M419275 __— I 1卯年07月1日替換頁 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種插座連接器，尤其涉及一種用以支撐晶片模組的 插座連接器。 【先前技術】 現有晶片模組是通過插座連接器電性連接於印刷電路板上，其结 構一般包括基座、谷設於基座中的導電端子、滑動設於基座上方的蓋 體及設於基座和蓋體之間的驅動裝置，基座設有可電性連接至電路板 的連接面以及相對設於基座另一側用以承接蓋體的安裝面，蓋體通過 扣合裝置與基座配合，並可滑動於基座的上方。驅動裝置用以驅動蓋 體滑動進而使得晶片模組上的陣腳與基座中的端子從斷開狀態變為電 性連接狀態。 惟，該等結構的電連接器通過蓋體的頂面直接支撐晶片模組，使 得晶片模組與電連接器之間電性連接的平整度不易保持。 【新型内容】 本創作之目的是提供一種可保持晶片模組電性連接平整度的插座 連接器。 為達成此目的，本創作插座連接器，包括裝設有端子的基座、滑 動設於基座的蓋體及設於基座和蓋體之間的驅動裝置，所述基座設有 安裝面’所述蓋體具有相對設置的承接面及與所述基座的安裝面相配 合的接觸面，所述基座形成有朝向蓋體延伸的支撐部，所述支撐部具 有支撑面’歧撐®與蓋體承接φ平行且秘於所錢體的承接面。 4 100年07月替換頁 進-步地，所述支撐部包括自基座邊緣向上 所述第一支撐部包括第一支撐面。 進-步地，所述基座和蓋趙中間分別設有可相互貫通的開口所 述支樓部桃括形成於所·α至少-邊的第二支撐部，該第二支標 部包括第二支撐面。 進一步地，所述第二支撐面與所述第一支撐面共面。 進-步地，所述蓋體還包括「L」形的鎖扣結構，該鎖扣結構與第 一支撐部相互配合，用以卡扣所述蓋體與基座。 進一步地，所述鎖扣結構及與該鎖扣結構配合的第一支撐部分別 形成有導引坡面，用以導引該鎖扣結構與所述第一支撐部配合。 進一步地，所述基座兩側向内凹陷形成手持部。 進一步地’所述手持部形成於兩支撐部之間。 與先前技術相比，本創作的有益效果是：增大晶片模組與插座連 接器典型連接的平整度。 【實施方式】 請參照第一圖至第三圖所示，分別為本創作插座連接器的立體分 解示意圖、立體組合示意圖及側視圖，其包括設有導電端子9的基座 10，可滑動設於基座10上方的蓋體20及收容於基座1〇和蓋體2〇之 間的驅動裝置30。 基座10由絕緣材料所製成’其包括大致呈矩形平板狀的基體u， 基體11設有複數貫穿基體u且呈矩形排列彼此分離的導電端子收容孔 12，導電端子收容孔12用於收容相對應數目之導電端子。基座1〇的 」^07月、曰替換頁 邊緣向上凸伸有用以支撐晶片模組40的第—支 13包括第一支樓面13卜基座10的基體u兩側向内凹陷形成手二 14，該手持部14位於相鄰兩第一支撐部13之間。基座1〇於基體u 一側還設有座孔15，用來收容驅動裝置30對應之部分。 蓋體20用於承載電腦之晶片模組40，其包括與基座1〇之基體^ 形狀大致侧之基部21，基部21在與基座1G之導f端子收容孔12相 對應之位置設有複數通孔22，用於收容晶片模組之導電插腳（圖中未 標示），蓋體20的基部21兩側向下凸伸有「L」形的鎖扣結構％，該 鎖扣結構24與第-支卿13相互配合，肋扣合蓋體2()和基座^ 蓋體20兩側分別向内凹陷成手持部23，該手持部23位於兩鎖扣結構 24之間並與手持部14位置對應，藉以方便使用者取置晶級组。蓋體 20 -側還設有與基體U座孔15相對應的收容蓋孔25，用來收容驅動 裝置30。 當蓋體20與基座10組裝時’蓋體2〇通過設置兩側的鎖扣結㈣ 與基座H)兩觸應的第—挪卩13相互配合，使得蓋㈣與基座⑴ 9收容孔12相互 從而完成各部分 對應組合。蓋體2〇的通孔22與基座1〇的導電端子 對應。驅動裝置30則組裝至座孔15和收容蓋孔25 , 的組裝。 在本實施例中’第一支撺部13包括用以抵靠鎖扣結構Μ —端的 阻擋部！32、用以與鎖扣結㈣另一端扣合的％形扣合㈣，阻 擋部132和扣合部133之間形成有可供鎖扣結構24進人的開口（圖未 示），鎖扣結搆24及與該鎖扣結構24配合的「L」形扣合部丨33分別 M419275 形成有導引坡面m，導引坡面m用以導 阻擋部132、扣合部133以·扣結構24構成的扣合機構於基體^兩 側分另_設有.級朗，補料的扣纽構㈣限於在基 體11每側設有兩組，也可以在基體u每側設有—組或大於兩組，本創 作也可以不設置阻播部132。 基座K)和蓋體20 "分概有可相互貫通的矩祠口 ％和％， 開口 16邊緣向上凸伸有用以支撑晶片模組4() —包咏伽71你支細與第:二 在同-平面内。第二支撐部17設置於開口 16的兩側邊，其沿蓋體2〇 相對基座H)滑動方向的長度小於開σ 26沿滑動方向的長度。 基座ίο設有用以承載蓋體20的安裝面18，蓋體2〇具有相對設置 的承接面27及與基座10安裝面18相配合的接觸面（圖未示 > 在本M419275 __— I Replacement Page 1 July 1st, V. New Description: [New Technology Field] This creation relates to a socket connector, and more particularly to a socket connector for supporting a wafer module. [Prior Art] The existing chip module is electrically connected to the printed circuit board through the socket connector, and the structure generally includes a base, a conductive terminal disposed in the base, and a cover body and a sliding cover disposed above the base. a driving device between the base and the cover body, the base is provided with a connecting surface electrically connected to the circuit board, and a mounting surface opposite to the other side of the base for receiving the cover body, and the cover body passes through the fastening device Fits to the base and slides over the base. The driving device is configured to drive the cover to slide so that the pins on the wafer module and the terminals in the base are changed from the disconnected state to the electrically connected state. However, the electrical connectors of the structures directly support the chip module through the top surface of the cover, so that the flatness of the electrical connection between the chip module and the electrical connector is not easily maintained. [New Content] The purpose of this creation is to provide a socket connector that maintains the flatness of the electrical connection of the wafer module. In order to achieve the above, the present invention provides a socket connector comprising a base provided with a terminal, a cover body slidably disposed on the base, and a driving device disposed between the base and the cover body, wherein the base is provided with a mounting surface The cover body has an oppositely disposed receiving surface and a contact surface matching the mounting surface of the base, the base being formed with a support portion extending toward the cover body, the support portion having a support surface It is parallel to the cover and is secreted to the receiving surface of the body. 4100 July 2007 Replacement page Further, the support portion includes the first support portion including the first support surface from the base edge. Further, the base and the cover are respectively provided with openings that can penetrate each other, and the branch portion is formed with a second support portion formed at least at the side of the α, the second support portion includes Two support surfaces. Further, the second support surface is coplanar with the first support surface. Further, the cover further includes an "L"-shaped latch structure, and the latch structure cooperates with the first support portion for latching the cover and the base. Further, the locking structure and the first supporting portion that cooperates with the locking structure are respectively formed with guiding slopes for guiding the locking structure to cooperate with the first supporting portion. Further, the base is recessed inwardly to form a hand-held portion. Further, the hand portion is formed between the two support portions. The benefit of this creation is that it increases the flatness of the typical connection of the wafer module to the socket connector compared to the prior art. [Embodiment] Please refer to the first to third figures, which are respectively an exploded perspective view, a three-dimensional assembled schematic view and a side view of the creative socket connector, which includes a base 10 provided with a conductive terminal 9, which is slidably The cover body 20 above the base 10 and the driving device 30 housed between the base 1 and the cover 2 . The base 10 is made of an insulating material. The base body 11 includes a base body u having a substantially rectangular flat shape. The base body 11 is provided with a plurality of conductive terminal receiving holes 12 penetrating the base body u and separated from each other in a rectangular shape. The conductive terminal receiving holes 12 are for receiving. Corresponding number of conductive terminals. The first leg 13 of the pedestal 1 月 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 支撑 支撑 支撑 支撑 曰 曰 曰 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第The hand 14 is located between the adjacent two first support portions 13. The base 1 is further provided with a seat hole 15 on the side of the base u for receiving a corresponding portion of the driving device 30. The cover body 20 is configured to carry a computer chip module 40, and includes a base portion 21 substantially on the side of the base body of the base 1 , and the base portion 21 is disposed at a position corresponding to the guide f-terminal receiving hole 12 of the base 1G. The plurality of through holes 22 are used for receiving the conductive pins of the chip module (not shown), and the base portion 21 of the cover 20 protrudes downwardly with an "L"-shaped latch structure %, and the latch structure 24 and The first armor 13 cooperates with each other, and the rib fastener cover body 2 () and the base body 2 are respectively recessed inwardly into the hand-held portion 23, and the hand-held portion 23 is located between the two latch structures 24 and the hand-held portion The 14 position corresponds to facilitate the user to take the crystal level group. The cover body 20 - side is further provided with a receiving cover hole 25 corresponding to the base U seat hole 15 for accommodating the driving device 30. When the cover body 20 is assembled with the base 10, the cover body 2 相互 is matched by the two latching knots (four) and the base H), so that the cover (four) and the base (1) 9 are accommodated. The holes 12 thus complete the corresponding combination of the parts with each other. The through hole 22 of the cover 2b corresponds to the conductive terminal of the base 1〇. The driving device 30 is assembled to the assembly of the seat hole 15 and the receiving cover hole 25. In the present embodiment, the first branch portion 13 includes a blocking portion for abutting against the end of the latch structure! 32. The %-shaped snap-fit (4) for engaging with the other end of the latching knot (4), and an opening (not shown) for the latching structure 24 to be inserted between the blocking portion 132 and the engaging portion 133, the latch The structure 24 and the "L"-shaped engaging portion 丨 33 that cooperates with the latching structure 24 are respectively formed with a guiding slope m, and the guiding slope surface m is used for guiding the blocking portion 132 and the engaging portion 133 with the buckle structure. The fastening mechanism composed of 24 is separately provided on both sides of the base body, and the buckle structure (four) of the feeding is limited to two groups on each side of the base body 11, or may be provided on each side of the base body u or More than two groups, the creation portion may not be provided with the blocking portion 132. The base K) and the cover 20 " have a mutual mesh opening % and %, and the edge of the opening 16 protrudes upward to support the wafer module 4 () - the package 咏 71 71 The second is in the same plane. The second supporting portion 17 is provided on both side edges of the opening 16, and the length in the sliding direction of the cover 2's relative to the base H) is smaller than the length of the opening σ 26 in the sliding direction. The base ίο is provided with a mounting surface 18 for carrying the cover 20, and the cover 2 has an opposite receiving surface 27 and a contact surface matching the mounting surface 18 of the base 10 (not shown)
實施例中务找面131鄕二支撑面171所翻面高於承接面W 當晶片模組40安裝于蓋體20上方時，被第一支撐部13所支撐，由於 第-支標面m與第二支撐面171所在的面高於承接面27，使得晶月 模組40與承接面27之間形成有縫隙。在其他實施方式中，第一支撑 面⑶與第二支標面171所在面也可與承接面27共面，因此可共同承 接晶片模組40。 在蓋體20與基座10組裝後，蓋體2〇可相對基座ι〇滑動可使 得晶片模組40的針腳（圖未示）與導電端子9從斷開位置進入接觸位 置’同時’第-支撐部13和第二讀部可以對的進行定位。 本創作之技術内容和技術特點已揭示如上，惟，熟悉本領域之技 7 M419275 I "~^ 100年07月1日替換頁 ,貞仍可能基於本創作之細及揭示進行種種*背離本創作精神之 t換和修飾。因此’本創作之保護範圍應錢於實施方式所揭示内容， ^包括各種不背離本創作之替換和修飾，均為本專利申請專利範圍所 【圖式簡單說明】 第一圖係本創作插座連接器之立體分解示意圖。 • 第二圖係本創作插座連接器之立體組合示意圖。 第三圖係本創作插座連接器之側視圖。 【主要元件符號說明】 10 基座 11 基體 12 導電端子收容孔 13第一支撐部 ^ 131 第一支撐面 132 阻擋部 133 扣合部 134 導引坡面 14 手持部 15 座孔 16 開口 17 第二支撐部 M419275 100年07月1日替換頁 171第二支撐面 18 安裝面 20 盖體 21 基部 22 通孔 23 手持部 24 鎖扣結構 25 收容蓋孔 26 開口 27 承接面 30 驅動裝置 40 晶片模組In the embodiment, the surface of the support surface 171 is higher than the receiving surface W. When the wafer module 40 is mounted on the cover 20, it is supported by the first support portion 13 due to the first-support surface m and The surface of the second supporting surface 171 is higher than the receiving surface 27, so that a gap is formed between the crystal module 40 and the receiving surface 27. In other embodiments, the faces of the first support surface (3) and the second support surface 171 can also be coplanar with the receiving surface 27, so that the wafer module 40 can be supported together. After the cover body 20 is assembled with the base 10, the cover body 2 can slide relative to the base ι to enable the pins (not shown) of the wafer module 40 and the conductive terminals 9 to enter the contact position from the disconnected position simultaneously. - The support portion 13 and the second read portion can be positioned in pairs. The technical content and technical features of this creation have been disclosed above, but, familiar with the technology in this field, 7 M419275 I "~^ 100 July 1st replacement page, 贞 may still be based on the details of the creation and disclosure of various * departure from this The t-change and modification of the creative spirit. Therefore, the scope of protection of this creation should be the content disclosed in the implementation method, including all kinds of substitutions and modifications that do not depart from the creation, which are the scope of patent application of this patent [the simple description of the drawing] The first picture is the connection of the creation socket The stereoscopic decomposition diagram of the device. • The second picture is a three-dimensional combination of the creation of the socket connector. The third figure is a side view of the present socket connector. [Main component symbol description] 10 base 11 base 12 conductive terminal receiving hole 13 first support portion 131 first support surface 132 blocking portion 133 fastening portion 134 guiding slope 14 hand portion 15 seat hole 16 opening 17 second Supporting part M419275 July 1st, 2007 Replacement page 171 Second support surface 18 Mounting surface 20 Cover body 21 Base 22 Through hole 23 Handheld part 24 Locking structure 25 Housing cover hole 26 Opening 27 Receiving surface 30 Drive unit 40 Chip module