200904958 九、發明說明： 【發明所屬之技術領域】 ㈣係提供—種舰材料封裝綠、專用於_能材料 封裝方法之裝置及其所製得之物，其t該儲能材料封裝方2 利用熱熔性塑膠進行熱熔封裝或膠黏封裝。 糸 【先前技術】 如中華關發明專利公職帛·5G議叙 及其製造方法」之賴材封裝方法，其帽職馳成物^ 於包裝谷n中。然，該儲熱材封裝方法，包裝容器之密封部位 每單位面賴存在之賴独絲為G.lkg/m2以下，無法因 應各種製品的需要做調整’不具變化性。 又如中華民國發明專利公開案第細Q2268號之「具 固相/固相變化材料之熱障壁及其製法」，該熱障壁包括第— I1 早壁層、第二障壁層及置於該第—障壁層及該第二障壁層之間 之/皿度調節材料，其中該溫度調節材料為粉末狀的固相/固相 變化材料’誠’此鱗壁細於固相之相變化儲熱材之封 裝’不具通用性。 【發明内容】 本發明之目的在提供㈣解決上述習知技術之問題的儲能 材料封裝綠、專用於該雜材料封裝綠之裝置，及其 得之物。 200904958 本發明係一種儲能材料封裝方法，其步驟係包括有： A. 上膜：將第一膠膜覆置於具模穴之模具上； B. 加熱：職具加熱，使第—膠膜受熱後，對應於模穴形 成有相應形狀之容置空間； ' 夕 C. 注入儲能材料：將儲能材料注入第一膠膜之容置空 内； 工曰 D. 封裝.將第一膠膜覆置於第一膠膜之容置空間上後，利 用加工手段將其密合而封裝儲熱材。 上述步驟A ’其中’該第一膠膜材料係為熱炫性塑膠。 上述步驟C，其中，該儲能材料係為鹽類相變化材料或石 臘。 上述步驟D ’其中，該第二膠膜材料係為熱炫性歸。 上述步驟D，其中’該加工手段係為熱溶封裝或膠黏封装 之其中任-種，其中’熱_裝係將第二膠膜覆蓋於第一膠 膜’加熱後再_錄或壓合板施壓，使第二膠讎著於第一 膠膜；膠黏封裝胁第-軸、第二膠_成有兩對應面，而 其中兩對應©或其巾-龍面塗佈轉，再·滾輪或壓合板 知壓，藉由黏膠使第二膠膜黏著於第一膠膜。 本發明係一種專用於儲能材料封裝方法之裝置，係包括： 模具，模具上具有複數個模穴； +機台’依序區分有U舰段、加熱區段、注料區段 第一上膜區以及封裝區段，其中該封裝區段上具有封裝模 頭，其封裝模頭係可為滾輪或壓合板；該封裝區段亦具有加熱 200904958 料軸咖域其-侧設 有輸k早7C ’機。上另設Μ有控制面板。 本發明係一種儲能材料封裝 種製品進行熱管制之應用裝方法所製侍之物，係可置於各 本發明之優點如下： 至重ϋΐΓ係可因應各式需求調整模具，製備封裝產物，甚 重稷封裝步驟製備出多層臈的儲能材料，具有變化性。 將軸駿補狀容置雜上後，利用加 性娜雜儲熱材’其封裝方式簡便，材料為熱溶 注塑膠，成本便宜，密封性高 有所Li以震入固態、液態之儲熱材，不因材料的物理狀態而 开所限制，具有通用性。 ^接日种之難狀雛材财有更大的接觸面積將 應Γ，Γ與外界進行熱交換，係可置於各種製品進行熱管制之 i築物如：衣服之峨、鞋子之鞋底、容11及找之夾層、 【實施方式】 本發明係一種儲能材料封裝方法，請參閱第 步驟係包括有： 八 個极^上膜：如第四圖所示，將第-膠膜⑶覆置於具複數 、八（11)之模具（1)上，本實施例之模穴形狀（11)係 200904958 為半圓瓜’帛轉⑻之材料係為熱雜郷，本實施例 係以聚氯乙烯為材料。 1加熱:如第五圖所示’對模具⑴加熱，將熱傳遞至 第-膠’第—膠膜⑻因而受熱軟化後，對應於半圓 形之模穴（11)形成有容置空間（31)。 笛-儲㈤材料·如第六圖所示，將儲能材料⑷注入 第-膠膜（3)之容置空間（31) 類相變化材料戎石腦“ 雜月匕材枓（4)係為鹽 類相變化㈣或石臘’本實施例係採用石脱。 D ^裝：如第七圖所示將第二谬膜⑴覆置 (3)之容置空間上（31)，篦— 以 雜士抑" ）顧（5)之材料係為熱溶性 實施例以聚氣乙烯為材料，封裝時，如第八圖所示， Ξίΐ Γ第二膠膜（5)覆蓋於第—膠膜⑺，利用加熱 (3):使其L施壓’使第二膠膜（5)黏著於第-膠膜 )使其也、〇而封裝儲熱材料（4)。 封綠之另―實補，封鱗’如第摘所示，膠黏 封裝係於第一膠膜（3)、篦— 少鄉 其中一 /膜（5)上形成有對應面，而 具中兩相對應面或其中一對應面 _施壓，使第二膠膜膠，再利用壓合板 密合而封裝材料（Γ)黏者於弟―膠膜（3)，使其 -圖係—種相於航材料封裝方法之裝置，請參閱第 -圖及第三圖所示，係包括有： ^閲弟 模具（1)，模具⑴上具有複數個模 例之模穴（11)係為半圓形。 （D本實施 200904958 機台（2)，依序區分有：第一上臈區段（21)、加熱區段 (22)、注料區段（23)、第二上膜區段（24)以及封裝區段 (25)，其—侧設置有輸送單元（26)，機台（2)另設置有控 制面板（27)，其上設有：控制加熱區段之溫度及速度調節開 關（271)、注料調節開關（272)、封裝模頭之加熱單元開關 (273)。 其中，第一上膜區段（21)設有上膜機構（211)，該上 膜機構（211)為習知之膠膜押出機，不再贅述，當模具⑴ ，過該區段時’將第—膠膜⑶覆於模具⑴上；該加熱區 段（22)具有加熱單元（221)，可以加熱模具⑴；該注料 區段（23)上具有注入單元（231)，其上設有注入口 (232)，該第二上膜區段（24)設有上膜機構（241)，將第 -膠膜（5)覆置於第—膠膜⑶之容置空間（31)上；該封 裝區段（25)其上具有封裝模頭，該封裝模頭係可為滚輪 (251)或壓合板（252)，封裝區段（25)亦設有加熱單元 (253)，右制触封裝時可湘加熱單元（253 模頭。 1、、、珂装 使用時’將模具（1)設置於機台⑵之輸送單元（Μ) 上’藉輸送單元（26)使模具⑴得魏序通過第—上膜區 段（21)、加熱區段（22)、注料區段（23)、第二上臈區段 (24)以及封裝區段（25)，進而達到封裝效果。 200904958 如第四圖所示’當模具（1)通過第-上膜區段（21) 時’利用上膜機構（2U)將第—膠膜⑺覆於模且 _L ° 八 模具⑴通過加熱區段（22)，加熱情形如第五圖所 示，利用加熱單元（221)對模具⑴加熱，當熱傳遞至第一 膠膜（3)帛膠膜（3)因而受熱軟化，而對應 ⑴）凹陷形成半圓形狀之—容置㈣（31)。 、、 之後’拉具⑴通過注料區段（23)，如第六圖所示， 利用注料單元（231)之注入口⑽）將儲能材料⑷注入 容置空間（31)中。 、之後’模具⑴通過第二上膜區段（24)，模具⑴通 過該區&時’如第七圖所示，上膜機構⑽）將第二膠 膜⑸覆置，第一膠膜（3)之容置空間上（31)。 、最後’核具⑴通過封魏段（25) ’以如第八圖所示 ^滾輪（251)或如第九圖所示之壓合板（252)封裝儲能材料 ⑷。 _本儲％材料封裝方法所製得之封裝物⑴，如第十圖所 示係可摻於各種製品進行熱管制之應用。 ㈣十-圖所示’該封裝物⑴係孩合於天花板中作 、、-，=之|中該天花板係為複數格狀架體（B)，其面積 至内之屋頂’板體（C) ’係有複數個，*該格狀架體 Γ 並召有—個以上之未置入板體（C)之格狀架體 ’封裳物（Α)，係於其内部填充儲能材料⑷，其係 200904958 ••設有-個以上，以置入於格狀架體（B)，並填滿所有未置入 板體（c)之格狀架體⑻；藉之’於天花板^具儲能材料 (4)以方便集熱及散熱。 【圖式簡單說明】 第一圖係為本發明之封裝方法流程圖。 第二圖係為本發明之裝置總表。 第三圖係為本發明之機台構造簡單示意圖。 第四圖係為本發明第一上膜區段裝置作用圖。 第五圖係為本發明加熱區段裝置作用圖。 第六圖係為本發明注料區段裝置作用圖。 第七圖係為本發明第二上膜區段裝置作用圖。 第八圖係為本發明封裝區段利用滾輪封裝圖。 第九圖係為本發明封裝區段利用壓合板封裝圖。 第十圖係為本發明封裝方法所製得之封裝物。 第十-圖係為本發明之封裝物作為天花板儲熱材。 【主要元件符號說明】 (11)模穴 (21) 第一上膜區段 (22) 加熱區段 (23) 注料區段 (232)注入口 (1) 模具 (2) 機台 (211)上膜機構 (221)加熱單元 (231)注入單元 200904958 (24) 第二上膜區段 (241) 上膜機構 (25) 封裝區段 (251) 滾輪 (252) 壓合板 (253) 加熱單元 (26) 輸送單元 (27) 控制面板 (271) 加熱區段之溫度及速度調節開關 (272) 注料調節開關 (273) 封裝模頭之加熱單元開關 (3) 第一膠膜 (31) 容置空間 (4) 儲能材料 (5) 第二膠膜 (A) 封裝物 (B) 格狀架體 (C) 板體 12200904958 IX. Description of the invention: [Technical field to which the invention belongs] (4) Providing a device for packaging ship material green, a device dedicated to the packaging method of _ energy material, and a device thereof, and the use of the energy storage material package 2 Hot melt plastics are hot melt or adhesively packaged.糸 【Prior Art】 For example, the Zhonghuaguan invention patent public office 帛·5G discussion and its manufacturing method” is the packaging method of the material, and its cap job is in the packaging valley n. However, in the heat storage material packaging method, the sealing portion of the packaging container is not more than G.lkg/m2 per unit surface, and cannot be adjusted according to the needs of various products. For example, in the Republic of China Invention Patent Publication No. Q2268, "The thermal barrier of solid phase/solid phase change material and its preparation method", the thermal barrier includes the first -I1 early wall layer, the second barrier layer and the first layer - a barrier adjusting material between the barrier layer and the second barrier layer, wherein the temperature adjusting material is a powdery solid phase/solid phase change material 'Shen', the scale wall is finer than the solid phase phase change heat storage material The package 'is not universal. SUMMARY OF THE INVENTION An object of the present invention is to provide (4) an energy storage material package green that solves the problems of the above-mentioned prior art, a device dedicated to the green material package, and a product thereof. 200904958 The present invention relates to a method for encapsulating an energy storage material, the steps of which include: A. upper film: the first film is placed on a mold having a cavity; B. heating: heating the tool to make the first film After being heated, a corresponding space is formed corresponding to the cavity; 'C. Injecting energy storage material: injecting the energy storage material into the space of the first film; Work D. Packaging. First glue After the film is placed on the accommodating space of the first film, it is sealed by a processing means to encapsulate the heat storage material. In the above step A', the first film material is a heat-resistant plastic. In the above step C, the energy storage material is a salt phase change material or a wax. In the above step D', the second film material is heat-reducing. In the above step D, wherein the processing means is any one of a hot-melt package or a glue package, wherein the 'hot_mounting system covers the first film with the second film' after heating and then recording or pressing the plate Apply pressure to make the second glue on the first film; the adhesive package flank of the first axis and the second glue has two corresponding faces, and two of them correspond to or their towel-long surface coating, and then The roller or the pressure plate is pressed, and the second film is adhered to the first film by the adhesive. The invention is a device dedicated to the energy storage material packaging method, comprising: a mold having a plurality of mold holes on the mold; the machine table is sequentially divided into a U segment, a heating section and a injection section. a film area and a package section, wherein the package section has a package die, and the package die can be a roller or a plywood; the package section also has a heating temperature of 200,904,958. 7C 'machine. There is also a separate control panel. The invention is an object of the application method of the heat storage material packaging product for thermal control, and the advantages of the invention can be set as follows: The heavy bismuth system can adjust the mold according to various requirements, and prepare the packaged product. The packaging process is very heavy and the multi-layered energy storage material is prepared with variability. After the shaft is filled with impurities, the additive is easy to use, and the material is hot-melt injection molding. The cost is low, and the sealing property is high. Li is shocked into the solid state and the liquid is stored. The material is not limited by the physical state of the material and is versatile. ^There is a more difficult contact area for the next day, and there will be a larger contact area, which will be exchanged with the outside world. It can be placed in various products for thermal control such as: clothes, shoes, soles, The present invention is a method for encapsulating an energy storage material. Please refer to the steps including: eight electrodes: as shown in the fourth figure, the first film (3) is covered. Placed on a mold (1) having a plurality of numbers (8), the cavity shape (11) of the present embodiment is 200904958, and the material of the semi-circular melon 'turning (8) is hot choke, and the embodiment is polychlorinated. Ethylene is the material. 1 heating: as shown in the fifth figure 'heating the mold (1), transferring heat to the first rubber-first film (8) and thus being softened by heat, forming a housing space corresponding to the semicircular cavity (11) ( 31). Flute-storage (5) Materials · As shown in the sixth figure, the energy storage material (4) is injected into the accommodating space of the first film (3) (31) The phase-change material 戎石脑 “ 匕月匕材枓(4) For the salt phase change (4) or the stone wax', the embodiment uses the stone strip. D ^ Packing: as shown in the seventh figure, the second diaphragm (1) is placed on the accommodation space of (3) (31), The material of the miscellaneous shovel (5) is a hot-melt example using polyethylene gas as the material. When packaged, as shown in the eighth figure, Γίΐ Γ second film (5) is covered with the first glue. The film (7) is heated (3): the L is pressed to make the second film (5) adhere to the first film, so that the heat storage material (4) is also packaged. As shown in the first section, the adhesive package is formed on the first film (3), one of the 篦 少 少 乡 / / film (5) has a corresponding surface, and has two corresponding faces or A corresponding surface _ pressure, so that the second plastic film glue, and then the use of the pressure plate to close the packaging material (Γ) sticky in the brother - film (3), make it - the system - the phase of the material packaging method For the device, please refer to the first and third figures. The system includes: ^ reading the mold (1), the mold (11) with a plurality of molds on the mold (1) is semi-circular. (D implementation of the 200,904,958 machine (2), according to the order: An upper crucible section (21), a heating section (22), a shot section (23), a second upper membrane section (24), and a package section (25), the side of which is provided with a transport unit (26) The machine (2) is further provided with a control panel (27), which is provided with: a temperature and speed adjustment switch (271) for controlling the heating section, a feed adjustment switch (272), and a heating unit switch for the package die ( 273) wherein the first upper film section (21) is provided with an upper film mechanism (211), which is a conventional film extrusion machine, and will not be described again, when the mold (1) passes through the section When the first film (3) is coated on the mold (1); the heating section (22) has a heating unit (221), which can heat the mold (1); the injection section (23) has an injection unit (231) There is an injection port (232), and the second upper film section (24) is provided with an upper film mechanism (241), and the first film (5) is placed on the accommodating space of the first film (3) (31). ) The package section (25) has a package die thereon, and the package die can be a roller (251) or a plywood (252), and the package section (25) is also provided with a heating unit (253), a right-touch package. When the heating unit (253 die. 1. When using, when the armor is used, the mold (1) is placed on the conveying unit (Μ) of the machine (2). The borrowing unit (26) allows the mold (1) to pass through the order. The first-upper film section (21), the heating section (22), the injection section (23), the second upper crucible section (24), and the encapsulation section (25), thereby achieving a packaging effect. 200904958 As shown in the figure 'When the mold (1) passes through the first-upper film section (21), the first film (7) is applied to the mold by the upper film mechanism (2U) and the _L ° eight mold (1) passes through the heating section (22). The heating condition is as shown in the fifth figure, the heating of the mold (1) by the heating unit (221), when the heat is transferred to the first film (3), the silicone film (3) is thus softened by heat, and the corresponding (1)) depression forms a semicircle. Shape - accommodation (four) (31). Then, the puller (1) passes through the injection section (23), and as shown in the sixth figure, the energy storage material (4) is injected into the accommodating space (31) by the injection port (10) of the injection unit (231). Then, the 'mold (1) passes through the second upper film section (24), and the mold (1) passes through the area & ', as shown in the seventh figure, the upper film mechanism (10) covers the second film (5), the first film (3) The accommodation space (31). Finally, the fixture (1) encloses the energy storage material (4) by sealing the Wei section (25) with a roller (251) as shown in the eighth figure or a plywood (252) as shown in the ninth diagram. The package (1) produced by the present % material packaging method, as shown in the tenth figure, can be incorporated into various products for thermal control applications. (4) The ten-picture shows that the package (1) is made up of the ceiling in the ceiling, and the ceiling is a multi-grid frame (B), and the area of the roof is the inside of the roof. ) 'There are a plurality of lines, * the grid-like frame body and call for more than one grid-shaped frame body that is not placed in the plate body (C), which is filled with energy storage materials. (4), the system is 200904958 •• There are more than one to be placed in the lattice frame (B), and fill all the lattice frame (8) not inserted into the plate body (c); by the 'over the ceiling ^ With energy storage material (4) to facilitate heat collection and heat dissipation. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a flow chart of the packaging method of the present invention. The second figure is a summary of the apparatus of the present invention. The third figure is a simple schematic diagram of the structure of the machine of the present invention. The fourth figure is the action diagram of the first upper membrane section device of the present invention. The fifth figure is the action diagram of the heating section device of the present invention. The sixth figure is the action diagram of the injection section device of the present invention. The seventh figure is the action diagram of the second upper membrane section device of the present invention. The eighth figure is a package diagram of the package section of the present invention using a roller. The ninth figure is a package view of the package section of the present invention using a plywood. The tenth figure is a package obtained by the packaging method of the present invention. The tenth-picture is the package of the present invention as a ceiling heat storage material. [Explanation of main component symbols] (11) Cavity (21) First upper film section (22) Heating section (23) Injection section (232) Injection port (1) Mold (2) Machine (211) Upper film mechanism (221) Heating unit (231) Injection unit 200904958 (24) Second upper film section (241) Upper film mechanism (25) Package section (251) Roller (252) Plywood (253) Heating unit ( 26) Conveying unit (27) Control panel (271) Temperature and speed adjustment switch for heating section (272) Filling adjustment switch (273) Heating unit switch for packaged die (3) First film (31) Space (4) Energy storage material (5) Second film (A) Package (B) Grid frame (C) Plate body 12