M361152 五、新型說明： 【新型所屬之技術領域】 本創作提供-種插座連接器改良結構，尤其是指—種連接平面 柵格晶片模組插座連接器端子固定結構改良。 【先前技術】 平面柵格陣列(Land grid array)連接器—般與晶片模組封裝 連接至電路板上，這種插座連接器廣泛應用於各式電腦中，在電 腦主板上主要用來電性連接兩個相互分離的電子元件，實現兩者 間的數據和訊號傳輸。 目前平面栅格陣列插座連接器一般設有塑膠本體與導電端 子’導電端子-般採用其上的凸刺或凸塊以及塑膠本體端子槽内 的凹部相互干涉來蚊於塑膠本體内部，如第丨圖所示，為目曰前 業界平面栅格陣列插座賴器之導電端子3(M亥端子3〇具有主體 部31，於主體部31上部斜向上彎折對稱延伸設有彈性臂32以及 自主體部31下部垂直向前彎折的焊接部33，其巾於主體部兩 側前端面分設有干涉部扣，該干料叩於塑膠本體端子槽内對 應的凹部或壁面相干涉而將該軒％固定於瓣本體内，然而隨 ^產品的翻化發展㈣，產品的高度和端子之_距離都在進 佑小，使得收容端子的端子槽之間隔板塑膠厚度一再往下 降’若再採用干涉法來固定導電端子，干涉必定產生干涉應力作 ^而因連接平面栅格晶片模組的插座連接器塑膠本體布滿設有 山本的知子槽’因密集導電端子的累計必定誠生強大的破壞應 M361152 力，造成產品變形，從而造成產品的不良，另外因干涉固定導電 力而子在組裝時必定費力，效率較低。 因此，針對上述插座連接器技術缺陷以及不足之處，實有必 要作更進一步的改良設計，以克服上述缺陷。 【新型内容】 :本創作的主要目的在於提供一種插座連接器改良結構，通過 》導電端子與麵端子槽配合固定可消除應力破壞的—種插座連接 丨器結構改良’從阿解決上述端子_干涉法所存在的一系列的 問題。 ’' 、本創作的另—目的是提供—種插座連接时良結構，該插座 連接器其在導電端子組裝時省力、便捷，提高工作效率。 為了達成上述之目的，本創作解決問題技術方案是：本創作 係提供-種插座連接器改良結構，其主要包括有若干端子槽的座 丨^及容置於端子槽_若干導電端子，其巾導電端子具有一主體 邛，該主體部具有基部及基部兩側彎折的側壁，於主體部之基部 ’上頂邊緣向上設有卡位板，針位板背©設有卡塊；所述端子槽 内叹有卡塊抵靠的平台，於端子槽兩側壁面上向端子槽中央突設 位塊5亥限位塊底表面可抵接在導電端子側壁頂部上緣，防 止導電端子插入座體時過深，通過具有卡塊的卡位板、平臺及限 位塊將導電端子固定在端子槽内。 由上述可知，本創作具有以下明顯效果：本創作插座連接器 改良結構導電端子收容於座體端子槽内，卡塊座落接在平臺表面 4 M361152 上’相互間不會產生應力侧，限位塊防止導電端子插入端 内過深，通過具有卡塊的卡位板、平臺及限位塊將導電端子固二 在端子槽内，齡先前之導電端子與歸本體端子_定因干^ 產生破壞應力，避免鮮本體的變形，提高了產品的質量。另外v， 本創作導電端子組裝時省力，效率明顯提高。 為了使能更進-步瞭解本創作之特徵及實施結構，煩請來閱 以下有關本創作之詳細說明與附圖，對本創作進行詳加說二兒 【實施方式】 請參閱第2圖所示’為本創作具體實施例插錢接器改良結 構之導電端子10結構，該導電端子10具有主體部η，主體部u 包括有基部hi以及自基部U1向兩側彎折的兩側壁112，該基部 m上頂邊緣向上設有卡位才反14 ’所述卡位板14背面設有卡塊 ⑷，所边卡塊141呈三角形狀態並具有一底表面142，自兩侧壁 112末端向上分別延伸彈性臂12，所述彈性臂12向上延伸其收縮 口逐漸縮丨’在彈性们2頂端分別形成與對接CRJ的針腳電性 連接的傾斜夾持部HI,於主體部的某—侧臂m垂直向内延伸用 來焊接錫球15的焊接部13。 凊參閱第3圖所示，第3圖係為插座連接器100座體2〇收容 導電端子10，該座體2〇布滿密集設有若干端子槽2丨（圖中顯示部 刀結構），請參見第4、5圖所示，所述端子槽21貫通於座體2〇 上下表面，包括有狹槽22及寬槽23，自狹槽22底部向上突設有 平$ 221，其寬槽23自相對壁面向端子槽21中央突設有限位塊 M361152 231士’3亥限位塊231具有底表面232，在本創作中，底表面攻與 平至_ 1令而面有—種位置關系’其一為底表Φ 232與平臺221端 面在同平面上’導電端子10安裝於端子槽21時，導電端子1〇 卡，141底表面142座落接在平面⑵端面上，防止導電端子10 掉洛於端子槽2卜導電端子㈣m頂部邊緣側直接抵於限位塊 :底表面232上，防止導電端子10插入過深，導電端子1〇固定不 :以浮動，其―，底表面232與平臺221端面具有微小間隙落差， •使導電端子10安裝在端子槽2i固定後，焊接部u與錫球焊 接受力時可在微小間隙落差範圍浮動。 導電端子ίο安裝固定在座體2〇端子槽21内結構還需進一步 爹閱第5圖所不’並結合第6、7圖結構，狹槽與寬槽μ間具 有階梯面24，該階梯面24與限位塊231之間形成通道^，導電 端子10自端子槽21底部向上組装，卡位板14兩側端順通道25 導入卡塊Η1呈二角形狀態與端子槽U壁面干涉較小，卡塊底 »表面142座落接在平臺221上，防止導電端子㈣出端子槽21， .該導電端子10通過卡位板Μ與限位塊23旧成通道25以及卡位 1塊月面所。又的卡塊及端子槽平臺抵接達到端子固定，限位塊 141還防止^心子1〇插入端子槽21 0過深，導電端子固定结構 較為ft易，有效消除了先前技術結構因應力產生使產品變形不足 之處。 以上所述僅為本創作較麵舉之實關，其只是供說明本創 之結構’非意欲局限本創作之專利保護範圍内，本創作尚{有其 M361152 他的變化實施方式， ^ 凡疋運用本創作說明書及附圖内容所作等 變化’均應視爲本案權利要求的等同實施。 【圖式簡單說明】 第1圖爲習知插座連接器導電端子立體圖； 第2圖爲本創作插座連接器導電端子立體圖； ；第3圖爲本創作插座連接器導電端子與座體組合後立體圖； - 第4圖爲第3圖中圓圈Η位置的細部放大圖； 鲁 弟5圖為弟4圖在A-Α方向剖面示竟圖； 第ό圖為弟4圖在B-B方向剖面示意圖；及 第7圖為第4圖在C-C方向剖面示意圖。 【主要元件符號說明】 〔習知〕 30—導電端子 31〜主體部 32—彈性臂 33 \焊接部 311—干涉部 〔本創作〕 100—插座連接器改良結構 1〇〜導電端子 11 一主體部 11'基部 112—侧壁 12〜彈性臂 121 —夾持部 13〜焊轾部 14一"·Η立板 141〜卞扣 142—底表面 15〜锡崠 M361152 20 一座體 21 —端子槽 22—狹槽 221—平臺 23—寬槽 231 —限位塊 232—底表面 24—階梯面 25—通道M361152 V. New description: [New technical field] This creation provides a modified structure of the socket connector, especially the improved fixing structure of the terminal connector of the planar grid chip module socket connector. [Prior Art] A flat grid array connector is generally connected to a chip module package to a circuit board. The socket connector is widely used in various computers, and is mainly used for electrical connection on a computer motherboard. Two separate electronic components that enable data and signal transmission between the two. At present, the planar grid array socket connector is generally provided with a plastic body and a conductive terminal 'conductive terminal-likely using the spurs or bumps thereon and the recesses in the terminal groove of the plastic body interfere with each other to mosquito inside the plastic body, such as Dijon As shown in the figure, in order to witness the conductive terminal 3 of the front planar grid array socket device, the Mhai terminal 3 has a main body portion 31, and is elastically extended and symmetrically extended at an upper portion of the main body portion 31. The welding portion 33 of the lower portion of the lower portion of the portion of the main body portion is provided with an interference portion buckle, and the dry material is interposed between the corresponding concave portion or the wall surface of the plastic body terminal groove. % is fixed in the valve body, but with the development of the product (4), the height of the product and the distance of the terminal are small, so that the thickness of the separator between the terminal slots of the receiving terminal is lowered again and again. In order to fix the conductive terminals, the interference must be generated by the interference, and the plastic body of the socket connector connected to the planar grid chip module is covered with the scorpion slot of Yamamoto's due to the dense conductive terminals. The strong destruction of Chengsheng should be caused by the M361152 force, which causes the product to be deformed, resulting in poor product. In addition, due to interference with the fixed conductive force, the assembly must be laborious and inefficient. Therefore, the technical defects and shortcomings of the above socket connector are At this point, it is necessary to make further improvements to overcome the above defects. [New content]: The main purpose of this creation is to provide a modified structure of the socket connector, which can eliminate stress damage by the matching of the conductive terminal and the surface terminal slot. The improvement of the socket-connector structure has solved a series of problems in the above-mentioned terminal_interference method. '' The other purpose of this creation is to provide a good structure when the socket is connected, and the socket connector In the assembly of the conductive terminals, it is labor-saving, convenient, and improves work efficiency. In order to achieve the above-mentioned purpose, the technical solution of the present problem solving problem is that the present invention provides an improved structure of a socket connector, which mainly includes a seat with a plurality of terminal slots. And the capacitor is placed in the terminal slot _ a plurality of conductive terminals, and the towel conductive terminal has a main body 邛The main body portion has a base portion and a side wall bent on both sides of the base portion, and a latching plate is arranged on the top edge of the base portion of the main body portion, and the pin plate back © is provided with a card block; The bottom platform of the terminal slot is protruded toward the center of the terminal slot. The bottom surface of the limiting block can abut the top edge of the sidewall of the conductive terminal to prevent the conductive terminal from being inserted too deep when the terminal is inserted. The card position plate, the platform and the limiting block of the block fix the conductive terminal in the terminal slot. As can be seen from the above, the present invention has the following obvious effects: the improved structure of the creative socket connector is received in the terminal terminal slot, the block The seat is connected to the surface of the platform 4 M361152. 'The stress side is not generated between each other. The limit block prevents the insertion of the conductive terminal from being too deep. The conductive terminal is fixed by the clamping plate, the platform and the limiting block with the clamping block. In the terminal slot, the previous conductive terminal and the main body terminal _ determinate dry ^ generate destructive stress, avoid deformation of the fresh body, and improve the quality of the product. In addition, v, the creative conductive terminal of this creation is labor-saving and the efficiency is obviously improved. In order to enable us to further understand the characteristics and implementation structure of this creation, please read the following detailed description and drawings of this creation, and elaborate on the creation of the creation [Embodiment] Please refer to Figure 2 The conductive terminal 10 has a main body portion η, and the main body portion u includes a base portion hi and two side walls 112 bent from the base portion U1 to both sides, the base portion is a structure of the conductive terminal 10 of the modified structure of the present invention. The top edge of the m top is provided with a card position to be reversed 14'. The card board 14 is provided with a card block (4) on the back side thereof, and the side card block 141 has a triangular shape and has a bottom surface 142 extending from the ends of the two side walls 112 respectively. The elastic arm 12, the elastic arm 12 extends upwardly and the contraction opening thereof gradually shrinks. The top end of the elastic member 2 respectively forms an inclined clamping portion HI electrically connected with the stitch of the butt CRJ, and the side arm m of the main body portion is vertical. The welded portion 13 for soldering the solder ball 15 is extended inward. Referring to FIG. 3, FIG. 3 is a socket connector 100 body 2 accommodating a conductive terminal 10, and the base body 2 is densely provided with a plurality of terminal slots 2 (the blade structure is shown in the figure). Referring to FIGS. 4 and 5, the terminal slot 21 extends through the upper and lower surfaces of the base 2, and includes a slot 22 and a wide slot 23. A flat slot is formed from the bottom of the slot 22, and the slot is wide. 23 from the opposite wall facing the center of the terminal slot 21, a limiting block M361152 is protruded. The 231' '3H limit block 231 has a bottom surface 232. In the present creation, the bottom surface is attacked to a level of _ 1 and has a positional relationship 'The first one is the bottom surface Φ 232 and the end surface of the platform 221 are on the same plane.' When the conductive terminal 10 is mounted on the terminal slot 21, the conductive terminal 1 is clamped, and the bottom surface 142 of the 141 is seated on the end surface of the plane (2) to prevent the conductive terminal 10 Dropped on the terminal slot 2, the conductive terminal (4) m, the top edge side directly abuts the limiting block: the bottom surface 232 prevents the conductive terminal 10 from being inserted too deeply, and the conductive terminal 1〇 is not fixed: to float, the bottom surface 232 and The end surface of the platform 221 has a small gap drop, and the conductive terminal 10 is mounted after the terminal slot 2i is fixed. U tin welded portion can float ball slight clearance gap range acceptable bonding force. The structure of the conductive terminal ίο is fixed in the terminal body 2, and the structure of the terminal slot 21 is further referred to in FIG. 5 and combined with the structure of FIGS. 6 and 7. The stepped surface 24 is formed between the slot and the wide slot μ. A channel ^ is formed between the limiting block 231, and the conductive terminal 10 is assembled upward from the bottom of the terminal slot 21. The two ends of the latching plate 14 are introduced into the card block 顺1 in a two-corner state and have less interference with the wall surface of the terminal slot U. The bottom of the card body » the surface 142 is seated on the platform 221 to prevent the conductive terminal (4) from exiting the terminal slot 21, and the conductive terminal 10 is formed into the channel 25 and the card slot 1 through the latching plate Μ and the limiting block 23 . The block and the terminal slot platform abut the terminal to be fixed, and the limiting block 141 prevents the core 1〇 from being inserted into the terminal slot 21 0 too deep, and the conductive terminal fixing structure is relatively easy, effectively eliminating the prior art structure due to stress generation. Insufficient product deformation. The above is only a practical basis for this creation. It is only for the purpose of explaining the structure of this creation. It is not intended to limit the scope of patent protection of this creation. This creation still has its M361152 implementation method of change, ^ Fan Changes such as the use of this written description and the contents of the drawings shall be considered as equivalents of the claims in this application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a conductive terminal of a conventional socket connector; Fig. 2 is a perspective view of a conductive terminal of a socket connector; Fig. 3 is a perspective view of a combination of a conductive terminal and a seat of the socket connector - Figure 4 is an enlarged view of the detail of the circle Η position in Figure 3; Lu Di 5 is a diagram of the brother 4 in the A-Α direction; the second diagram is a cross-sectional view of the BB in the BB direction; Figure 7 is a schematic cross-sectional view of the fourth figure in the CC direction. [Explanation of main component symbols] [Conventional] 30 - Conductive terminal 31 - Main body portion 32 - Elastic arm 33 \Welding portion 311 - Interference portion [This creation] 100 - Receptacle connector improved structure 1 〇 ~ Conductive terminal 11 A main body portion 11' base portion 112 - side wall 12 - elastic arm 121 - clamping portion 13 - soldering portion 14 - " Η 板 141 卞 卞 142 142 - bottom surface 15 ~ tin 崠 M361152 20 body 21 - terminal slot 22 - slot 221 - platform 23 - wide slot 231 - stop block 232 - bottom surface 24 - step surface 25 - channel