M440879 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種織物，特別是指一種透氣式熱敷 織物。 【先前技術】 市面上針織的保濕手套一般是透過沾膠的方式，使沾 黏的膠在保濕手套的内表面形成一不透氣薄膜，藉此，使 用者的雙手再經過穿戴保濕手套之後’能避免雙手之水分 或保養乳液的快速流失。 然而’針織的保濕手套經過沾膠及吸收之後，將會變 得厚重無比且密不透風，導致使用者覺得悶熱而無法長時 間穿戴，進而降低保濕手套的保濕效果。除此之外，針織 手套沾黏的膠容易有溢膠或是塗抹不均的狀況發生，造成 使用者配戴上的不適，再者，針織的保濕手套透過清水清 洗時’沾黏的膠容易受到水份清洗的影響而導致水解，進 而降低使用等命，因此，勢必需要發展一種新的保濕手套 以克服前述之問題。 另外，皮膚在常溫狀態下的吸收能力並不理想，因此 ’若疋想要提高皮膚吸收保養乳液效果，必定得提高皮膚 所處之溫度’以提升保養乳液吸收的速度。 因此，有必要發展出能使用者更加方便應用的織物產 品。 【新型内容】 因此，本新型之目的，即在提供一種透氣式熱敷織物 3 M440879 ，透氣式熱敷織物適合與一外部電源結合而發熱，且包含 :基層、至少—加熱纖維、—防水透氣薄膜及-電力控制 °°該基層包括多數父織之纖維絲。該加熱纖維與該基 °且通電後產生熱能。該防水透氣薄膜佈設於該 基層的内側表面。該電力控制單元分別電連接該加熱纖維 與該外部電源’並將該外部電源之電力供給於該加熱纖維 ，使該加熱纖維維持一預定之發熱溫度。 ▲較佳地，該防水透氣薄膜透過部分點貼的方式佈設於 該基層的内側表面。 較佳地’該加熱纖維車缝於該基層，且該防水透氣薄 膜透過-透氣时膠㈣於該基層的内側表面。 較佳地’該電力控制單元包括一電連接該外部電源的 電源，制器、-電連接該電源控制器與該加熱纖維的溫度 m及-電連接該電源控制器與該加熱纖維的導線，該 電源控制器依據該溫度偵測器偵測該加熱纖維的溫度，並 透過該導線傳導該外部電源之電力給該加熱纖維，使該加 熱纖維維持該預定之發熱溫度。 · 較佳地，該基層的部分纖維絲分別具有複數個機能性 微粒，該等纖維絲鈎織成多個線圈，並透過縱向串套及橫 向連接該等線圈而編織出該基層。 4基層的部分纖維絲具有複數個機能性微粒 且該等纖維絲透過彼此交叉的方式編織出該基層。 更佳地，該基層的部分纖維絲具有電氣石、奈米竹碳 粉墨、氧化鋅、氧化鋼、氧化鐵、氧切、氧化鎢、氧 M440879 化錳、氧化鈷、氧化鎳、奈米銀、甲殼素、鋅、金、始、 鈀、鈮或其中至少一材質。 本新型之功效在於：透氣式熱敷織物運用内層的防水透 氣/專膜讓使用者在穿戴上具有輕薄、防水及透氣的舒適效 果並且利用電力控制單元控制加熱纖維熱敷之溫度，以 加強使用的便利性。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明令，將可 清楚的呈現。 參閱圖1及圖2，為本新型透氣式熱敷織物1〇〇之較佳 實施例，透氣式熱敷織物丨00包含一基層丨、多數個與基層 1相結合的加熱纖維2、一佈設於基層1靠近皮膚的内側表 面與加熱纖維2上的防水透氣薄膜3及一分別電連接加熱 纖維2與一外部電源200的電力控制單元4。本實施例中， 透氣式熱敷織物1〇〇可為一保濕手套、熱敷帽（圖未示）等， 但不以此為限。 參閱圖3與圖4，基層1包括多數交織之纖維絲11。基 層1的至少部分纖維絲1丨摻有複數個機能性微粒12，且該 等纖維絲11透過彼此交又的方式編織出基層1，或者是先 將纖維絲11，鈎織成多個線圈，並透過縱向串套及橫向連接 該等線圈11’而編織出基層1。本實施例之機能性微粒12的 材質可選自電氣石、奈米竹碳、及粉墨其中至少一者，其 中，電氣石具有產生負離子及遠紅外線之功能，奈米竹碳 5 M440879 具有多孔性微細結構’可達到吸濕、除臭、抑菌及增溫等 功能。更仔細地說，本實施例之纖維絲u、u，的基質可以 是棉、纖維素纖維、聚酿、聚醯胺、聚丙稀、遠紅外紗或 其混合物，並混摻前述之機能性微粒12而成一合成材料， 再經抽絲、冷卻、熱延伸及加熱定型而成。 參閱圖2，加熱纖維2可直接織入或車缝於基層}，且 通電後產生熱能。 防水透氣薄膜3透過部分點貼的方式佈設於基層ι的 内側表面，或者透過一透氣防水膠黏貼於基層丨的内側表鲁 面。進一步說明的是，本實施例之防水透氣薄膜3可以是 一微多孔且具擴張性之聚四氟乙烯薄膜 (Polytetrafluoroethylene，PTFE)，或者由聚對苯二甲酸乙二 醇酯（Polyethylene，PET)或聚氨基曱酸醋（p〇lyurethane，pu) 等材質所製成之薄膜，其中，微多孔且具擴張性之聚四氟 乙稀薄膜材料可購自於美國W.L. GQre and AsSQeiates公司 以GORE-TEX為商標之產品。當然，防水透氣薄膜3之材 質不以前述為限。 φ 參閱圖1、圖2及圖5，電力控制單元4將外部電源 200之電力供給於加熱纖維2，使加熱纖維2維持—預定之 發熱溫度。電力控制單元4包括一接觸加熱纖維2的溫度 偵測器41、一電連接溫度偵測器41的導線42及一分別電 連接外部電源200與導線42的電源控制器43，其中，導線 42具有一導電芯421及一包覆導電芯421的絕緣層422， 導電怒421具有相互絕緣的一第一電線423及—第二電線 6 導電芯421具有相互絕緣的一第一電線切及一第二電線 们4。溫度债測器41透過第一電線切將偵測的溫度回傳 到電源控制器43，電源控制器43透過第二電線424傳送電 力到加熱纖維2。電源控制器43包括一溫度設定單元43ι ’供使用者設定所需之溫度。當使用者設定溫度完畢時， 電源控制器43依據溫度偵測器41偵測加熱纖維2的溫度 ’亚透過導線42傳導外部電源之電力給加熱纖維2，使加 …纖維2維持預定之發熱溫度。更仔細地說，當加熱纖維2 溫度高於使用者設定之溫度，電源控制器43透過導線42 的第二電線424傳送較小之電力到加熱纖維2，以降低加熱 纖維2之熱能，當加熱纖維2溫度低於使用者設定之溫度 ’電源控制器43提高輸出之電力，以增加加熱纖維2之熱 能。本實施例之電源控制器43也可由一電池（圖未示）取二 外部電源200 ,不以前述内容為限。 藉由本實施例之設計，使用者可先塗抹乳液或其他保 養tm於雙手，再穿戴本新型透氣式熱敷織物。透氣式熱 敷織物100運用其基層i之高機能的纖維絲U、u，以遠紅 外線或其他的方式加速雙手企液之循環並透過防水透氣 薄膜3避免透氣式熱敷織物1 〇〇吸收乳液，以及提供更為 透氣的穿戴體驗，並利用電力控制單元4讓使用者依保養 印適合之溫度，調整透氣式熱敷織物1〇〇之溫度，以提升 雙手吸收保養品之效率。 綜上所述，本新型透氣式熱敷織物1〇〇透過電力控制 單几4進行分段加熱，讓使用者依需求選擇適合的溫度範 圍，以提升皮膚吸收之效果，並透過防水透氣薄膜3使透 乳式熱敷織物100更為輕薄，以降低穿載之笨重感且還 透過基層1之咼機能的纖維絲丨丨、11，達到促進血液循環之 功效，所以確實能達成本新型之目的。 “准以上所述者，僅為本新型之較佳實施例而已，當不 =X此限定本新型實施之範圍，即大凡依本新型申請專利 、圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是-示意圖，說明本新型透氣式熱敷織物之較佳 貫施例； 圖2是-部份剖面示意圖，說明透氣式熱敷織物的設 *說明透氣式熱 圖3與圖4分収—局部放大示意圖 敷織物之基層的設計；及 說明電力控制單元之導線 圖5疋一局部放大示意圖 的設計。 【主要元件符號說明】 100.......透氣式熱敷織物 200 .......外部電源 】..........基層 11、11 ’ ·纖維絲 12.........機能性微粒 -..........加熱纖維 3 ..... • · · · ·防水透氣薄膜 4 ...... ‘ · · · ·電力控制單元 41 ..... • · · ·溫度偵測器 42..... 421 ··- 422 ··· •…絕緣層 M440879 423 ···· 電線 ······_ …電源控制器 424 ··· …第二 電線 431 .··· …溫度設定單元M440879 V. New description: [New technical field] The present invention relates to a fabric, in particular to a breathable heat-applied fabric. [Prior Art] The moisturizing gloves on the market are generally made of adhesive, so that the adhesive glue forms an air-impermeable film on the inner surface of the moisturizing glove, whereby the user's hands are worn after wearing the moisturizing gloves. Can avoid the moisture loss of your hands or the rapid loss of maintenance lotion. However, after being smeared and absorbed, the knitted moisturizing gloves will become thick and airtight, causing the user to feel stuffy and unable to wear for a long time, thereby reducing the moisturizing effect of the moisturizing gloves. In addition, the rubberized adhesive of the knitted gloves is prone to overflow or uneven application, which causes discomfort to the user. In addition, the knitted moisturizing gloves are easily adhered to by the water. Hydrolysis, which is affected by water cleaning, reduces the use of life. Therefore, it is necessary to develop a new moisturizing glove to overcome the aforementioned problems. In addition, the absorption capacity of the skin at normal temperature is not ideal, so if you want to improve the skin's absorption and maintenance of the emulsion, you must increase the temperature of the skin to increase the speed of maintenance of the emulsion. Therefore, it is necessary to develop a fabric product that is more convenient for the user to apply. [New content] Therefore, the purpose of the present invention is to provide a breathable hot compress fabric 3 M440879, which is suitable for heat generation in combination with an external power source, and comprises: a base layer, at least a heating fiber, a waterproof breathable film and - Power Control ° The base layer includes most of the parent-woven filaments. The heating fiber generates heat energy after being energized by the base. The waterproof gas permeable film is laid on the inner side surface of the base layer. The power control unit electrically connects the heating fiber and the external power source, respectively, and supplies the power of the external power source to the heating fiber to maintain the heating fiber at a predetermined heating temperature. ▲ Preferably, the waterproof and breathable film is disposed on the inner side surface of the base layer by means of a partial sticking. Preferably, the heating fiber is sewn to the base layer, and the waterproof gas permeable film is permeable to the inner side surface of the base layer. Preferably, the power control unit includes a power source electrically connected to the external power source, and the device electrically connects the power controller with the temperature of the heating fiber and the electrical connection between the power controller and the heating fiber. The power controller detects the temperature of the heating fiber according to the temperature detector, and transmits the power of the external power source to the heating fiber through the wire, so that the heating fiber maintains the predetermined heating temperature. Preferably, a part of the filaments of the base layer respectively have a plurality of functional particles, the fiber hooks are woven into a plurality of coils, and the base layer is woven through the longitudinal string and the transversely connecting the coils. The partial filaments of the 4 base layer have a plurality of functional particles which are woven out of each other in such a manner as to intersect each other. More preferably, part of the fiber filament of the base layer has tourmaline, nano bamboo carbon powder ink, zinc oxide, iron oxide, iron oxide, oxygen cut, tungsten oxide, oxygen M440879 manganese, cobalt oxide, nickel oxide, nano silver , chitin, zinc, gold, beginning, palladium, rhodium or at least one of them. The effect of the novel is that the ventilated hot-weave fabric uses the inner layer of waterproof and breathable/special film to allow the user to have a light, waterproof and breathable comfort effect on the wearer and utilizes a power control unit to control the temperature of the heat-heated fiber to enhance the convenience of use. Sex. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to FIG. 1 and FIG. 2, in a preferred embodiment of the present invention, a ventilated heat-applied fabric 丨00 comprises a base layer, a plurality of heating fibers 2 combined with the base layer 1, and a layer disposed on the base layer. 1 is adjacent to the inner side surface of the skin and the waterproof breathable film 3 on the heating fiber 2 and a power control unit 4 electrically connecting the heating fiber 2 and an external power source 200, respectively. In this embodiment, the ventilating hot-laid fabric 1 can be a moisturizing glove, a hot-applied cap (not shown), etc., but is not limited thereto. Referring to Figures 3 and 4, the base layer 1 comprises a plurality of interwoven filaments 11. At least a portion of the filaments 1 of the base layer 1 are doped with a plurality of functional particles 12, and the filaments 11 are woven out of the base layer 1 by interlacing them, or the filaments 11 are first crocheted into a plurality of coils. The base layer 1 is woven through the longitudinal string and the lateral connection of the coils 11'. The material of the functional particles 12 of the embodiment may be selected from at least one of tourmaline, nano-bamboo carbon, and powder ink. Among them, tourmaline has the function of generating negative ions and far infrared rays, and nano bamboo carbon 5 M440879 is porous. The fine microstructure can achieve functions such as moisture absorption, deodorization, bacteriostatic and warming. More specifically, the matrix of the fiber filaments u, u of the present embodiment may be cotton, cellulose fiber, polystyrene, polyamide, polypropylene, far-infrared yarn or a mixture thereof, and blended with the aforementioned functional particles. 12 is a synthetic material, which is then shaped by wire drawing, cooling, heat extension and heat. Referring to Fig. 2, the heating fiber 2 can be directly woven or sewn to the base layer}, and generates heat after being energized. The waterproof and breathable film 3 is disposed on the inner side surface of the base layer ι by partial sticking, or is adhered to the inner surface of the base layer by a gas permeable waterproof adhesive. It is to be noted that the waterproof gas permeable membrane 3 of the present embodiment may be a microporous and expandable polytetrafluoroethylene (PTFE) or polyethylene terephthalate (PET). Or a film made of a material such as p〇lyurethane (pu), wherein the microporous and expandable polytetrafluoroethylene film material can be purchased from WL GQre and AsSQeiates, USA, GORE- TEX is a trademarked product. Of course, the material of the waterproof breathable film 3 is not limited to the foregoing. φ Referring to Fig. 1, Fig. 2 and Fig. 5, the power control unit 4 supplies the electric power of the external power source 200 to the heating fiber 2 to maintain the heating fiber 2 at a predetermined heating temperature. The power control unit 4 includes a temperature detector 41 contacting the heating fiber 2, a wire 42 electrically connected to the temperature detector 41, and a power controller 43 electrically connecting the external power source 200 and the wire 42, respectively, wherein the wire 42 has a conductive core 421 and an insulating layer 422 covering the conductive core 421, the conductive anger 421 has a first electric wire 423 insulated from each other, and the second electric wire 6 has a first electric wire and a second electric wire insulated from each other. Wires 4 The temperature debt detector 41 transmits the detected temperature back to the power source controller 43 through the first wire cut, and the power source controller 43 transmits power to the heating fiber 2 through the second wire 424. The power controller 43 includes a temperature setting unit 43i' for the user to set the desired temperature. When the user sets the temperature, the power controller 43 detects the temperature of the heating fiber 2 according to the temperature detector 41. The power of the external power source is transmitted through the wire 42 to the heating fiber 2, so that the fiber 2 maintains a predetermined heating temperature. . More specifically, when the temperature of the heating fiber 2 is higher than the temperature set by the user, the power source controller 43 transmits less electric power to the heating fiber 2 through the second wire 424 of the wire 42 to lower the heat energy of the heating fiber 2 when heated. The temperature of the fiber 2 is lower than the temperature set by the user. The power controller 43 increases the output power to increase the heat energy of the heating fiber 2. The power controller 43 of this embodiment can also take two external power sources 200 from a battery (not shown), and is not limited to the foregoing. With the design of this embodiment, the user can apply the lotion or other protective tm to both hands before wearing the novel breathable heat-applied fabric. The ventilated hot woven fabric 100 utilizes the high-performance fiber filaments U and u of the base layer i to accelerate the circulation of the two-component liquid in the far infrared ray or other manner, and avoids the absorbing heat absorbing fabric 1 absorbing emulsion through the waterproof permeable film 3, and Provide a more breathable wear experience, and use the power control unit 4 to allow the user to adjust the temperature of the ventilated hot fabric according to the temperature suitable for maintenance printing, so as to improve the efficiency of the hands to absorb the skin care products. In summary, the ventilated hot woven fabric of the present invention is subjected to sectional heating by a power control unit of 4, so that the user can select a suitable temperature range according to the demand to enhance the skin absorption effect and make the waterproof breathable film 3 The translucent hot compress fabric 100 is lighter and thinner, so as to reduce the bulkiness of the load and also pass through the fiber filaments 11 of the function of the base layer 1, thereby achieving the effect of promoting blood circulation, so that the object of the present invention can be achieved. “The above is only the preferred embodiment of the present invention. When not =X, this defines the scope of the new implementation, that is, the simple equivalent change made by the patent application, the enclosure and the new description. And the modifications are still within the scope of this new patent. [Simplified illustration of the drawings] Fig. 1 is a schematic view showing a preferred embodiment of the present ventilated hot woven fabric; Fig. 2 is a partial cross-sectional view illustrating The design of the ventilating hot-applied fabric illustrates the design of the base layer of the fabric of the ventilated heat map 3 and the distribution of Fig. 4, and the design of the base layer of the power control unit. Description] 100....... Breathable hot compress fabric 200.......External power supply]..........base layer 11, 11 '·Fiber wire 12... ...functional particles - .......... heating fiber 3 ..... • · · · · waterproof breathable film 4 ... ' · · · · Power Control Unit 41 . .... • · · · Temperature Detector 42..... 421 ··- 422 ··· •...Insulation M440879 423 ···· Wires···· Power controller 424 · _ ... ... ??? a second wire 431. ??? temperature setting means ...