M333419 八、新型說明： 【新型所屬之技術領域】 ，更詳而言之，特別是指一種單 本創作係與透氣布有關 吸單潑之透氣布。 【先前技術】 按驾知具有吸濕排汗的一 質上具有疏水性之纖維材織 、ft一面由本 作用，你勿之表面’藉由纖維材間之毛細 作用使该衣物具有吸濕排汗作用。 【新型内容】 織布:織料二侧^ w 雜，當衣物穿著於身上受水潑 飽和：維 改=二 吸濕排汗布料之缺失，實有待加以 -其ί創作储供—種單吸單潑之魏布，該透氣布係包含 :基==縣峨_、_、•域敢厚度之透氣布料 〜，Γ '—表面上設有—潑層，該潑層佈設有一層潑 有防水及防油功能，而該基布相對該潑層之另-表 面上設有—吸層，贿·财-相_彳。 M333419 於衣之透氣布，可將該透氣布應用 衣⑽巾目子相°°上，餘物或帽料其 效能’使衣物穿著於身上受水潑濕加上： =;Γ及排汗之透氣效果’不會造成衣物黏濕。M333419 VIII. New description: [New technical field], in more detail, especially a kind of ventilation fabric related to breathable cloth. [Prior Art] According to the driver, there is a hydrophobic fiber woven fabric that absorbs moisture and wicks, and the ft side is used by this function. You should not use the surface to make the garment moisture wicking by capillary action between the fibers. effect. [New content] Weaving: Two sides of the weaving material ^ w miscellaneous, when the clothes are worn on the body and saturated with water: the change of the dimension = the lack of moisture wicking fabric, it needs to be added - its ί creation and storage - single suction Single-spraying Weibu, the breathable fabric contains: base == county 峨 _, _, • domain dare thickness of breathable fabric ~, Γ '- surface is provided with - splash layer, the splash layer is provided with a layer of splash waterproof And the oil-proof function, and the base fabric is provided with a suction layer on the other surface of the splash layer, bribe, and money. M333419 In the breathable cloth of the clothes, the breathable cloth can be applied to the clothes (10), and the remaining material or the cap material can be used to make the clothes wear on the body and get wet with water plus: =; sputum and perspiration The breathable effect 'will not cause the clothes to get wet.
請參閱第一至二圖所示， 氣布之較佳實施例之剖視圖， 一潑層20及一吸層30 ;其中 係為本創作一種單吸單潑之透 該透氣布係包含有一基布1〇、 該基布10 ’係為利用複數纖維紗11形成之經圈出及 緯圈112交套喊適當厚度之透氣布料之峨布，使具有第 一表面12及第二表面13’而纖維紗u中彼此產生孔隙m 係包含鳥眼布、PK布其中-種，於本實施例中，係為利用鳥 眼布’該針織布於每平方英忖單位面積中具有22 38條之纖 維紗11編織而成，使纖維紗n具有較大孔隙i ''Referring to the first to second drawings, a cross-sectional view of a preferred embodiment of the air cloth, a splash layer 20 and a suction layer 30, wherein the present invention is a single-supply single-sprayed permeable fabric comprising a base fabric. 1〇, the base fabric 10′ is a woven fabric formed by using a plurality of fiber yarns 11 and a woven fabric of a suitable thickness, and having a first surface 12 and a second surface 13 ′. In the yarn u, the pores are generated from each other, and the bird's eye cloth and the PK cloth are in the same kind. In the present embodiment, the fiber cloth of the bird's eye cloth is used to have 22 38 pieces per square inch of the knitted fabric. 11 woven, so that the fiber yarn n has a large pore i ''
布母一公里之纖維紗1丨重量為70〜3〇〇丹尼之間，而本實施 例中，係利用70丹尼，使該基布10輕薄，而厚度二^ 0. 3〜0. 8mm，於本實施例中採用〇. 6mm厚度左、古‘ 乂 卞又石而該纖 維紗11係可為化學纖維或天然纖維，該化學纖維係可採用 特多龍、尼龍、聚丙烯、聚乙烯、人造絲、再生棉其中—種 該天然纖維係可採用棉、麻、蠶絲、絹其中一種，而本實扩 例中，係利用化學纖維之特多龍，該基布10並可添加有= 色劑，以提供不同色系之基布10使用。 ^ M333419 該潑層20，係設於絲布i〇之第一表面12上具有防 水及防油功能，該潑層20係糊—潑劑21均勻佈於該第一 表面1，之後利用加熱烘乾收束使潑劑21結合滲透於該基布 10之纖維紗11上’並在該纖維紗u之孔隱:113周圍形成凸 缺狀之潑體21，且未覆蓋該孔隙113，使該· 113仍保 留形成透氣作用，且纖維紗11間亦形成有該孔隙113，同時， »亥潑層20由该第-表面η渗入約〇 2mm之厚度於該纖維紗 U中’且’於本實施射，該潑劑21係採用—種高性能氣 素化合物的保護劑，能特及混紡織物具有動態防 水、防油性能，並具有财水洗性；另該潑層2〇之厚度可依 不同布料厚度在0.1〜0.3mm之間。 , 該吸層3〇 ’係設於該基布10相對該潑層20之第二表面 13上’該吸層30係採用一層吸濕劑31均勻佈設於該第表面 上，其中，該吸濕劑31係為一種高性能聚丙烯酸納之吸溼 翁 排汗劑’是一種對1〇〇%聚醋布料或紗有持久性吸水及去污 • 效力，同時’其經加熱烘乾收束結合滲透於該基布1〇之纏 y 上，並由該弟二表面13滲入約〇· 4mm厚度於纖維紗 11中，形成該吸層30者。 董為供進一步瞭解本創作構造特徵、運用技術手段及所預 期達成之功效，茲將本創作使用方式加以敘述，相信當可由 此而對本創作有更深入且具體之瞭解 ，如下所述： 忒透氣布應用於衣物時，該潑層2〇係設於該衣物之表 7 M333419 面’與外界接觸，而該吸層3〇係位於該衣物内層，故外界 之水或油潑入衣物表面時，會經由該潑層2〇之潑體21反射 潑出，而該吸層30係與人體接觸，當身體產生動作流汗時， 藉由該吸層30吸附人體，將汗水吸收住快速滲透入該吸層 30之纖維紗11，而由該基布1〇上之孔隙113達到透氣之毛 細作用，使水分快速蒸發，另，當該潑層2〇受到外力作用， 因其亦具有孔隙113，故衣物受外力擠壓時，部份之水份或 1 油會藉由該等孔隙113而壓入該吸層3〇，受其吸收不會殘留 於潑層表面，再經由該吸層3〇達到透氣之毛細作用，使水 分快速蒸發，故該透氣布有效達到防水吸汗作用，使衣物穿 著舒適。 另，該潑層20亦可設於該衣物之内面，與身體接觸， 而吸層30於該上衣表面，藉由人體運動，衣物受外力擠壓 時，使水分吸入該潑層20之孔隙113進入該吸層3〇，一樣 可達到使水分快速蒸發，排汗之效果，且由該吸層3〇吸入 外界之水，亦可藉由該潑層2〇潑出，使大量水不會進入身 體内’使衣物轉於身上，制乾爽舒狀目的者。 兹，再將本創作之特徵及其可達成之預期功效陳述如 下： 本創作之職布具有概層及吸層，齡歸層具有之 保護劑使衣物有效防水、防油，並具有耐水洗性，及該吸層 8 M333419 具有之吸溼排汗劑能使衣物有持久性吸水及去污效力，而能 有效應用於衣物及其他適用之物品上，俾供達到衣物穿著時 乾爽舒適及透氣功效。 t 综上所述’摘作在同難品巾實有紐佳之進步實用 性’同時遍查_外關於此類結構之技術資料，文獻中亦未 發現有相關構造存在在先，是以，本創作實已具備新型 利要件，爰依法提出申請。 已，所述者，僅係本創作之—較佳可行實施例而 m2 摘作鋼#对請專等效牡 觀化’理應包含在本緩之專糧_。 寺 M333419 【圖式簡單說明】 第一圖係為本創作較佳實施例之剖視圖。 第二圖係為本創作較佳實施例之潑層局部放大示意圖。 【主要元件符號說明】 【新型】The cloth has a weight of 2 to 0. 3~0. 8mm, in this embodiment, 〇. 6mm thickness left, ancient ' 乂卞 乂卞 stone and the fiber yarn 11 series can be chemical fiber or natural fiber, the chemical fiber can be Tedron, nylon, polypropylene, polyethylene, Rayon, recycled cotton, which is one of cotton, hemp, silk, and silk. In this expansion, the chemical fiber is made of Tedron, and the base fabric 10 can be added with color. The agent is used to provide a base fabric 10 of different color systems. ^ M333419 The splash layer 20 is provided on the first surface 12 of the silk cloth to have a waterproof and oil proof function. The splash layer 20 is a paste-pour agent 21 uniformly distributed on the first surface 1 and then dried by heating. The dry bundle binds the pourant 21 to the fiber yarn 11 of the base fabric 10 and forms a convex-shaped body 21 around the hole of the fiber yarn: 113, and does not cover the pore 113, so that the · 113 still retains the formation of the gas permeable effect, and the pores 113 are also formed between the fiber yarns 11, and at the same time, the splatter layer 20 penetrates from the first surface η into a thickness of about 2 mm in the fiber yarn U 'and' The spray 21 is a protective agent for high-performance gas compounds, which can have dynamic waterproofing and oil-repellent properties, and has a water-washing property; the thickness of the splash layer can be different. The thickness of the cloth is between 0.1 and 0.3 mm. The suction layer 3' is disposed on the second surface 13 of the base fabric 10 opposite to the splash layer 20. The suction layer 30 is uniformly disposed on the first surface by using a moisture absorbent 31, wherein the moisture absorption layer is uniformly disposed on the first surface. Agent 31 is a high-performance polyacrylic acid nano-absorbent wicking agent' is a kind of durable water absorption and decontamination effect on 1%% polyester cloth or yarn, and it is combined with heat drying and drying. It penetrates into the wrapper y of the base fabric, and is infiltrated into the fiber yarn 11 by the surface 13 of the second body to form the suction layer 30. Dong Wei provides further understanding of the characteristics of this creation, the use of technical means and the expected results. I will use this method of creation to describe it. I believe that this article can have a deeper and more specific understanding of this creation, as follows: When the cloth is applied to the clothes, the splash layer 2 is attached to the surface of the garment 7 M333419 to be in contact with the outside, and the suction layer 3 is located in the inner layer of the garment, so when external water or oil is poured into the surface of the laundry, It will be reflected and splashed through the splashing body 21 of the splash layer 2, and the suction layer 30 is in contact with the human body. When the body produces an action sweat, the body layer is adsorbed by the suction layer 30, and the sweat is absorbed and quickly penetrated into the body. The fiber yarn 11 of the suction layer 30 is ventilated by the pores 113 on the base fabric 1 to cause rapid evaporation of moisture, and when the splash layer 2 is subjected to an external force, since it also has pores 113, When the clothes are squeezed by external force, part of the water or 1 oil is pressed into the suction layer 3 by the pores 113, and the absorption does not remain on the surface of the splash layer, and then reaches the surface of the splash layer through the suction layer 3 Breathable capillary action, making water fast It evaporates quickly, so the breathable cloth effectively achieves the waterproof and sweat-absorbing effect, making the clothes comfortable to wear. In addition, the splash layer 20 may also be disposed on the inner surface of the garment to be in contact with the body, and the suction layer 30 is on the surface of the garment. When the garment is pressed by the external force, the moisture is sucked into the pores 113 of the splash layer 20 by the human body. When entering the suction layer 3, the effect of rapid evaporation and perspiration can be achieved, and the water sucked into the outside by the suction layer 3 can also be poured out by the splash layer 2, so that a large amount of water does not enter. In the body, 'turn the clothes on the body and make it dry and comfortable. Hereby, the characteristics of this creation and its expected efficacies are stated as follows: The fabric of this creation has a layer and a suction layer, and the ageing layer has a protective agent to make the clothes waterproof, oil-proof and washable. And the absorbent layer 8 M333419 has a moisture wicking agent which can make the clothes have a durable water absorption and decontamination effect, and can be effectively applied to clothes and other applicable articles, so as to achieve dryness, comfort and breathability when the clothes are worn. . t In summary, the above is a summary of the technical information on such structures, and there are no related structures in the literature. The creation has already possessed new types of advantages and has applied for it according to law. Having said that, it is only the creation of the present invention - the preferred embodiment and the m2 is selected as the steel #. Please use the equivalent of the yoghurt. Temple M333419 [Simple Description of the Drawings] The first drawing is a cross-sectional view of a preferred embodiment of the present invention. The second figure is a partially enlarged schematic view of the splash layer of the preferred embodiment of the present invention. [Main component symbol description] [New type]
10 基布 11 纖維紗 111 經圈 112 緯圈 113 孔隙 12 第一表面 13 第二表面 20 潑層 21 潑劑 30 吸層 31 吸濕劑10 Base fabric 11 Fiber yarn 111 Warp 112 Weft ring 113 Pore 12 First surface 13 Second surface 20 Pour layer 21 Pourant 30 Suction layer 31 Moisture absorber