M284947 四、創作說明（1) 【新型所屬之技術領域】 本創作係提供一錄血1 不需要使用錫膏或任模組，計，其特別是指一種 的散熱裔模組結構改良， 二等吕媒介接合 傳導效率。 故此有效軚向底座與熱導管的^ 【先前技術】 ^ ，用熱導管所組成的散熱器模組，其主 •複數個政熱鰭片（多為鋁質或銅質）、 二要疋包括 兩端封閉的金屬管，内部裝有/工作液）及，底-（係 質，故亦稱鋼底），所述散熱鰭片係呈堆排採銅 導管形成穿置結合，且熱導管係與底座焊2 2 :並與熱 統的散熱器模組，熱導管20與底座3〇是採=二人十述傳 十三圖），故必須再以錫膏或選定黏接劑作=二j =第 媒介（如熱導管20與底座3〇係不同材質，則須畜^= 鍍鎳處理），因此，整體組褒製造較為溢、 ⑪以電 成本負擔，不良率亦高，且會不但增加其 傳導效率。 座Μ與熱導管20的熱 如第9 2 1 3 5 6 2 8號發明專利案所福吟也 是使底座（基座，俗稱銅底）無須;模，且，其主要 以期簡化其組成，但該專利案的底座（政熱鰭片接合’ 必須塗佈錫膏（或選定以金或銀材料作^座）與熱導管仍 •質）而進行焊接結合，故仍無法避免必f勘接劑的接合物 施工，無法解決不良率偏高的問題，亦'須依賴繁複的焊接 接合物質間接熱傳導所造成效率不彰的、無法改善以錫膏等 /的情形。M284947 IV. Creation Description (1) [New technical field] This creation provides a blood recording 1 without using solder paste or any module, especially for a kind of heat dissipation module structure improvement, second class Lu media junction conduction efficiency. Therefore, it is effective to the base and the heat pipe ^ [Prior Art] ^, the heat sink module composed of the heat pipe, the main / plural political fins (mostly aluminum or copper), the second key includes a metal tube closed at both ends, with a / working fluid inside and a bottom - (system, also known as a steel bottom), the heat sink fins are formed by a stack of copper conduits, and the heat pipe system Soldering with the base 2 2 : and with the heat sink module, the heat pipe 20 and the base 3 〇 is the use of the solder paste or the selected adhesive for the second j = the medium (if the heat pipe 20 and the base 3 are different materials, the animal must be nickel-plated), therefore, the overall group is more expensive to manufacture, 11 is costly, and the defect rate is high, and not only Increase its conduction efficiency. The heat of the seat and the heat pipe 20 is the same as that of the invention patent No. 9 2 1 3 5 6 8 8 , which is also a mold (base, commonly known as a copper bottom); the mold is mainly intended to simplify its composition, but The base of the patent (the hot fin joints must be coated with solder paste (or selected with gold or silver material) and the heat pipe is still welded), so it is still impossible to avoid the necessary The construction of the joints cannot solve the problem of high defect rate, and it is also dependent on the complicated heat transfer of the solder joint material, which is inefficient and cannot improve the solder paste or the like.
第5頁 M284947 四、創作說明（2) — 習知散熱器模組，使用時係亦可在堆疊排列的散熱鰭 片周邊結合一風扇鎖框，以提供一散熱風扇之鎖固定位。 【新型内容】 本創作之主要目的，乃在於提供一種散熱器模組設計 ’係包括複數個散熱鰭片、複數個熱導管及一底座所組成 ’特別是底座係設有與熱導管管體呈相互匹配的複數個對 應槽，且各對應槽兩側均具有向上延伸的成型片，於熱導 管嵌入底座對應槽後，將兩侧成型片加壓彎折結合於熱導 管，因此令底座與熱導管的接合完全不必使用錫膏或黏接 二劑，故能精簡化散熱器模組之組裝，達到快速結合效果。 '•且對應槽兩側成型片經加壓彎折而直接貼置於熱導管上， ； 不需任何接合物質，有效改善並提升底座與熱導管的熱傳 導效率。 本創作之次要目的，乃在於提供一種散熱器模組設計 ，所述複數個散熱鰭片係可分為複數段區域（例如四段） ，再整合相鄰而堆疊排列，其設於前端第一段的散熱鰭片 係設有上貫穿孔及下端半弧槽（或半橢圓形缺口槽或扁凹 狀缺口槽等任何所需形狀缺口槽），第二段散熱鰭片係同 時設有上、下貫穿孔’第三段散熱鰭片係與第一段散熱鰭 片相同，而第四段散熱鰭片則較短小，僅具有上貫穿孔， 惟利用所述集中設於中間段的散熱鰭片（具有上、下貫穿 •孔），使熱導管上下管體同時貫穿後，可強迫熱導管的上 管體產生一巨大的向下壓迫力量，令熱導管的上管體可將 •第一段與第三段的散熱鰭片（不具有下貫穿孔）向下壓迫Page 5 M284947 IV. Creation Instructions (2) — The conventional heat sink module can also be combined with a fan lock frame around the stacked heat dissipation fins to provide a fixed position of the cooling fan. [New content] The main purpose of this creation is to provide a heat sink module design that consists of a plurality of heat sink fins, a plurality of heat pipes and a base. In particular, the base system is provided with a heat pipe body. a plurality of corresponding grooves matching each other, and each of the corresponding grooves has an upwardly extending forming piece on both sides, and after the heat pipe is embedded in the corresponding groove of the base, the two side forming pieces are press-bently bonded to the heat pipe, thereby making the base and the heat The bonding of the catheter does not require the use of solder paste or two bonding agents, so the assembly of the heat sink module can be simplified and the quick bonding effect can be achieved. '•The molded piece on both sides of the corresponding groove is directly pressed on the heat pipe by pressure bending; no need of any bonding material, effectively improving and improving the heat transfer efficiency of the base and the heat pipe. The second objective of the present invention is to provide a heat sink module design, wherein the plurality of heat sink fins can be divided into a plurality of sections (for example, four sections), and then integrated and arranged in a stack, which is disposed at the front end. The heat dissipating fins of one section are provided with an upper through hole and a lower end semi-arc groove (or any desired shape notch groove such as a semi-elliptical notch groove or a flat concave notch groove), and the second heat dissipation fin is simultaneously provided The lower through hole 'the third heat sink fin is the same as the first heat sink fin, and the fourth heat sink fin is shorter and has only the upper through hole, but the heat sink fins are disposed in the middle portion. The sheet (with upper and lower through holes) allows the upper and lower tubes of the heat pipe to pass through at the same time, which can force the upper tube of the heat pipe to generate a huge downward pressing force, so that the upper tube of the heat pipe can be Segment and third section of the heat sink fin (without the lower through hole) pressed downward
第6頁 M284947 明 說能 作支 創故 四， 整可 3)保 C確 觸 .接 置 貼 的 密 緊 為 極 呈 均 座 底 與 片 鰭 熱 散 源扇 熱風 使熱 並散 ，的 設 外 - 至果 或效 C熱 片散 鰭佳 熱最 散得 至獲 管以 導， 熱導 、 傳 座接 底直 由路 經一 計形 設圓 組橢 模、 器管 熱形 散扁 .tm-1 種、 一形 供管 提圓 於為 在施 乃實 ，可 的係 目體 一管 又的 之管 作導 創熱 本述 所 對配 為搭 則做 槽形 應管 對的 的行 座施 底所 而等 ，槽 形形 管圓 之橢 計半 計、 設槽 所凹 求扁 需、 因槽 何圓 任半 等的 管應 密 的 好 良 成 形 可 座 底1 與式 體方 管施 使實 結 作 創 本 將 例 施 實 圖 附 依 兹 用 作 。 他 合 其 組 及 夾 徵 包 特 接 構 的 J管 組導 模熱 器個 熱數 散複 厂 、 為1 所片 作鰭 創熱 本散 ，個 示數 所複 圖： 二括 第包 :及係 下圖成 如一組 明第其 說如， 細 計 設 詳 ，熱 3散 座個 底數 一複 及 中片 其鰭 散 並置 ，位 狀配 形匹 的互 同相 *u 11 歹1 排孔 各的穿 ’ 疊貫 1堆上 鄰設 相開 呈係 相 不 或 同 相 為 可 係 1± 片 鰭 熱 形 槽件 弧構 半知 有習 具係 是， 或2 2管 孔導 穿熱 貫個 下數 有複 設 開 態而13 局·，均 在則 IX 1± 片片 鰭鰭 熱熱 散散 各的 且部 熱 的 at、 封 呈 端 兩 為 有圓 設半 面如 端C 其31 3 ， 槽 }應 質對 銅個 如數 C複 ;體的 液座配 作屬匹 工金互 裝心相 填實呈 係一 2 部係管 内，導 管3熱 且座述 ，底上 管 與 導 可 1半 31如 片C 型1 ί 3 成槽 的應 伸對 延與 上可 向恰 有後 具折 均彎 側壓 兩加 的於 IX οο IX 槽 1 應片 對型 各成 且側 ，兩 令 槽，Page 6 M284947 clearly said that it can be used as a support for the fourth, the whole can be 3) to ensure that C is touched. The tightness of the attached patch is extremely uniform and the fin heat spreads the fan and the heat is scattered. The fruit or effect C heat sheet is best distributed to the tube, and the heat conduction and the bottom of the seat are directly set by the path of a circular set of ellipses, and the heat of the tube is flat. tm-1 a type, a shape of the tube for rounding in the tube for the Shinai, the system of the tube can be used as a guide tube for the creation of the tube. Etc., the ellipse of the trough-shaped tube circle is half-meter, the trough is required to be flat, and the tube of the trough and the other half should be densely formed. The bottom can be made with the base tube and the square tube. The creation of the case will be used as a real map. He combined his group and the J-tube group guide mold heat exchanger with a special connection, and made a heat-dissipation of the fins for one piece, and the multiple pictures of the number: The following figure is like a group of Ming said, such as the details, the heat 3 scattered base number and the middle piece of the fins are juxtaposed, the bit-shaped matching of the mutual phase *u 11 歹 1 row of holes The wearing of the stack 1 is adjacent to the adjacent phase, and the phase is not in phase or the same phase can be tied. 1± The fin-shaped fin-shaped heat-shaped groove member is semi-informed, or 2 2 tube holes are guided through the heat. The number has a reset state and 13 stations. Both are in the IX 1± piece fin heat dissipation and the heat is at the end, and the sealing end is rounded with half face like end C, 31 3 , slot } The quality of the copper is as large as the number C; the liquid seat of the body is matched with the gold-filled core, and the core is filled into a 2-part tube. The tube 3 is hot and can be described. The upper tube and the guide can be 1 and 31. Sheet C type 1 ί 3 Slotted extension and upper direction can be applied to the IX οο IX slot 1 And to each side, so that two grooves,
第7頁 M284947 四、創作說明（4) 圓槽）構成 藉上述 ，係使複數 將半圓槽31 合於熱導管 錯片1的貫 鰭片1與底 的底座3、 一路直接傳 因底座3與 丨速且完全無 器模組的整 上述熱 槽）的兩侧 第三圖）而 四圖實施例 亦可如第五 接合。 如第六 可在堆疊排 直徑與熱 複數個散熱 個熱導管2 的兩側成型 2上’且熱 穿孔（如上 座3呈緊密 熱導管2至 導而達到散 熱導管2的 需使用錫膏 體熱傳導效 導管2與底 成型片31 1 可構成一與 所示，該對 圖實施例所 導管2管 轉片1 、 對應嵌入 片3 1 1 施 導管2兩 貫穿孔1 1 的貼置接 散熱縛片 熱目的， 接合不必， 或黏接劑: 率0 座3之結 ’其對接 熱導管2 接兩端可 示，使對 等的圓孔 個熱導管 3的半圓 壓彎折而 分別貫穿 貫穿孔1 2 以令熱源 或外接一 構成之散 焊接，故 接媒介， 2及底 槽3 1， 直接貼 複數個 )，使 可經由 散熱風， 熱器模： 整體組< 能提高3 合，該對應槽3 1 (如 兩端係呈平口狀接合 管徑相等的圓孔，或 呈相對階級狀的接合 接兩端可呈相對斜切 、七圖所示，本創作所為之散熱器模組，其亦 列的散熱鰭片1周邊再設置一風扇鎖框，以利 可提供一散熱風扇（未顯示）之鎖固定位，所述風扇鎖框 對應的半框4 1所構成，兩半框4 1分別具有下支 可固定搭接於底座3兩側端的搭接部3 2，以構 成一具有四端鎖孔4 1 2的風扇鎖框。 >係可由兩個 撐腳411而 M284947 勾、創作說明（5) 再言， 分為四段（ 圖及第二圖 設有上貫穿 時設有上、 段散熱鰭片 有上貫穿孔 開設上貫穿 管體同時貫 下壓迫力量 丨散熱鰭片（ 片（除了第 的貼置接觸 熱鰭片1 ( 最佳散熱效 依本創 管形狀，故 底座3的半 弧的匹配形 與圓管形熱 同理， 1好的密接包 導管2的管 熱鰭片1分 如實施 或選定 所顯不 孔1 1及 下貫穿 1相同 11，因 孔11與 穿，以 ，令熱 不具有 四段散 ，使熱 或至一 果。 作設計 熱導管 圓槽31 狀，使 導管2 如第九 夾組合 體2 1 a 別設有 例圖 複數 )， 下端 孔1 1 ，而 集中 下貫 強迫 導管 下貫 熱鰭 源可 外設 ，上 2的 與散 底座 形成 圖與 及導 預先 相對 所示，上述複 段）區域而相 其設於前端第 半弧槽1 3，第 、12，第三段 第四段散熱鰭 設於中間的局 穿孔1 2，故可 熱導管3的上 3的上管體可 穿孔）向下壓 片1 )與底座 經由貼設的底 的散熱風扇） 數個散熱縛 鄰排列（請 一段的散熱 二段散熱鰭 鑛片1 則較短 熱鰭片 散熱 片1 部散 利用 管體 將第 迫， 3均 座3 •一路 熱導管 產生一 一段與 確保整 呈極為 、熱導 直接傳 片1係可 參照第八 鰭片1係 片1係同 係與第一 小，僅具 1係同時 2的上下 巨大的向 第三段的 組散熱籍 緊密結實 管2至散 導，獲得 述熱導管2係採用與習知相同的圓 管體2 1 (如第八圖）與其相對應之 熱鰭片1的半弧槽1 3，亦均呈半圓 3兩側的成型片3 1 1 加壓彎折後可 密接包夾，以獲良好的導熱性。 第十圖所示，為使熱導管2具有更 熱效果，其亦可利用縮管方式使熱 成型為一扁形管，並使底座3與散 應的扁凹槽31 a及扁凹狀缺口槽13Page 7 M284947 IV. Creation Instructions (4) The circular groove is constructed by the above, and the plurality of semicircular grooves 31 are combined with the fins 1 of the heat pipe stagger 1 and the base 3 of the bottom, and the direct transmission of the base 3 and The third view of the two sides of the enthalpy and completely free module of the entire heat sink) and the four-figure embodiment may also be the fifth joint. For example, the sixth can be formed on both sides of the stacking row diameter and the heat-receiving heat-dissipating heat pipe 2' and hot-perforated (the above-mentioned seat 3 is a tight heat pipe 2 to guide the heat-dissipating duct 2 to use the solder paste heat conduction) The effect tube 2 and the bottom forming piece 31 1 can be configured as shown in the figure, and the pair of the tube 2, the corresponding insert piece 3 1 1 , the tube 2 and the two through holes 1 1 are attached to the heat dissipating piece. For the purpose of heat, the bonding is not necessary, or the adhesive: the ratio of the 0-seat 3 knot's butt-joint heat pipe 2 can be shown at both ends, so that the equal circular holes of the heat pipe 3 are bent and bent through the through-hole 1 respectively. 2 In order to make the heat source or the external one form the loose welding, the medium 2 and the bottom groove 3 1 are directly attached to each other so that the heat can be passed through the heat mold: the whole group < can improve the 3 combination, the corresponding Slot 3 1 (if both ends are round holes with equal diameters of the joints, or the opposite ends of the joints can be relatively chamfered, as shown in Figure 7, the heat sink module of the present invention, Also set a fan lock frame around the heat sink fins 1 to facilitate The fixing frame of a cooling fan (not shown) is formed by the corresponding half frame 41 of the fan lock frame, and the two half frames 41 have a lap joint 3 which can be fixedly fastened to the two ends of the base 3 respectively. 2, to form a fan lock frame with a four-end lock hole 4 1 2. > can be two legs 411 and M284947 hook, creation instructions (5) Again, divided into four sections (Figure and second figure When there is a through, there are upper and lower fins which have upper through holes to open through the tube while compressing the force and fins (the sheet (except the first placement contact hot fin 1 (the best heat dissipation effect according to this) The shape of the tube is created, so that the matching shape of the semi-arc of the base 3 is the same as that of the tube-shaped heat, and the tube fin 1 of the good close-packed conduit 2 is the same as the one shown in the selected or selected hole 1 1 and the lower through 1 11, because the hole 11 and the wear, so that the heat does not have four segments, so that the heat or a fruit. Design the heat pipe circular groove 31, so that the catheter 2, such as the ninth clamp assembly 2 1 a Figure plural), the lower end of the hole 1 1 , while the concentrated lower force of the forced catheter under the hot fin source can be peripheral, upper 2 Forming a map and a guide relative to the base, the plurality of sections are disposed at the front half of the arc slot 13, and the fourth, third, and fourth sections of the fourth fin are disposed in the middle of the local perforation 1 2, so the upper tube of the upper 3 of the heat pipe 3 can be perforated) downward pressing 1) and the base through the attached bottom of the cooling fan) a number of heat dissipation adjacent to the arrangement (please a section of the heat dissipation two fins fin mine Sheet 1 is shorter heat fin fins 1 part of the use of the tube will be forced, 3 square seat 3 • one way heat pipe to produce a section and ensure the integrity of the whole, thermal conduction direct transmission 1 system can refer to the eighth fin The film 1 is a homologous system with the first small one, and only has 1 system at the same time, and the upper and lower groups of the third segment are cooled to the second segment. The heat pipe 2 is obtained in the same manner as the conventional heat pipe 2 The circular pipe body 2 1 (as shown in the eighth figure) and the semi-arc groove 13 of the corresponding hot fin 1 are also formed on the two sides of the semicircle 3, and the molded piece 3 1 1 can be tightly folded and clamped. In order to obtain good thermal conductivity. As shown in the tenth figure, in order to make the heat pipe 2 have a more hot effect, it can also be thermoformed into a flat tube by shrinking the tube, and the base 3 and the loose flat groove 31 a and the concave concave notch groove can be formed. 13
第9頁 M284947 沒、創作說明（6) a ，以及相對 與成型片31 1 組合，且散熱 管體21 a呈良 基於相同 管2的管體21 與散熱鰭片1 形缺口槽1 3 b 圓形管體21 b 佳的密合包夾 I橢圓形熱導管 貼觸組合，使 率。 上述實施 其並非用以限 前項技術手段 技術範圍。 綜上所述 改良設計，其 實屬前所未見 式，能獲組裝 1故功效讀實， 祈 依法賜准 呈扁孔形的下貫 可加壓凹折而與 鰭片1的扁凹狀 好的貼觸。 設計，如第十一 b或可預先成型 分別設有相對應 ，以及相對呈橢 與成型片31 1 可 ，且散熱鰭片1 體21 b呈良好的 具有良好的導熱 穿孔12 a ，令扁形管體21 a 底座3形成極為密合的包夾 缺口槽13 a仍可與扁形熱導 圖與第十二圖所示，該熱導 為一橢圓形管，並使底座3 的半橢圓形槽31b及半橢圓 圓形的下貫穿孔12b ，令橢 加壓凹折而與底座3形成極 的半橢圓形缺口槽13b仍與 貼觸，藉此以獲更為緊密的 性’並提南整體的熱傳導效 例所揭，僅係本創作主要技術之例舉說明， 定本案技術範圍，舉凡涉及等效應用或基於 所為簡易變更或置換者，均應視為屬於本案 ，誠可見本創作所為具有「散熱器模組」之 整體組成形態於申請前並未見有相同應用， 之首創應用，且完全摒棄傳統的焊接組裝方 精簡及快速結合效果，並提升熱傳導效率， 符合新穎進步要件無訛，為此依法申請，懇 新型專利。實感德便。Page 9 M284947 No, creation description (6) a , and relative to the molded piece 31 1 , and the heat pipe body 21 a is based on the same tube 2 of the tube body 21 and the heat sink fin 1 shaped notch groove 1 3 b circle The shape of the tube body 21 b is a good close-packing I oval heat pipe contact combination to make the rate. The above implementation is not intended to limit the technical scope of the prior art. In summary, the improved design is actually unprecedented in appearance, and can be assembled and read. Therefore, it is better to apply the lower-period and press-fit concave fold in the shape of a flat hole and the flattened shape of the fin 1. The touch. The design, such as the eleventh b or the pre-formable respectively provided corresponding, and the relatively elliptical and molded piece 31 1 can be, and the heat-dissipating fin 1 body 21 b is good with good thermal conductive perforations 12 a , the flat tube The body 21 a is formed into a very close-packed notch groove 13 a. It can still be shown with a flat heat map and a twelfth figure, the heat guide is an elliptical tube, and the semi-elliptical groove 31b of the base 3 And a semi-elliptical circular lower through hole 12b, so that the semi-elliptical notch groove 13b, which is formed by folding the elliptical pressure and concavely formed with the base 3, is still in contact with it, thereby obtaining a more compact property and extracting the whole The heat transfer effect is only described as an example of the main technology of this creation. The technical scope of the case, which refers to the equivalent application or based on the simple change or replacement, should be regarded as belonging to the case. The overall composition of the "heatsink module" did not see the same application before the application, the first application, and completely abandon the traditional welding assembly side streamlined and quick combination effect, and improve the heat transfer efficiency, in line with the novel progress requirements, Apply the law, Ken model patents. Real sense of virtue.
第10頁 M284947 圖式簡單說明 【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。 第三圖係本創作熱導管與底座之組合示意圖。 第四圖係本創作熱導管與底座之另一組合示意圖。 第五圖係本創作熱導管與底座之又一組合示意圖。 第六圖係本創作加裝一風扇鎖框之分解立體圖。 第七圖係第六圖之組合立體圖。 第八圖係本創作之組合側面視圖。 第九圖係本創作使熱導管管體設成扁形管的另一實施 > 例分解立體圖。 第十圖係第九圖的組合斷面示意圖。 第十一圖係本創作使熱導管管體設成橢圓形管的又一 實施例分解立體圖。 第十二圖係第十一圖的組合斷面示意圖。 第十三圖係習知熱導管與習知底座之組裝前示意圖。Page 10 M284947 Simple description of the drawing [Simple description of the drawing] The first picture is a combined perspective view of the creation. The second picture is an exploded perspective view of the creation. The third figure is a schematic diagram of the combination of the heat pipe and the base. The fourth figure is a schematic diagram of another combination of the present heat pipe and the base. The fifth figure is a schematic diagram of another combination of the heat pipe and the base. The sixth figure is an exploded perspective view of the installation of a fan lock frame. The seventh figure is a combined perspective view of the sixth figure. The eighth picture is a combined side view of the creation. The ninth drawing is another embodiment of the present invention in which the heat pipe body is provided as a flat pipe. The tenth figure is a schematic sectional view of the ninth figure. The eleventh drawing is an exploded perspective view showing still another embodiment in which the heat pipe body is formed into an elliptical pipe. The twelfth figure is a schematic sectional view of the eleventh figure. The thirteenth figure is a schematic view of the assembly of the conventional heat pipe and the conventional base.
第11頁 M284947 圖式簡單說明 要 元 件 符 號 說 明 ] 1 散 熱 趙 片 2 熱導 管 3 底 座 11 上貫 穿孔 12 下 貝 穿 孔 13 半弧 槽 31 半 圓 槽 31 1 成型片 41 半 框 41 1 下支撐腳 32 搭 接 部 41 2 鎖孔 21 21 a 21 b 熱 導管管體 31 a 扁 凹槽 13 a 扁 凹 狀 缺 α 槽 31 b 半 橢圓形 13 b 半 擴 圓 形 缺 V 槽Page 11 M284947 Schematic description of the component symbol description] 1 Heat dissipation Zhao 2 Heat pipe 3 Base 11 Upper through hole 12 Lower hole perforation 13 Half arc groove 31 Semicircular groove 31 1 Molded piece 41 Half frame 41 1 Lower support foot 32 Lap portion 41 2 Keyhole 21 21 a 21 b Heat pipe body 31 a Flat groove 13 a Flat concave α groove 31 b Semi-elliptical 13 b Semi-expanded circular V-groove
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