M431584 五、新型說明： 【新型所屬之技術領域】 本創作提供一種全天候電熱保暖衣，特別是針對一種 利用發熱片發熱供暖，並利用保溫棉層與阻溫鋁箔層蓄熱 保溫，並兼具透氣、排汗、防水的外套型保暖衣。 【先前技術】 每當冬季來臨，寒流加上潮溼空氣總是造成氣侯異常 寒冷，因此人們於冬天出門時皆會加穿厚重的外套來禦 寒，然而厚重的外套内部一般都是填充棉花、羽絨或絲絨 等，其防寒能力有限，且重量較重，對人們行動的敏捷度 造成影響，且造成身體在重量負擔下的不舒適感，同時穿 脫也不方便。特別是當外套穿著者從事登山等活動時，由 於山區寒冷且氣候多變，登山者通常需要穿著多件厚重外 套，更加劇對行動敏捷度的影響及身體重量的負擔。 有鑑於此，目前市面上已存在有多種隨身供暖裝置， 舉如暖暖包、懷爐或於衣服内襯縫上電熱絲等，其中，傳 統暖暖包通常使用化學物質裝填於不織布袋所組成，於使 用前適當搓揉整個不織布袋，使内部化學物質產生作用， 即能逐漸發熱而獲致供暖效果；惟習見的暖暖包發熱期間 有限，且溫度控制不慎理想，因此常不符使用，且化學物 質有外漏傷害人體之虞。 而傳統的懷爐，係採用電熱或燃油作為發熱源，其通 常具有一剛性結構殼體，且具有一定體積，再於該結構殼 M431584M431584 V. New description: 【New technical field】 This creation provides an all-weather electric heating warm clothing, especially for heating and heating with a heat-generating sheet, and using heat-insulating cotton layer and temperature-resistant aluminum foil layer for heat storage and heat preservation, and both are breathable. Sweat-proof, waterproof jacket-type warm clothing. [Prior Art] When winter comes, the cold current and humid air always cause the climate to be extremely cold. Therefore, people will wear heavy coats to keep out the cold when they go out in the winter. However, the thick coats are usually filled with cotton and down. Or velvet, etc., its cold-proof ability is limited, and the weight is heavy, which affects the agility of people's actions, and causes the body to feel uncomfortable under the weight burden, and at the same time is not convenient to wear and take off. Especially when the jacket wearer engages in mountaineering activities, because the mountain is cold and the climate is variable, the climber usually needs to wear multiple thick outer sleeves, which further affects the movement agility and the weight of the body. In view of this, there are a variety of portable heating devices currently available on the market, such as warm packs, furnaces, or electric heating wires in clothing, among which traditional warm packs are usually filled with chemical materials in non-woven bags. Before use, properly smash the entire non-woven bag to make the internal chemical substances work, that is, to gradually heat up and obtain the heating effect; but the warmth of the warm package is limited, and the temperature control is unsatisfactory, so it often fails to use, and Chemical substances have external leakage that can damage the human body. In the conventional furnace, electric heating or fuel is used as a heat source, which usually has a rigid structural shell and has a certain volume, and then the structural shell M431584
熱器或燃油，產生發熱供暖作用，但其結構殼 .υ —夕套口袋不符，且外套内面未必設置有口袋，故 ，用者選擇置放於外套内的位置不易且無法舒適貼身 ，尤其，使用燃油作為發熱源之設計，有 油’有的係峨去潰油，因此其使用上的安全性令^堪^： 使用電熱絲縫製於衣服㈣的作法，卿電熱絲撓曲 易’柔軟性不佳，故衣服若辦時，幾乎無法洗滌；此外， 。統的隨，保溫裝置僅能對身體的局部單點或線發熱供 暖’除非是同時使用多個’否則將有身體冷暖感受不一情 形0 ^另外為了防止熱氣逸散至外界，並防止外界冷空氣 f入’傳統外套均由不透氣材料製成，雖可提升保溫效果， 但外套穿著者產生的汗也難以逸散至外界，常造成身體產 生不舒適感，故上述問題亟需加以改善。 【新型内容】 ^本創作之主要目的，係提供一種結合供暖、保溫、透 氣、排汗與防水功能的保暖衣，以克服上述先前技術中， 採用暖暖包、懷爐或於衣服内襯縫上電熱絲等傳統隨身供 暖裝置，所產生之暖暖包溫度控制不理想、暖暖包之化學 2質有外漏傷害人體之虞、懷爐結構殼體與外套口袋不 符’致使用者選擇置放於外套内的位置不易、懷爐結構殼 體無法舒適貼身使用、懷爐燃油在使用上安全性令人堪 慮、電熱絲柔軟性欠佳及僅能對身體的局部單點或線發熱 供暖等諸多問題。 4 M431584 為達成上述目的，本創作之全天候電熱保暖衣，包含： 一用以與外界隔離的表層，製成外套的形狀以供穿脫； 一設置在該表層内側的防水透氣層，用以阻擋由外向 内滲透的水份，並具有複數細密微孔供濕氣由内向外逸散； 一設置在該防水透氣層内側的阻溫鋁箔層，用以阻隔 内外溫差，並具有複數細密氣孔供濕氣由内向外逸散； ' 一設置在該阻溫鋁箔層内側的保溫棉層，用以蓄熱； * 一設置在該保溫棉層内側的内裡層，等同於所述外套 • 的形狀以供穿脫； 一設置在該外套上適當位置的容置部，用以容置至少 一蓄電池； 若干發熱片，設置在所述保溫棉層與内裡層之間，而 與該蓄電池之間透過電源線電氣連接；以及 一設置在該外套上適當位置的開關，透過電源線電氣 連接於所述發熱片與蓄電池之間，用以控制該蓄電池供電 至該發熱片，驅使該發熱片發熱。 ® 藉由上述發熱片產生的熱可透過内裡層對該外套穿著 者供暖，並蓄積於所述保溫棉層與阻溫鋁箔層内側，且外 套穿著者產生的汗與濕氣可透過阻溫鋁箔層之氣孔與防水 透氣層之微孔逸散至外界，同時防水透氣層可阻擋外界之 水份與強風由外向内渗透。 據此，本創作可利用發熱片、保溫棉層與阻溫鋁箔層 提供較佳的供暖及保溫效果，並可定位於發熱片於適當合 理的位置，以提供舒適貼身的觸感，且能防止發熱片因穿 著者活動而脫離原位，並可經由多點設置的發熱片與保溫 5 M431584 棉層和阻溫鋁箔層的保溫能力，對穿著者身體多處同時供 暖；特別是能夠藉由阻溫鋁箔層與防水透氣層對外界透氣 及排汗，並提供防水功能，以達到上述結合供暖、保溫、 透氣、排汗與防水功能於單一保暖衣的目的。 以下進一步說明本創作之具體實施方式： 依據上述主要結構特徵，該表層呈外套形狀而具有一 後襟，以及二連接於該後襟兩側的前襟，所述發熱片分別 . 設於所述後襟與前襟内，而分別位於該外套穿著者之背 φ 部、腹部與胸部位置。 依據上述主要結構特徵，該容置部位於該表層内側相 對於該外套穿著者之手臂位置；或者，該容置部位於所述 表層外侧、表層内側或内裡層。 依據上述主要結構特徵，該蓄電池可為充電式或拋棄 式；或者，該容置部具有該蓄電池之一充電線或充電插孔， 所述充電線或充電插孔能夠顯露於該容置部外。 依據上述主要結構特徵，該開關位於該表層内側相對 • 於該外套之袖口位置；或者，該開關位於所述表層外側、 表層内側或内裡層。 依據上述主要結構特徵5該發熱片由碳纖維絲材料織 - 成；或者，該發熱片由布料與迴繞的碳纖維線材料織成。 依據上述主要結構特徵，該發熱片經由該開關選擇多 段溫度調整。 然而，為能明確且充分揭露本創作，併予列舉較佳實 施之圖例，以詳細說明其實施方式如後述： 6 M431584 【實施方式】 請參閱第一圖所示，揭示出本創作較佳實施例的立體 圖，並配合第二圖至第四圖說明本創作之全天候電熱保暖 衣，包含一用以與外界隔離的表層10、一防水透氣層20、 一阻溫鋁箔層30、一保溫棉層40、一内裡層50、一容置部 60、若干發熱片70、70a、70b以及一開關80 ;其中： 該表層10具有透氣能力，可製成外套的形狀，而具有 一後襟11，以及二連接於該後襟11兩側的左、右前襟12、 • 13，用以供給穿著者穿脫。 該防水透氣層20設置在表層10内側，用以阻擋由外 向内滲透的水份與強風，該防水透氣層20表面並具有複數 細密微孔21，用以供濕氣由内向外逸散。 該阻溫鋁箔層30設置在防水透氣層20内側，用以阻 隔内外温差，並具有複數細密氣孔31，用以供濕氣由内向 外逸散。 該保溫棉層40設置在阻溫鋁箔層30内側，可由棉花 • 填充而成，用以蓄熱。 該内裡層50設置在保溫棉層40内側，沿著該表層10 ' 的輪廓而製成等同於所述外套的形狀，用以供給穿著者穿 脫。 該容置部60呈袋狀，設置在外套上適當的位置，用以 容置一蓄電池90,且容置部60外表設有一可取出及置入蓄 電池90的拉鍊61。 所述發熱片70、70a、70b分別車縫固定在所述保溫棉 層40與内裡層50之間，所述發熱片70、70a、70b與蓄電 7 M431584 池90之間透過電源線71電氣連接。 +尸該開關80設置在該外套上適當位置，透過電源線 電氣連接於所述發熱片70、7〇a、7〇b與蓄電池％之門 以控制蓄電池90供電至所述發熱片7〇、7〇a、赐^ 所述發熱片70、70a、70b發熱。 誕使 藉由上述構件組成，該外套可供穿著於人體上，而使 所述發熱片70、70a、70b隨著所述後襟11與左、右蒙 • 12、13貼觸穿著者身體。 則不 鲁一般使用時，穿著者可經由調整該開關8〇，而控制蓄 電池90驅使所述發熱片70、70a、7〇b發熱，致使發熱片 70、70a、70b產生的熱能透過内裡層50對外套穿著者供暖， 而產生主動加熱的功效。 所述發熱片70、70a、70b產生的熱能並蓄積於所述保 溫掃層40與阻溫銘箔層30内側，而產生蓄熱保溫與延伸 熱能傳遞等被動保溫的功效’而進一步使得所述發熱片 70、70a、70b不必持續加熱’即可有效達到延長電力與蓄 φ 熱保溫的效果。 值得一提的是，由於所述阻溫紹箔層30與防水透氣層 - 20均具有透氣能力，因此外套穿著者產生的汗與濕氣可透 過阻溫鋁箔層30之氣孔31逸散至防水透氣層20内側，並 經由防水透氣層20之微孔21與表層10逸散至外界，期間 該阻溫鋁箔層30能夠保留熱氣’而使穿著者產生乾爽舒適 的感覺。 同時，該防水透氣層20可阻擋外界之水份與強風由外 向内滲透，而具有防水與防風效果，且防水透氣層20外側 8 M431584 之表層10也具有一定程度的防水與防風能力。 據此’本創作可利用發熱片70、70a、70b、保溫棉層 40與阻溫鋁箔層30提供較佳的供暖及保溫效果，並可定位 於所述發熱片70、70a、70b於適當合理的位置，該適當合 理的位置是鄰近人體之背部、胸部與腹部等需保溫的位 置，而提供舒適貼身的觸感，且能防止所述發熱片70、70a、 70b因穿著者活動而脫離原位，並可經由多點設置的所述發 熱片70、70a、70b與保溫棉層40和阻溫鋁箔層30的保溫 • 能力’對穿著者身體多處同時供暖；特別是能夠藉由阻溫 在呂箱層30與防水透氣層20對外界透氣及排汗，並提供防 水功能’以達到上述結合供暖、保溫、透氣、排汗與防水 功能於單一保暖衣的目的。 以下進一步說明本創作之具體實施方式： 實施時’所述發熱片70、70a、70b可分別設於所述後 襟丨1與左、右前襟12、13内部，而分別位於外套穿著者之 背部、腹部與胸部位置（配合第五圖所示），而對人體所需保 Φ 溫位置供暖。 實施時’所述後襟11兩侧與左、右前襟12、13之間頂 鸲具有二衣袖14、15 ,該容置部00可位於表層之衣袖 14、U内側相對於外套穿著者之手臂的位置；或者，該容 置部60亦可位於所述表層丨〇外侧、表層1〇内側或内裡層 50上。 實施時’該蓄電池9〇可為充電式或拋棄式；或者，該 容置部60具有蓄電池90之一充電線91或充電用USB插孔 92 ’所述充電線91或充電用USB插孔92能夠經由拉鍊61 9 M431584 顯露於容置部60外。 如此，所述發熱片70、70a、70b能以蓄電池90儲存電 力，並以電腦USB插孔、車上充電孔或家中110V電源為 蓄電池90之主要電力來源，而驅使所述發熱片70、70a、 70b發熱，並可藉由蓄電池90之供電而使穿著者能夠自由 活動。 實施時，該開關80可位於表層10内側相對於外套之 . 衣袖14、15的袖口位置，以利於穿著者觸碰調整該開關80; φ 或者，該開關80亦可位於所述表層10外側、表層10内侧 或内裡層50上。 實施時，該發熱片70、70a ' 70b可由碳纖維絲材料織 成，所述碳纖維具一定程度的阻抗，因此所述碳纖維於接 受蓄電池90供電時會發熱；或者，該發熱片70、70a、70b 可亦由布料與迴繞的碳纖維線材料織成。 實施時，該開關80可為多段式，而使發熱片70、70a、 70b經由該開關80選擇多段溫度調整，且開關80外側可包 • 裹一層防水膠膜。 實施時，所述後襟11與左、右前襟12、13頂端之内裡 - 層50内側，也可以車縫一銀色網布層16，用來防止因穿著 者流汗而造成内裡層50緊貼於皮膚的情況。 綜上所陳，僅為本創作之較佳實施例而已，並非用以 限定本創作；凡其他未脫離本創作所揭示之精神下而完成 的等效修飾或置換，均應包含於後述申請專利範圍内。 M431584 【圖式簡單說明】 第一圖：本創作較佳實施例的立體圖。 第二圖：第一圖實施例之表層、防水透氣層、阻溫鋁箔層、 保溫棉層與内裡層的立體分解圖。 第三圖：第一圖實施例之容置部的配置示意圖。 第四圖：第一圖實施例之保暖衣的展開圖。 第五圖：第一圖實施例之一附加實施型態的立體圖。 【主要元件符號說明】 10 表層 11 後襟 12、13 前襟 14、15 衣袖 16 網布層 20 防水透氣層 21 微孔 30 阻溫鋁箔層 31 氣孔 40 保溫棉層 50 内裡層 60 容置部 61 拉鍊 70、70a、70b 發熱片 M431584 71 電源線 80 開關 90 蓄電池 91 充電線 92 USB插孔Heater or fuel, which generates heat and heat, but its structural shell does not match the pocket of the eve, and the inside of the jacket is not necessarily provided with a pocket. Therefore, the user chooses to place it in the jacket and is not easy to fit comfortably, especially, The use of fuel as a heat source design, there are oils, some of the system to break the oil, so the safety of its use ^ ^ ^: using electric heating wire sewing in clothes (four), the electric hot wire flexing easy 'softness Poor, so if the clothes are done, it is almost impossible to wash; in addition, . With the system, the heat preservation device can only heat the local single point or line heating of the body 'unless it is used at the same time', otherwise there will be a feeling of body warmth and discomfort. 0 ^In addition, in order to prevent the heat from escaping to the outside world and prevent the outside from being cold Air f into the 'traditional jacket is made of airtight material, although it can improve the insulation effect, but the sweat produced by the jacket wearer is also difficult to escape to the outside world, often causing discomfort in the body, so the above problems need to be improved. [New content] ^ The main purpose of this creation is to provide a warm clothing that combines heating, heat preservation, ventilation, perspiration and waterproof functions to overcome the above prior art, using a warm warm bag, a furnace or a clothing seam. Traditional heating device such as electric heating wire, the temperature control of the warm pack is not ideal, the chemical of the warm pack has the external leakage and damages the human body, and the structural shell of the furnace does not match the jacket pocket. The position inside the jacket is not easy, the shell of the furnace structure can not be used comfortably, the safety of the fuel in the furnace is worrying, the softness of the heating wire is not good, and only the local single point or line heating of the body can be heated. And so many questions. 4 M431584 In order to achieve the above objectives, the creation of the all-weather electric heating warm clothing includes: a surface layer for isolation from the outside, the shape of the outer casing is made for wearing and detaching; a waterproof and breathable layer disposed on the inner side of the surface to block The water infiltrated from the outside to the inside, and has a plurality of fine micropores for the moisture to escape from the inside to the outside; a temperature-proof aluminum foil layer disposed inside the waterproof gas permeable layer for blocking the temperature difference between the inside and the outside, and having a plurality of fine pores for moisture The gas escapes from the inside to the outside; 'a heat insulating cotton layer disposed inside the temperature-resistant aluminum foil layer for storing heat; * an inner layer disposed inside the insulating cotton layer, equivalent to the shape of the outer casing a receiving portion disposed at an appropriate position on the outer casing for accommodating at least one battery; a plurality of heat generating sheets disposed between the insulating cotton layer and the inner inner layer and transmitting power between the insulating battery and the battery a wire electrical connection; and a switch disposed at an appropriate position on the outer casing is electrically connected between the heat generating piece and the battery through a power line for controlling the battery to be supplied to the heat generating piece, The heat generating sheet heating. The heat generated by the heat generating sheet can heat the outer wearer through the inner inner layer and accumulate inside the heat insulating cotton layer and the temperature resistant aluminum foil layer, and the sweat and moisture generated by the outer wearer can be permeable to temperature. The pores of the aluminum foil layer and the micropores of the waterproof gas permeable layer escape to the outside, and the waterproof gas permeable layer blocks the outside water and strong wind from inward and inward. Accordingly, the creation can use the heating sheet, the insulating cotton layer and the temperature-resistant aluminum foil layer to provide better heating and heat preservation effects, and can be positioned in the proper and reasonable position of the heating sheet to provide a comfortable and comfortable touch and prevent The heating piece is separated from the original position due to the wearer's activity, and can be heated at the same time by the heat-insulating piece of the multi-point heat-insulating sheet and the heat-insulating 5 M431584 cotton layer and the temperature-resistant aluminum foil layer; in particular, it can be blocked by the wearer; The warm aluminum foil layer and the waterproof and breathable layer ventilate and perspire to the outside, and provide a waterproof function to achieve the above-mentioned combination of heating, heat preservation, ventilation, perspiration and waterproof functions in a single warm clothing. The following further describes the specific implementation of the present invention: According to the above main structural features, the surface layer has a jacket shape and has a rear cymbal, and two front cymbals connected to both sides of the sill, the heat generating sheets are respectively disposed at the rear襟 and the front ,, and located in the back of the wearer's back φ, abdomen and chest position. According to the above main structural features, the accommodating portion is located on the inner side of the surface layer with respect to the arm of the outer wearer; or the accommodating portion is located outside the surface layer, inside the inner layer or inner lining layer. According to the above main structural features, the battery can be rechargeable or disposable; or the receiving portion has a charging line or a charging jack of the battery, and the charging line or the charging jack can be exposed outside the receiving portion. . According to the above main structural features, the switch is located inside the surface layer relative to the cuff of the outer casing; or the switch is located outside the surface layer, inside the inner layer or inner inner layer. According to the above main structural feature 5, the heat generating sheet is woven from a carbon fiber material; or the heat generating sheet is woven from a cloth and a wound carbon fiber thread material. According to the above main structural features, the heat generating piece selects a plurality of temperature adjustments via the switch. However, in order to clearly and fully disclose the present invention, and to illustrate the preferred embodiment, the detailed description will be described as follows: 6 M431584 [Embodiment] Referring to the first figure, the preferred implementation of the present invention is disclosed. The perspective view of the example, together with the second to fourth figures, illustrates the all-weather electric heating warm clothing of the present invention, comprising a surface layer 10 for isolating the outside world, a waterproof gas permeable layer 20, a temperature-resistant aluminum foil layer 30, and a thermal insulation cotton layer. 40, an inner layer 50, a receiving portion 60, a plurality of heat generating sheets 70, 70a, 70b and a switch 80; wherein: the surface layer 10 has a gas permeable ability, can be made into the shape of a jacket, and has a back 襟 11, And two left and right front squats 12, 13 connected to the sides of the rear sill 11 for supplying the wearer to wear off. The waterproof gas permeable layer 20 is disposed inside the surface layer 10 for blocking moisture and strong wind penetrating from the outside. The surface of the waterproof gas permeable layer 20 has a plurality of fine pores 21 for allowing moisture to escape from the inside to the outside. The temperature-resistant aluminum foil layer 30 is disposed inside the waterproof gas permeable layer 20 to block the temperature difference between the inside and the outside, and has a plurality of fine pores 31 for allowing moisture to escape from the inside to the outside. The insulating cotton layer 40 is disposed inside the temperature-resistant aluminum foil layer 30 and can be filled with cotton to store heat. The inner layer 50 is disposed inside the insulating cotton layer 40 and is formed in a shape equivalent to the outer casing along the contour of the surface layer 10' for the wearer to wear. The accommodating portion 60 is in the shape of a bag and is disposed at a suitable position on the outer casing for accommodating a battery 90. The accommodating portion 60 is provided with a zipper 61 for taking out and inserting the battery 90. The heat generating sheets 70, 70a, 70b are respectively fixed between the insulating cotton layer 40 and the inner inner layer 50, and the heat generating sheets 70, 70a, 70b and the electricity storage 7 M431584 pool 90 are electrically connected through the power source line 71. connection. The corpse switch 80 is disposed at an appropriate position on the outer casing, and is electrically connected to the heat generating sheets 70, 7〇a, 7〇b and the battery door through a power supply line to control the power supply of the battery 90 to the heat generating sheet 7〇, 7〇a, give the heat-generating sheets 70, 70a, 70b to heat. By the above-mentioned members, the outer casing can be worn on the human body, and the heat-generating sheets 70, 70a, 70b are attached to the wearer's body along with the rear sill 11 and the left and right stalks 12, 13. When not in general use, the wearer can adjust the switch 8〇, and the control battery 90 drives the heat generating sheets 70, 70a, 7〇b to generate heat, so that the heat generated by the heat generating sheets 70, 70a, 70b passes through the inner layer. 50 pairs of jacket wearers, and the effect of active heating. The heat generated by the heat generating sheets 70, 70a, and 70b is accumulated on the inner side of the heat insulating layer 40 and the temperature-resistant foil layer 30, thereby generating the effect of passive heat preservation such as heat storage heat preservation and extension heat energy transfer, and further causes the heat generation. The sheets 70, 70a, 70b do not have to be continuously heated to effectively extend the power and heat storage. It is worth mentioning that, since the temperature-resisting foil layer 30 and the waterproof gas-permeable layer 20 have air permeability, the sweat and moisture generated by the jacket wearer can escape to the waterproof through the air holes 31 of the temperature-resistant aluminum foil layer 30. The inside of the gas permeable layer 20 is escaping to the outside through the micropores 21 of the waterproof gas permeable layer 20 and the surface layer 10, during which the temperature-resistant aluminum foil layer 30 can retain the hot air' to give the wearer a feeling of dryness and comfort. At the same time, the waterproof gas permeable layer 20 can block the external moisture and strong wind from inward and outward, and has waterproof and windproof effects, and the surface layer 10 of the outer surface of the waterproof gas permeable layer 20 also has a certain degree of waterproof and windproof ability. Accordingly, the present invention can utilize the heat generating sheets 70, 70a, 70b, the insulating cotton layer 40 and the temperature-resistant aluminum foil layer 30 to provide better heating and heat insulating effects, and can be positioned at the heat generating sheets 70, 70a, 70b at appropriate and reasonable. The position of the proper and reasonable position is a position to be kept close to the back of the human body, the chest and the abdomen, etc., and provides a comfortable touch, and prevents the heat generating sheets 70, 70a, 70b from being separated from the original due to the wearer's activity. And the heat-insulating sheets 70, 70a, 70b of the insulating layer 40 and the temperature-resistant aluminum foil layer 30 can be heated simultaneously by the heat insulating sheet 70, 70a, 70b and the temperature-resistant aluminum foil layer 30; in particular, by means of temperature resistance The lug layer 30 and the waterproof gas permeable layer 20 ventilate and permeate the outside, and provide a waterproof function to achieve the above-mentioned combination of heating, heat preservation, ventilation, perspiration and waterproof functions for a single warm clothing. The following describes the specific implementation of the present invention: When implemented, the heat generating sheets 70, 70a, 70b may be respectively disposed inside the back 襟丨 1 and the left and right front 襟 12, 13 respectively, and are respectively located on the back of the outer wearer. , the position of the abdomen and chest (as shown in the fifth figure), and the body needs to maintain the temperature of the Φ temperature. When implemented, the top cymbal between the two sides of the rear cymbal 11 and the left and right front cymbals 12, 13 has two sleeves 14, 15 which can be located on the sleeves 14 of the surface layer and the inside of the U relative to the outer wearer. The position of the arm; or the accommodating portion 60 may be located on the outer side of the surface layer, the inner side of the top layer 1 or the inner layer 50. When implemented, the battery 9 can be a rechargeable or disposable type; or the receiving portion 60 has a charging line 91 of the battery 90 or a charging USB 91 for charging or a USB jack 92 for charging. It can be exposed outside the accommodating portion 60 via the zipper 61 9 M431584. Thus, the heat generating sheets 70, 70a, 70b can store electric power in the battery 90, and drive the heat generating sheets 70, 70a with a computer USB jack, a charging hole on the vehicle, or a 110V power source in the home as a main power source of the battery 90. 70b is heated, and the wearer can freely move by the power supply of the battery 90. In practice, the switch 80 can be located on the inside of the surface layer 10 relative to the cuffs of the sleeves 14 and 15 to facilitate adjustment of the switch 80 by the wearer; φ Alternatively, the switch 80 can also be located outside the surface layer 10. On the inside of the surface layer 10 or on the inner layer 50. When implemented, the heat generating sheets 70, 70a' 70b may be woven from a carbon fiber material having a certain degree of impedance, so that the carbon fibers may generate heat when the battery 90 is powered; or the heat generating sheets 70, 70a, 70b It can also be woven from fabric and rewinded carbon fiber thread material. In practice, the switch 80 can be multi-stage, and the heating elements 70, 70a, 70b can select multiple temperature adjustments via the switch 80, and the outer side of the switch 80 can be wrapped with a waterproof film. When implemented, the inner sill 11 and the inner lining of the top left and right front cymbals 12, 13 may also be sewn with a silver mesh layer 16 to prevent the inner lining 50 from being caused by sweating of the wearer. Close to the skin. In summary, it is only a preferred embodiment of the present invention, and is not intended to limit the present invention; any equivalent modification or replacement that is not done in the spirit of the present disclosure should be included in the patent application described later. Within the scope. M431584 [Simple description of the drawings] First figure: A perspective view of a preferred embodiment of the present invention. Second figure: an exploded perspective view of the surface layer, the waterproof gas permeable layer, the temperature-resistant aluminum foil layer, the insulating cotton layer and the inner inner layer of the first embodiment. Third: Schematic diagram of the configuration of the accommodating portion of the first embodiment. Fourth Figure: Development view of the warm clothing of the first embodiment. Fifth Figure: A perspective view of an additional embodiment of one of the first embodiment. [Main component symbol description] 10 Surface layer 11 Rear 襟 12, 13 Front 襟 14, 15 Sleeve 16 Mesh layer 20 Waterproof and breathable layer 21 Micro hole 30 Temperature-resistant aluminum foil layer 31 Air hole 40 Insulation cotton layer 50 Inner layer 60 accommodating part 61 zipper 70, 70a, 70b heating plate M431584 71 power cord 80 switch 90 battery 91 charging cable 92 USB jack