1238579 九、發明說明： 【發明所屬之技術領域】 本發明係有關於電子產品，尤指用於供可撓性基板插置連接之 連接器。 【先前技術】 如第七圖所示，係為習用可撓性基板用電連接器，加壓構件 1之背部具有加壓突部2，在加壓突部2相對處設有與端子3之支持 部4樞密之轉動部5，該端子3相對支持部4亦設有—接觸部6，當可 撓性基板或排綱f置連接||時，欲將排射鱗，將該加壓構件】 扳下’該加壓構件1之轉動部5依支持部4轉動壓下，使加壓突部2 配合支持部4直接對排線夾持。 然而，由於上述制可驗基板载連翻之結構，在夾持 排線F時’該加壓突部2超過接觸部6，換言之，該加壓突部2在排 線F上以摩擦方式擦過排線!^，而造成磨損，導致排線f内之電源線 外露，更進使傳輸資訊受到干擾。 【發明内容】 本毛月的主要目的在於該掀蓋之加壓塊間設頂承轴，在掀蓋之 掀起或蓋合時，帶動端子之頂承部，職使舞部亦隨之往上頂 起’並配合谷置槽使可撓性基板被牢牢夾緊，如此二夾緊動作可防 止可撓性基板不慎脫離。 本發明的次要目的在於直接對可撓性基板爽緊 ，而非摩檫方 式擦過，不易造成磨損。 μ 1238579 【實施方式】 為進-步暸解本發明之構造、之技術手段即所麵達 之功效，兹舉數個較佳實施例並配合圖示詳細說明如下，相信 發明之發明目的、特徵及其他特點，當可得深人且具體之 瞭解。 請參考第-圖至第六圖，本發明主要為： -本體1G :具有排列整齊之第—嵌設格u、第二嵌設格η於 本體1G之驗位置’且為她交錯，在該第—嵌設格u内更具有 第一置放槽hi及第-開放槽112，在該第二嵌設格12内更具有 第二置放槽m、第二開放槽122及第三開放槽123、，另在該本 體ίο二側具有相對限位塊13，在該二相對限位塊13之相對位置 各設有-賴131，而本體1G在第—嵌設格n嵌設格12之 間設置一容置槽14。 一掀盖20 ’二側亦設置樞轴21，可輕易設置於該本體忉之滑 槽⑶中，並形成掀起或閉合之作用，並在掀蓋20之底端凸設整 齊排列之加魏22，其加觀22之間設頂承轴23，可作為連接及 頂承之雙重功效。 a數個第一端子30’被設於本體10之第一嵌設格u中，且該 第一端子30除具有接觸端31以接觸電路基板（圖未繪出）外，更在 相對位置凸設有定位臂32與彈性臂33，分別插置於本體1〇之第 一置放槽111及第一開放槽112中。 數個第二端子40，嵌設於本體1〇之第二嵌設格12中且該 6 1238579 第一端子40除具有接觸端41以接觸電路基板（圖未緣出）外，更在 相對位置凸蚊位臂42與細臂43、與讀臂&，分別插置於 本體10之第—置放槽⑵、第二開放槽122及第三開放槽⑶中， 而在於接㈣43末端具有—掣點部431，其支射&末端亦設有 一頂承部441。 以上係為本㈣各元件的構造、位置及相互連棚係的概述 ，接者’再將本發元狀結合及賊麵達奴功效陳述如 后·· 凊繼％參考第—圖至第六圖，糊上述之元件組成本發明， 將第一、二端子3()、40分別置放於本體1G之第-、二嵌設格1卜 12中，再將掀蓋2〇置於上蓋之上方。 當可撓性基城插置於本體1〇之容置槽14巾，被第-端子3〇之 彈性臂32的彈力頂承，當掀蓋20蓋合時，該加壓部22即加壓於可 撓性基板Ε上，科被往上頂承，該頂承轴24亦將第二端子4〇之頂 承。M41頂承’進而帶動將接觸臂43被拉起，該掣點部似亦隨之 往上頂起該可撓性基減，該可撓性紐EiUi謂、被之容置槽14 受限，而下方再_第二端子歡掣畴431頂起，如此，上由該 加壓。P22加壓於可撓性基板E上方，下由該該第二端子之擎點部 431及第一端子3〇之彈性臂泊頂起，而被牢牢夾緊。 相對的，當掀蓋2〇掀開時，該加壓部22即離開可撓性基板E， 該頂承軸24亦將第二端子4〇之頂承部441放下回原位置，進而帶動 1238579 將接觸臂43亦下降，該掣點部431亦隨之往下移位，該可撓性基板 E即可抽離容置槽14。 本發明利用掀蓋20之蓋合動作，使加壓部22不僅對可撓性基 板E加壓，再利用頂承軸23帶動該掣點部431亦隨之往上頂起該可 撓性基板E，並配合該第二端子4〇之掣點部431及第一端子3〇之彈 性臂33頂起，使可撓性基板e被牢牢夾緊，如此三點夾緊動作可防 止可撓性基板E不慎脫離，且為直接對可撓性基板E夾緊，而非摩 擦方式擦過，不易造成磨損。 另，為使本發明亦可在自動化組裝機台或在自動化包裝機台 上，易於提取之方便性，另在掀蓋2〇上方適當位置設置數個定位 孔24，及加設如六圖所示之夹持塊5〇，該夾持塊5〇具有二定位鉤 51，以鉤住於掀蓋2〇之定位孔24，即可供提取。 綜上所述，本發明誠符合專利法之規定，爰依法提出申請， 盼早日准予專利。 1238579 【圖式簡單說明】 第一圖：係為本發明之立體分解圖。 第二圖：係為本發明之組合示意圖。 第三圖：係為本發明之剖視圖。 第四圖：係為本發明之另一剖視圖。 第五圖：係依第四圖之動作示意圖。 第六圖：係為本發明之使用參考狀態示意圖。 第七圖：係習用連接器示意圖。 【主要元件符號說明】 1加壓構件 2 加壓突部 3 端子 4支持部 5 轉動部 6 接觸部 F排線 10本體 11 第一嵌設格 111 第一置放槽 112第一開放槽 12 第二嵌設格 121 第二置放槽 122第二開放槽 123第三開放槽 13 限位塊 131滑槽 14 容置槽 20掀蓋 21 樞軸 22 加壓塊 23頂承轴 24 定位孔 30第一端子 31 接觸端 32 定位臂 33彈性臂 40第二端子 41 接觸端 42 定位臂 43接觸臂 431掣點部 44 支撐臂 1238579 51 定位釣 441頂承部 50爽持塊 E 可撓性基板 101238579 IX. Description of the invention: [Technical field to which the invention belongs] The present invention relates to electronic products, in particular, connectors for inserting and connecting flexible substrates. [Prior art] As shown in the seventh figure, it is a conventional electrical connector for a flexible substrate. The pressing member 1 has a pressing protrusion 2 on the back, and a terminal 3 is provided on the opposite side of the pressing protrusion 2 from the terminal 3. The supporting part 4 is a pivoting rotating part 5. The terminal 3 is also provided with a contact part 6 relative to the supporting part 4. When the flexible substrate or the row f is connected to || Component] Pull down the rotating portion 5 of the pressing member 1 according to the supporting portion 4 to rotate and press, so that the pressing protrusion 2 cooperates with the supporting portion 4 to directly clamp the cable. However, due to the above-mentioned structure capable of inspecting the substrate, the pressing protrusion 2 exceeds the contact portion 6 when the cable F is clamped, in other words, the pressing protrusion 2 is rubbed on the cable F by friction. Cables! ^, Which causes wear and tear, causing the power cords in cable f to be exposed, further affecting transmission information. [Summary of the invention] The main purpose of this Maoyue is to set a top bearing shaft between the pressure blocks of the flip cover. When the flip cover is lifted or closed, the top support part of the terminal is driven, and the dance department also goes up. Push up 'and cooperate with the valley groove to make the flexible substrate firmly clamped, so the two clamping actions can prevent the flexible substrate from being accidentally detached. The secondary object of the present invention is to directly tighten the flexible substrate without rubbing it in a friction manner, which is not easy to cause wear. μ 1238579 [Embodiment] In order to further understand the structure of the present invention, the technical means is the effect achieved, here are several preferred embodiments and illustrated in detail below, I believe the purpose, features and Other features should be well-understood and specific. Please refer to Figures-Figures 6 to 6. The main body of the present invention is:-Ontology 1G: has a neatly arranged first-inset cell u and second inset cell η at the inspection position of the body 1G 'and is interlaced for her. A first placement slot hi and a first-opening slot 112 are further provided in the first embedded slot u, and a second placement slot m, a second open slot 122, and a third open slot are provided in the second embedded slot 12. 123. In addition, there are relative limit blocks 13 on the two sides of the body. Each of the relative positions of the two relative limit blocks 13 is provided with-Lai 131, and the body 1G is located in the first-embedded grid n of the embedded grid 12 Between a receiving slot 14. A flip cover 20 'is also provided with a pivot 21 on both sides, which can be easily installed in the chute ⑶ of the body 忉, and forms a lifting or closing function, and a neatly arranged Jiawei 22 is protruded at the bottom end of the flip cover 20. There is a top bearing shaft 23 between its plus 22, which can serve as a dual effect of connection and top bearing. a a plurality of first terminals 30 ′ are provided in the first embedded grid u of the body 10, and the first terminals 30 have a contact end 31 to contact a circuit substrate (not shown), and are convex at relative positions; The positioning arm 32 and the elastic arm 33 are respectively inserted into the first placing groove 111 and the first opening groove 112 of the body 10. A plurality of second terminals 40 are embedded in the second embedded grid 12 of the body 10 and the 6 1238579 first terminals 40 have contact ends 41 to contact the circuit board (not shown in the figure), and are in relative positions. The convex mosquito arm 42, the thin arm 43, and the reading arm & are respectively inserted into the first-placement slot ⑵, the second open slot 122, and the third open slot ⑶ of the body 10, and the end of the connection 43 has- The check point portion 431 is also provided with a top bearing portion 441 at the end of its shooting & The above is an overview of the structure, location, and interconnecting sheds of each element of the device. The user will then combine the features of the hair and the performance of the thief face slaves as described below. In the figure, the above-mentioned elements constitute the present invention. The first and second terminals 3 () and 40 are respectively placed in the first and second inset grids 1 and 12 of the body 1G, and the flip cover 20 is placed on the upper cover. Up. When the flexible base is inserted into the receiving groove 14 of the body 10, it is supported by the elasticity of the elastic arm 32 of the -terminal 30, and when the flip cover 20 is closed, the pressing portion 22 is pressurized. On the flexible substrate E, the support is upwardly supported, and the support shaft 24 also supports the second terminal 40. The M41 jacking bearing further drives the contact arm 43 to be pulled up, and the latch point portion also seems to lift up the flexibility base. The flexibility button EiUi means that the storage space 14 is restricted. The lower terminal _second terminal Huan domain 431 is jacked up, so the upper side is pressurized. P22 is pressurized above the flexible substrate E, and is lowered by the spring point portion 431 of the second terminal and the elastic arm of the first terminal 30, and is firmly clamped. In contrast, when the cover 20 is opened, the pressing portion 22 leaves the flexible substrate E, and the top bearing shaft 24 also lowers the top bearing portion 441 of the second terminal 40 back to the original position, thereby driving 1238579. The contact arm 43 is also lowered, and the latching point portion 431 is also shifted downward, and the flexible substrate E can be pulled out of the accommodation slot 14. According to the present invention, the pressing action of the cover 20 is used to make the pressing portion 22 not only press the flexible substrate E, and then use the top bearing shaft 23 to drive the detent portion 431 to lift the flexible substrate upward. E, and cooperate with the latching point portion 431 of the second terminal 40 and the elastic arm 33 of the first terminal 30 to push up, so that the flexible substrate e is firmly clamped, so that the three-point clamping action can prevent the flexible substrate e The flexible substrate E is accidentally detached, and the flexible substrate E is directly clamped instead of being rubbed by friction, which is not easy to cause wear. In addition, in order that the present invention can also be conveniently extracted on an automated assembly machine or on an automated packaging machine, a plurality of positioning holes 24 are provided at appropriate positions above the flip cover 20, and as shown in Figure 6 The clamping block 50 is shown, and the clamping block 50 has two positioning hooks 51 for hooking to the positioning holes 24 of the flip cover 20 for extraction. In summary, the present invention is in compliance with the provisions of the Patent Law, and has made an application in accordance with the law, hoping to grant the patent at an early date. 1238579 [Brief description of the drawings] The first figure: is an exploded perspective view of the present invention. The second figure is a schematic diagram of the combination of the present invention. The third figure is a sectional view of the present invention. FIG. 4 is another cross-sectional view of the present invention. Fifth picture: It is the action diagram according to the fourth picture. Fig. 6 is a schematic diagram of a reference state in use of the present invention. Figure 7: Schematic diagram of conventional connectors. [Description of main component symbols] 1 Pressing member 2 Pressing protrusion 3 Terminal 4 Supporting part 5 Rotating part 6 Contacting part F Wire 10 Body 11 First mounting grid 111 First placement groove 112 First opening groove 12 Two embedded grids 121 Second placement slot 122 Second opening slot 123 Third opening slot 13 Limit block 131 Slide slot 14 Receiving slot 20 Lift cover 21 Pivot 22 Pressure block 23 Top bearing shaft 24 Positioning hole 30 One terminal 31 contact end 32 positioning arm 33 elastic arm 40 second terminal 41 contact end 42 positioning arm 43 contact arm 431 detent portion 44 support arm 1238579 51 positioning fishing 441 top bearing portion 50 holding block E flexible substrate 10