M406708 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種耐拉式發光、發熱結構，特別是指一種應用於供人 體穿戴之產品上、具有耐拉、耐扯、可水洗和可㈣魏、且還能發光、 發熱的耐拉式發光、發熱結構。 【先前技術】 欲在可供人體雜之產品（例如：衣服、外套、襯衣、背心、内衣裤、 褲子、裙子、帽子、手套、泳衣、泳帽、潛水衣、襪子、耳罩以及包包和 背包等）上，增設發光構件以發光或增設發熱構件以保暖，習知係僅見在 外套和帽子上财發統件，以錢_添氣氛、趣味或美麗效果。 准由於上述可供人體穿戴之產品必須經常水洗、也必然會經常拉扯、 折f ’導致健單純設置發光構件的習知做法早π符需求，每每因為水 洗或經常拉扯、折彎而造成供電線路斷裂。M406708 V. New description: [New technical field] This creation is about a pull-resistant illuminating and heating structure, especially one that is applied to products for human body wear, has resistance to pull, is resistant to tears, can be washed and can be (4) Wei, and can also emit light and heat, and have a tensile and luminous structure. [Prior Art] Products that are suitable for human body (eg, clothes, coats, shirts, vests, underwear, pants, skirts, hats, gloves, swimwear, swimming caps, wetsuits, socks, earmuffs, and bags and On the backpack, etc., a light-emitting member is added to illuminate or add a heat-generating member to keep warm, and the conventional system is only found on the outerwear and the hat, and the atmosphere is added to the atmosphere, the taste or the beautiful effect. Because the above-mentioned products that can be worn by the human body must be washed frequently, and will inevitably be pulled and folded frequently, the conventional practice of setting up the light-emitting components is required, and the power supply line is often caused by washing or frequent pulling and bending. fracture.
決的一大課題。 【新型内容】 種耐拉式發光結構，藉由傳導絞線及其 耐扯、可水洗和可折彎功能，且還能導 本創作的目的之一在於提供一 它構件的特殊設計，以具有耐拉、耐扯 電而讓發光元件發光。 為達上述目的，本創作係提供一 該耐拉式發光結構包括：一軟膠' 至 -種耐拉式發光結構，為應用於一產品， 至少兩傳導絞線以及至少-發光元件。 3 708 軟膠係與產品結合在-起；各該傳導絞線係具有彼此絞纏在—㈣至少一 对拉線和鈔-轉，麵料輯係設於難歸光元件係設於 軟膠内’該發光藉雜有-發光部和至少兩導電腳該發光部所發之光 係射出於錄膠之外，該兩導電腳係分糊定地無兩料絞線的導線彼 此電性接觸在一起。 耐扯、可水洗和可 藉以使該產品除了可發光之外，還兼具有可耐拉、 折彎等的功能。 本創作的目的之二在於提供—種耐拉式發熱結構，藉由傳導絞線及其 它構件的特殊設計，以具有·、耐扯、可极和可折f魏且還能導 電而讓發熱元件發熱。 為達上述目的，本創作係提供一種耐拉式發熱結構，為應用於—產品， 該耐拉式發熱結構包括：至少-載體、至少—電熱元件、以及至少兩傳導 絞線。該載體係與該產品車縫在-起；該電減件係設置於該載體上；各 該傳導絞線係具有彼此賴在-起的至少—雜線和至少—導線，該兩傳 導絞線的導線係電性連接於該電熱元件。 藉以使該產品除了可發熱而保暖之外’還兼具有可耐拉、耐扯、可水 洗和可折彎等的功能。 為了能夠更進-步瞭解本創作之特徵、獅和技術内容，請參閱以下 有關本創作之詳細說明與附圖，惟所附圖式僅提供參考與說明用，非用以 限制本創作。 【實施方式】 M406708A major issue. [New content] A kind of pull-resistant light-emitting structure, which is characterized by a conductive strand and its resistance to tearing, water washing and bendability, and can also be used to provide a special design of its components to have It is resistant to pulling and pulling, and allows the light-emitting element to emit light. To achieve the above object, the present invention provides a tensile-type light-emitting structure comprising: a soft plastic-to-slide-type light-emitting structure for application to a product, at least two conductive strands and at least a light-emitting element. 3 708 soft glue is combined with the product; each of the conductive strands has a twist on each other - (four) at least one pair of pull wires and banknotes - turn, the fabric series is set in the soft return light component is set in the soft rubber The light-emitting portion and the at least two conductive legs emit light from the light-emitting portion, and the two conductive legs are electrically connected to each other without wires of the two strands. together. It is resistant to tearing, washable and can be used to make it resistant to light, bends, etc. The second purpose of this creation is to provide a tensile heat-generating structure, which has a special design of conductive strands and other components, and has a heat-resistant component with a resistance to tear, a pole and a foldable and conductive. heat. To achieve the above object, the present invention provides a tensile heat-generating structure for use in a product, the tensile heat-generating structure comprising: at least a carrier, at least an electric heating element, and at least two conductive strands. The carrier is sewn together with the product; the electrical reduction member is disposed on the carrier; each of the conductive strands has at least one of a hybrid and at least a wire that is in contact with each other, and the two conductive strands The wire is electrically connected to the electric heating element. In order to keep the product warm in addition to heat, it also has the functions of being resistant to pull, tear, washable and bendable. In order to be able to further understand the features, lions and technical content of this creation, please refer to the following for a detailed description of the creation and the drawings, but the drawings are for reference and explanation only and are not intended to limit the creation. [Embodiment] M406708
本創作係提供-種耐拉式發光 ' 贿結構，為應用於供人體穿戴之產 衣服'外套、襯衣、背心、内衣裤、裤子、裙子、帽子、手套、 泳衣、泳帽、潛水衣、機子、耳罩以及包包和背包等）上。 請參閱第1、2圖所示，係在-產品（如圖所示之產品係為衣服）工 上設有多數耐拉式發光結構和錄離式發熱結構。請频第丨〜4圖所 示’該些耐拉式發光結構係、分別設於產品i的雙肩和背面，各該耐拉式發 光結構包括-軟膠5、至少兩傳導絞線（例如包括兩供電用的傳導絞線和 一控制用的傳導絞線等等）3和至少—發光树2，如圖所示者係包括兩 供電用的傳導絞線3和多數發光讀2，所述發光元件2係可為發光二極 細D，亦為：一般的、最原始的_或有機發光二極體（〇聊1。This creation provides a kind of pull-resistant luminous 'bribery structure, which is used for clothes worn by the human body' coats, shirts, vests, underwear, pants, skirts, hats, gloves, swimwear, swimming caps, wetsuits, machines. On the child, earmuffs, bags and backpacks, etc.). Please refer to Figures 1 and 2 for the majority of the tensile-type illuminating structure and the detached heating structure in the product (the product shown in the figure is clothing). Please refer to the 'Ten-type light-emitting structure', which are respectively disposed on the shoulders and the back of the product i, and each of the tensile-type light-emitting structures includes a soft rubber 5 and at least two conductive strands (for example, a conductive strand comprising two power supplies and a conductive strand for control, etc. 3 and at least - a light-emitting tree 2, as shown, comprising two conductive strands 3 for power supply and a plurality of illumination readings 2, The light-emitting element 2 can be a light-emitting diode D, which is also a general, original or organic light-emitting diode (〇聊1).
Light-Emitting Diode，簡稱 OLED)。 其中的軟膠5，係可為例如PVC(P〇lyVinylchloride，聚氣乙烯）、 TPE(Thermoplastic Elastomer，熱塑性彈性體）、TpR(Therm〇piasticLight-Emitting Diode, referred to as OLED). The soft rubber 5 therein may be, for example, PVC (P〇ly Vinylchloride), TPE (Thermoplastic Elastomer, thermoplastic elastomer), TpR (Therm〇piastic)
Rubber，熱塑性彈性體）或 TPV(Therm〇plastic Vulcanizate，熱塑性三元 乙丙動態硫化彈性體）等材質製成、且具有防水功能。 其中的傳導絞線3，請參閱第3、3A圖所示，各該傳導絞線3係具 有彼此絞纏在一起的至少一耐拉線31 (例如：銅絲或尼龍線又或銅絲與尼 龍線的混合等）和至少一導線3 2(例如：銅線、鋁線或金線等），如圖所示 者傳導絞線3係具有多數耐拉線31和多數導線3 2 ;較佳者，各該導線 3 2係為耐拉材質的導線，從而使各該導線3 2亦具有耐拉、耐扯和可折 彎的功效。 其中的發光元件2，如第4A圖所示，各該發光元件2係具有一發光 5 M406708 乂兩導電腳22，該兩導電腳22係分別固定地與該兩傳導絞 線3的導線3 2彼此電性接觸在—起，至於導電腳2 2與傳導絞線3的固 定方式係包含：焊接、打件沖壓和點膠等。 4參閱第4、4ASim搭配第！圖所示的本創作第—實施例，軟膠$ 係财品！結合（例如：車縫或黏固於產品U或產品i内，圖中所示係· 屬於則者）在_起，如圖所示係結合於產品丨的雙肩和背面，至於傳導絞 線3和發光元件2係均設於軟膠5内，並使發光元“的導電腳22與傳_ 導絞線跑接_纖，槪敝細2 W叙光乃射出於 軟膠5之外，所述光的射峨除可藉由如圖所示在轉5的對應處設有 供發光部2 i露出的孔體（未標示元件符號)之外，亦可採用可透光或導光 的軟膠（圖未示）5，使發光部2 i所發之光能經由軟膠5而射出，當然， 此一第-實施例以及後述第二五實施例的軟膠5係可為可透光或導光的 軟夥5 (圖未示），從而均可在不具有孔體的情況下亦能供内部發光元件 2將光射出。 藉此，傳導絞線3以及設有該傳導絞線3的耐拉式發光結構係能具有· 耐拉、耐扯、可水洗和可折彎魏，且還麟電猶發光元们發光。、 請參閱第4 B圖所示的本創作第二實施例，較佳者，各該發光元件2 之各該導電腳2 2的下緣係具有-定位槽2 2 i，各該定位槽2 2丄係與 各該傳導絞線3相對應，使各該傳導絞線3係能定位於各該導電腳2、 定位槽22 1内。且，如第4 A圖及第4B囷中所示的發統件2係電性 連接於兩傳導絞線3之上，使導電腳2 2的下緣接觸於傳導絞線3之上， M406708 且傳導紋線3的導線3 2 ί%與導電腳2 2電性接觸。 凊參閱第5圖及第5Α圖所示的本創作第三、四實施例，其中的發光 π件2則電性連接於兩傳導絞線3之間，使導電腳2 2的側緣係接觸於傳 導絞線之側。較佳者，導電腳22_緣係具有—定位槽22ι (第Μ 圖）’定位槽22 1亦與傳導絞線3相對應，使傳導絞線3能定位於導電 腳2 2的定位槽2 21内’且傳導絞線3的導線3 2亦與導電腳2 2電性 接觸。 请參閱第6圖所示的本創作第五實施例，其中發光元件2的導電腳2 2係具有-定位部2 2 2，如圖所示之定位部2 2 2係為-穿插孔，傳導 纹線3乃能穿插於該穿插孔内而定位，使傳導絞線3能定位於導電腳2 2 的定位部2 2 2内，且傳導絞線3的導線3 2亦與導電…2電性接觸。 當然，上述第-〜五實施例係均能以下述圖未示的方式來進一步加以 絕緣：先將電性連接有發光元件2的傳導絞線3浸泡於絕緣液而形成有絕 緣層’再紅軸魏緣層且雜連接紐光元件⑽料輯3包覆於 軟膠5内’但不以此為限。 上述第-實施例中，各該•式發光結構的所有傳導絞線3 (如圖所 稀為兩傳導絞線3)係可絕緣後彼此絞缠在—起（圖未示），當然，第 一〜五實施例亦可如此做（圖未示）。 請參閱第1、2圖所示，該些耐拉式發熱結構係分別設於產品i的正 面和背面，各該耐拉式健結構包括至少__4、至少—電熱元料〇 和至少兩傳導絞線3，如圓所示者各該耐拉式發熱結構係包括—載體4 ' 7 财06708 (» 電熱元件4〇和兩傳導絞線3。 "亥載體4係與產品1車縫在一起；該傳 彼此攱缠> + 、線3亦與别述相同而具有 、，’-在一起的至少一耐拉線3 2和至少一 絞_具有多數耐拉線31和觸線32,較佳者:：= 树拉材質的導線，歸各觀㈣具有耐拉、耐扯和== 效至於5亥電熱讀4 〇則設 傳導輯3的導線3 2 係電性連接於該電熱元件4 0。 其中，電熱元件40係藉由傳導絞線3所傳輸的電力而發敎，較佳者， 該載體4係還具有—均溫板（圖未示），電崎4 ◦係接觸於均溫板， 使熱可以均佈於均溫板，從而讓設有本創作耐拉式發熱結構的產品1能夠 具有保暖功效。 本創作耐拉式發光、發熱結構的特點在於：藉由傳導絞線3的特殊結 構設計，使得藉由料絞線3來供電給發光元件2的耐拉式發光結構^ 及藉由傳導輯3祕電航制㈣雜式發舰構，除分別具有 發光和發熱功效之外，亦均具㈣拉、耐扯、可水洗和可折㈣能從而 絕對適用於例如衣服、外套、襯衣、背心'内衣褲、褲子、裙子、帽子、 手套、泳衣、泳帽、潛水衣、襪子、耳罩以及包包和背包等產品卜軟膠 5係具有防水以及絕緣的特性，相當適用於必須水洗的衣服、褲子或裙子 等前述的產品1。此外，係可在軟膠5成型之前即將發光元件等—起包覆 於軟膠5内，從而在欲使用時，只要依需要長度予以裁剪即可，使整體可 依各種需求、規格來製作。 M406708 以上所述者，僅為本創作之較佳可行實施例而已，非因此即侷限本創 作之專利範圍，舉凡運用本創作說明書及圖式内容所為之等效結構變化， 均理同包含於本創作之權利範圍内，合予陳明。 11406708 【圖式簡單説明】 第1圖為本創作應用於產品上的正面示意圖。 第2圖為本創作應用於產品上的背面示意圖。 第3圖為本創作中之傳導絞線的立體圖。 第3 A圖為本創作依據第3圖之A_A剖面圖。 第4圖為本創作耐拉式發光結構的立體示意圖。 第4 A圖為本創作依據第4圖的B-B剖面圖。 第4 B圖為本創作依據第4A®之增設定位槽的實施例圖。 第5圖為本創作耐拉式發光結構中，將發光元件設於兩傳導絞線之 間的實施例圖。 第5A圖為本創作依據第5圖之增設定位槽的實施例圖。 第6圖為本創作耐拉式發光結構中，使用另一種發光元件的實施例 圖。 【主要元件符號說明】 1 產品 2發光元件 2 1 發光部 2 2導電腳 2 2 1定位槽 2 2 2定位部 3傳導絞線 31 耐拉線 32 導線 4載體 40 電熱元件 5 軟膠Rubber, thermoplastic elastomer) or TPV (Therm〇plastic Vulcanizate, thermoplastic propylene oxide dynamic vulcanized elastomer) and other materials, and has a waterproof function. Wherein the conductive strand 3, as shown in Figures 3 and 3A, each of the conductive strands 3 has at least one tensile wire 31 twisted together (for example: copper wire or nylon wire or copper wire and a mixture of nylon threads, etc.) and at least one wire 3 2 (for example: copper wire, aluminum wire or gold wire, etc.), as shown in the figure, the conductor strand 3 has a plurality of tensile wires 31 and a plurality of wires 3 2 ; Each of the wires 32 is a wire of a tensile material, so that each of the wires 32 has tensile, tear-resistant and bendable effects. In the light-emitting element 2, as shown in FIG. 4A, each of the light-emitting elements 2 has a light-emitting 5 M406708 and two conductive legs 22, and the two conductive legs 22 are fixedly connected to the wires 3 2 of the two conductive strands 3, respectively. The electrical contact with each other is as follows, and the fixing manner of the conductive leg 22 and the conductive strand 3 includes: welding, punching, dispensing, and the like. 4 See 4th, 4ASim with the first! The first embodiment of the creation shown in the figure, soft rubber $ is a product! The combination (for example: sewing or sticking in the product U or the product i, the figure shown in the figure) belongs to the two shoulders and the back of the product as shown in the figure, as for the conductive strand 3 and the light-emitting element 2 are both disposed in the soft rubber 5, and the conductive pin 22 of the light-emitting element is spliced with the transmission wire _ fiber, and the thin light is emitted from the soft rubber 5, In addition to the hole body (not labeled component symbol) for exposing the light-emitting portion 2 i at the corresponding position of the turn 5 as shown in the figure, the light-emitting or light-conducting soft can also be used. The glue (not shown) 5 causes the light emitted by the light-emitting portion 2 i to be emitted through the soft rubber 5, and of course, the soft rubber 5 of the first embodiment and the second and fifth embodiments described later may be permeable to light. Or a light-guiding soft body 5 (not shown), so that the internal light-emitting element 2 can be emitted without the hole body. Thereby, the conductive strand 3 and the conductive strand 3 are provided. The pull-type illuminating structure can have · tensile, tear-resistant, washable and bendable Wei, and also the illuminating light of the illuminating elements. Please refer to the second creation shown in Figure 4B. For example, preferably, the lower edge of each of the conductive legs 22 of each of the light-emitting elements 2 has a positioning groove 2 2 i, and each of the positioning grooves 2 2 corresponds to each of the conductive strands 3, so that Each of the conductive strands 3 can be positioned in each of the conductive legs 2 and the positioning groove 22 1. And, the hair piece 2 as shown in FIG. 4A and FIG. 4B is electrically connected to the two conductive strands. 3, the lower edge of the conductive leg 22 is brought into contact with the conductive strand 3, M406708 and the wire 3 2 传导% of the conductive trace 3 is electrically contacted with the conductive leg 2 2 凊 See Fig. 5 and Fig. 5 In the third and fourth embodiments of the present invention, the illuminating π member 2 is electrically connected between the two conductive strands 3 such that the side edges of the conductive legs 22 are in contact with the side of the conductive strand. Preferably, the conductive leg 22_edge has a positioning groove 22i (FIG.). The positioning groove 22 1 also corresponds to the conductive strand 3, so that the conductive strand 3 can be positioned in the positioning groove 2 of the conductive leg 22. The wire 3 2 of the inner conductor strip 3 is also in electrical contact with the conductive leg 2 2 . Referring to the fifth embodiment of the present invention shown in FIG. 6 , the conductive leg 2 2 of the light-emitting element 2 has a positioning portion. 2 2 2 As shown in the figure, the positioning portion 2 2 2 is a through hole, and the conductive trace 3 can be inserted in the insertion hole to be positioned, so that the conductive strand 3 can be positioned on the positioning portion 2 2 of the conductive leg 2 2 2, and the wire 3 2 of the conductive strand 3 is also in electrical contact with the conductive material 2. Of course, the above-mentioned fifth to fifth embodiments can be further insulated in a manner not shown in the following figure: first electrically connected The conductive strand 3 having the light-emitting element 2 is immersed in the insulating liquid to form an insulating layer 're-red-axis layer, and the hybrid-connected light-emitting element (10) is coated in the soft rubber 5', but not limited thereto. In the above-mentioned first embodiment, all the conductive strands 3 of each of the light-emitting structures (as shown in the two conductive strands 3) can be insulated and then entangled with each other (not shown), of course, The first to fifth embodiments can also do this (not shown). Referring to Figures 1 and 2, the tensile heat-generating structures are respectively disposed on the front and back sides of the product i, and each of the tensile-resistant structures includes at least __4, at least - an electric heating element and at least two conductions. The stranded wire 3, as shown by the circle, each of the tensile heat-generating structures includes a carrier 4'7 06106 (» electric heating element 4〇 and two conductive strands 3. "Hai carrier 4 series and product 1 are sewn together Together, the transmissions are entangled with each other, and the line 3 is also identical to the other, and the at least one of the tensile wires 3 2 and the at least one twisted_ have a plurality of tensile wires 31 and the contact wires 32, Preferably::= The wire of the tree pull material is returned to the top (4) has the resistance to pull, the pull resistance and the == effect to the 5th electric heat read 4 〇, the wire 3 2 of the conductive series 3 is electrically connected to the electric heating element 40. The electric heating element 40 is caused by the electric power transmitted by the conduction strand 3. Preferably, the carrier 4 further has a temperature equalizing plate (not shown), and the electric grid 4 is in contact with The temperature equalizing plate allows the heat to be evenly distributed on the temperature equalizing plate, so that the product 1 having the created tensile heat-generating structure can have a warming effect. The illuminating and heating structure is characterized in that: the special structure design of the conductive strand 3 enables the tensile-type light-emitting structure of the light-emitting element 2 to be supplied by the strand 3 and the conductive system (4) In addition to the luminous and heat-generating effects, the hybrid shipbuilding system also has (4) pull, tear-resistant, washable and foldable (4), which can be absolutely suitable for, for example, clothes, jackets, shirts, vests, underwear, pants, Skirts, hats, gloves, swimwear, swimming caps, wetsuits, socks, earmuffs, bags and backpacks, etc. The soft rubber 5 series is waterproof and insulating. It is suitable for clothes, pants or skirts that must be washed. In addition, the light-emitting element or the like can be wrapped in the soft rubber 5 before the soft rubber 5 is molded, so that when it is to be used, it can be cut according to the required length, so that the whole can be adapted to various needs. The specifications are to be made. M406708 The above is only the preferred and feasible embodiment of this creation, and therefore does not limit the scope of the patent of this creation, such as the use of this creation manual and the contents of the drawings. The structural changes are all included in the scope of this creation and are given to Chen Ming. 11406708 [Simple description of the diagram] Figure 1 is a front view of the application applied to the product. Fig. 3 is a perspective view of the conductive strand in the creation. Fig. 3A is a cross-sectional view of A_A according to Fig. 3 of the creation. Fig. 4 is a perspective view of the tension-resistant light-emitting structure of the present invention. Fig. 4A is a cross-sectional view taken along line BB of Fig. 4. Fig. 4B is a view showing an embodiment of the setting of the bit groove according to the fourth modification of Fig. 4A. A diagram of an embodiment in which a light-emitting element is disposed between two conductive strands. Fig. 5A is a view showing an embodiment of the creation of a bit groove according to the fifth drawing. Fig. 6 is a view showing an embodiment in which another light-emitting element is used in the creation of the pull-resistant light-emitting structure. [Main component symbol description] 1 Product 2 Light-emitting element 2 1 Light-emitting part 2 2 Conductive foot 2 2 1 Positioning groove 2 2 2 Positioning part 3 Conducted stranded wire 31 Tensile wire 32 Wire 4 Carrier 40 Electric heating element 5 Soft rubber