M334311 八、新型說明： 【新型所屬之技術領域】 本創作是有關於板式導熱元件之έ人 依需要緣鮮喊鄉構，特献指一種可 而要而爐擴張H度或面積，並可 它附加裝置之板式導熱元件結構。 ”、、.、、、3片戈八 【先前技術】 辦=熱傳導(散熱）之需求增加，於内部利用導熱媒介流體 :力:2:果之導熱元件亦隨之被廣泛應用，且上述此種導熱元 場合之不㈣有管式、板式等不同外形結構，但 由於受限於製程及材料強度，其（管式）管徑或（板式）宽度、 其限制，因此，若有較大管徑或寬度、面積之應用需求， 二大夕㈣上述複數管式或板式之導熱元件加以結合、銜接，以 達到滿足較大導熱條件之需求。 、、自狀板式導熱70件結構，有如第1II之板式導熱元件 5 2所不，於其内部分別設有複數（平行延伸）之容置空 間5 1 1、5 2 1 (流道），且於該容置空間5工工、5 2工（流 鲁内叹有導熱媒介流體5丄2、522，其可利用該導熱媒介 &體512、522於容置空間511、521 (流道）内之對 • f，使該板式導熱元件5 1、5 2產生熱料效果；而若有較大 見度或面積之應用需求，則其—般之組合形態乃係以—導熱材料 i成之外套50包覆於複數獨立之板式導熱元件51、52 (圖 示中為二片板式導熱元件，於實際應用時亦可依需要而酌量增加） 外表側，使該複數之板式導熱元件5 i、5 2可受定位而以其邊 緣相銜接，藉崎張其寬度或面積，形成應用上之變化，並滿足 不同之需求環境H此種以外套5 Q包魏數減導熱元件 51、5 2之組合結構，其不但會使材料成本提昇，亦難以避免 M334311 旦的^其加工之·性朗歸，造纽產縣居高不下，嚴 衫響其經濟效益及產品競爭力。 嚴重 創作件轉触讀合結财上述缺點， ^作人乃騎轉缺點研歧進之道，終於有 【新型内容】 王 本創作之主要目的在於提供—種板式導熱組 ，依需要而橫向銜接擴張，以增加其整體寬 二二 應用範圍。 你日璜其 之另-目的在於提供—種板式導熱元件之組合結構， 田、可依$要而於表面另結合散熱則或其它附 用上之變化。 日逆八便 t創作之3 -目的在於提供—觀式導熱元件之組合結構， 1傳統相關之組合結構相較，可減少組成元件之數量，並簡化 組破程序，以有效降低生產成本。 q t創作為達成上述目的及功效，其所採行的技術手段包括： =數呈板片狀之導熱元件本體，於各導熱元件本體内設有至少一 容置空間，⑽容崎熱齡流體；其·在於：各導熱元件本 體至少於二對側邊緣分別設有相對應之凸榫及凹槽，其中該凹槽 具有較小之開口，而該凸_具有相同之斷面形狀。 依上述結構’其巾科熱元件本體至少於—表縱有複數結 口凹槽’可供至少—外部元件以對應之結合凸部嵌人形成結合。 至於本創作之詳細構造、應用原理、作用與功效，則參照下 列依附圖所作之說明即可得到完全的瞭解： 【實施方式】 如第1圖所示，其為習見板式導熱元件銜接擴張之組合結 構其主要構成以及其缺失，已如前所述，此處不再重複敘述。 M334311 ^至4圖係本創作第—實施例之結構及其應用情形示意 ^ 很明顯地看出’本創作主要係由複數呈板片狀之 =兀件本體1所組成，其中各導熱元件本則内設有複數沿轴 向平行延伸之容置空間13 (流道），其内分別容納有適量之導熱 媒”机體131 ’而於各導熱元件本體^對側邊緣分別設有可 相對，銜接之凸榫1 2及凹槽1 1，其中該凹槽i ；L係呈-正向 開口車又1之„又片（如鳩尾狀槽），而凸榫丄2則具有相近於該凹槽 Η之斷面形狀’ 各導熱元件本體i至少—表侧設有複數平M334311 VIII, new description: [New technology field] This creation is about the plate-type heat-conducting components of the people according to the needs of the fresh-spoken shrine, special offer refers to a kind of furnace and furnace expansion H degree or area, and it Plate-type thermal element structure of the attachment. ",,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, (4) There are different shapes and structures such as tube type and plate type, but due to the limitation of process and material strength, the (tube type) tube diameter or (plate type) width and its limitation, therefore, if there is a large tube The application requirements of the diameter or the width and the area, the two large-scale (four) above-mentioned complex tubular or plate-type heat-conducting components are combined and connected to meet the requirements of large heat conduction conditions. The plate-type heat-conducting element 52 is not provided with a plurality of (parallel-extending) accommodating spaces 5 1 1 and 5 2 1 (flow paths), and is disposed in the accommodating space 5, 52 The flow medium sighs a heat transfer medium fluid 丄2, 522, which can utilize the heat transfer medium & body 512, 522 in the accommodating space 511, 521 (flow path) of the pair f, so that the plate type heat conduction element 5 1 , 5 2 produces a hot material effect; and if there is a greater visibility or area In the case of demand, the combined form is coated with a heat-conducting material i to cover a plurality of independent plate-type heat-conducting elements 51 and 52 (two-plate heat-conducting elements are shown in the figure, and may be used in practical applications. If necessary, the outer side is such that the plurality of plate-type heat-conducting elements 5 i, 5 2 can be positioned to be joined by their edges, and the width or area of the plate can be used to form a change in application and meet different needs. Environment H is a combination of the 5 Q package and the number of heat-reducing elements 51 and 52, which not only increases the material cost, but also makes it difficult to avoid the processing of the M334311. High, the sturdy shirt sounds its economic benefits and product competitiveness. Severe creative pieces turn to the above shortcomings of reading and closing the money, ^ people are riding the shortcomings to study the difference, finally have [new content] Wang Ben's main creation The purpose is to provide a plate-type heat-conducting group, which can be laterally expanded and expanded as needed to increase the overall width and application range of the whole. You have another purpose - to provide a combination structure of plate-type heat-conducting elements, Tian, can be $ Want In addition, the surface is combined with heat dissipation or other changes in the application. The third is to provide the combination structure of the heat-conducting elements, and the conventional combined structure can reduce the components. Quantity, and simplify the group breaking process, in order to effectively reduce the production cost. qt creation in order to achieve the above purposes and functions, the technical means adopted: = number of plate-shaped heat-conducting element body, set in the body of each heat-conducting element Having at least one accommodating space, (10) a heat sinking fluid of the heat sink; wherein: each of the heat conducting element bodies is provided with corresponding protrusions and grooves at least at two opposite side edges, wherein the groove has a small opening, The convex _ has the same cross-sectional shape. According to the above structure, the body of the towel heat element has at least a plurality of groove grooves at the longitudinal direction of the table, and at least the outer member can be inlaid with the corresponding joint protrusion. As for the detailed structure, application principle, function and effect of the creation, a complete understanding can be obtained by referring to the following description according to the drawings: [Embodiment] As shown in Fig. 1, it is a combination of the expansion and expansion of the heat conduction element of the board. The main structure of the structure and its absence are as described above and will not be repeated here. M334311 ^ to 4 is the structure of the first embodiment of the present invention and its application situation ^ It is obvious that 'this creation is mainly composed of a plurality of plate-like body parts 1 , wherein the heat conduction elements are A plurality of accommodating spaces 13 (flow paths) extending in parallel in the axial direction are disposed therein, and an appropriate amount of the heat-conducting medium “body 131 ′ is respectively accommodated therein, and opposite sides of the respective heat-conducting elements are respectively provided to be opposite to each other. The protrusion 1 2 and the groove 1 1, wherein the groove i; L is a forward-opening car and a 1 piece (such as a dovetail groove), and the protrusion 2 has a groove similar to the groove The cross-sectional shape of the crucible' each heat-conducting element body i at least - the front side is provided with a plurality of flat
狀伸之、、’σ σ凹槽1 4 (可為鳩尾形狀或其它不同形狀），可供複 數散熱鑛片2以其-側對應設置（相同斷面形狀）之結合凸部2 1喪入形成結合。 於實際應用時，各導熱元件本體1可經由二侧邊緣之凸榫1 2與凹槽1 1相互銜接㈣成結合，輯到整體橫向寬度或面積 ，擴張:藉關應柯之制需求並增進散熱效果；使用時，以 及導熱兀件本體1至少局部表面與熱源接觸，糊該導熱媒介流 體131X熱時會於容置空間13内產生對流之特性，可使該導 熱兀件本體1產生熱傳導效果，以將該熱源之熱量經由各散熱錯 片2對外發散。 ' 第5、6圖係本創作第二實施例之結構，由該二圖所示，可 知忒導熱元件本體1〇除於表面設有複數圓形斷面之結合凹槽1 0 4外，其餘各部結構皆與導熱元件本體丄相同，而該散熱鰭片 2 0則於一侧邊緣設有相同對應形狀之結合凸部2 〇丄，利用該 結合凸部2 〇 L結合凹槽1〇4内，而使該散熱鰭片2 〇得 以與導熱元件本體10形成相同之結合效果。 =:三8圖係本創作第三實施例之結構，由該二圖所示，本 創作第三實施例之結構主要包括：導熱元件本體3、插嵌條4等 M334311 1之=^、中②導熱兀件本體3内部設有容置導熱媒介流體3 3 ^各置3 ’且於二外對側邊緣分別設有相對應之凸棒3 凹槽31 ’並於其-表侧設有複數平行延伸之散_片3 5 體成型或利用前述各實施例結構另行結合）/而於導熱元 ^3之另-表删設魏數結合_34，於各結合凹槽3 分別設有對應之内凸部3 4 2及_槽341，插雜 與結合凹槽3 4_之斷面形狀，其於二旁側各設有外凸 、外凹槽4 2分別對應於前述内凹槽3 4丄、内凸部3 4 ^ ’使該域條4伸人該結合凹槽3 4之時，可藉由該外帥4 3 4 1以及外凹槽4 2、内凸部3 4 2之相對嵌合而 二成疋位，而於該減條4裸露於結合凹槽3 4外之部位則可依 設置光源體5 (或其它熱源），使其所產生之熱能可經 插敗條4、導熱元件本體3而由散熱鰭片35對外發散； 插冓中’上述散熱鰭片3 5亦可二邊側利用 ^方式結合於該導熱元件本體3表側對應之槽勒（如用前述 =、:實施例所揭示之方式）形成結合，同時，使該插嵌條4 ，、有配δ _這之斷面形狀，如此—來，藉由單—之槽道 可分別適用於散熱則3 5及插嵌條4之結合，可有效簡Μ敕 體之結構並提昇其應用上之變化。 ν、正 各實施例之結構中，該散熱則2 (或2 0 )除-般全 屬材貝外’亦可為石墨材質，利用該石墨材料具有極佳橫向料 特性，可達到更優異之散熱應用形態。 /月 =上所述可知，本創作板式導熱元件之組合結構確實具有可 擴張見度或面積’並另結合散熱則或其它裝置之多元化功效， 確已具有產業上之利用性、新穎性及進步性。 >， 惟以上所述者，僅為本創作之一較佳實施例而已，並非用來 M334311 限定本創作實施之範圍。即凡依本創作申請專利範圍所作之均等 變化與修飾，皆為本創作專利範圍所涵蓋。 M334311 【圖式簡單說明】 第1圖係習見板式導熱元件銜接擴張之組合結構圖。 第2圖係本創作第一實施例之結構分解圖。 第3圖係本創作第一實施例之組合剖面圖。 第4圖係本創作第一實施例之應用情形示意圖。 第5圖係本創作第二實施例之結構分解圖。 第6圖係本創作第二實施例之組合剖面圖。 第7圖係本創作第三實施例之結構分解圖。 第8圖係本創作第三實施例之組合剖面圖。 【主要元件符號說明】 1、 10、3....導熱元件本體 11____凹槽 12···.凸榫 13、 33....容置空間 131、331...導熱媒介流體 14、 104、34···結合凹槽 2、 20、35..…散熱鰭片 2卜 201...結合凸部 31·· ..凹槽 32·· ..凸榫 341. ..内凹槽 342. ..内凸部 4··· ..插嵌條 41·· ..外凸部 42·· ..外凹槽 5··· ..光源體 M334311 50____外套 V 51、52....板式導熱元件 511、 521...容置空間 512、 522...導熱媒介流體The shape, the 'σ σ groove 14 (which may be a dovetail shape or other different shape), can be formed by the combination of the convex portion 2 1 of the plurality of heat-dissipating pieces 2 with their corresponding sides (the same sectional shape) Combine. In practical applications, each of the heat-conducting element bodies 1 can be coupled to each other through the two sides of the ridges 1 2 and the grooves 1 1 to form an overall lateral width or area, and expand: the requirements of the system and enhance the heat dissipation effect In use, and at least a part of the surface of the heat-conducting element body 1 is in contact with the heat source, and the heat-conductive medium fluid 131X is heated to generate convection characteristics in the accommodating space 13, and the heat-conducting element body 1 can be thermally conductive. The heat of the heat source is dissipated to the outside via the heat dissipation staggers 2. The fifth and sixth figures are the structure of the second embodiment of the present invention. As shown in the two figures, it is known that the heat-conducting element body 1 is removed from the joint groove 104 having a plurality of circular cross-sections on the surface, and the rest. The structure of each part is the same as that of the heat-conducting element body ,, and the heat-dissipating fins 20 are provided with the same corresponding shape of the convex protrusions 2 一侧 on one side edge, and the combined convex parts 2 〇L are combined with the grooves 1 〇 4 The heat dissipating fins 2 are formed to have the same bonding effect as the heat conducting element body 10. =: The figure of the third embodiment is the structure of the third embodiment of the present invention. As shown in the two figures, the structure of the third embodiment of the present invention mainly includes: the heat conducting element body 3, the inserting strip 4, etc. M334311 1 = ^, middle 2 The heat-conducting element body 3 is internally provided with a heat-conducting medium fluid 3 3 ^ each set 3 ' and a corresponding convex rod 3 groove 31 ' is respectively provided on the two outer side edges and is provided with a plurality of grooves on the side thereof The parallel-extending scatter-sheet 3 5 body molding or the structure of the foregoing embodiments is separately combined), and the heat-transfer element ^3 is further divided into a Wei-number combination _34, and each of the joint grooves 3 is respectively provided with a corresponding one. The inner convex portion 3 4 2 and the _ groove 341 are inserted into the cross-sectional shape of the coupling groove 34_, and are respectively provided with convex portions on the two side sides, and the outer grooves 42 respectively correspond to the inner grooves 34. When the inner convex portion 3 4 ^ ' extends the domain strip 4 to the coupling groove 34, the relative position of the outer handle 4 3 4 1 and the outer groove 4 2 and the inner convex portion 3 4 2 can be utilized. If the strip 4 is exposed outside the joint groove 34, the light source body 5 (or other heat source) may be disposed, so that the heat energy generated by the strip 4 may be inserted into the strip 4, Thermal element body 3 The heat-dissipating fins 35 are externally diverged; in the plug, the heat-dissipating fins 35 may be coupled to the groove corresponding to the front side of the heat-conducting element body 3 by means of the two sides (as described in the foregoing: The method is to form a combination, and at the same time, the inserting strip 4 has a cross-sectional shape of δ _, so that the channel can be respectively applied to the heat dissipation 3 5 and the insert strip 4 The combination can effectively simplify the structure of the body and improve the application changes. ν, in the structure of each embodiment, the heat dissipation is 2 (or 20) except that the whole material is also made of graphite, and the graphite material has excellent transverse material characteristics, and can be more excellent. Heat application form. / month = above, we can see that the combination structure of the plate-type heat-conducting elements does have the expandable visibility or area', and combined with heat dissipation or other devices, it has industrial applicability, novelty and Progressive. >, but the above is only one of the preferred embodiments of the present invention, and is not intended to limit the scope of the present invention to M334311. That is, the equivalent changes and modifications made by the scope of the patent application for this creation are covered by the scope of the creation patent. M334311 [Simple description of the diagram] Figure 1 shows the combined structure diagram of the expansion and expansion of the plate-type heat-conducting elements. Fig. 2 is an exploded view showing the structure of the first embodiment of the present creation. Figure 3 is a combined sectional view of the first embodiment of the present creation. Fig. 4 is a schematic view showing the application of the first embodiment of the present creation. Fig. 5 is a structural exploded view of the second embodiment of the present creation. Fig. 6 is a sectional view showing the combination of the second embodiment of the present creation. Figure 7 is an exploded view of the third embodiment of the present creation. Figure 8 is a combined sectional view of a third embodiment of the present creation. [Description of main component symbols] 1, 10, 3.. Heat-conducting element body 11____ Groove 12···. Concave 13, 33.... accommodating space 131, 331... heat-conductive medium fluid 14, 104, 34··· combined with the grooves 2, 20, 35..... heat-dissipating fins 2...201...in combination with the convex portion 31··..the groove 32··..the convex 341.....the inner groove 342. .. Inner convex part 4··· .. Inserting strip 41··. External convex part 42··. External groove 5··· .. Light source body M334311 50____ Jacket V 51, 52.. .. plate-type heat-conducting elements 511, 521... accommodating spaces 512, 522... heat-conductive medium fluid
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