«/9899 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種線纜連接器，尤其涉及— 、/久種可以牢固 地固定導電端子並且模具成本較低的線纜連接器。 【先前技術】«/9899 V. New description: [New technical field] This creation relates to a cable connector, in particular, to /, a long cable connector that can securely fix the conductive terminals and has a low mold cost. [Prior Art]
中國大陸專利ZL 200810Π4293.Χ公開了—種線 接器元件，包括絕緣本體、金屬殼體、第一組端子、:^ 組端子、第—線駭第二線纜，其中，第—级端子符八= 2/規格，第二組端子符合USB 3 ()規格。這種魏 中的第二組端子是水平地從後向前插入固定體 上水平延伸的端子固定孔中，並由保持部上的保持= 固定到端子固定孔令。這種結構的線境連接器在長獅另、 -對應的插座連接H插細(合使㈣，第二組端子上的 持片與端子固定孔之間的配合_容易出現鬆動H 另-對應_錢接科可能會㈣二組 =線_的第二組端子不能與插座連接器二 V電端子緊密對接’出現接觸不良甚至不能正常工作的問 題m為了能夠在絕緣本體上形成 =且::;要在用於對應形成絕緣本體的心 平延伸的端子的滑塊’用滑塊來對應成形水 成本較高。 使注塑模具結構較為複雜，模具 之可改善，乃特潛心研 種設計合理且有效改善 緣是，本創作人有感上述缺失 究並配合學理之運用，终於提出— 上述缺失之本創作。 【新型内容】 3 M379899 本創作要解決的技術問題在於如何設計出一線纜連接 器，既能降低成型絕緣本體的模具成本，又能確 導電端子可靠地固定在絕緣本體上。 本創作解決上述的技術問題所採取的技術方案是， 出一種線驗接器，其包括—連接器本體、連接在該連接 器本體後方的、設置在該連接器本體外周的屏 體以及設置在料接II本體後方的i賴體；該連接^ 本體包括-絕緣本體和設置在該絕緣本體上㈣—排導電 端子和第二排導電端子，每—個第—排導電端子包括一對 接4 IH疋部及—焊接部；每—個第二排導電端子包括 -彈性對接部，由轉性對接部向上豐謂折延伸出的一 固定部以及-焊接部，第—排導電軒的對接部以及第二 =電端子的雜對接部是前後排職設置找絕緣本體 刖端的上表面；該絕緣本體上設置有多個卡槽，第二排 電端子疋㈣緣本體上方插人固定賴絕緣本體上，其固 定部對應1直地卡固在魏緣本體的切内。 /、 與現有技術相比’本創作的線繞連接器中的第 電端子是從絕緣本體上方插人固定到該絕緣本體上，其固 定部對應S直地卡固在魏緣本體的卡槽内，這種賢直的 端子卡固結構不需要錢緣本體上開設水平延制端子固 定孔，因輕僅制普通的上下分模賴具就可以注塑成 型該絕緣本體’從而簡化了結構並降低了模具成本； 二由於第二排導電端子是賢直地卡固在該絕緣本 =卡2 ’在與另—對應的連接器插座插接時固定部將 本體上無法向後移動，從而不會出現現有 h 、第-排導電端子後退導致接觸不良的問題。 4 、為使能更進-㈣解本創作的特徵及技術内容，請參 閱以下有關本I]作的詳細說明與關，然而所附圖式僅提 供參考與說_，並翻來對本創作加以限制者。 【實施方式】 如第-圖至第三圖所示，本創作實施例的線繞連接器 10,其包括-連接③本體卜連接在該連接器本體i後方的 -線繞2、設置在該連接器本體！外周的—屏蔽殼體4及包 覆成型在該連接H本體丨後端的—絕緣殼體。本實施例中 的絕緣殼體包括直接包覆成型在連接器本體丨後端的一第 一絶，殼體3以及再次注塑包覆成型在該屏蔽殼體4外周 的-第二絕緣殼體5’而在其他可朗實關巾，第”絕緣 殼體3有可能被省略從而降低成本和簡化工序。 如第四圖所示，該線纟覽連接器1〇可以與設置在一電路 板20上的一電連接器插座30對接，用於傳遞電子資料^ 參見第五圖至第十三圖’該連接器本體丨包括一絕緣 本體11、設置在該絕緣本體u上的一第一排導電端子12 和一第二排導電端子13以及固定到該絕緣本體11後方的 一間隔件14。 δ玄絕緣本體11呈前低後高的臺階形，其上設置有用於 固定第二排導電端子13的多個卡槽111、用於固定間隔件 14的兩個倒鉤112以及用於固定屏蔽殼體4的兩個開槽 ΐη。這些卡槽111設置在絕緣本體11的中部，每個卡槽 Π1包括設置在其前緣沿豎直方向延伸的一豎直槽道 1111位於豎直槽道11Η後方的一水平槽道m2和一坡面 1113兩個倒鉤112是分別從絕緣本體u的後端兩側向後 延伸出的’每—個倒鉤112具有由前往後延伸的一基部1121 和由該基部1121的末端向内突伸出的一鉤部1122。兩個開 槽113開δ又於絕緣本體11中部的兩侧，並位於倒釣I〗〕的 前方。 該第一排導電端子12包括四個USB2.0端子，每—個 第一排導電端子12包括一平板形的對接部121、一固定部 122及一焊接部123。這些第一排導電端子12是採用 molding (夾物模壓）的方法固定到該絕緣本體u上的該 對接部121的前端還向下伸出一結合部124，該結合部 與固定部122都與該絕緣本體u結合為一體，從而可以穩 固地固S第-排導電端子12，防止對接部121向上勉曲。 該第二排導電端子丨3包括五個USB3.0端子，每一個 第二排導電端子13包括一彈性對接部131，由該彈性對接 部131向上豎直彎折延伸出的一固定部132，由該固定部 132水平向後彎折延伸出的一貼合部丨33以及再由該貼合部 133向後彎折延伸出的一焊接部134。這些第二排導電端子 13包括一個排列在中央的接地端子及設置在其兩側的四個 仏號端子，這些第二排導電端子13的焊接部134的焊接面 都呈長條形，其中接地端子的焊接面的橫向寬度要大於其 他L號端子焊接面的橫向寬度，從而便於同時焊接兩條地 線到接地端子的焊接部134上。該固定部132的兩侧橫向 地各向外突伸出一個突刺1321。這些第二排導電端子13是 由上方垂直地向下插入固定到該絕緣本體11上，使其固定 邛132的突刺1321對應豎直卡入固定到該絕緣本體11上 的卡槽111的豎直槽道1111上。 在该連接器本體1中，該第一排導電端子12的對接部 121以及5亥第二排導電端子13的彈性對接部131是前後排 M379899 列地設置在該絕緣本體11前端的上表面。 該間隔件14包括一本體141、由該本體141頂部向前 伸出的五個壓制部142和由該本體141向後突設出的一突 出部143。§玄本體141上開設有多個前後貫通的通孔Mil， 這些通孔1411的大小恰可供第一排導電端子12的焊接部 123以及第二排導電端子13的焊接部134對應地穿過這些 通孔1411向後伸出。該間隔件14在成型第一絕緣殼體3 時可以阻止熔融的塑膠炫液向前流入到連接器本體1的内 部，導致不良品的產生。該突出部143的上下兩側分別設 置有多個收容槽144 ;第一排導電端子12的焊接部123是 對應收容在該突出部143下侧的收容槽144内，第二排導 電端子13的焊接部134是對應收容在該突出部143上侧的 收容槽144内的。該本體141的兩側還各設置有一卡扣槽 1412’這兩個卡扣槽1412與該絕緣本體u的兩個倒鉤 可以對應扣合固定在一起，從而將該間隔件14卡固到該絕 緣本體11的後端。這時每個壓制部142是對應伸入到絕緣 本體11卡槽111的水平槽道1112内’並對應壓制在一個第 二排導電端子13的貼合部133上方以將貼合部133壓緊在 絕緣本體11的卡槽111的水平槽道1112上，這樣一來，第 二排導電端子13的固定部132對應嵌固到卡槽lu的豎直 槽道im上’貼合部133被對應壓制在卡槽lu的水^ 逼im，就可以防止第二排導電端子13向後移動和向上^ 出δ亥絕緣本體u的卡槽U1。 t繞2包括多根導線21’各導線21的一端對應焊接 在遠連接器本體1中第-排導電端子12的焊接部12 一排導電端子12的焊接部134上。 一 7 M379899 該第一絕緣殼體3注塑包覆成型在該線纜2與連接器 本體1導電端子的連接處的外周，可以保護導電端子與導 線21之間的電性連接不容易受到外界衝擊力和拉拔力的影 響，使連接品質更為可靠。 該屏蔽殼體4包括一上殼41和一下殼42。該下殼42 大致與該第一絕緣殼體3的尺寸相當，該下殼42的後端延 伸設置有一理線夾421 ’以對應卡固該線纜2。該上殼41 則在該連接器本體1前端的上方包圍形成一對接腔。該上 殼41的兩側各設有一個扣片411 ’這兩個扣片411可以與 絕緣本體11上的兩個開槽Π3相互配合對應扣合固定在一 起，從而使該上殼41卡固到該絕緣本體u上。該上殼41 後方的兩側各設有兩個扣孔412，該下殼42的兩側各設有 兩個扣片422,這些扣片422與扣孔412相互配合對應固定 在一起，從而使該上殼41與下殼42卡固連接在一起。 邊第二絕緣殼體5再次注塑包覆成型在該屏蔽殼體4 的外周，可以將上殼41和下殼42包圍固定在一起，使用者 插拔時也能獲得較好的握持感。 本創作實施例的線鐵連接器1〇,其裝配過程大致包括： 採用Insert molding工藝將該第一排導電端子12與該 ’€、彖本t 11 A塑成—整體；將該第二排導電端子13從上 =下地垂直插人到H緣本體n的卡槽⑴巾；將間隔件 -：孔1411對齊第—排導電端子12的焊接部123和第 端子13鱗接部134，由後往前地插人直至該間 斜庙j :兩:固卡扣槽1412與該絕緣本體11的兩個倒鉤112 端;^線1使^隔件14卡固到該絕緣本體U的後 ' 、々而焊接在第一排導電端子12的焊接部123 8 M379899 和第二排導電端子13的焊接部134上；在該線纜2與連接 器本體1的導電端子連接處的外周注塑包覆成型該第一絕 緣殼體3，·將該上殼41套設在該絕緣本體„上直至兩個= 片411與絕緣本體u上的兩個開槽113對應扣合固定在一 起，從而使該上殼41卡固到該絕緣本體u ;再將該下殼 42由下往上地對準該上殼41推進直至其上的扣片422與ς 上殼41上的扣孔412對應扣合固定在一起，從而使該^China mainland patent ZL 200810Π4293.Χ discloses a kind of wire connector component, including an insulating body, a metal casing, a first group of terminals, a group terminal, a first wire, and a second cable, wherein the first-level terminal symbol Eight = 2 / specifications, the second set of terminals meet the USB 3 () specifications. The second set of terminals of this type of spring is horizontally inserted from the rear to the front into the terminal fixing holes extending horizontally on the fixed body, and is held by the holding on the holding portion = fixed to the terminal fixing hole. The linear connector of this structure is connected to the lion's other, the corresponding socket is connected to the H-inserted (combined (four), the cooperation between the holding piece on the second group of terminals and the terminal fixing hole _ is prone to looseness H another - corresponding _ money connection may be (4) two groups = line _ the second group of terminals can not be closely connected with the socket connector two V electrical terminals 'has bad contact or even can not work properly m in order to be able to form on the insulating body = and:: It is necessary to use a slider to correspond to the cost of forming water in the slider of the terminal corresponding to the core-extending terminal of the insulating body. The injection mold structure is complicated and the mold can be improved, and the design is reasonable and effective. The improvement is that the creator feels the above-mentioned lack of research and cooperates with the application of theory, and finally proposes the above-mentioned missing creation. [New content] 3 M379899 The technical problem to be solved in this creation is how to design a cable connector. The utility model can reduce the mold cost of the molded insulating body, and can ensure that the conductive terminal is reliably fixed on the insulating body. The technical solution adopted by the present invention to solve the above technical problem is A line connector includes a connector body, a screen body disposed behind the connector body, disposed on the outer circumference of the connector body, and a rear body disposed behind the material connection body; the connection body includes - an insulating body and (four) - a row of conductive terminals and a second row of conductive terminals disposed on the insulating body, each of the first row of conductive terminals comprising a pair of 4 IH jaws and a soldering portion; each of the second row of conductive terminals Including the elastic butt joint portion, a fixed portion extending from the swivel butt joint portion and the welded portion, the butt portion of the first row of conductive anodes and the mismatching portion of the second = electrical terminal are arranged before and after the job setting The upper surface of the end of the insulating body; the insulating body is provided with a plurality of card slots, and the second row of electrical terminals 四 (four) of the edge body is inserted above the fixed insulating body, and the fixing portion is directly fixed to the body of the Wei edge In comparison with the prior art, the first electrical terminal in the wire-wound connector of the present invention is inserted and fixed from the upper side of the insulating body to the insulating body, and the fixing portion thereof is directly fixed to the body of the Wei edge. Card slot The sturdy terminal fastening structure does not require a horizontally extending terminal fixing hole on the body of the money edge, and the insulating body can be injection molded by the simple upper and lower split molds, thereby simplifying the structure and reducing the mold cost. 2, because the second row of conductive terminals are firmly stuck in the insulation book = card 2' when the connector socket corresponding to the other is inserted, the fixing portion can not move backwards on the body, so that the existing h, the first - The problem that the conductive terminals are retracted leads to poor contact. 4. For the purpose of enabling further-(4) to solve the characteristics and technical contents of this creation, please refer to the following detailed description of this I], but the drawings only provide The present invention is directed to the wire-wound connector 10 of the present embodiment, which includes a connection 3 body connection. The wire winding 2 behind the connector body i is placed on the connector body! The outer peripheral shield housing 4 and an insulative housing that is formed over the rear end of the H body. The insulating case in this embodiment includes a first cover that is directly overmolded at the rear end of the connector body, and the case 3 and the second insulating case 5' that is overmolded and overmolded on the outer periphery of the shield case 4 In other cases, the "insulative housing 3" may be omitted to reduce cost and simplify the process. As shown in the fourth figure, the line connector 1 can be disposed on a circuit board 20. An electrical connector socket 30 is docked for transmitting electronic data. Referring to the fifth to thirteenth drawings, the connector body includes an insulative housing 11 and a first row of conductive terminals disposed on the insulative housing u. 12 and a second row of conductive terminals 13 and a spacer 14 fixed to the rear of the insulating body 11. The δ-shaped insulating body 11 has a step shape of a front low and a rear high, and is provided with a second row of conductive terminals 13 for fixing. a plurality of card slots 111, two barbs 112 for fixing the spacers 14, and two slotted turns for fixing the shield case 4. These card slots 111 are disposed in the middle of the insulative housing 11, each card slot 1 Including a set extending in a vertical direction of its leading edge The vertical channel 1111 is located at a horizontal channel m2 and a slope surface 1113 behind the vertical channel 11Η. The two barbs 112 are respectively extending from the rear ends of the insulating body u to each of the barbs 112. There is a base portion 1121 extending from the rear and a hook portion 1122 protruding inward from the end of the base portion 1121. The two slots 113 are open on both sides of the central portion of the insulating body 11 and are located in the inverted fishing I The first row of conductive terminals 12 includes four USB 2.0 terminals, and each of the first row of conductive terminals 12 includes a flat shaped abutting portion 121, a fixing portion 122 and a soldering portion 123. These first The front end of the abutting portion 121 fixed to the insulative housing u by a method of molding is further extended downwardly by a joint portion 124, and the joint portion and the fixing portion 122 are both opposite to the insulating body The combination of u is integrated, so that the first row of conductive terminals 12 can be firmly fixed to prevent the butting portion 121 from being bent upward. The second row of conductive terminals 丨3 includes five USB3.0 terminals, and each of the second row of conductive terminals 13 The elastic butting portion 131 is vertically erected by the elastic docking portion 131 A fixing portion 132 extending from the fixing portion 132 is bent and extended horizontally by a fixing portion 丨 33 and a welded portion 134 which is further bent and extended by the bonding portion 133. These second portions The row of conductive terminals 13 includes a centrally disposed grounding terminal and four nickname terminals disposed on both sides thereof. The soldering portions of the soldering portions 134 of the second row of conductive terminals 13 are elongated, wherein the grounding terminals are soldered. The lateral width of the surface is greater than the lateral width of the other L-terminal soldering faces, thereby facilitating simultaneous soldering of the two ground wires to the soldering portion 134 of the grounding terminal. Both sides of the fixing portion 132 project laterally outwardly with a spur 1321. The second row of conductive terminals 13 are vertically inserted downwardly and fixedly to the insulative housing 11 so that the spurs 1321 of the fixing cymbals 132 correspond to the vertical alignment of the card slots 111 fixedly fixed to the insulative housing 11 On the channel 1111. In the connector body 1, the abutting portion 121 of the first row of the conductive terminals 12 and the elastic abutting portion 131 of the second row of the conductive terminals 13 are arranged on the upper surface of the front end of the insulating body 11 in the front and rear rows M379899. The spacer 14 includes a body 141, five pressing portions 142 projecting forward from the top of the body 141, and a protruding portion 143 projecting rearward from the body 141. § The main body 141 is provided with a plurality of through holes Mil extending through the front and rear. The through holes 1411 are sized to pass through the welded portions 123 of the first row of conductive terminals 12 and the welded portions 134 of the second row of conductive terminals 13 respectively. These through holes 1411 extend rearward. The spacer 14 prevents the molten plastic liquid from flowing forward into the inside of the connector body 1 when the first insulating case 3 is molded, resulting in the generation of defective products. A plurality of receiving slots 144 are defined in the upper and lower sides of the protruding portion 143. The soldering portions 123 of the first row of conductive terminals 12 are correspondingly received in the receiving slots 144 of the lower side of the protruding portion 143, and the second row of conductive terminals 13 are The welded portion 134 is correspondingly received in the receiving groove 144 on the upper side of the protruding portion 143. Each of the two sides of the body 141 is further provided with a locking groove 1412 ′. The two locking grooves 1412 and the two barbs of the insulating body u can be fastened and fixed together, thereby locking the spacer 14 to the The rear end of the insulative body 11. At this time, each pressing portion 142 is correspondingly protruded into the horizontal groove 1112 of the insulating body 11 slot 111 and correspondingly pressed over the bonding portion 133 of the second row of conductive terminals 13 to press the bonding portion 133 at The horizontal groove 1112 of the slot 111 of the insulative housing 11 is such that the fixing portion 132 of the second row of conductive terminals 13 is correspondingly fitted to the vertical channel im of the card slot lu. In the water of the card slot lu, it is possible to prevent the second row of the conductive terminals 13 from moving backward and the card slot U1 of the insulating body u. The t-wrap 2 includes a plurality of wires 21'. One end of each of the wires 21 corresponds to a welded portion 134 of a row of the conductive terminals 12 soldered to the solder portion 12 of the first row of conductive terminals 12 in the distal connector body 1. 7 M379899 The first insulating housing 3 is injection-molded over the outer circumference of the connection between the cable 2 and the conductive terminal of the connector body 1, and the electrical connection between the conductive terminal and the wire 21 can be protected from external impact. The influence of force and pull force makes the connection quality more reliable. The shield case 4 includes an upper case 41 and a lower case 42. The lower case 42 is substantially the same size as the first insulative housing 3. The rear end of the lower case 42 is extended with a cable clamp 421 ' to secure the cable 2 . The upper casing 41 surrounds the front end of the connector body 1 to form a pair of caulking chambers. Each of the two sides of the upper casing 41 is provided with a buckle piece 411 ′. The two fastening pieces 411 can be engaged with the two slotted cymbals 3 on the insulative housing 11 to be fastened and fixed together, so that the upper casing 41 is fastened. Onto the insulating body u. Two fastening holes 412 are respectively disposed on two sides of the rear side of the upper casing 41. Two fastening pieces 422 are respectively disposed on two sides of the lower casing 42. The fastening pieces 422 and the fastening holes 412 are matched and fixed together, thereby The upper case 41 and the lower case 42 are snap-fitted together. The second insulating housing 5 is overmolded and overmolded on the outer circumference of the shield case 4, so that the upper case 41 and the lower case 42 can be surrounded and fixed together, and a good grip feeling can be obtained even when the user inserts and removes. In the wire iron connector of the present embodiment, the assembly process generally includes: molding the first row of conductive terminals 12 with the '€, 彖 t t 11 A by the Insert molding process; the second row The conductive terminal 13 is vertically inserted from the upper side to the lower side to the card slot (1) of the H-edge body n; the spacer-: hole 1411 is aligned with the soldering portion 123 of the first-row conductive terminal 12 and the scalar portion 134 of the first terminal 13 Inserting forwards until the oblique temple j: two: the solid buckle groove 1412 and the two barbs 112 end of the insulating body 11; the wire 1 enables the spacer 14 to be stuck to the rear of the insulating body U And soldering on the soldering portion 123 8 M379899 of the first row of conductive terminals 12 and the soldering portion 134 of the second row of conductive terminals 13; the outer circumference of the cable 2 and the connector body of the connector body 1 is injection-molded Forming the first insulative housing 3, the upper housing 41 is sleeved on the insulative housing „ until the two sub-plates 411 are respectively fastened and fixed together with the two slots 113 on the insulative housing u, thereby The upper case 41 is fastened to the insulative housing u; the lower case 42 is further aligned from the bottom up to the upper case 41 to the upper piece 422 The buckle hole 412 on the upper casing 41 is buckled and fixed together, thereby making the ^
42卡固到上殼41上，然後將該下殼幻上的理線央Μ〗嵌 合固定到該賴2的外周；最後，再在料蔽殼體4外周 再次注塑包覆成型該第二絕緣殼體5，從而製得本創作的線 纜連接器10。 * 與現有技術相比，本創作的線繞連接器，通過將第二 排導電端子13設計成具有向上豎直,#折延伸出的固定& 132 ’再將固定部132由絕緣本體u上方垂直插入固定到 絕緣本體11的卡槽m的豎錢道llu内，不需要在絕緣 本體11上形成水平延伸的端子固$孔，因而可以在模且中 省略滑塊，健制普通的上下分模的模具（圖未示）、就可 以注塑成型舰緣本體U ’從而簡化了模具結構和降低了 模具成本；另一方面，第二排導電端子13由於採用這種賢 ^插入固定的結構，在與另—對應的連接ϋ插座插接時固 定部132將向後抵靠在絕緣本體u暨直槽道山1的端面上 無法向後移動；再通過增加—_定_絕緣本體^後方 的間隔件Μ ’不但方便了焊紅序_利進行，而且在成 型第-絕緣殼體3時還可以阻止歸'驗 器本體1内部’該間隔件14還可以用其壓制部142^方 壓緊導電端子Π的貼合物，確保第二排導電端Μ更 9 可靠地固定到絕緣本體11上。 姆=上所賴為本_讀姆_，非意欲侷限本 ☆、#·Μ呆護範圍’故舉凡運用本創作說明書及圖式内 2為的等效變化，均同理皆包含於本創作的權利保護範 圍内’合予陳明。 【圖式簡單說明】 第一圖為本創作實施例的線纜連接器的立體分解圖； 第二圖為本創作實施例的線纜連接器的立體分解圖，其 中’第二絕緣殼體處於分離狀態； 、 第三圖為本創作實施例的線纜連接器的立體圖； 第四圖為本創作實施例的線纜連接器與另一對接的 器的立體圖； 第五圖為本創作實施例的線纜連接器的主視圖； 第六圖為第五圖中的A-Α向剖面視圖； 第七圖為第五圖中的B-B向剖面視圖； 第八圖為本創作實施例的線纜連接器一視角的立體分解 圖，其中’第一絕緣殼體處於分離狀態； 第九圖為本創作實施例的線纜連接器另一視角的立體分解 圖’其中，第一絕緣殼體處於分離狀態； 第十圖為本創作實施例的線纜連接器中連接器本體—視角 的立體分解圖； 第十一圖為本創作實施例的線纜連接器中連接器本體另_ 視角的立體分解圖； 第十二圖為本創作實施例的線纜連接器中連接.器本體的立 體分解圖’其中’第二排導電端子及間隔件都處於分離狀 M379899 態； 第十三圖為本創作實施例的線纜連接器中連接器本體的另 一視角的立體分解圖，其中，第一排導電端子、第二排導 電端子及間隔件處於分離狀態。 【主要元件符號說明】 10線纜連接器 20電路板 30電連接器插座 1連接器本體 11絕緣本體 111卡槽 1111豎直槽道 1112水平槽道 1113坡面 112倒鉤 1121基部 1122鉤部 113開槽 12第一排導電端子 121對接部 122固定部 123焊接部 124結合部 Π第二排導電端子 131彈性對接部 M379899 132固定部 1321突刺 133貼合部 Π4焊接部 14間隔件 141本體 1411通孔 1412卡扣槽 142壓制部 143突出部 144收容槽 2線纜 21導線 3第一絕緣殼體 4屏蔽殼體 41上殼 411扣片 412扣孔 42下殼 421理線夾 422扣片 5第二絕緣殼體42 is fastened to the upper casing 41, and then the outer casing of the lower casing is fixedly fixed to the outer periphery of the Lai 2; finally, the second casing is overmolded and overmolded on the outer periphery of the casing 4 The housing 5 is insulated to produce the cable connector 10 of the present invention. * Compared with the prior art, the wire-wound connector of the present invention is designed to have a second row of conductive terminals 13 having an upwardly vertical, #-folded extension & 132' and then the fixing portion 132 is above the insulating body u The vertical insertion into the vertical channel 11u of the card slot m of the insulative housing 11 does not require the formation of a horizontally extending terminal hole on the insulative housing 11, so that the slider can be omitted in the mold and the ordinary upper and lower points can be established. The die of the mold (not shown) can be injection molded into the ship body U', thereby simplifying the mold structure and reducing the cost of the mold; on the other hand, the second row of the conductive terminals 13 is fixed by the structure. When the socket corresponding to the other connection is inserted, the fixing portion 132 will be rearwardly abutted against the end surface of the insulating body u and the straight channel mountain 1 and cannot move backward; and then by adding the spacer behind the insulating body ^ Μ 'Not only facilitates the welding red sequence, but also prevents the internal body of the detector body 1 from being formed when the first insulating member 3 is molded. The spacer 14 can also be pressed with the pressing portion 142 to press the conductive terminal. Π 贴 ,, ensure The second row of conductive end turns 9 are securely fixed to the insulative housing 11.姆=上上赖本_Reading m_, non-intentional limitations of this ☆, #·Μ 护 护 护 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Within the scope of the protection of rights 'to the Chen Ming. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is an exploded perspective view of the cable connector of the present embodiment; the second figure is an exploded perspective view of the cable connector of the present embodiment, in which 'the second insulating housing is at The third figure is a perspective view of the cable connector of the present embodiment; the fourth figure is a perspective view of the cable connector of the present embodiment and another docking device; The front view of the cable connector; the sixth view is the A-Α cross-sectional view in the fifth figure; the seventh view is the BB cross-sectional view in the fifth figure; An exploded perspective view of the connector, wherein the first insulating housing is in a separated state; the ninth is an exploded perspective view of the cable connector of the present invention from another perspective, wherein the first insulating housing is separated The tenth figure is an exploded perspective view of the connector body in the cable connector of the present invention; FIG. 11 is a perspective exploded view of the connector body in the cable connector of the present invention. Figure; twelfth An exploded perspective view of the connector body of the cable connector of the present embodiment, wherein 'the second row of conductive terminals and the spacers are in a separate M379899 state; the thirteenth diagram is the cable connection of the present embodiment An exploded perspective view of another perspective of the connector body in the device, wherein the first row of conductive terminals, the second row of conductive terminals, and the spacer are in a separated state. [Main component symbol description] 10 cable connector 20 circuit board 30 electrical connector socket 1 connector body 11 insulating body 111 card slot 1111 vertical channel 1112 horizontal channel 1113 slope 112 barb 1121 base 1122 hook 113 Slot 12 first row of conductive terminals 121 butt portion 122 fixing portion 123 soldering portion 124 joint portion Π second row of conductive terminals 131 elastic butt joint portion M379899 132 fixing portion 1321 spur 133 affixing portion 焊接 4 soldering portion 14 spacer 141 body 1411 pass Hole 1412 snap groove 142 pressing portion 143 protruding portion 144 receiving groove 2 cable 21 wire 3 first insulating housing 4 shielding case 41 upper case 411 clasp 412 button hole 42 lower case 421 cable clamp 422 clasp 5 Two insulated housing