1111
玉、發明說明（2 ) 依據本發明所備置的一扁平電纟覽連接器包括： 一板側殼體，它支持住金屬端子並適合固定於一電路 板，以及 支持一扁平電纜的一電纜側殼體。 電纜側殼體具有數個自電纜側殼體的一遠端以疊置方 # 式突出之扁平電纜之傳導體，如此當板側殼體安裝至以電 纜為側邊的殼體時，傳導體分別連接端子，其中： 以電纜側的殼體包括：適於定位傳導器的一定位元件 ，以及樞軸地支持在定位元件上並在一支持位置及一鬆開 位置間樞軸地移動的一定位元件，而 在支持位置下，傳導體支持在定位元件及支持元件之 間，而在鬆開位置下，傳導體之支持鬆開。 在本發明中，支持傳導器於其間的定位元件以及支持 元件以一方向傾斜使得傳導體之遠端可以支持元件樞軸移 動的方向朝支持元件支持傳導體的支持位置向前移動。 在本發明中，以電纜側殼體可以傳導體長度方向安裝 至以板為側邊的殼體中，支持元件配置在傳導體分別以安 裝方向與金屬端子接觸之部份的前面，而引導凹槽形成在 支=元件中，且當兩個殼體安裝在一起時，引導凹槽分別 引導金屬端子至金屬端子分別接觸傳體的接觸位置。 當支持扁平電纜的電纜側殼體連接板分別側殼體時， 傳導體分別連接金屬端子。為分別自金屬端子上分別鬆開 體電纟覽側设體自板側殼體上鬆開。此時，扁平電境 A7 經濟部智慧財產局員工消費合作社印製 五、發明說明（ 繼續被電規側殼體支持，因此傳導體的有次序之排列不會 ㈣亂’且傳導體不會變形。因&，當傳導體再分別連接 於金屬端子％ ’連接器不須在形狀上矮正並可適當地配置 。因此，操作的效率極佳。此外，支持元件樞接於定位元 件上因此兩兀件相互錯誤之排列不會發生，因此，當樞 軸地移動支持元件至支持位置時可達到最佳的操作效率。 當傳導體14支持於定位元件25及定位元件26之間時， 支持70件以朝向遠端的方向摩擦傳導體，因此，傳導體不 會鬆開。 、當兩殼體固定在一起時，金屬端子分別被引導凹槽所 引導因此，金屬端子可分別接觸傳導體。 …第1圖為顯不一電纜側殼體與一板側殼體分開狀況下 的第一實施例之立體圖。 第2圖為板側殼體之一剖面立體圖。 第3圖為電纟覽側殼體一剖面立體圖。 第4圖為顯不一支持元件配置在一鬆開位置下電纜側 殼體的立體圖。 第5圖為顯不支持元件配置在一支持位置下電纜側殼 體的橫戴面圖。 第6圖為顯示電纜側殼體與板側殼體鬆開的狀況下的 一橫截面圖。 第7圖為顯示電纜側殼體與安裝至板側殼體的狀況下 的一橫截面圖。 第8圖為一習知構造的立體圖。 -------------------^---------^Awi (請先閱讀背面之注意事項再填寫本頁)Jade, description of the invention (2) A flat electrical navigation connector prepared according to the present invention includes: a board-side housing that supports metal terminals and is suitable for fixing to a circuit board, and a cable side supporting a flat cable case. The cable-side housing has several conductors of flat cables protruding in a superposed manner from a distal end of the cable-side housing, so that when the board-side housing is mounted to the housing with the cable as the side, the conductors The terminals are respectively connected, wherein the housing on the cable side includes: a positioning element suitable for positioning the conductor, and a pivotally supported on the positioning element and pivotally moved between a support position and a release position. The positioning element, while in the support position, the conductor is supported between the positioning element and the support element, and in the release position, the conductor is supported to loosen. In the present invention, the positioning element supporting the conductor therebetween and the supporting element are inclined in a direction so that the distal end of the conductor can move forward in the direction in which the supporting element pivots toward the supporting position where the supporting element supports the conductor. In the present invention, the cable-side housing can be mounted in the lengthwise direction of the conductor to the housing with the board as the side, and the supporting element is arranged in front of the portion of the conductor that contacts the metal terminal in the installation direction, respectively, and the guide recess The groove is formed in the support element, and when the two housings are mounted together, the guide grooves respectively guide the metal terminals to the contact positions where the metal terminals respectively contact the body. When the cable-side housing connection plates supporting the flat cable are respectively on the side housing, the conductors are connected to the metal terminals, respectively. In order to release from the metal terminals respectively, the body side is set to release from the board-side housing. At this time, the flat electricity environment A7 printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. 5. Description of invention Because of & when the conductors are respectively connected to the metal terminals, the connectors need not be short in shape and can be appropriately configured. Therefore, the operation efficiency is excellent. In addition, the supporting element is pivotally connected to the positioning element, so The misalignment of the two elements will not occur, so the best operating efficiency can be achieved when the supporting element is pivotally moved to the supporting position. When the conductor 14 is supported between the positioning element 25 and the positioning element 26, the support 70 pieces rub the conductive body in the direction toward the distal end, so the conductive body will not loosen. When the two housings are fixed together, the metal terminals are guided by the guide grooves respectively. Therefore, the metal terminals can contact the conductive body respectively. … Figure 1 is a perspective view of the first embodiment in a state where a cable-side housing is separated from a board-side housing. Figure 2 is a cross-sectional perspective view of a board-side housing. A sectional perspective view of the side casing. Figure 4 is a perspective view of the cable-side casing with a support member disposed in a loose position. Figure 5 is a cable-side casing with the display support member disposed in a support position. Figure 6 is a cross-sectional view showing the state where the cable-side housing and the board-side housing are loosened. Figure 7 is a view showing the cable-side housing and the board-side housing A cross-sectional view. Figure 8 is a perspective view of a conventional structure. ------------------- ^ --------- ^ Awi (Please (Read the notes on the back before filling out this page)
發明說明（4) (第一實施例） 本發明的第一實施例將配合第1至7圖加以說明。 本發明的一扁平電纜包括適於固定一電路板的一殼體 10 ’以及支持於殼體1〇中連接一電路於電路板上的金屬端 子11 ° 一扁平電纜12通過此扁平電纜連接器連接的電路板 參看扁平電纜12，此電纜12包括數個以疊置方式固定 的遮蔽電線13 ’而該遮蔽電線13之傳導體14自扁平電瘦12 的运端突出成在一暴露狀態下，並以一預定的間距疊置 。傳導體14適於分別連接金屬端子丨丨。在扁平電纜毗接暴 露傳導體14的部份上，所有遮蔽電線13之遮蔽層（未顯示） 以一似乎板的短環形面板15固完成一短的環形。傳導體14 的遠端部以預定間距藉由一配置薄片丨6而支持。 殼體10包括支持金屬端子11並適合安裝於電路板的一 板側5又體17，以及支持扁平電繞12的一電纟覽側殼體1 8。電 纜側殼體丨8可安裝在板側殼體17内，並自其中鬆開，且當 兩设體17及18安裝在一起時，傳導體14分別連接於金屬端 子11。當兩殼體17及18相互鬆開時，傳導體14分別自金屬 端子11上鬆開。 板側殼體17包括適合固定於電路板的一樹脂殼體19， 數個金屬端子11，以及以傳導材料製成的一板側遮蔽蓋2〇 。以細縫的架設凹槽2 1形成在殼體19中，並自其前表面延 伸至其後表面，並以一預定的間距疊置。金屬端子丨丨分別 按壓至架設凹槽21中。金屬端子丨丨包括在其一後端上的一 五、發明說明（5) 架设部11A，以及一懸臂方式I此架設部丨丨A向前延伸的 一對下臂部11B及11C：。在電纜側殼體18上的各遮蔽電線 之傳導體14插在上及下臂部11B及uc之間的一空間内。 备金屬端子11按壓至架設凹槽21中時，下臂部lie靠著架 設凹槽21之一下表面，而一間隙備置在上臂部UB以及架 设凹槽21的一上表面之間，以允許上臂部UB向上的彈性 彎形。板側遮蔽蓋20連接於殼體本體19，在此狀況下，遮 蔽蓋2σ的上及相對側壁與殼體本體19之上及相對側表面作 緊密接觸，而分別形成在遮蔽蓋2〇的下邊緣及相對側壁上 的鉗分別以其下表面固定地銜接殼體本體19的邊緣部，而 通過遮蔽板20之上壁而形成的固定孔分別固定在殼體本體 19之上表面上的突出部24。一連接面板部2〇八自板側遮蔽 蓋20的上壁朝向電、纜殼體1 $延伸。用以連接一地面電路於 電路板上的地面連接片部2〇β分別形成在板側遮蔽蓋2〇的 相對側壁之下邊緣上。 電纜側殼體1 8包括樹脂製的一定位元件，用以定位傳 導體14,以及樞軸地支持於定位元件25上以樞軸地移動於 一支持位置及一鬆開位置之間的一樹脂製支持元件26。在 支持位置下，扁平電纜12的傳導體14支持在定位元件25以 及支持元件26之間，而在鬆開位置下，傳導體14之支持鬆 開。， Α 疋位元件2 5整體上具有一厚的似平板構形，以及定位 凹槽，以分別定位形成在定位元件之一上表面的前半部上 的傳導體14。定位凹槽27以前後方向延伸，而傳導體14接 經濟部智慧財產局員工消費合作社印製 . A7 '^------------ 五、發明說明（6 ) 觸在各定位凹槽27的後半部上的金屬端扣，而定位凹槽 27的前半部形成在向下向前傾斜的_支持凹槽部辦。容 納在此支持凹槽部28中的傳導體14部支持在支持元件^以 及定位元件25之間。支持凹槽部28以一方向傾斜使得傳導 體14的遠端以支持元件26樞軸移動方向向前朝向支持元件 26支持傳導體14的支持位置。定位元件乃的下表面凹陷， | 而備置定位凹槽27(各包括定位凹槽部28),以備置一階級 部，於是形成一厚度縮減部29，且此厚度縮減部29適於插 入在板側殼體17上的各金屬端子丨丨之兩壁部11B及llc之 間的空間中。其上適於置放扁平電纜12的短環形面板15的 置放表面30开》成在定位元件25的上表面之後半部上，且 防止置於置放表面30上的短電路面板15不在此表面3〇上移 動的固定部3 1亦形成在後半部上。一對軸部32分別形成在 定位元件25之相對側表面上並自其後端部上突出，而支持 元件26可繞著該軸部32作樞軸地移動。 I 一體模供成型的支持元件26包括一對軸承面板34，在 其後端部上各有在兩軸承面板34之上邊緣間延伸的一承接 孔3 3 ’以及配置在互連面板3 5則並在兩轴承面板3 4間延伸 的一支持面板35。承接孔33分別固定於軸32上，使得支持 元件3 6樞軸地支持在定位元件2 5上。一以導電材料製電纜 側遮蔽蓋37安裝在互連面板上，使得遮蔽蓋37緊密接觸互 連面板35的上下表面及前邊緣。一傾斜按壓表面38形成在 支持面板36之一後端或邊緣處，且當支持元件26定位在支 持位置時，此按壓表面38平行於支持凹槽部28定位，而各 本紙張尺度適用中國國家標準（CNS)A4規格（21〇 x 297公釐） 9 t--------^---------^ (請先閱讀背面之注意事項再填寫本頁) 498572 第 89120677 號 修正曰期90年11月 A7 _B7 _ 五、發明説明◊ ) %年丨㈣日修;正 __補充 (請先閲讀背面之注意事項再填寫本頁) 連接器14支持在此按壓表面38以及對應支持凹槽部28之間 。數個引導凹槽39形成於支持面板36的上表面上，並以前 後方向延伸，並以與定位凹槽27相同的間距疊置。當支持 元件26定位在支持位置時，支持面板36連接厚度縮小部29 ，使得支持面板36及厚度縮小部29成為一單一似面板的構 形，且在此狀況下，引導凹槽39分別與連接器14之分別接 觸金屬端子部11之部份對齊。固定突出部40分別形成在軸 承面板34的内表面上，且這些固定突出部40固定地分別銜 接厚度縮小部29的相對側表面之下邊緣，以相對於定位元 件25鎖住支持元件於固定位置。 以下將說明此實施例之操作。 有關於板側殼體17,金屬端子11按壓至殼體本體19内 ，而板側遮蔽蓋20連接殼體本體19，在此狀況下，殼體本 體19牢固地固定於電路板，而金屬端子11藉由焊接（未顯示 )連接於電路板上的電路，而板側遮蔽蓋20的地面連接片部 以焊接方式（未顯示）連接於電路板上的一接地電路。 有關於電纜側殼體18，支持元件26樞接定位元件25， 且此支持元件26支持於一開放位置，亦即如第4及5圖所示 的鬆開位置。在此狀況下，扁平電纜12置於定位元件25的 上表面上，而短路面板15置於置放表面30上，並以固定部 31定位，而傳導體14分別安裝至定位凹槽27中，因而定位 這些傳導體14。在此狀況下，支持元件26樞軸地移動至支 持位置，使得固定突出部40固定地銜接厚度縮小部29，以 鎖住支持元件26於支持位置。在此狀況下安裝在互連面板 本紙張尺度適用中國國家標準（CNS) A4規格（210X297公釐） 10 498572 A7 ___B7_ i、發明說明（8 ) --------------裝--- (請先閱讀背面之注意事項再填寫本頁) 35上的電纜側遮蔽蓋37經由扁平電纜12之短路面板15以電 力連接遮蔽層（未顯示）。在此狀況下，各傳導體14支持於 支持面板36的傾斜按壓表面3 8以及對應定位凹槽（參看第6 圖）的傾斜支持凹槽部28之間。在傳導體14如此定位後， 自厚度縮小部29以及支持面板向下突出的傳導體14之該部 份切下，以使配置薄片16與扁平電纟覽12分開。 φ 然後，電纜側殼體18安裝至板側殼體π中。在此安裝 操作中，支持面板36以及電缓側殼體1 8的厚度縮小部29插 在各金屬端子11的上及下臂部11B及11C間的空間内，而 電纜遮蔽蓋3 7在板側遮蔽蓋20的連接面板部2〇A下滑動。 在此安裝位置下，彈性向上變形的上臂部丨1B在彈性維持 力量造成的一預定壓力下與傳導體14接觸，使得傳導體14 以電力連接在電路板上的電路。由於板側遮蔽蓋2〇接觸電 纜側遮蔽板37，在扁平電纜12上的遮蔽層（未顯示）以電力 連接電路板上的接地電路，因此由各傳導體14的暴露部界 定的一電力傳導通路自遮蔽層延伸，而金屬端子u被兩遮 蔽蓋20及37所遮蔽。 為了自電路板上鬆開扁平電纜12，僅須自板側殼體17 上撤出電纜側殼體18。此時，扁平電纜12繼續以電纜側殼 體18支持，因此即使在電纜側殼體18自板側殼體17上鬆開 之後，傳導體14的有次序之排列不被干擾，且傳導體“不 會變形。因此，當扁平電纜12再連接至電路板時，傳導體 14之形狀不須矯正，且因其適當地配置而可提高操作的效 率。 11DESCRIPTION OF THE INVENTION (4) (First Embodiment) A first embodiment of the present invention will be described with reference to Figs. 1 to 7. A flat cable according to the present invention includes a housing 10 'adapted to fix a circuit board and metal terminals 11 supported in the housing 10 to connect a circuit to the circuit board. A flat cable 12 is connected through the flat cable connector. See the flat cable 12 for a circuit board. The cable 12 includes a plurality of shielded wires 13 ′ fixed in a stacked manner. They are stacked at a predetermined interval. The conductors 14 are adapted to be respectively connected to the metal terminals 丨 丨. On the portion of the flat cable adjoining the exposed conductor 14, all the shielding layers (not shown) of the shielding wires 13 are fixed in a short ring shape by a short ring-shaped panel 15 like a plate. The distal end portion of the conductive body 14 is supported by a disposition sheet 6 at a predetermined pitch. The housing 10 includes a board side 5 and a body 17 that support the metal terminals 11 and is suitable for being mounted on a circuit board, and an electric view side housing 18 that supports the flat electrical winding 12. The cable-side casing 8 can be installed in the board-side casing 17 and released therefrom, and when the two installation bodies 17 and 18 are installed together, the conductor 14 is connected to the metal terminal 11 respectively. When the two housings 17 and 18 are released from each other, the conductive body 14 is released from the metal terminal 11 respectively. The board-side case 17 includes a resin case 19 adapted to be fixed to a circuit board, a plurality of metal terminals 11, and a board-side shielding cover 20 made of a conductive material. A slit-forming erection groove 21 is formed in the housing 19, extends from its front surface to its rear surface, and is stacked at a predetermined interval. The metal terminals 丨 丨 are respectively pressed into the mounting grooves 21. The metal terminal 丨 丨 includes one on one rear end of the invention, (5) a mounting portion 11A, and a pair of lower arm portions 11B and 11C extending forward in a cantilever manner. The conductors 14 for shielding the electric wires on the cable-side housing 18 are inserted in a space between the upper and lower arm portions 11B and uc. When the metal terminal 11 is pressed into the mounting groove 21, the lower arm portion lie rests on a lower surface of the mounting groove 21, and a gap is provided between the upper arm portion UB and an upper surface of the mounting groove 21 to allow the upper arm The elastic curve of the upper part UB. The plate-side shielding cover 20 is connected to the housing body 19. In this case, the upper and opposite side walls of the shielding cover 2σ are in close contact with the upper and opposite side surfaces of the housing body 19, and are respectively formed under the shielding cover 20. The pliers on the edge and the opposite side wall are fixedly connected to the edge portion of the casing body 19 with their lower surfaces, and the fixing holes formed by the upper wall of the shielding plate 20 are respectively fixed to the protruding portions on the upper surface of the casing body 19 twenty four. A connection panel portion 208 extends from the upper wall of the board-side shielding cover 20 toward the electrical and cable housing 1. The ground connection piece portions 20β for connecting a ground circuit to the circuit board are formed on the lower edges of the opposite side walls of the board-side shielding cover 20, respectively. The cable-side housing 18 includes a positioning element made of resin for positioning the conductive body 14 and a resin pivotally supported on the positioning element 25 to pivotally move between a support position and a release position.制 Supporting element 26. In the support position, the conductor 14 of the flat cable 12 is supported between the positioning member 25 and the support member 26, and in the release position, the support of the conductor 14 is loosened. The Α-position element 25 has a thick plate-like configuration as a whole, and positioning grooves for positioning the conductors 14 formed on the front half of one of the upper surfaces of the positioning elements, respectively. The positioning groove 27 extends forward and backward, and the conductor 14 is printed by the consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. A7 '^ ------------ V. Description of the invention (6) The metal end buckle on the rear half of the positioning groove 27, and the front half of the positioning groove 27 is formed in the _ support groove portion inclined downward and forward. The conductive body 14 accommodated in the supporting groove portion 28 is supported between the supporting member ^ and the positioning member 25. The support recessed portion 28 is inclined in a direction such that the distal end of the conductive body 14 faces forward in the pivoting direction of the supporting member 26 toward the supporting position where the supporting member 26 supports the conductive body 14. The positioning element is recessed on the lower surface, and positioning grooves 27 (each including the positioning groove portion 28) are provided to prepare a first-level portion, so that a thickness reduction portion 29 is formed, and the thickness reduction portion 29 is suitable for being inserted into the board In the space between the two wall portions 11B and 11c of each metal terminal 丨 丨 on the side case 17. The placement surface 30 of the short ring panel 15 on which the flat cable 12 is placed is opened on the rear half of the upper surface of the positioning element 25, and the short circuit panel 15 placed on the placement surface 30 is prevented from being here A fixed portion 31 moving on the surface 30 is also formed on the rear half. A pair of shaft portions 32 are respectively formed on the opposite side surfaces of the positioning member 25 and protrude from the rear end portion thereof, and the supporting member 26 is pivotally movable around the shaft portion 32. I The integrally formed support element 26 includes a pair of bearing panels 34, each of which has a receiving hole 3 3 ′ extending between the upper edges of the two bearing panels 34 at its rear end and is disposed in the interconnecting panel 35 A support panel 35 extends between the two bearing panels 34. The receiving holes 33 are respectively fixed to the shaft 32, so that the supporting member 36 is pivotally supported on the positioning member 25. A cable-side shielding cover 37 made of a conductive material is mounted on the interconnection panel so that the shielding cover 37 closely contacts the upper and lower surfaces and the front edge of the interconnection panel 35. An inclined pressing surface 38 is formed at a rear end or edge of one of the supporting panels 36, and when the supporting element 26 is positioned at the supporting position, the pressing surface 38 is positioned parallel to the supporting groove portion 28, and each paper size is applicable to the country of China Standard (CNS) A4 specifications (21 × 297 mm) 9 t -------- ^ --------- ^ (Please read the precautions on the back before filling out this page) Amendment No. 89120677 dated November 90, A7 _B7 _ V. Description of invention))% year 丨 ㈣day repair; positive __ supplement (please read the precautions on the back before filling this page) Connector 14 supports the pressing surface 38 and corresponding supporting groove portions 28. A plurality of guide grooves 39 are formed on the upper surface of the support panel 36 and extend in the front-back direction, and are stacked at the same pitch as the positioning grooves 27. When the support member 26 is positioned at the support position, the support panel 36 is connected to the thickness reduction portion 29, so that the support panel 36 and the thickness reduction portion 29 become a single panel-like configuration, and in this case, the guide groove 39 is connected to the The parts of the device 14 that respectively contact the metal terminal portion 11 are aligned. The fixed protrusions 40 are respectively formed on the inner surface of the bearing panel 34, and these fixed protrusions 40 are fixedly connected to the lower edges of the opposite side surfaces of the thickness reduction portion 29, respectively, so as to lock the supporting element in a fixed position relative to the positioning element 25 . The operation of this embodiment will be described below. Regarding the board-side case 17, the metal terminal 11 is pressed into the case body 19, and the board-side shielding cover 20 is connected to the case body 19. In this state, the case body 19 is firmly fixed to the circuit board, and the metal terminal 11 is connected to the circuit on the circuit board by soldering (not shown), and the ground connection piece of the board-side shielding cover 20 is connected to a ground circuit on the circuit board by soldering (not shown). Regarding the cable-side housing 18, the support member 26 is pivotally connected to the positioning member 25, and the support member 26 is supported in an open position, that is, a release position as shown in Figs. 4 and 5. In this situation, the flat cable 12 is placed on the upper surface of the positioning element 25, and the short-circuit panel 15 is placed on the placement surface 30 and positioned with the fixing portion 31, and the conductors 14 are respectively installed in the positioning grooves 27, These conductors 14 are thus positioned. In this situation, the support member 26 is pivotally moved to the support position, so that the fixed protrusion 40 is fixedly engaged with the thickness reduction portion 29 to lock the support member 26 in the support position. Under this condition, it is installed on the interconnect panel. The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm) 10 498572 A7 ___B7_ i. Description of the invention (8) ------------- -Install --- (Please read the precautions on the back before filling in this page) The cable-side shielding cover 37 on 35 is connected to the shielding layer (not shown) through the short-circuit panel 15 of the flat cable 12 for power. In this case, each conductor 14 is supported between the inclined pressing surface 38 of the support panel 36 and the inclined support groove portion 28 corresponding to the positioning groove (see FIG. 6). After the conductive body 14 is positioned in this manner, the portion of the conductive body 14 protruding downward from the thickness reduction portion 29 and the support panel is cut off so that the arrangement sheet 16 is separated from the flat electrical view 12. φ Then, the cable-side case 18 is fitted into the board-side case π. In this installation operation, the support panel 36 and the thickness-reduced portion 29 of the electrically slow side housing 18 are inserted into the space between the upper and lower arm portions 11B and 11C of each metal terminal 11, and the cable shielding cover 37 is on the board. The connection panel portion 20A of the side shield cover 20 slides down. In this mounting position, the elastically deformed upper arm portion 1B comes into contact with the conductive body 14 under a predetermined pressure caused by the elastic maintaining force, so that the conductive body 14 is electrically connected to a circuit on the circuit board. Since the board-side shield cover 20 contacts the cable-side shield plate 37, a shield layer (not shown) on the flat cable 12 is electrically connected to the ground circuit on the circuit board. Therefore, an electric conduction defined by the exposed portion of each conductor 14 The via extends from the shielding layer, and the metal terminal u is covered by the two shielding covers 20 and 37. In order to release the flat cable 12 from the circuit board, it is only necessary to withdraw the cable-side housing 18 from the board-side housing 17. At this time, the flat cable 12 continues to be supported by the cable-side housing 18, so even after the cable-side housing 18 is released from the board-side housing 17, the orderly arrangement of the conductors 14 is not disturbed, and Will not deform. Therefore, when the flat cable 12 is connected to the circuit board again, the shape of the conductor 14 does not need to be corrected, and the operation efficiency can be improved due to its proper configuration. 11
五、發明說明（9 經濟部智慧財產局員工消費合作社印製 此外，支持元件28係樞軸地支持在定位元件乃上， 此當支持元件自鬆開位置移動至支持位置時，支持元件= 會不當地對齊，因而操作性能極佳。 因此，當支持元件26樞軸地移至支持位置以支持傳導 體14時，支持元件26以與傳導體14之長度相交的方向壓下 以定位元件25定位的傳導體14，因此，傳導體不會以其長 度方向位移。 共同支持傳導體14的支持凹槽部2妙以及按壓表面28不 會以垂直於支持元件26樞軸移動之方向配置，但相對於此 方向傾斜。因此，當傳導體14支持在定位元件乃以及支持 凡件26之間時，按壓表面38以朝向傳導體14遠端的方向摩 擦傳導體。因此，傳導體14不會鬆開，且其與各金屬端子 11之間良好的接觸可維持住。 幵y成在支持元件26上的引導凹槽39配置在分別與金屬 端子η接觸的傳導體之部份的前方，因此當殼體17及18安 裝在一起時，各金屬端子Η的上臂部11β沿著對應引導凹 槽39滑動，並被引導至上臂部nb接觸傳導14的一預定位 置。於是，各金屬端子11可接觸對應傳導體14。 本發明不限於上述圖示中所示的實施例，且譬如以下 實施例在本發明範圍内。且除下述實施例外亦可在不脫離 本發明之範圍下作不同的改良。 (1) 雖然上述實施例係為具有遮蔽功能的扁平電纜連 接’本發明亦適用於具有無遮蔽功能的扁平電纜連接器。 (2) 在上述實施例中，雖然傳導體以傾斜於支持元件 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公爱） 12 ttw Μ--------^--------- (請先閱讀背面之注意事項再填寫本頁) 498572 - A7V. Description of the invention (9 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. In addition, the support element 28 is pivotally supported on the positioning element. When the support element moves from the release position to the support position, the support element = will Improper alignment, so excellent operability. Therefore, when the support member 26 is pivotally moved to the support position to support the conductor 14, the support member 26 is depressed in a direction intersecting the length of the conductor 14 to position the positioning member 25 The conductive body 14 is therefore not displaced in its length direction. The supporting grooves 2 and the pressing surface 28 that collectively support the conductive body 14 will not be arranged in a direction perpendicular to the pivotal movement of the support member 26, but relatively It is inclined in this direction. Therefore, when the conductive body 14 is supported between the positioning element and the support member 26, the pressing surface 38 rubs the conductive body in a direction toward the distal end of the conductive body 14. Therefore, the conductive body 14 does not loosen And the good contact between the metal terminals 11 can be maintained. The guide grooves 39 on the support member 26 are arranged on the conductors that are in contact with the metal terminals η, respectively. Therefore, when the housings 17 and 18 are mounted together, the upper arm portion 11β of each metal terminal 滑动 slides along the corresponding guide groove 39, and is guided to a predetermined position where the upper arm portion nb contacts the conduction 14. Thus, each metal terminal 11 can contact the corresponding conductor 14. The present invention is not limited to the embodiments shown in the above illustration, and for example, the following embodiments are within the scope of the present invention. Except for the following embodiments, the present invention can be implemented without departing from the present invention. Different improvements are made within the scope of the invention. (1) Although the above embodiment is a flat cable connection with a shielding function, the present invention is also applicable to a flat cable connector with an unshielded function. (2) In the above embodiment, Although the conductive body is inclined to the supporting element, the paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 public love) 12 ttw Μ -------- ^ --------- (Please (Please read the notes on the back before filling out this page) 498572-A7
之樞軸移動方向支持於定位元件以及支持元件之間，傳導 體可以垂直於支持元件樞軸移動方向支持於兩元件之間。 在上述實例中，在一鬆開位置下，一空間§形成在置 放表面30以及相對於置放表面3〇的支持元件26表面之間。 此外’空間S形成在軸部3 2的一側。由於空間s，使扁平 電纜易於插入其中。The pivot movement direction is supported between the positioning element and the support element, and the conductor can be supported between the two elements perpendicular to the pivot movement direction of the support element. In the above example, a space § is formed between the placement surface 30 and the surface of the support member 26 relative to the placement surface 30 in a release position. Further, a 'space S' is formed on one side of the shaft portion 32. Due to the space s, the flat cable can be easily inserted into it.
(I 元件標號對照 10,100…殼體 11，10’…端子 12,102…扁平電纜 14…傳導體 15…短電路面板 17…板側殼體 18…纜側殼體 19…殼體本體 20,37…蓋 21，27…凹槽 2 2…甜 24…突出部 25…定位元件 26···支持元件 本紙張尺度適用中國國家標準（CNS)A4規格（210 X 297公釐） I ^ 1 — — — — — — --I I I I (請先閱讀背面之注意事項再填寫本頁) 28…支持凹槽部 29…厚度減少部 3〇…置放表面 3 1…固定部 3 2…軸部 34…軸承面板 35…互連面板 36…支持面板 37…遮蔽蓋 103···傳導體 104···絕緣薄片 105···凹槽 106···支持桿 107···蓋 經濟部智慧財產局員工消費合作社印製(I component numbers are compared with 10,100 ... cases 11,10 '... terminals 12,102 ... flat cable 14 ... conductor 15 ... short circuit panel 17 ... board side case 18 ... cable side case 19 ... case body 20,37 ... cover 21, 27 ... Groove 2 2 ... Sweet 24 ... Protrusion 25 ... Positioning element 26 ... Supporting element This paper size applies Chinese National Standard (CNS) A4 (210 X 297 mm) I ^ 1 — — — — — — --IIII (Please read the precautions on the back before filling in this page) 28 ... Supporting the recessed part 29 ... Thickness reduction part 30 ... Placement surface 3 1 ... Fixed part 3 2 ... Shaft part 34 ... Bearing panel 35 ... interconnect panel 36 ... support panel 37 ... shield 103 ... conductor 104 ... insulation sheet 105 ... groove 106 ... support rod 107 ... system
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