1271006 九、發明說明： 【發明所屬之技術销域】 發明領域 概略言之，本發明係關於電氣連接器技術，特別係關 5於平板電路例如平板可捷性電路、可挽性印刷電路或其它 平板電纟覽線端子用之連接器。 C先前技術:j 發明背景 10 15 已經設計出寬廣多種電連接器來作為平板電規或平板 電路端子。典型平板電路之連接器包括—例如由塑膠材料 模製而成之介電殼體。殼體有—細長開口或_開槽 平板電路-端’該平板電路具有概略平行且橫向隔開之導 體跨該末端暴露出。複數個端子安裝於該殼體，沿該開槽 於検向方向彼此隔開，端子之接觸部可接合平板電路之橫 向彼此隔開之導體。致動器經常係活動式安裝於殼體上， 來介於-第-位置與-第二位置間移動於該第_^，該 純電路可自由插人該開槽；於該第二位置，致動器爽緊 殼體内部電路，朝向端子之接觸部偏轉電路。 、第16圖及第17_示具有前述特徵之先前技術平板電 =連接器’連接器包括-殼體’概略標示為2()，有複數個 端子(概略標示為22)，由後方安裝於殼體。殼體係安裝於一 尸刷包路板上（圖+未喊示）’殼體係由介電塑膠材料製成。 殼體有-開槽2Ga於其前方，供接納平板電路—端於一電路 插入方向’如箭頭「B」指示。該殼體包括一後部鳩，後 20 1271006 部有多對端子接納通道20c，於通道2〇c内部架設端子22。 取後殼體為細長，殼體包括一對壁或固定臂2〇d，其具有固 定溝槽2〇e形成於其内側。細長致動器（概略標示為24)利用 對固疋凸部24a來樞轉式安裝於殼體，固定凸部2知具 5有樞軸凸部24b於殼體之相對兩端。固定凸部係旋轉式安裝 於形成於臂20d内側之固定溝槽2〇e。一對鎖定凸部24c係形 成於細長致動态兩方之相對兩端。該鎖定凸部於致動器於 苐16圖所示閉合位置時，係鉤住殼體前方。 一對實質包圍之嵌合釘係安裝於殼體之概略倒τ字形 1〇女裝部2〇f，於箭頭「Β」方向。嵌合釘係由金屬材料製成， 敗合釘可焊接至印刷電路板之安裝襯墊來牢固固定連接器 至印刷電路板。 致動為24由第16圖及第17圖顯示之閉合位置旋轉9〇度 而k立，致動24之後端係插入於殼體之固定臂2〇d間。固 15定凸部24&分別係插入於臂2〇4内側之固定溝槽20e，來固定 致動器至殼體。如此界定致動器之開放位置。當致動器係 於此種開放位置時，平板電路末端係於箭頭「A」方向插入 開槽20a。然後致動器以樞軸凸部24b為中心旋轉至第化圖 及第I7圖所示閉合位置，俾偏轉平板電路底部的轉適當接 20 點朝向端子22。 前述先前技術連接器之問題在於致動器無法牢固鎖定 於其閉合位置。鎖定凸部24b係藉脆弱摩擦力鎖定，當撞擊 時或甚至有微小的向上方向力時，鎖定容易鬆脫。致動器 於殼體間之樞軸連結也脆弱，原因在於並無任何裝置來將 12710061271006 IX. INSTRUCTIONS: [Technical field of invention] Field of the Invention In summary, the present invention relates to electrical connector technology, and in particular to a flat panel circuit such as a tablet achievable circuit, a switchable printed circuit or the like Connector for flat panel cable terminal. C Prior Art: j Background of the Invention 10 15 A wide variety of electrical connectors have been designed for use as flat panel or flat circuit terminals. A typical flat circuit connector includes, for example, a dielectric housing molded from a plastic material. The housing has an elongated opening or a slotted flat circuit - end. The flat circuit has substantially parallel and laterally spaced conductors exposed across the end. A plurality of terminals are mounted to the housing, spaced apart from one another in the direction of the yaw, and the contacts of the terminals engage the conductors of the slab circuit that are spaced apart from one another. The actuator is often movably mounted on the housing to move between the first position and the second position, and the pure circuit is freely insertable into the slot; in the second position, The actuator tightens the internal circuitry of the housing toward the contact deflection circuit of the terminal. 16 and 17 show a prior art flat panel electrical connector=connector having the aforementioned features, including a housing, generally indicated as 2 (), having a plurality of terminals (generally designated as 22), mounted by rear case. The housing is mounted on a corpse brush board (Fig. + not shouted). The housing is made of a dielectric plastic material. The housing has a slot 2Ga in front of it for receiving the flat circuit - the end is inserted in a circuit direction as indicated by the arrow "B". The housing includes a rear cymbal, and the rear 20 1271006 has a plurality of pairs of terminal receiving passages 20c, and the terminal 22 is erected inside the passage 2〇c. The rear housing is elongated, and the housing includes a pair of walls or fixed arms 2''d having a fixed groove 2〇e formed on the inner side thereof. The elongated actuator (generally designated 24) is pivotally mounted to the housing by the fixed projection 24a, and the fixed projection 2 has a pivotal projection 24b at opposite ends of the housing. The fixing projection is rotatably mounted to the fixing groove 2〇e formed inside the arm 20d. A pair of locking projections 24c are formed at opposite ends of the elongated and dynamic sides. The locking projection is hooked to the front of the housing when the actuator is in the closed position shown in Fig. 16. A pair of substantially-enclosed fitting nails are attached to the casing in a roughly inverted zi-shape 1〇 women's section 2〇f, in the direction of the arrow "Β". The mating nails are made of a metal material that can be soldered to the mounting pads of the printed circuit board to securely secure the connector to the printed circuit board. The actuation is rotated by 9 degrees from the closed position shown in Figures 16 and 17, and the end of the actuation 24 is inserted between the fixed arms 2〇d of the housing. The fixing projections 24 & are respectively inserted into the fixing grooves 20e inside the arms 2〇4 to fix the actuators to the housing. The open position of the actuator is thus defined. When the actuator is in this open position, the end of the flat circuit is inserted into the slot 20a in the direction of the arrow "A". Then, the actuator is rotated about the pivotal projection 24b to the closed position shown in the first and fourth figures, and the turn of the bottom of the yaw plate circuit is appropriately aligned 20 toward the terminal 22. A problem with the prior art connectors described above is that the actuator cannot be securely locked in its closed position. The locking projection 24b is locked by fragile friction, and the lock is easily released when impacted or even with a slight upward direction force. The pivotal connection between the actuators is also fragile because there is no device to put 1271006
個別樞軸部固定接合。本發明之目的係針對解決 【發明内容】 W 發明概要 因此本發明之一目的係提供一種新賴改良之電連接 盗，來連結一平板電路至一印刷電路板。 =明之具體實施例中，該致動器包括一介電殼 體，其具有—開槽於其前部，供接納該平板電路之—端於 10 15 :電路插人方向。複數個端子，其係以—併排陣列安麥於 w體’且沿該開槽彼此隔開。_致_ : 裝於該殼體，供介於開放位置㈣人動式女 位置係允許平板電路插幾閉:=:動’該開放 該平板電路朝向端子。至少若干端子勺^4^'偏轉 有—裝置供接合該致動器之—樞轴部二 :其開放位置與閉合位置間之_移動。至少 在、係安裝於該殼體來固定該殼體至該印刷電路板。二人 ，，丁具有偏職置，職職置可供偏轉致動 ^° 接合該樞軸端子之樞軸裝置。 口品*部來 根據本發明之一面向，該嵌 板:形。一安裝部，來安二=:料 固定部來固定該連接器至該印刷電路、 " 又也， =合該致動器，以及偏_部:概二 方向而與該樞軸端子之樞軸裝置接合。 插入 根據本發明之另一面向，該掩車由 有樞軸裝置於其上，接觸臂延伸入開槽内來接 20 1271006 上的適當接點，以及腳部供連結至印刷電路板上的適當電 路執線。如此處揭示，該樞軸裝置包含向下開放之枢= 槽於該樞軸臂。該致動n之樞軸部包含—樞轴，於該叙合 5 10 ^之偏轉裝置包含-升降凸輪，該升降凸輪供接合該致: 杰以及升南該樞軸接合該樞軸溝槽。 根據本發明之又一面向，該殼體及其中之開槽，以及 致動器為細長。-對嵌合釘安裝於該細長殼體之相對兩 端’田比鄰於該細長殼體之相對兩端。該致動器有—對旋轉 凸輪於其相對兩端，該對旋轉凸輪可接合於於細長殼體相 對兩端之一對端壁的旋轉溝槽。 其它本發明之目的、特色及優點由後文詳細說明結合 附圖將顯然自明。 圖式簡單說明 相信為新穎之本發明特色係以特定規格列舉於隨附之 15申請專利範圍。本發明連同其目的及優點經由參照後文說 明結合附圖將更為明瞭，附圖中類似之參考編號表示各圖 間之類似元件，附圖者： 第1圖為根據本發明之平板電路連接器之透視圖，致動 器係於其閉合位置； 20 第2圖為連接器之分解透視圖； 第3圖為通過連接器之放大前後剖面圖，該致動器係於 其開放位置； 第4圖為類似第3圖之視圖，致動器係於其閉合位置； 第5A-5D圖為連接器一端之部分剖面、分段透視圖， 1271006 …員示致動為由其開放位置朝肖閉合位置之循序移動； 第6-13圖為類似第3圖及第4圖之視圖，但顯示致動 杰、鳊子及肷合釘組裝至連接器殼體之循序各步驟之視圖； 弟囷為顯似弟3圖之視圖，但顯示平板電路即將插入 5 連接器内； 第15圖為類似第4圖之視圖，平板電路已經完全插入於 連接器内部；以及 弟囷及17圖為前文背景乙節所述之先前技術連接器 之視圖。 10 【漬^万备】 詳細說明 蒼照附圖之進—步細節，首先參照第1圖及2圖，本發 月係以$氣連接$具體實施，電氣連接器概略標示為如， 用來連接-平板電路32(第14圖及第15圖）至—印刷電路板 15 (圖中未示）Θ平板電路可包括平板電缆或電路，平板可 撓性電纜、可撓性印刷電路等。 連接器10包括-介電殼體，概略標示為34，介電殼體 為細長，可由塑膠材料模製而成。殼體界定—開槽(概略桿 示為36)於殼㈣端’供接納該平板電路—端於電路之插入 方向，如第2圖箭頭「c」指示。複數個導電端子(概略標示 為38)係以併排陣列安裝於殼體％内部，且沿開影6彼此隔 開°第2圖只顯示兩個位在最末端的端子。-致動器（概略 標示為4__衫^殼们4，來條—職位置（第3 圖）以及閉合位置（第4圖）間移動，該開放位置允許平板電 20 1271006 路插入開槽36内部，該閉合位置偏轉該平板電路朝向該端 子’容後詳述。端子被插入殼體後方，於箭頭「n ^ υ」方向， 一對嵌合釘(概略標示為42)插入殼體前方，於箭頭「e方 5 10 參照第3圖及第4圖結合第2圖，端子38被插入殼體34 内部之端子接納通道43。各個端子包括一概略水平定向之 字形組配結構，該端子係由一底部38a、一上枢軸臂3扑以 及一下接觸臂38c所界定。上樞軸臂有一樞軸溝槽3纪形成 於其底側，接近其遠端。接觸臂具有一接觸部3以於其遠端 凸進該電路接納開槽36内部。一腳38f由底部38&向下凸 起，位置概略與殼體34之底部齊平，供連結至印刷電路板 之適當電路執線。該端子係由導電金屬材料板衝锻成形。 殼體34為細長，殼體34包括一豎立後部34a以及一底部 向前凸起之平台部34b，如此電路接納開槽36係於向上向前 方向開放。複數個概略平行之導槽44係沿平台部34b介於複 數個分隔件44afs1彼此關。當端子38被插人殼體内部時， 接觸臂38c被導引人導槽44内，接觸部他向上凸進電路接 納開槽36内部。 一對端壁从係與職體34—體成形。嵌合釘42於箭頭 「E」方向’插人-對倒L字形之釘接納通道46，通道邮係 成形於該對端臂，且係、於殼體前方開放。—向上開放之致 動器接納開槽48形成於各個端壁34c，於端臂後方且與個別 釘接納通道46連通。-旋轉凸輪溝槽“部輝成於各端 壁34__開槽48内部。凸輪接納溝槽顺括—第一凸輪 20 1271006 溝槽或凹部50a、以及一第二凸輪溝槽或凹部5〇b於該第一 溝槽上方，其目的容後詳述。一鎖定溝槽52形成於各端壁 34c内側，位於個別釘接納通道46上方。 致動為40為細長，致動器包括一細長加壓板4如沿其前 5端、以及一細長樞軸40b沿其後端，且與該加壓板隔開。致 動裔為單件式結構，樞軸4〇13係藉沿致動器長度方向彼此間 隔開之複數個支持件54而連結至加壓板4〇a，且界定支持件 間之空間56。圓化加壓部4〇以系形成於致動器之後下角隅。 致動為40進一步包括一塊狀支持凸部％於其相對兩 10端。旋轉凸輪6〇由凸部58之外表面向外凸起。凸部58有一 支持部58a以及一制動部58b，其目的容後詳述。致動器牝 之加壓板40a於其各角隅包括切除部62。最後，鎖定凸部从 由加壓板40a之相對兩端向外凸起。 各欲合釘42包括L字形安裝部仏，該L字形安裝部心 15 M-垂直或豎立的支持板42b以及—水平支持板42c所界 定。該L字形安裝部插入於殼體之個別端臂3如前方的個別l 字形通暹46。散合釘具有水平固定板或腳物於其底部，該 固定板或腳42d概略與殼體34齊平供連結至，例如藉焊接連 結至印刷電路板至安裝襯塾，來固定連接器至㈣電路 2〇板。開放側邊孔42e形成於固定板42d之外緣，來接納—固 定件（圖中未顯權進-步蚊連至板。根據本發明， 各嵌合釘42包括-偏轉部或升降臂呈登立板形式，來向 上偏轉致動H4G且牢靠座落軸^之鄉態於端子％之 樞軸溝槽編。要言之，板42f垂直支持致動器，特別支持 1271006 致動器於其閉合位置。 第3圖顯示致動器4〇於豎立位置或開放位置，讓平板電 路一鳊可於箭頭「C」方向自由插入開槽36。如圖可知，樞 軸4 0 b係座落於端子3 8之樞軸臂3 8 b底側的樞軸溝槽3 8 d。於 5平板電路電路插入空間36後，致動器40於箭頭「F」方向向 下樞轉至第4圖顯示之閉合位置。於此位置，致動器之加壓 板40a將朝向端子接觸臂38c之接觸部38e加壓該平板電路。 第5A-5D圖也循序顯示致動器4〇由其開放位置（第5A 及5B圖），於箭頭「F」方向（第5(：圖）樞轉至其閉合位置（第 1〇 50圖）。如圖可知，致動器之支持凸部58係位於殼體端壁34c 之致動裔接納開槽48内部。凸輪凸部60係定位於凸輪溝槽 50b。當致動器旋轉至其閉合位置時，鎖定凸部料扣合於端 壁34c内側之鎖定溝槽52(參考第2圖）。 第6-15圖顯示平板電路連接器3〇之組裝與操作。如第6 15圖及第7圖可知，經由將致動器40取向於豎立位置，於箭頭 「G」方向向下移動致動器，而將致動器4〇組裝入殼體34。 組裝期間，凸輪凸部60扣合入端壁34c内表面之凸輪溝槽 50a。為了達成該項目的，凸輪凸部6〇之外表面呈錐形，凸 輪凸部60外端間之縱向距離係略大於端壁34c之内表面間 20距，由於端壁本身之彈性，端壁向外展開，一旦凸輪凸部 60「扣合」入第一凸輪溝槽5〇a之時，端壁向内移動返回其 正常條件。 麥照第8-1〇圖，經由首先樞轉致動器4〇至其閉合位 置，如第8圖所示，將端子38組裝於殼體从之通道衫。端子 12 1271006 於前頭「D」方向插入通道内，直到端子牢靠座落為止，如 第10圖所示。如圖可知，致動義之樞軸概並未座落於端 子之樞軸溝槽38c，原因在於凸輪凸部6〇係於第一圖輪溝槽 5〇如鈾文關％第2圖說明。端子之樞軸臂38b係位於致動 5器之支持部54間之空間56。端子之接觸臂38c延伸入殼體34 平台部34b頂部分隔件44a間之導槽44内部。 ^第1M3圖顯示铁合釘42於箭頭「E」方向（第插入 殼體34之針接納通道46(第2圖）之效果。當嵌合釘完全插入 殼體内部時，嵌合釘之偏轉部或板42f形成升降凸輪，該升 10 P牛凸輪接合致動器4〇底部，例如接合於7〇(參考第3圖）來向 上偏轉致動器。此種致動器向上偏轉移動之效果可將致動 器之枢軸40b移動入端子38之樞軸溝槽38d，來剛性牢固固 定致動器於連接ϋ，且允許致動器相對於殼體之正向搞 轉。此外，凸輪凸部60(第2圖）將由第一凸輪溝槽50a移動至 15 第二凸輪溝槽50b。 。。第14圖顯示於組裝後條件之完整連接器％，以及致動 40向上樞轉至其開放位置，來允許平板電路32於箭頭「c」 方向插入開槽36。如圖可知，致動器之樞轴勸因後合訂緣 故，牢靠座落於端子38之凸輪溝槽38d内部。The individual pivot portions are fixedly engaged. SUMMARY OF THE INVENTION The present invention is directed to the present invention. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a new and improved electrical connection to connect a flat panel circuit to a printed circuit board. In a particular embodiment, the actuator includes a dielectric housing having a slot in the front portion for receiving the flat circuit - 10 15 : the circuit is inserted. A plurality of terminals are arranged in a side-by-side array and are spaced apart from each other along the slot. _致_: Installed in the housing for the position between the open position (4) and the human-moving female position to allow the flat circuit to be plugged in several closed: =: move 'this open the flat circuit toward the terminal. At least a plurality of terminal scoops are deflected with a means for engaging the actuator - a pivot portion 2: a movement between the open position and the closed position. Mounted to the housing at least to secure the housing to the printed circuit board. Two people, Ding has a partial position, the position is available for deflection actuation ^ ° The pivot device that engages the pivot terminal. The mouthpiece* is in accordance with one aspect of the invention, the panel: shape. a mounting portion, a second mounting member: a material fixing portion for fixing the connector to the printed circuit, and also a combination of the actuator and the partial portion and the pivoting terminal The shaft device is engaged. Inserting another aspect according to the invention, the vehicle is provided with a pivoting device thereon, the contact arm extends into the slot to receive a suitable contact on 20 1271006, and the foot is adapted for attachment to the printed circuit board The circuit is wired. As disclosed herein, the pivot device includes a downwardly open pivot = slot in the pivot arm. The pivoting portion of the actuating n includes a pivoting shaft, and the deflecting device at the recombination 5 10^ includes a lifting cam for engaging the first and second pivots to engage the pivoting groove. According to yet another aspect of the invention, the housing and the slot therein, and the actuator are elongated. - The opposite ends of the pair of studs mounted to the elongate housing are adjacent to opposite ends of the elongate housing. The actuator has a pair of rotating cams at opposite ends thereof, the pair of rotating cams being engageable with a rotating groove of one of the opposite ends of the elongated housing. Other objects, features, and advantages of the invention will be apparent from the description and appended claims. BRIEF DESCRIPTION OF THE DRAWINGS The features of the invention believed to be novel are set forth in the appended claims. The invention, together with the objects and advantages thereof, will be more apparent from the following description of the accompanying drawings. The perspective view of the device, the actuator is in its closed position; 20 Figure 2 is an exploded perspective view of the connector; Figure 3 is an enlarged front and rear sectional view through the connector, the actuator is in its open position; Figure 4 is a view similar to Figure 3, the actuator is in its closed position; Figure 5A-5D is a partial section, segmented perspective view of one end of the connector, 1271006 ... member actuation is opened by its position Sequential movement of the closed position; Figures 6-13 are views similar to Figures 3 and 4, but showing the steps of the steps of assembling the Jie, the scorpion and the splicing nail to the connector housing; In order to show the view of the brother 3, but the display panel circuit is about to be inserted into the 5 connector; Figure 15 is a view similar to Figure 4, the tablet circuit has been fully inserted inside the connector; and the sister and 17 pictures are the background Prior art connection as described in Section B View of the device. 10 [Staining ^ Wan Bei] Detailed description of the steps of the photographic photos, first refer to Figure 1 and Figure 2, this month is implemented with $ gas connection $, the electrical connector is roughly marked as, for The connection-panel circuit 32 (Figs. 14 and 15) to the printed circuit board 15 (not shown) Θ the flat circuit may include a flat cable or circuit, a flat flexible cable, a flexible printed circuit, and the like. The connector 10 includes a dielectric housing, generally designated 34, and the dielectric housing is elongate and can be molded from a plastic material. The housing is defined - a slot (shown schematically as 36) at the end of the housing (four) for receiving the planar circuit - the end of the circuit is inserted, as indicated by arrow "c" in Figure 2. A plurality of conductive terminals (generally designated 38) are mounted in a side-by-side array within the housing % and are spaced apart from each other along the opening 6. Figure 2 shows only the two terminals at the extreme end. - actuators (generally labeled as 4__shirts 4, strips - position (Fig. 3) and closed position (Fig. 4), which allow the panel to be inserted into the slot 36 Internally, the closed position deflects the flat circuit toward the terminal. The terminal is inserted into the rear of the housing. In the direction of the arrow "n^ υ", a pair of fitting pins (shown generally as 42) are inserted into the front of the housing. Referring to the arrow "e square 5 10 with reference to Figs. 3 and 4 in conjunction with Fig. 2, the terminal 38 is inserted into the terminal receiving passage 43 inside the housing 34. Each terminal includes a substantially horizontally oriented zigzag assembly structure, the terminal system It is defined by a bottom portion 38a, an upper pivot arm 3, and a lower contact arm 38c. The upper pivot arm has a pivot groove formed on its bottom side near its distal end. The contact arm has a contact portion 3 for The distal end of the circuit protrudes into the interior of the slot 36. A leg 38f is raised downwardly from the bottom 38& and is generally flush with the bottom of the housing 34 for connection to the appropriate circuit of the printed circuit board. It is stamped and formed from a sheet of conductive metal material. Long, the housing 34 includes an upright rear portion 34a and a bottom forwardly projecting platform portion 34b such that the circuit receiving slot 36 is open in the upwardly forward direction. A plurality of substantially parallel guide slots 44 are interposed along the platform portion 34b. The plurality of spacers 44afs1 are closed to each other. When the terminal 38 is inserted into the inside of the housing, the contact arm 38c is guided into the guide groove 44, and the contact portion projects upward into the circuit receiving slot 36. A pair of end walls The body and body 34 are formed. The fitting nail 42 is inserted in the direction of the arrow "E" - the inverted L-shaped nail receiving passage 46, and the channel post is formed on the pair of end arms, and is in front of the housing Open. The upwardly open actuator receiving slot 48 is formed in each of the end walls 34c, behind the end arms and in communication with the individual nail receiving passages 46. - The rotating cam grooves are "slotted in the end walls 34__ slotted 48. The cam receiving groove is followed by a first cam 20 1271006 groove or recess 50a, and a second cam groove or recess 5〇b above the first groove, the purpose of which is detailed later. A groove 52 is formed inside each end wall 34c above the individual nail receiving passage 46 The actuation is 40 elongate, and the actuator includes an elongated compression plate 4, such as along its front 5 end, and an elongated pivot 40b along its rear end, spaced apart from the compression plate. The actuating member is a single piece. In the structure, the pivots 4〇 are connected to the pressing plate 4〇a by a plurality of supporting members 54 spaced apart from each other along the longitudinal direction of the actuator, and define a space 56 between the supporting members. The rounding pressing portion 4 The 〇 is formed in the lower corner 之后 after the actuator. The actuation 40 further includes a piece of the support protrusion % at its opposite ends 10. The rotation cam 6 凸起 is convex outwardly from the outer surface of the protrusion 58. The protrusion 58 There is a support portion 58a and a braking portion 58b, the purpose of which will be described in detail later. The pressure plate 40a of the actuator 隅 includes a cutout 62 at each corner thereof. Finally, the locking projections project outward from opposite ends of the pressing plate 40a. Each of the nails 42 includes an L-shaped mounting portion 仏 defined by a vertical or erected support plate 42b and a horizontal support plate 42c. The L-shaped mounting portion is inserted into the individual end arm 3 of the housing such as the individual l-shaped Tong Si 46 in front. The loosening nail has a horizontal fixing plate or foot on the bottom thereof, and the fixing plate or leg 42d is roughly flush with the casing 34 for connection, for example, by soldering to the printed circuit board to the mounting lining, to fix the connector to (4) Circuit 2 〇 board. The open side hole 42e is formed on the outer edge of the fixing plate 42d to receive the fixing member (the figure is not shown in the drawing - the mosquito is connected to the board. According to the present invention, each of the fitting nails 42 includes a deflection portion or a lifting arm In the form of a slab, to deflect upwards to actuate the H4G and secure the seat shaft to the pivot groove of the terminal %. In other words, the plate 42f supports the actuator vertically, specifically supporting the 1271006 actuator to close it. Position 3 shows that the actuator 4 is in an upright position or an open position, so that the flat circuit can be freely inserted into the slot 36 in the direction of the arrow "C". As can be seen, the pivot 4 0 b is seated at the terminal. 3 8 pivot arm 3 8 b pivot groove 3 8 d on the bottom side. After 5 panel circuit circuit insertion space 36, actuator 40 pivots downward in the direction of arrow "F" to display in Figure 4 The closed position. At this position, the pressing plate 40a of the actuator presses the contact portion 38e toward the terminal contact arm 38c to press the flat circuit. The 5A-5D also sequentially shows the actuator 4's open position (the 5A and 5B), in the direction of the arrow "F" (5th (:) to pivot to its closed position (Figure 1 50). It can be seen that the actuator projection 58 is located inside the actuating receiving slot 48 of the housing end wall 34c. The cam projection 60 is positioned in the cam groove 50b. When the actuator is rotated to its closed position, The locking projection is fastened to the locking groove 52 inside the end wall 34c (refer to Fig. 2). Figures 6-15 show the assembly and operation of the flat circuit connector 3〇. As shown in Figs. 6 and 7 By locating the actuator 40 to the upright position, moving the actuator downward in the direction of arrow "G", the actuator 4 is assembled into the housing 34. During assembly, the cam projection 60 snaps into the end wall The cam groove 50a of the inner surface of the 34c. To achieve the item, the outer surface of the cam protrusion 6 is tapered, and the longitudinal distance between the outer ends of the cam protrusion 60 is slightly larger than the distance between the inner surfaces of the end wall 34c. Due to the elasticity of the end wall itself, the end wall is flared outward, and once the cam lobe 60 is "snapped" into the first cam groove 5a, the end wall moves inwardly back to its normal condition. Mai Zhao 8-1 In other words, by first pivoting the actuator 4 to its closed position, as shown in Fig. 8, the terminal 38 is assembled to the housing from The channel shirt. Terminal 12 1271006 is inserted into the channel in the direction of the front "D" until the terminal is firmly seated, as shown in Figure 10. As shown in the figure, the pivot of the actuation is not located at the pivot of the terminal. The groove 38c is because the cam projection 6 is tied to the first wheel groove 5, such as the uranium code. Figure 2 shows that the pivot arm 38b of the terminal is located between the support portion 54 of the actuator 5 56. The contact arm 38c of the terminal extends into the inside of the guide groove 44 between the top partition 44a of the housing portion 34b of the housing portion 34. ^1M3 shows the iron pin 42 in the direction of the arrow "E" (the needle insertion of the first insertion housing 34) The effect of channel 46 (Fig. 2). When the fitting nail is fully inserted into the interior of the housing, the deflecting portion or plate 42f of the fitting nail forms a lifting cam which engages the bottom of the actuator 4, for example, 7 〇 (refer to Fig. 3) The actuator is deflected upwards. The effect of such an actuator deflecting upwardly moves the pivot 40b of the actuator into the pivot groove 38d of the terminal 38 to rigidly securely secure the actuator to the port and allow the actuator to be relative to the housing Going forward. Further, the cam projection 60 (Fig. 2) will be moved by the first cam groove 50a to 15 the second cam groove 50b. . . Figure 14 shows the complete connector % under post-assembly conditions, and the actuation 40 is pivoted upwardly to its open position to allow the tablet circuit 32 to be inserted into the slot 36 in the direction of arrow "c". As can be seen, the pivot of the actuator is fixed to the inside of the cam groove 38d of the terminal 38.
且實際上變形平板電路來接合 觸臂38c頂部邊緣。此㈣形可有效沿致動器全長變 之接觸部38e。此外，如圖可知 如何加壓於平板電路頂部，且 端子接觸臂38c頂部邊緣。此算 13 1271006 形以防平板電路由連接器被牽拉出。於致動器40之閉合 、，炱疋凸。p64(第2圖）扣合入殼體鎖定溝槽52内部的牢 靠鎖定位置。 特別芩知、第15圖，須瞭解樞軸40b界定一樞轉點，致動 的0係以η亥樞轉點為中心旋轉。如圖可知，加壓板斗加係於 L過樞轉點或通過樞軸之垂直平面前方，加壓部输係於棍 轉點後方。因此，加壓部發揮雙重功能：⑴朝向端子加壓 平板電路，以及(2)提供一中心上方裝置，來對抗致動器之 轉離其閉合位置。 ° 須瞭解可未悖離本發明之精聽或中心特性，以多種其 匕特疋形式具體實施本發明。因此，此等實施例及具體例 就各面向而言，須視為僅供說明之用而非限制性，本發明 系巴非囿限於此處敛述之細節。 【圖式1簡明】 15 第1圖為根據本發明之平板電路連接器之透視圖，致動 器係於其閉合位置； 第2圖為連接器之分解透視圖； 第3圖為通過連接器之放大前後剖面圖，該致動器係於 其開放位置； 20 第4圖為類似第3圖之視圖，致動器係於其閉合位置； 第5A-5D圖為連接器一端之部分剖面、分段透視圖， 顯示致動由其開放位置朝向閉合位置之循序移動； 第6-13圖為類似第3圖及第4圖之視圖，但顯示致動 器、端子及嵌合釘組裝至連接器殼體之循序各步驟之視圖； 14 1271006 第14圖為類似第3圖之視圖，但顯示平板電路即將插 連接器内； ' & 第15圖為類似第4圖之視圖，平板電路已經完全插入於 連接器内部；以及 第16圖及π圖為前文背景乙節所述之先前技術連接器 之視圖。 【主要元件符號說明】 平板電路連40b…樞軸 20…殼體 20a…開槽 20b…後部 20c…:ί%子接納通道 20d…壁或固定臂 20e…固定溝槽 2〇g…安裝部 22…端子 24…致動器 24a···固定凸部 24b…樞軸凸部 24c···鎖定凸部 30…電氣連接器，平 接器 32…平板電路 34…介電殼體 34a…後部 34b…平台部 34c…端壁 36…開槽 38…導電端子 38a…底座 38b…樞軸臂 38c…接觸臂 38d…極轴溝槽 38e…接觸部 38f…腳部 40…致動器 40a…加壓板 40c…加壓部 42…後合釘 42a…安裝部 42b···豎立支持板 15 1271006 42c…水平支持板 42d···固定板或腳 42e…孔 42f···偏轉部或升降臂 43…端子接納通道 44…導槽 44a···分隔件 46…釘接納通道 48…致動器接納開槽 50…旋轉凸輪溝槽或凹部 50a、50b…凸輪溝槽或凹部 52…鎖定溝槽 54…支持件 56…間隔 58…支持凸部 58a···支持部 58b···制動部 60…旋轉凸輪 62…切除部 64…鎖定凸部 70…接合位置The plate circuit is actually deformed to engage the top edge of the contact arm 38c. This (four) shape can effectively change the contact portion 38e along the entire length of the actuator. In addition, the figure shows how to pressurize the top of the flat circuit and the terminal contacts the top edge of the arm 38c. This counts 13 1271006 in case the flat circuit is pulled out by the connector. The actuator 40 is closed and convex. P64 (Fig. 2) snaps into a securely locked position inside the housing locking groove 52. In particular, it is to be understood that the pivot 40b defines a pivot point, and the actuated 0 is rotated about the pivot point. As can be seen, the pressurizing plate is attached to the L-pivot point or the front of the vertical plane of the pivot, and the pressurizing portion is driven behind the stick point. Therefore, the pressurizing portion performs a dual function: (1) pressurizing the flat plate circuit toward the terminal, and (2) providing a center upper device to counteract the actuator from being rotated away from its closed position. It is to be understood that the invention may be embodied in a variety of forms and forms without departing from the spirit and scope of the invention. Therefore, the present invention is to be considered as illustrative and not restrictive. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a flat-panel circuit connector according to the present invention, the actuator is in its closed position; FIG. 2 is an exploded perspective view of the connector; and FIG. 3 is a connector through the connector. Enlarged front and rear cross-sectional view, the actuator is in its open position; 20 Figure 4 is a view similar to Figure 3, the actuator is in its closed position; Figure 5A-5D is a partial section of one end of the connector, A segmented perspective view showing the sequential movement of the actuation from its open position toward the closed position; Figures 6-13 are views similar to Figures 3 and 4, but showing the actuator, terminal and fitting nail assembled to the connection View of the steps of the device housing; 14 1271006 Figure 14 is a view similar to Figure 3, but shows that the flat circuit is about to be plugged into the connector; ' & Figure 15 is a view similar to Figure 4, the flat circuit has been Fully inserted inside the connector; and Figure 16 and Figure π are views of prior art connectors as described in the previous background section. [Main component symbol description] Flat circuit circuit 40b...Pivot 20...Casing 20a...Slot 20b...Back 20c...: %% sub-receiving passage 20d... Wall or fixed arm 20e...Fixed groove 2〇g... Mounting portion 22 ...terminal 24...actuator 24a···fixing convex portion 24b...pivoting convex portion 24c···locking convex portion 30...electrical connector, flat connector 32...flat circuit 34...dielectric housing 34a...rear portion 34b ...the platform portion 34c...the end wall 36...the slot 38...the conductive terminal 38a...the base 38b...the pivot arm 38c...the contact arm 38d...the pole shaft groove 38e...the contact portion 38f...the foot portion 40...the actuator 40a...the pressurization Plate 40c...pressing portion 42...rear pin 42a...mounting portion 42b···standing support plate 15 1271006 42c...horizontal support plate 42d···fixing plate or leg 42e... hole 42f···deflection unit or lifting arm 43 Terminal receiving passage 44...channel 44a···parting member 46...nail receiving passage 48...actuator receiving slot 50...rotating cam groove or recess 50a, 50b...cam groove or recess 52...locking groove 54 ...support 56...interval 58...supporting projection 58a··supporting portion 58b···braking unit 60...rotating cam 62 ...cutting portion 64...locking projection 70...joining position
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