M326278 八、新型說明： 【新型所屬之技術領域】 本創作係有關於-種電連接器，特 1 上、下層端子之接觸點置於同— s月匕： 且便利製 與電連接11插接時的便概，大為減少=高撓性排線 造、組裝之電連接器改良結構。 φ 【先前技術】 按，現彳T電子產品在動態的電路連結處或是在組裝 零件不在同一個平面上時，常利用撓性排線(FlexibleFlat C=e)等來進行連結，喊性排線之端邊係連結有一電連 接益，藉該電連接器來與對應之對接電連接器進行插 接，用以進行電訊錢之傳輸。—般連結於撓性排線之 電連接器與騎接f連接ϋ之魏導接具有既定之規格 φ- °又计即具有上、下一排導接端子，而撓性排線之複數 金屬導片係呈同—平面之佈設’因此其製作上需將該電 連接器之上、下二排導接端子導接於該撓性排線呈同一 平面之複數金屬導片上，如此一來，該上、下二排導接 端子常呈現不同結構形狀之設計，以達成上、下二排導 接端子皆能接觸到該呈同一平面之複數金屬導片之需 求，換言之，該撓性排線之電連接器需沖製二種不同結 構之上、下二排導接端子，因此使得其製造、組裝程序 M326278 ^端子’進而使導接端子之製造更為精簡及組裝程序 更為便利者。 ，复2作之又—目的係在提供—種電連接器改良結構 哭:藉則i錯位式的接觸，能使撓性麟之插入電連接 二阻力’進而增加其組裝之便利性及效益性 者。 本創作為達上述目的輯狀技術手段，係包括有 、、邑緣本體’搞緣本料設有龍上層端子槽及複數下 層端子槽；複數端子’係相對錯位設於該絕緣本體之該 上山層端子槽及該下層端子槽，該端子係包括有端子座及 端子導腳，該端子導腳係形成—第—接觸部及一第二接 觸部’該第-接觸部及該第二接觸耗呈不同接觸面方 位之D又置，虽撓性排線插入該組接容槽内且鄰近於該上 層端子槽之位置時，係與Μτ_子槽之端子之第一接 觸#形成制’當撓性排餘人該_容槽内且鄰近於 訂層端子槽之位置時，係與該上層端子槽之端子之第 一接觸部形成接觸。 茲為使貴審查委員對本創作之技術特徵及所達成 之功效更有進-步之瞭解與認識，謹佐以較佳之實施例 圖及配合詳細之說明，說明如後： 【實施方式】 M326278 請參閱第一、二及三圖所示，為本創作一較佳實施 例圖示。本創作之電連接斋係用於與一撓性排線Μ電訊 組接，该挽性排線10之一端形成有同一平面上排列之複 數金屬接腳11，另外，於複數金屬接腳11之相對一侧面 上設有補強板12。 撓性排線10可先組裝於後蓋2〇上，再一同組接至電 連接器30。後蓋20設有一貫穿之插槽21，後蓋2〇相對於 > 電連接器30之前端面設有一對應該插槽21之接板22，後 蓋20相對該電連接器30之前端兩側並設有卡制件23 ;在 較佳實施例中，該接板22係呈鄰接於該插槽21之設置， 以使該撓性排線10穿過該插槽21後，該補強板12係承置 於該接板22上，即使該複數金屬接腳η呈被支樓之外露 狀態，且該插槽21係呈斜向之設置(如第六a圖所示），用 以增加對該撓性排線1〇之卡結定位。當然，前述該撓性 ^ 排線10(Flexible Flat Cable/FFC)亦可以一撓性印刷電路 板（FPC)取代之。 電連接器30包括有絕緣本體31及複數端子4〇，絕緣 本體31係包括組接端32、前方之對接端33及組接容槽34 ’組接端32兩侧設有對應該卡制件23之卡制槽35，該卡 制槽35可供卡制件23固定，用以使結合後蓋2〇與絕緣本 體31相互定位’組接容槽34内係設有一隔板36(如第六a 圖所示）用以分隔而形成該絕緣本體31之複數上層端子槽 M326278 37及极數下層端子槽38(依第二圖所示方位），其分別包括 有上抵孔371及下抵孔381、上抵槽372及下抵槽382。 衩數^子40包括有複數上層端子41及複數下層端子 41A，請一併參閱第四圖。上層端子41包括一端子座42 及端子導腳43，端子座42係包括二相向延伸之端座部421 及端面420上之一抵部422，端座部421係呈曲狀，且其相 對内側係設有抵肋423，而該抵部422係呈向該端子導腳 i 43方向傾斜，另該端面420相反該端子導腳43方向係延伸 有一凸部424，端子導腳43係包括一曲部431，該曲部431 並往該端座部421延伸方向呈傾斜，該曲部431繼往該端 座部421延伸方向彎折形成第一彎折部432，該第一彎折 部432繼在运離该端座部421方向彎折形成第二彎折部 433，該第二彎折部433繼往該第一彎折部432方向及遠離 端座部421方向彎折形成第三彎折部434，該第三彎折部 ^ 434繼往遠離該端座部421方向彎折形成第四彎折部衫5 ，其中該第一彎折部432、第二彎折部433及第三彎折部 434係略呈一U狀弯折’並形成該第二彎折部eg與第三彎 折部434間之第一接觸部436，及該第三彎折部434與該第 四彎折部435間之第二接觸部437，亦即，該端子導腳43 係形成有前後之第一接觸部436及第二接觸部437，且該 第一接觸部436及第二接觸部437係呈不同接觸點、線位 置之設置狀態。 M326278 下層端子41A係與該上層端子41為相同之結構組成 ，並呈相反之設置狀態（即旋轉18Q度），即該下層端子Μ a 亦包括有該端子座42A之端座部421A、端面420A、抵部 422A、抵肋423A、凸部424A及該端子導腳43A之曲部 431A、第一彎折部432A、第二彎折部433A、第三彎折部 434A、第四彎折部435A、第一接觸部436人、第二接觸部 437A違專構成’不予資述。 電連接器30組合時係將該複數上層端子41及複數下 層端子41A分別設於該絕緣本體31之複數上層端子槽37 及複數下層端子槽38内，並使該抵部422、422A分別凸抵 於該上、下層端子槽37、38之上抵孔371、下抵孔381處 ’及該凸部424、424A分別穿抵於該上抵槽372、下抵槽 382，用以穩固承受插拔力之作用而防止該複數端子4〇之 鬆脫。如第六A、六B圖所示，當端子4〇組裝完成後，上 層端子41之第二接觸部437與下層端子41A之第一接觸部 436A係朝同一方向突起，反之，上層端子41之第一接觸 部436與下層端子41A之第二接觸部437A係一同朝另一相 反方向突起。 請參閱第五、六A圖，由於後蓋2〇之插槽21位置非位 於後蓋20之正中間，而是略為向下偏移，故當將組裝有 撓性排線10之後蓋20插入該電連接器3〇之組接容槽34内 時’接板22之位置會較為接近下層端子槽38，且上層端 .-M326278 子41之苐一接觸部436及下層端子41A之第二接觸部437a 可分別抵接於不同之金屬接腳11上，第一接觸部436及第 二接觸部437A之接觸位置呈同平面、不同接觸點、線位 置之導接設置，而形成該上層端子41、下層端子41八接觸 點線之前後錯開，因此當該後蓋20組入該電連接器3〇時 係先接觸該下層端子41A之第二接觸部437A，繼隨組入再 • 接觸該上層端子41之第一接觸部436，如此可使該撓性排 線10組入時可大為減少瞬間阻力，進而增加其組裝之便 利性及效益性。 相反的，如第六B圖所示，若將後蓋20反向插於電連 接器30之組接容槽34内，同樣的，接板22之位置會較為 接近上層端子槽37，且上層端子41之第二接觸部437及下 層^子41A之苐一接觸部436A可分別抵接於不同之金屬 接腳11上。藉此一設計，使後蓋20無論正向、反向插入 ，都可以與端子4〇形成接觸，以便於使用者使用，並避 免反向誤插對連接器本身所造成之損壞。 本創作電連接器改良結構藉該端子之構成設計，可 將該上層端子及下層端子予以整合統一，因此同一端子 料:及製程所沖製之端子即可同時滿足該上、下層端子 之而求，不需兩套端子製程，且組裝時更可免除端子之 他看，並使電連接器之製造組裴更具有便利性及經濟性 ，進而提昇其製造經濟效益及市場競爭力。 -M326278 綜合上述，本創作確已符合創作專利之要件 法提出專射請。㈣上所述者，僅為本_較佳實施、 例而已’並非用來限定本創作實施之範圍，故舉凡依本 創作々申請專利範圍所述之形狀、構造、特徵及精神所為 之句等臭化與修飾，均應包括於本創作之申請專利範圍 内。 圓 _ 【圖式簡單說明】 第一圖係本創作之立體示意圖。 第二圖係本創作之分解示意圖。 第三圖係本創作另一角度分解示意圖。 第四圖係本創作之端子示意圖。 第五圖係本創作端子導接示意圖。 第六A圖係本創作之剖視示意圖。 ^ 第六B圖係本創作之另一剖視示意圖。 【圖號對照說明】 撓性排線10 後蓋20 電連接器30 金屬接腳11 補強板12 插槽21 接板22 卡制件23 絕緣本體31 端子40 12 • M326278M326278 VIII. New description: [New technical field] This creation department has a kind of electrical connector. The contact points of the upper and lower terminals of the special 1 are placed in the same - s month: and the convenience and electrical connection 11 are connected. At the time of the moment, the reduction is greatly reduced = the high-flex cable assembly and assembly of the improved structure of the electrical connector. φ [Prior Art] Press, now T-electronic products are often connected by flexible cable (FlexibleFlat C=e) when the dynamic circuit is connected or when the assembled parts are not on the same plane. The end of the line is connected with an electrical connection, and the electrical connector is used to plug the corresponding docking electrical connector for the transmission of the telecommunication money. The electrical connector that is connected to the flexible cable and the connection of the rider and the connection of the f 具有 have a predetermined specification φ- ° and also have the upper and lower rows of lead terminals, and the plurality of wires of the flexible cable The guide film is disposed in the same plane as the plane. Therefore, the upper and lower rows of the conductive terminals of the electrical connector need to be connected to the plurality of metal guide sheets having the same plane of the flexible cable, so that The upper and lower rows of lead terminals are often designed with different structural shapes to achieve the requirement that the upper and lower rows of lead terminals can contact the plurality of metal guide sheets in the same plane, in other words, the flexible cable The electrical connector needs to punch two different types of structures and the lower two rows of lead terminals, thus making the manufacturing and assembly process M326278^terminal' further simplify the manufacture of the lead terminals and facilitate the assembly process. , the second is done again - the purpose is to provide a kind of electrical connector to improve the structure of crying: by the misplaced contact, the flexible Lin can be inserted into the electrical connection two resistance' and thus increase the convenience and efficiency of its assembly By. The present invention is a technical means for achieving the above-mentioned purposes, and includes a body element having a dragon upper layer terminal groove and a plurality of lower layer terminal grooves; the plurality of terminals are relatively offset from the upper body of the insulating body. a terminal terminal slot and the lower terminal slot, the terminal includes a terminal block and a terminal guide pin, the terminal pin forming a first contact portion and a second contact portion, the first contact portion and the second contact portion The D is disposed in different contact surface orientations. When the flexible cable is inserted into the set of contact slots and adjacent to the position of the upper terminal slot, the first contact # of the terminal of the Μτ_sub-slot is formed. The flexible remnant contacts the first contact portion of the terminal of the upper terminal slot when the position in the slot is adjacent to the position of the ordering terminal slot. In order to give your reviewers a better understanding of and understanding of the technical features and efficacies of this creation, please refer to the preferred embodiment diagram and the detailed description as follows: [Embodiment] M326278 Please Referring to the first, second and third figures, a preferred embodiment of the present invention is illustrated. The electrical connection of the present invention is used for connection with a flexible cable Μ telecommunications, one end of the tying cable 10 is formed with a plurality of metal pins 11 arranged on the same plane, and further, the plurality of metal pins 11 A reinforcing plate 12 is provided on one side. The flexible cable 10 can be assembled to the rear cover 2A and then assembled to the electrical connector 30. The rear cover 20 is provided with a through slot 21, and the rear cover 2 is provided with a pair of sockets 22 corresponding to the slots 21 on the front end surface of the electrical connector 30, and the rear cover 20 is opposite to the front end of the electrical connector 30. And a clamping member 23 is provided; in the preferred embodiment, the connecting plate 22 is disposed adjacent to the slot 21, so that the flexible cable 10 passes through the slot 21, the reinforcing plate 12 Is placed on the connecting plate 22, even if the plurality of metal pins η are exposed to the branch, and the slot 21 is arranged obliquely (as shown in the sixth figure a) to increase the pair The flexible cable is positioned and clamped. Of course, the aforementioned flexible flat cable (FFC) can also be replaced by a flexible printed circuit board (FPC). The electrical connector 30 includes an insulative housing 31 and a plurality of terminals 4, and the insulative housing 31 includes a connecting end 32, a front mating end 33, and a group receiving slot 34. a card slot 35, the card slot 35 is fixed to the clamping member 23 for positioning the combined back cover 2〇 and the insulative housing 31. A partition 36 is disposed in the group receiving slot 34 (eg, 6 a) a plurality of upper terminal slots M326278 37 and a plurality of lower terminal slots 38 (in the orientation shown in FIG. 2) for forming the insulating body 31, respectively, which respectively have an upper abutting hole 371 and a lower abutting The hole 381, the upper abutment groove 372 and the lower abutment groove 382. The number of turns 40 includes a plurality of upper terminals 41 and a plurality of lower terminals 41A, please refer to the fourth figure. The upper terminal 41 includes a terminal block 42 and a terminal lead 43. The terminal block 42 includes two opposite end portions 421 and an end portion 420. The end portion 421 has a curved shape and is opposite to the inner side. The abutting rib 423 is provided, and the abutting portion 422 is inclined toward the terminal guiding pin i43. The end surface 420 is opposite to the terminal guiding pin 43 and has a convex portion 424 extending therefrom. The terminal guiding leg 43 includes a curved piece. The curved portion 431 is inclined toward the extending direction of the end portion 421, and the curved portion 431 is bent toward the extending direction of the end portion 421 to form a first bent portion 432, and the first bent portion 432 is continued The second bending portion 433 is bent in the direction away from the end portion 421, and the second bending portion 433 is bent in the direction of the first bending portion 432 and away from the end seat portion 421 to form a third bending portion. The third bending portion 434 is bent away from the end seat portion 421 to form a fourth bending portion 5, wherein the first bending portion 432, the second bending portion 433, and the third bending portion The folded portion 434 is slightly bent in a U shape and forms a first contact portion 436 between the second bent portion eg and the third bent portion 434, and the third bend The second contact portion 437 between the 434 and the fourth bent portion 435, that is, the terminal lead 43 is formed with a front contact portion 436 and a second contact portion 437, and the first contact portion 436 and The second contact portion 437 is in a state of being set at different contact points and line positions. The lower layer terminal 41A of the M326278 has the same structural composition as the upper layer terminal 41, and is in an oppositely disposed state (ie, rotated by 18 degrees), that is, the lower layer terminal Μ a also includes the end seat portion 421A and the end surface 420A of the terminal block 42A. The abutting portion 422A, the abutting rib 423A, the convex portion 424A, and the curved portion 431A of the terminal lead leg 43A, the first bent portion 432A, the second bent portion 433A, the third bent portion 434A, and the fourth bent portion 435A The first contact portion 436 and the second contact portion 437A are not specifically described. When the electrical connector 30 is combined, the plurality of upper terminal 41 and the plurality of lower terminals 41A are respectively disposed in the plurality of upper terminal slots 37 and the plurality of lower terminal slots 38 of the insulative housing 31, and the abutting portions 422 and 422A are respectively protruded. The upper and lower terminal grooves 37 and 38 are opposite to the hole 371 and the lower abutment 381, and the convex portions 424 and 424A respectively penetrate the upper abutting groove 372 and the lower abutting groove 382 for stable insertion and removal. The force acts to prevent the plurality of terminals 4 from coming loose. As shown in FIGS. 6A and 6B, after the terminal 4 is assembled, the second contact portion 437 of the upper layer terminal 41 and the first contact portion 436A of the lower layer terminal 41A are protruded in the same direction, and conversely, the upper layer terminal 41 is The first contact portion 436 and the second contact portion 437A of the lower layer terminal 41A project together in the other opposite direction. Referring to FIGS. 5 and 6A, since the position of the slot 21 of the rear cover 2 is not located in the middle of the rear cover 20, but is slightly shifted downward, the cover 20 is inserted after the flexible cable 10 is assembled. When the electrical connector 3A is in the capacitor 34, the position of the connector 22 will be closer to the lower terminal slot 38, and the second contact of the upper end.-M326278 sub-41 and the lower contact 41A will be contacted. The portion 437a can be respectively abutted on the different metal pins 11, and the contact positions of the first contact portion 436 and the second contact portion 437A are arranged in the same plane, different contact points, and line positions, and the upper layer terminal 41 is formed. The lower terminal 41 is staggered before and after the contact point line. Therefore, when the rear cover 20 is assembled into the electrical connector 3, the first contact portion 437A of the lower layer terminal 41A is first contacted, and then the upper layer is contacted and then contacted. The first contact portion 436 of the terminal 41 can greatly reduce the instantaneous resistance when the flexible cable 10 is assembled, thereby increasing the convenience and efficiency of assembly. On the contrary, as shown in FIG. 6B, if the rear cover 20 is reversely inserted into the grouping groove 34 of the electrical connector 30, the position of the connecting plate 22 will be relatively close to the upper terminal slot 37, and the upper layer. The second contact portion 437 of the terminal 41 and the first contact portion 436A of the lower layer 41A can respectively abut on the different metal pins 11. With this design, the back cover 20 can be brought into contact with the terminal 4〇 regardless of the forward and reverse insertion, so as to be used by the user and avoid the damage caused by the reverse misinsertion to the connector itself. The improved structure of the present electrical connector is designed by the terminal, and the upper terminal and the lower terminal can be integrated and unified, so that the same terminal material and the terminal punched by the process can simultaneously satisfy the upper and lower terminals. There is no need for two sets of terminal processes, and the assembly can be exempted from the terminal, and the manufacturing of the electrical connector is more convenient and economical, thereby improving its manufacturing economic efficiency and market competitiveness. -M326278 In summary, the creation has indeed met the requirements of the patent creation method. (4) The above descriptions are only for the purpose of the present invention, and are not intended to limit the scope of the implementation of the present invention. Therefore, the words, structures, features and spirits described in the scope of application for the creation of the patents are the same. Stining and modification should be included in the scope of the patent application of this creation. Circle _ [Simple description of the diagram] The first diagram is a three-dimensional diagram of the creation. The second picture is an exploded view of the creation. The third picture is a schematic diagram of another angle of the creation. The fourth picture is a schematic diagram of the terminal of this creation. The fifth picture is a schematic diagram of the terminal connection of the present creation. The sixth A picture is a schematic cross-sectional view of the creation. ^ The sixth B diagram is another schematic cross-sectional view of the creation. [Illustration of the figure number] Flexible cable 10 Rear cover 20 Electrical connector 30 Metal pin 11 Reinforcing plate 12 Slot 21 Connector 22 Card member 23 Insulating body 31 Terminal 40 12 • M326278
組接端32 對接端33 組接容槽34 卡制槽35 隔板36 上層端子槽37 上抵孔371 下層端子槽38 下抵孔381 上抵槽372 下抵槽382 上層端子41 下層端子41A 端子座42、42A 端子導腳43、43A 端座部421、421A 端面 420、420A 抵部 422、422A 抵肋423、423A 凸部 424、424A 曲部431、431A 第一彎折部432、432A 第二彎折部433、433A 第三彎折部434、434A 第四彎折部435、435A 第二接觸部437、437A 第一接觸部436、436A 13Group connection 32 Butt joint 33 Group connection groove 34 Card slot 35 Partition 36 Upper terminal groove 37 Upper hole 371 Lower terminal groove 38 Lower hole 381 Upper abutment 372 Lower abutment 382 Upper terminal 41 Lower terminal 41A Terminal Seat 42, 42A Terminal Leads 43, 43A End Seat 421, 421A End Faces 420, 420A Abutment 422, 422A Abutment Ribs 423, 423A Projections 424, 424A Curved Ports 431, 431A First Bends 432, 432A Second Bending portion 433, 433A third bent portion 434, 434A fourth bent portion 435, 435A second contact portion 437, 437A first contact portion 436, 436A 13