200913763 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種儲熱發熱材，特別是指一種熱源 可滞留於套體的内中空部位，套體並可作彎延佈設作大面 積發熱儲熱的儲熱發熱材。 【先前技術】 現有的儲熱發熱材，較普遍的為—般所稱的「熱敷袋」 ’如圖1所示，是在—袋體7内填充充滿有-相位轉換材 料70,於常溫時呈布丁枯祠狀或晶狀固體，當要用來熱敷 t ’、、需加以熱煮’—般將其放於水中加熱或用微波爐加 熱’相位轉換材料因吸熱會呈液體狀，就可拿來熱敷，隨 著熱敷而漸漸散熱又回復呈布丁粘稠狀或晶狀固體，此種 「熱敷袋」，製造雖然簡單，但是使用上不方便，只能作居 豕使用’因為要水煮或用微波爐，只有在居家時才能使用 ’因此有人朝可自發性發熱來製造，士，2所示，其是在 «亥衣體7内填充充滿有一呈液態狀的相位轉換材料7】，並 於該液態狀的相位轉換材料71中包覆有一金屬片72，當要 熱敷時’以手施力使金屬片72變形，因此促發液態狀的相 位轉換材料71開始釋熱而漸漸凝固呈布丁粘稠狀或晶狀固 體，來達到熱敷的效果，此種製造方式也是簡單，但是要 再使用時，仍需將其水煮加熱，使相位轉換材料71回復呈 液狀’才能再作使用，幻乃無法跳脫只有居冑才可使用的 限制’普及性並不高’况且該兩種現有的發熱儲熱材’都 文限於「熱敷袋J的形狀’無法作大面積及更廣泛的運用 200913763 因此’如何構思製造出一種熱源可滯留於套體的内中空 :位，套體並可作彎延佈設作大面積發熱儲熱的儲熱發: 材，是一可進一步改進的課題。 … 【發明内容】 因此，本發明之主要目的，即在提供-種熱源可滯留 於套體的内中空部位’套體並可作彎延佈設作大面積發献 儲熱的儲熱發熱材。 於是，本發明儲熱發熱材，包括有-套體，是為中空 ，兩端部為開放、兩塞件，各塞設於該套體的—開放端， 及一發熱材是穿設於該套體的内t空部位及兩塞體，並受 兩塞體疋位，通電於該發熱材，熱源可滞留於該套體的内 中空部位，該套體可作f延佈設作大面積的發熱儲熱。 本發月之功效，能提供一種熱源可滯留，並可作彎延 佈没作大面積發熱儲熱的儲熱發熱材。 【實施方式】 有關本發明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三個較佳實施例的詳細說明中，將可 清楚的呈現。 圖3，是本發明儲熱發熱材的第一較佳實施例，包括 有-套體1、；％為中空’兩端部1〇、開放；兩塞件2, 各塞設於該套體1的—開放端及-發熱材3是穿設於該套 體1的内中空部位12及兩塞體2,並受兩塞體2定位，通 電於该發熱材3 ’熱源可滯留於該套體的内中空部位12, 該套體1可作彎延佈設作大面積的發熱儲熱，更詳細說明 200913763 如后： ，在本實施例為-軟性材質製力的軟管、呈有 柔軟易形變並回復原狀及㈣曲的特性，兩端部ig、n為 開放’内部具有中空部位12。 、兩塞體2,在本實施例也是為軟性材質製成、具有與上 述套體1柔軟易形變並回復原狀的特性，各塞設於該套體 的開放—端部Π)'^，使套體！的中空部位12呈封閉，各 塞體2沿著與中空部位卩呈平行的方向貫穿設有—穿孔μ “發熱材3 ’是為—電熱線，可能是金屬電熱線或是碳 纖維電熱線’具有爲平及可彎曲的特性，在本案該發埶材3 ’是將該電熱線，穿設於該套體1的内中空部位12及兩塞 體2的穿孔2〇,並受兩塞體2 ^位，為求在塞體2的穿孔 20不會渗漏般填充有防水材。中空部位12填充滿相位 轉換材料。 熱線會自行發熱 12 ’可運用於現 因此當通電於發熱材3的兩端時，電 ，熱源就充滿且滯留於套體丨的中空部位 有「熱敷袋」内部使用。 如圖4，將本案的套體丨製成一長條形，可沿著一表 面4作彎曲往復的佈設，通電於發婦3的兩端則發熱及 儲熱是呈大面積，可作更廣泛的運用，但若是將本案的套 體1製成-等長段，作彼此平行或呈所欲面的形狀，則發 熱及儲熱也是呈大面積，於此不再另繪圖示意。 如圖5,在該套…的表面13’可加設有感溫線14, 200913763 可對發熱材3作發熱后的溫度感測並作進一步的運用，如 作通電的切斷，也可如圖6在該套體丨的表面13可加設有 溫度開關15，並作進一步的運用，如作溫度的設定控制通 電的切斷或加溫。 士圖7，隨著套體1的長度加長，内所穿設的發熱材3 曰因重力的影響垂下碰觸到套體1的内壁面1〇〇,會形成發 熱不均勻，因此在該套體丨的内中空部位12，進一步加設 有至v —個的束框件5 ,各束框件是在一 C形環5〇的外周 壁以遠離其虛擬圓,。51的方向呈等角度輻設凸出設有撑頂 塊52 (：形裱50内形成有一卡束孔兄，當穿設發熱材3如 :述的電熱線，先穿過卡束孔53再穿設入套體i的内中空 4位12，使束框件5位於内中空部位12，如此可防止發孰 材3會因重力的影響垂下碰觸到套體1的内壁面，不但: 發熱均勻，且兼具有局部定位的功能。 一如®8，是本發明儲熱發熱材的第二較佳實施例，與 前述圖3第-實施例不同的地方在於，在各塞體2,進—步 貫穿設有-灌注穿孔21，由灌注穿孔21將—相位轉換材料 6灌注填滿於套體1的内中空部位12后，再封閉穿孔21， 如此當通電電熱線發熱后，相位轉換材料6會吸熱后同時 產生相位轉換’借由相位轉換材肖6的吸熱及慢慢釋放熱 源的特性’可使其使用的時間延長，而在圖4、圖5、圖 6、圖7也作同樣的變化，灌注相位轉換材料6, 一樣 慢慢釋放熱源的特性，也可使其使用的時間延長。 圖9，是本發明儲熱發熱材的第三較佳實施例，將上 200913763 述兩實施例的套體1，，製成為在一外層體16的裏一面16〇 被覆有内層體17,内層體17在適當部位彎凸有一中空部位 12’，該中空部位12，，同前述套體丨的中空部位a，穿設 有及發熱材3，本實施例還是用電熱線，在該外層體丨6的 卜面161’被覆有上述的溫度感知線14，另再被覆有一 絕緣層18，將溫度感知線14包覆於外層體16與内層體17 間，使用時，作如圖i 〇的彎曲環繞佈設並以内層體17面 ，局部或全部貼設於一衣物8的外表，該衣物例如夾克， 貼覆后，絕緣層18是在夾克最外表，並在中空部位12，填 充有相位轉換材料6，其填充方式是由最低部位有一灌注口 D灌入，相位轉換材料6並往上流動直至填滿套體丨，的 所有中空部位12’，其間有氣泡，可由在高位置的至少 一出乳口 19排出，如此絕緣層18可先對寒冷的外部環境 作冷溫的隔絕以外，當通電於電熱線3，一樣可作大面積的 發熱及儲熱，使穿儲熱线卫作者，可保持溫暖不致失溫 發生危險，溫度感知線14 一樣是可對發熱材3作發熱后的 溫度感測並作進一步的運用，如作通電的切斷，作保：電 力的使用控制，使得電力可較長久—,點，作更長時間的穿 戴保暖。 上述圖9，右不設溫度感知線14與絕緣層18或不灌 注相位轉換材料6,並不會影響到其發熱儲熱的功能。/ 惟以上所述者5僅為太欲ηη λ· u _ 當X缺200913763 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a heat storage heat-generating material, in particular to a heat source which can be retained in the inner hollow portion of the casing, and the casing can be bent and arranged. A heat storage heating material with an area of heat storage. [Prior Art] The conventional heat storage heating material is generally referred to as a "hot pack". As shown in Fig. 1, the bag body 7 is filled with a phase-converting material 70 at normal temperature. A pudding with a hazelnut or crystalline solid. When it is to be used for hot compressing, it should be heated in water or heated in a microwave oven. The phase change material will be liquid due to heat absorption. It is hot, and gradually dissipates with heat and returns to a pudding viscous or crystalline solid. This kind of "hot pack" is simple to manufacture, but it is inconvenient to use and can only be used as a residence. With a microwave oven, it can only be used when at home. Therefore, some people can make it spontaneously. According to 2, it is filled with a phase conversion material 7 filled with liquid in the body 7 and is filled with The liquid phase-converting material 71 is covered with a metal piece 72. When it is to be hot-coated, the metal piece 72 is deformed by hand. Therefore, the liquid phase-converting material 71 starts to release heat and gradually solidifies into a pudding. Thick or crystalline solid In order to achieve the effect of hot compress, the manufacturing method is also simple, but when it is used again, it still needs to be boiled and heated, so that the phase conversion material 71 returns to liquid state, and then can be used again, the magic can not escape. The restrictions that can be used are 'not very popular' and the two existing heat-storage materials are limited to the "shape of hot pack J" and cannot be used for a large area and wider use. 200913763 Therefore, 'how to conceive a kind of The heat source can be retained in the inner hollow of the casing: the casing, and the casing can be used as a heat storage for a large area of heat storage. The material is a subject that can be further improved. [Invention] Therefore, the present invention The main purpose of the present invention is to provide a heat storage material that can be retained in the inner hollow portion of the casing and can be used as a heat storage material for large-area heat storage. The utility model comprises a sleeve body which is hollow, two ends are open, two plugs, each plug is arranged at an open end of the sleeve body, and a heating material is inserted in the inner t-empty part of the sleeve body and two Plug body and subject to two plugs When the electric heating material is energized, the heat source can be retained in the inner hollow portion of the casing, and the casing can be used as a heat generating heat storage for a large area. The effect of the month can provide a heat source to be retained and can be used. The above-mentioned and other technical contents, features and effects of the present invention are described in detail below with reference to three preferred embodiments of the reference drawings. Figure 3 is a first preferred embodiment of the heat storage heat-generating material of the present invention, including a sleeve body 1; % is hollow 'end ends 1 〇, open; two plugs 2 The heat-emitting material 3 is inserted into the inner hollow portion 12 and the two plug bodies 2 of the casing 1 and is positioned by the two plug bodies 2 to be energized to the heat-generating material. 3 'The heat source can be retained in the inner hollow part 12 of the casing. The casing 1 can be used as a wide-area heat storage heat storage. More detailed description 200913763 is as follows: In this embodiment, it is a soft material. The hose is soft and easy to deform and returns to the original shape and (four) curved characteristics, both ends ig, n is open and has a hollow portion 12 inside. The two plug bodies 2 are also made of a soft material in the present embodiment, and have the characteristics of being soft and easy to deform and returning to the original shape, and each plug is disposed at the open end of the sleeve body. Set! The hollow portion 12 is closed, and each plug body 2 is provided through a hole parallel to the hollow portion —. The "heating material 3' is a heating wire, which may be a metal electric wire or a carbon fiber electric heating wire". For the flat and bendable characteristics, in the present case, the hairpin 3' is the electric heating wire which is inserted through the inner hollow portion 12 of the casing 1 and the perforations 2〇 of the two plug bodies 2, and is subjected to the two plug bodies 2 In order to ensure that the perforation 20 of the plug body 2 does not leak, the waterproof material is filled. The hollow portion 12 is filled with the phase conversion material. The hot wire will self-heat 12' can be used for the current two when energized on the heating material 3 At the end, the heat source is filled and the hollow part of the casing is retained inside the "hot pack". As shown in Fig. 4, the sleeve of the present invention is made into a long strip shape, which can be arranged along a surface 4 for bending and reciprocating. When the two ends of the hairdressing 3 are energized, the heat is generated and the heat storage is large. Widely used, but if the case 1 of the case is made into an equal length section and is parallel or in a desired shape, the heat generation and heat storage are also large areas, and no further drawing is shown here. As shown in Fig. 5, a temperature sensing line 14 can be added to the surface 13' of the sleeve. 200913763 can sense the temperature of the heating element 3 after heating and further use it, such as cutting off the power, or as In Fig. 6, a temperature switch 15 can be added to the surface 13 of the casing body for further use, such as setting of temperature to control the cutting or warming of the energization. In Fig. 7, as the length of the sleeve 1 is lengthened, the heat-generating material 3 worn inside is lowered by the influence of gravity and hits the inner wall surface of the casing 1 to cause uneven heating, so the sleeve is formed. The inner hollow portion 12 of the body is further provided with a frame member 5 to v, and each of the frame members is a peripheral wall of a C-shaped ring 5〇 away from the virtual circle. The direction of the 51 is equiangularly radiated and convexly provided with the supporting block 52 (the forming hole is formed in the shape 50), and when the heating element 3 is worn, such as the electric heating wire, first passes through the clamping hole 53. The inner hollow 4 position 12 of the sleeve i is placed so that the frame member 5 is located at the inner hollow portion 12, so that the hairpin 3 can be prevented from falling down against the inner wall surface of the casing 1 due to the influence of gravity, and not only: Uniform, and also has the function of local positioning. Like, 8 is a second preferred embodiment of the heat storage heating material of the present invention, which differs from the first embodiment of FIG. 3 in that, in each plug body 2, The step-through is provided with a perfusion perforation 21, and the phase conversion material 6 is filled by the perfusion perforation 21 to fill the inner hollow portion 12 of the casing 1, and then the perforation 21 is closed, so that when the electric heating wire is heated, the phase is converted. The material 6 absorbs heat and simultaneously produces a phase transition 'by the endothermic material of the phase conversion material Xiao 6 and the characteristic of slowly releasing the heat source', which can extend the use time, and is also used in FIG. 4, FIG. 5, FIG. 6, FIG. The same change, perfusion of the phase conversion material 6, as slowly release the characteristics of the heat source, can also be used Fig. 9 is a third preferred embodiment of the heat storage heat-generating material of the present invention. The casing 1 of the two embodiments of the above-mentioned 200913763 is formed to be covered with an inner layer on the inner side of a body 16 17. The inner layer body 17 is bent at a suitable portion to have a hollow portion 12'. The hollow portion 12, and the hollow portion a of the sleeve body, is provided with a heat generating material 3. In this embodiment, an electric heating wire is used. The face 161' of the outer layer body 6 is covered with the temperature sensing line 14 described above, and is further covered with an insulating layer 18, and the temperature sensing line 14 is wrapped between the outer layer body 16 and the inner layer body 17, and when used, as shown in Fig. i The curved portion of the crucible is arranged around the inner layer body 17 and partially or completely attached to the outer surface of a garment 8 such as a jacket. After the coating, the insulating layer 18 is on the outermost surface of the jacket, and is filled in the hollow portion 12, The phase conversion material 6 is filled in such a manner that the lowest portion has a filling port D, and the phase converting material 6 flows upward until all the hollow portions 12' of the casing 填 are filled with bubbles therebetween, which can be at a high position. At least one outlet 19 is discharged, The insulating layer 18 can be used for cold and warm isolation of the cold external environment. When it is energized on the heating wire 3, it can be used for large-area heat generation and heat storage, so that the author of the heat storage line can keep warm and not lose temperature. Dangerous, temperature sensing line 14 is the same as the temperature sensing of the heating element 3 after heating and further use, such as power cut off, to ensure that: the use of power control, so that the power can be longer - point For longer time, wear and keep warm. As shown in Fig. 9, the temperature sensing line 14 and the insulating layer 18 or the non-perfusion phase converting material 6 are not disposed on the right side, and the function of heat storage and heat storage is not affected. 5 is only too ηη λ· u _ when X is missing
當不能 即大凡依本發明申請專利範 單的等效變化與修飾，皆應 200913763 仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是現有一種儲熱發熱材的立體示意圖； 圖2是現有另一種儲熱發熱材的立體示意圖； 圖3是本發明儲熱發熱材第一較佳實施例的分解立體示意 圖， 圖4是圖3作大面積佈設的示意圖； 圖5是圖3進一步加設有感溫線的示意圖； 圖6是圖3進-步加設有溫度開關的示意圖； 圖7是圖3套體内加設有一定位件的斷面圖； 圖8疋本發明儲熱發熱材第二較佳實施例的立體示意圖； 圖9疋本發明儲熱發熱材第三較佳實施例的縱向斷面示音 國；及 " 圖10是圖9作大面積佈設的示意圖。 10 200913763 【主要元件符號說明】 1 ' Γ 套體 52 撑頂塊 10 端部 53 卡束孔 100 套體内壁面 6 相位轉換材料 11 端部 8 衣物 12、 12 ’内中空部位 13 套體表面 14 感溫線 15 溫度開關 16 外層體 160 外層體裏一面 161 外層體外一面 17 内層體 18 絕緣層 19 灌注口 19， 出氣口 2 兩塞件 20 穿孔 21 灌注穿孔 3 發熱材 4 一表面 5 束框件 50 C形環 51 虛擬圓心 11When it is not possible to use the equivalent changes and modifications of the patent application form according to the present invention, it is still within the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a conventional heat storage heating material; FIG. 2 is a perspective view of another conventional heat storage heating material; FIG. 3 is an exploded view of the first preferred embodiment of the heat storage heating material of the present invention. 3 is a schematic view of a large area layout of FIG. 3; FIG. 5 is a schematic diagram of further adding a temperature sensing line of FIG. 3; FIG. 6 is a schematic view of the step of adding a temperature switch in step-by-step; FIG. 3 is a cross-sectional view of a second preferred embodiment of the heat storage and heating element of the present invention; FIG. Cross-section country; and " Figure 10 is a schematic diagram of Figure 9 for large-area layout. 10 200913763 [Explanation of main component symbols] 1 ' Γ Casing 52 struts 10 end 53 bundling holes 100 casing inner wall 6 phase conversion material 11 end 8 clothing 12, 12 'inner hollow part 13 casing surface 14 Temperature line 15 Temperature switch 16 Outer body 160 Outer body side 161 Outer layer outer side 17 Inner layer 18 Insulation layer 19 Inlet 19, Outlet 2 Two plugs 20 Perforated 21 Perforated perforation 3 Heated material 4 One surface 5 Beam frame 50 C-ring 51 virtual center 11