M353501 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種連接器，特別是一種以傳輸元件作訊號傳輸，並於 傳輸元件之上下兩側設有複數端子，而上下端子可對傳輸元件之上下表面 上之導體進行電性連接與固定。 【先前技術】 • 按’連接器係為各式電子設備間，自動控制或傳輸互動之用，一般連 接器係為兩端設有接頭’或一端接頭一端為控制電路板等態樣，該連接器 内供訊號傳輸用之元件，主要係為排線以及端子做導接，而端子係多呈細 長之結構形態，端子組裝方式之良窥’亦連帶影響了該連接器之良率與品 質’且視情況所需，許多連接器上更需要有跳線與接地之設計。 而連接器中有所謂之多極連接器者，其結構概如同中華民國專利發明 證號1267241「多極連接器」，具備有一電纜連接器與一插座連接器，該電 φ 纜連接器配接有複數圓柱狀的訊號電纜及接地電纜，該電纜連接器隨訊號 電纜以及接地電纜於自身内部設有交錯排列的訊號端子及接地端子，使訊 號電纜與接地電纜得交錯排列插設於電纜連接器内，該訊號與接地的端子 各設有一接頭部，該接頭部一側開有一導引槽部，使該訊號及接地電纜得 插固於導引槽部内，且該接頭部一端設有突起部，而該插座連接器則設有 一嵌合凹部，複數的端子在插設電纜之後，得各以突起部插接於嵌合凹部， 使電纜連接器與插座連接器組合，且該插座連接於嵌合凹部對應各端子的 部分各設有一連接端子，該連接端子一端形成引線部露於插座連接器外， 5 M353501 另一端則形成接點於嵌合凹部内與訊號、接地端子接觸，使訊號、接地電 纜得藉訊號、接地端子與連接端子的接觸而於組裝於對應裝置時，能發揮 傳輸訊號與排除電磁干擾的效果。M353501 VIII. New description: [New technical field] This creation is about a connector, especially a transmission component for signal transmission, and a plurality of terminals on the upper and lower sides of the transmission component, and the upper and lower terminals can transmit The conductors on the lower surface of the component are electrically connected and fixed. [Prior Art] • The connector is used for automatic control or transmission interaction between various electronic devices. Generally, the connector has a connector at both ends or one end of the connector is a control circuit board. The components for signal transmission in the device are mainly for the connection of the cable and the terminal, and the terminal system is mostly in the form of slender structure. The good view of the terminal assembly method also affects the yield and quality of the connector. And as needed, many connectors require a jumper and ground design. The connector has a so-called multi-pole connector, and its structure is similar to the Republic of China patent inventor number 1267241 "multi-pole connector", having a cable connector and a socket connector, the electrical cable connector is mated There are a plurality of cylindrical signal cables and grounding cables. The cable connectors are provided with staggered signal terminals and grounding terminals in the signal cable and the grounding cable, so that the signal cables and the grounding cables are staggered and inserted into the cable connectors. The signal and the grounded terminal are respectively provided with a joint portion, and a guide groove portion is opened on one side of the joint portion, so that the signal and the ground cable are inserted into the guide groove portion, and the joint portion has a protrusion at one end thereof. The socket connector is provided with a fitting recess, and after the plurality of terminals are inserted, the protrusions are respectively inserted into the fitting recesses, the cable connector is combined with the socket connector, and the socket is connected to the socket. Each of the portions of the recessed portion corresponding to each terminal is provided with a connecting terminal, and one end of the connecting terminal is formed with a lead portion exposed outside the socket connector, and the other end of the 5 M353501 is formed. In the fitting recess and signal ground terminal contact, so that the signal, the signal obtained by the contact with the ground terminal ground wire connection terminal and the corresponding apparatus is assembled at the time, and can play a transmission signal of the negative effects of electromagnetic interference.
然而，該種連接器在組裝時，得先將電纜連接器的絕緣體内裝設端子， 再將眾多的魏分訊號、接地逐-交錯排酶設人對應的端子巾，另外該 插座連接器也得先將眾多連接端子裝入嵌合凹部内，在逐一彎折分為接點 與引線部，再將連接器與插座連接器對位組合，而在組裝程中，訊 號、接地魏料在插人端子時發生轉，或無法糊對位；端子在插入 嵌合凹部時也可能因對位不t而損壞，或者未與連接端子的接點正常接 觸；該連接端子也可能在引線部.彎折加工時不慎斷開，由此可見其結構之 複雜，組裝之費時費工，不但不易生產而且製作成本偏高。 此外，由於該連接器係以複數逐—插接裝配於對應的訊號'接地 端子’再該峨、祕軒料接軒雜娜接擅贿效果，若 結構中有任—元件未正確對位，錢财良，赚容絲法正常傳輸訊號 或排除電磁干擾’加上該引線部細小脆弱，很容易在與對象物組裝時因不 當對位而變形。 有鑑於目纽而成本偏 高’且使絲紐轉細缺失，本纖人_跑業開發經營 的丄驗者手研九以傳輸疋件取代眾多的電瘦的方式，簡化連接器的結構， 使其利於生產組裝，且提升良率。 6 M353501 【新型内容】 本創作之目的係在於提供-種連接n，係_電路板與麟之組合來 取代電舰接器之複數條電纜，以雛改善習用多極連接器之結構複雜、 組裝不便、不易生產而成本偏高，且使用容易發生故障損壞的缺失。 本創作旨在揭示-種連接器，其包括絕緣本體、第一端子組、第二端 子組、第-傳輸元件以及第二傳輸元件，其中該絕緣本體開設有一容置淳’ 並於容置淳的上下壁面排觸設有複數端子槽。第—傳輸元件安裝於該容 _置埠巾，其巾第—傳輸元件之—端之—上表^^及姆於該上表面之一下 表面上設有複數個第-導體，該第一傳輸元件之另一端之上表面上設有複 數個第二導體。第-端子組安裝於該容置埠之上壁面的端子槽，其中第一 端子組係由複數第-端子構成，且該些第—端子之一端係與該第一傳輸元 件之上表面上之該些第-導體電性連接，該些第一端子之另一端係用以與 -對接件連接。第二端子組絲於該容科之下壁面的端子槽，i中第二 端子組係由複數第二端子構成，且該些第二端子之一端係與第一傳輸元件 I之下表面上之該些第-導體電性連接，該些第二端子之另一端係用以盘對 接件連接。第二傳輸元件連接於第—傳輸元件，其中第二傳輸元件之一端 係具有複數個接點，該些接點係與第—傳輪元件之另一端之上表面上之該 些第二導體相連接’且該些第二導體係與該些第一導體電性導通。x 本創作之触驗構_財於_電路板雜叙搭触合來取代 習知使用的複數條，即可改善f用多極連接器之結構複雜、組裝不便、 不易生產而成本偏高’且使用容紐生故_壞的問題。 7 M353501 【實施方式】 請參閱第-圖至第六圖所示，係為本創作之連接器的外觀示意圖、立 體分解圖、結構剖面圖以及端子結構之立體示意圖。本創狀連接器係包 括-絕緣本體卜-第-傳輸元件2以及—第二傳輸元件3，其中該第一傳 輸το件2之-端之上表面22及相對於上表面22之下表面24上各設有複數 個第—導體26，第—傳輸元件2之另-端之上表面22上設有複數個第二導 體28,且第一傳輸元件2之上表面22上更設有一導電區2〇1，該導電區2〇1 •係電性連接部份該些第二導體沈，第-導體％係經由第一傳輸元件2内之 電路佈局（未緣示）電性連接於第二導體28 ,且位於上、下表面22、24上 之複數個第-導體26的數#射等於或不等於錄上表面22上之第二導 體28的數量。該第二傳輸元件3之一端上設有複數個第三導體％，此些第 三導體36係凸出於該第二傳輸元件3之上、下絕緣層％、私。在本實施例 中’第-傳輸元件2係為硬式印刷電路板（PCB)或軟性印刷電路板（Fpc)， 第二傳輪元件3係為軟排線（FFC)。 _ 該絕緣本體1係開設有可供一第一傳輸元件2組設的一容置璋1〇，該 絕緣本體1於容置埠1〇巾間垂直設有一立壁m，該立壁1〇1將容置埠1〇 . 區隔成為前、後區間，前區間係用以與對接連接器相連接，後區間係用以 容置該第-傳輸树2，而容置埠1G上下的壁面則排列開設有複數端子槽 11 ’該些上下壁面的端子槽u係穿過立壁1〇1且交錯排列。另一種選擇是， 該些上下壁面的端子槽11係非交錯排列而是彼此面對且對齊排列設置。 該容置埠10上下方的端子槽11係各設有一第一端子組12以及一第二 端子組13 ’該第-端子组12係由複數第一端子12〇構成，該第二端子組 8 M353501 13係由複數第二端子i3〇構成’各第一端子i2〇係包括與端子槽I〗配合定 位用的一第一定位段1201以及一第一接觸部12〇2,各第二端子13〇係包括 與鳊子槽11配合定位用的一第二定位段13Q1以及一第二接觸部1302。該 第一定位段1201係設入位於容置埠10前區間的端子槽n内，而該第一接 觸部1202係設有包括由第-定位段朝反方向延伸入後區間，並且貼 住容置璋1〇上壁面的-第-倚靠段1202卜由第-倚靠段12021向下彎折 的第彈抵件12022。該第二定位段13〇1同樣設入位於容置埠丨〇前區間 籲的端子槽11内，而該第二接觸部13〇2係包括由第二定位段13〇1朝反方向 延伸入後區間’並且貼住容置埠1Q下壁面的—第二倚靠段丨蘭、由該第 -倚靠段13G21向上拱起的-第二彈抵件13Q22。在本實施例中，第一端子 120與第—端子130之結構係完全相同，僅是其安裝在容置琿1()中的位置 疋上下交錯排列對應设置，且其第一彈抵件12〇22與第二彈抵件挪22係 彼此交錯排列對應設置且其f折的方向皆朝向著容置璋1〇之中心，以將安 裝於♦置埠10之第—傳輸轉2上下夾持固定並與複數個第—導體％電 • 性連接。 ' 舰緣本體1可利用第-、第二端子組12、13將第一傳輸元件2組設 固疋於谷置埠10的後區間中，而容置蟑1〇的前區間則可留給其他訊號傳 輸用的對接件組裝，並利用與第一、第二端子組12、13置於前區間的第一、 第-疋位& 1201、1301接觸，和位於後區間的第一傳輸元件2產生訊號流 連通的效果在本實施例中，於該絕緣本體！之兩側更安裝有一^^勾14， 用以使該絕緣本體1與對接連接器相連接時能卡合的更咖。此外，該絕 M353501 緣本體1外側更設有一殼體4’該殼體4係包括一上殼體41及一下殼體42, 該上、下殼體41、42係各自裝設於絕緣本體1的上下侧，該上殼體係 設有可與第一傳輸元件2之導電區201搭接，作為接地之用的至少一彈片 46 (本實施例設有二彈片）。 如第四圖及第五圖所示’係為第一圖中之連接器沿著m外〜一 段之結構刮面圖。當將第一傳輸元件2裝入絕緣本體丨的容置埠丨〇時，第 一傳輸元件2恰可插入第一端子120之第一彈抵件12〇22與第二端子13〇 之第二彈抵件1順之間U抵件12〇22配合第二彈抵件麗2分別 於第-傳輸元件2之上下_施力以將第—傳輸元件2固定，且第一彈抵 件12022與第二彈抵件13022係恰可面對於複數個第—導體26設置並與位 於第-傳輸元件2之上、下表面22、24上之複數個第—導體％電性連接。 是以，本創作可藉由容置埠1〇上下壁面分設的第-、第二端子組12、 13，以該第-端子組12之衫—端子12Q所彎折延伸而下的第一彈抵件 12022，以及第二端子組13之各第二端子傷所向上秋的第二彈抵件 13022，由該第-彈抵件·2與第二彈抵件13〇22從相對方向 傳輸元件2上、下絲22、24施力’济输物力道左右而緊貼 於第-端子之第-彈抵件歷2與第二端子伽之第二彈抵件⑽四 之間，因而達到將第—傳輸元件2肺做於容置埠i㈣的效果。 另外’該上殼體42以彈片46搭接卜傳輸元件2之導電區观，且此 接電區20i係與第二傳輪元件3之一端上之部份該些第三導體％電性連 而下殼體44 卡合機構卡扣配合於上殼體犯，如此除能有效排除第 M353501 二傳輸元件3與第—傳輸讀2之電斜擾外，雜再對第—傳輪元件^ 增加些許的穩固效果。另-種選擇是，在下殼體犯可另外設有彈片 不）搭接第-傳輸元件2之下表面24上的導電區（修），使殼體4可 上下搭接第-傳輪元件2，再輯：傳輪元梅恤制較佳的接地 效果。值得-提的是，在本實施财，第—端子㈣第：端子⑽之社 •構係完全相同，然不限於此，第一端子伽與第二端子⑽之結構也可以 _是不完全相同’只要其能將第一傳輸元件2上下失持固定於容置淳ι〇中， 且紐連接於第-傳輸元件2之上、下表面22、24上之第—導體沈即可。 綜上所述，本創作之連接器結構的特徵係在於利用電路板與排線之搭 接組合來取代習知使用的複數條，藉以改善習知多極連接器之結構複 雜、組裝不便、不易生產而成本偏高，且使用容易發生故障損壞的問題。 卜本創作還可藉姐魏路板之冑路佈局的設計，使得連接器結構具 有跳線的功能。再者’本創作之殼體除了有挾持固定電路板的功能外，殼 體上也可設有彈片以與電路板上的導電區電性連接，再經由排線傳遞訊號 以取代習知的鋁箔設計，可以大幅降低成本。 由上所述者僅用以解釋本創作之較佳實施例，並非企圖具以對本創作 作任何形式上之限制，是以，凡有在相同之創作精神下所做有關本創作之 任何修飾或變更者，皆仍應包括在本創作意圖保護之範疇内。 【圖式簡單說明】 第一圖係為本創作連接器之外觀示意圖。 第二圖係為本創作連接器之立體分解圖。 M353501 第三圖係為本創作另一角度之立體分解圖。 第四圖係為第一圖沿著AA線段之結構剖面圖。 第五圖係為第一圖沿著BB線段之結構剖面圖。 第六圖係為本創作之端子結構之立體示意圖。 【主要元件符號說明】However, when the connector is assembled, the terminal of the cable connector is firstly provided with a terminal, and then a plurality of Wei-divided signals and grounding are alternately arranged to be arranged in a corresponding terminal towel, and the socket connector is also It is necessary to first insert a plurality of connecting terminals into the fitting recesses, and divide them into joints and lead portions one by one, and then combine the connectors with the socket connectors, and in the assembly process, the signal and the grounding material are inserted. When the terminal is turned, it may not be misaligned; when the terminal is inserted into the fitting recess, it may be damaged due to the misalignment or may not be in normal contact with the contact of the connection terminal; the connection terminal may also be bent at the lead portion. Inadvertently disconnected during folding processing, which shows that the structure is complicated, and the assembly takes time and labor, which is not only difficult to produce but also has high production cost. In addition, since the connector is multiplied and assembled in the corresponding signal 'ground terminal', then the 峨 秘 秘 秘 接 轩 轩 轩 杂 杂 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 , , , , , , , , , , , , , Qian Cailiang, earning the normal method of transmitting the signal or eliminating the electromagnetic interference', and the lead portion is small and fragile, and it is easy to be deformed due to improper alignment when assembled with the object. In view of the high cost and the lack of wire mesh, the fiber creator _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It makes it easy to produce assembly and increase yield. 6 M353501 [New Content] The purpose of this creation is to provide a combination of n, system _ circuit board and Lin to replace the multiple cables of the electric ship connector, to improve the structure of the conventional multi-pole connector, assembly Inconvenience, difficulty in production, high cost, and the use of faults that are prone to failure. The present invention is directed to a connector that includes an insulative housing, a first terminal set, a second terminal set, a first transmission element, and a second transmission element, wherein the insulative housing has a receiving recess and is received therein. The upper and lower wall faces are provided with a plurality of terminal slots. The first transmission element is mounted on the _ 埠 , , , , , , , , , 传输 传输 传输 传输 传输 传输 传输 传输 传输 传输 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一A plurality of second conductors are disposed on the upper surface of the other end of the component. The first terminal group is formed by the plurality of first terminals, and the first terminal group is formed by a plurality of first terminals, and one of the first terminals is connected to the upper surface of the first transmission component The first conductors are electrically connected, and the other ends of the first terminals are connected to the butt joint. The second terminal group is disposed on the terminal groove of the lower wall of the sub-discipline, and the second terminal group of i is composed of a plurality of second terminals, and one end of the second terminals is on the lower surface of the first transmission element I The first conductors are electrically connected, and the other ends of the second terminals are connected by a disk docking member. The second transmission element is coupled to the first transmission element, wherein one end of the second transmission element has a plurality of contacts, and the contacts are opposite to the second conductors on the upper surface of the other end of the first transmission element Connecting 'and the second guiding system is electrically connected to the first conductors. x The touch of the creation of the creation of the _ circuit board _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ And use the problem of the new _ _ bad. 7 M353501 [Embodiment] Please refer to the first to sixth figures, which are schematic diagrams of the appearance of the connector, the exploded view, the structural cross-section and the terminal structure. The inventive connector includes an insulative body-first transmission member 2 and a second transmission member 3, wherein the first transmission τ2 member-end surface 22 and the upper surface 22 of the upper surface 22 Each of the plurality of first conductors 26 is disposed on the other end surface 22 of the first transmission element 2, and a plurality of second conductors 28 are disposed on the upper surface 22 of the first transmission element 2 2〇1, the conductive region 2〇1 • is electrically connected to the second conductors, and the first conductor is electrically connected to the second via a circuit layout (not shown) in the first transmission component 2 The number of conductors 28, and the plurality of first conductors 26 on the upper and lower surfaces 22, 24, is equal to or not equal to the number of second conductors 28 on the recorded surface 22. One end of the second transmission element 3 is provided with a plurality of third conductors %, and the third conductors 36 are protruded from the second transmission element 3, and the lower insulation layer is 100% private. In the present embodiment, the 'first transmission element 2' is a hard printed circuit board (PCB) or a flexible printed circuit board (Fpc), and the second transmission element 3 is a flexible wiring (FFC). The insulating body 1 is provided with a receiving 璋1〇 for a first transmission element 2, and the insulating body 1 is vertically provided with a vertical wall m between the accommodating 〇1, and the vertical wall 1〇1容 埠1〇. The interval becomes the front and rear sections, the front section is used to connect with the docking connector, the rear section is used to accommodate the first transmission tree 2, and the wall of the upper and lower 埠1G is arranged. A plurality of terminal grooves 11 are formed in which the terminal grooves u of the upper and lower wall surfaces pass through the vertical wall 1〇1 and are alternately arranged. Alternatively, the terminal grooves 11 of the upper and lower walls are non-staggered but face each other and aligned. Each of the terminal slots 11 of the upper and lower housings 10 is provided with a first terminal group 12 and a second terminal group 13'. The first terminal group 12 is composed of a plurality of first terminals 12A, and the second terminal group 8 M353501 13 is composed of a plurality of second terminals i3 ' 'each of the first terminals i2 包括 includes a first positioning segment 1201 for positioning with the terminal slot I and a first contact portion 12 〇 2, each of the second terminals 13 The tether system includes a second positioning segment 13Q1 and a second contact portion 1302 for positioning with the tweezers slot 11. The first positioning portion 1201 is disposed in the terminal slot n of the front portion of the accommodating 埠10, and the first contact portion 1202 is disposed to extend from the first positioning portion into the rear portion in the opposite direction, and is attached to the rear portion. The first-receiving section 1202 of the upper wall is placed by the first elastic member 12022 which is bent downward by the first-receiving section 12021. The second positioning section 13〇1 is also disposed in the terminal slot 11 in the front of the receiving front, and the second contact 13〇2 includes the second positioning section 13〇1 extending in the opposite direction. The rear section 'and abuts the second leaning section of the lower wall of the 埠1Q, the second elastic member 13Q22 arched upward by the first leaning section 13G21. In the present embodiment, the first terminal 120 and the first terminal 130 are completely identical in structure, only in a position where they are mounted in the accommodating 珲 1 (), and are arranged in a staggered arrangement, and the first elastic member 12 thereof is disposed. The 〇22 and the second elastic member 22 are arranged in a staggered arrangement corresponding to each other, and the direction of the f-fold is oriented toward the center of the accommodating 璋1〇 to clamp the first to the second of the 传输10 Fixed and connected to a plurality of first conductors. The ship's rim body 1 can use the first and second terminal groups 12 and 13 to fix the first transmission element 2 in the rear section of the valley 埠 10, and the front section of the 蟑 1 容 can be reserved for The other signal transmitting butt joints are assembled and contacted by the first, first-clamp & 1201, 1301 placed in the front section of the first and second terminal groups 12, 13, and the first transmission component in the rear section 2 The effect of generating signal stream communication is in this embodiment, in the insulating body! Further, a ^^ hook 14 is mounted on both sides to enable the insulative body 1 to be engaged with the mating connector. In addition, the outer casing of the M353501 is further provided with a casing 4'. The casing 4 includes an upper casing 41 and a lower casing 42. The upper and lower casings 41 and 42 are respectively mounted on the insulating body 1. The upper and lower sides are provided with at least one elastic piece 46 (which is provided with two elastic pieces) which can be overlapped with the conductive area 201 of the first transmission element 2 for grounding. As shown in the fourth and fifth figures, it is a structural plan view of the connector in the first figure along the outer portion to the outer portion. When the first transmission element 2 is inserted into the receiving 埠丨〇 of the insulating body ,, the first transmission element 2 can be inserted into the first elastic member 12 〇 22 of the first terminal 120 and the second second terminal 13 〇 The elastic member 1 is disposed between the U-contact member 12 22 and the second elastic member 2 to be biased above the first transmission member 2 to fix the first transmission member 2, and the first elastic member 12022 is The second resilient member 13022 is disposed to face the plurality of first conductors 26 and is electrically connected to a plurality of first conductors on the lower surface 22, 24 of the first transmission member 2. Therefore, the first and second terminal groups 12 and 13 which are respectively disposed on the upper and lower wall surfaces can be bent and extended by the shirt terminal 12Q of the first terminal group 12 The second elastic member 13022 of the elastic member 12022 and the second terminal of the second terminal group 13 is wound from the opposite direction by the first elastic member 2 and the second elastic member 13 22 The upper and lower wires 22 and 24 of the element 2 exert a force between the left and right ends of the material and the second elastic member (10) of the second terminal and the second elastic member (10). The effect of the first transmission element 2 lung on the accommodation 埠i (four). In addition, the upper casing 42 overlaps the conductive region of the transmission element 2 with the elastic piece 46, and the electrical connection region 20i is electrically connected to a portion of the third conductor at one end of the second transmission component 3. The lower housing 44 is engaged with the upper housing by the snap mechanism, so that the power transmission of the M353501 second transmission component 3 and the first transmission read 2 can be effectively eliminated, and the hybrid transmission of the first transmission component is further increased. A little stability. Alternatively, the lower casing may be additionally provided with a resilient piece that does not overlap the conductive area on the lower surface 24 of the first transmission member 2, so that the housing 4 can overlap the first-wheel member 2 , re-series: the better grounding effect of the transmission of the Yuanmei shirt. It is worth mentioning that, in this implementation, the first terminal (four): terminal (10) has the same structure, but is not limited thereto, and the structure of the first terminal gamma and the second terminal (10) may also be different. 'As long as it can fix the first transmission element 2 up and down in the accommodating device, and the button is connected to the first conductor on the lower surface 22, 24 of the first transmission element 2, it can sink. In summary, the connector structure of the present invention is characterized by the use of a lap joint combination of a circuit board and a cable to replace a plurality of conventionally used strips, thereby improving the structure of the conventional multi-pole connector, being inconvenient to assemble, and being difficult to produce. The cost is high, and the problem of easy failure and damage is used. Buben's creation can also be designed by the layout of the sister Weilu board, which makes the connector structure have the function of jumper. Furthermore, in addition to the function of holding the fixed circuit board, the housing of the present invention can also be provided with a spring piece on the housing to electrically connect with the conductive area on the circuit board, and then transmit signals via the cable to replace the conventional aluminum foil. Design can significantly reduce costs. The above description is only used to explain the preferred embodiment of the present invention, and is not intended to impose any limitation on the present creation, so that any modification or related to the creation made under the same creative spirit may be The changer should still be included in the scope of this creative intent. [Simple description of the diagram] The first diagram is a schematic diagram of the appearance of the authoring connector. The second figure is an exploded view of the authoring connector. M353501 The third picture is a three-dimensional exploded view of another angle of the creation. The fourth figure is a structural sectional view of the first figure along the AA line segment. The fifth figure is a structural sectional view of the first figure along the BB line segment. The sixth figure is a three-dimensional diagram of the terminal structure of the present creation. [Main component symbol description]
絕緣本體1 容置埠10 端子槽11 第一端子組12 第二端子組13 卡勾14 立壁101 第一端子120 第二端子130 第一定位段1201 第一接觸部1202 第二定位段1301 第二接觸部1302 第一倚靠段12021 第一彈抵件12022 第二倚靠段13021 第二彈抵件13022 第一傳輸元件2 上表面22 下表面24 第一導體26 第二導體28 導電區201 第二傳輸元件3 上絕緣層32 下絕緣層34 第三導體36 殼體4 上殼體41 下殼體42 彈片46 12Insulation body 1 housing 埠 10 terminal slot 11 first terminal group 12 second terminal group 13 hook 14 vertical wall 101 first terminal 120 second terminal 130 first positioning segment 1201 first contact portion 1202 second positioning segment 1301 second Contact portion 1302 first resting portion 12021 first resilient member 12022 second resting portion 13021 second resilient member 13022 first transmission element 2 upper surface 22 lower surface 24 first conductor 26 second conductor 28 conductive region 201 second transmission Element 3 Upper insulating layer 32 Lower insulating layer 34 Third conductor 36 Housing 4 Upper housing 41 Lower housing 42 Spring 46 12