201032409 . 六、發明說明： 【發明所屬之技術領域】 本發明係一種電連接器及其組件，尤指一種用在電子設備上具有高頻 - 之電連接器及其組件。 八网’ . 【先前技術】 隨著科技發展，電子產品，尤其是手機等手持設備，其功能越來越強 大’尤其是伴隨著衛星導航功能逐步應用於手機上後，手機對傳輸頻率之 要求亦越來越高。 業界人士均知，對於翻蓋手機而言，在轉軸位置一般都安裝有一個微 φ 型同轴電連接器，用以傳輸訊號，該電連接器一般包括長形結構之絕緣本 體’固持於絕緣本體内之複數導電端子，以及置於絕緣本體外園之金屬殼 體，其中，導電端子一端連有複數線纜，而另一端與對接電連接器相連， 從而安裝於電路板上，然而，該種電連接器由於自身結構之特點，其僅能 - 用於傳輪頻率較低之訊號，而不能傳輸高頻訊號，而伴隨著消費者對於手 機功能之進一步要求’傳輸高頻已經成爲一種趨勢。 事實上’手機内部還安裝有一種檢測用電連接器，其包括：絕緣本體， 置於絕緣本體内部之一對開關端子，以及置於絕緣本體外部並將絕緣本體 完全包覆之金屬殼體。雖然，該種電連接器可以適應高頻環境，惟，其僅 Φ 於高頻檢測中適用，而當檢測完成後，其不再具有任何功能。 因此’如何設計出一種既能傳輸高頻訊號又滿足手機發展趨勢之電連 接器成爲業界研究之方向。 【發明内容】 本發明所要解決之技術問題係提供一種電連接器及其组件，其兼具高 頻及傳輪信號功能。 為實現上述目的，本發明提供了一種電連接器，至少包括本體、置於 本趙内部之複數信號端子及接地端子、覆於本體外周之殼體，以及置於本 體外部且與信號端子電性接觸之線纜，其>，線纜設有遮蔽區，信號端子 和接地端子均具有焊接端’信號端子之焊接端與線纜相連，所述殼體之一 4 201032409 . 個邊緣設有複數焊接腳，且該等焊接腳與接地端子之焊接端以及線纜之遮 蔽區彼此電性連接在一起。 、 為實現上述目的’本發明進一步提供了一種電連接器組件，至少包括： 相互對接之第一電連接器和第二電連接器，第一電連接器包括第一本體、 • 置於第一本體内之複數信號端子及接地端子、覆於第一本體週邊之殼體， - =及複數與信號端子連接之線纜，第二電連接器至少包括第二本體及置於 第二本體内之複數第二端子，第一電連接器之信號端子和第二電連接器之 第二端子均包括尾部，第一電連接器之信號端子尾部用於與線纜電性接 觸，第二電連接器之第二端子尾部用於與電路板相連，線纜設有遮蔽區， 第一電連接器之殼體延伸有複數焊接腳，該等焊接腳與第一電連接器之接 地端子尾部，以及線纜之遮蔽區彼此連接。 ® 較之習知技藝，本發明具有以下優點：由於本發明電連接器组件採用 相互對接之第一電連接器和第二電連接器之形式，且一個電連接器與電路 板相連’而另一個電連接器與複數線缓相連，是以，本發明電連接器組件 之傳輸速度以及頻率大大地得到了提高，且其中一個電連接器殼體設有焊 ' 接腳’該等焊接腳與接地端子、以及線纜之遮蔽層彼此連接在一起，因此， 本發明電連接器組件之接地效果也非常好。 【實施方式】 下面，將結合附圖對本發明作進一步詳細描述。 請參考第十圖至第十一圖所示，本發明電連接器组件包括彼此 第一電連接器A和第二電連接器b。 如第一圖至第六圖所示，特別係第四圖和第五圖所示，第一電連接器A 包括第-本體30、-體成型於第一本體3〇内之第—端子7〇、覆蓋並包圍於 第一本體30外周之殼體1〇，以及與第一端子7〇接觸之複數線缓5〇。 *月特別參考第四圖至第五圖所示，第一本體3〇，由塑谬材料製成包 括第-基板30卜自第-基板301一側緣垂直命上或者向下延伸之第一側板 303，以及自第一基板301距第一側板3〇3大致三分之二位置垂直延伸並與第 -侧板303平行設置之顧3G5。上述牆體3G5與第—她3()3之間形成有兩 端開放之第-空間307 (如第二圖、第三圖，以及第五圖所示），而牆體3〇5 另-側與上述第-空間307相鄰有第二空間3〇9 (如第三圖所示第一側板 303之外側壁大认有-對突起部3031 (如第五圖所示），用以與罩覆於第一 5 .201032409 ^ 本體30外周之殼體ι〇配合；上述牆體305之兩個端部均設有朝向外部突出且 呈矩形狀之裝配部305】，與第一側板303之突起部3031類似，用以覆於 第一本體30外周之殼體1〇配合，另外，請特別參考第五圖所示，牆體之 頂表面呈光滑狀，並與其相對之兩個側面共同形成有容置第一端子7〇之第 一端子槽3053 ;第一基板30〗在第一空間307呈光滑平板狀，而在第二空間 ' 如9設有複數交錯排列之槽道3013以及通槽3〇11，上述槽道3〇〗3以及=槽 3011均自牆體305下邊緣延伸至第一本體301相應端部並與第一端子槽3〇i 光滑連通同在於，槽道3013自第一基板301向下凹陷呈矩形槽，^ 301〗貫穿第一基板301。 需要説明.第一本體30之第-側板3〇3上設置之突起部細及牆體3〇5 Φ 端部設置之裝配部3051皆係向外突出，在形狀以及結構上並無不同，故， 其二者可以均被稱作突起部。 第:端子70，請特別參考第四圖至第六圖所示，由金屬材料經衝歷成 型而製成’在本實施方式中，其由三根接地端子7〇A、7〇c、施以及兩根 - 信號端子70B、700组成，在排列上，上述信號端子70B、70D和接地端子 • 皿、7GC、7呢彼此_設置，然，在結構上，二者並沒有太大區別，方 便起見’我們以接地端子7〇A為代表描述其具體結構：第一端子包括絲纜 50連接之焊接端7Gm及自焊接卿卜端向上或者向下延伸且寬度略大於 焊接端7〇1之11形接觸部703。其中，⑽接觸·地括彼此相對設置之第 -和第二腿部則、細，與焊接端7〇1相連之係第一腿部搬，而另一個 係第二腿部7033，進-步’請特別參考第五圖所示，第一腿部觀之外表 面設有向内凹陷之凹陷部7〇31Α，且該凹陷部7〇31人自其外部邊緣設有向内 I伸之引導面（未標不），請制參考第四圖所示第二腿部7咖在其末端 =距離之厚度相較於其他部位較薄，如此，在該位置形成第一接觸部 7033Α ° 特別説明從第四圖和第五圖得知，上述凹陷部7〇3ΐΑ和第一接觸部 7033Α均係自第一腿部7〇31或者第二腿部舰向内凹陷而成 ，因此，二者可 以統一被稱作凹陷接觸部。 殼體1G ’明制參考第四圖和第五圖所示，由金屬材料製成整體呈 開口之Α狀結構’包括頂壁1〇1、自頂壁1〇1之左右邊緣以及後邊緣垂 .201032409 . 直延伸之左板107 ’右板103及後板105，以及自左板i〇3和右板i〇5兩端彼此 相對延伸之折彎部109 ’上述折彎部1〇9可以被看作是前板。其中，上述後 板105設有一對彼此間隔設置之開口 1〇51 ’用以與第一本體3〇相應之一對突 起部3031配合，左板107和右板1〇3分別設有彼此相對之方形孔1〇71、1〇31 用以與第一本體30之牆體105上設置之裝配部3051配合，另外，在每一個上 • 述方形孔、1031之相鄰位置設有朝向第一本體3〇之第一空間3〇7内部突 出之干涉部1073、1033，在本實施方式中，上述干涉部1〇73、1〇33實施上 係一個半球形突起；上述自左板107和右板1〇3—側延伸形成之折彎部1〇9在 殼體10组裝於第一本體30前，其分別與左板1〇7和右板1〇3一體形成且分別 自左板107和右板103端部繼續向前延伸，而當其组裝於第一本體後，才 φ 折彎到與後板105相對之位置。 需要注意.請特別參考第四圖和第五圖所示，上述折彎部之下邊緣 與左板107、右板103，以及後板1〇5之下邊緣基本平齊，惟，其上邊緣卻略 低於頂壁101，如此，頂壁1〇1之三個邊緣分別與左板1〇7、右板1〇3，以及 - 後板105相連’而餘下之一個邊緣呈自由狀，複數焊接腳111分別自頂壁1〇1 之該邊緣向外延伸而成，並最终置於折彎部〗〇9之正上方。 線境50 ’與傳統之線缆類似，依次包括本體區5〇〗、遮蔽區5〇3、絕緣 區505，以及線芯507。 組裝上述第一電連接器A時，首先將第一端子70 一體成型於第一本體3〇 内’此時，第一端子70之_接觸部703跨於第一本體30之踏體305兩側，信 ® 號端子7册和701)之焊接端701容置於第一基板301之通槽3011内，而接地端 子70A、70C、70E之焊接端7〇1自第一基板3〇1之槽道3〇13延伸出第一本體 30外部，接著，將線規50之線芯5〇7從第一基板301底面放置於對應之通槽 3011内並用焊接之方式與信號端子7〇B和7〇D之焊接端7〇1連接在一起；再接 著，將殼體10包覆於第一本體3〇外周，再將其上設置之折彎部1〇9折彎至與 後板105相對之位置，此時，殼體1〇之後板1〇5抵接於第一本體3〇側板3〇3外 周，殼體10上設置之開孔1051與第一本體30上設置之突起部3〇31匹配，左 板107與右板103上設置之方形孔1〇7卜1〇31與第一本體3〇之牆體3〇5上設置 之裝配部3051匹配結合，而與上述方形孔1〇71、1〇31相鄰設置之干涉部 励、urn則暴露於第一本體30之第一空間3〇7内，請制參閱第二圖和第 7 201032409 ' 四圖所示，從中可知，殼體ι〇設有複數彼此間隔一定距離之焊接腳m，是 以，每兩個相鄰之焊接腳111之間就形成有一個空間（未標示），在本實施 方式中’共有四個焊接腳m，形成有五個空間，因此，當殼體1〇組裝於第 一本體30上後’兩根線纜50分別位於上述其中之兩個空間，且線缓5〇與上 述焊接腳111位於同一個平面，同時，接地端子70A、70c、70E置於上述剩 ‘ 餘之三個空間内，如此，線纜50、接地端子70A、70C、70E，以及殼體10 之焊接聊111彼此交錯排列；最後，在線纜5〇之遮蔽區5〇3、接地端子7〇八、 7〇C、70E之焊接端701，以及殼體1〇之焊接腳1U所在位置塗上一層具有導 電特性之物質90，從而，將上述元件連接在一起β 值得一提，在本實施方式中，對將線鏡50、接地端子7〇A、7〇c、7〇Ε， Ο 以及殼體1()連接在一起之具有導電特性之物質90，並未做特別限制，我們 通常所用之導電漆、錫箔等均可以。 接下來’請參考第七圖至第九圖以及第__j_一圖所示，與第一電連接器Α 對接之第二電連接器B包括第二本體2〇、容置於第二本體2〇内部之第二端子 • 40，以及置於第二本體20端部之加強件6〇。 第二本體20，請結合第八圖和第九圖所示，與第一本體30類似，由絕 緣材料製成，包括彼此相對之前壁2〇3和後壁201，該前壁2〇3和後壁2〇1之 間形成有貫穿左右兩側邊用以與第-電連接器A對接之對接收容部2〇〇。其 中，前壁203和後壁201之内壁設有複數與對接收容部2〇〇相連通之第二端子 槽209 ’如此，當第一電連接器A與第二電連接器B組裝在一起後，第一端子 罾 70與第二端子40在該對接收容部200内彼此電性接觸；另外，在後壁2〇1之 外表面中央位置設置有朝内凹陷之開卩部则，而在後壁2()】之頂面向下凹 陷有切口2013，該切口2013尚未貫穿至後壁2〇1底面但與上述開口2〇ιι部相 通’如此，當加強件60組裝於該第二本體2〇内時，可容置於該切口2〇13内， 並藉由開口部2011延伸出第二本體2〇外部。 請繼續參考第八圖和第九圖所示，並結合第十一圖所示，第二端子4〇， 與第-端子7〇類似，由金屬材料製成，依次包括焊接尾部4(H、固持部4〇3、 彈性部407，以及置於固持部4〇3和彈性部4〇7之間之水平部他β其中所 述焊接尾部4G1水平延伸’且自第二讀2賊部延伸出外部用以與電路板 (未圖不）電性連接；固持部4〇3，自辉接尾部4〇1 一端垂直向上延伸，且 8 201032409 其上設置有複數倒刺（未標示），藉以，固持第二端子4〇於第二本體2〇之第 -端子槽2_ ;水平部4〇5 ’自固持部柳末端上邊緣朝向第二端子槽辦 水平延伸且稍朝向下方傾斜；彈性部4〇7，自上述水平部4〇5務朝向固持部 403光滑彎曲延伸並最終形成u形結構如此，在彈性部如7和水平部之 交界處形成-個朝向上述U形結構内部突出之突出部侧，當第一端子％ -插入進來時’上述突出部4073與第—端子7〇之相應部分電性接觸，另外， 在上述U形結構之最末端’進—步設置有朝_職構内部彎曲並形成倒^ 形之接觸部4071，且該接觸部侧與上述突出部4〇73相對設置。 加強件6G’由金屬騎製成，包括容置於上述第二本歡物口内之嵌 入部601以及自該嵌入部601下邊緣中央f曲呈與上述嵌入部紹 參安裝部603。 月 组裝上述第二電連接器B時，首先將各個第二端子她裝人第二本體 内其中’焊接尾部401自第二本體2〇下邊緣延伸出外部空間，固持部他 容置於第二端子槽209相應位置’並藉由倒刺固持於其中，而彈性部4〇7上 •相應之突出部4073及接觸部407〗則暴露於對接收容部2〇〇内部，用以與第一 -端子70達成電性接觸；接著將加強件6〇自上方插入至對應之切口期内， 其中，加強件60之嵌入部601容置於切口2013内，而安裝部6〇3則自上述開 口部2011下邊緣延伸至外部空間，用以與第二端子4〇共同連接至電路板。 下面，β特別參閱第十圖和第圖所示，當第一電連接器Α盘笛-獅對接時，第-電連雛從上糊扣下來，/其第== 之牆= 以及跨於牆體305上之第一端子70容置於第二本體2〇之對接收容部2〇〇内， 而第一本想30之第一側板3〇3則抵接於第二本體2〇後壁2〇1之外表面。 在第一電連接器A组接於第二電連接器B之過程中，由於第二端子4〇之 突出部4073及與其相對設置之接觸部407〗暴露於對接收容部2〇〇内因此， 當第一電連接器A插入進來時，上逑突出部4073和接觸部4〇71在第一端子7〇 之第一和第二腿部7031、7033外表面進行滑行，直至第二端子4〇之突出部 4073與第一端子70相應之第一接觸部7033A相互抵接，第二端子4〇之接觸; 4071進入第一端子70之凹陷部7031入内，至此，第一電連接器八和第二電連 接器Β完成組裝。 需要説明，在本實施方式中，雖然只顯示出了兩根線纜，然，本發明 201032409 ，電連接器组件可以根據客戶之需求，僅設置-根或者增加至多根線鏡以滿 足需求。 综上所述’ 一方面，在本實施方式中，由於第一端子70上設置有凹陷 部7031A，第二端子40設置有相應之接觸部4〇71，因此，當第一端子7〇插入 至第二端子40内後’如果要將其拔出，必須使接觸部4〇71從凹陷部7〇31入内 拉出，從而，增大了拔出力，另外，第一端子7〇上進一步還設置有與上述 凹陷部7031A相對之第-接觸部7〇33A，而該第一接觸部7〇33A係從相應之 第二腿部7G33外表面_喊，因此，當第―端子7〇與第二端子她接完 成後，要將其拔出，也需要一定之拔出力，因此，該結構增大了第一電連 接I§A和第二電連接器B在對接方向之插拔力，使得二者配合更牢固。 另一方面，由於第一電連接器A之殼體1〇延伸有複數與接地端子7〇A、 70C、70E之焊接端701等高之焊接腳⑴，且該等焊接腳⑴藉由一個具有導 電特性之物質90與接地端子7〇A、7GC、观以及紐5()之遮蔽層5()3彼此連 接在一起，從而起到了很好地接地作用，優選地，上述具有導電特性之物 質90可以-層薄薄之騎’亦或是其餘何可導電之薄層，甚至可以是塗 層導電漆如此其不會佔用太大之空間，且滿足手機小型化以及薄型 化發展趨勢》201032409. VI. Description of the Invention: [Technical Field] The present invention relates to an electrical connector and a component thereof, and more particularly to an electrical connector having a high frequency - for use in an electronic device and an assembly thereof. [Eight technology] [Technology] With the development of technology, electronic products, especially mobile phones and other handheld devices, are becoming more and more powerful, especially when the satellite navigation function is gradually applied to mobile phones. It is also getting higher and higher. It is known to the industry that for a flip phone, a micro-φ coaxial connector is generally installed at the position of the rotating shaft for transmitting signals. The electrical connector generally includes an insulative body of an elongated structure and is fixed to the insulative body. a plurality of conductive terminals therein, and a metal case disposed in the outer body of the insulating body, wherein one end of the conductive terminal is connected with a plurality of cables, and the other end is connected to the mating electrical connector to be mounted on the circuit board, however, the type of electricity Due to its own structure, the connector can only be used for signals with low transmission frequency and cannot transmit high-frequency signals, and with the further requirement of consumers for the function of mobile phones, 'transmission of high frequencies has become a trend. In fact, the inside of the mobile phone is also equipped with a detecting electrical connector, which comprises: an insulating body, a pair of switch terminals disposed inside the insulating body, and a metal case placed outside the insulating body and completely covering the insulating body. Although this type of electrical connector can accommodate high frequency environments, it is only suitable for high frequency detection, and when the detection is completed, it no longer has any function. Therefore, how to design an electrical connector that can transmit both high-frequency signals and mobile phone trends has become the research direction of the industry. SUMMARY OF THE INVENTION The technical problem to be solved by the present invention is to provide an electrical connector and an assembly thereof, which have both high frequency and transmission signal functions. In order to achieve the above object, the present invention provides an electrical connector comprising at least a body, a plurality of signal terminals and a ground terminal disposed inside the body, a housing covering the outer periphery of the body, and being disposed outside the body and electrically connected to the signal terminals. The cable to be contacted, the cable is provided with a shielding area, and the signal terminal and the grounding terminal each have a soldering end. The soldering end of the signal terminal is connected to the cable, and one of the housings 4 201032409 has a plurality of edges. Soldering legs, and the soldering ends of the soldering legs and the grounding terminals and the shielding regions of the cables are electrically connected to each other. In order to achieve the above object, the present invention further provides an electrical connector assembly, comprising at least: a first electrical connector and a second electrical connector that are butted to each other, the first electrical connector includes a first body, • is placed in the first a plurality of signal terminals and a grounding terminal in the body, a casing covering the periphery of the first body, -= and a plurality of cables connected to the signal terminals, the second electrical connector including at least the second body and the second body a plurality of second terminals, the signal terminals of the first electrical connector and the second terminal of the second electrical connector each comprise a tail portion, the signal terminal tail of the first electrical connector is for electrical contact with the cable, and the second electrical connector The second terminal tail portion is connected to the circuit board, and the cable is provided with a shielding area. The housing of the first electrical connector extends with a plurality of soldering legs, the soldering legs and the ground terminal tail of the first electrical connector, and the line The shaded areas of the cable are connected to each other. ® The present invention has the advantage over the prior art that the electrical connector assembly of the present invention takes the form of a first electrical connector and a second electrical connector that are butted together, and one electrical connector is connected to the circuit board. An electrical connector is slowly connected to the plurality of wires, so that the transmission speed and frequency of the electrical connector assembly of the present invention are greatly improved, and one of the electrical connector housings is provided with a soldering pin and the soldering legs are The grounding terminal and the shielding layer of the cable are connected to each other, and therefore, the grounding effect of the electrical connector assembly of the present invention is also very good. [Embodiment] Hereinafter, the present invention will be described in further detail with reference to the accompanying drawings. Referring to Figures 11 through 11, the electrical connector assembly of the present invention includes a first electrical connector A and a second electrical connector b to each other. As shown in the first to sixth figures, particularly in the fourth and fifth figures, the first electrical connector A includes a first body 30, and a body-shaped terminal 7 formed in the first body 3〇 The casing 1 covering and surrounding the outer periphery of the first body 30 and the plurality of wires contacting the first terminal 7 are gently slid. *Specially referring to the fourth to fifth figures, the first body 3 is made of a plastic material, including the first substrate 30, and the first edge of the first substrate 301 is vertically or downwardly extended. The side plate 303 and the 3G5 extending perpendicularly from the first substrate 301 at a position substantially two-thirds of the distance from the first side plate 3〇3 and disposed parallel to the first side plate 303. The wall 3G5 and the first 3 () 3 are formed with a first space 307 open at both ends (as shown in the second, third, and fifth figures), and the wall 3 〇 5 The side is adjacent to the first space 307 and has a second space 3〇9 (as shown in the third figure, the outer side wall of the first side plate 303 has a large pair of protrusions 3031 (as shown in the fifth figure) for Covering the housing of the first body of the first body of the main body 30; the two ends of the wall body 305 are provided with a fitting portion 305 protruding toward the outside and having a rectangular shape, and the first side plate 303 The protrusions 3031 are similarly arranged to cover the housing 1 〇 of the outer periphery of the first body 30. In addition, as shown in the fifth figure, the top surface of the wall is smooth and is formed by the opposite sides. The first terminal slot 3053 of the first terminal 7 is received; the first substrate 30 is in a smooth flat shape in the first space 307, and the plurality of staggered channels 3013 and the through slot are provided in the second space 'such as 9 3〇11, the above-mentioned channel 3〇3 and the groove 3011 extend from the lower edge of the wall 305 to the corresponding end of the first body 301 and to the first terminal slot 3〇i The sliding communication is the same as that, the channel 3013 is recessed downward from the first substrate 301 into a rectangular groove, and the first substrate 301 is inserted through the first substrate 301. It should be noted that the protrusions on the first side plate 3〇3 of the first body 30 are fine. The mounting portion 3051 of the wall 3〇5 Φ end is outwardly protruded, and there is no difference in shape and structure. Therefore, both of them may be referred to as protrusions. Section: Terminal 70, please refer to the special reference 4 to 6 show that the metal material is formed by punching and forming. In the present embodiment, it is composed of three grounding terminals 7〇A, 7〇c, and two signal terminals 70B and 700. In the arrangement, the above-mentioned signal terminals 70B, 70D and the grounding terminal, the dish, the 7GC, and the 7th are set to each other. However, in terms of structure, there is not much difference between them. For convenience, we use the grounding terminal 7〇A. The specific structure is described for the representative: the first terminal includes a welded end 7Gm to which the wire 50 is connected, and an 11-shaped contact portion 703 extending upward or downward from the welded end and having a width slightly larger than the welded end 7〇1. Among them, (10) contact · The first and second legs that are opposite each other are thin, and The first leg is connected to the terminal 7〇1, and the second leg 7033 is the other leg. Please refer to the fifth figure in detail. The outer surface of the first leg is recessed inward. The recessed portion 7〇31Α, and the recessed portion 7〇31 is provided with an inwardly extending guide surface (not labeled) from the outer edge thereof, please refer to the fourth leg 7 at the end of the fourth figure. = the thickness of the distance is thinner than other parts, so that the first contact portion 7033 Α ° is formed at this position. Specifically, it is understood from the fourth and fifth figures that the recessed portion 7〇3ΐΑ and the first contact portion 7033Α are both It is formed by recessing the first leg 7〇31 or the second leg ship inward, so that the two can be collectively referred to as a recessed contact. The housing 1G 'Ming is shown in the fourth and fifth figures, and the overall open-ended braided structure made of a metal material' includes a top wall 1〇1, a left and right edge from the top wall 1〇1, and a rear edge. .201032409 . The right-extending left plate 107 'the right plate 103 and the rear plate 105, and the bent portions 109 from the left plate i〇3 and the right plate i〇5 are opposite to each other. The above-mentioned bent portion 1〇9 can be It is seen as the front panel. The rear plate 105 is provided with a pair of openings 1 〇 51 ′ which are spaced apart from each other for cooperating with the corresponding one of the first body 3 突起 , and the left plate 107 and the right plate 1 〇 3 are respectively disposed opposite to each other. The square holes 1〇71 and 1〇31 are configured to cooperate with the mounting portion 3051 provided on the wall 105 of the first body 30, and further, adjacent to each of the square holes 1031, facing the first body. In the first embodiment, the interference portions 1073 and 1033 projecting inside the third space 3〇7, in the present embodiment, the interference portions 1〇73 and 1〇33 are superposed with a hemispherical protrusion; the left plate 107 and the right plate are 1折3—The bent portion 1〇9 formed by the side extension is assembled in front of the first body 30, and is integrally formed with the left plate 1〇7 and the right plate 1〇3, respectively, and respectively from the left plate 107 and The end of the right plate 103 continues to extend forward, and when it is assembled to the first body, it is bent to a position opposite to the rear plate 105. It should be noted that, in particular, referring to the fourth and fifth figures, the lower edge of the above-mentioned bent portion is substantially flush with the left plate 107, the right plate 103, and the lower edge of the rear plate 1〇5, but the upper edge thereof However, it is slightly lower than the top wall 101. Thus, the three edges of the top wall 1〇1 are respectively connected to the left panel 1〇7, the right panel 1〇3, and the rear panel 105, and the remaining one edge is free, plural The soldering feet 111 are respectively extended outward from the edge of the top wall 1〇1 and finally placed directly above the bent portion 〇9. The line 50' is similar to a conventional cable, and includes a body area 5'', a mask area 5'', an insulating area 505, and a core 507. When the first electrical connector A is assembled, the first terminal 70 is first integrally formed in the first body 3'. At this time, the contact portion 703 of the first terminal 70 spans both sides of the tread body 305 of the first body 30. The soldering end 701 of the letter No. 7 terminal and the 701) is accommodated in the through slot 3011 of the first substrate 301, and the soldering end 7〇1 of the grounding terminal 70A, 70C, 70E is from the slot of the first substrate 3〇1 The track 3〇13 extends out of the first body 30, and then the wire core 5〇7 of the wire gauge 50 is placed from the bottom surface of the first substrate 301 in the corresponding through groove 3011 and welded to the signal terminals 7〇B and 7 The welding ends 7〇1 of the 〇D are connected together; then, the casing 10 is wrapped around the outer circumference of the first body 3, and the bent portion 1〇9 provided thereon is bent to be opposite to the rear plate 105. Position, at this time, after the casing 1〇, the plate 1〇5 abuts against the outer periphery of the first body 3〇 side plate 3〇3, the opening 1051 provided in the casing 10 and the protrusion 3〇31 provided on the first body 30 The matching, the square hole 1〇7b1〇31 provided on the left plate 107 and the right plate 103 is matched with the fitting portion 3051 provided on the wall body 3〇5 of the first body 3〇, and the square shape is 1干涉71, 1〇31 adjacent interference portion excitation, urn is exposed in the first space 3〇7 of the first body 30, please refer to the second figure and the seventh 201032409' four figures, from which we can see The housing ι is provided with a plurality of soldering legs m spaced apart from each other by a certain distance, so that a space (not labeled) is formed between each two adjacent soldering legs 111. In the present embodiment, there are four The welding leg m is formed with five spaces. Therefore, after the housing 1 is assembled on the first body 30, the two cables 50 are respectively located in two of the above spaces, and the wires are slowed by 5 turns and the soldering legs 111 are In the same plane, at the same time, the grounding terminals 70A, 70c, 70E are placed in the remaining three spaces, so that the cable 50, the grounding terminals 70A, 70C, 70E, and the welding chat 111 of the casing 10 are interlaced with each other. Arrangement; finally, a conductive layer is applied to the shielding area 5〇3 of the cable 5〇, the soldering end 701 of the grounding terminal 7〇8, 7〇C, 70E, and the soldering leg 1U of the housing 1〇. Substance 90, thus, connecting the above elements together β is worth mentioning in this implementation In the mode, the material 90 having the conductive property connecting the wire mirror 50, the ground terminals 7A, 7〇c, 7〇Ε, Ο and the casing 1 () is not particularly limited, and we usually use it. Conductive paint, tin foil, etc. can be. Next, please refer to the seventh figure to the ninth figure and the __j_ figure, the second electrical connector B that is connected to the first electrical connector 包括 includes the second body 2 〇 and is placed on the second body. 2 〇 internal second terminal • 40, and a reinforcing member 6 置于 placed at the end of the second body 20 . The second body 20, as shown in the eighth and ninth figures, is similar to the first body 30, and is made of an insulating material including the front wall 2〇3 and the rear wall 201 opposite to each other, the front wall 2〇3 and A pair of receiving receptacles 2 are formed between the rear wall 2〇1 and the left and right sides for abutting the first electrical connector A. Wherein, the inner walls of the front wall 203 and the rear wall 201 are provided with a plurality of second terminal slots 209' communicating with the receiving receptacles 2', such that when the first electrical connector A and the second electrical connector B are assembled The first terminal 罾 70 and the second terminal 40 are electrically connected to each other in the pair of receiving receptacles 200; in addition, an opening portion recessed inwardly is disposed at a central position of the outer surface of the rear wall 2〇1, and thereafter The top of the wall 2 () is recessed downwardly with a slit 2013 which has not penetrated to the bottom surface of the rear wall 2〇1 but communicates with the opening 2〇ι1 portion. Thus, when the reinforcing member 60 is assembled to the second body 2〇 When it is inside, it can be accommodated in the slit 2〇13, and extends through the opening portion 2011 to the outside of the second body 2〇. Please refer to the eighth and ninth figures, and in combination with the eleventh figure, the second terminal 4〇, similar to the first terminal 7〇, is made of a metal material, which in turn includes a solder tail 4 (H, a holding portion 4〇3, an elastic portion 407, and a horizontal portion between the holding portion 4〇3 and the elastic portion 4〇7, wherein the welding tail portion 4G1 extends horizontally and extends from the second reading 2 thief portion The external portion is electrically connected to the circuit board (not shown); the holding portion 4〇3 extends vertically upward from one end of the tail portion 4〇1, and 8 201032409 is provided with a plurality of barbs (not labeled) thereon, thereby, The second terminal 4 is fixed to the first terminal slot 2_ of the second body 2〇; the horizontal portion 4〇5' extends horizontally from the upper edge of the retaining portion to the second terminal slot and slightly inclined downward; the elastic portion 4〇 7. From the horizontal portion 4〇5 to the holding portion 403, the curved portion extends smoothly and finally forms a u-shaped structure. Thus, at the boundary between the elastic portion such as 7 and the horizontal portion, a protruding portion side protruding toward the inside of the U-shaped structure is formed. When the first terminal % - is inserted in, the above-mentioned protrusion 4073 and the first terminal 7 Corresponding part of the electrical contact of the cymbal, in addition, at the end of the U-shaped structure is further provided with a contact portion 4071 bent toward the inside of the yoke and forming an inverted shape, and the contact portion side and the protruding portion 4 The 〇73 is oppositely disposed. The reinforcing member 6G' is made of a metal rider, and includes an embedding portion 601 housed in the second present opening and a central portion f from the lower portion of the embedding portion 601 and a mounting portion of the embedding portion 603. When assembling the second electrical connector B, the first second terminal is first loaded into the second body, wherein the 'welding tail 401 extends from the lower edge of the second body 2 to the outer space, and the holding portion is accommodated. The corresponding position of the second terminal slot 209 is fixed in the corresponding position of the second terminal slot 209, and the corresponding protruding portion 4073 and the contact portion 407 on the elastic portion 4〇7 are exposed to the inside of the receiving receiving portion 2〇〇 for The first terminal 70 is electrically connected; then the reinforcing member 6 is inserted from above into the corresponding slit period, wherein the embedded portion 601 of the reinforcing member 60 is received in the slit 2013, and the mounting portion 6〇3 is The lower edge of the opening portion 2011 extends to the outer space For common connection with the second terminal 4〇 to the circuit board. Next, β refers specifically to the tenth figure and the figure, when the first electrical connector is connected with the whistle-lion, the first electric connection is from the upper paste. The first terminal 70 on the wall 305 is received in the pair of receiving portions 2〇〇 of the second body 2〇, and the first side panel of the first one is 30 3〇3 abuts on the outer surface of the second body 2〇 rear wall 2〇1. In the process of the first electrical connector A being connected to the second electrical connector B, due to the protrusion of the second terminal 4〇 4073 and the contact portion 407 disposed opposite thereto are exposed to the receiving receiving portion 2, and therefore, when the first electrical connector A is inserted in, the upper protruding portion 4073 and the contact portion 4〇71 are at the first terminal 7 The outer surfaces of the first and second leg portions 7031, 7033 are slid until the protruding portion 4073 of the second terminal 4 is abutted against the first contact portion 7033A corresponding to the first terminal 70, and the second terminal 4 is in contact with each other; 4071 The recessed portion 7031 of the first terminal 70 is inserted therein, and thus the first electrical connector VIII and the second electrical connector Β are assembled. It should be noted that in the present embodiment, although only two cables are shown, the present invention 201032409, the electrical connector assembly can be set to only one root or to a plurality of line mirrors according to the needs of the customer to meet the demand. In the embodiment, in the present embodiment, since the first terminal 70 is provided with the recessed portion 7031A, the second terminal 40 is provided with the corresponding contact portion 4〇71, so when the first terminal 7〇 is inserted into In the second terminal 40, if it is to be pulled out, the contact portion 4〇71 must be pulled out from the recessed portion 7〇31, thereby increasing the pulling-out force, and further, the first terminal 7 is further pulled up. The first contact portion 7〇33A is provided opposite to the recessed portion 7031A, and the first contact portion 7〇33A is shouted from the outer surface of the corresponding second leg portion 7G33, and therefore, when the first terminal 7〇 After the two terminals are connected, it is necessary to pull out the pullout force. Therefore, the structure increases the insertion force of the first electrical connection I§A and the second electrical connector B in the docking direction. Make the two fit more firmly. On the other hand, since the casing 1 of the first electrical connector A extends with a plurality of soldering legs (1) equal to the soldering ends 701 of the grounding terminals 7A, 70C, 70E, and the soldering legs (1) have one by one The conductive property substance 90 and the grounding terminals 7A, 7GC, and the shielding layer 5() 3 of the button 5 are connected to each other to perform a good grounding action, preferably, the above-mentioned substance having conductive properties. 90 can be - thin layer of riding 'or the other thin layer of conductive, or even coated conductive paint so it does not take up too much space, and meet the trend of mobile phone miniaturization and thinning development"
在第-電連接器A以及帛二電連接器b组裝完成後，殼體1〇將整個電連 接器組件之頂面以及側面包圍起來，從而形成了一道保護層，防止安裝於 電路板上之 ^他電子器件對本發明電連接器組件之訊號傳輸造成干擾。、 最後，請特別參考第十一圖所示，從中可以看出，第二端子4〇 尾部401係從第二本想20之前壁2〇3下部水平延伸出而加強件6 裝部6〇3係從第二本體2〇之後壁2〇1下部水平延伸出，如此，可 發明電連接器組件安裝於電路板上之穩定性，而不會發生傾斜。 也 本發明之技糾容和技術特點已揭示如上，然而熟悉本領域 】仍可能基於本發狀教就揭科行種料錄本發㈣神之 飾。因此，本發明之保護範圍應不限於實施方式所揭示之内容 夂 圖式簡單說明】 第一圖係本發明第一電連接器之立體組合圖 種不背離本發明之替換和修飾，均為本專利申請權利要求所涵蓋 201032409 第二圖係第一圖所示電連接器之俯視圖，其中，連接接地端子、綠雙， 以及殼體之元件尚未示出。 第三圖係第一圖所示電連接器之俯視圖，其中，連接接地端子、線纜， 以及殼體之元件一併示出。 第四圖係第一圖所示電連接器之立體分解圖。 第五圖係第一圖所示電連接器另一角度之立體分解圖。 第六圖係第一圖所示電連接器之剖視圖。After the assembly of the first electrical connector A and the second electrical connector b, the housing 1 包围 encloses the top surface and the side of the entire electrical connector assembly, thereby forming a protective layer to prevent mounting on the circuit board. The electronic device interferes with the signal transmission of the electrical connector assembly of the present invention. Finally, please refer to the eleventh figure in particular, from which it can be seen that the second terminal 4 tail portion 401 extends horizontally from the lower portion of the second front wall 2〇3 and the reinforcing member 6 is mounted 6〇3 It extends horizontally from the lower portion of the second body 2〇 behind the wall 2〇1, so that the stability of the electrical connector assembly mounted on the circuit board can be invented without tilting. Also, the technical rectification and technical features of the present invention have been disclosed above, but it is still possible to familiarize themselves with the field in the field of teaching. Therefore, the scope of protection of the present invention is not limited to the contents disclosed in the embodiments. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a three-dimensional combination of the first electrical connector of the present invention without departing from the replacement and modification of the present invention. Patent Application Claims 201032409 The second drawing is a top view of the electrical connector shown in the first figure, wherein the components connecting the ground terminal, the green double, and the housing are not shown. The third figure is a top view of the electrical connector shown in the first figure, in which the components connecting the ground terminal, the cable, and the housing are shown together. The fourth figure is an exploded perspective view of the electrical connector shown in the first figure. The fifth figure is an exploded perspective view of another angle of the electrical connector shown in the first figure. Figure 6 is a cross-sectional view of the electrical connector shown in Figure 1 .
第七圖係本發明第二電連接器之立體組合圖。 第八圖係第七圖所示電連接器之俯視圖 〇 第九圖係第七圖所示電連接器之立體分解圖。 第十圖係本發明電連接器組件之立體組合圖，其中， 殼體尚未示出。 第^'一圖係第十圖所示電連接器组件之剖視圖，其中 ，殼體一併示出。 【主要元件符號說明】 殼體 10 頂壁 101 右板 103 後板 105 開口 1051 左板 107 方形孔 1071'1031 干涉部 1073 、 1033 折彎部 109 焊接腳 111 第二本體 20 對接收容部 200 後壁 201 開口部 2011 切口 2013 前壁 203 第二端子槽 209 第一本體 30 第一基板 301 通槽 3011 槽道 3013 第一側板 303 突起部 3031 牆體 305 裝配部 3051 第一端子槽 3053 第一空間 307 第二空間 309 第二端子 40 焊接尾部 401 固持部 403 水平部 405 彈性部 407 接觸部 4071 11 201032409Figure 7 is a perspective assembled view of a second electrical connector of the present invention. Figure 8 is a plan view of the electrical connector shown in Figure VII. Figure 9 is an exploded perspective view of the electrical connector shown in Figure 7. The tenth figure is a perspective assembled view of the electrical connector assembly of the present invention, wherein the housing is not shown. Figure 1 is a cross-sectional view of the electrical connector assembly shown in Figure 10, wherein the housing is shown together. [Main component symbol description] Housing 10 Top wall 101 Right plate 103 Rear plate 105 Opening 1051 Left plate 107 Square hole 1071'1031 Interference portion 1073, 1033 Bending portion 109 Welding leg 111 Second body 20 Pair receiving body 200 Rear wall 201 Opening portion 2011 slit 2013 front wall 203 second terminal groove 209 first body 30 first substrate 301 through groove 3011 channel 3013 first side plate 303 protrusion portion 3031 wall 305 mounting portion 3051 first terminal groove 3053 first space 307 Second space 309 second terminal 40 solder tail 401 holding portion 403 horizontal portion 405 elastic portion 407 contact portion 4071 11 201032409
突出部 4073 線纜 50 本體區 501 遮蔽區 503 絕緣區 505 線芯 507 加強件 60 嵌入部 601 安裝部 603 第一端子 70 焊接端 701 U形接觸部 703 第一腿部 7031 凹陷部 7031A 第二腿部 7033 第一接觸部 7033A 具有導電特性之物質 90 第一電連接器 A 第二電連接器 B 12Projection 4073 Cable 50 Body Area 501 Masking Area 503 Insulation Area 505 Core 507 Reinforcement 60 Embedding 601 Mounting Section 603 First Terminal 70 Weld End 701 U-shaped Contact 703 First Leg 7031 Depression 7031A Second Leg Portion 7033 first contact portion 7033A substance having conductive properties 90 first electrical connector A second electrical connector B 12