M315901 八、新型說明·· 【新型所屬之技術領域】 ^創作係有關-種電連接器’特別涉及—種外部高頻 =，：節約等水平線上所佔用電腦主機外部表面的配 提供等水平線上電腦主機外部表面保留有更 ^的^向區域來配置各式觸配件之直立式電連接器。 【先前技術】 家庭著現代社會不斷進步，電腦應用已走入個人、 :定成為十分普及的電子產品，且 為尤，、針對筆記型電腦以及諸 =電子裝置產品必須符合輕、薄丁動二、:;； 二費二ΐ腦功能的需求卻也愈來於多樣化。為滿 發展外，二力而‘二=記型電腦主機朝薄型化的方向 夕的料電腦周邊設施來提昇電腦功能。 外 配置接/式，其主要係於電腦主機内部 對應，使電腦周、秦"-^ Λ連接恭來與電腦周邊的規袼相 由於電腦主綱 電連接器與€腦主機聯結。但也 規範的電連接哭周二1依賴曰深，如USB等傳統傳輪 速存取，諸如“硬碑:電腦主機需要對電腦周邊快 此逐漸發展以符合E1SA1接=碟f等的運作需求，因 代傳統電連接哭作A. 傳輸規乾之尚頻電連接器取 樑。 °°作為电腦主機與電腦周邊之間聯結的橋 M315901 高頻電連接器配設於電腦主機雖解決· 橋接的傳輸速率問題，但由於如 二細周邊 化，唯-容許配設電連接器的位/僅高度薄型 壁。且由於該周緣板壁的高度受限僅==的周緣板 皆採以沉板型設計。 置…，目瞒接器 如a 口於93年11月〇1日之中華民國證查 :1Π 〇號專利案所揭示一種「電連 及:：. mu日之公告編號：57_號專利口於= 二電連接器」於沉板型高頻電連接器，其料為= 电端子均係以水平向排列方式收容於本體中。’·、、/、、 然如上述高頻電連接器时際使用時，仍具有以下缺失. ^以上所揭示之高頻電連接器其寬幅勢必端 =:使有限的筆記型電腦周緣板壁區域無法取= 2真由於目前高頻電連接器均無採取防呆設計，當電 故所配設之插接頭在與電腦主機外部表面所配設的古 :電，進行電性插接時’使用者若不慎將插接頭： ^將造成電連接H損壞，甚至危及電腦主機的運作安 人有鑑於上述習用的高頻電連接器於實p 也用㈣缺失，且積累個人從事相關產業開發 多： 之經驗，精心研究，終於研發出一種電連接器、。夕年 M315901 【新型内容】 -直Ϊ = 要目的’旨在提供-種電連接器，特別為 部表面；配】:;5用：節約等水平線上所佔用電腦主機外 正確連接見田，並具有防呆設計，確保本電連接器被 正萑連接，避免因錯接造成損壞。 別為的；本創作係提供一種電連接器’特 插槽，且該插接頭之頂面—側處以及位於相同垂 -直立ΐί面—側處分別隆設有—凸塊，本創作係包含： 一，邑緣本體’係具有一基部，該基部前端面向前延 Ϊ穿节其ί式舌板，該直立式舌板—侧面間隔佈設有複數 的位置二：：端：槽，並於該基部前端面近該直立式舌板 壬向狀设有至少—支魏，及該基部前端面近該直 早之縱向端部向前延时至少-防呆凸肋，且該防 呆凸肋則端具有一端面；一端子組，係自上述直立式 本體之基部後端面收容入複數端子槽中，該端子叙至少、 ^多個端子’每—端子具有—接觸面分別顯露於上述直立 式舌板之端子槽外，域訊號端子後端，分別向下管延 伸一接腳部；以及一金屬殼體’係具有-固定部配套於該 直立式絕緣本體之基部外圍，以及該蚊部前端延伸〆 覆部對應圍繞於該直立式舌板以及該防呆凸肋 具插口的插槽。 ,固办烕 如上述構造，當插接頭反接時，該防呆凸肋之端面恰 位於其中一凸塊之插設路徑上，擋止該凸塊，且由於夂端 子係垂直向收容各端子槽中，故係採垂直向配置電腦1機 M315901 -外部表面，從而大幅縮短等水平線上所佔用電腦主機外邻 表面的配置寬幅。 、為使能更進一步瞭解本創作之特徵及技術内容，請春 閱=下有關本創作之詳細說明與附圖，,然而所附圖式僅提 供參考與說明用，並非用來對本創作加以限制者。 【實施方式】 首先，請參閱第一圖以及第二圖所示，本創作係一符 • = E—SATA傳輸規範之直立式電連接器，其用以對接一符 合E—SATA傳輸規範之插接頭丄。該插接頭j具有一插槽 1 1，並於該插槽i i内一垂直側佈設有第一端子組工曰 2另於該插接頭1左、右兩側表面分別設有二個扣孔1 j，另於該插接頭1左、右兩側表面分別設有一彈性突出 邛1 4。且該插接頭1之頂面一側處以及位於相同垂直線 上之底面一側處分別隆設有一凸塊：5，且該二凸塊工5 的截面寬度分別小於該插接頭工之頂、纟面的截面寬度。 _ 、本創作之直立式電連接器，依第一圖、第二圖、第三 圖以及第四圖所示，係包含：一直立式絕緣本體2、一第 一端子組4、一金屬殼體5以及一電路基板6;其中，該 直立式絕緣本體2係具有-基部2 〇，該基部2 〇後端兩 f分別設有-卡槽2工，該直立式絕緣本體2之基部2 〇 琢端面向前延設有一直立式舌才反3對應上述插槽丄丄，該 直立式舌板3具有第-垂直側面32與第二垂直侧面3 3其中4第-垂直側面3 2間尸高佈設有複數貫穿該直立 式絕緣本體2之端子槽3 1，於該基部2 Q前端面近該直 立式舌板3之第二垂直側面3 3底端的位置向前延設有 M315901 一第一防呆凸肋2 2，且該第一防呆凸肋2 2前端具有一 第一螭面2 2 1 ’該第一防呆凸肋2 2於第一端面2 2 1 周緣形成導角；又位於該第一防呆凸肋2 2之相同垂直線 上，於該基部2 0前端面近該直立式舌板3第二垂直側面 3 3頂端的位置向前延設有一第二防呆凸肋2 3，且該第 二防呆凸肋2 3前端具有一第二端面2 3 。另於該基部 2 0底部兩側分別向下設有一連結件2 4，固定於該電路 基板6上。又該直立式絕緣本體2之基部2 〇前端面底部 兩側角落分別向前延伸一延伸部2 5。 而相對上述第一防呆凸肋2 2，於該直立式絕緣本體 2之基部2 0前端面近該直立式舌板3底端之第一垂直 側面3 2底端的位置向前延設有一第一支撐板2 6，且該 第一防呆凸肋2 2與該第一支撐板2 6間形成一第一通 道2 7，以容許該插接頭丄底面之該凸塊丄5通過。 相對上述第二防呆凸肋2 3，於該直立式絕緣本體2 齡之基部2 0前端面近談直立式舌板3之第一垂直側面3 2頂端的位置向前延設有一第二支撐板2 8，且該第二防 呆凸肋2 3與該第二支撐板2 8間形成一第二通道2 9，以容許該插接頭1頂面之該凸塊1 5通過。 該第二端子組4，係自上述直立式絕緣本體2之基部 2 〇後端面收容入複數端子槽3 1中，該第二端子組4包 含二對訊號端子4 1以及各對訊號端子4 i兩側分別設 置一接地端子4 2。每一訊號端子4 1具有一第一接觸面 4 1 1分別_露於上述直立式舌板3之端子槽3丄外對 應接觸上述第—端子組1 2，且該訊號端子4 i後端，分 10 M315901 =下，彎折延伸一第一接腳部4 1 2。每一接地端子4 2 Ί-第二接觸面421分別顯露於該直立式舌板3之 ，、中-端子槽3 1外對應接觸上述第—端子組i 2，且各 該接地端子42後端分別連接於—向下 部 4 2 2。 該金屬殼體5係具有-固定部5工自上述該直立式 絶緣本體2之基部2 0前端ge套於該直立式絕緣本體2 之基部2 0外圍，該岐部5 1前端延伸—包覆部5 2對 應圍繞該直立式舌板3、該第一防呆凸胁2 2、該第二防 呆凸肋2 3、該第一支撐板2 6以及該第二支撐板2 8外 圍，形成具插口的插槽，供該插接頭i對應插設入。 且該金屬殼體5之包覆部5 2内壁可藉由該第一防 呆凸肋2 2 v该弟一支.撐板2 6、該第二防呆凸肋2 3、 該第二支撐板2 8來協助支撐。於該金屬殼體5之固定部 5 1後端兩侧對應上述二卡槽2 1分別設有一卡扣件5 1 1 ’该金屬殼體5之包覆部5 2内壁頂面以及内壁底面 恰用於分別導引該插接頭1之該二凸塊1 5之頂面以及 底面。於5玄金屬殼體5之包覆部5 2左、右兩侧内壁對應 該插接頭1兩側之二扣孔1 3分別設有二彈性卡扣部5 2 2 ’且該插接頭1插入該金屬殼體5内時，該二彈性突 出部1 4恰對應抵掣該金屬殼體5之包覆部5 2左、右兩 ,側内壁，形成緊配合效果。 又該金屬殼體5之固定部5 1兩侧底部分別向下設 有一固定件5 1 2 ’固定於該電路基板6上，另於該金屬 殼體5之包覆部5 2前端上、下、左以及右侧分別延設有 11 M315901 一該接地片5 2 1 〇 該電路基板6係相對設於該直立式電連接器之直立 式絕緣本體2底部，並於該電路基板6上佈設有&數焊點 61，且該第二端子組4中，各該訊號端子41之第一接 2部4 1 2底端以及供各接地端子4 2所共同接觸之該 第二接腳部4 2 2底端分別對應焊固於該電路基板6 ^ 其中一焊點6 上。又該電路基板6上對應上述二連結件 I 2 4，有二通孔6 2，供該連結件2 4插套入該通孔6 2 中固定，且藉由該直立式絕緣本體2之基部2 〇前端所設 名L伸4 2 5底面置設該電路基板6上，來辅助支撐該 直立式絕緣本體2，增加該直立式絕緣本體2之穩定性， 防止忒直立式絕緣本體2向前傾倒。另於該電路基板6上 對應上述二固定件5 2設有二卡掣孔6 3，供該固定件 5 1 2插套入該卡掣孔6 3中固定。 如上述構造實施時，本創作之直立式電連接器可預先 .垂直向配设於筆記型電腦主機底座中，並將本直立式電連 接益前端露出電腦主機底座的周緣板壁上，提供上述插接 頭1進行對接。 依第一圖、第二圖、第三圖、第四圖以及第五圖所示， 當使用者將該插接頭1對本創作之直立式電連接器進行 順向插接時，位於該插接頭；[之該二凸塊丄5之頂、底面 恰分別沿該金屬殼體5之包覆部5 2内壁頂面以及内壁 底面導引進入該金屬殼體5内；且該插接頭丄底面之該^ 塊1 5之左右兩側面分別沿該第一防呆凸肋2 2左側面 與該第一支撐板2 6右側面導引，進入該第一防呆凸肋2 12 M315901 • 2與該第—支樓板2 6間的該第-通道2 7;且該插 1頂面之該凸塊1 5之左右兩側面分別沿該第二防呆凸 肋2 3左側面與該第二支撐板2 8右側面導引，進入該 二防呆凸肋2 3與該第二支撐板2 8間的該第二通 9 ° 並藉由該金屬殼體5之包覆部5 2内壁兩側之二彈 生卡扣部5 2 2對應扣入該插接頭1兩側之二扣孔1 3 分中’使該插接頭1與本創作之直立式電連接器結合定 位。 進而讓本創作直立式電連接器之該直立式舌板3相 對進入該插接頭1後端之插槽丄中.，使該第二端子組4 中各訊號端子4 1以及各接地端子4 2所顯露於該直立 式舌板3之第一垂直侧面3 2所設端子槽3 1外之各第 一接觸面4 1 1以及第二接觸面4 21，分別對應接觸位 於該插槽1 1内側之該第一端子組丄2的各端子。使該插 接頭1與本創作之直立式電連接器聯結，得以進行高頻訊 _ 號傳輸。 " 當使用者將該插接頭1反向插接本創作之直立式電 連接器時，依第六圖所示，該第一防呆凸肋2 2之第一端 ^ 2 2 1以及該第二防呆凸肋2 3之第二端面2 3丄恰 分別位於該凸塊1 5之插設路徑上，擋止該凸塊丄5。使 方向錯誤的插接頭1無法順利進入該金屬殼體5内，進而 阻止名直立式舌板3相對進入該插接頭1後端之插槽1 1中。使該插接頭1與本創作之直立式電連接器皆避免因 錯誤聯結而造成損壞。 13 M315901 又，本創作之该第二防呆凸肋2 3係用以協助支撐該 金屬殼體5。若移除該第二防呆凸肋2 3，僅存之該第」 防呆凸肋2 2當該插接頭1被反向插接時，該第一防呆凸 肋2 2前端之第一端面2 2 1仍位於其中一凸塊丄5之 插設路徑上，擋止該反向之插接頭]進入該金屬殼體5 内，達到防呆設計目的。 综上所述，本創作具有下列諸優點·· 1、本創作之直立式電連接器由於該第二端子組4中各訊 號端子4 1以及各接地端子4 2分別收容於該直 絕緣本體2之基部2 〇 t ’並分別顯露於該直立式舌板 3之第-垂直側面3 2的端子槽3工外，從而大幅減少 该弟二端子組4排列所產生的寬幅，而使直立式電連接 益整體的寬幅縮短，而相對Μ直立式電連接器佔用恭 腦底座周緣板壁較少的橫向區域，使有限的電腦底座 緣板壁區域得以取得合理利用。 2 5>作^直，式電連接11藉由該Α立式絕緣本體2之 別端_直立式舌板3之第二垂直側面3 的：置向前延設有該第-防呆凸肋2 2作為防 端之該插接頭1被反向插接時，該第-防呆凸肋 弟一端面2 21仍位於其中-凸塊15之 上，播止該反向之插接頭1，避免錯誤方向插 入的插接頭1持續深入造成吉 拖 保護電腦主機的運作安全。式電連接器損壞，從而 太二上：述僅為本創作之較佳可行實施例，非因此侷限 本創作之專利範圍，故舉凡利本創作說明書及圖示内容 M315901 2 4 —連結件 2 5 —延伸部 2 6 —第一支撐板 2 7 —第一通道 2 8 —第二支樓板 2 9 —第二通道 3 —直立式舌板 I 3 1 —端子槽 3 2 —第一垂直側面 3 3 —第二垂直側面 4 一第二端子組 4 1 一訊號端子 4 1 1 —第一接觸面 4 1 2 —第一接腳部 4 2 —接地端子 ’ 4 2 1 -第二接觸面 - 4 2 2 —第二接腳部 5 —金屬殼體 5 1 —固定部 5 1 1 —卡扣件 5 1 2 —固定件 5 2 —包覆部 5 2 1 —接地片 M315901 5 2 2 —彈性卡扣部 6 —電路基板 6 1 —焊點 6 2 —通孔 6 3 —卡掣孔 17M315901 VIII. New Description·· 【New Technology Fields】 ^Creation Department--------------------------------------------------------------------------------------------------------------------------------------- The external surface of the mainframe retains a further area to configure the vertical electrical connectors of the various types of contacts. [Prior Art] The family is constantly advancing in the modern society, computer applications have entered the individual, and it is becoming a very popular electronic product, and it is especially suitable for notebook computers and electronic devices. , :;; The demand for the two-fee two brain function is also increasingly diversified. In addition to the full development, Erli and ‘two=recording computer mainframes are in the direction of thinning, and the computer peripheral facilities are used to enhance computer functions. External configuration connection / type, which is mainly in the internal correspondence of the computer host, so that the computer week, Qin "-^ Λ connection Christie to the computer peripherals, because the computer main electrical connector and the brain host. But also the standard electrical connection crying on Tuesday 1 depends on deep, such as USB and other traditional wheel speed access, such as "hard monument: the computer host needs to gradually develop the computer peripheral to meet the operational needs of E1SA1 connection = disc f, etc. Because of the traditional electrical connection, crying A. The transmission frequency is still the frequency connector to take the beam. ° ° as the bridge between the computer host and the computer peripheral M315901 high-frequency electrical connector is equipped with the computer host, although solved · bridged Transmission rate problem, but because of the fine peripheralization, only the position of the electrical connector is allowed to be arranged/only the highly thin wall. And because the height of the peripheral wall is limited, only the peripheral plate of == adopts the sinking type design. Set ..., the target connector such as a port in November 1993, 1 day, the Republic of China certificate: 1 Π 〇 Patent case revealed a "Electrical connection and::. Mu date of the bulletin number: 57_ patent In the sinking type high-frequency electrical connector, the material is = the electrical terminals are received in the body in a horizontal arrangement. '·,, /,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The area can not be taken = 2 really because the current high-frequency electrical connectors are not designed to be foolproof, when the plug connector provided with the electric power is equipped with the ancient: electric, electrical connection with the external surface of the computer host' If the user accidentally inserts the connector: ^ will cause the electrical connection H to be damaged, and even endanger the operation of the computer mainframe. In view of the above-mentioned high-frequency electrical connectors, the use of the high-frequency electrical connector is also missing (4), and the accumulation of individuals engaged in related industry development. More: The experience, meticulous research, finally developed an electrical connector.夕年M315901 [New content] - Straight Ϊ = The purpose of 'to provide a kind of electrical connector, especially for the surface; with】:; 5: Save the horizontal line occupied by the computer host correctly connected to the field, and has The foolproof design ensures that the electrical connector is properly connected to avoid damage due to misconnection. Others; this creation provides an electrical connector 'special slot, and the top surface of the plug connector - side and the same vertical - erect ΐ 面 face - side respectively - convex, the creative system contains [1] The rim body has a base portion, the front end of the base portion faces the front end of the gusset, and the side spacer is provided with a plurality of positions 2:: end: slot, and The front end surface of the base is disposed at least adjacent to the upright tongue, and the front end surface of the base is delayed by at least the anti-stay rib, and the anti-stay rib is The end has an end face; a terminal set is received from the rear end surface of the base of the vertical body into a plurality of terminal slots, the terminal is at least, the plurality of terminals 'each terminal has a contact surface respectively exposed to the upright tongue Outside the terminal slot of the board, the rear end of the field signal terminal respectively extends a pin portion to the lower tube; and a metal housing has a fixing portion attached to the outer periphery of the base of the upright insulating body, and the front end of the mosquito portion extends The 〆 部 corresponds to the straight Formula tongue and socket having foolproof rib slot. In the above configuration, when the plug connector is reversely connected, the end face of the foolproof rib is located on the insertion path of one of the bumps to block the bump, and the terminal is vertically received by the 夂 terminal. In the slot, the vertical surface is configured to configure the external surface of the computer M315901, thereby greatly reducing the configuration width of the outer surface of the computer mainframe occupied by the horizontal line. In order to further understand the characteristics and technical content of this creation, please read the detailed description and drawings of this creation. However, the drawings are for reference and explanation only, and are not intended to limit the creation. By. [Embodiment] First, please refer to the first figure and the second figure. This creation is a vertical electrical connector with the = E-SATA transmission specification, which is used to interface with an E-SATA transmission specification. Connector 丄. The plug connector j has a slot 1 1 and a first terminal block 2 is disposed on a vertical side of the slot ii. Two latching holes 1 are respectively disposed on the left and right sides of the plug connector 1 j. Another elastic protruding protrusion 14 is respectively disposed on the left and right sides of the plug connector 1. And a bump is respectively arranged at a side of the top surface of the plug connector 1 and a bottom surface of the same vertical line: 5, and the cross-sectional width of the two bumps 5 is smaller than the top of the plug connector, respectively. The width of the section. _, the vertical electrical connector of the present invention, as shown in the first, second, third and fourth figures, comprises: a vertical insulating body 2, a first terminal set 4, a metal shell The body 5 and a circuit board 6; wherein the upright insulating body 2 has a base portion 2, the base portion 2 and the rear end two f are respectively provided with a card slot 2, and the base portion 2 of the upright insulating body 2 The end face of the 琢 is forwardly extended with the vertical tongue 3 corresponding to the slot 丄丄, and the upright tongue 3 has a first vertical side 32 and a second vertical side 3 3 of which 4th - vertical side 3 2 The high cloth is provided with a plurality of terminal slots 3 1 penetrating through the vertical insulating body 2, and the front end surface of the base portion 2 Q is adjacent to the bottom end of the second vertical side surface 3 3 of the upright tongue plate 3, and M315901 is first extended. a rib rib 2 2, and a front end of the first stagnation rib 2 2 has a first slanting surface 2 2 1 '. The first stagnation rib 2 2 forms a lead angle at a periphery of the first end surface 2 2 1; Located on the same vertical line of the first foolproof rib 22, at the front end of the base 20 near the top of the second vertical side 3 3 of the upright tongue 3 A second foolproof rib 2 3 is disposed forward, and a front end of the second foolproof rib 2 3 has a second end face 2 3 . Further, a connecting member 24 is disposed downwardly on both sides of the bottom portion of the base portion 20, and is fixed to the circuit substrate 6. Further, the base portion 2 of the upright insulating body 2 and the bottom corners of the front end surface of the front end face extend forwardly by an extension portion 25, respectively. The front end of the base portion 20 of the upright insulating body 2 is adjacent to the bottom end of the first vertical side surface 3 2 of the bottom end of the upright tongue 3 A support plate 2 6 and a first passage 27 is formed between the first retaining rib 22 and the first support plate 26 to allow the bump 丄 5 of the bottom surface of the plug connector to pass. Relative to the second foolproof rib 23, a second support is extended forwardly from the front end surface of the base portion 20 of the vertical insulating body 2 to the top end of the first vertical side surface 3 2 of the upright tongue 3 The plate 2 8 and the second retaining rib 2 3 and the second supporting plate 28 form a second passage 2 9 to allow the bump 15 of the top surface of the plug 1 to pass. The second terminal group 4 is received in the plurality of terminal slots 3 1 from the rear end surface of the base 2 of the vertical insulating body 2, and the second terminal group 4 includes two pairs of signal terminals 4 1 and pairs of signal terminals 4 i A ground terminal 4 2 is respectively disposed on both sides. Each of the signal terminals 4 1 has a first contact surface 4 1 1 respectively exposed to the terminal slot 3 of the vertical tongue 3 and correspondingly contacting the first terminal group 12 and the rear end of the signal terminal 4 i. Sub-10 M315901 = lower, bent to extend a first pin portion 4 1 2 . Each of the grounding terminals 4 2 Ί and the second contact surface 421 are respectively exposed to the upright tongue 3, and the middle-terminal groove 31 has a corresponding contact with the first terminal group i 2 , and the ground terminal 42 has a rear end. Connected to the lower part 4 2 2 respectively. The metal housing 5 has a fixing portion 5 which is sleeved from the base portion 20 of the vertical insulating body 2 to the periphery of the base portion 20 of the upright insulating body 2, and the front end of the flange portion 5 1 extends to cover the portion 5 2 corresponding to the upright tongue 3, the first foolproof ridge 2 2, the second foolproof rib 2 3, the first support plate 26 and the second support plate 28 The socket of the socket is inserted into the plug connector i. The inner wall of the covering portion 52 of the metal casing 5 can be provided by the first foolproof rib 2 2 v, the struts 26 , the second fool rib 2 3 , the second support Board 2 8 to assist the support. Corresponding to the two card slots 2 1 on the two sides of the rear end of the fixing portion 5 1 of the metal shell 5 respectively, a latching member 5 1 1 'the top surface of the inner wall of the covering portion 5 2 of the metal shell 5 and the bottom surface of the inner wall are provided. The top surface and the bottom surface of the two bumps 15 of the plug connector 1 are respectively guided. The two fastening holes 1 3 on the left and right sides of the cover portion 5 2 of the 5th metal housing 5 are respectively provided with two elastic fastening portions 5 2 2 ' and the insertion connector 1 is inserted. In the metal casing 5, the two elastic protruding portions 14 correspond to the left and right sides and the side inner wall of the covering portion 52 of the metal casing 5, thereby forming a tight fitting effect. Further, the bottom portions of the fixing portions 5 1 of the metal casing 5 are respectively provided with a fixing member 5 1 2 ' fixed on the circuit substrate 6, and the front end of the covering portion 5 2 of the metal casing 5 is up and down. 11 M315901, the grounding piece 5 2 1 , the circuit board 6 is opposite to the bottom of the vertical insulating body 2 of the vertical electrical connector, and is disposed on the circuit substrate 6 And a plurality of solder joints 61, and the second terminal portion 4 of the second terminal group 4, the bottom end of each of the signal terminals 41, and the second pin portion 4 for common contact with the ground terminals 42 The bottom ends of the 2 2 are respectively soldered to one of the solder joints 6 of the circuit substrate 6 ^. Further, the circuit board 6 corresponds to the two connecting members I 2 4 and has two through holes 6 2 for inserting the connecting member 24 into the through hole 6 2 and being fixed by the base of the vertical insulating body 2 2 The front end is provided with the name L extension 4 2 5 and the bottom surface of the circuit board 6 is provided to assist the support of the vertical insulating body 2, thereby increasing the stability of the vertical insulating body 2, preventing the vertical insulating body 2 from moving forward. Dumped. Further, the circuit board 6 is provided with two latching holes 6 3 corresponding to the two fixing members 5 2 , and the fixing member 5 1 2 is inserted into the latching holes 63 to be fixed. When the above configuration is implemented, the vertical electrical connector of the present invention can be vertically disposed in the base of the notebook computer, and the front end of the vertical electrical connection is exposed on the peripheral wall of the base of the computer main body to provide the above insertion. Connector 1 is docked. According to the first diagram, the second diagram, the third diagram, the fourth diagram, and the fifth diagram, when the user inserts the plug connector 1 into the vertical electrical connector of the present invention, the plug connector is located at the plug connector. [The top and bottom surfaces of the two bumps 5 are respectively guided into the metal casing 5 along the top surface of the inner wall of the cladding portion 5 2 of the metal casing 5 and the bottom surface of the inner wall; and the bottom surface of the plug joint The left and right sides of the first block 15 are respectively guided along the left side of the first proof rib 2 2 and the right side of the first support plate 26, and enter the first foolproof rib 2 12 M315901 • 2 and The first channel 2 of the first floor slab 2 6; and the left and right sides of the protrusion 15 of the top surface of the first rib are respectively along the left side of the second stagnation rib 2 3 and the second support plate 2 8 is guided on the right side, enters the second pass 9 ° between the second anti-stay rib 2 3 and the second support plate 2 8 and is covered by the inner wall of the covering portion 5 2 of the metal casing 5 The two latching portions 5 2 2 are correspondingly engaged with the two button holes 1 3 on both sides of the plug connector 1 to position the plug connector 1 in combination with the present vertical electrical connector. Further, the upright tongue 3 of the present vertical connector is relatively inserted into the slot 后端 of the rear end of the plug connector 1 so that the signal terminals 4 1 and the ground terminals 4 2 of the second terminal group 4 The first contact surface 4 1 1 and the second contact surface 41 formed outside the terminal slot 3 1 of the first vertical side surface 32 of the upright tongue 3 are respectively located inside the slot 1 1 . Each terminal of the first terminal group 丄2. The plug connector 1 is coupled to the present vertical electrical connector for high frequency signal transmission. " When the user inserts the plug connector 1 into the vertical electrical connector of the present invention, as shown in the sixth figure, the first end of the first foolproof rib 2 2 ^ 2 2 1 and the The second end faces 2 3 of the second foolproof ribs 2 3 are respectively located on the insertion paths of the bumps 15 to block the bumps 5 . The plug connector 1 having the wrong orientation cannot smoothly enter the metal casing 5, thereby preventing the name of the upright tongue 3 from entering the slot 1 1 at the rear end of the plug connector 1. Both the plug connector 1 and the vertical electrical connector of the present invention are prevented from being damaged by an incorrect connection. 13 M315901 Again, the second foolproof rib 2 3 of the present invention is used to assist in supporting the metal casing 5. If the second foolproof rib 2 3 is removed, only the first "anti-deformation rib 2 2" is present. When the plug connector 1 is reversely inserted, the first front end of the first foolproof rib 2 2 The end face 2 2 1 is still located on the insertion path of one of the bumps 5, and the plug connector that blocks the reverse is inserted into the metal casing 5 to achieve the purpose of preventing the design. In summary, the present invention has the following advantages: 1. The vertical electrical connector of the present invention is that the signal terminals 4 1 and the ground terminals 42 of the second terminal group 4 are respectively received in the straight insulating body 2 The base portion 2 〇t ' is respectively exposed to the terminal groove 3 of the first vertical side surface 32 of the upright tongue plate 3, thereby greatly reducing the width of the second terminal group 4 arranged, thereby making the vertical type The overall width of the electrical connection is shortened, while the relatively vertical electrical connector occupies less lateral area of the perimeter wall of the Christine base, so that the limited computer base edge wall area can be rationally utilized. 2 5 > straight, the type of electrical connection 11 by the other end of the vertical insulating body 2 - the second vertical side 3 of the upright tongue 3: the forward-deflecting rib 2 2 When the plug connector 1 as the anti-end is reversely inserted, the first end face 21 of the first anti-staying rib is still located above the lug 15, and the plug 1 of the reverse is broadcasted to avoid The plug connector 1 inserted in the wrong direction continues to penetrate and causes the operation of the computer host to protect the computer. The electrical connector is damaged, so it is only a better and feasible embodiment of the present invention. Therefore, it is not limited to the scope of the patent of the present invention. Therefore, the copy of the manual and the content of the illustration M315901 2 4 - the link 2 5 - extension 2 6 - first support plate 2 7 - first passage 2 8 - second support floor 2 9 - second passage 3 - upright tongue I 3 1 - terminal slot 3 2 - first vertical side 3 3 - second vertical side 4 - second terminal set 4 1 - signal terminal 4 1 1 - first contact surface 4 1 2 - first pin portion 4 2 - ground terminal ' 4 2 1 - second contact surface - 4 2 2 - second pin portion 5 - metal housing 5 1 - fixing portion 5 1 1 - latching member 5 1 2 - fixing member 5 2 - covering portion 5 2 1 - grounding piece M315901 5 2 2 - elastic snap Part 6 - circuit substrate 6 1 - solder joint 6 2 - through hole 6 3 - card hole 17