M367442 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種連接器，尤其涉及一種柔性電路板連接 器。 【先前技術】 按’如第十圖所不’當前的柔性電路板連接器1〇〇，一般包 括一絕緣本體10’、複數導電端子30’和一樞接於絕緣本體1〇, 上的卡合件20’。導電端子3〇,具有一卡持部31，、一連接橋32, 和一大致呈條狀的卡持臂33，，卡持臂33，的中部通過連接橋 32’與卡持部31’相連接。在將柔性電路板（圖未示）固定到柔 性電路板連接器100’上時，卡合件2〇,抬起導電端子3〇,之卡持 臂33’的一端，從而卡持臂33,的另一端下壓並抵住柔性電路板 而實現與柔性電路板的連接。 惟’上述習知的柔性電路板連接器1〇〇，籍由卡合件20,抬 起導電端子30’的一端使導電端子3〇’的另一端下壓並抵住柔 性電路板，夾持固定柔性電路板的固持力有限，當柔性電路板 連接器100’在使用過程中受到碰撞或震動時，柔性電路板容易 發生移位而與導電端子30,接觸不良。 【新型内容】 本創作的主要目的係針對上述習知技術存在之缺陷提供 一種可確保與柔性電路板的連接及固定牢固、可靠的柔性電路 板連接器。 為實現上述目的，本創作之柔性電路板連接器具有一絕緣 本體、一卡合件及複數導電端子。絕緣本體上開設有一前後貫 穿絕緣本體的開口槽，絕緣本體後端開設有一收容槽，收容槽 之兩側的槽壁上分別開設有一導滑槽、一第一卡槽及一第二卡 M367442 底部與第"卡㈣底部之間凸 尽體於開口槽的㈣上_ 彳凸塊，且 卡持㈣中部向±凸伸# ]後延伸的 ，臂’卡持臂的前端向下凸 接橋上連接有 ::内，該卡合件具有一支擇 轴:兩:合件收容於 =成—可選擇地收絲第㈣兩端分別向外延 合件上開設有複數卡持槽，該等s卡持7卡槽内的樞轴，該 :卡持臂的-端，支撐軸位於卡持臂收容-導電端子 臂，卡並抵頂卡# 合件2作之柔性電路板_在:柔性 攆輪位於4:::兩側柩軸沿導滑槽插入到第-卡槽内，支 開口槽铸與卡射之間，將柔性電路板插入到 槽中，支撐轴推卡合件，使卡合件兩側卡固塊收容於導滑 抵在柔性電路 持臂後端，進而使卡持臂前端卡鉤部下壓 使樞軸滑入到的相應接觸點上；此時，再向前推動卡合件， 作用，從岐卡二切巾’進—步增強支料對卡持臂的推頂 夠部緊壓在柔性電路板的相應接觸點上。 田上所述，名ϊ 收容於第二卡 1作之柔性電路板連接器藉由卡合件之樞軸 端子的卡i呷槽中，兩卡固塊分別卡持於一導滑槽内，使導電 接及固—卩緊壓在柔性電路板上，從而確保柔性電路板的連 &牛固、可靠。 【實施方式】 的與細說明本創作之技術内容、構造特徵及其所達成之目 下面將結合實施例並配合圖式詳予說明。 閱第—圖和第二圖，本創作柔性電路板連接器100具 M3 67442 有一絕緣本體10、一卡合件20、複數第一導電端子30及複數 第二導電端子40。 請參閱第三圖和第四圖，絕緣本體10上開設有一貫穿絕 緣本體10前後表面的開口槽11，絕緣本體10後端開設有一 • 貫穿絕緣本體10上下表面的收容槽12，收容槽12之兩侧的 槽壁上分別開設有一前後延伸且向後延伸到絕緣本體10後端 _ 並呈矩形的導滑槽13和一延伸到絕緣本體10下表面並與導滑 槽13連通的第一卡槽14及一與第一卡槽14連通的第二卡槽 ‘ 15,導滑槽13前端底部凸起有一由前向後傾斜的導滑塊131， # 第一卡槽14的底部與第二卡槽15的底部之間凸起有一弧形的 凸塊151。絕緣本體10於開口槽11的上、下槽壁上開設有複 數第一端子卡槽101和複數第二端子卡槽102，且該等第一端 子卡槽101和第二端子卡槽102 —一間隔分布。 請再參閱第二圖，絕緣本體10的收容槽12内樞裝有一卡 合件20，卡合件20 —端具有一截面大致呈橢圓形的條狀支撐 軸22，支撐軸22兩端分別向外延伸形成一可選擇地收容於第 一卡槽14及一第二卡槽15内的樞軸23，卡合件20兩側分別 φ 設有一可卡持於一導滑槽13内的卡固塊24，且該卡合件20 上開設有複數卡持槽21。 請參閱第二圖、第五圖及第六圖，所述複數第一端子30 * 具有一前後延伸的第一卡持部31，第一卡持部31的中部向上 • 凸伸有一第一連接橋32，第一連接橋32上連接有一向前後兩 個方向延伸形成的第一卡持臂33，第一卡持臂33的前端向下 凸伸形成有一第·—^鉤部34，第·—^持部31上凸伸有一第一 卡位部35,第一卡持部31的前端向上凸伸形成有一第一凸齒 部36,且第一卡持部31的後端設有一第一焊接腳37,當與柔 性電路板連接器100對接的柔性電路板50插入時，第一卡鉤 M3 67442 部34及第一凸齒部36共同抵壓柔性電路板50，可以使柔性 電路板50的連接及固定牢固、可靠。該等第一導電端子30插 設於第一端子卡槽101内且末端收容於卡持槽21中，第一卡 . 位部35抵壓在第一端子卡槽101的槽壁上。 • 所述複數第二導電端子40具有一前後延伸的第二卡持部 41，第二卡持部41的中部向上凸伸有一第二連接橋42,第二 _ 連接橋42上連接有一向前後兩個方向延伸形成的第二卡持臂 43。第二卡持臂43的後端向下凸伸形成有一第二凸齒部44， 該第二凸齒部44可擋持支撐軸22上，以防止卡合件20脫出。 # 第二卡持臂43的前端向下凸伸形成有一第二卡鉤部45，第二 卡持部41上還凸伸有一第二卡位部46，第二卡持部41的前 端設有一第二焊接腳48。該等第二導電端子40插設於第二端 子卡槽102内且第二卡持臂43的末端收容於卡持槽21中，第 二卡位部46抵壓在第二端子卡槽102的槽壁上。 所述第二卡持部41前端還設有一卡扣槽47，當與柔性電 路板連接器100對接的柔性電路板50插入時，第二卡鉤部45 抵壓柔性電路板50上相應接觸點，柔性電路板50發生形變部 φ 分與卡扣槽47干涉以使柔性電路板50的連接及固定牢固、可 靠；所述第一導電端子30及第二導電端子40 —一間隔排列， 可增大第一焊接腳37與第二焊接腳48之間的距離，以便於焊 ' 接。 , 請參閱第七圖、第八圖及第九圖，本創作之柔性電路板連 接器100插設柔性電路板50時，可打開卡合件20，使卡合件 20兩側樞軸23沿導滑槽13的導滑塊131滑入到第一卡槽14 内，再將柔性電路板50從開口槽11插入到第一導電端子30 的第一卡持部31和第一卡持臂33以及第二導電端子40的第 二卡持部41和第二卡持臂43之間；隨後向下旋轉閉合卡合件 M3 67442 20，此時卡合件20兩側卡固塊24收容於導滑槽13中，支撐 軸22推頂第一卡持臂33和第二卡持臂43的後端，進而使第 一卡鉤部34及第二卡鉤部45下壓抵在柔性電路板50的相應 接觸點上；此時，再向前推動卡合件20，樞軸23滑入到第二 卡槽15中，進一步增強支撐軸22對第一卡持臂33和第二卡 持臂43的推頂作用，從而使第一卡鉤部34及第二卡鉤部45 緊壓在柔性電路板50的相應接觸點上。 综上所述，本創作之柔性電路板連接器100藉由卡合件 • 20之樞軸23收容於第二卡槽15中，兩卡固塊24分別卡持於 • 一導滑槽13内，使第一卡鉤部34和第二卡鉤部45緊壓在柔 性電路板50上，從而確保柔性電路板50的連接及固定牢固、 可靠。 【圖式簡單說明】 第一圖係本創作柔性電路板連接器一種實施例的立體圖。 第二圖係第一圖所示柔性電路板連接器的立體分解圖。 第三圖係第一圖所示柔性電路板連接器之絕緣本體的立 體圖。 • 第四圖係第一圖所示柔性電路板連接器之絕緣本體另一 視角的立體圖。 第五圖係第一圖所示柔性電路板連接器之第一導電端子 的立體圖。 • 第六圖係第一圖所示柔性電路板連接器之第二導電端子 的立體圖。 第七圖係第一圖所示柔性電路板連接器與柔性電路板組 裝後的卡合件處於開啟狀態時的立體圖。 第八圖係第一圖所示柔性電路板連接器與柔性電路板組 M3 67442 裝後的卡合件處於閉合狀態時的立體圖。 第九圖係第一圖所示柔性電路板連接器之卡合件處於閉 合狀態時的剖面圖。 第十圖係習知柔性電路板連接器的立體圖。 【主要元件符號說明】M367442 V. New description: [New technical field] The present invention relates to a connector, and more particularly to a flexible circuit board connector. [Prior Art] According to the present invention, the flexible circuit board connector 1A generally includes an insulative housing 10', a plurality of conductive terminals 30', and a card pivotally connected to the insulative housing 1 Assembly 20'. The conductive terminal 3A has a latching portion 31, a connecting bridge 32, and a substantially strip-shaped latching arm 33. The middle portion of the latching arm 33 is connected to the latching portion 31' via the connecting bridge 32'. connection. When the flexible circuit board (not shown) is fixed to the flexible circuit board connector 100', the engaging member 2 is lifted, and the conductive terminal 3 is lifted, and one end of the holding arm 33' is clamped, thereby holding the arm 33, The other end is pressed down against the flexible circuit board to achieve connection to the flexible circuit board. However, the above-mentioned conventional flexible circuit board connector 1 〇〇, by the engaging member 20, lifts one end of the conductive terminal 30' to press the other end of the conductive terminal 3'' against the flexible circuit board, and clamps The fixing flexible circuit board has a limited holding force. When the flexible circuit board connector 100' is subjected to collision or vibration during use, the flexible circuit board is easily displaced and has poor contact with the conductive terminal 30. [New Content] The main purpose of this creation is to provide a flexible circuit board connector that ensures a secure and reliable connection and fixation to a flexible circuit board in view of the above-mentioned drawbacks of the prior art. To achieve the above object, the flexible circuit board connector of the present invention has an insulative housing, a snap member and a plurality of conductive terminals. An opening slot is formed in the insulative housing, and a slot is formed in the rear end of the insulative housing. The slot on the two sides of the slot is defined by a guide slot, a first slot and a second card M367442. Between the bottom of the " card (4) and the bottom of the (4) upper _ 彳 bulge, and the middle of the bracket (4) extends toward the 凸 凸 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The connection has:: inside, the engaging member has a selected shaft: two: the fitting is received in the ==-optional wire receiving (four) two ends respectively are provided with a plurality of card holding grooves on the epitaxial fitting, the s Hold the pivot in the 7-card slot, this: the end of the holding arm, the support shaft is located in the holding arm of the holding arm - the conductive terminal arm, the card is pressed against the top card #合部件2 for the flexible circuit board _ in: flexible 撵The wheel is located at 4::: the two sides of the shaft are inserted into the first card slot along the guide slot, and the slot is cast between the slot and the card, and the flexible circuit board is inserted into the slot to support the shaft to push the card to make the card The clamping block on both sides of the fitting is received by the sliding guide against the rear end of the flexible circuit holding arm, so that the front end hook portion of the clamping arm is pressed down to make the pivot slide in At the corresponding contact point; at this time, the engaging member is pushed forward again, and the corresponding contact of the holding arm of the holding arm from the Leica two cuttings is tightened on the flexible circuit board. Point. As described in the field, the flexible circuit board connector of the second card 1 is held in a slot of the pivot terminal of the engaging member, and the two clamping blocks are respectively clamped in a guiding slot, so that The conductive connection and the solid-state are pressed on the flexible circuit board to ensure the connection and the reliability of the flexible circuit board. [Embodiment] The technical contents, structural features, and objects achieved by the present invention will be described in detail below with reference to the embodiments. Referring to the first and second figures, the flexible circuit board connector 100 has an insulative housing 10, a latching member 20, a plurality of first conductive terminals 30, and a plurality of second conductive terminals 40. Referring to FIG. 3 and FIG. 4 , the insulative housing 10 defines an opening slot 11 extending through the front and rear surfaces of the insulative housing 10 . The rear end of the insulative housing 10 defines a receiving slot 12 extending through the upper and lower surfaces of the insulative housing 10 . A guide slot 13 extending forward and backward and extending rearward to the rear end of the insulative housing 10 and having a rectangular shape, and a first slot extending to the lower surface of the insulative housing 10 and communicating with the guide slot 13 are respectively defined in the slot walls on the two sides. 14 and a second card slot ′ communicating with the first card slot 14 . The bottom of the front end of the guide slot 13 has a guiding slider 131 inclined from the front to the rear. # The bottom of the first card slot 14 and the second card slot An arcuate projection 151 is projected between the bottoms of the 15. The first body card slot 101 and the plurality of second terminal card slots 102 are formed on the upper and lower slot walls of the opening slot 11, and the first terminal card slot 101 and the second terminal card slot 102 are one. Interval distribution. Referring to the second figure, the receiving slot 12 of the insulative housing 10 is pivotally mounted with a latching member 20 having a strip-shaped support shaft 22 having a substantially elliptical cross section at the end of the engaging member 20, and the two ends of the supporting shaft 22 are respectively A pivot shaft 23 is formed in the first slot 14 and the second slot 15 . The two sides of the latching member 20 are respectively affixed to a locking slot 13 . Block 24, and the plurality of retaining slots 21 are defined in the engaging member 20. Referring to the second, fifth, and sixth figures, the plurality of first terminals 30* have a first latching portion 31 extending forward and backward. The middle portion of the first latching portion 31 is convex upwardly and has a first connection. The bridge 32 has a first latching arm 33 extending from the front and rear directions. The front end of the first latching arm 33 is downwardly protruded to form a first hook portion 34. A first latching portion 35 is protruded from the front end of the first latching portion 31, and a first protruding portion 36 is formed at a front end of the first latching portion 31. The soldering leg 37, when the flexible circuit board 50 docked with the flexible circuit board connector 100 is inserted, the first hook M3 67442 portion 34 and the first protruding tooth portion 36 collectively resist the flexible circuit board 50, so that the flexible circuit board 50 can be The connection and fixing are firm and reliable. The first conductive terminals 30 are inserted into the first terminal card slot 101 and the ends are received in the holding slots 21, and the first card portion 35 is pressed against the slot wall of the first terminal card slot 101. The second conductive terminal 40 has a second latching portion 41 extending forwardly and forwardly. The second latching portion 42 has a second connecting bridge 42 extending upwardly from the middle portion of the second latching portion 41. The second holding arm 43 is formed to extend in two directions. A second protruding portion 44 is formed on the rear end of the second holding arm 43. The second protruding portion 44 can block the supporting shaft 22 to prevent the engaging member 20 from coming off. A second latching portion 45 is formed on the second latching portion 41. The second latching portion 41 has a second latching portion 46. The front end of the second latching portion 41 is provided with a second latching portion 46. Second soldering foot 48. The second conductive terminal 40 is inserted into the second terminal slot 102, and the end of the second latching arm 43 is received in the latching slot 21, and the second latching portion 46 is pressed against the second terminal slot 102. On the wall of the tank. The front end of the second holding portion 41 is further provided with a snap groove 47. When the flexible circuit board 50 docked with the flexible circuit board connector 100 is inserted, the second hook portion 45 presses the corresponding contact point on the flexible circuit board 50. The flexible circuit board 50 is deformed by the deformation portion φ and interferes with the latching groove 47 to make the connection and fixing of the flexible circuit board 50 firm and reliable. The first conductive terminal 30 and the second conductive terminal 40 are arranged at intervals. The distance between the first first soldering leg 37 and the second soldering leg 48 is facilitated for soldering. Referring to the seventh, eighth, and ninth drawings, when the flexible circuit board connector 100 of the present invention is inserted into the flexible circuit board 50, the engaging member 20 can be opened, so that the pivots 23 on both sides of the engaging member 20 are along The guide slider 131 of the guide chute 13 slides into the first card slot 14, and then inserts the flexible circuit board 50 from the open slot 11 into the first latching portion 31 of the first conductive terminal 30 and the first latching arm 33. And the second latching portion 41 of the second conductive terminal 40 and the second latching arm 43; then, the latching member M3 67442 20 is rotated downwardly, and the latching block 24 on both sides of the latching member 20 is received in the guide. In the chute 13 , the support shaft 22 pushes the rear ends of the first clamping arm 33 and the second clamping arm 43 , and further presses the first hook portion 34 and the second hook portion 45 against the flexible circuit board 50 . At the corresponding contact point; at this time, the engaging member 20 is pushed forward again, and the pivot shaft 23 is slid into the second slot 15 to further strengthen the support shaft 22 against the first holding arm 33 and the second holding arm 43. The pushing action of the first hook portion 34 and the second hook portion 45 is pressed against the corresponding contact points of the flexible circuit board 50. In summary, the flexible circuit board connector 100 of the present invention is received in the second card slot 15 by the pivots 23 of the engaging member 20, and the two clamping blocks 24 are respectively clamped in the guide slot 13 The first hook portion 34 and the second hook portion 45 are pressed against the flexible circuit board 50, thereby ensuring that the connection and fixing of the flexible circuit board 50 are firm and reliable. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of an embodiment of the present flexible circuit board connector. The second figure is an exploded perspective view of the flexible circuit board connector shown in the first figure. The third figure is a perspective view of the insulative body of the flexible circuit board connector shown in the first figure. • Figure 4 is a perspective view of another perspective view of the insulative housing of the flexible circuit board connector shown in Figure 1. Figure 5 is a perspective view of the first conductive terminal of the flexible circuit board connector shown in the first figure. • Figure 6 is a perspective view of the second conductive terminal of the flexible circuit board connector shown in Figure 1. The seventh drawing is a perspective view of the flexible circuit board connector shown in the first figure and the engaging member after the flexible circuit board assembly is in an open state. The eighth figure is a perspective view of the flexible circuit board connector and the flexible circuit board group M3 67442 shown in the first figure when the assembled engaging member is in a closed state. Figure 9 is a cross-sectional view showing the clip of the flexible circuit board connector shown in the first figure in a closed state. The tenth figure is a perspective view of a conventional flexible circuit board connector. [Main component symbol description]
[本創作] 柔性電路板連接器 100 絕緣本體 10 開口槽 11 第一端子卡槽 101 第二端子卡槽 102 收容槽 12 導滑槽 13 導滑塊 131 第一卡槽 14 第二卡槽 15 凸塊 151 卡合件 20 卡持槽 21 支撐軸 22 柩軸 23 卡固塊 24 第一導電端子 30 第一卡持部 31 第一連接橋 32 第一卡持臂 33 第一卡鉤部 34 第一卡位部 35 第一凸齒部 36 第一焊接腳 37 第二導電端子 40 第二卡持部 41 第二連接橋 42 第二卡持臂 43 第二凸齒部 44 第二卡鉤部 45 第二卡位部 46 卡扣槽 47 第二焊接腳 48 柔性電路板 50 [習知技術] 柔性電路板連接器 100’ 絕緣本體 10, 卡合件 20， 導電端子 30, M367442 卡持部 3Γ 連接橋 卡持臂 33’[Creation] Flexible circuit board connector 100 Insulation body 10 Open slot 11 First terminal card slot 101 Second terminal card slot 102 Storage slot 12 Guide slot 13 Guide slider 131 First card slot 14 Second card slot 15 Block 151 Engagement member 20 Holding groove 21 Supporting shaft 22 柩 shaft 23 Fixing block 24 First conductive terminal 30 First holding portion 31 First connecting bridge 32 First holding arm 33 First hook portion 34 First The latching portion 35 the first protruding tooth portion 36 the first soldering leg 37 the second conductive terminal 40 the second latching portion 41 the second connecting bridge 42 the second latching arm 43 the second protruding tooth portion 44 the second latching portion 45 Two latching portion 46 snap groove 47 second soldering leg 48 flexible circuit board 50 [PRIOR ART] Flexible circuit board connector 100' Insulating body 10, engaging member 20, conductive terminal 30, M367442 holding portion 3Γ connecting bridge Holding arm 33'