M399513 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種連接器，尤其涉及一種兩側設有鎖扣組件 的電連接器。 【先前技術】 按，請參閱第一圖及第二圖，一種習知的電連接器100’ 包括一絕緣本體10’、複數端子20’、兩分別裝設定位於絕緣 本體10’一側的穩固件30’及兩焊接件40’。絕緣本體10’上開 設有複數端子槽11’，絕緣本體10’前端兩側分別開設一固持 槽12’。複數端子20’插設於複數端子槽11’中，複數端子20’ 均具有可焊接到一電路板上的焊接腳21’。穩固件30’包括一 長板狀的固持部31’、一從固持部31’大致中部處的上端邊緣 向外再向下彎折延伸形成的卡塊32’、一從卡塊32’下端前側 緣向前延伸形成的延伸臂33’及一從延伸臂33’末端下邊緣向 内彎折延伸形成的基板34’，基板34’上開設有一開槽341’， 開槽341’外側槽緣向内延伸出兩彈條342’，開槽341’内側槽 緣繼續延伸形成兩滑槽343’。焊接件40’包括兩可焊接於電路 板上的焊接板41’及連接兩焊接板41’的卡部42’。 組裝時，穩固件30’的固持部31’固持於固持槽12’中，卡 塊32’抵頂於絕緣本體10’前端兩側處，穩固件30’可使電子卡 穩固插置於電連接器100’上而不左右移動，焊接件40’之卡部 42’從開槽341’中兩彈條342’之間彈性抵開兩彈條342’而卡入 滑槽343’中，且焊接件40’可在滑槽343’中上下左右移動，由 此焊接板41’焊接於電路板上後穩固件30’仍可在一定範圍内 移動或旋轉，如是結構可使兩焊接件40’之焊接板41’與複數 端子20’之焊接腳21’處於同一平面上，且避免在插拔電子卡 3 M399513 時因電連接器100’上翹而造成複數端子20’之焊接腳21’鬆動。 惟，習知的電連接器100’藉由彈條342’、滑槽343’及焊 接件40’之卡部42’的結構設計，以確保兩焊接件40’的焊接板 41’與複數端子20’的焊接腳21’共面，其結構複雜，不易製造。 【新型内容】 本創作之目的在於克服上述現有技術中的不足，提供一種 結構簡單、容易製造的電連接器。 為達成上述目的，本創作提供一種電連接器，包括一絕緣 本體、插設於該絕緣本體上的複數端子、分別設置於絕緣本體 兩側的夾持件及鎖扣組件。絕緣本體上開設有複數端子槽，絕 緣本體前表面兩側分別開設有一卡持槽及一位於卡持槽下方 的固定槽。兩夾持件卡持於卡持槽内。各鎖扣組件包括有一固 定件及一焊接件，所述固定件具有一固定部、一由固定部前側 緣向前延伸出的延伸部及由延伸部前端下側緣向内水平延伸 形成的基板，基板上開設有一前後向延伸的組裝槽以及兩個分 別與組裝槽連通的左右向延伸的活動槽，固定部卡持於固定槽 内；焊接件包括兩可焊接於電路板上的焊接板、兩焊接板相對 的一側緣中部分別向上彎折延伸出的連接板及水平連接於兩 連接板上邊緣的卡部，卡部豎直穿過組裝槽後水平位於基板上 方，連接板活動的卡持於活動槽内，基板在卡部與連接板圍成 的空間内有一上下方向的移動間隙。 如上所述，本創作電連接器以固定件和夾持件代替習知技 術中的穩固件，以分別達到固定和夾持的作用，再藉由固定件 之基板上的組裝槽及活動槽代替習知技術中基板上的彈條及 滑槽的結構。藉此，本創作電連接器之鎖扣組件能與端子達成 共面，且結構簡單，製造容易。 4 1^399513 【實施方式】 為詳細說明本創作之技術内容、構造特徵、所達成目的及 功效，以下茲舉例並配合圖式詳予說明。 請參閱第三圖及第四圖，本創作電連接器100包括一絕緣 本體10、複數第一端子20、複數第二端子30、分別組裝在絕 緣本體一側的夾持件5 0及鎖扣組件。所述鎖扣組件包括有一 固定件40及一焊接件60。 請參閱第四圖，絕緣本體10前表面上開設有一卡槽11， 用以插設電子卡（圖未示）。絕緣本體10前表面下部開設有複 數與卡槽11連通的第一端子槽12,絕緣本體10前表面上部 向後開設有複數與卡槽11連通的第二端子槽13,絕緣本體10 前表面於卡槽11兩側分別開設有一卡持槽14,且絕緣本體10 於每一卡持槽14下方内側開設有一固定槽15。 所述複數第一端子20插設於絕緣本體10上的複數第一端 子槽12内，所述複數第二端子30插設於絕緣本體10的複數 第二端子槽13内，複數第一端子20及複數第二端子30分別 具有一焊接腳21、31。 所述固定件40具有一長板狀的固定部4卜一由固定部41 上側緣前端向上延伸出的檔部42、一由固定部41前側緣向前 延伸後再向外彎折然後再向前延伸出的延伸部43及由延伸部 43前端下側緣向内水平延伸形成的基板44。基板44上開設有 一前後向延伸的組裝槽441以及兩個分別與組裝槽441兩端連 通的左右向延伸的活動槽442。 所述夾持件50用於夾持電子卡，其分別卡持於絕緣本體 10兩側的卡持槽14内。該夾持件50具有一長板狀的卡持部 51，卡持部51上端邊緣處向外再向下彎折延伸形成一卡片 5 M399513 52，卡持部51前端設有夾緊部53，夾緊部53可使電子卡穩 固插置於電連接H 1⑽上而不左右晃^卡持部5〗内側表面 中部凸設有-前後延伸的凸肋川，卡持部51下端邊緣開設 有-延伸至前端的開槽512’卡持部51下邊緣處向外側沖設 有-卡釣5丨3’卡片52別端邊緣向前延伸_長板狀的彈臂Μ卜 焊接件60包括兩可焊接於電路板上的焊接板61、兩焊接 板6i相對的-側緣中部分别向上f折延伸出的連接板⑽及水 平連接於兩連接板62上邊緣的卡部63。 請參閱第三圖至第五圖，本創作電連接器1〇〇組裝時，複 數第-端子2G及複數第二端子％的焊接腳2卜31焊接於一 電路板上。夹持件5G之卡持部51後端卡持於卡持槽14内， 且藉由凸肋511及卡鉤513從内外兩側加強其卡持力。卡片 52後端緣抵頂於絕緣本體1G之前表面上。焊接件6g之卡部 63賢直穿過組裝槽441後水平位於基板44上方，連接板62 活動的卡持於活_ 442 Θ，烊接板61位於基板44下方，從 而將焊接件60組裝於固料4G之基板44上。固定件4〇之固 疋』41卡持於固定槽15内，擋部42抵頂於絕緣本體1〇前表 面上’延伸部43的前端由開槽512伸出夾持件％外側。再將 焊接板61焊接於電路板上。 在使用過程中’當有電子卡從夾持件5G插人時，彈臂521 可輔助夾^部53從兩側夾緊電子卡，以避免卡持㈣過度變 形°且固疋件4〇之基板44在焊接件60之卡部63與連接板 62圍成的一空間内有-上下方向的移動間隙％，從而使鎖扣組 件可在絲圍内上下移動，從而使第一端子N及第二端子 30之焊接腳21 31與焊接件⑼的焊接板61達到共面的需求。 知上所述本創作電連接器1〇〇以固定件40和夾持件50 代替習知技術中的穩固件3〇’，以分別達到固定和夾持的作 6 M399513 用，再藉由固定件40之基板44上的組裝槽441及活動槽442 代替習知技術中基板34’上的彈條342’及滑槽343’的結構，藉 此，本創作電連接器之鎖扣組件能與端子達成共面，且結構簡 單，製造容易。 【圖式簡單說明】 第一圖係習知電連接器的立體圖。 第二圖係習知電連接器的立體分解圖。 第三圖係本創作電連接器一種實施例的立體圖。 第四圖係第三圖所示電連接器的立體分解圖。 第五圖係第三圖所示電連接器的側視圖。 【主要元件符號說明】 [習知技術] 電連接器 100? 絕緣本體 10, 端子槽 11， 固持槽 12, 端子 20, 焊接腳 21， 穩固件 309 固持部 31’ 卡塊 321 延伸臂 335 基板 34? 開槽 341’ 彈條 342’ 滑槽 343’ 焊接件 405 焊接板 41， 卡部 425 [本創作] 電連接器 100 絕緣本體 10 卡槽 11 第一端子槽 12 第二端子槽 13 卡持槽 14 固定槽 15 第一端子 20 7 M399513 第二端子 30 焊接腳 21 ' 31 固定件 40 固定部 41 擋部 42 延伸部 43 基部 44 組裝槽 441 活動槽 442 夾持件 50 卡持部 51 凸肋 511 開槽 512 卡鉤 513 卡片 52 彈臂 521 夾緊部 53 焊接件 60 焊接板 61 連接板 62 卡部 63 間隙 70M399513 V. New description: [New technical field] The present invention relates to a connector, and more particularly to an electrical connector having a locking component on both sides. [Prior Art] According to the first and second figures, a conventional electrical connector 100' includes an insulative housing 10', a plurality of terminals 20', and two mountings respectively disposed on the side of the insulative housing 10'. Piece 30' and two weldments 40'. A plurality of terminal slots 11' are defined in the insulative housing 10', and a retaining slot 12' is defined in each of the two sides of the front end of the insulative housing 10'. The plurality of terminals 20' are interposed in the plurality of terminal slots 11', and each of the plurality of terminals 20' has soldering legs 21' solderable to a circuit board. The stabilizer 30' includes a long plate-like holding portion 31', a block 32' which is bent outwardly from the upper end edge of the substantially central portion of the holding portion 31', and a lower end of the lower end of the block 32'. An extending arm 33' extending forwardly from the edge and a substrate 34' formed by bending inwardly from a lower edge of the extending end of the extending arm 33'. The substrate 34' defines a slot 341', and the outer slot edge of the slot 341' Two elastic strips 342' extend from the inside, and the inner groove edge of the slot 341' continues to extend to form two sliding slots 343'. The soldering member 40' includes two soldering plates 41' solderable to the circuit board and a card portion 42' connecting the two soldering plates 41'. When assembled, the holding portion 31' of the stabilizer 30' is held in the holding groove 12', and the block 32' abuts against the two sides of the front end of the insulating body 10', and the stabilizer 30' can securely insert the electronic card into the electrical connection. On the device 100' without moving left and right, the clamping portion 40' of the welding member 40' elastically abuts the two elastic strips 342' from the two elastic strips 342' in the slot 341' and is engaged in the sliding slot 343', and is welded. The piece 40' can be moved up and down and left and right in the sliding slot 343', whereby the soldering plate 41' is soldered to the circuit board, and the stabilizer 30' can still move or rotate within a certain range, if the structure can make the two soldering pieces 40' The soldering plate 41' is in the same plane as the soldering legs 21' of the plurality of terminals 20', and the soldering legs 21' of the plurality of terminals 20' are loosened due to the upturn of the electrical connector 100' when the electronic card 3 M399513 is inserted or removed. However, the conventional electrical connector 100' is designed by the structure of the elastic strip 342', the sliding groove 343' and the clamping portion 42' of the welded member 40' to ensure the welded plate 41' and the plurality of terminals of the two welded members 40'. The 20' soldering leg 21' is coplanar and has a complicated structure and is not easy to manufacture. [New Content] The purpose of the present invention is to overcome the above-mentioned deficiencies in the prior art and to provide an electrical connector which is simple in structure and easy to manufacture. In order to achieve the above object, the present invention provides an electrical connector, comprising an insulative housing, a plurality of terminals inserted on the insulative housing, and clamping members and a locking assembly respectively disposed on opposite sides of the insulative housing. A plurality of terminal slots are defined in the insulative housing, and a clamping slot and a fixing slot under the clamping slot are respectively defined on the two sides of the front surface of the insulating body. The two clamping members are held in the holding groove. Each of the latch assemblies includes a fixing member and a welding member, the fixing member having a fixing portion, an extending portion extending forward from the front side edge of the fixing portion, and a substrate extending horizontally inward from the lower edge of the front end of the extending portion a front and rear extending assembly groove and two left and right extending movable grooves respectively communicating with the assembly groove, the fixing portion being held in the fixing groove; the welding member comprises two welded plates solderable on the circuit board, a connecting plate extending from the opposite side of the opposite side edges of the two welded plates and a card portion horizontally connected to the edge of the two connecting plates, the card portion vertically passing through the assembling groove and horizontally located above the substrate, and the card for connecting the movable plate The substrate is held in the movable slot, and the substrate has a moving gap in the vertical direction in a space surrounded by the card portion and the connecting plate. As described above, the present invention replaces the stabilizer in the prior art with a fixing member and a clamping member to respectively achieve the functions of fixing and clamping, and then replacing the assembly groove and the movable slot on the substrate of the fixing member. The structure of the spring bar and the chute on the substrate in the prior art. Thereby, the locking component of the present electrical connector can be coplanar with the terminal, and the structure is simple and easy to manufacture. 4 1 399 513 [Embodiment] In order to explain in detail the technical contents, structural features, goals and effects of the present invention, the following is a detailed description with reference to the drawings. Referring to the third and fourth figures, the present invention includes an insulative housing 10, a plurality of first terminals 20, a plurality of second terminals 30, and a clamping member 50 and a latch respectively assembled on one side of the insulative housing. Component. The locking assembly includes a fixing member 40 and a welding member 60. Referring to the fourth figure, a card slot 11 is defined in the front surface of the insulative housing 10 for inserting an electronic card (not shown). A first terminal slot 12 communicating with the card slot 11 is defined in a lower portion of the front surface of the insulative housing 10. The upper surface of the front surface of the insulative housing 10 is rearwardly provided with a plurality of second terminal slots 13 communicating with the card slot 11. The front surface of the insulative housing 10 is on the card. A holding groove 14 is defined in each of the two sides of the slot 11 , and a fixing slot 15 is defined in the inner side of each of the latching slots 14 . The plurality of first terminals 20 are inserted into the plurality of first terminal slots 12 of the insulative housing 10, and the plurality of second terminals 30 are inserted into the plurality of second terminal slots 13 of the insulative housing 10, and the plurality of first terminals 20 are And the plurality of second terminals 30 respectively have a soldering leg 21, 31. The fixing member 40 has a long plate-shaped fixing portion 4, a step portion 42 extending upward from the front end of the upper edge of the fixing portion 41, a front portion extending from the front side edge of the fixing portion 41, and then bent outward and then turned to The extending portion 43 extending forward and the substrate 44 extending horizontally inward from the lower edge of the front end of the extending portion 43. The substrate 44 is provided with a front and rear extending assembly groove 441 and two left and right extending movable grooves 442 respectively communicating with the two ends of the assembly groove 441. The clamping member 50 is used for holding the electronic card, and is respectively clamped in the holding slots 14 on both sides of the insulative housing 10. The clamping member 50 has a long-plate-shaped holding portion 51. The upper end edge of the holding portion 51 is bent outwardly to form a card 5 M399513 52. The front end of the holding portion 51 is provided with a clamping portion 53. The clamping portion 53 can securely insert the electronic card on the electrical connection H 1 (10) without swaying the left and right sides of the inner side surface of the holding portion 5 and embossing the front and rear ribs. The lower end edge of the holding portion 51 is open- The slot 512' extending to the front end is slid outwardly at the lower edge of the latching portion 51 - the card fishing 5 丨 3' card 52 is extended at the other end edge _ the long plate-shaped arm Μ 焊接 weldment 60 includes two The soldering plate 61 soldered on the circuit board, the connecting plate (10) extending from the opposite side of the opposite side edges of the two soldering plates 6i, respectively, and the card portion 63 horizontally connected to the upper edges of the two connecting plates 62. Referring to the third to fifth figures, when the assembled electrical connector is assembled, the plurality of first terminal 2G and the plurality of second terminal % soldering legs 2 are soldered to a circuit board. The rear end of the holding portion 51 of the holding member 5G is engaged in the holding groove 14, and the holding force is enhanced from the inner and outer sides by the rib 511 and the hook 513. The rear end edge of the card 52 abuts against the front surface of the insulative housing 1G. The card portion 63 of the soldering member 6g passes straight through the assembly groove 441 and is horizontally positioned above the substrate 44. The connecting plate 62 is movably held by the movable plate 442, and the splicing plate 61 is located below the substrate 44, thereby assembling the soldering member 60 to the solid portion. On the substrate 44 of the 4G material. The fixing member 41 is held in the fixing groove 15, and the stopper portion 42 abuts against the front surface of the insulating body 1. The front end of the extending portion 43 is extended by the opening 512 to the outside of the holding member. The solder plate 61 is then soldered to the board. During use, when an electronic card is inserted from the clamping member 5G, the elastic arm 521 can assist the clamping portion 53 to clamp the electronic card from both sides to avoid excessive deformation of the clamping (4) and the fixing member 4 The substrate 44 has a movement gap % in the up-and-down direction in a space surrounded by the card portion 63 of the soldering member 60 and the connecting plate 62, so that the latch assembly can move up and down within the wire circumference, thereby making the first terminal N and the first terminal The soldering legs 21 31 of the two terminals 30 and the soldering plates 61 of the soldering members (9) are coplanar. It is known that the present invention has a fixing member 40 and a clamping member 50 instead of the stabilizer 3〇' in the prior art, respectively, for fixing and clamping for 6 M399513, and then fixing. The assembly groove 441 and the movable groove 442 on the substrate 44 of the member 40 replace the structure of the elastic bar 342' and the sliding groove 343' on the substrate 34' in the prior art, whereby the locking assembly of the present electrical connector can be combined with The terminals are coplanar, and the structure is simple and easy to manufacture. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of a conventional electrical connector. The second figure is an exploded perspective view of a conventional electrical connector. The third figure is a perspective view of one embodiment of the present electrical connector. The fourth figure is an exploded perspective view of the electrical connector shown in the third figure. Figure 5 is a side view of the electrical connector shown in Figure 3. [Main component symbol description] [Prior Art] Electrical connector 100? Insulating body 10, terminal slot 11, holding slot 12, terminal 20, soldering leg 21, stabilizer 309 holding portion 31' card 321 extension arm 335 substrate 34 ? Slot 341' Spring 342' Chute 343' Welded part 405 Welded plate 41, Card part 425 [This creation] Electrical connector 100 Insulating body 10 Card slot 11 First terminal slot 12 Second terminal slot 13 Holding slot 14 fixing groove 15 first terminal 20 7 M399513 second terminal 30 soldering leg 21 ' 31 fixing member 40 fixing portion 41 blocking portion 42 extending portion 43 base portion 44 assembling groove 441 movable groove 442 clamping member 50 holding portion 51 rib 511 Slot 512 hook 513 card 52 spring arm 521 clamping portion 53 weldment 60 welding plate 61 connecting plate 62 card portion 63 gap 70