200850134 九、發明說明： 【赍明所屬之技術領域】 種散關—種散熱鰭片與熱管組裝方法，尤指— —^與熱卜次成形組裝方法。 【先前技術】 隨著微處理哭的遥曾 熱能也相對提昇吏微處理器所產生的 散熱裝置安裝於微處理器上，效率傳遞熱能之 去，使微處理器能夠維持正常的運ΐ為所產生的熱能散 穿設==最常見的散熱裝置:是在整串散熱鰭片上 以兮導二75 ’將熱管另一端的受熱端組接-導教塊， …熱塊與微處理器的表面接 埶 山：二 端。在微處理器運算時，所產生的;、=女而疋冷部 傳導至熱管的受敎端上，由哉总上、、“被導熱塊吸後再 管…… 官内部的工作流體傳導至熱 =的r片與熱管緊迫”;:先將熱管⑽ 一〉口具上，再將沖遷完成的各片散熱韓片替 ^组裝於該熱管上，使熱管得以穿設於散熱韓片// 重的熱管與散熱鰭片組裝方式過於緩 致整 ^產產能降低。而且將散熱鰭片一片—片组裝於敎 變形產能低落’此產品不良率提高。於是，有此 串=Γ=問題，_完成的散熱鰭片疊接成i 串口疋後，練串的散熱鰭片、組置放於加工機具的平台 200850134 往f加王機具的治具夾持複數熱管，將熱管由上 ;下:晴入於散熱韓片的環牆之街。在熱管穿入 :ί片;:=Γ向的治具則由散熱韓片組的側向繼 …日月狀之治具推入於散埶鍵 、Α :τ、曰與散熱鰭片之間所形成的間 面接觸。。、之/α具擠壓環牆’使環牆的内壁與熱管表 古生ΓΓ-後者可提焉散熱韓片與熱管的組裝速度，以提 问生產產能，但是在穿号勃总卩士 n yf ± # , ^ β…、g守，該散熱鰭片與散熱鰭片 間僅罪者裱牆支撐，在埶管 ΛΑ φ a ; 、 在下擠壓牙入於散熱鰭片 =;，再以治具嶋牆，讓環牆與熱管表面接觸， 熱管的外表面與環牆内壁面之=广或熱官變形’造成 口π土面之間產生間隙，在200850134 IX. Invention Description: [Technical field of 赍明] 散散关—A method of assembling heat sink fins and heat pipes, especially the method of assembling and assembling heat and heat. [Prior Art] With the micro-processing crying, the heat energy is relatively increased. The heat sink generated by the microprocessor is mounted on the microprocessor, and the efficiency transfers the heat energy, so that the microprocessor can maintain the normal operation. The generated thermal energy dissipation device == the most common heat dissipation device: it is on the whole series of heat dissipation fins to guide the two 75 'the heat receiving end of the other end of the heat pipe - the teaching block, ... the table of the heat block and the microprocessor Faced with Lushan: two ends. In the operation of the microprocessor, the female and the cold part are transmitted to the receiving end of the heat pipe, and the working fluid is discharged to the inside of the heat pipe by the heat transfer block. Heat = r piece and heat pipe are tight";: first heat pipe (10) -> on the mouth, and then the various pieces of heat-dissipated Korean pieces that have been completed by the process are assembled on the heat pipe, so that the heat pipe can be worn on the heat-dissipating piece // The heavy heat pipe and heat sink fin assembly method is too slow and the production capacity is reduced. Moreover, the heat dissipation fins are assembled in one piece, and the deformation capacity is low. The defect rate of this product is improved. Therefore, there is this string = Γ = problem, _ completed heat sink fins are spliced into i serial port ,, the string of heat sink fins, group placed on the processing machine platform 200850134 to f plus king tool fixture clamp Multiple heat pipes, the heat pipe from the top; the bottom: sunny into the wall of the wall of the cooling Korean film. In the heat pipe penetration: ί片;:= 治 的 则 则 则 则 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热 散热The resulting surface contact. . / / with a squeeze ring wall 'to make the inner wall of the ring wall and the heat pipe table ancient oysters - the latter can improve the assembly speed of the heat sink Korean and heat pipe, to ask the production capacity, but in the wearing of the general gentleman n yf ± # , ^ β..., g 守, between the heat sink fins and the heat sink fins, only the sinners support the wall, in the 埶 ΛΑ φ a , , in the lower squeeze teeth into the heat sink fins =;嶋 wall, let the ring wall and the surface of the heat pipe contact, the outer surface of the heat pipe and the inner wall surface of the ring wall = wide or thermal deformation, resulting in a gap between the mouth π soil surface,
訏，該間隙將造成熱能傳遞的阻礙。 …傳I 【發明内容】 々因此’本發明主要目的，在於解決傳缺失及 與熱管組裝結構強度問題，並 ^ "…曰 新組裝方法’主要是在散熱縛片加工過程中將環脖：：1 有開口狀，讓環牆與埶管配人 ρ 片組裝成-整串，在穿：:1%包覆彈性’再將散熱11 牙 …、g别’先將加工的古i合、二目土 由側向推入於整串的散埶絲片盘心 Θ支‘治具先 申的放氣片與散熱,鳍片之間隙中，在穿 产、、吕日守’可以防止執管盘散敎 品不良。 一、政熱鰭片的環牆變形，而造成產 …士散關片與熱管—次成形 、、、衣方法’在盃屬薄片㈣成散熱鰭片後，於散熱韓片上 200850134 成形有複數環牆及扣接部，將複數散熱鰭片以扣 成整串，使下方的散熱鰭片頂置於上一片的散熱鰭入： 面，讓散熱鰭片與散熱鰭片之間形成有— ^ 1 串的散熱鰭片組置放於該加工機具的平么上’、、接者將整 ,τ . 〇上’以致重力获罟 則向的將支撐治具的支撐鰭片推入於間隙中： ，將熱管穿入於每-個散熱韓片的環牆；= :口狀得使環牆具有包覆彈性，在熱管穿過環牆時，可微 ，環牆樓開，讓環牆緊緊包覆在熱管表面 孰管 :入完成後，該支撐治具及下壓式機構的夾持治具，*同二 =放熱鰭片組及熱管，即完成散熱鰭片組與複數熱管的 【實施方式】 明如=關本發明之技術内容及詳細說明，現配合圖式說 =參閱第-圖，係本發明之散熱鰭片與熱管組裝流程 所示：本發明之細片與熱管-次成形組 衣方法，百先，如步驟1〇〇 ，備有一金屬薄片。 步驟102 ，將金屬薄片沖谭点古、— 該散—1…η广 旻數散熱鰭片1 ’ 缘所；：L 有複數凸出的環牆12及-側邊 扣謂’該環牆12上開設有複數相鄰三角形 的彈性二 ’该開口狀121使得環牆12具有包覆 122 .另該環牆12内具有—貫穿散熱鰭片i之穿孔 緣上扣接部13呈—凸字形的承接在鰭片1 一侧邊 、 、有一凸出頭部132 ’並與該環牆12呈反向設 7 200850134 置。該扣接部]3上設有一長方形通孔〗31 ，以提供與另一 散熱鰭片（圖中未示）的扣接部13組接（如第二圖所 步驟]04，將複數散熱鰭片丨疊成整串，使散埶鰭κ 1的扣接和的頭冑】32 f配接合於該另—個散熱錯片曰^ 的扣接部13a <通孔遍上，使散熱鰭仏頂置於該散執 鰭片二的背面]4 ’讓散綱】料之間形成有—間隙 (如第二圖A、B及第四圖所示）2〇 。 的平！成串的散熱鰭片組10置放於該加工機具 的平口2上（如弟五圖所示）。 ^步驟1G8 ’在油壓t或氣壓叙之任—種致動裝置^ 向的將以支撐治具4的# m 输…。/ 鰭片41推入於散熱鰭片組10的 間隙20中（如第六圖所示）。 :驟1: ’將複數熱管5夾於下壓式機構 具61上（如第五圖所示）。 人付/口 —步私112，在下壓式機構6動作時，將熱管$ :19個放熱Ϊ片1的穿孔122時，由於開口狀121使得产 ^具有包覆的彈性，在熱管5 于衣 牆12内壁微微撐開，在 、^回12日守，可以將環 於熱管5的表面上被__ 個散熱鰭片1後，該下 5 〇 撐鰭片41及下壓式機構 片組10及熱管5，即完Oh, this gap will cause an obstacle to heat transfer. ...Transmission I [Summary of the Invention] 々 Therefore, the main purpose of the present invention is to solve the problem of transmission loss and structural strength of the heat pipe assembly, and ^ "... 曰 new assembly method 'mainly in the process of heat dissipation film processing: :1 It has an opening shape, so that the ring wall and the manifold can be assembled into a whole string, in the wear:: 1% coated elastic 'and then will dissipate 11 teeth..., g don't process the ancient The second mesh soil is pushed laterally into the whole string of loosely-twisted silk discs, and the deflation sheet and heat dissipation of the fixtures are first applied. In the gap between the fins, in the production, Lu Rishou can prevent the implementation. Poor quality of the tube. First, the deformation of the ring wall of the political fins, and the production of ... Shisanuan film and heat pipe - sub-forming, and clothing method 'after the cup is thin (four) into the fins, on the heat sink Korean film 200850134 formed a plurality of rings In the wall and the fastening part, the plurality of heat-dissipating fins are buckled into a whole string, so that the lower heat-dissipating fins are placed on the upper one of the heat-dissipating fins into the surface: a surface is formed between the heat-dissipating fins and the heat-dissipating fins - ^ 1 The string of fins is placed on the flat of the processing tool, and the picker will be finished, τ. 〇上, so that the gravity is obtained, and the supporting fins of the supporting jig are pushed into the gap: Put the heat pipe into the ring wall of each piece of heat-dissipating Korean film; = : The mouth-shaped wall has the covering elasticity. When the heat pipe passes through the ring wall, the ring wall can be opened and the ring wall is tight. Wrapped on the surface of the heat pipe: After the completion, the support fixture and the clamping fixture of the pressing mechanism, *2 = heat-dissipating fin set and heat pipe, that is, the completion of the heat-dissipating fin group and the plurality of heat pipes Mode] The technical content and detailed description of the present invention are as shown in the following figure. The assembly process of the heat dissipating fins and the heat pipe is as follows: the fine film of the present invention and the heat pipe-sub-forming method, the first step, as in the step 1〇〇, is provided with a metal foil. Step 102, punching the metal foil to the point of the Tan, the scatter - 1 ... η wide number of fins 1 ' edge;: L has a plurality of protruding ring wall 12 and - side buckle said 'the ring wall 12 The opening 21 having a plurality of adjacent triangles is provided with the opening 121 so that the ring wall 12 has a covering 122. The ring wall 12 has a perforating edge 13 extending through the fins i in a convex shape. It is supported on one side of the fin 1 and has a protruding head 132' and is disposed opposite to the annular wall 12 by 7200850134. The fastening portion 3 is provided with a rectangular through hole 31 for providing a fastening portion 13 with another heat dissipation fin (not shown) (as shown in the second figure) 04, and the plurality of heat dissipation fins The pieces are folded into a whole string, so that the buckles of the scorpion fin κ 1 and the head 胄 32 f are coupled to the fastening portion 13a of the other heat dissipating 曰 ^; The dome is placed on the back of the loose fin 2] 4 'Let's form a gap between the materials (as shown in the second figure A, B and fourth figure) 2 〇. The heat dissipating fin set 10 is placed on the flat opening 2 of the processing tool (as shown in the fifth figure). ^Step 1G8 'In the oil pressure t or the air pressure, the actuator device will be supported by the fixture. The #m input of the 4th .... / fin 41 is pushed into the gap 20 of the heat sink fin group 10 (as shown in the sixth figure): Step 1: 'Put the plurality of heat pipes 5 on the lower pressing mechanism 61 (As shown in the fifth figure). The person pays/mouth-step private 112, when the lower pressing mechanism 6 is actuated, when the heat pipe $: 19 releases the perforation 122 of the crotch piece 1, the opening 121 makes the package have the package Covering the elasticity, in the heat pipe 5 The inner wall of the 12th wall is slightly opened, and it can be placed on the surface of the heat pipe 5 by the __ heat dissipation fins 1, the lower 5 〇 support fins 41 and the lower pressing type mechanism group 10 and Heat pipe 5, that is, finished
步驟114，在熱管5穿入每_ 式機構6的夾持治具61放開熱管 步驟116，該支撐治具4的支 的夾持治具6卜同時離開散熱鰭 200850134 成散：鰭片㈣與複數熱管5的組接（如第八圖所示）。 一:>閱第五圖，係本發明之散熱鰭片組與複數熱管組 接7F思圖。如圖所不：在本圖式中所揭露的支禮治具4的 支撐鰭片41的長度由下往上逐漸縮短，主要在於埶管5穿 入嶋鰭片組10的過程中，該熱管5穿入的速度會愈來 ^ 口此熱s 5外表面與散熱鰭片組10下方的散熱鰭片 的穿孔122内壁所產斗&織4总丄人 生的廇掠力恩大。為了避免環牆12周 緣變形，所以支掠餘Μ 41 Μ且# > 的長度在設計就必須愈往下的長 度就愈長。 由於在熱官5與散熱鰭片組1〇在組接時，先將支撐治 具4的支撐鰭片41推入於散熱鰭片組ι〇的每一個間隙/ 中’可以防止散熱鰭片丨的環也 者議變形。因此穿入』二=:_而變形或 牙入後的熱官5外表面可以與環牆12 的内壁面完全接合，使熱傳遞不會受到阻礙，讓敎管 吸收的熱能有效地傳遞於散熱鰭片丨上。 ρ明2僅ί本發明之較佳實施例而已，並非用來限定本 即凡依本發明申請專利範圍所做的均等 义化/、你飾，皆為本發明專利範圍所涵蓋。In step 114, the heat pipe 5 is inserted into the clamping jig 61 of each type of mechanism 6 to release the heat pipe step 116, and the holding jig 6 of the supporting jig 4 is simultaneously separated from the heat dissipating fins 200850134: fins (4) The assembly with the plurality of heat pipes 5 (as shown in the eighth figure). One: > Referring to the fifth figure, the heat sink fin set of the present invention and the plurality of heat pipes are connected to each other. As shown in the figure, the length of the supporting fins 41 of the ritual fixture 4 disclosed in the present drawing is gradually shortened from the bottom to the top, mainly in the process of the damper 5 penetrating into the scorpion fin group 10, the heat pipe 5 The speed of penetration will become more and more. The outer surface of the heat s 5 and the inner surface of the perforation 122 of the fins below the heat sink fin group 10 are produced by the bucket & woven fabrics. In order to avoid the circumferential deformation of the ring wall 12, the length of the yoke 41 Μ and the length of the # > must be longer as it is designed. Since the support fins 41 of the support jig 4 are pushed into each gap/middle of the heat dissipation fin group ι when the heat officer 5 and the heat dissipation fin group 1 are assembled, the heat dissipation fins can be prevented. The ring is also discussed. Therefore, the outer surface of the heat official 5 which is inserted into the second=:_ and deformed or the tooth can be completely engaged with the inner wall surface of the ring wall 12, so that the heat transfer is not hindered, and the heat absorbed by the manifold is effectively transmitted to the heat dissipation. The fins are on the raft. The present invention is not limited to the scope of the present invention, and is not intended to limit the scope of the present invention.
【圖式簡 I 第一圖 第二圖 第三圖 第三圖 第四圖 係本發明之散熱鰭片與熱f組裝流程示意圖。 係本發明之散熱鰭片局部放大示意圖。 係本4明之政熱鰭片疊成整串側視示意圖。 ’係為第三圖A之局部放大示意圖。 係本發明之散熱鰭片疊成整串外觀立體示意圖 200850134 =明之散熱鰭片組與複數熱管組接示意圖。 ’係本杂明之加工機具支撐治具推入於示意圖。 :七圖，係本發明之熱管插入及支樓治具推入於散熱鰭片 組示意圖。 第八圖，係本發明之散熱鰭片與熱管組裴完成示意圖。 【主要元件符號說明】 步驟100〜116 散熱鰭片組10 散熱鰭片1、la 正面11 環牆12、12a 扣接部13、13a 開口狀121 穿孔122 通孔 131、I31a 頭部132 背面14 間隙20 平台2 致動裝置3 支撐治具4 支撐鰭片41 熱管5 下壓式機構6 10 200850134 夾持治具61[Simple diagram I] First diagram Second diagram Third diagram Third diagram The fourth diagram is a schematic diagram of the assembly process of the heat sink fin and heat f of the present invention. A partially enlarged schematic view of a heat sink fin of the present invention. This is a schematic diagram of a series of side views of the heat fins of the present invention. ' is a partial enlarged view of the third figure A. The schematic diagram of the heat dissipation fins of the present invention stacked into a whole series of appearances is shown in the figure of 200850134 = the combination of the heat dissipation fin group and the plurality of heat pipes. The processing tool support jig of this series is pushed into the schematic. : Figure 7 is a schematic diagram of the heat pipe insertion and the fixture of the present invention pushed into the heat sink fin group. The eighth figure is a schematic diagram of the heat sink fin and the heat pipe set of the present invention. [Main component symbol description] Steps 100 to 116 Heat sink fins 10 Heat sink fins 1, la Front surface 11 Ring walls 12, 12a Fastening portions 13, 13a Open shape 121 Perforation 122 Through hole 131, I31a Head 132 Back 14 Clearance 20 Platform 2 Actuation device 3 Support fixture 4 Support fins 41 Heat pipe 5 Press-down mechanism 6 10 200850134 Clamping fixture 61