M422805 五、新型說明： 【新型所屬之技術領域】 本創作涉及-種連接器’特別是涉及—種帶有導磁塊的 插座連接器。 【先前技術】 按，隨著電子產品的不斷發展，各種電子產品之間及其周 邊裝置之間的連接越來越瀕繁，而電子產品與其周邊裝置之間 通過連接器來實現連接是一種常見的連接方式。該種連接器即 為輸入輸出連接器，包括一設置於一電子元件内之插座連接器 以及一設置於另一電子元件内之插頭連接器，連接插座連接器 與插頭連接器即可實現兩電子元件間的電連接以及訊號傳 輸。爲了使得插座連接器與插頭連接器之間連接更加可靠，— 種習知設計是於插頭連接器内設置一磁體，於插座連接器内設 置一導磁塊，藉由插頭連接器内之磁體吸附插座連接器内之導 磁塊使得兩連接器連接更加可靠、穩定。 惟，上述利用磁體吸附原理於連接器内設置磁體和導磁塊 雖然可以加固公、插座連接器之間的連接，但是，於插座連接 器内設置之導磁塊需要用點膠的方式固定於插座連接器上，增 加了連接器的製造工藝，亦降低了生產效率。 【新型内容】 本創作之目的是提供一種導磁塊直接固定於插座連接器 上，而不需要點膠固定的插座連接器。 為達成上述目的，本創作所提供插座連接器，包括一絕 緣本體、端子組以及一導磁塊，絕緣本體上開設複數端子槽， 端子組卡設於絕緣本體上且各端子分別固持於一端子槽内， 3 M422805 2本體上設有-卡持部、—域部…㈣以 f磁塊卡設於絕緣本體上；導磁塊上設有-卡接部、一固持 =凸臺二Γ與卡持部相互卡扣，固持部擋持於抵擋 持部内壁。 ^別-置於-滑槽内且擋持於擋 如上所述’本創作插座連接器藉由卡接部與卡持部相互 卡扣，固持部擋持於抵擋部下表面，兩凸臺左右兩端分別容 置於-滑槽内擋持於擋持部内壁，使得導磁塊直接固定於 絕緣本體上，從而提高生產效率，降低成本。 【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。 請參閲第-圖至第四圖，本創作插座連接器包括絕緣本體 10、端子組20及導磁塊3〇，端子組2G卡持於於絕緣本體1〇 上，導磁塊30卡設於絕緣本體10前端。 請續參閲第-、二圖及第三、四圖，所述絕緣本體⑺具 有一塊狀基體11’基體U前端中部向上向後凸伸一卡持ς 12 ,基體11前表面兩端分別向前延伸形成—連接部η，臬體 11前表面中部設有—自τ向上延伸至卡持塊12上表面之^ 板14 ;連接部13、凸板14與基體u分别圍成一收容槽b。 卡持塊12前表面左右兩端分別向前延伸再相對向内延二 -擋持部m’各連接部13内側分別向内凸伸―弧形卡 131，凸板14左側上端向左凸伸形成—抵擋部141。抵擋部^ 與卡持塊12*別圍成一與收容槽15連通之滑槽16。如第五 圖所示，凸板14前表面開設複數自上向下延伸至基體u 上之 4 M422805 卡持槽17，自卡持槽17前側槽壁向下向後分別開設複數端子 槽18，該端子槽18向後延伸到基體11後表面且與卡持槽17 連通。凸板14前表面上分別開設有與一卡持槽17對應且相連 通並向後與外界連通之通槽19。 請續參閱第二圖和第三圖，所述端子組20 —體成型於絕 緣本體10上，其包括一電源端子21、一接地端子22以及一 訊號端子23。電源端子21具有一條形基臂210，基臂210左 右兩端分別豎直向下延伸形成一接觸臂211，接觸臂211下端 中部向下曲折延伸後再向遠離接觸臂211方向向上延伸形成 一彈性的壓接部212 ;電源端子21之基臂210 —側上端水平 延伸再向下曲折延伸形成接地端子22 ;訊號端子23包括一豎 直向下延伸之條形接觸臂231及一由接觸臂231下端中部向下 曲折延伸形成之彈性的壓接部232。 請再參閲第一圖至第四圖，所述導磁塊30係由導磁材料 製成，本實施例中，導磁塊30由導磁金屬材料製成，其具有 一主板31，主板31左右兩端分別向前向外凸伸形成一凸臺 32,兩凸臺32與主板31圍成一與凸板14相對之容置槽33; 主板31上對應通槽19開設一前後貫穿主板31且與容置槽33 連通之開槽311。在其中一凸臺32的側邊設有一自下向上延 伸之固持部34，兩凸臺32下端分別向外延伸形成一與卡持部 131相對之卡接部35，卡接部35上設有一向下向外傾斜之導 斜面351，且導斜面351下端與卡接部35下側為弧形連接。 本創作插座連接器組裝時，先將端子組20各端子分別一 體成型於一端子槽18内，具體地，電源端子21之接觸臂211 和訊號端子23之接觸臂231分別插置於一卡持槽17内，電源 端子21之壓接部212和訊號端子23之壓接部232通過壓接方 5 M422805 式與對應的電路板（圖未示）連接；然後，將導磁塊30之容 置槽33包覆凸板14由下向上定位於定位體30後側，具體地， 容置槽33對應凸板14，兩凸臺32順著收容槽15向上滑動， 卡接部35順著卡持部131移動並藉由導斜面351導引而滑過 卡持部131，最終，卡接部35與卡持部131相互卡扣，固持 部34擋持於抵擋部141下表面，兩凸臺42左右兩端分別容置 於一滑槽16内且擋持於擋持部121内壁。 工作時，對接連接器（圖未示）之端子穿過開槽311和通 槽19與端子組20之接觸臂接觸，實現訊號傳輸。 如上所述，本創作插座連接器藉由卡接部35與卡持部131 相互卡扣，固持部34擋持於抵擋部141下表面，兩凸臺32左 右兩端分別容置於一滑槽16内且擋持於擋持部121内壁，使 得導磁塊30直接固定於絕緣本體10上，從而提高生產效率， 降低成本。 【圖式簡單說明】 第一圖為本創作插座連接器之立體圖。 第二圖為第一圖所示插座連接器之立體分解圖。 第三圖為第一圖所示插座連接器之絕緣本體的另一角度 的立體分解圖。 第四圖為第一圖所示插座連接器之部分剖視圖。 第五圖為第四圖所示插座連接器A處之局部放大圖。 【主要元件符號說明】 絕緣本體 10 基體 11 卡持塊 12 擋持部 121 6 連接部 13 卡持部 凸板 14 抵擋部 收容槽 15 滑槽 卡持槽 17 端子槽 通槽 19 端子組 電源端子 21 基臂 接觸臂 211 、 231 壓接部 212 接地端子 訊號端子 23 壓接部 導磁塊 30 主板 開槽 311 凸臺 容置槽 33 固持部 卡接部 35 導斜面M422805 V. New description: [New technical field] This creation involves a kind of connector', especially related to a socket connector with a magnetic block. [Prior Art] According to the continuous development of electronic products, the connection between various electronic products and their peripheral devices is more and more complicated, and it is common to connect between electronic products and their peripheral devices through connectors. Connection method. The connector is an input/output connector, and includes a socket connector disposed in an electronic component and a plug connector disposed in the other electronic component, and the socket connector and the plug connector can realize two electrons. Electrical connection between components and signal transmission. In order to make the connection between the socket connector and the plug connector more reliable, a conventional design is to provide a magnet in the plug connector, and a magnetic block is arranged in the socket connector, and the magnet in the plug connector is adsorbed. The magnetically conductive blocks in the socket connector make the two connector connections more reliable and stable. However, although the magnet and the magnetic conductive block are disposed in the connector by the magnet adsorption principle, the connection between the male and female connectors can be strengthened. However, the magnetic conductive block disposed in the socket connector needs to be fixed by dispensing. The socket connector increases the manufacturing process of the connector and reduces the production efficiency. [New Content] The purpose of this creation is to provide a magnetically permeable block that is directly attached to the socket connector without the need for a glued fixed socket connector. In order to achieve the above object, the socket connector provided by the present invention comprises an insulating body, a terminal group and a magnetic conductive block, and a plurality of terminal slots are formed on the insulating body, the terminal group is clamped on the insulating body and each terminal is respectively fixed to a terminal. In the slot, the 3 M422805 2 body is provided with a - holding portion, a domain portion ... (4) is mounted on the insulative body with the f magnetic block; the magnetic blocking block is provided with a snap portion, a holding = a boss 2 The catching portions are buckled with each other, and the retaining portion is retained against the inner wall of the retaining portion. ^别-Placed in the chute and blocked in the block as described above. 'The original socket connector is snapped by the snap portion and the retaining portion, and the retaining portion is held on the lower surface of the resisting portion, and the two bosses are left and right. The ends are respectively placed in the sliding groove to be held on the inner wall of the blocking portion, so that the magnetic guiding block is directly fixed on the insulating body, thereby improving production efficiency and reducing cost. [Embodiment] The technical contents, structural features, achieved goals, and effects of the present invention are described in detail below, and are described in detail below with reference to the drawings. Referring to FIG. 4 to FIG. 4 , the socket connector includes an insulative housing 10 , a terminal set 20 , and a magnetic conductive block 3 . The terminal set 2G is clamped on the insulating body 1 , and the magnetic conductive block 30 is clamped. At the front end of the insulating body 10. Please refer to the first, second, and third and fourth figures. The insulative housing (7) has a block-shaped base body 11'. The front end of the base U protrudes upwardly and rearwardly with a latching cymbal 12, and the front surfaces of the base body 11 are respectively forwardly forward. The connecting portion η is formed, and the middle portion of the front surface of the body 11 is provided with a plate 14 extending upward from the τ to the upper surface of the holding block 12; the connecting portion 13, the convex plate 14 and the base body u respectively define a receiving groove b. The left and right ends of the front surface of the holding block 12 are respectively extended forwardly and then oppositely extended to the inner side of the connecting portion 13 of the second retaining portion m'. The arcuate card 131 is protruded inwardly, and the upper left end of the convex plate 14 is protruded to the left. Forming a resisting portion 141. The resisting portion ^ and the retaining block 12* are surrounded by a sliding slot 16 that communicates with the receiving groove 15. As shown in the fifth figure, the front surface of the convex plate 14 defines a plurality of 4 M422805 holding grooves 17 extending from the top to the bottom of the base body u, and a plurality of terminal slots 18 are respectively opened from the front side groove wall of the holding groove 17 to the rear. The terminal groove 18 extends rearward to the rear surface of the base 11 and communicates with the holding groove 17. The front surface of the convex plate 14 is respectively provided with a through groove 19 corresponding to a holding groove 17 and connected to the outside and communicating with the outside. Referring to the second and third figures, the terminal set 20 is integrally formed on the insulating body 10 and includes a power terminal 21, a ground terminal 22, and a signal terminal 23. The power terminal 21 has a strip-shaped base arm 210. The left and right ends of the base arm 210 extend vertically downward to form a contact arm 211. The lower end of the lower end of the contact arm 211 extends downwardly and then extends upwardly away from the contact arm 211 to form an elastic body. The crimping portion 212 of the base end 210 of the power terminal 21 extends horizontally and then extends downward to form a grounding terminal 22; the signal terminal 23 includes a strip-shaped contact arm 231 extending vertically downward and a contact arm 231 The central portion of the lower end is bent downward to form an elastic crimping portion 232. Referring to the first to fourth figures, the magnetic conductive block 30 is made of a magnetic conductive material. In this embodiment, the magnetic conductive block 30 is made of a magnetic conductive metal material, and has a main board 31 and a main board. The two ends of the 31 are respectively protruded outwardly and outwardly to form a boss 32. The two bosses 32 and the main plate 31 enclose a receiving slot 33 opposite to the protruding plate 14; 31 and a slot 311 communicating with the receiving groove 33. A retaining portion 34 is formed on the side of the boss 32. The lower end of each of the bosses 32 extends outwardly to form a latching portion 35 opposite to the latching portion 131. The latching portion 35 is provided with a latching portion 35. The guide slope 351 is inclined downward and outward, and the lower end of the guide slope 351 is arcuately connected to the lower side of the engaging portion 35. When the socket connector is assembled, the terminals of the terminal group 20 are integrally formed in a terminal slot 18, specifically, the contact arm 211 of the power terminal 21 and the contact arm 231 of the signal terminal 23 are respectively inserted into a card holder. In the slot 17, the crimping portion 212 of the power terminal 21 and the crimping portion 232 of the signal terminal 23 are connected to a corresponding circuit board (not shown) by a crimping method 5 M422805; then, the magnetic conductive block 30 is accommodated. The groove 33 is disposed on the rear side of the positioning body 30 from the bottom, and the receiving groove 33 corresponds to the convex plate 14. The two bosses 32 slide upward along the receiving groove 15, and the engaging portion 35 follows the clamping. The portion 131 is moved and guided by the guide inclined surface 351 to slide over the latching portion 131. Finally, the latching portion 35 and the latching portion 131 are engaged with each other, and the retaining portion 34 is retained on the lower surface of the resisting portion 141. The left and right ends are respectively received in a sliding slot 16 and are retained on the inner wall of the blocking portion 121. In operation, the terminals of the mating connector (not shown) pass through the slot 311 and the slot 19 to contact the contact arms of the terminal block 20 for signal transmission. As described above, the original socket connector is engaged with the latching portion 131 by the latching portion 35, and the retaining portion 34 is retained on the lower surface of the resisting portion 141. The left and right ends of the two bosses 32 are respectively accommodated in a chute. The inside of the retaining portion 121 is retained in the inner wall of the retaining portion 121, so that the magnetic conductive block 30 is directly fixed to the insulative housing 10, thereby improving production efficiency and reducing cost. [Simple description of the drawing] The first figure is a perspective view of the creative socket connector. The second figure is an exploded perspective view of the socket connector shown in the first figure. The third figure is an exploded perspective view of another angle of the insulative housing of the receptacle connector shown in the first figure. The fourth figure is a partial cross-sectional view of the socket connector shown in the first figure. The fifth figure is a partial enlarged view of the socket connector A shown in the fourth figure. [Main component symbol description] Insulating body 10 Base 11 Holding block 12 Retaining part 121 6 Connecting part 13 Retaining part convex plate 14 Resisting part receiving groove 15 Chute holding groove 17 Terminal groove through groove 19 Terminal group power supply terminal 21 Base arm contact arm 211, 231 crimping part 212 grounding terminal signal terminal 23 crimping part magnetic conducting block 30 main board slot 311 boss receiving groove 33 holding part engaging part 35 guiding inclined surface