M342014 • 八、新型說明： 【新型所屬之技術領域】 本創作係提供-種散熱·之加工治具，尤指利賴合治具 之壓合部插人連續鰭片組内，再以預設外力施力使壓合治具之屋 合槽麼迫連綱片組之凸緣嵌人熱管形成定位，以達到方便且快 - 速組裝熱管、連續鰭片組並形成良好結合粒之目的。 、 【先前技術】 按，隨著資訊時代的來臨，電腦資訊設備已普及到社會各角 落，不僅公司行號大量的使用電腦，且各家庭裡也紛、雖設電腦 。因應料腦廣泛運用之趨勢，電腦树之運算功能便需予以增 強’才能有更高效能來快速執行各種不同之健，如中央處理器: 硬碟、5仏體、顯示卡等裝置便不斷推陳出新，但伴隨著上述 裝置之高頻運算、高速運轉等改良提昇，其裝置亦產生了高溫、 高熱之問題，薇商針對此-問題便利用散熱元件加裝於高熱之裝 置上’其散熱元件係利用導熱良好之材質所製成，可使裝置之高 •熱傳導至散熱元件進行發散。 然而’散熱元件發散熱能之速度不夠快，便有廢商於散熱元 件上加裝風扇’利用風扇推動空氣流動，而使散熱元件週遭的熱 二乳與外部冷空氣產生對流，進而加快散熱元件之散熱速度，此 外’廠商亦針對了散熱元件之散熱韓片進行了許多形狀、構造上 之改良’但由於現今電子產品朝輕、薄、短、小方向研發之趨勢 ’且在電腦内部裝置舰的提昇效能速率下，既有之散熱元件與 -M342014 1 l 風扇便無法順利將裝置之溫度降低。 是以，便有廠商於散熱鰭>;組内加裳了熱管，如第九圖所示 ，其係於複數之鰭片A上設有可插入熱管B之穿孔A i，且穿孔 A1上方形成有-較小之細孔A2，當細孔…内穿設有金屬絲 A 3後便可利用熱融之加工程序，使金屬絲a 3融化後利用毛細 • 現象由細孔A 2流至穿孔A 1内鰭片a、熱管B之間，而使鰭片 、 A與熱fB形成綱連結；上述之金屬絲A 3亦可為錫膏，其係 ⑩ 姻熱Μ _設之冷卻㈣吸熱而由液態轉換錢態，且冷卻 氣體上升經過之熱管Β便可與外部冷空氣持續接觸散發熱能，當 冷部氣體降溫後便會再轉換成液態流回與複數鰭片Α接觸之熱管 B處’藉由此液氣轉換循環流通來加快㈣之散熱速度。 、目前之熱管與散熱鰭片組，於實際使壯仍存在缺失有待改 善，如： ㈠細孔A 2内置入錫膏時，因散熱韓片組之細;la2較深且 職小’使得織财之作針料錢，X因無法控制 錫貪施加之數量，進而導致錫膏熱融後披覆不均勻。 (二）細孔A 2内穿設有金屬絲a 3時，因金屬絲A 3之溶 高於鮮B之溶點，當金屬絲A 3進行熱融加工時，熱管 B易因高溫形成軟化，導致熱管B於高溫之加1過程中產 生損壞。 上述習用之熱管與散_片組，因具有諸多問題與缺失，此 即為本創作人與從纽㈣者触额善之目標所在。 -M342014 【新型内容】 故創作人有遙於上述缺失，乃蔑集相關資料，經由多方評 估及考量’綱轉於此行㈣積之多年經驗，録顿試作及 _ ’始設物咖输騰場___ 組之加工治具的專利。 鋒Ί k主要目的乃在於由愿合治具基部延伸設有相對應連 •曰片組之遷合部’並合部一側設有撕應於各凸緣之塵合 槽’麵合治具之愿合部對插於連續轉片組，再利用預設外力施 雜屋合治具，其屢合治具便會顧使連續鰭片組之凸緣嵌入執 官开Μ定位，因組裝結合作業較簡單方便，且可使連續縛片組與 熱官之間形成良好之定位效果，便可提升加工製程之生產速度。 本創作之另-目的乃在於祕合治具Μ合射進—步 凸壓體，雜合槽施驗連、_版之凸緣，恤凸緣嵌入孰管 時，凸緣便會受凸_嵌入熱管外側壁面，因連續韓片柯 =嫌上，物⑽ …=間形成相對旋動，進而使連續㈣組與熱管之間具有較良 好的嵌合定位效果。 【實施方式】 朴為達成上述目的及功效，本_所_城術手段及其構造 ，赠圖就本創作之較佳實施例詳加說明其特徵與功能如下，俾 利完全瞭解。 -月茶閱第-、二、三圖所示’係為本創作之立體外觀圖、立 M342014 體分解圖、俯視示意圖’由圖中可以清楚看出，其壓合治具2包 括至少二個以上之基部2 i所組成，其中： 該基部21-側延伸設有可相對應於預設散熱模組丄其連續 ’轉片組1 1 ϋ片數量而呈梳狀之壓合部2 2 ’且各壓合部2 2間 形成有可供其順利穿人連續鰭片i間隙i i 5内之間隙2 ^ 1 ’並於麗合部2 2-侧設有擔止面2 2 2，而壓合部2 2於遠 離基部2 1 -側又設有插入側2 2 3，再;^壓合部2 2之擋止面 2 2 2上設有可相對應於預設連續則組i i所設凸緣工 壓合槽2 3。 此外，本創作可進-步設有辅助治具3，該辅助治具3為】 c型之二相對治具所組成’且辅助治則形成有可收納連續心 組11之容置槽30 ’並於辅助治具3一側設有定位部3工。 請繼續參閱第四、五、六、七圖所示，係為本創作之動柄 意圖㈠、動作示意圖（二）、動作示意圖（三）、動作動 體不意圖，由财可以清楚看出本創作散熱模組之加I治且於相 裝使用時，係可賴合治具2插入連物組i i其—麻有凸 緣1 1 3之_:1 1 5内，並移誠合治具2使合槽2 3相 對應抵持於連續鰭片組1 1之凸緣⑴二側，而可進一步 設散熱模組1之鮮1 2插人連續鰭版1 i之具有凸緣i Η 的各^11⑼，朗财顧設转轉絲fi2 位’再利_助治具3可分職持於壓合治具2 組⑴基部21及插人側如，使得 M342014 、冶具2由外㈣進衍目触_合，並由壓合治具 3擠壓連續鰭片組Ί q 口曰2 丄之凸’康1 1 3，達到凸緣1 1 3係可緊配 嵌入熱管12外側壁面。 如此’由雜合治具2職插人職散賴組〗之連續鰭片 組1 1内時’其連續則組1 1錢合治具2為穿人相對應之間 .隙1 1 5、2 2 1，當二壓合祕2之壓合槽2 3 S恤抵靠於連 ‘ _片組11之凸緣113時，因二壓合槽23對位後不僅可形 _ 成連H组11上凸緣113之形狀，且其又略小於凸緣11 3之外徑’故雜合治具2其基部21呈尚未對位、Μ合之狀態 ’此時’可將辅助治具3分別抵靠於壓合治具2之基部2工及插 人側2 2 3 ’同時該壓合治具2之基部21與輔助治具3二側又 可進-步設有相對應之定位孔2丄丄、定位部3丄，使壓合治具 2及輔助治具3可藉由定位孔21!、定位部3工相對應卡合形 成定位。 導藉此，便可將組裝完成之散熱模組丄、壓合治具2、輔助治 • 具3 一同放置到預設加壓裝置上，糊預設加壓裝置施加預設外 力於輔助治具3二相對外側，並緩慢推動壓合治具2之擋止面2 2 2相對朝内位移壓合，又加上辅助治具3之容置槽3 〇内收納 有連續鰭片組11，使輔助治具3僅抵靠於壓合治具2且未接觸 連續鰭片組11，而壓合治具2之壓合槽23便會將具較大直徑 之凸緣113壓迫散入熱管12之外側壁面，且不會破壞熱管1 2之内部結構，而當預設加壓裝置於停頓預定時間後，便會停止 .M342014 施力且回復原位’即可將壓合治具2抽離散熱模組i之連續轉片 組11，可再重複上述步驟由壓合治具2對連續轉片组11上另 一側之凸緣113與熱管i 2之♦人結合作#，即可完成組裝結 合’以達到方便且快速組賴管！ 2、賴則組1 1並形成良 好結合定位之目的。 1 ‘ 該壓合治具2之擋止面2 2 2½合則討進行拋光處理 ―，使二壓合治具2可較緊_位，且壓合槽2 3壓合連續續片組 ，11之凸緣113後，凸緣1χ 3亦會較均勻、緊密的嵌入熱管 12外側壁面，且壓合治具2其壓合槽2 3之形狀可依照熱管工 2型式（如：圓柱狀、麵狀、扁平狀等形式）作變換，而壓合 治具2之壓合槽2 3内又可進-步設有至少一個以上之凸壓體2 31 ’其凸壓體2 31可依照所需角度及數量設置在壓合槽2 3 内’且凸壓體2 31其型式可為凸點、凸肋或其他形狀，凸壓體 2 31僅具使凸緣113形成嵌入熱管12外側壁面之功能即可 >，，而使連續鰭片組1 1與單一熱管1 2嵌固結合後，便可達到確 — 實防止二者產生相對旋動之目的，且預設連續鰭片組11之凸緣 113上亦可進一步設有一個或一個以上之剖溝i i 4，利用剖 溝114便可使具較大直徑之凸緣113受壓合治具2擠壓後， 恰可緊配嵌入具較小直徑之熱管i 2外側壁面，而可避免凸緣工 13受擠壓產生外凸之缺失。 此外，亦可於預設連續鰭片組丄i之穿孔丄丄2、凸緣工工 3内侧表面或熱官12之外側表面進一步塗設有散熱介質，其散 •M342014 熱介質可祕膏、散齡、散_或其蝴式，若㈣ 進行熱融加工作業才可連結連續鳍片組i工與熱fi 2時，、具而 壓合治具2或組紐之散熱· !、壓合治具2、細、^ 行加熱，則連咖組Η之凸緣113嵌入熱管12^辟= 後’其散熱介質便會熱融、流動並填補於凸緣丨i 3離管^ 之間所形成未確»緊密接觸之處，使熱管i 2之熱能可完^ 至連翻牌1 1，_提昇散熱池丨之散触果。 'M342014 • VIII. New description: 【New technology field】 This creation department provides a kind of heat-dissipating processing tool, especially the embossing part of Lilai fittings inserted into the continuous fin group, and then preset The force applied by the external force makes the flange of the press-fit fixture and the flange embedded in the heat pipe form the positioning, so as to achieve convenient and fast-speed assembly of the heat pipe and the continuous fin group and form a good combination of particles. [Previous technology] According to the advent of the information age, computer information equipment has spread to all corners of the society. Not only do the company use a large number of computers, but also families, although computers. Due to the tendency of the brain to be widely used, the computer tree's computing functions need to be enhanced's in order to have higher performance to quickly perform various kinds of health, such as the central processing unit: hard disk, 5 body, display card and other devices will continue to innovate However, with the improvement of high-frequency calculation and high-speed operation of the above-mentioned devices, the device also has problems of high temperature and high heat. For this problem, Weishang facilitates the use of heat-dissipating components on high-heat devices. Made of a material with good thermal conductivity, the heat and heat of the device can be transmitted to the heat dissipating component for divergence. However, 'the heat-dissipating component can not dissipate heat quickly enough, so there is a waste to install a fan on the heat-dissipating component'. The fan is used to push the air flow, so that the hot milk around the heat-dissipating component convects with the external cold air, thereby accelerating the heat-dissipating component. In addition, the manufacturer has also improved the shape and structure of the heat-dissipating Korean film for heat-dissipating components. However, due to the trend of light, thin, short and small-scale development of electronic products today, the ship is installed in the computer. At the increased efficiency rate, the existing heat sink and the -M342014 1 l fan will not be able to smoothly lower the temperature of the unit. Therefore, there is a manufacturer in the heat sink fins; the group has a heat pipe, as shown in the ninth figure, which is provided on the plurality of fins A with a perforation A i that can be inserted into the heat pipe B, and above the perforation A1 A small hole A2 is formed, and when the wire A 3 is inserted into the hole, the hot melt processing program can be used to melt the wire a 3 and then use the capillary to flow from the fine hole A 2 to The perforation A 1 is between the fin a and the heat pipe B, and the fin, A and the heat fB are connected to each other; the above-mentioned wire A 3 may also be a solder paste, which is a heat of 10 (heat) The heat pipe that is converted from the liquid state and the cooling gas rises can continuously contact the external cold air to absorb the heat energy. When the cold gas is cooled, it will be converted into a liquid flow back to the heat pipe B which is in contact with the plurality of fins. 'Through this liquid-gas conversion cycle to speed up the heat dissipation rate of (4). At present, the heat pipe and the heat sink fin group still need to be improved in the actual situation, such as: (1) When the fine hole A 2 is built into the solder paste, the heat is reduced by the Korean film group; the la2 is deep and the small size makes the weave Because of the inability to control the amount of tin greed, X can cause uneven coating of tin paste after hot melt. (2) When the wire a 3 is worn in the pore A 2 , the dissolution of the wire A 3 is higher than the melting point of the fresh B. When the wire A 3 is subjected to hot-melting processing, the heat pipe B is easily softened by the high temperature. , causing damage to the heat pipe B during the addition of high temperature. The above-mentioned conventional heat pipe and scattered film group have many problems and lacks, which is the goal of the creator and the New Zealand (4). -M342014 [New content] Therefore, the creators are far from the above-mentioned deficiencies, and they collect relevant information. After multiple evaluations and considerations, they have many years of experience in this line (four), recording the test and _ 'starting the business The patent for the processing fixture of the field ___ group. The main purpose of Fengqi k is to extend the joint of the base of the joint with the base of the 曰 曰 曰 曰 ' ' ' ' ' ' ' ' ' ' ' ' ' 并 并 并 并 并The wishing department is inserted into the continuous transfer group, and then uses the preset external force to apply the house fixture. The repeated fixtures will make the flange of the continuous fin group embedded in the position of the executive, due to assembly and assembly. The operation is simple and convenient, and the positioning effect between the continuous bonding piece group and the heat official can be formed, and the production speed of the processing process can be improved. The other purpose of this creation is to combine the jig with the injection-step convex body, the hybrid groove test, and the flange of the _ version. When the flange of the shirt is embedded in the fistula, the flange will be convex. Embedded in the outer wall surface of the heat pipe, due to the continuous Korean film ke = suspicion, the object (10) ... = form a relative rotation, so that the continuous (four) group and the heat pipe have a better fitting positioning effect. [Embodiment] Park To achieve the above purposes and effects, the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - The monthly tea readings in the first, second and third figures are the three-dimensional appearance of the creation, the exploded view of the M342014, and the top view. It can be clearly seen from the figure that the pressing fixture 2 includes at least two The base portion 2 i is composed of the above, wherein: the base portion 21 - side is extended with a nip portion 2 2 ' corresponding to a predetermined heat dissipation module and a continuous 'rotation group 1 1 ϋ piece number and comb shape And each of the nips 22 is formed with a gap 2 ^ 1 ' for smoothly passing through the gap ii 5 of the continuous fin i, and a supporting surface 2 2 2 is provided on the side of the Li 2 2, and the pressure is The joint portion 2 2 is further provided with an insertion side 2 2 3 away from the base portion 2 1 - side, and the stop surface 2 2 2 of the press portion 2 2 is provided corresponding to the preset continuous group ii The flange is pressed into the groove 2 3 . In addition, the creation can be further provided with an auxiliary fixture 3, which is composed of a c-type two relative fixture, and the auxiliary treatment forms a receiving groove 30' for accommodating the continuous core group 11 and A positioning portion 3 is provided on the side of the auxiliary jig 3 . Please continue to refer to the fourth, fifth, sixth and seventh figures, which is the intention of the creation of this creation (1), the schematic diagram of the action (2), the schematic diagram of the action (3), the action is not intended, and the money can clearly see this When creating a heat-dissipating module and applying it to the phase, it can be inserted into the group ii, which has a flange 1 1 3 _:1 1 5 2, the matching groove 2 3 correspondingly resists the two sides of the flange (1) of the continuous fin group 1 1 , and further the cooling module 1 can be further disposed with the flange i Η of the continuous fin plate 1 i Each ^11(9), Langcai Gu set to turn the wire fi2 position 're-profit _ help fixture 3 can be divided into two sets of press-fit fixtures (1) base 21 and insert side, such that M342014, metallurgy 2 from the outside (four) The squeezing _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ In this case, the continuous fin group 1 of the 'hybrid jig 2 is inserted into the smuggling group', and the continuous fin group 1 1 and the jig 2 are worn between the corresponding ones. The gap 1 1 5 2 2 1, when the press-fitting groove of the second press-fitting 2 2 3 S-shirt is abutted against the flange 113 of the ' _ slice 11 , the two press-fit grooves 23 are not only formable after the alignment _ into the H group 11 The shape of the upper flange 113, and it is slightly smaller than the outer diameter of the flange 11 3, so the base 21 of the hybrid jig 2 is in a state of not yet aligned and twisted. Abutting against the base 2 of the pressing fixture 2 and the insertion side 2 2 3 ', the base portion 21 of the pressing fixture 2 and the auxiliary fixture 3 are further provided with corresponding positioning holes 2丄丄, positioning unit 3丄, the pressing fixture 2 and the auxiliary fixture 3 can be positioned by the positioning holes 21! By this, the assembled heat dissipation module 压, the pressing fixture 2, the auxiliary treatment tool 3 can be placed on the preset pressing device, and the paste preset pressing device applies the preset external force to the auxiliary fixture. 3 2 opposite to the outside, and slowly push the blocking surface of the pressing fixture 2 2 2 2 relative to the inner displacement, and the receiving groove 3 of the auxiliary jig 3 accommodates the continuous fin group 11 The auxiliary jig 3 only abuts against the pressing jig 2 and does not contact the continuous fin group 11, and the pressing groove 23 of the pressing jig 2 presses the flange 113 having a larger diameter into the heat pipe 12 The outer side wall surface does not damage the internal structure of the heat pipe 12, and when the preset pressing device stops for a predetermined time, it stops. The M342014 applies force and returns to the original position to extract the heat of the pressing fixture 2 For the continuous transfer group 11 of the module i, the above steps can be repeated by assembling the jig 2 to the flange 113 on the other side of the continuous transfer group 11 and the heat pipe i 2 to complete the assembly. Combine 'to achieve convenient and fast group management! 2, Lai set 1 1 and form a good combination of positioning purposes. 1 'The sealing surface of the pressing fixture 2 2 2 21⁄2 is combined for polishing treatment, so that the second pressing fixture 2 can be tightened _ position, and the pressing groove 2 3 is pressed into the continuous slab group, 11 After the flange 113, the flange 1χ3 is also uniformly and tightly embedded in the outer wall surface of the heat pipe 12, and the shape of the pressing groove 2 of the pressing fixture 2 can be in accordance with the heat pipe type 2 (for example, cylindrical shape, surface). In the form of a flat shape, a flat shape, or the like, the pressing groove 2 of the pressing fixture 2 can be further provided with at least one convex pressing body 2 31 '. The convex pressing body 2 31 can be used as needed. The angle and the number are disposed in the pressing groove 2 3 ' and the convex pressing body 2 31 may be in the form of a bump, a rib or the like, and the convex pressing body 2 31 only has the function of forming the flange 113 into the outer wall surface of the heat pipe 12 . Then, after the continuous fin group 11 is embedded and combined with the single heat pipe 12, the purpose of preventing the relative rotation of the two can be achieved, and the convexity of the continuous fin group 11 is preset. The rim 113 may further be provided with one or more sipe ii 4, and the flange 113 having a larger diameter may be pressed by the pressing fixture 2 by the grooving groove 114. The outer wall surface of the heat pipe i 2 having a smaller diameter is tightly fitted, and the flange member 13 is prevented from being crushed to cause a lack of protrusion. In addition, the heat-dissipating medium may be further coated on the inner side surface of the preset continuous fin group 丄丄i2, the inner surface of the flange worker 3 or the outer surface of the heat official 12, and the heat-dissipating M342014 heat medium can be used as a secret paste. If you have a hot-melt processing operation, you can connect the continuous fin group and the heat fi 2, and press the fixture 2 or the heat of the group. With 2, fine, ^ line heating, even the flange 113 of the daisy group is embedded in the heat pipe 12^ = = after 'the heat dissipation medium will be hot melted, flowed and filled between the flange 丨i 3 and the tube ^ Unconfirmed » close contact, so that the heat energy of the heat pipe i 2 can be completed to the flop of 1, 1 to enhance the touch of the heat sink. '
另，壓合治具2推壓連續㈣組Η之凸緣113嵌入_ 12時，可進-步龍設散熱她i、壓合治具2及辅助 作降溫處理，使料緣i i 3與鮮i 2乃處於低溫狀態，彻 熱脹冷縮原理，不僅於温度升高後可使凸緣i i 3更緊密嵌入熱 管1 2内，且散鍵組1於麵使料行散熱而使溫度上^時’、，、、 其連續鰭片組11之凸緣113亦可確實歲人熱管i 2外側壁面 ’而不會因熱膨脹而產生鬆脫之情形。 再者’因壓合治具2之壓合部2 2插入散熱模組工之連續鰭 片組1 1時’連賴片組1 1與壓合部22需分別交錯穿入_ 1 1 5、2 21内呈對插狀，該壓合部2 2便可於插入側2 2 3 進-步設有導角，則壓合部22便可糊導緖觸連翁片組工 1並產生導引對插之效果，進而使連續鰭片組丄i與壓合治具2 對插時較為迅速方便。 請再參閱第二、八®所示，係為摘作之立體分解圖、較佳 實施例之立體外觀圖’巾所示可清楚看出，#預設散熱模組 11 M342014 • 1之連賴片組i i上為設有單―、單排、交錯、矩陣排列或其 他型式之穿孔112、凸緣113，若凸緣i i 3並非為矩陣排 列型式時，可將壓合治具2之Μ合部2 2及壓合槽2 3設計相對 應於凸緣1 1 3之位置，碰合治具2利用單次組裝壓合流程， 便可將連續則組1 1之凸緣1 1 3欽熱管！ 2内形成定位， .而連續鰭片組1 1之穿孔1 1 2、凸緣i χ 3__列型式 .，便需分舰行絲奴絲壓合_，使各凸緣1 1 3分職 I人熱管12，因連續轉片組！工二側分別設有扣接部工丄丄以使 其複數韓片相對固接，賴合治具2之壓合部2 2便無法由連續 轉片組11具有扣接部ii之二側插人，且若預設加壓裝置可 直接加£於[σ /纟具2時，便不需加裝防止預設加壓裝置碰觸連 、、’ί’片組1 1之輔助治具3，上述壓合治具2之壓合部2 2、播 止面2 2 2及壓合槽2 3，其僅具加壓使連續韓片組工丄之凸緣 113敗人熱官12之功能即可，其壓合治具2之播止面2 2 2 1 、堡合槽2 3可依不同型式之穿孔i i 2、凸緣i i 3，而設置 於壓合部2 2之插人側2 2 3或另側上，非·即侷限本創作之 專利範圍’如利用其他修飾及等效結構變化，均應同理包含於本 創作之專利範圍内，合予陳明。 上述本創作之散熱模組之加工治具於實際使用時，為具有下 列各項優點，如： ()顧合治具2利用壓合部22對插於預設連續鰭片組11 ’且使連續鰭>;組Η之凸緣i i 3與壓合治具2之壓合 12 • M342014 槽2 3形成對位，即可利用預設加壓裝置施力於壓合治具 2，則壓合治具2便會施壓使散熱模組i之凸緣丄 1 3嵌 入熱fl2外側壁形成定位’進而使本創作之組裝結合流 一程較為鮮方便，且衫出_倾覆不均勻之問題。 i^li 12 >^ι 13^ti ^有散齡質時’壓合治具2或組裝後之散熱模組工、 [3 /α具2及辅助治具3則可進行加熱作業，因散熱介質 之炫點撕熱管1 2之炫點，便不會使熱fl 2軟化而易 受碰撞產生毀損，且利用辅助治具3便可使預設加塵裝置 僅施力於壓合治具2，且預設加壓裝置不會因碰觸而使散 熱模組1產生損壞’便可提升加工製程中之產品良率。 (三）該壓合治具2之壓合槽2 3可進一步設有凸壓體2 3工， 則壓合槽2 3婦使連續㈣組丨丨之凸緣丨丨3故入熱 官12時，其凸緣1工3便會形成同凸壓體2 3工形狀且 肷入熱官12外側壁面之部位，利用上述結構便可防止連 續韓片組11與熱管12相對旋動，進而提昇連續鰭片組 11、熱管12之嵌合定位效果。 故，本創作為主要透過散熱模組之加工治具，而可利用壓合 治具2之壓合部22插入預設連續鰭片組11内，使壓合治具2 之壓合槽2 3對位於連續鰭片組]_丨之凸緣i i 3，再以預設加 壓裝置施力於二；1合治具2，導致二壓合治具2相對朝内位移壓 合，而壓合槽23便會壓迫連續鰭片組χ i之凸緣i i 3嵌入熱 13 -M342014 & 1 2外趣面形献位，以較錢、快速植錢 連續籍片組Η與熱管12之定位效果為主__，惟二 上7述僅為本_之錄實施_已，非·即侷限本創作之專 利犯圍，故舉凡運用本創作說明書及圖式内容所為之簡易修飾及 等效、、°構又化，均應同理包含於本創作之專利範圍内，合予陳明 Ο _ 士絲上所述，本創作上述之散熱模組之加工治具於實施、操作 I 、為確貫a達到其功效及目的，故本創作誠為—實用性優異之 I月’為符合新型專利之申請要件，爱依法提出申請，盼審委 早日賜准本案，簡障發明人之辛苦研發，齡釣局貴審委有 老石 上古 "月不吝來函指示，發明人定當竭力配合，至感德便。 14 M342014 ' 【圖式簡單說明】 第一圖係為本創作之立體外觀圖。 第二圖係為本創作之立體分解圖。 第三圖係為本創作之俯視示意圖。 . 第四圖係為本創作之動作示意圖（一）。 第五圖係為本創作之動作示意圖（二）。 _ 第六圖係為本創作之動作示意圖（三）。 第七圖係為本創作之動作後立體示意圖。 第八圖係為本創作較佳實施例之立體外觀圖。 第九圖係為習用之立體外觀圖。 【主要元件符號說明】 1、 散熱模組 1 1 4、剖溝 1 1 5、間隙 1 2、熱管 11、連續鰭片組 1 11、扣接部 112、穿孔 1 1 3、凸緣 2、 壓合治具 2 1、基部 2 2 2、擋止面 15 .M342014 • 211、定位孔 2 2、壓合部 2 2 1、間隙 2 2 3、插入侧 2 3、壓合槽 2 31、凸壓體 31、定位部 3、輔助治具 3 0、容置槽 A 3、金屬絲 A、 鰭片 A 1、穿孔 A 2、細孔 B、 熱管 16In addition, the press-fit jig 2 pushes the continuous (four) group of flanges 113 into the _ 12, when the step-by-step dragon is set to dissipate heat i, the press fixture 2 and the auxiliary for cooling treatment, so that the material edge ii 3 and fresh i 2 is in a low temperature state, the principle of thermal expansion and contraction, not only can the flange ii 3 be more tightly embedded in the heat pipe 1 2 after the temperature rises, and the loose key group 1 radiates heat on the surface to make the temperature ^ At the time of ',,,, the flange 113 of the continuous fin group 11 can also be sure that the outer wall surface of the heat pipe i 2 is not loosened due to thermal expansion. Furthermore, when the nip portion 22 of the press-fit jig 2 is inserted into the continuous fin group 11 of the heat-dissipating module, the lining group 1 1 and the nip portion 22 are respectively staggered into the _ 1 1 5 2 21 is inserted into the shape, and the nip portion 22 can be provided with a guide angle on the insertion side 2 2 3, and the nip portion 22 can be used to guide the thread to form a guide 1 and generate a guide. The effect of inserting and inserting, and thus the continuous fin set 丄i and the press-fit jig 2 are relatively quick and convenient. Please refer to the second and eighth®, which are shown as an exploded perspective view, and the stereoscopic appearance of the preferred embodiment, as shown in the towel, can be clearly seen. #预热模块11 M342014 • 1 The sheet group ii is provided with a single-, single-row, staggered, matrix-arranged or other-type perforation 112 and a flange 113. If the flange ii 3 is not in a matrix arrangement type, the press-fit jig 2 can be combined. The portion 2 2 and the pressing groove 2 3 are designed corresponding to the position of the flange 1 1 3 , and the collision jig 2 is subjected to a single assembly pressing process, and the continuous group 1 1 flange 1 1 3 heat pipe can be used. ! Positioning is formed in 2, and the perforation of the continuous fin group 1 1 2 2, the flange i χ 3__ column type, it is necessary to separate the lining of the ship, so that the flanges 1 1 3 I heat pipe 12, because of the continuous transfer group! The two sides of the work are respectively provided with fastening parts to make the plurality of Korean pieces relatively fixed, and the nip part 2 of the jig 2 cannot be inserted by the continuous rotating piece group 11 with the two sides of the fastening part ii If the preset pressing device can be directly added to [σ / cookware 2, then it is not necessary to install the auxiliary fixture 3 to prevent the preset pressing device from touching, and the 'ί' piece set 1 1 The pressing portion 2 of the pressing fixture 2, the squeezing surface 2 2 2 and the pressing groove 2 3 are only pressed to make the flange 113 of the continuous Korean sheet work smash the function of the hot official 12 That is, the splicing surface 2 2 2 1 of the pressing fixture 2 and the splicing groove 2 3 can be disposed on the insertion side 2 of the nip portion 2 2 according to different types of perforations ii 2 and flange ii 3 2 3 or on the other side, the scope of the patent that is limited to the creation of the invention shall be included in the scope of the patent of this creation and shall be combined with Chen Ming. The processing jig of the above-mentioned heat-dissipating module has the following advantages in practical use, such as: () Guhe jig 2 is inserted into the preset continuous fin group 11' by the nip 22 Continuous fins;; flange ii 3 of the group and press fit 12 of the press fixture 2 • M342014 groove 2 3 is aligned, and the pressurizing fixture 2 can be applied by a preset pressing device, and then the pressure is applied. When the fixture 2 is pressed, the flange 丄1 3 of the heat dissipation module i is embedded in the outer wall of the hot fl2 to form a positioning, which makes the assembly of the creation combined with a relatively simple flow, and the problem of uneven hooding . i^li 12 >^ι 13^ti ^When there is a loose age, the pressure fixture 2 or the assembled heat sink module, [3 / α with 2 and auxiliary fixture 3 can be heated, because The sleek point of the heat-dissipating medium to the heat-reducing tube 1 2 will not cause the heat fl 2 to soften and be easily damaged by the collision, and the auxiliary fixture 3 can be used to apply the preset dust-removing device only to the pressing fixture. 2, and the preset pressing device does not cause damage to the heat dissipation module 1 due to the touch, which can improve the product yield in the processing process. (3) The press-fit groove 2 of the press-fit jig 2 can be further provided with a convex press body 2, and the press-fit groove 2 3 is used to make the flange of the continuous (four) group 丨丨3 into the heat officer 12 When the flange 1 is formed, the same shape as the convex body 2 and the outer wall surface of the heat official 12 are formed. With the above structure, the continuous Korean group 11 and the heat pipe 12 can be prevented from being relatively rotated, thereby improving The fitting and positioning effect of the continuous fin group 11 and the heat pipe 12. Therefore, the present invention is mainly a processing jig through a heat dissipating module, and the nip portion 22 of the pressing jig 2 can be inserted into the preset continuous fin group 11 to make the pressing groove 2 of the pressing jig 2 3 For the flange ii 3 located in the continuous fin group], the force is applied to the second pressing device by a preset pressing device; 1 the jig 2 is caused, and the second pressing jig 2 is pressed against the inward displacement, and the pressing is performed. The groove 23 will compress the continuous fin group χ i the flange ii 3 is embedded in the heat 13 -M342014 & 1 2 outside the fun face shape, in order to compare the money, the rapid planting of the continuous film group and the heat pipe 12 positioning effect Mainly __, only the second 7 is only the implementation of this _ has been _ has been, is not limited to the patents of this creation, so the use of this creation manual and the content of the schema for the simple modification and equivalent, The structure is also included in the scope of the patent of this creation, and is combined with Chen Minghao _ Shisi said that the processing fixture of the above-mentioned heat dissipation module is implemented, operated, and confirmed. a achieve its efficacy and purpose, so this creation is sincerely - the practicality of the I month' is in line with the application requirements of the new patent, love to apply according to law, look forward to trial The committee will grant this case as soon as possible, and the hard work of the inventor will be difficult. The old-fashioned bureau of the age-old fishing bureau has an old stone. "There is no indication from the month. The inventor will try his best to cooperate with him. 14 M342014 ' [Simple description of the drawing] The first picture is a three-dimensional appearance of the creation. The second picture is a three-dimensional exploded view of the creation. The third picture is a top view of the creation. The fourth picture is a schematic diagram of the action of this creation (1). The fifth picture is a schematic diagram of the action of this creation (2). _ The sixth picture is a schematic diagram of the action of this creation (3). The seventh picture is a three-dimensional diagram of the action after the creation. The eighth drawing is a perspective view of the preferred embodiment of the present invention. The ninth figure is a stereoscopic appearance of the conventional one. [Main component symbol description] 1. Heat dissipation module 1 1 4, sectioning groove 1 1 5, gap 1 2, heat pipe 11, continuous fin group 1 11, fastening part 112, perforation 1 1 3, flange 2, pressure Joint fixture 2 1 , base 2 2 2, stop surface 15 . M342014 • 211, positioning hole 2 2, nip 2 2 1 , gap 2 2 3, insertion side 2 3, press groove 2 31, convex pressure Body 31, positioning portion 3, auxiliary fixture 30, receiving groove A3, wire A, fin A1, perforation A2, fine hole B, heat pipe 16