M431462 五、新型說明： 【新型所屬之技術領域】 本創作涉及連翻領域技術，尤其細-觀構簡單 便的線對板電連接器組件。 【先前技術】 連接器是在電路喊阻斷處或孤立不通的電路之間 的橋樑，從而使電流流通，使電路實現預定的功能的器件。連 器是電子設射不可缺少的部件，順著電流流通的通路 = 會發現有一個或多個連接器。 ”〜 在近年來小型化的便攜用電子設備、例如數碼照相機或可 電話機、CD播放器或MD播放器等中，内置有電池，為了向戶： 電子設備中配備的PCB板提供該電池電源，許多 L “ 極小型、晶片尺寸封裝型的線對板連接器。 了 線對板連接器-般具有以下結構：包括安裝在從電池延伸的導 線端部的線端連接器、固定在PCB板上的板端連接器，利用該線 端連接器插接到板端連接器中，可實現可檇式電子裴置和pcf板 提供電池電源的連通或實現電腦主系統中内部電連接。 現有技述中有-種線對板電連接器，其板端連接器具有板端 本體，該板端本體限定了一插接槽和設置在板端本體上的數個板 端端子；其線端連接H具有線端本體，絲端本體容納有多個與 板端端子連接的線端端子，纽麟端連接H插拔於所述插接槽 中。所述板端連接器之板端本體的兩側壁設有至少兩個鎖扣結 構，該鎖扣結構在側壁向内凹縮設置，其在板端連接器的正面另 3 又叹有至少兩個鎖扣結構，以實現麟端連接器之線端本體兩側 壁的扣合。所述板端連魅之減本體的兩碰_成的鎖扣結 構在側壁向内凹縮設置，在兩個鎖扣結構間設有凸塊，該凸塊不 完全規則’底端帶植形狀；線端連接器的插接正崎設的鎖扣 結構内侧面設有多個卡合凸塊。 这種結構的板職電連接H，其不完全規則，底端帶有狐形狀 的凸塊使板端連接躲驗為娜，不册生產加卫；另外，此 連接器屬於超薄型，多個鎖扣結構設置使成型更為困難；再者， 其線端連接器外部形成有多個卡合凸塊，使整個連接ϋ外形不規 則’不美觀。 【新型内容】 · 有鑒於此，本創作針對現有技術存在之缺失，其主要目的是 提供-種電連接n組件，其結構簡單、成型加卫容易、從而克服 現有技術的不足。 為實現上述目的，本創作採用如下之技術方案： 一種電連接器組件’包括一用於固定在PCB板上的板端連接器 和一連接有導線的線端連接器，該板端連接器包括一設有插接槽 的板端本體和安裝在板端本體上的數個板端端子，該線端連接器 包括有一線端本體和安裝線端本體上的數個線端端子，該線端本 體插拔於板端本體的插接槽中，該板端端子對應與各線端端子連 接，該線端連接器之線端本體前端面設有沿插接方向延伸的第一 扣合凹槽，對應之板端連接器之板端本體上設有沿插接方向延伸 的第一扣合凸塊，該第一扣合凸塊嵌入到第一扣合凹槽中；並且， M431462M431462 V. New description: [New technical field] This creation involves the technology of continuous turning, especially the wire-to-board electrical connector assembly with simple and simple structure. [Prior Art] A connector is a bridge between a circuit shouting block or a circuit that is isolated, thereby allowing current to flow, enabling the circuit to perform a predetermined function. The connector is an indispensable component of the electronic installation. The path through the current flow = one or more connectors will be found. ～ In recent years, miniaturized portable electronic devices, such as digital cameras or telephones, CD players, and MD players, have built-in batteries, and the battery is supplied to the PCBs provided in the electronic devices. Many L" very small, chip size package type wire-to-board connectors. The wire-to-board connector generally has the following structure: a wire end connector mounted on the end of the wire extending from the battery, a board end connector fixed to the PCB board, and the wire end connector is inserted into the board end In the connector, the portable electronic device and the pcf board can be connected to provide battery power or internal electrical connection in the computer main system. In the prior art, there is a wire-to-board electrical connector, the plate end connector having a plate end body, the plate end body defining a plugging slot and a plurality of board end terminals disposed on the board end body; The end connection H has a wire end body, and the wire end body houses a plurality of wire end terminals connected to the board end terminals, and the Newlin end connection H is inserted into the insertion slot. The two side walls of the board end body of the board end connector are provided with at least two latching structures, and the latching structure is recessed inwardly in the side wall, and at least two sides of the board end connector are sighed at least two The locking structure is configured to achieve the fastening of the two side walls of the end body of the lining connector. The two ends of the body of the fascinating body are recessed inwardly in the side wall, and a bump is arranged between the two latching structures, the bump is not completely regular 'bottom end shape The plug of the wire end connector is provided with a plurality of engaging bumps on the inner side of the lock structure of the sakizaki. The structure of the board is electrically connected to H, which is not completely regular. The bottom end is provided with a fox-shaped bump to make the board end connect to the navy, and is not produced and cured. In addition, the connector is ultra-thin and multi-layer. The locking structure is made more difficult to form; furthermore, a plurality of engaging projections are formed on the outside of the wire end connector, so that the entire connecting port is irregularly 'unsightly'. [New content] · In view of this, this creation is aimed at the lack of the prior art, and its main purpose is to provide an electrical connection n component, which has a simple structure and easy shaping and maintenance, thereby overcoming the deficiencies of the prior art. In order to achieve the above object, the present invention adopts the following technical solution: An electrical connector assembly 'includes a board end connector for fixing on a PCB board and a line end connector to which a wire is connected, the board end connector includes a board end body provided with a plug slot and a plurality of board end terminals mounted on the board end body, the line end connector comprising a line end body and a plurality of line end terminals on the mounting line end body, the line end The body end is inserted into the insertion slot of the board end body, and the board end terminal is correspondingly connected to each line end terminal, and the front end surface of the line end body of the line end connector is provided with a first fastening groove extending in the plugging direction, a first fastening protrusion extending along the insertion direction is disposed on the board end body of the corresponding board end connector, and the first fastening protrusion is embedded in the first fastening groove; and, M431462
I 本體之兩侧面凹設有第二扣合凹槽，應之板端本體兩側 欣裝有金屬又片，該金屬又片上設有第二扣合凸塊，該第二扣合 凸塊扣於第二扣合凹槽中。 本到作與現有技術相比具有明顯的優點和有益效果具體而 言’由上述技術方案可知： 、通過在板端連接器之板端本體上取消了插賴兩侧設置 的第二扣合凸塊，取而代之將其設置在金屬又片上，金屬叉片衝 Φ壓成型後再組裝到板端本體兩側，降低整體零部件的複雜性，使 單個部件結構變得更簡單，有利於降低產品的加工難度，提高注 誠型in的成^優良率，並且使產品整職覺平整、形狀規則， 保產品的美觀性。 二、通過在第一扣合凹槽中設置導引斜面，使第一扣合凹槽與 第一扣合凸塊的配合更為貼合、緊密。 二、將绛端端子之夾口兩邊夾緊片設置成向外翻折邊結構，由 於夾口原本就很小，通過向外翻折彎以引導板端端子插入到該夾 • 口中’使板端端子與線端端子的連接更為容易。 四、通過線端端子上設置卡塊，該卡塊卡緊線端本體中，使線 端端子與線端本體的連接更為牢靠。 【實施方式】 請參照第1圖至第3圖所示’其顯示出了本創作之較佳實施例 的具體結構’該電連接器組件包括有板端連接器1〇〇和線端連接器 200，該板端連接器100固定在PCB板300上，該線端連接器2〇〇插 拔於板端連接器100中’以實現電信號的接通傳輸。 其中，如第3圖所示’該板端連接器100包括有板端本體丨〇、 5 M431462 攸裝在板端本體l〇上的數個板端端子2〇及金屬叉片3〇。該板端 本體10是絕緣材料製成，該板端端子20和金屬叉片30是導體材 料製成。 所述板端本體1〇包括一貼合在pCB板3〇〇上的底板U以及 自底板11的三個周沿向上延伸形成左侧板12、右侧板13、前侧 板14 ’該左側板12、右側板13、前侧板14及前述底板u圍合形 成有一大約呈長方形的插接槽15，該插接槽15為向上開口結構， φ 其大小與前述線端連接器200相適配，以使線端連接器200可以 自上而下插裝在該插接槽15中。 該底板11的前端開設有數個板端端子槽m，各板端端子槽 111與底板11的底面相通，每個板端端子槽m對應安裝一個板 端端子20’並且該板端端子槽ηι還向上延伸貫穿到前側板14的 頂面，在前侧板14上形成卡槽141 ,使板端端子槽U1形成F字 形狀。該左側板12和右側板13為彼此對稱結構，左侧板12和右 侧板13上均設有L字結構的嵌合凹槽16，該嵌合凹槽16與插接 鲁槽15的内壁面之間的塑膠下凹形成有凹部161，該凹部161配合 嵌合凹槽16用於安裝前述金屬叉片30。 如第4圖所示，該插接槽15的前端的前側板14内壁面兩側 凹設有限位槽17，該限位槽π自前侧板14的内壁面一直延伸貫 穿到底板11的背面。並且，該前侧板14與左側板12接合位置的 頂沿、以及前侧板14與右側板13接合位置的頂沿一體向外延伸 出有第一扣合凸塊18’該第一扣合凸塊】8位於限位槽17的上方。 結合第3圖和第4圖所示’所述金屬又片3〇有兩個，該兩金 屬又片30彼此左右對稱’兩金屬叉片30均包括一體成型的嵌合 M431462 P 31夾緊勾部32和焊腳部33，該欲合部31和焊腳部33插入 到前述板端本體ίο的嵌合凹槽16中，該夾緊勾部32掛於凹部ΐ6ι 中並夾緊凹部161的兩侧壁。本實施例中，該嵌合部31呈薄片狀, 嵌合部31的底端-體延伸有數個凸塊31卜用於咬緊在嵌合凹槽 16的底面，該炎緊勾部32是自鼓合部31的頂沿反向折彎延伸形 成’該嵌合部31的尾端折彎後向下延伸形成前述焊腳部％，該焊 腳部33穿過嵌合凹槽16，通過高溫錫膏固定到pcB板預設 •的插孔70中。除此之外，該炎緊勾部％設有一露出在插接槽Μ 中的第二扣合凸塊322，用於抵緊線端連接器2〇〇的兩侧。 如第3圖所示，所述數個板端端子2〇整齊地安裝在各自對應 的板端j子槽111中。各板端端子大致呈平板狀的F字結構了 具體而言’該板端端子20包括一體成型的接觸部21、固持部22 和，接部23。組裝時’該F字形裝的板端端子2()對應安裝到前述 F字形的板端端子槽m中，使接觸部21露出板端端子槽⑴外、 φ伸出在插接槽is中’該固持部a喪入到前侧板M的卡槽⑷ 烊接部23伸出到前側板14的外側面，通過高溫錫膏 板 300 上。 \ m3 如第2圖和第3圖所示 ...... ，尸7返踝端連接器200包括教 端本體40、插裝在該線端本體4〇中的數個線端端子％和連翻 該數個線端端子5G上隨條導⑽。其巾，雜 4 塑膠材料製成，該線端端子5〇是用導 疋佳 八體而& ’㈣參見第6圖和第7圖所示，該線端端子50盘平 板狀的板端端子20連接。各線端端子％包括依錢接的連接部 M431462 51、固持部52和夹緊部53，該連接部51用於與導線6〇連接，該 失緊部53用於夾緊板端端子20 (見第7圖）。本實施例中，該固 持部52的截面呈U字形結構，其包括底板521和自底板521兩侧 向上延伸出兩侧板522 ’該底板521的外侧凸設有卡塊523 (見第 3圖）。該夾緊部53包括自兩侧板522的前端面45 —體向前延伸 向内折彎形成兩夹緊片532，該兩失緊片532之間形成用於夾住板 端端子20的夾口 53卜且該夾緊片532的頭端向外翻折邊以引導 鲁板端端子20。 ▲如第8圖所示，所述線端本體4〇呈一長方體狀，線端本體4〇 ^設有數娜端端子槽4卜各線端端子槽41自線端本體4〇的後 端面-直延伸貫穿至前端面45，如圖3所示，針對前述線端端子 5〇上所設的卡塊523，於該線端本體4〇之頂面設有連通到線端端 子槽41中的扣孔42，各線端端子％從線端本體4〇的後方插入到 對應的線端端子槽41中，卡塊523對應卡緊在扣孔42中（見第2 瞻圖）。當該線端連接器200插接到板端連接器1〇〇中時，板端連接 器100上的板端端子20插入到線端端子槽41的前端，與線端端 子50抵接。 承上，該線端本體4〇之前端面45兩側設有第一扣合凹槽c， 該第-扣合凹槽43内具有—自前方向後上方傾斜的導引斜面 431 ’使第-扣合凹槽與第一扣合凸塊的配合更為貼合、緊密，且 限位槽17上方的第一扣合凸塊18擋在導引斜面43ι上（見第$ 圖）。針對前述板端連接^卿兩側金屬又片％上的第二扣合凸 塊322，該線端連接器200之線端本體40兩側面46設有第二扣人 8 M431462 四槽44 ’當線端連接器200滑入到插接槽15中與板端連接器ι〇〇 連接時’該第一扣合凸塊322扣合在第二扣合凹槽44中。. 本創作的組裝的使用可以按以下方式進行： 步驟一，將各板端端子20從底部向上整齊地屋裝到板端本體 10所設的板端端子槽111中。 步驟一，將兩金屬叉片30對應按壓進左側板12和右側板13 的嵌合凹槽16中，使第二扣合凸塊322露出在插接槽15中。 φ 步驟二，通過向溫錫嘗將板端端子20的焊接部23以及金屬 叉片30的焊腳部33·固定到PCB板300預設的插孔7〇中。 步驟四、將各導線6〇對應固定線端端子5〇的連接部51。 步驟五、將連接有導線60的線端端子5〇插入到線端本體4〇 的線端端子槽41中，使線端端子50之連接部51上的卡塊523扣 於線端本體40的扣孔42中。 步驟六、使組裝好的線端連接器200插入到板端連接器1〇〇 的插接槽15中，該線端連接器200之線端本體4〇前端兩侧的第 鲁一扣合凹槽43在導引斜面431的作用下對應滑入板端連接器 之板端本體10的限位槽17中，該限位槽π上方的第一扣合凸塊 18擋在第一扣合凹槽43的導引斜面431上；同時板端連接器100 之金屬叉片30上的第法國二扣合凸塊322扣合線端連接器2〇〇之 線端本體40兩側的第二扣合凹槽44中；此時，板端端子2〇的接 觸部21嵌入到線端連接器2〇〇之線端本體4〇的線端端子槽41前 端’被咬緊線端端子50頭部兩夾緊片532之間的夾口 531中，藉 此’實現板端連接器100與線端連接器2〇〇的電性連接。 本創作的重點在於： 9 M431462 一 7财板端之板端賴上取射插接槽兩側設置 ，第一扣3凸塊，取而代之將其設置在金屬又片上，金屬又片衝 麼成型後再組制板端本體兩側，降低整體零部件的複雜 單個部件結構變得更簡單，有·降低產品的加卫難度，提高注 塑成型出醜品優良率’並且使產品整職覺平整、形狀規則， 確保產品的美觀性。 、 二、通過在第-扣合凹槽中設置導引斜面，使第—扣合凹槽 與第一扣合凸塊的配合更為貼合、緊密。 三、 將線端端子之夾口兩邊夾緊片設置成向外翻折邊結構，由 於夾口原本·小，通過向外翻折·f以引導板端端子插入到該爽 口中，使板端端子與線端端子的連接更為容易。 四、 通過_端子上設置卡塊’針塊卡緊本體中，使線 端端子與線端本體的連接更為牢靠。 、 以上所述’僅是本創作的較佳實施例而已，並非對本創作的 技術細雜何關，故凡是雜本陳術實質對以上實施 例所作的任何細微修改、等同變化與修飾，均仍屬於本創作技術 方案的範圍内。 【圖式簡單說明】 第1圖是本創作之實施例的組裝立體示意圖，圖中板端連接器 固定在PCB板上； 。 第2圖是第1圖的分解結構示意圖； 第3圖是第2圖中各個組件的分解圖； 第4圖是本創作之實施例中板端連接器的立體結構示意圖； M431462 第5圖是本創作之實施例的截面示意圖； 第6圖是本創作之實施例中連接有導線的線端端子的放大示 意圖； 第7圖是第6圖之線端端子夾緊板端端子的狀態示意圖； 第8圖是本創作之實施例中線端本體的立體結構示意圖。 【主要元件符號說明】The second side of the body is recessed with a second fastening groove, and the metal plate is flanked on both sides of the plate body, and the metal is further provided with a second fastening protrusion, and the second fastening protrusion buckle In the second snap groove. Compared with the prior art, the present invention has obvious advantages and beneficial effects. Specifically, it can be known from the above technical solution: by removing the second fastening convex disposed on both sides of the board end body of the board end connector The block is instead placed on the metal piece, and the metal fork piece is stamped and then assembled to both sides of the plate end body, thereby reducing the complexity of the whole component, making the structure of the single component simpler and reducing the product. The difficulty of processing increases the excellent rate of the injection-type in, and makes the product feel flat and regular in shape, ensuring the aesthetics of the product. 2. By providing a guiding slope in the first fastening groove, the first fastening groove and the first fastening protrusion are more closely fitted and compact. 2. Set the clamping piece on both sides of the clamping end of the terminal to the outwardly folded side structure. Since the clamping is originally small, the outer end of the clamping is bent to guide the end of the plate to be inserted into the clip. The connection of the terminal and the terminal is easier. 4. The card block is arranged on the wire end terminal, and the card block is clamped in the wire end body to make the connection between the wire end terminal and the wire end body more secure. [Embodiment] Please refer to FIGS. 1 to 3, which show the specific structure of the preferred embodiment of the present invention. The electrical connector assembly includes a board end connector 1 and a line end connector. 200, the board end connector 100 is fixed on the PCB board 300, and the line end connector 2 is inserted and removed in the board end connector 100 to realize the on transmission of the electrical signal. Wherein, as shown in FIG. 3, the board end connector 100 includes a board end body 丨〇, 5 M431462, a plurality of board end terminals 2 攸 mounted on the board end body 〇, and a metal yoke 3 〇. The board end body 10 is made of an insulating material, and the board end terminal 20 and the metal fork piece 30 are made of a conductor material. The board end body 1A includes a bottom plate U attached to the pCB board 3〇〇 and extends upward from the three peripheral edges of the bottom board 11 to form a left side panel 12, a right side panel 13, and a front side panel 14' The board 12, the right side board 13, the front side board 14, and the bottom board u are enclosed to form an approximately rectangular insertion slot 15, and the insertion slot 15 is an upward opening structure, and the size of the φ is compatible with the line end connector 200. The wire end connector 200 can be inserted into the insertion slot 15 from top to bottom. The front end of the bottom plate 11 is provided with a plurality of plate end terminal slots m, and each of the board end terminal slots 111 communicates with the bottom surface of the bottom plate 11. Each of the board end terminal slots m is correspondingly mounted with a board end terminal 20' and the board end terminal slot ηι is further The top surface of the front side plate 14 extends upward, and a card slot 141 is formed in the front side plate 14 to form the plate end terminal groove U1 in an F shape. The left side plate 12 and the right side plate 13 are symmetrically arranged with each other, and the left side plate 12 and the right side plate 13 are respectively provided with an L-shaped fitting groove 16 , and the fitting groove 16 and the insertion groove 15 are inside. The plastic recess between the walls is formed with a recess 161 that fits the fitting recess 16 for mounting the aforementioned metal fork 30. As shown in Fig. 4, a restriction groove 17 is recessed from both sides of the inner wall surface of the front side plate 14 at the front end of the insertion groove 15, and the restriction groove π extends from the inner wall surface of the front side plate 14 to the back surface of the bottom plate 11. Moreover, the top edge of the front side panel 14 and the left side panel 12 are joined together, and the top edge of the front side panel 14 and the right side panel 13 are integrally extended outwardly to have a first fastening protrusion 18'. The bump 8 is located above the limiting slot 17. In combination with Figures 3 and 4, there are two metal sheets 3, which are bilaterally symmetrical with each other. Both metal forks 30 include an integrally formed fitting M431462 P 31 clamping hook. a portion 32 and a solder leg portion 33 which are inserted into the fitting recess 16 of the board end body ίο, the grip hook portion 32 being hung in the recess ΐ6ι and clamping the recess 161 Two side walls. In this embodiment, the fitting portion 31 has a sheet shape, and the bottom end of the fitting portion 31 has a plurality of protrusions 31 for gripping on the bottom surface of the fitting groove 16, and the inflamed hook portion 32 is The top end of the engaging portion 31 extends along the reverse bend to form a 'the end of the fitting portion 31 is bent and then extends downward to form the aforementioned solder fillet portion %. The solder fillet portion 33 passes through the fitting recess 16 and passes through The high temperature solder paste is fixed to the jack 70 of the pcB board preset. In addition, the inflamed hook portion % is provided with a second fastening projection 322 exposed in the insertion slot for abutting against both sides of the wire end connector 2 . As shown in Fig. 3, the plurality of board end terminals 2 are neatly mounted in the respective board end j sub slots 111. Each of the plate end terminals has a substantially flat F-shaped structure. Specifically, the plate end terminal 20 includes an integrally formed contact portion 21, a holding portion 22, and a joint portion 23. When assembled, the F-shaped board terminal 2 () is mounted to the F-shaped board terminal slot m so that the contact portion 21 is exposed outside the board terminal slot (1) and φ is projected in the insertion slot is' The retaining portion a is slid into the card slot (4) of the front side panel M. The splicing portion 23 projects to the outer side surface of the front side panel 14 and passes through the high temperature solder paste plate 300. \ m3 As shown in Fig. 2 and Fig. 3, the corpse 7 back end connector 200 includes a teaching end body 40, and a plurality of line terminal terminals inserted in the line end body 4 % And turn on the several line terminal 5G with the strip guide (10). The towel is made of miscellaneous 4 plastic material, and the wire end terminal 5〇 is made of a guide body and & '(4) see Fig. 6 and Fig. 7, the wire end terminal 50 plate flat plate end The terminal 20 is connected. Each of the wire end terminals % includes a connection portion M431462 51, a holding portion 52 and a clamping portion 53 for connection with a wire 6A for clamping the plate end terminal 20 (see Figure 7). In this embodiment, the holding portion 52 has a U-shaped cross section, and includes a bottom plate 521 and two side plates 522 extending upward from both sides of the bottom plate 521. The outer side of the bottom plate 521 is convexly provided with a block 523 (see FIG. 3). ). The clamping portion 53 includes a front end surface 45 of the two side plates 522 extending forwardly and inwardly to form two clamping pieces 532, and a clamping clip for clamping the plate end terminal 20 is formed between the two depressing pieces 532. The mouth 53 and the head end of the clamping piece 532 are folded outward to guide the end terminal 20. ▲ As shown in FIG. 8 , the wire end body 4 〇 has a rectangular parallelepiped shape, and the wire end body 4 〇 ^ is provided with a number of terminal end slots 4 and a wire end terminal groove 41 from the rear end surface of the wire end body 4 - - straight And extending to the front end surface 45, as shown in FIG. 3, for the card block 523 provided on the line end terminal 5, the top surface of the line end body 4 is provided with a buckle connected to the line end terminal slot 41. The hole 42 is inserted into the corresponding line end terminal slot 41 from the rear of the line end body 4A, and the block 523 is correspondingly clamped in the button hole 42 (see the second drawing). When the wire end connector 200 is inserted into the board end connector 1A, the board end terminal 20 on the board end connector 100 is inserted into the front end of the line end terminal slot 41 to abut against the line end terminal 50. A first fastening groove c is disposed on both sides of the front end surface 45 of the wire end body 4, and the first fastening groove 43 has a guiding slope 431 ′ which is inclined from the front to the rear and the first buckle. The fitting groove is more closely fitted and tightly fitted with the first engaging projection, and the first engaging projection 18 above the limiting groove 17 is blocked on the guiding inclined surface 43 (see Fig. $). The second fastening tab 322 of the wire end body 40 of the wire end connector 200 is provided with a second buckle 8 M431462 four slots 44 ' When the wire end connector 200 is slid into the insertion slot 15 and connected to the board end connector ι, the first fastening protrusion 322 is fastened in the second fastening groove 44. The use of the assembly of the present creation can be carried out in the following manner: Step one, the respective board end terminals 20 are neatly mounted from the bottom up to the board end terminal slots 111 provided in the board end body 10. In step 1, the two metal forks 30 are correspondingly pressed into the fitting recesses 16 of the left side panel 12 and the right side panel 13, so that the second fastening projections 322 are exposed in the insertion slots 15. φ Step 2, by soldering the solder portion 23 of the board terminal 20 and the solder leg portion 33 of the metal tab 30 to the predetermined socket 7 of the PCB board 300. Step 4: Each of the wires 6A corresponds to the connecting portion 51 of the fixed wire end terminal 5〇. Step 5: Insert the wire end terminal 5〇 to which the wire 60 is connected, into the wire end terminal groove 41 of the wire end body 4〇, and fasten the block 523 on the connecting portion 51 of the wire end terminal 50 to the wire end body 40. In the buttonhole 42. Step 6. Insert the assembled wire end connector 200 into the insertion slot 15 of the board end connector 1 , and the line end body 4 of the line end connector 200 has a second fastening recess on both sides of the front end. The slot 43 is correspondingly inserted into the limiting slot 17 of the board end body 10 of the board end connector under the action of the guiding slope 431. The first latching protrusion 18 above the limiting slot π is blocked in the first engaging recess. The guiding bevel 431 of the slot 43; at the same time, the second engaging buckle 322 on the metal fork 30 of the board end connector 100 is fastened to the second buckle on both sides of the line end body 40 of the line end connector 2 In the recess 44; at this time, the contact portion 21 of the board terminal 2〇 is embedded in the front end of the line end terminal slot 41 of the line end body 2〇 of the line end connector 2' is bitten by the head end of the line terminal 50 In the nip 531 between the two clamping pieces 532, the electrical connection of the board end connector 100 to the line end connector 2 is realized by this. The focus of this creation is: 9 M431462 The board end of the 7th financial board is placed on both sides of the inserting slot, the first button is 3 bumps, and instead it is placed on the metal piece, and the metal piece is punched. Re-assembling the two sides of the board end body, reducing the complexity of the individual components of the overall component structure becomes simpler, reducing the difficulty of product reinforcement, improving the excellent rate of injection molding ugly products, and making the product feel flat and shape. To ensure the aesthetics of the product. Second, by providing a guiding slope in the first fastening groove, the first fastening groove and the first fastening projection are more closely fitted and compact. 3. The clamping piece on both sides of the clip of the wire end terminal is set to the outwardly folded side structure. Since the clamping mouth is originally small and small, the end of the plate end is inserted into the refreshing port by the outward folding. The connection of the terminals to the line terminals is easier. 4. Install the card block by the _ terminal. The pin block is clamped into the body to make the connection between the wire end terminal and the wire end body more secure. The above description is only a preferred embodiment of the present creation, and it is not a matter of skill in the creation of the present invention. Therefore, any minor modifications, equivalent changes and modifications made to the above embodiments in the essence of the hybrid script are still It belongs to the scope of this creative technical solution. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an assembled perspective view of an embodiment of the present invention, in which the board end connector is fixed on a PCB board; 2 is an exploded perspective view of FIG. 1; FIG. 3 is an exploded view of each component in FIG. 2; FIG. 4 is a perspective view showing a three-dimensional structure of the board-end connector in the embodiment of the present invention; A schematic cross-sectional view of an embodiment of the present invention; FIG. 6 is an enlarged schematic view of a wire end terminal to which a wire is connected in the embodiment of the present invention; and FIG. 7 is a schematic view showing a state of a terminal end of the wire end terminal clamping plate of FIG. 6; Fig. 8 is a perspective view showing the structure of the wire end body in the embodiment of the present invention. [Main component symbol description]
本創作： 100、板端連接器 10、板端本體 1Π、板端端子槽 13、右侧板 141、卡槽 16、 嵌合凹槽 17、 限位槽 20、板端端子 22、固持部 30、金屬叉片 311、凸塊 322、第二扣合凸塊 200、線端連接器 40、線端本體 42、扣孔 11、 底板 12、 左側板 14、 前側板 15、 插接槽 161、凹部 18、第一扣合凸塊 21、接觸部 23、焊接部 31、 嵌合部 32、 夾緊勾部 33、 焊腳部 41、線端端子槽 43、第一扣合凹槽 M431462 431、導引斜面 44、第二扣合凹槽 45、前端面 46、侧面 50、線端端子 51、連接部 52、固持部 521、底板 522側板 523、卡塊 53、夾緊部 531、夾口 532、夾緊片 60、導線 • 300、PCB 板 70、插孔 12The present invention: 100, the board end connector 10, the board end body 1 Π, the board end terminal slot 13, the right side board 141, the card slot 16, the fitting recess 17, the limiting slot 20, the board end terminal 22, the holding portion 30 , metal fork piece 311 , bump 322 , second fastening protrusion 200 , wire end connector 40 , wire end body 42 , button hole 11 , bottom plate 12 , left side plate 14 , front side plate 15 , insertion groove 161 , recessed portion 18. The first fastening projection 21, the contact portion 23, the welding portion 31, the fitting portion 32, the clamping hook portion 33, the solder tail portion 41, the wire end terminal groove 43, the first fastening groove M431462 431, and the guide The inclined surface 44, the second fastening groove 45, the front end surface 46, the side surface 50, the wire end terminal 51, the connecting portion 52, the holding portion 521, the bottom plate 522 side plate 523, the block 53, the clamping portion 531, the clip 532, Clamping piece 60, wire • 300, PCB board 70, jack 12