bead layer. In general, the local molecular foam composition has dense pores. It can provide a small, molecular-penetrating 'that provides a respirable or breathable carbon layer (3) that can absorb odor molecules through such pores to achieve deodorization = fruit, and denser pores can also protect this Activated carbon powder of active rhyme 132 ^ = because of washing # and ^ lost ' interesting to the layered structure of this composite non-woven fabric due to washing, so that other fabrics with activated carbon can contain more activated carbon to significantly enhance the deodorizing effect, And more resistant to washing. In the implementation process, the above-mentioned activated carbon layer 132 woven fabric 133 may be coated on the non-woven fabric 133, and the first foam cloth may be applied to the inner fabric layer 12 or coated on the non-woven fabric as needed. 2. Please refer to FIG. 2A for a schematic view of another preferred embodiment of the present invention having a deodorant material other than M3 31443. In the figure, the other embodiment f includes a surface layer 2, a lining layer 22 and a non-woven layer, and the non-woven layer 23 is laid between the surface layer 21 and the inner layer 22. The surface layer 21 is also added to the appearance or warmth, and the inner layer of the cloth is suitable for the fabric and the fabric. This non-woven layer 23 will be described in detail in Figure 2B. : Continuing to refer to FIG. 2B, which is a schematic view of another preferred embodiment of the present invention having a deodorant substance composite fabric. In the figure, the non-woven fabric layer 23 of the example 116 includes a first bead coated layer carbon layer 232, a non-woven fabric 233 and a second foam coating layer woven fabric, and the 3⁄4 phase cloth 233 system can be A spunlace non-woven fabric, a heat seal is not = cloth = 粕 milk flow into a net non-woven fabric, a wet non-woven fabric, a spunbond non-woven t Bu Shen ^ 丨, non-woven fabric, acupuncture non-woven fabric and - stitching non-woven fabric. The deodorizing substance used in the array is implemented by an activated carbon layer, and the substance is a porous carbonaceous material, and further comprises a coconut shell active molecular beam coating layer 231 and a second foam. The coating layer 234 is composed of -high-foaming, I is composed of a substance, and the silk is subjected to physical foaming treatment to form a small molecule. The molecular foaming composition has a dense pore to provide a finer one. Similar to the breathable effect of the snoring, so that the powder does not break more activity due to the activity of the active rupture layer 232. For example, the woven fabric contains woven fabric =:; =: rr: = cloth; r 8 M331443 Γ, Γ1^=cloth 9 layer 22 or coated on woven (4): applied to non-woven fabric 233 “3” =: can be applied to the surface layer 21 or cloth: it is created as a creation The preferred combination of the deodorant material and the layers is obtained by using the Erqi Ershan 6 it agent, so that the activated carbon can be more tightly combined to make the fabric more washable. 'The sex' and the contact with the adhesive_contact of the Wei toner is more fixed on the _. The example of · · "quot; for the use of methylene blue solution to test different particle sizes ( : The activity of 0 absorbs different content (2.5g, h 5g, 〇·5g) / Λ ^ ^ A έ- h force experiment. The reason why activated carbon can adsorb the solution, because the internal structure of activated carbon has A very large number of holes are located inside the particles of activated carbon, and there are defects on the surface of the holes: this makes the color of the methylene blue solution one by one. We have different shades of color under the degree of agriculture, so the picture can be richly colored. Degree) is the equation of the horizontal coordinate between the ordinate and the chromaticity: Concentration (%) = Κ X chromaticity II is also related to this relationship, please refer to the 4 m # ^ The composite fabric of the cloth is the active carbon of the deactivated material with the deodorizing material: the comparison of activated carbon: it uses different particle tables, and the particle size is '(/g length: 1.1) The activated carbon of "Ca" is represented by "♦", the activated carbon of the length (〇.6 _) is represented by "", and the activated carbon of 9 M331443 with a small particle size (length: 0.3mm) is "▲". The mass is 2. 5 grams of 'different particle size of activated carbon: , real _ mm), medium (length: 0.6 mm), small (length :〇3mm) The concentration of 匕 百分 is in the thoracic subunit blue solution, and every G to = body
3〇、45、6〇、9〇、120、150、18〇分鐘觀察與記錚二^^^^ 溶液的顏色，並根據實驗結果作成第4圖。 T 土 I 圖中，可以看到粒徑大之雜碳在經過了⑽ 的吸附性測試後，使亞曱基藍的濃度由1〇wt%降到5後 而粒徑中之活性碳則降到了 4wt%，而粒徑小之活 ^ 到了接近Owt%，亦即接近無色。因此我們可以發現活性= 的粒徑越小，吸附溶液中的亞甲基藍越多，由於表面 ^ 響吸附速率。因為在相同質量下，活性碳的粒徑越小^ 表面積越大，而表面積越大會導致活性碳與亞甲基藍溶液^ 觸的機會增多，所以粒徑越小的活性碳吸附亞甲基藍溶液合 較多。 现/曰 請參閱第5圖，其係繪示為本創作之具有除臭物質不 f之複合織物之不同含量之活性碳比較圖。其為利用不同重 量活性碳的吸附實驗··將粒徑為大（長度：11 mm)，質量分 別為2· 5克的活性碳以「♦」來代表、1· 5克的活性碳以「_」 來代表、0· 5克的活性碳以「▲」來代表，其分別放到起始" 體積百分濃度皆為10%的亞甲基藍溶液中，並每隔〇、5、1〇: 20 10、45、60、90、120、150、180分鐘觀察與記錄亞甲 基藍的顏色變化，並根據實驗結果作成第5圖。 由圖中得知，不論活性碳的重量為何，亞甲基藍溶液 /辰度曲線都是隨著時間的增加而逐漸遞減，而此現象也在實 驗，行的過程中，可明顯觀察到溶液的顏色有隨著時間增加 而k慢變淺的趨勢。圖中，可以看到質量為2· 5克的活性碳 M331443 在經過了 180分鐘之後的吸附性測試後，使亞甲基藍的濃度 由10wt%降到了 5wt%，而質量為丨.5克的活性碳在經過了 180分鐘之後的吸附性測試後，使亞甲基藍的濃度由丨⑽找 降到了 7wt%，而質量為〇· 5克的活性碳在經過了 分鐘 之後的吸附性測試後，使亞甲基藍的濃度由1〇wt%降到了 8,5wt%。因此可以發現到活性碳的重量越高，所能吸附溶液 中的亞甲基藍越多，這是因為活性碳越多時，活性碳可提供 亞甲基藍進行吸附的位置將會越多，所以溶液中更多的亞甲、 基藍會被吸附到活性碳内部表面，因此溶液顏色將會更淺。 綜上所述’活性碳優異的吸附效果是因為其且疮 造。本創作利用一高分子發泡層覆蓋:活 過洗滌後，活性碳也不會因此而流失，也就可2織 更兩比率之活性碳，以提昇織物之除臭效能。 添加 —以上舰僅為舉雛，㈣為限雜者。任何夫_ 精神與範4，而對其進行之等效修改 未=本 3於後附之申請專利範圍中。 更均應包 【圖式簡單說明】 第1圖係、為本創作之具有除臭物質 之一較佳實施例夕壬咅図· 设合織物 實施例之示意圖； 織物 2圖係為本創作之具有除臭物f 之另一較佳實施例之示意圖； 之硬合 3圖係為本創作之具有除臭物質不織布之 之黏著劑點狀分布之示意圖； 織物 織物 4圖係為本創作之具有除臭物質不織布之複人 M3 31443 之不同粒徑之活性碳比較圖；以及 第5圖係為本創作之具有除臭物質不織布之複合織物 之不同含量之活性碳比較圖。 【主要元件符號說明】 11 ·表布層； 12 :裡布層； 13 :不織布層； 131 :第一泡沫塗佈層； 132 :活性碳層； 133 :不織布； 21 :表布層； 2 2 ·裡布層； 2 3 ·不織布層； 2 31 ·弟一泡珠塗佈層； 232 :活性碳層； 233 :不織布； 234 :第二泡沫塗佈層；以及 31 :黏著劑。 123〇, 45, 6〇, 9〇, 120, 150, 18〇 minutes to observe and record the color of the solution ^^^^^, and make the 4th figure according to the experimental results. In the T soil I diagram, it can be seen that after the (10) adsorption test, the heterogeneous carbon with a large particle size reduces the concentration of the fluorene blue from 1 〇 wt% to 5 and the activated carbon in the particle size decreases. At 4wt%, the small particle size is close to Owt%, which is close to colorless. Therefore, we can find that the smaller the particle size of activity = the more methylene blue in the adsorption solution, due to the surface adsorption rate. Because the particle size of the activated carbon is smaller at the same mass, the surface area is larger, and the larger the surface area leads to an increase in the chance of contact between the activated carbon and the methylene blue solution. Therefore, the smaller the particle size, the more the activated carbon adsorbed methylene blue solution. Now / 曰 Please refer to Figure 5, which is a comparison of the activated carbon of different contents of the composite fabric with deodorant material f. It is an adsorption experiment using different weights of activated carbon. · The activated carbon with a large particle size (length: 11 mm) and a mass of 2.5 grams is represented by "♦", and 1.5 grams of activated carbon is used. _" to represent, 0. 5 grams of activated carbon is represented by "▲", which are placed in a methylene blue solution with a starting percentage of 10% by volume, and every 〇, 5, 1 〇: 20 10, 45, 60, 90, 120, 150, 180 minutes Observed and recorded the color change of methylene blue, and according to the experimental results, the fifth figure was made. It is known from the figure that regardless of the weight of the activated carbon, the methylene blue solution/density curve gradually decreases with time, and this phenomenon is also in the experiment. During the process, the color of the solution can be clearly observed. The tendency of k to become slower as time increases. In the figure, it can be seen that the activated carbon M331443 having a mass of 2.5 grams reduced the concentration of methylene blue from 10 wt% to 5 wt% after the adsorption test after 180 minutes, and the activated carbon had a mass of 0.5 g. After the adsorption test after 180 minutes, the concentration of methylene blue was reduced from 丨(10) to 7 wt%, and the concentration of activated carbon having a mass of 〇·5 gram after the minute of adsorption test gave the concentration of methylene blue. It decreased from 1〇wt% to 8,5wt%. Therefore, it can be found that the higher the weight of activated carbon, the more methylene blue can be adsorbed in the solution, because the more activated carbon, the more sites where activated carbon can provide methylene blue for adsorption, so more in solution Methylene and kiwi will be adsorbed onto the inner surface of the activated carbon, so the solution will be lighter in color. In summary, the excellent adsorption effect of the activated carbon is due to its soreness. This creation uses a polymer foam layer to cover: after the washing, the activated carbon will not be lost, so that two more ratios of activated carbon can be woven to enhance the deodorizing performance of the fabric. Add - the above ships are only for the sake of the chicks, and (4) for the limited. Any _ _ spirit and van 4, and the equivalent modification thereof is not = this 3 is attached to the scope of the patent application. More should be included [simplified description of the drawings] Figure 1 is a schematic diagram of a preferred embodiment of a deodorant substance for the creation of the present invention. The fabric 2 is a creation of the fabric. A schematic view of another preferred embodiment having a deodorant f; the hard-fitting 3 diagram is a schematic view of the point distribution of the adhesive having the deodorant non-woven fabric; the fabric 4 is based on the creation Comparison of activated carbon of different particle sizes of the deodorant non-woven fabric M3 31443; and Fig. 5 is a comparison diagram of the activated carbon of different contents of the composite fabric having the deodorant non-woven fabric. [Main component symbol description] 11 · Table cloth layer; 12: lining layer; 13: non-woven layer; 131: first foam coating layer; 132: activated carbon layer; 133: non-woven fabric; 21: surface cloth layer; · lining layer; 2 3 · non-woven layer; 2 31 · brother-bubble coating layer; 232: activated carbon layer; 233: non-woven fabric; 234: second foam coating layer; and 31: adhesive. 12