200845497 九、發明說明： 【發明所屬之技術領域】 本發明是有關一種軟性排線連接器，尤其是指一種可 強化其與印刷電路板之間的連接，並改善接地性能的軟性 排線連接器。 【先前技術】 軟性排線是指一種具有較薄厚度的薄膜型排線，可分 類為軟性扁平排線（FFC)型式及軟性印刷電路板（Fpc)型 •式。 一般來說，為了將軟性排線電連接至印刷電路板上， 會在印刷電路板上設置一個軟性排線連接器。 以下，配合第-圖A、第一圖B以及第二圖，簡述一 個上述軟性排線連接器的實例。 、如第圖A、第一圖B及，第二圖所示，—種傳統軟性 連接器70包括-設置於印刷電路板上且由合成樹脂材料所 鲁形成的殼體10、複數個插設於殼體1〇後方的端子2〇、一用 以將插設於殼體10前方的軟性排線固定於殼體1〇上的制動 件30 ’以及-用以升起制動件％並插人端子㈣極接槽 2〇a中的操作件40。 ^此時，殼體10的前端部形成有一供FPC/FFC設置與固 定的容置槽11，殼體1〇的後端部形成有一供端子2〇插入並 固疋的端子插没部12，殼體1〇兩侧分別形成有固定臂^， 且兩固定臂13内側形成有用以固定制動件3〇兩端的固 13a。 日 5 200845497 夕L制動件3〇後端兩侧突出形成有可轉動地固定於 2二的固定凸塊31，且制動件30前端的兩侧突出形 可叉殼體10前端兩侧鎖固的鎖固凸部32，用以使制動 件30位於關閉位置時不會轉動。 制動件3G的後端形成有-在組裝時用以插設於 為子20之樞接槽2〇a中的轉軸33。 靜在上述軟性排線連接器中，是在制動件3〇呈垂直豎立 、月兄下將制動件3G以其後端插設於 並將固定凸塊叫別插設於殼體〗。的固定槽J =，將妙個端子2G分職設於端子插設部12中，㈣作 33:!Γ刀f插设於殼體10之兩側’接著將制動件％的轉軸 33插故於柩接槽2〇a中，即完成組裝。 制動==性排線連接於組裝好的連接器中，首先需將 ±a才動至一開啟位置，然後將軟性排線的一端設置 =體10的容置槽n中，最後將制動件3。反 關閉位置。 τ 1 而以上述方式組裝之傳統軟性排線連接器呈有一 :::::當軟性排線連接至連接器的殼體時，軟性排線的 二=:動件3。的㈣而變形，造成軟性排線的端部 “地連料接地端子，以致無法形成確實的接地。 亚且，傳統軟性排線連接器 軟性排線連接器僅以端子20部分利用焊接等’由於 刷土 丨刀扪用斗接寺方式設置於印 I板上，連接器與印刷電路板之間的組裳強度 氏以致於可月匕會在周邊震動或外力之下斷裂。在此狀況 6 200845497 下，需在印刷電路板上設置隔離結構，以避免上述情況發 生，造成組裝結構及組裝過程變得更加複雜。 【發明内容】 本發明是用以解決上述問題。本發明的一目的在於提 供一種軟性排線連接器，藉由在其殼體的容置槽上設置一 接地蓋，以強化接地性能並增加其設置於電路板時之組裝 強度以改善其性能。 為達上述目的，本發明提供一種軟性排線連接器，包 ⑩含一設置於印刷電路板上的殼體、複數端子，以及一接地 蓋；殼體具有一供軟性排線插設的容置槽，以及一端子插 設部；該等端子插設於殼體的端子插設部；接地蓋設置於 容置槽上部並具有一蓋體、形成於蓋體兩側以接觸印刷電 路板之接地端子的第一支撐件，以及形成於蓋體以接觸軟 性排線末端的第二支撐件。 其中，本發明之接地蓋的第一支撐件可由該接地蓋之 兩端向下彎曲形成。 * 該接地蓋之第一支撐件可緊密地連接至殼體的外侧。 此外，該接地蓋之第一支撐件也可緊密地插設於一形 成於殼體前端的溝槽内。 並且，第二支撐件可藉切割接地蓋之蓋體形成，並向 下彎曲形成L形。 第二支撐件可為平行的兩個或兩個以上。 並且，用來壓制軟性排線一端的制動件是可轉動地連 接於殼體上。 7 200845497 此外， 於殼體後端 同時， 件。 於此， 形0 容置槽可形成於殼體前端且端子插設部可形成 Ο 接地蓋的前端形成有一向下彎曲的第三支撐 第三支撐件可連續地彎曲形成為兩段式曲線 【實施方式】 以下，配合參相式對本發明之具體實施例進行詳細 ⑩說明： 第三圖是本發明之軟性排線連接器的示意圖，而第4 圖則是本發明之軟性排線連接器的分解圖。 如第三圖及第四圖所示，本發明之軟性排線連接器A 包含一殼體2、複數個端子4、一制動件6、一固定夾 8，以及一接地蓋9。殼體2設置於印刷電路板上，並且 具有一形成於其前端並供一軟性排線插設的容 鲁及一形成於容置槽22後端的端子插設部24。該等^子4從 殼體2後方插設於端子插設部24。制動件6昼制並固定軟 性排線的一端。固定夾8裝設於殼體2上並支撐制動件6 以防止制動件6脫離。接地蓋9設置於殼體2的容置槽22 上，連接印刷電路板並連接軟性排線的一端。 較具體地，殼體2是以合成樹脂材料形成之一長方體 形。殼體2前端形成有供軟性排線插設的容置槽22，且端 子插設部24具有設於容置槽22後方的複數個穿槽24〇，用 以供下述端子4的上肋42插設於其内。 200845497 容置槽22形成於殼體2前端，用以供軟性排 插設於其内，其中該容置槽22的上方是開放的。 軟性排線是藉由將複數導線連續排列而形成平 狀，且以合成樹脂於該等導線上形成包覆層，以便於纖 將導線兩端之預定段的包覆層移除以作為電:接 端子插設部24的後方形成有一具有複數長槽说的端 部26，該等長槽264對應於上述穿槽 端子4的下肋44插入。 且仏T述 -上端是開放的，以供制動件6設置於 奸1 壁形成有供制動件6的轉軸62 ‘連==且兩侧壁的上表面形成有與樞接槽 具有所- -V nJ.AA ^ η 肋42在長度上形成得較 下肋44為長，上肋42插設於端子插 而下肋44則設置於端子設置絲的長槽^ 内， 2“=::=: 一長:體型，用以連接至端子設置部 妒味 匕一其兩端插設於樞接槽262的轉軸62， 且= 線之末端插設於制動件6的下。' 延伸:狹動::也可形成有複數個沿著長㈣的同-直線 =夹S插設於端子設置部26的直槽2 大知位於框接槽262的上方以支擇制動件6的轉姉’用 9 200845497 制動件6脱離。固定夾8大致呈， 件所製成。 孟屬 接，蓋9連接於殼體2的容置槽22上，並用以 =板連接。接地蓋9以導電金屬板所製成，並接觸欠 於蓋體90上的第一二一盍體I以及形成 弟支掠件91與第二支撐件92。雖麸 例之蓋體90為平板狀，者隊容 、Λ ^ 角狀。 男、^貝施8守也可形成為彎曲狀或夾 -支==端各形成有分別插設於殼體2外侧的二第 一 、， +以連接至印刷電路板的接地端子（圖未 9: m亚蓋體9〇内部向下彎折形成有複數第二支撐件 92，用以支撐於軟性雷 又你件 ㈣…q 板末端的上部。此外，第二支撐 件92亦可形成於蓋體9〇的周緣處。 开，成為ί方：一支撐件91是將導電金屬板的兩端向下彎折 沖1而弟二支撐件92則是對蓋體90 冲[而向下芎折形成- L形而具有彈性。 :然本:施例形成有二組第二支撐件％，實 形成f一組或三組以上的第二支撐件％。 ^指件91連接至印刷電路板 支撐件92則接觸軟性排線的末端。 ^而乐一 將軟性排線的前端的包覆層移除 觸，且移除包覆層的中間部 =4接 使其具有㈣性。支撐件92接觸， 並且，接地蓋9之第一支標件91具有彈性，以便可彈 200845497 性地插設於殼體2的外側。 第五圖是本發明之軟性排線連接器的一個組合狀態的 局部剖視圖。 如第五圖所不，接地蓋9插設連接於殼體2的容置槽 22的上部，其中第一支稽件％是緊密地插設於殼體2的兩 側。以上述方式組合後，可使接地蓋9與殼體2的連接變 得非常牢固。 經過如此的組裝過程後，將連接器設置於印刷電路板 上，亚且，以常用的軟銲、硬銲等鮮接方法，將第一支撐 件91的下端連接至印刷電路板所具有的接地端子上。 s山之後；I &數個端子4插設於殼體2的端子設置部26 接：=#:邻24中’亚將轉軸62插設於端子設置部26的樞 曰 ，以連接制動部ό舆殼體2。 定夾8插設至殼體2之端子設置部26的直 線連接撐制動部6的轉軸62，即完成本發明軟性 排綠連接益Α之組裝。 第六圖A與第丄, 應用實施例的剖視圖為本發明之軟性排線連接器之一 如第六圖A所示，券脸 設空間後，將軟性排。:6向上轉動以獲得一插 D内，並使軟性挑綠〃二的末端插設於殼體2的容置槽 下肋44。 、’、的丽端經由狹縫64而接觸於端子4的 當插入軟性排線1〇〇時 觸於軟性排線的末^开彡㈣I 之弟一支接件92接 11 200845497 f後，如第六圖3所示，將制動件6向 性排線100的末端受壓迫而固定。 衿動，使軟 同時，如第七圖至第十圖所示，提供 於上述實施例之具有接地蓋的軟性排料部份不同 :構與增施例相似’將相同元件以相同：：：：整體 軚示，並省略重複的說明。 、凡件符號來 ::七圖至第十圖所示’接地蓋9 下穹折的複數個第三支撐件95。 成有向 雖然圖中顯示有六個彼此以―預士 形成的第三支擇件95,但其數量不以此限。I見度方向 排線二由==:5形成為兩段式曲線形’可在 由於第三支撐件95亦是用於接地， 作用相似，可使接地更穩固的形成。〃弟—支掉㈣之 由於本實施例之接地蓋9形成有第 :二支撐件92的數量以兩個為例便以足夠，然Γ，： 支撐件92的數量並不以此限。 α —並且，在本實施例中，接地蓋9的第-支撐件91是緊 猞地插設於殼體2前端所形成的溝槽28中。 、 在圖中，在第-支撐件91插設於溝槽料，將第一支 折以接觸於殼體2的下端，用以防止接地蓋9不 设體2的垂直方向脫離殼體2。 當然，也可將接地蓋9黏著於殼體2的外侧上。 如上所述，本實施例藉由接地蓋9的設置，可以增加 12 200845497 軟性排線的接地性能並穩固其連接狀態及性能。 f且’更藉由接地蓋9的第一支撐 地固定於印刷電路板上。 茌。。牛固 雖然本發明已藉其數個具體實施例進 =請:通常知識者應當知道，在未明顯偏離由 =1範圍所定義的本發明之精神和範圍下；作的 形成及細即變化’仍屬本發明之涵蓋範圍之 【圖式簡單說明】 1圖；弟一圖A為傳統軟性排線連接器之一實例的示意 圖； 第二圖 第三圖 的示意圖； 第四圖 第五圖 ;第一圖B為第―之軟性排線連接器的局部分解 為第一圖A之軟性排線連接器的分解圖； 為本發明之-較佳實施例的軟性排線連接器 為第三圖之軟性排線連接器的分解圖； — 為第三圖之軟性排線連接器的局視 弟六圖A及第六圖3為第三圖之軟性拙給4 f， 應用實例的剖視圖； 冰連接器之 弟七圖 為本發明之另一較住奋a丨n上 器的示意圖； 車乂“知例的軟性排線連接 =八圖為第七圖之軟性排線連接器的局部剖視 =為第七圖之軟性排線連接器的剖視圖；：， 十圖為第七圖之軟性排線連接器的接地蓋結構的 13 200845497 底視圖。 【主要元件符號說明】 <先前技術> 11容置槽 13固定臂 20端子 30制動件 32鎖固凸部 40操作件 10殼體 12端子插設部 13a固定槽 20a框接槽 31固定凸塊 • 33轉軸200845497 IX. Description of the Invention: [Technical Field] The present invention relates to a flexible cable connector, and more particularly to a flexible cable connector which can strengthen the connection between the printed circuit board and improve the grounding performance. . [Prior Art] The flexible cable is a thin film type cable having a thin thickness and can be classified into a soft flat cable (FFC) type and a flexible printed circuit board (Fpc) type. In general, in order to electrically connect the flexible cable to the printed circuit board, a flexible cable connector is placed on the printed circuit board. Hereinafter, an example of the above-described flexible cable connector will be briefly described with reference to Fig. A, Fig. B, and Fig. 2 . As shown in FIG. A, FIG. B and FIG. 2, a conventional flexible connector 70 includes a housing 10 disposed on a printed circuit board and formed of a synthetic resin material, and a plurality of insertions. a terminal 2 〇 behind the casing 1 , a brake member 30 ′ for fixing the flexible cable inserted in the front of the casing 10 to the casing 1 ′ and a device for raising the brake component and inserting The terminal (4) is connected to the operating member 40 in the slot 2〇a. At this time, the front end portion of the casing 10 is formed with a receiving groove 11 for the FPC/FFC to be disposed and fixed, and the rear end portion of the casing 1 is formed with a terminal insertion portion 12 for the terminal 2 to be inserted and fixed. A fixed arm is formed on each side of the casing 1 , and a solid 13a for fixing the ends of the brake member 3 is formed inside the two fixed arms 13 . On the side of the rear end of the rear end of the rear end of the fork member 10, the front end of the brake member 30 is fixedly formed on both sides of the front end of the fork member 10. The locking projection 32 is configured to prevent the brake member 30 from rotating when it is in the closed position. The rear end of the brake member 3G is formed with a rotary shaft 33 for being inserted into the pivotal groove 2a of the sub-assembly 20 at the time of assembly. In the above-mentioned soft cable connector, the brake member 3 is vertically erected, and the brake member 3G is inserted at the rear end thereof and the fixing projection is inserted into the housing. The fixing groove J=, the branch terminal 2G is divided into the terminal insertion portion 12, and (4) is 33: the boring tool f is inserted on both sides of the casing 10, and then the shaft 33 of the brake member is inserted. The assembly is completed in the groove 2〇a. Brake == sex cable is connected to the assembled connector, first need to move ±a to an open position, then set one end of the flexible cable to the receiving slot n of the body 10, and finally the brake 3 . Reverse the position. τ 1 and the conventional flexible cable connector assembled in the above manner has a ::::: when the flexible cable is connected to the housing of the connector, the second of the flexible cable is: the movable member 3. (4) and deformation, causing the end of the flexible cable to "ground the grounding terminal, so that a reliable grounding can not be formed. In addition, the traditional flexible cable connector soft cable connector only uses the terminal 20 part of the welding, etc." The brushing trowel is set on the printed board by means of the bucket temple, and the strength between the connector and the printed circuit board is such that the moon will break under the surrounding vibration or external force. In this situation 6 200845497 In the following, it is necessary to provide an isolation structure on the printed circuit board to avoid the above-mentioned situation, and the assembly structure and the assembly process become more complicated. SUMMARY OF THE INVENTION The present invention has been made to solve the above problems. It is an object of the present invention to provide a The flexible cable connector is provided with a grounding cover on the receiving groove of the casing to strengthen the grounding performance and increase the assembly strength when it is disposed on the circuit board to improve the performance thereof. To achieve the above object, the present invention provides A flexible cable connector, the package 10 includes a housing, a plurality of terminals disposed on the printed circuit board, and a ground cover; the housing has a flexible cable a receiving slot and a terminal insertion portion; the terminals are inserted into the terminal insertion portion of the housing; the grounding cover is disposed on the upper portion of the receiving groove and has a cover formed on both sides of the cover for contact printing a first support member of the ground terminal of the circuit board, and a second support member formed on the cover body to contact the end of the flexible cable. The first support member of the ground cover of the present invention may be bent downward from both ends of the ground cover The first support member of the ground cover can be tightly connected to the outer side of the housing. In addition, the first support member of the ground cover can also be tightly inserted into a groove formed at the front end of the housing. The second support member may be formed by cutting the cover of the ground cover and bent downward to form an L shape. The second support member may be two or more in parallel. Also, the brake member for pressing one end of the flexible cable It is rotatably connected to the housing. 7 200845497 In addition, at the same time as the rear end of the housing, the 0-shaped receiving groove can be formed at the front end of the housing and the terminal insertion portion can be formed to form the front end of the grounding cover. Have a third downward bend The third support member can be continuously bent to form a two-stage curve. [Embodiment] Hereinafter, the specific embodiment of the present invention will be described in detail with reference to the phase-conformation formula: The third figure is a schematic diagram of the flexible cable connector of the present invention. 4 is an exploded view of the flexible cable connector of the present invention. As shown in the third and fourth figures, the flexible cable connector A of the present invention comprises a housing 2, a plurality of terminals 4, a brake member 6, a fixing clip 8, and a grounding cover 9. The housing 2 is disposed on the printed circuit board and has a cavity formed at a front end thereof for inserting a flexible cable and formed in the housing The terminal insertion portion 24 at the rear end of the slot 22. The connector 4 is inserted into the terminal insertion portion 24 from the rear of the housing 2. The stopper 6 is configured to fix and fix one end of the flexible cable. The fixing clip 8 is mounted on the housing. 2 and support the brake member 6 to prevent the brake member 6 from coming off. The grounding cover 9 is disposed on the receiving groove 22 of the housing 2, and is connected to the printed circuit board and connected to one end of the flexible cable. More specifically, the casing 2 is formed in a rectangular parallelepiped shape in a synthetic resin material. The front end of the housing 2 is formed with a receiving slot 22 for the flexible cable, and the terminal insertion portion 24 has a plurality of slots 24 设 disposed behind the receiving slot 22 for the upper rib of the terminal 4 described below. 42 is inserted in it. The accommodating groove 22 is formed at the front end of the casing 2 for softly arranging therein, wherein the accommodating groove 22 is open above. The flexible cable is formed into a flat shape by continuously arranging a plurality of wires, and a synthetic resin is used to form a coating layer on the wires, so that the fibers remove a predetermined segment of the coating at both ends of the wire as electricity: An end portion 26 having a plurality of long grooves is formed at the rear of the terminal insertion portion 24, and the long grooves 264 are inserted corresponding to the lower ribs 44 of the through-groove terminal 4. And the upper end is open, so that the brake member 6 is disposed on the wall of the raccoon 1 and the shaft 62' of the brake member 6 is connected == and the upper surfaces of the two side walls are formed with the pivoting groove. The V nJ.AA ^ η rib 42 is formed longer than the lower rib 44 in the length, the upper rib 42 is inserted into the terminal, and the lower rib 44 is disposed in the long groove of the terminal setting wire, 2"=::= : One length: body type for connecting to the terminal setting portion, one end of which is inserted into the rotating shaft 62 of the pivoting groove 262, and the end of the = line is inserted under the braking member 6. 'Extension: narrow :: It is also possible to form a plurality of straight grooves 2 which are inserted in the terminal setting portion 26 along the length (four) and the straight line = clip S. It is known that it is located above the frame groove 262 to support the switching of the stopper 6 9 200845497 The brake member 6 is disengaged. The fixing clip 8 is substantially formed and made of parts. The Meng is connected, the cover 9 is connected to the receiving groove 22 of the housing 2, and is used for the board connection. The grounding cover 9 is made of a conductive metal plate. The first two-body body I and the second support member 91 are formed in contact with the cover body 90. The cover body 90 of the bran case has a flat shape, and the team is sturdy and sturdy. ^ 角角. Male ^ Beishi 8 Guard can also be formed into a curved shape or clip-support == each end is formed with two first, respectively, inserted in the outer side of the housing 2, to connect to the ground terminal of the printed circuit board (Fig. 9: m The sub-cover 9 is bent downwardly to form a plurality of second support members 92 for supporting the upper portion of the end of the soft thunder and the fourth plate. Further, the second support member 92 may be formed on the cover body 9. The circumference of the crucible is opened. It becomes a ί square: a support member 91 bends both ends of the conductive metal plate downward by 1 and the second support member 92 punches the cover body 90 [and is folded down to form - L The shape is elastic. : However, the embodiment forms two sets of second support members %, which form a group of f or more than two groups of second support members. ^ The finger member 91 is connected to the printed circuit board support member 92. Contacting the end of the flexible cable. ^ And Le one removes the coating of the front end of the flexible cable, and removes the middle portion of the cladding layer = 4 to make it have (four) properties. The support member 92 contacts, and, The first support member 91 of the ground cover 9 has elasticity so as to be elastically inserted into the outer side of the casing 2 at the height of the 200845497. The fifth figure is the present invention. A partial cross-sectional view of a combined state of the flexible cable connector. As shown in the fifth figure, the ground cover 9 is inserted into the upper portion of the receiving groove 22 of the housing 2, wherein the first assembly member % is closely inserted. On both sides of the casing 2. After being combined in the above manner, the connection between the ground cover 9 and the casing 2 can be made very strong. After such an assembly process, the connector is placed on the printed circuit board, and The lower end of the first support member 91 is connected to the ground terminal of the printed circuit board by a conventional soldering, brazing, etc. method. After the s mountain; I & several terminals 4 are inserted in the housing 2 The terminal setting portion 26 is connected to: = #: the adjacent portion 24 of the 'sub-rotating shaft 62' is inserted into the pivot of the terminal setting portion 26 to connect the braking portion ό舆 housing 2. The clip 8 is inserted into the shaft 62 of the terminal setting portion 26 of the housing 2 to connect the shaft 62 of the brake portion 6, i.e., the assembly of the soft green connection of the present invention is completed. Fig. 6 and Fig. A, a cross-sectional view of an application embodiment is one of the flexible cable connectors of the present invention. As shown in Fig. A, after the coupon face is set, the soft row is arranged. : 6 is rotated upward to obtain a plug D, and the end of the soft green pick is inserted into the accommodating groove lower rib 44 of the casing 2. The end of the ', the Lissian contact with the terminal 4 via the slit 64, when the soft cable 1 is inserted, touches the end of the flexible cable (4) I, a connector 92 is connected to the 11 200845497 f, such as As shown in Fig. 3, the end of the directional wire 100 of the brake member 6 is pressed and fixed. Tilting, softening, as shown in the seventh to tenth figures, the soft discharge portion provided with the grounding cover provided in the above embodiment is different: the structure is similar to the additional embodiment, 'the same components are the same::: : The overall description is omitted, and the repeated explanation is omitted. Wherever the symbol is attached: a plurality of third support members 95 which are folded down under the grounding cover 9 as shown in the seventh to tenth drawings. Having a directionality Although the figure shows six third choices 95 formed by each other, the number is not limited. The direction of the I-view line 2 is formed by a ==:5 into a two-stage curved shape'. Since the third support member 95 is also used for grounding, the action is similar, and the grounding can be formed more stably. 〃 — 支 支 支 四 四 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于 由于α - Also, in the present embodiment, the first support member 91 of the ground cover 9 is tightly inserted into the groove 28 formed at the front end of the casing 2. In the figure, the first support member 91 is inserted into the groove material, and the first branch is folded to contact the lower end of the casing 2 to prevent the ground cover 9 from being separated from the casing 2 without the vertical direction of the body 2. Of course, the ground cover 9 can also be adhered to the outer side of the casing 2. As described above, in this embodiment, by the arrangement of the ground cover 9, the grounding performance of the 12 200845497 flexible cable can be increased and the connection state and performance can be stabilized. f and ' are further fixed to the printed circuit board by the first support of the ground cover 9. Hey. . Although the invention has been described in terms of several specific embodiments, it should be understood that it will be understood by those skilled in the art that the invention is not deviated from the spirit and scope of the invention as defined by the scope of the invention; Still referring to the scope of the present invention [simplified description of the drawings] 1; Figure 1 is a schematic diagram of one example of a conventional flexible cable connector; second schematic diagram of the third diagram; fourth diagram fifth diagram; The first figure B is an exploded view of the soft cable connector of the first embodiment, which is an exploded view of the flexible cable connector of the first figure A. The flexible cable connector of the preferred embodiment of the present invention is the third figure. An exploded view of the flexible cable connector; - a view of the soft cable connector of the third figure, FIG. 6 and FIG. 3 is a soft view of the third figure, 4 f, a cross-sectional view of an application example; The seventh figure of the connector is a schematic diagram of another comparative device of the present invention; the rut of the vehicle is known as the soft cable connection of the example; the eight figure is a partial section of the flexible cable connector of the seventh figure. = is a sectional view of the flexible cable connector of the seventh figure;:, the ten figure is the seventh 13 200845497 bottom view of the grounding cover structure of the flexible cable connector. [Main component symbol description] <Prior Art> 11 accommodating groove 13 fixed arm 20 terminal 30 brake member 32 locking projection 40 operating member 10 shell Body 12 terminal insertion portion 13a fixing groove 20a frame connection groove 31 fixing projection • 33 shaft
<本發明> 2殼體 24端子插設部 26端子設置部 264長槽 28溝槽 42上肋 6制動件 64狹缝 9接地蓋 91第一支撐件 95第三支撐件 22容置槽 240穿槽 262樞接槽 266直槽 4端子 44下肋 62轉轴 8固定夾 90蓋體 92第二支撐件 100軟性排線 14<The present invention> 2 Housing 24 terminal insertion portion 26 Terminal setting portion 264 Long groove 28 Groove 42 Upper rib 6 Brake member 64 Slit 9 Ground cover 91 First support member 95 Third support member 22 accommodating groove 240 through slot 262 pivot slot 266 straight slot 4 terminal 44 lower rib 62 shaft 8 fixed clip 90 cover body 92 second support member 100 flexible cable 14