M383311 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種遠紅外線加熱衣，尤其係指一種利 用遠紅外線加熱’可以產生加熱保溫以及提供保健效果的 【先前技術】 衣物對於人類而言，不僅提供遮體裝飾的功能，更有 保暖的功效，藉此可以讓人們抵禦外界天氣溫度的變化。 現今的民眾對於衣物不再僅是要求美觀而已，更進—步的 期待衣物能夠提供身體保健的效果，讓自己在穿上衣物 時’有助於促進健康。 又就保暖功能而言，一般的衣物其本身不會主動產生 熱忐，而只是讓人體保持其體溫而已，但對於酷寒地區或 對於禦寒有積極需求的人士而言，保溫仍不符合其需求， 因此目前科技上已有利用遠紅外線來加熱衣物促進人體血 液循環，達到保暖的效果。紅外線歸屬於光線中不可見光， 而遠紅外線屬於紅外線之範圍，它的波長為4_14/zm。遠 紅外線波長可與人體㈣各種液態》子產生協冑共振的作 用，促進新陳代謝、加速血液循環、達到人體保健的作用。 遠紅外線紡織品之穿著對皮膚溫度的調節同時具備有升溫 與續溫之效果；長期穿著遠紅外線紡織品能藉由改善皮膚 微循環功能’it而促進運㈣皮膚溫度調節能力與體適能 表現。 3 M383311M383311 V. New description: [New technical field] This creation is about far-infrared heating clothes, especially one that uses far infrared heating to produce heat insulation and provide health care. [Previous technology] Clothing for humans In addition, it not only provides the function of covering decoration, but also has the function of keeping warm, so that people can resist the change of outside weather temperature. Today's people no longer only want to be aesthetically pleasing to the clothing, but more forward-looking expectation that the clothes can provide the effect of body care, so that when they put on the clothes, it helps to promote health. In terms of warmth function, the general clothing itself does not actively generate enthusiasm, but only allows the body to maintain its body temperature, but for those who have a cold demand or have a positive demand for the cold, the insulation still does not meet its needs. Therefore, at present, far-infrared rays have been used in the art to heat the clothes to promote blood circulation of the human body, thereby achieving the effect of keeping warm. Infrared rays are attributed to invisible light in the light, while far infrared rays are in the range of infrared rays, and its wavelength is 4_14/zm. The far-infrared wavelength can synergize with the human body (4) various liquids to promote metabolism, accelerate blood circulation, and achieve human health. The wear of far-infrared textiles has the effect of warming and renewing the temperature of the skin at the same time. Long-term wear of far-infrared textiles can promote the skin temperature regulation ability and physical fitness performance by improving the skin microcirculation function 'it'. 3 M383311
（51)，兩層膠膜（51、夕Pc3馇热亡成扭a β ______(51), two layers of film (51, eve Pc3 馇 heat stagnation a β ______
主動發熱而具有積極的禦寒效果，但豆 β㈦相運接。該發熱金 能轉換成熱能，雖藉由 但其發熱金屬絲（52)容 易產生高熱而有烫傷之虞，又該發熱金屬絲（52)加熱不均， 且發熱金屬絲（52)本身不耐彎折，使用者穿著時容易感到 不舒適。由此可見，既有遠紅外線保暖衣實有待進一步檢 討’並謀求可行的解決方案。 【新型内容】 因此，本創作主要目的在提供一種遠紅外線加熱衣， -希藉此設計，改善其發熱源易生高熱及加熱衣受熱不均等 使用不便的缺點，且利用通電而產生熱能效應，並進—步 產生遠紅外線，使人體深層細胞產生適度共振，而促進灰 液循環與新陳代謝，藉此使衣物具有加熱保健以及保溫效 果。 / 為達成前述目的採取的主要技術手段係令前述遠红外 線加熱衣包括有： 一衣物，該衣物具有一衣背，該衣背内側具有一失層 構造； β 4 M383311 一發熱體’係容置於前述衣物的夾層構造内，主要係 利用a碳布作為發熱元件，該含碳布經浸泡碳漿處理而 〃有導電性，其上設有正負二電極；又含碳布係設於兩布 質表層之間，該兩布質表層疊置縫合後，可將該含碳布密 封於其間； 電源裝置，主要係於對該發熱體供電，該電源裝置 上設有連接導線分別與該發熱體上之正負電極連接； 田電源裝置開始供電時，電流通過該含碳布時將產生 遠紅外線，而透過衣物對人體加熱提供禦寒作用，促進人 體健康，達到保健之功效》 由上述可以得知，本創作中利用該含碳布作為發熱體 之、’°構’其可改善既有技術中發熱金屬絲容易產生高熱及 加…、不均之缺點’且該含碳布並無金屬絲不耐彎折的問 題，使用者在穿著本創作時感到較舒適。 【實施方式】 有關本創作之一較佳實施例，首先請參照第一圖所 不，包括一衣物（10)、一發熱體（20)、一電源裝置（30)以及 一控制器（40);其中’該衣物（1())具有—衣背⑴），該衣背 (11)内側具有上下各一矩形夾層構造（12)，該夾層構造（12) 係為布料材質所製’該夾層構造（12)可供容置該發熱體 (20)，再請參照第二圖與第三圖所示，而該發熱體（2〇)主 要係利用一含碳布（21)作為發熱元件，該含碳布（21)具有 長方形布材，布材經浸泡碳漿處理而具有導電性，又含 5 M383311 碳布（21)在相對的兩長邊上分設有一電極（22)，於本實施 例中’兩電極（2 2)係以金屬線材利用編織方式設於含碳布 (21)的兩長邊上並構成電連接，又兩電極（22)之一端分別 與一導線（32)連接，並透過導線（32)與電源裝置（3〇)連接， 當該電源裝置（30)對該發熱體（20)供電時，該含碳布（21)成 為具有熱阻的導體而在其表面均勻發熱；又該含碳布（21) -係设於兩布質表層（23)之間，而該兩布質表層（23)疊置縫 合後’可將該含碳布（21)密合封住形成該發熱體（2〇);又 ^該兩布質表層（23)外侧分別縫合有一貼布（24)，該貼布（24) 係一長條形布材，而該貼布（24)長端與該含碳布（21)的短 k疊置重合’以利用該貼布（24)將兩電極（22)固定於該含 碳布（21)的一短邊上。 又晴參照第一圖與第二圖所示，該電源裝置（3〇)係呈 一盒體，該電源裝置内含可充電的電池，本實施例中係採 用鋰電池，可重複充放電使用，而該電源裝置（30)主要係 鲁-於對該發熱體（2〇)供電，該電源裝置（3〇)上設有連接導線 • (31)分別與該發熱體（2〇)上之電極（22)連接。 再請參照第一圖所示，該控制器（40)主要係於一圓弧 狀盒體上設有一按鈕開關（41)和一 LED指示燈（42)所組 成，而該控制器（40)一端設有導線與該電源裝置（30)連接。 當啟動該控制器（3〇)時，該電源裝置（3〇)因而開始供電， 並依據使用者需求調整溫度，該控制器（4〇)可按壓該按鈕 隨意選用強、中 '弱三種溫度設定，該LED指示燈（42)可 顯不不同顏色的燈號對應其溫度變化，若關閉電源時，即 可變成普通衣物穿著，當使用本創作時，其電流通過該含 6 M383311 碳布（21)時將產生遠紅外線’該遠紅外線透過衣物對人體 加熱’透過衣物對人體加熱提供禦寒作用，並達到保健之 功效。Active fever and positive cold effect, but the bean β (seven) phase transport. The heat gold can be converted into heat energy, although the heat-generating wire (52) is prone to high heat and has a burnt flaw, and the heat-generating wire (52) is unevenly heated, and the heat-generating wire (52) itself is not It is resistant to bending and is easy to feel uncomfortable when worn by the user. It can be seen that there is a far-infrared warm clothing that needs to be further examined and seeks a viable solution. [New content] Therefore, the main purpose of this creation is to provide a far-infrared heating garment, which is designed to improve the heat-producing heat source and the inconvenience of heat-heating of the heating garment, and to generate heat energy by using electricity. Into the step-by-step production of far-infrared rays, so that the deep cells of the human body produce moderate resonance, and promote the circulation and metabolism of the gray liquid, thereby making the clothes have heat care and heat preservation effect. The main technical means for achieving the foregoing purpose is that the far-infrared heating garment includes: a garment having a garment back having a lost layer structure on the inner side of the garment; β 4 M383311 a heating element In the sandwich structure of the foregoing clothes, a carbon cloth is mainly used as a heating element, and the carbon-containing cloth is treated by immersing carbon slurry to have conductivity, and the positive and negative electrodes are disposed thereon; and the carbon cloth is disposed on the two cloths. Between the surface layers, after the two cloth sheets are stacked and sewn, the carbon-containing cloth may be sealed therebetween; the power supply device mainly supplies power to the heating element, and the power supply device is provided with a connecting wire and the heating element respectively. The positive and negative electrodes are connected; when the power supply device starts to supply power, the current will pass through the carbon-containing cloth, which will generate far-infrared rays, and the clothes will heat the human body to provide a cold-proof effect, promote human health and achieve the effect of health care. In the present invention, the carbonaceous cloth is used as the heating element, and the '° structure' can improve the disadvantage that the heating wire in the prior art is prone to high heat and unevenness. The carbon-containing cloth has no problem that the wire is not resistant to bending, and the user feels comfortable when wearing the present. [Embodiment] A preferred embodiment of the present invention, first referring to the first figure, includes a garment (10), a heating element (20), a power supply device (30), and a controller (40). Wherein the garment (1()) has a garment back (1), and the inside of the garment back (11) has a rectangular sandwich structure (12) on the upper and lower sides, and the sandwich structure (12) is made of a cloth material. The structure (12) can accommodate the heating element (20), and then refer to the second and third figures, and the heating element (2〇) mainly uses a carbonaceous cloth (21) as a heating element. The carbon-containing cloth (21) has a rectangular cloth material, and the cloth material is electrically treated by the soaking carbon slurry treatment, and further comprises an electrode (22) on the opposite two long sides of the 5 M383311 carbon cloth (21). In the embodiment, the two electrodes (2 2) are provided on the two long sides of the carbon-containing cloth (21) by a braiding method and electrically connected, and one end of the two electrodes (22) and a wire (32) respectively. Connected and connected to the power supply unit (3〇) through the wire (32), when the power supply unit (30) supplies power to the heating element (20), The cloth (21) becomes a conductor having thermal resistance and uniformly heats on the surface thereof; and the carbonaceous cloth (21) is disposed between the two cloth skin layers (23), and the two cloth skin layers (23) are stacked After the stitching, the carbonaceous cloth (21) can be tightly sealed to form the heat generating body (2〇); and the outer side of the two cloth skin layers (23) is respectively sewn with a patch (24), the patch (24) Is a long strip of cloth, and the long end of the patch (24) overlaps with the short k stack of the carbonaceous cloth (21) to fix the two electrodes (22) to the same by the patch (24) On a short side of the carbon-containing cloth (21). Referring to the first and second figures, the power supply device (3〇) is a box body, and the power supply device includes a rechargeable battery. In this embodiment, a lithium battery is used, and the battery can be repeatedly charged and discharged. And the power supply device (30) is mainly for supplying power to the heating element (2〇), and the power supply device (3〇) is provided with a connecting wire (31) and the heating element (2〇) The electrodes (22) are connected. Referring to the first figure, the controller (40) is mainly composed of a button switch (41) and an LED indicator (42) on an arc-shaped box body, and the controller (40) One end is provided with a wire connected to the power supply device (30). When the controller (3〇) is started, the power supply device (3〇) starts to supply power, and adjusts the temperature according to the user's needs. The controller (4〇) can press the button to select the strong and medium 'weak three temperatures. It is set that the LED indicator (42) can display different light color corresponding to its temperature change. If the power is turned off, it can become ordinary clothing. When using this creation, its current passes through the 6 M383311 carbon cloth ( 21) When the far-infrared rays are generated, 'the far-infrared rays are heated by the clothes to the human body' to provide a cold-proof effect on the human body through the clothes, and achieve the effect of health care.
【圖式簡單說明】 第一圖.係本創作較佳實施例之一立體圖。 第二圖：係本創作較佳實施例之一分解圖。 第二圖•係本創作較佳實施例之一側視圖。 第四圖：係既有遠紅外線加熱衣之一分解圖 【主要元件符號說明】 (1 0)衣物 (11)衣背 (12)夾層 (20)發熱體 (21)含碳布 (22)電極 (23)布質表層 (24)貼布 (30)電源裝置 (31)導線 (40)控制器 (41)按钮 (42)LED指示燈 (50)遠紅外線發熱體 (51)膠膜 (52)金屬絲 (53)導線 (54)電力供給裝置 7BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of a preferred embodiment of the present invention. Second Figure: An exploded view of one of the preferred embodiments of the present invention. Second Figure • A side view of one of the preferred embodiments of the present invention. The fourth picture: is an exploded view of the far infrared heating clothes [main components symbol description] (1 0) clothing (11) clothing back (12) interlayer (20) heating element (21) carbon cloth (22) electrode (23) Cloth surface layer (24) Patch (30) Power supply unit (31) Wire (40) Controller (41) Button (42) LED indicator (50) Far-infrared heating element (51) Film (52) Wire (53) wire (54) power supply device 7