1289424 九、發明說明： 【發明所屬之技術領域】 —本發明_賴裝置糊，_是有藝—種 定於一熱源上之導熱塊之固定結構。 …、鬼口 【先前技術】 熱導管(heat pipe)係以流體之雙相（潘知 ^ $熱，遞’使得熱導管具備優良的熱傳導係數 主機逐漸小型化設計，使得内部空間縮+，不利於月自 影響傳統氣冷式散熱器之運作，因此埶導管雁田二l=l通， ^之，散熱，直接將晶片運作時產生的熱量傳1用至^^内 卻機殼體側面開設之通風口，以將熱量_至外界处冷 應用熱導管之散熱裝置通常包含有三部分，1289424 IX. Description of the invention: [Technical field to which the invention pertains] - The present invention is a fixed structure of a thermally conductive block which is defined in a heat source. ..., Ghost [Previous Technology] The heat pipe is a two-phase fluid (Pan Zhi ^ $ heat, hand-made heat pipe with excellent heat transfer coefficient, the host is gradually miniaturized, making the internal space shrink +, unfavorable Since the month affects the operation of the traditional air-cooled radiator, the 埶 雁 雁 雁 二 l l l ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ 散热 散热 散热 散热 散热The vents are used to heat the heat to the outside world. The heat sink of the heat pipe usually contains three parts.
概鮮元，&US 以1因1加+ f式政熱益’該導熱塊亦需與-固定座匹配， 疋木夾持固定’以使該導熱塊穩固地抵貼於固定座中央 及成7的接觸熱傳關係。隨著不同的晶片設計 化if定觸職與婦方式也有不同的形態變 傲。的形纽、触關定座形g及婦方式做改 用熱導範圍限制於特定晶片及固定座形態，使得應 廠ί的二媒政…衣置必須配合固定座形式組裝生產，造成生產 Si t而使用者在應用這練熱裝置時，也容易發生選 上了μ …、法將所持有的散熱裝置安裝於欲冷卻的晶片之 進杆高導熱塊的熱傳導係數，導熱塊多以銅為材料 進仃切_製成，為了匹關定座，會使得導馳幾何形態變 1289424 d 熱塊加工過程必須經過多道切削加工程序，耗 產線觸植不_具及生 '、十刀^人，且鋁擠成型產品仍需要進一步 始能完成複雜的結構設計。 之固ΪΪΪ上^問題’本發明的主要目的在於提供一種導敎塊 晶片及散熱裝置固定座，簡化該=塊ί ’以降低繁雜加玉程序所耗費的成本。 結構述目的，本發明所揭露之—種導熱塊之固定 卜二/道 疋座互相結合，用以將一導熱塊抵壓於一埶源之 i係固/結構包含有一聯接板及-固定板。』接 上開1…、塊之上，具有一第一固定區，該第一故地區 开Μ :?二數個平行於該聯接板之扣片，該各扣片之前端彎折 二ΐ有疋位部。該固定板之下侧面形成一向上内凹之第二固 ί二11第一固定區上開設有複數個扣孔，該各扣孔係對應於 扣片二該各扣片可穿扣入該各扣孔，使該第一固定區聯接 二=二，定區，以結合該聯接版及該固定板，使該導熱塊固定 固定板之壓制區下方，藉由該該固定板與該固定座結合， 以將^導熱塊抵壓於該熱源之上，吸收該熱源所產生之熱量。 j i述之導熱塊係以複數個熱導管與一散熱單元連接，形成 一散，裝，，藉由該等熱導管進行熱傳遞，以將該熱源所產生 之熱畺由该導熱塊傳遞至該散熱單元，透過該散熱單元將熱量 溢散至外界環境中，以對該熱源進行冷卻散熱。 昨^發明之功效在於，將固定結構獨立於該導熱塊之外，以 簡化遠導熱塊之形態設計，以減少加工程序。此外，該固定板 進行調整變化後，即可使該導熱塊應用於不同的固定座及熱源 幵y式’不必為個別的固定座及熱源形態設計不同的導熱塊，增 Ϊ289424 加5亥導熱塊之適用性。且該導熱塊可輕易地與該固定板八 與不同的固定板結合，可使該導熱塊隨時移轉到不同形^ ’ 源上進行散熱冷卻作業。 、…、 有關本發明的特徵與實作，茲配合圖示作最佳實施 說明如下。 、』砰細 【實施方式】 本發明係將散熱裝置及固定結構分開設置，以簡化散熱壯 ，之結構變化，並可一體適用於不同形態的熱源及固定座、Fresh elements, & US with 1 due to 1 plus + f-style heat benefits 'The heat-conducting block also needs to be matched with the - fixing block, the coffin is clamped and fixed' so that the heat-conducting block firmly adheres to the center of the fixed seat and The contact heat transfer relationship of 7. With the different wafer design, if the touch and the way of women, there are different forms of arrogance. The shape of the button, the shape of the contact g and the way of changing the thermal conductivity are limited to the specific wafer and the fixed seat form, so that the second media of the factory must be assembled and produced in the form of a fixed seat, resulting in the production of Si. t, when the user applies the heating device, it is easy to occur the heat transfer coefficient of the high thermal conductivity block of the wafer to be cooled, and the heat conduction block is mostly copper. In order to make the material into the cutting and cutting, in order to fix the seat, the guiding geometry will be changed to 1289424 d. The hot block processing must go through multiple cutting processing procedures, and the consumption line will not touch the plant and the machine. ^Man, and aluminum extrusion products still need to further complete the complex structural design. The main object of the present invention is to provide a guide block wafer and a heat sink mount, which simplifies the = block ί' to reduce the cost of the complicated jade program. According to the structure, the fixing block of the heat conducting block disclosed in the present invention is combined with each other for pressing a heat conducting block against a source. The fixing structure comprises a connecting plate and a fixing plate. .上上上1..., above the block, has a first fixed area, the first area is opened: ? two of the buckles parallel to the connecting plate, the front ends of the buckles are bent The Ministry of Finance. The bottom surface of the fixing plate is formed with an upwardly concave second fixing member. The first fixing portion is provided with a plurality of fastening holes, and the fastening holes are corresponding to the fastening pieces. a fastening hole, the first fixing area is coupled to the second=two, the fixed area, to join the coupling plate and the fixing plate, so that the heat conducting block is fixed under the pressing area of the fixing plate, and the fixing plate is combined with the fixing seat And pressing the heat conducting block against the heat source to absorb the heat generated by the heat source. The heat conducting block is connected to a heat dissipating unit by a plurality of heat pipes to form a dispersion, heat transfer by the heat pipes, and the heat generated by the heat source is transferred from the heat transfer block to the heat transfer block. The heat dissipation unit transmits heat to the external environment through the heat dissipation unit to cool and dissipate the heat source. Yesterday, the effect of the invention was to separate the fixed structure from the heat conducting block to simplify the design of the far heat conducting block to reduce the processing procedure. In addition, after the fixing plate is adjusted and changed, the heat conducting block can be applied to different fixing bases and heat sources 幵 y type. It is not necessary to design different heat conducting blocks for individual fixing seats and heat source forms, and the 289424 plus 5 hai heat conducting block is added. Applicability. Moreover, the heat conducting block can be easily combined with the fixing plate eight and different fixing plates, so that the heat conducting block can be transferred to different shapes at any time for heat dissipation and cooling work. The features and implementations of the present invention are described below in conjunction with the drawings. [Embodiment] The present invention provides a heat dissipating device and a fixed structure separately, so as to simplify the heat dissipation and the structural change, and can be integrally applied to different forms of heat sources and fixing seats,
二在針對晶片及固定座形態改變散熱裝置之設計，僅需針對固 定結構加以變化。 ' —請參閱「第1圖」至「第3圖」所示，係為本發明第一較 佳實施例所提供之一種導熱塊之固定結構100，應用於一散^ 裝置200上，該散熱裝置2〇〇包含有： 、月…、 ^ ^ 一導熱塊210,係為一金屬製之矩形塊體，該導熱塊21〇 巧採用銅為材料經由切削成型所製成，亦可利用鋁為材料以擠 鑄成形製作，該導熱塊210上形成有複數個互相平行之容置^ 211 ’該各容置部211係凹設於該導熱塊210之上表面。 ^複數個熱導管（heat pipe) 220，内部具有工作流體以雙 相變化進行熱傳導，該各熱導管220之一端係分別容置該各容 置邛211中，並與該導熱塊21〇形成接觸熱傳關係。 ^ 政熱單元230，係由複數個散熱鰭片231所構成，該各 散熱鰭片231具有複數個對應於該各熱導管220之穿置孔 231a，該各熱導管22〇係穿置於該各穿置孔231a中，將該各 散熱鰭&片231串接於該熱導管220之另一端，使該散熱單元 230 ^该等熱導管220形成接觸熱傳關係。藉由該各熱導管220 連接^導熱塊210及該散熱單元230，以供該導熱塊210及該 散熱單元230之間進行熱交換。 、該導熱塊210係用以抵貼於一熱源31Q之上，藉以將該熱 源310所產生之熱量透過該導熱塊210傳遞至該散熱單元 7 1289424 30j，溢散至四n境中以冷卻該熱源31〇。該熱源3i〇可 ，一晶片，特別是高時脈及高電功率運作之中央處理器 „源31〇係位於一固定座32〇中央，以供該導熱塊 固疋。此外’該各熱導管22G可經由彎折變形，以將該 政熱早兀230配置於通風處，以利該熱源31〇之冷業。 壯罟4圖」至「第6圖」’為有效固定該散熱 =ί熱塊G，本發明第—較佳實施例係透過該固定 結構100與該固定座320結合，以有效_ 使該導熱塊21〇與源⑽達献好的_熱1: ㈣ίΓΐ固定結構_包含有—聯接板ug，固定於該導 …兔210之上’以及一固定板120，與該聯接板110互相結合， 於該固定座32g之上，藉以壓制該導熱塊 ^祕⑽之上。如此—來，該導熱塊21〇 之形,％便不而配δ _定座32G之固定式 的塊體形態’並-體適用於不同形態的晶片及固定座J:; 作流程。 該聯^板110上側面之中央形成 區m，該第-固定區m之二側分別形成二水平延伸弟部ιΐ2疋 位於該聯接板no之二侧，該二水平延伸部112分別^設有一 螺孔112a ’该導熱塊210上亦開設有互相對應之 以供^累絲门=，聯接板110鎖合固定‘導熱塊21〇 乂 上。该弟-固疋區111之前側緣形成—向前水平延 113 ’该突出部113之前端形成—向下延伸之標板114 該各熱導管220，末端係突伸於該導熱塊別 受 到碰撞而破裂’使該等熱導管22G失去作用，該突出部易^ 方及前側面遮權該各熱導管220之末端’ 聯_。之扣片 而一體成形於該聯接板110 1289424 亥各扣片U5之前端彎折形成一向下凸出之定位部115a。 以弟一固定區之中央具有二向上延伸之限位片116,該二 限位片Π6亦為沖製成型，而一體成形於該聯接板u〇之上。 該固定板120之下側面形成一向上内凹之第二固定區 ，其輪廓係與該聯接板11()之第一固定區1Π互相匹配。 該第二固定區121具有四個扣孔122，該各扣孔122係分別對 應於該各扣片115。該各扣孔122之一侧開設有一定位孔123, 與該各定位部H5a互相對應。該固定板120之第二固定區121 ，，具有一限位孔丨24，用以對應該聯接板丨丨〇之限位片丨16。 該第二固定區121之前、後側緣，分別具有一向上延伸之凸肋 125。將該一限位片ιΐβ對準該限位孔ία，並使該第一固定 區jll抵靠於該第二固定區121，略微前後移動該聯接板11〇, 使该各扣片115穿扣於該各扣孔122,使該第一固定區in聯 接於忒第二固定區121。該二限位片Ηβ與該限位孔124可限 制忒聯接板110前後滑移之距離，並作為組裝時之參考基準， 以利該各扣片115及該各扣孔122互相穿扣。該各扣片115 及該各扣孔122用以結合該聯接板no及該固定板12〇。此 外，该各扣片115前端之定位部115a可壓入該各定位孔123 t ’以避免該聯接板Π0相對於該固定板120滑動而造成脫 落。藉以使該導熱塊210固定於該固定板120下方，將該固定 板120結合於該固定座320上，該導熱塊210即可穩固地抵壓 於該熱源310之上。 為使該固定板120與該固定座320互相結合，該固定板 120之邊緣更具有二向外延伸之裝設片12β，該等裝設片126 之形態及尺寸可依據固定座320形態的改變加以調整變化，以 匹配該固定座320的夾持固定形式。該各裝設片126之外側邊 之中段，更分別形成有一凹口 126a。 請參閱「第7圖」所示，係為該固定板120與該固定座 320結合之示意圖，以將該導熱塊210抵壓於該熱源310之 1289424 上。該固定座320係為一框架321及一扣具322之組合，該熱 巧310係位於該固定座32〇之中央。將該固定板丨2〇置入該才匡 架>321之中，利用扣具322將該等裝設片126向下壓迫，即可 使:亥固定板120與該固定座320結合，並使該導熱塊21〇抵貼 於該熱源310之上進行散熱冷卻。 β請再簽閱「第8圖」所示，係為本發明之第二較佳實施例 所提供之另一種應用形態，係將本發明所提供之導埶塊之固定 結構⑽應用於另一種形態的固定座咖上，其中該固定座 330係為一矩形框架331及一扣具332之組合，該框架331具 f-中空區域，其相對之二側邊分別具有複數個相外突出卡扣 塊331a及一向上延伸之圓柱331b。該扣具3尥呈現長形片 狀，其前後端分別具有一卡扣部332a，該卡扣部332a上分別 形^有複數個扣孔332b。一熱源（圖未示），位於該固定座33〇 之中本。 將該聯接板11〇與該固定板12〇結合，使該導熱塊· 二疋於麵定板12〇下方，接著使該導熱塊21()抵貼於該熱 源，將該固定板120容置於該框架331巾，調整該固定板12〇 ft u使該二裝設片126之外側邊之凹口 126a分別與該二圓 4主s %對應，對該固定板120形成水平方向之限位效果。該 二息i，卡扣部332a可利用該各扣孔332b，與該框架331 加QQ^卡扣塊3313互相結合勾扣，使該扣具332固定於該框 木上方’並對該導熱塊210產生向下壓迫之彈性力，以固 21G並使該導熱塊210緊密地貼合於該熱源，形成 良好的接觸熱傳’以將熱經由熱導管220料至散熱鰭片231。 T再參閱「第9圖」所示，為本發明第三較佳實施例所提 么、之另一種應用形態，係將該導熱塊120以另一種形態之固定 固定於一熱源（圖未示）上，該固定座340係為一晶片Second, the design of the heat sink for the wafer and the mount is changed only for the fixed structure. </ RTI> </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The device 2 includes: a month, a ^ ^ a heat conducting block 210, which is a rectangular block made of metal. The heat conducting block 21 is made of copper as a material, and can also be made of aluminum. The material is formed by extrusion molding. The heat conducting block 210 is formed with a plurality of mutually parallel receiving portions 211 ′. The receiving portions 211 are recessed on the upper surface of the heat conducting block 210. a plurality of heat pipes 220 having internal working fluids for heat conduction in a two-phase change, one end of each of the heat pipes 220 accommodating the accommodating jaws 211 and contacting the heat conducting block 21 Heat transfer relationship. The heat-receiving unit 230 is composed of a plurality of heat-dissipating fins 231, and each of the heat-dissipating fins 231 has a plurality of through holes 231a corresponding to the heat pipes 220, and the heat pipes 22 are disposed on the heat-dissipating fins 231. In each of the through holes 231a, the heat dissipation fins and the film 231 are connected in series to the other end of the heat pipe 220, so that the heat dissipation unit 230 and the heat pipes 220 form a contact heat transfer relationship. The heat conducting block 210 and the heat dissipating unit 230 are connected by the heat pipes 220 for heat exchange between the heat conducting block 210 and the heat radiating unit 230. The heat conducting block 210 is used to abut against a heat source 31Q, so that the heat generated by the heat source 310 is transmitted to the heat dissipating unit 7 1289424 30j through the heat conducting block 210, and is dispersed into the environment to cool the The heat source is 31 〇. The heat source 3i, a wafer, in particular a high-clock and high-power operation central processing unit, the source 31 is located in the center of a fixed seat 32〇 for the heat-conducting block to be fixed. Further, the heat pipes 22G The heat can be deformed by bending to dispose the political heat 230 in the ventilating place to facilitate the cold business of the heat source 31. The strong picture 4 to the "figure 6" is effective to fix the heat dissipation = ί heat block G, the first preferred embodiment of the present invention is coupled to the fixing base 320 through the fixing structure 100 to effectively enable the heat conducting block 21 to be provided with the source (10). _Heat 1: (4) Γΐ Γΐ fixed structure _ includes - The connecting plate ug is fixed on the upper side of the rabbit 210 and a fixing plate 120, and the connecting plate 110 is coupled to the fixing plate 32g, thereby pressing the heat conducting block (10). In this way, the shape of the heat conducting block 21〇 is not matched with the fixed block form of the δ_station 32G. The body is suitable for different forms of the wafer and the holder J: The central portion of the upper side of the joint plate 110 forms a region m, and the two sides of the first fixed portion m are respectively formed with two horizontally extending portions ι 2 疋 2 疋 on the two sides of the gusset no, and the two horizontal extending portions 112 are respectively provided with a The screw holes 112a' are also respectively disposed on the heat conducting block 210 for the wire door to be fixed, and the connecting plate 110 is locked and fixed on the heat conducting block 21〇乂. The front edge of the ridge-solid region 111 is formed - a forward horizontal extension 113'. The front end of the protrusion 113 forms a downwardly extending target plate 114. The heat pipes 220 are protruded from the heat conduction block. The rupture 'dissipates the heat pipes 22G, and the protrusions and the front side obstruct the ends of the heat pipes 220. The buckle is integrally formed on the connecting plate 110 1289424. The front end of each of the fastening pieces U5 is bent to form a downwardly protruding positioning portion 115a. In the center of the fixed area of the younger brother, there are two upwardly extending limiting pieces 116, which are also punched and integrally formed on the connecting plate u. The lower side of the fixing plate 120 forms an upwardly concave second fixing area, and its contour is matched with the first fixing area 1Π of the coupling plate 11(). The second fixing area 121 has four fastening holes 122, and the fastening holes 122 respectively correspond to the fastening pieces 115. One positioning hole 123 is defined in one side of each of the fastening holes 122, and the positioning portions H5a correspond to each other. The second fixing area 121 of the fixing plate 120 has a limiting hole 24 for corresponding to the limiting piece 16 of the connecting plate. The front and rear side edges of the second fixing area 121 respectively have an upwardly extending rib 125. The limiting piece ιβ is aligned with the limiting hole ία, and the first fixing area j11 is abutted against the second fixing area 121, and the connecting plate 11〇 is slightly moved back and forth to make the buckles 115 pass through. The first fixing area in is coupled to the second fixing area 121 in the respective fastening holes 122. The two limiting pieces Ηβ and the limiting hole 124 can limit the distance between the gusset plate 110 and the backing plate 110, and serve as a reference for assembly, so that the buckle pieces 115 and the fastening holes 122 can be mutually engaged. Each of the buckles 115 and the fastening holes 122 are used to join the coupling plate no and the fixing plate 12A. In addition, the positioning portion 115a at the front end of each of the cleats 115 can be pressed into the positioning holes 123t' to prevent the gusset Π0 from sliding relative to the fixing plate 120 to cause detachment. Therefore, the heat conducting block 210 is fixed under the fixing plate 120, and the fixing plate 120 is coupled to the fixing base 320, and the heat conducting block 210 can be firmly pressed against the heat source 310. In order to bond the fixing plate 120 and the fixing base 320 to each other, the edge of the fixing plate 120 further has two outwardly extending mounting pieces 12β. The form and size of the mounting pieces 126 may be changed according to the shape of the fixing base 320. The change is adjusted to match the clamping and fixing form of the fixing base 320. A middle portion of the outer side of each of the mounting pieces 126 is further formed with a notch 126a. Referring to FIG. 7 , a schematic view of the fixing plate 120 combined with the fixing base 320 is used to press the heat conducting block 210 against the 1289424 of the heat source 310. The fixing base 320 is a combination of a frame 321 and a buckle 322, and the thermal 310 is located at the center of the fixing base 32〇. The fixing plate 丨2〇 is placed in the truss 321 and the mounting piece 126 is pressed downward by the buckle 322, so that the hai fixing plate 120 is combined with the fixing base 320, and The heat conducting block 21 is abutted against the heat source 310 for heat dissipation cooling. Please refer to "Figure 8" for another application form provided by the second preferred embodiment of the present invention. The fixing structure (10) of the guide block provided by the present invention is applied to another type. The fixing seat 330 is a combination of a rectangular frame 331 and a buckle 332. The frame 331 has an f-hollow region, and the opposite sides have a plurality of opposite protruding buckles respectively. Block 331a and an upwardly extending cylinder 331b. The clips 3 are formed in a long shape, and each of the front and rear ends has a latching portion 332a, and the latching portion 332a has a plurality of latching holes 332b. A heat source (not shown) is located in the fixed seat 33〇. The connecting plate 11〇 is coupled to the fixing plate 12〇, so that the heat conducting block is disposed under the facing plate 12〇, and then the heat conducting block 21() is abutted against the heat source, and the fixing plate 120 is received. In the frame 331, the fixing plate 12 〇ft u is adjusted so that the notches 126a on the outer sides of the two mounting pieces 126 respectively correspond to the main s % of the two circles 4, and the horizontal limit of the fixing plate 120 is formed. Bit effect. The latching portion 332a can be hooked to the frame 331 and the QQ ^ snap block 3313 by the hooking portion 332b to fix the clip 332 to the top of the frame wood and to the heat conducting block. The 210 generates an elastic force that is pressed downward to fix the 21G and closely adhere the heat conducting block 210 to the heat source to form a good contact heat transfer to feed heat to the heat dissipation fins 231 via the heat pipe 220. Referring to FIG. 9 again, in another application form of the third preferred embodiment of the present invention, the heat conducting block 120 is fixedly fixed to a heat source in another form (not shown). The holder 340 is a wafer
If i1及一扣具342之組合，該晶片插座341之周圍設有複 固’子應於該扣具342之卡扣塊34ia，該扣具342之型態大 1289424 ^實赠，峨板m 具342由熱塊210抵貼於該熱源之上，利用該扣 互相=迫，並與該各卡扣謂a 地抵貼於該熱If 1，固定該導熱塊21G，使其穩固 接孔116a，、Vi且少击，该一限位片116上更形成有二樞 柱_，該」樞;柱 具342樞接於聯接二插接孔’使該扣 祕之拘束，可發揮水平方向:限=位片』 相對於該熱源滑動而脫落。位作用，避免该導熱塊21〇 =ir之申請專：:界本定= 較佳實施例之分解立體圖； :圖 弟5及第6圖為本發明較佳實局1ST之分解圖及立 第7圖為本發明第_輕估者 坌β固★丄々 平乂1 土只細例之應用示意圖； ^ 8圖為本發日月第二較 第9圖為本發明第：妒社二：㈣應用不思圖，及 —車乂佳貫細例另一形態之應用示意 導熱塊之固定結構 聯接板 第一固定區 水平延伸部 螺孔 【主要元件符號說明】 100 110 111 112 112a 1289424 112b 螺絲 113 突出部 114 檔板 115 扣片 115a 定位部 116 限位片 116a 柩接孔 120 固定板 121 第二固定區 122 扣孔 123 定位孔 124 限位孔 125 凸肋 126 裝設片 126a 凹口 200 散熱裝置 210 導熱塊 211 容置部 212 穿孔 220 熱導管 230 散熱單元 231 散熱鰭片 231a 穿置孔 310 熱源 320 固定座 321 框架 322 扣具 330 固定座 331 框架 12 1289424If the combination of If i1 and a clip 342, the wafer socket 341 is provided with a fastening block 34ia that should be applied to the buckle 342. The type of the buckle 342 is 1289424. The heat-insulating block 21G is fixed to the heat source block 1 by the heat block 210, and is fixed to the heat source block 1 by the heat block 210, and is fixed to the heat source block 1 by the buckles. , Vi, and less hit, the limit piece 116 is further formed with two pivot posts _, the "pivot; the post 342 pivotally connected to the two plug holes" to restrain the seizure, can play horizontal: Limit = position piece 』 slides off relative to the heat source. In order to avoid the application of the heat-conducting block 21〇=ir:: Boundary view = the exploded perspective view of the preferred embodiment; Figure 5 and Figure 6 are the exploded view of the better embodiment of the present invention and the first Figure 7 is a schematic diagram of the application of the first example of the soil 为本β固★丄々平乂1 of the invention; ^8 is the second and the ninth figure of the present day and the month of the present invention: (4) Application does not think, and - 乂 乂 fine example Another application of the application of the heat-conducting block fixed structure gusset first fixed area horizontal extension screw hole [main component symbol description] 100 110 111 112 112a 1289424 112b screw 113 protruding portion 114 baffle 115 clasp 115a positioning portion 116 limiting piece 116a boring hole 120 fixing plate 121 second fixing area 122 button hole 123 positioning hole 124 limiting hole 125 rib 126 mounting piece 126a notch 200 heat dissipation Device 210 Thermal block 211 accommodating portion 212 Perforation 220 Heat pipe 230 Heat sink unit 231 Heat sink fin 231a Through hole 310 Heat source 320 Fixing seat 321 Frame 322 Buckle 330 Mounting seat 331 Frame 12 1289424
331a 331b 332 332a 332b 340 341 341a 342 342a 卡扣塊 圓柱 扣具 卡扣部 扣孔 固定座 晶片插座 卡扣塊 扣具 枢接柱331a 331b 332 332a 332b 340 341 341a 342 342a Snap block Cylindrical buckle Snaps Snap holes Fixing seat Chip socket Snap block Snaps Pivot column
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