M310370 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種散執哭伊& ^ 欢熟為杈組的改良設計，其特別是 μ於& 有車乂短小且向上延伸的成型片，並配合散熱韓 琢織I 的條形片與階級狀的孤槽，使成型片通過加 =而可局部餘熱導管’並使散熱鰭片與底座、熱導 官同％完成緊配結合。 【先前技術】 習知利用複數個散熱，鰭片、複數個熱導管與一底座結 δ組成的散熱器模組，散熱鰭片多為㈣或銅質、孰導管 !:兩:咖的金屬管’且内部填裝有工作液，而底座則 夕木銅貝或銘質，因此又稱為銅底或銘底，該習知散埶哭 熱導管與底座係採焊接結合，必須以錫膏或黏接;; 作柄接結合的媒介（因熱導管與底座係不同材質，尚需 事先知以電鑛鎳處理），因此，整體組褒製造較為複雜， 成本負擔高’不良率也偏高，且會降低底座與熱 傳導效率。 ” 安為此同案申請人曾經提出新型第942】5992號專利申請 案，其係在底座設有與熱導管管體呈相互匹配的複數個^ 應槽’且各對應槽兩側均具有長條形向上延伸的成型片， ，熱導管♦人底座對應槽後，再將兩側成型片加㈣折而 完全包㈣合於熱導#，因此令底座與熱導管的接合不必 使用錫膏或黏㈣，能精簡化散熱賴組的組裝 速結合效果。 M310370 【新型内容】 本創作之主要目的，乃在於提供—種散熱_組的改 良設計，其係將底座的延伸成型片予以適#縮小，並配合 散熱鰭片於下緣所設的條形片與階級狀的弧槽，使較短小 的成型片通過加Μ彎折而與熱導管形成局部裹合，進 將複數個散熱㈣逐片快速推人熱導管及底座的夾溝，以 完成散熱鰭片與底座、熱導管的同時緊配結合，因底座的 成型片已適當縮小而與熱導管呈局部包裹結合，故可省略 銅質或銘質底座的銅料或銘料，且散熱鰭片與熱導管 與熱導管可為直接接觸’是以可獲更高的散熱效率，此外 ’由於底座的延伸成型片更顯短小，故底座的擠形成 低，擠形後的加1量亦降低，有助於簡化實施與降低成本 【實施方式】 兹依附圖實施例將本創作之結構特徵及其他之、 目的詳細說明如下： 散熱器模組的 鰭片1、複數個 如第圖及第一圖所示，本創作所為 改良」设汁，其組成係包括··複數個散熱 熱導管2及一銅質或鋁質的底座3，其中 —複數個散熱鰭q，係呈相鄰堆疊的排列形態，如Μ 三圖所示，各散熱則1均開設有可貫穿熱導管2的上ί 穿孔11，且散熱鰭片i的下緣並設有複數個條形片i ^ 級狀的弧槽13 ; ^ ^ ’係習知構件，為一 複數個熱導管2 兩端封閉的彎形 M3103 70 管體’管内部並填裝工作液，且管體形狀不拘； 所底f3，如第四圖所示，其係一實心金屬座體（如銅 貝或鋁貝），端面具有與熱導管2相互匹配的複數個對應 槽31 ’各對應槽31兩側均具有較短小且向上延伸的成型片 311々兩側較短小的成型片311通過加麼彎折後可與熱導 官2形成局部的包裹結合（如第五圖所示），並在對應槽 31之間形成複數個夾溝32 ; 一藉上述構件，係預先使熱導管2與底座3形成局部包 。σ ’進而利用散熱Μ丨下緣部適配設置的條形片^ 與階《的弧槽13，將複數個散錢η逐片快速的推入 熱導官2及底座3的夾溝32，以完成散熱鰭片1與底座3 、熱導管2的緊配結合（如第六圖至第人圖所示）。 、上述散熱‘鰭片1下緣部的條形片12，係與底座3的夹 溝32王適配H而散熱鰭片丄下緣部的階級狀的弧槽η ，係與熱導管2的未包裹部份呈適配形狀，因此可將散熱 鰭片1以逐片推入的方式而快迷完成卡止結合。 由於所述底座3的成型片311係已適當縮小，且絲 導管2呈局部的包裹結合，因此不僅能省略一些底座3的 用料，而降低底座3的擠形成本，且擠形後的加工量亦降 低，故有助於簡化實施與降低成本。 另，由於散熱鰭片1的下緣部係與熱導管2可為直接 接觸，故可提高其散熱效率。 本創作所使用的散熱鰭；i !，主要係 的下緣部予以改良，其餘與習知散熱目同^^ M3103 70 最後才貫穿卡人熱導管2的末段散i a， 片’並不具有下緣部份，而末段散熱韓片八 係依兩要而設，亦可省略不設，但此項應用係屬習 ，故不贅述。 上述底座3所設的對應槽3卜主要係利用兩側較短小 且向上延伸的成型片311 ’經加壓彎折 成，包裹結合，因此，對應槽31或成塑片;广= 只把例配σ圓形的熱導管2而施予局部包裹結合细成， t，所述對應槽31或—片311亦可配合如橢圓形的熱 2 a而知予局部包袤結合（如第九圖與第十圖所示） ’或配合如方形扁管的熱導f2b而施予局部包裹結合（ =十-圖與第十二圖所示），當然，其他不同形狀的熱 斜Γ形狀’亦均可適用，並無限制必要，故底座3所設的 μ槽31與熱導管的雜係可任意適配改變，本案實施圖 =所揭’ 舉㈣，並非心限定本案技術範圍， 牛凡涉及等效應用或基於前項技術 換者’均應視為屬於本案技術範圍。 綜上所述，誠可見本創作所為散熱器模組的改良設計 /、技術特欲應屬創新應用’且有助於簡化實施、降低成 並可提同放熱效率，其功效確f，已符合新颖進步要 ，謹懇祈依法賜准新型專利。實感德便。 M310370 【圖式簡單說明】 第一圖為本創作之組合立體圖。 第二圖為本創作之分解立體圖。 第三圖係本創作散熱鰭片之正視圖。 第四圖係本創作熱導管與底座於組裝前的示意圖。 第五圖係本創作熱導管與底座於組裝後的示意圖。 第六圖係本創作散熱鰭片於組裝前的立體示意圖。 第七圖係本創作組裝後的正面示意圖。M310370 VIII. New description: [New technical field] This creation is about the improved design of a spoiled crying & ^ fascinating group, especially the μ & amp 乂 乂 且 向上 向上The sheet is matched with the strip of the heat-dissipating Han-I-woven I and the element-shaped orbital groove, so that the formed piece can be partially combined with the heat-dissipating fin and the base and the heat guide by the addition of the =. [Prior Art] It is customary to use a plurality of heat sinks, fins, a plurality of heat pipes and a base junction δ, and the heat sink fins are mostly (four) or copper, 孰 conduits!: two: coffee metal tubes 'The inside is filled with working fluid, and the base is Ximu copper shell or inscription, so it is also called copper bottom or Ming bottom. The conventional heat-dissipating heat pipe is combined with the base system and must be solder paste or Bonding; The medium to be combined with the handle (due to the different materials of the heat pipe and the base, it is necessary to know the treatment with nickel ore), therefore, the overall group is more complicated to manufacture, and the cost burden is high, and the defect rate is also high. Will reduce the base and heat transfer efficiency. The applicant of the same case has filed a new patent application No. 942,599, which is provided with a plurality of matching grooves on the base that are matched with the heat pipe body and each of the corresponding grooves has a length on both sides. The strip-shaped upwardly extending forming piece, the heat pipe ♦ the base of the corresponding base, and then the two side forming pieces are added (four) and completely wrapped (four) to the heat guide #, so that the joint of the base and the heat pipe does not need to use solder paste or Sticky (4), can simplify the assembly speed combination effect of the heat dissipation group. M310370 [New content] The main purpose of this creation is to provide a kind of improved design of the heat dissipation group, which is to make the extension of the base into a suitable size. And with the strips and the class-shaped arc grooves provided on the lower edge of the fins, the shorter and smaller shaped sheets are partially wrapped by the heat pipes by twisting and twisting, and the plurality of heat sinks (four) are piece by piece. Quickly push the heat pipe and the groove of the base to complete the heat sink fin and the base and the heat pipe at the same time. Because the molded piece of the base has been properly reduced and partially wrapped with the heat pipe, the copper or the copper can be omitted. Inscription bottom The copper material or the material of the seat, and the heat-dissipating fins and the heat pipe and the heat pipe can be in direct contact, so that the heat dissipation efficiency can be obtained, and in addition, since the extension piece of the base is shorter, the extrusion of the base is formed. Low, the amount of addition after extrusion is also reduced, which helps to simplify the implementation and reduce the cost. [Embodiment] The structural features and other purposes of the present invention are described in detail in the following embodiments: The film 1 and the plurality of figures are as shown in the figure and the first figure. The composition is improved. The composition includes a plurality of heat-dissipating heat pipes 2 and a copper or aluminum base 3, of which - a plurality of The heat dissipating fins q are arranged in an adjacent stacked manner. As shown in FIG. 3, each of the heat dissipating holes 1 is provided with an upper 穿孔 hole 11 which can penetrate through the heat pipe 2, and the lower edge of the heat dissipating fin i is provided with a plurality of Strips i ^ graded arc groove 13 ; ^ ^ ' is a conventional member, which is a plurality of heat pipes 2 closed at both ends of the curved M3103 70 pipe body inside the pipe and filled with working fluid, and the pipe body The shape is not limited; the bottom f3, as shown in the fourth figure, is a solid metal seat a body (such as a copper shell or an aluminum shell), the end surface has a plurality of corresponding grooves 31 matching the heat pipe 2, and each of the corresponding grooves 31 has a shorter and upwardly extending forming piece 311, and a shorter and smaller forming piece on both sides 311 can be combined with the thermal guide 2 to form a partial package by adding the bending (as shown in FIG. 5), and a plurality of grooves 32 are formed between the corresponding grooves 31; The conduit 2 forms a partial package with the base 3. σ 'further, using the strips of the lower edge of the heat sink and the arc groove 13 of the order, the plurality of loose money η are quickly pushed into the groove 32 of the heat guide 2 and the base 3 one by one. In order to complete the tight fit of the heat dissipation fin 1 with the base 3 and the heat pipe 2 (as shown in the sixth to the first figure). The strip 12 of the lower edge portion of the heat dissipating fin 1 is adapted to the groove 32 of the base 3 and the stepped arc groove η of the lower edge portion of the fin is connected to the heat pipe 2 The unwrapped portion has an adapted shape, so that the heat-dissipating fins 1 can be quickly pushed in by way of pushing the fins one by one. Since the molded piece 311 of the base 3 has been properly shrunk and the wire duct 2 is partially wrapped, the material of the base 3 can be omitted, and the extrusion of the base 3 can be reduced, and the extrusion process can be performed. The amount is also reduced, which helps to simplify implementation and reduce costs. In addition, since the lower edge portion of the heat dissipation fin 1 can be in direct contact with the heat pipe 2, the heat dissipation efficiency can be improved. The heat sink fin used in this creation; i!, the lower edge of the main system is improved, and the rest is the same as the conventional heat sink. ^^ M3103 70 Finally, the end section of the card heat pipe 2 is scattered, the piece 'does not have The lower edge part, while the last section of the cooling Korean film eight series is set according to two main points, can also be omitted, but this application is a habit, so it is not described. The corresponding groove 3 provided in the base 3 is mainly formed by bending and bending the formed piece 311 ' which is shorter and smaller on both sides, so that the corresponding groove 31 or the plastic piece is formed; The σ-shaped circular heat pipe 2 is applied to the partial package to form a fine structure, t, and the corresponding groove 31 or the sheet 311 can also be combined with the heat of the ellipse 2 a to know the partial inclusion and combination (such as the ninth diagram) And as shown in the tenth figure 'or match the thermal conductivity f2b of a square flat tube to apply partial wrapping (=10-picture and twelfth figure), of course, other different shapes of hot slanting shape' It can be applied without limitation. Therefore, the μ slot 31 and the heat pipe of the base 3 can be arbitrarily adapted and changed. The implementation diagram of this case is as shown in the figure (4), which is not limited to the technical scope of the case. Equivalent application or based on the previous technology changer should be considered as belonging to the technical scope of this case. In summary, it can be seen that the improved design of the heat sink module/technical deliberate should be an innovative application' and help to simplify the implementation, reduce the complexity and improve the efficiency of the heat release. Innovative progress, I would like to pray for a new type of patent. Real sense of virtue. M310370 [Simple description of the diagram] The first picture is a combined perspective view of the creation. The second picture is an exploded perspective view of the creation. The third picture is a front view of the heat sink fins. The fourth figure is a schematic diagram of the heat pipe and the base before assembly. The fifth figure is a schematic diagram of the heat pipe and the base after assembly. The sixth figure is a three-dimensional diagram of the heat sink fins before assembly. The seventh picture is a front view of the original assembly.
第八圖係本創作組裝後的侧面示意圖。 第九圖係本創作配合橢圓形熱導管而實施的散熱鰭片 正視圖。 第十圖係本創作配合橢圓形熱導管實施的組合示意圖 。（未顯示散熱鰭片）。 第十一圖係本創作配合方形扁管的熱導管而實施之散 熱鰭片正視圖。The eighth figure is a schematic side view of the original assembly. The ninth figure is a front view of the heat sink fins implemented with the elliptical heat pipe. The tenth figure is a combination diagram of the creation and the elliptical heat pipe. (The heat sink fins are not shown). The eleventh figure is a front view of the heat sink fins implemented by the heat pipe of the square flat tube.
第十二圖係本創作配合方形扁管的熱導管而實施的組 合示意圖。（未顯示散熱鰭片）。 【主要元件符號說明】 1 散熱鰭片 3 底座 12 條形片 31 對應槽 32 夾溝 2、2a、2b 熱導管 11上貫穿孔 13 弧槽 311成型片 1a 末段散熱鰭片The twelfth figure is a schematic diagram of the combination of the creation of a heat pipe with a square flat tube. (The heat sink fins are not shown). [Description of main components] 1 Heat sink fins 3 Base 12 Strips 31 Corresponding slots 32 Grooves 2, 2a, 2b Heat pipes 11 Through holes 13 Arc slots 311 Formed pieces 1a End heat sink fins