M398252 端子2，複數個端子2安裝在絕緣主體1内，在絕緣主體 1後端朝外延伸有焊線部11，焊線部11相對橫向擴寬， 並設有複數個線槽1 Μ，端子的焊腳對應焊線部丨丨上的 線槽〗11安置’便於焊線連接。鐵殼3包複於絕緣主體1 外周，鐵殼3的外周面上設有彈扣部3丨和止頂部32 ;彈 扣部3 1用於插拔連接，起到卡設定位，增加插拔力，穩 定插接連接。膠套4套設在鐵殼3上，膠套4設有閃位槽 和定位部42。叫位槽41與上述鐵殼的彈扣部31配合， 提供彈扣部31工作的閃位空間;而定位部42與上述鐵殼 的止頂部32支頂，達到膠套4套入深度定位，組裝方便。 膠套4的軸向長度短於鐵殼3的軸向長度即膠套4套接 在鐵λ又3刖奴’而鐵殼3後段外露以供後續外模包膠。 五/、所示，膠套4後端的外側面設有吃 膠部43，吃膠部43是外 疋卜凸的凸耳，凸耳與膠套4一體成 型製作。膠套4内的閃位槽41 β 士“， 』h 4丨疋由耵往後開設的凹槽形 :，恰好對應鐵殼3上的彈扣部3卜滿足彈扣部Η工作 5夺膠套4對鐵殼3上的彈扣部3ι具有保護作 用，使彈扣部31不易受破壞 _ 保5立足夠的插拔力，結構M398252 terminal 2, a plurality of terminals 2 are mounted in the insulating body 1, and a wire bonding portion 11 extends outwardly at the rear end of the insulating body 1, and the wire bonding portion 11 is widened relative to the lateral direction, and is provided with a plurality of wire slots 1 Μ, terminals The soldering foot corresponds to the wire slot on the wire portion 〗11 placement 'to facilitate the wire bonding. The iron shell 3 is wrapped around the outer circumference of the insulating body 1. The outer peripheral surface of the iron shell 3 is provided with a snap portion 3丨 and a top portion 32; the latch portion 3 1 is used for plugging and unplugging, and the card setting position is increased, and the plugging is increased. Force, stable plug connection. The rubber sleeve 4 is sleeved on the iron shell 3, and the rubber sleeve 4 is provided with a flashing groove and a positioning portion 42. The positioning slot 41 cooperates with the latching portion 31 of the iron shell to provide a flashing space for the latching portion 31 to work; and the positioning portion 42 and the top portion 32 of the iron shell are topped to achieve the depth positioning of the rubber sleeve 4. Easy to assemble. The axial length of the rubber sleeve 4 is shorter than the axial length of the iron shell 3, that is, the rubber sleeve 4 is sleeved in the iron λ and 3 刖 slaves, and the rear portion of the iron shell 3 is exposed for subsequent outer mold encapsulation. As shown in FIG. 5, the outer side of the rear end of the rubber sleeve 4 is provided with a rubberizing portion 43 which is a convex lug of the outer rib, and the lug and the rubber sleeve 4 are integrally formed. The flashing groove 41 in the rubber sleeve 4 β, ", 』h 4丨疋 is formed by the groove shape which is opened later: it corresponds to the buckle portion 3 on the iron shell 3, which satisfies the work of the buckle portion The sleeve 4 has a protective effect on the buckle portion 3ι on the iron shell 3, so that the buckle portion 31 is not easily damaged.
穩定。膠套4 M 一 A ΑΤ Λ A 疋。疋膠套後埠内側臺階位，定位 # 42與鐵殼的止頂部 只使备套4套入得以準確定 位，k兩組裝速度及效率。 圏二X — 一二、四所示，絕緣主體1自身也採用組裝構造， 5 M398252 其内嵌設有膠芯1 2，數端子2穿設膠芯丨2内部，焊線部 11以面貼接合在絕緣主體i後端，殼3後端設有彎折 的抵壓部33’抵壓部33固定焊線部"與絕緣主體1的 連接。該結構不僅優化製作，還達到組裝方便，結構穩定。 圖六所示，絕緣主體1、鐵殼3及膠套4相互之間套 接在一起後’料焊接線材，然後在連接ϋ的後半部進行 外模包勝成型’如圖中虛線部分進行包膠成型，膠套* 則利用吃膠部43與包膠牢固結合，增加細向拉力，使用 【圖式簡單說明】 圖一為現有技術的結構示意圖； 圖二為本創作的立體結構示意圖： 圖二為圖二之結構的内部連接示意圖； 圖四為圖二之結構分解示意圖； 圖五為膠套的内部結構示意圖；以及 圖六為本創作後續外模包膠示意圖。 【主要元件符號說明】 1 絕緣主體 11 焊線部 111線槽 2 端子 6stable. Rubber sleeve 4 M - A ΑΤ Λ A 疋. After the rubber sleeve is placed on the inner step, positioning # 42 and the top of the iron shell only allow the sleeve 4 to be accurately positioned, k assembly speed and efficiency.圏二X—一二和四四, the insulating body 1 itself also adopts an assembled structure, 5 M398252 has a rubber core 12 embedded therein, the number terminal 2 is inserted inside the rubber core 2, and the wire bonding portion 11 is surface-mounted. It is joined to the rear end of the insulating body i, and the rear end of the case 3 is provided with a bent pressing portion 33'. The pressing portion 33 fixes the wire bonding portion" to the insulating body 1. The structure not only optimizes the production, but also achieves convenient assembly and stable structure. As shown in Fig. 6, the insulating body 1, the iron shell 3 and the rubber sleeve 4 are sleeved together with each other, and then the material is welded, and then the outer mold is formed in the second half of the connecting jaw. Glue molding, rubber sleeve* is used to firmly combine the rubber portion 43 with the rubber coating to increase the fine pulling force. The simple structure of the drawing is shown in Fig. 1. The first is a schematic view of the structure of the prior art; 2 is a schematic diagram of the internal connection of the structure of FIG. 2; FIG. 4 is a schematic exploded view of the structure of FIG. 2; FIG. 5 is a schematic diagram of the internal structure of the rubber sleeve; [Main component symbol description] 1 Insulation body 11 Wire bonding section 111 Wire slot 2 Terminal 6