M368924 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種電連接器，尤其涉及一種用於柔性印刷電路板之電 連接器。 【先前技術】M368924 V. New description: [New technical field] The present invention relates to an electrical connector, and more particularly to an electrical connector for a flexible printed circuit board. [Prior Art]
一現有一種電連接器，可用於連接柔性印刷電路板，其包括絕緣本 ，、收容於絕緣本體之導電端子以及可旋轉安裝於絕緣本體之壓蓋。壓 蓋兩側設有圓柱形凸塊，通過該凸塊安裝於絕緣本體之上實現旋轉運 動。當壓蓋旋轉至相對於絕緣本體水平之閉合位置時，壓蓋抵壓導電端 子，使得導電端子挾持柔性印刷電路板實現電性連接和固定效果。但是 ^於2壓蓋僅藉於兩側小凸塊連接到絕緣本體上，壓蓋旋轉時很容易脫 落，影響連接性能；而且在實際生產和裝配過程中，由於其體積小，其 模具製造成本高並且裝配複雜。 疋故，鑒於前述電連接器之不足，有必要設計一種新之電連接器用 來解決其易脫落裝配難之問題。 【新型内容】 本創狀目的在於：提供―觀連接器，其簡賴發和裝配之複雜 度、節省製造成本。 為達到上述目的，本創作提供：一種電連接器’可用於連接柔性印 =電路板，其包括：絕緣本體，其包括基部，由基部向前延神之頂壁及 ”頂壁相對之底壁，麵壁與底壁之間形成—收容㈣；導電端子，其 ί裝!!絕緣本勸，包細定於前述基部上之贿部和沿雜部向前延 收=於所述收容空間内之接觸部，其可彈性抵靠於柔性印刷電路板,· j固疋件’其設於絕緣本體兩端，包括用·定柔性印刷電路板之定位 位部與細目對，且細定件具有彈性，可在允許柔性印刷電 底鶴定位部之_人之位置及卡止纽_電路板之鎖 疋之間彈性位移，當處於鎖定位置時，固定件之定位部比導電 之接觸部更接近絕緣本體之底壁。 與先前技術相比’本創作電連接器具有如下有益效果：藉於絕緣本 3 M368924 體兩端設有HI定件，該_件包括固定柔性印刷電路板之^位部，該定 位部，底壁相對’且該固定件具有彈性，可在允許柔性印刷電路板^底 壁與定位部之間插人之開放位置及卡止柔性印刷電路板之鎖定位置之 間彈性位移’當處於航位置時，固定件之定㈣比導電端子之接觸部 更接近絕緣本體之底壁，這樣避免了傳統驅動壓蓋易脫落之風險，節省 開發成本並且簡化組裝難度。 【實施方式】 實施例一An existing electrical connector for connecting a flexible printed circuit board includes an insulating body, a conductive terminal received in the insulating body, and a gland rotatably mounted to the insulating body. Cylindrical lugs are provided on both sides of the gland, and the bumps are mounted on the insulative body for rotational movement. When the gland is rotated to a horizontally closed position relative to the insulative body, the gland presses against the conductive terminals such that the conductive terminals hold the flexible printed circuit board to achieve electrical connection and fixation. However, the 2 gland is only connected to the insulating body by the small bumps on both sides, and the gland is easy to fall off when rotating, which affects the connection performance; and in the actual production and assembly process, due to its small volume, the mold manufacturing cost High and complex to assemble. Therefore, in view of the above-mentioned deficiencies of the electrical connectors, it is necessary to design a new electrical connector to solve the problem that it is difficult to fall off the assembly. [New Content] The purpose of this creation is to provide a “view connector” that relies on the complexity of the assembly and assembly and saves manufacturing costs. In order to achieve the above object, the present invention provides: an electrical connector 'which can be used to connect a flexo=circuit board, comprising: an insulative body comprising a base, a top wall extending from the base forward and a bottom wall opposite to the top wall Formed between the wall and the bottom wall - contain (four); the conductive terminal, which is packed!! The insulation is persuaded, and the bribe and the along the miscellaneous part of the base are extended forward = in the accommodating space The contact portion is elastically abuttable against the flexible printed circuit board, and the j-clamping member is disposed at two ends of the insulating body, and includes a positioning portion and a fine pair of the flexible printed circuit board, and the fine fixing member has Elasticity, which can be elastically displaced between the position of the flexible printed electric crane positioning portion and the lock of the locking button _ circuit board, and when in the locking position, the positioning portion of the fixing member is closer than the conductive contact portion The bottom wall of the insulative body. Compared with the prior art, the present invention has the following beneficial effects: by means of the insulating body 3 M368924 body is provided with HI fixing members at both ends, the _ piece includes a fixed flexible printed circuit board , the positioning portion, the bottom wall is opposite 'and The fixing member has elasticity, and is elastically displaceable between an open position for allowing insertion between the bottom wall of the flexible printed circuit board and the positioning portion and a locking position for locking the flexible printed circuit board. The fourth (4) is closer to the bottom wall of the insulating body than the contact portion of the conductive terminal, thereby avoiding the risk that the conventional driving gland is easy to fall off, saving development cost and simplifying assembly difficulty.
請參閱第-圖至第四圖，電連接器働可用於連接柔性印刷電路板 200，其包括絕緣本體！、組裝於絕緣本體丨之導電端子2、固定柔性印刷 電路板200之固定件3以及固持於絕緣本體丨兩端之焊接件4。 絕緣本體1包括基部η，由基部η向前延伸之頂壁12，與頂壁12相 對之底壁13、由頂壁12和底壁13之間形成之收容空間15以及由基部η 向前延伸位於收容空間15兩側之兩侧端部14。收容空間15可用來承載柔 性印刷電路板200。基部U包括前表面lu和與絕緣本體丨之頂壁12共= 之上表面112 ;絕緣本體1底壁π之兩端設有讓位槽131，該讓位槽131 用來與固定件3之定位部32相配合；絕緣本體1頂壁12之兩端設有與讓位 槽13〗相對應之缺口 121，該缺口 121向後延伸到基部η形成第一凹槽 16，並且該缺口 121部分向外側延伸到侧端部14形成第二凹槽17 ;側端 部14設有狹槽141，該狹槽141向後延伸到基部η内並且與第二凹槽17 相貫穿。 導電端子2包括第一導電端子21和第二導電端子22，第一導電端子 21與第一導電端子22間隔排列，絕緣本體之基部Η設有複數收容導電端 子2之端子收容通道I〗3。第一導電端子2丨具有固定於基部〗！之第一固持 部211、沿第一固持部211向前延伸收容於收容空間15之第一接觸部 212、第一焊接部213以及連接第一固持部211和第一焊接部213之第一連 接部214 ;第二導電端子22具有固定於基部11之第二固持部22卜沿第二 固持部221向前延伸收容於收容空間15之第二接觸部222、第二焊接部 223以及連接第二固持部221和第二焊接部223之第二連接部224。第一連 接部214設有水平之縮進部215，因此第一固持部211位於第二固持部221 4 M368924 則方，這樣有利於增大第一固持部211和第二固持 強導電端子2與絕緣本體1之固持力。導電端子2之第一接觸部^12和第二 位於絕緣本體1頂壁12之一側且與底壁13相對，它們可彈性 抵罪於柔性印刷電路板2〇〇上。 固定件3分別設於絕緣本體丨兩端，其包括主體部^、沿主 之定位部32以及沿主禮部31向外側延伸形成之支撐臂33 ;焊接 她之㈣娜4，其包鱗接端41和沿焊接端41向後 之^端42 °翻定件3與焊接件4—體成型，焊接端41沿支撐 j 2延伸形成。該主體部31位於絕緣本體 13相Ϊ 3槽16對主體部31起支撐作用；紐部32獻字型且與底壁 ^對’其包括沿主體部31前端傾斜向下延伸形成之第-定位面321和 第一定位面32!傾斜向上延伸形成之第二定位面322，第二定位面您 體部31在同—f面内’第二定位面322為柔性印刷電路 〃 ^之插入力’第—定位面321也有利於柔性印刷電路板 m;支撐臂33位於第一凹槽16和第二凹槽17上；焊接端41沿第 -凹槽17插入絕緣本體！側端冑14之狹槽141中，焊接端41穿過狹槽⑷ 超出絕緣本體!側端部14之底面；固定端42干涉固持於絕緣本體】側端部 14之狹槽⑷中，因此整侧定件3通過固定端42固定在絕緣本船上。 組裝電連接器100，首先將導電端子2從電連接器1〇〇之後方插入絕 緣本體1基部11中，導電端子2通過固持部⑼却〉固定在基部^中， 其接觸部<212,222〉延伸到絕緣本體！之收容空間15内，並且接觸部 〈212,222 >到絕緣本體〗底壁13之距離小於柔性印刷電路板勘之厚 度，當柔性印刷電路板200從絕緣本體丨前方插入收容空間15時，不泰要 任何外力’導《子2之接觸部〈212,222〉彈性抵#在柔性印刷電ς板 200上，然後將固定件3從前方插入絕緣本體】，該固定件3具有彈性可 可在允許柔性印刷電路板200從底壁13與定位部32之間插/之開放位置 及卡止柔性印刷電路板200之鎖定位置之間彈性位移，當處於鎖定位置 日寸，固疋件3之定位部32比導電端子2之接觸部〈212,222〉更接近絕緣 本體1之底壁13。ϋ定件3通過固定端定在絕緣本體丨之側端部14， 其主體部31位於絕緣本體1之缺卩12ι，當處於鎖定位置時其^位部％ M368924 之第一定位面切和第二定位面322之交接端可伸入絕緣本體丨底壁13之 讓位槽131中；最後將柔性印刷電路板2〇〇插入絕緣本體丨中，柔性印刷 電路板200兩端設有兩個定位孔201，該定位孔2〇1舆絕緣本體〗'底壁η 之讓位槽131相對應，柔性印刷電路板2〇〇沿著固定件3定位部32之第二 =位面322插入，定位部32最後穿過柔性印刷電路板2〇〇之定位孔2〇ι^ 落入絕緣本體1之讓位槽131中，固定件3通過定位部32固定柔性印刷電 路板200 ‘電端子2之接觸部〈212,222>也與柔性印刷電路板2〇〇形成 電性連接。通過本創作之技術方案避免了傳統之驅動機構易脫落之風 ‘ 險，簡化了組裝之複雜度，同時也節省開發模具之成本。 實施例二 • 請參閱第五圖和第六圖，本實施例與實施例一之不同之處僅在於： 絕緣本體la包括基部iia，由基部lla向前延伸之頂壁12a，與頂壁i2a相 對之底壁13a以及由基部1 ia向前延伸並與頂壁12a和底壁13a相鄰接之 兩侧端部14a。基部lla包括前表面llla和與絕緣本體u之頂壁12&共面 之上表面112a ;絕緣本體ia底壁13a之兩端設有讓位槽nia，該讓位槽 131a用來與固定件如之定位部32#目配合；頂臂12a之兩端設有放置固定 件3a之主體部31a之缺口 121a，該缺口 121a與底壁13a之讓位槽相對 應；基部lla前表面〗lla之兩端向後凹陷形成定位槽U4a，該定位槽n4a 與頂壁12a之缺口 121a相對應。 • 固定件3a包括主體部31a和沿主體部31a向下延伸之定位部32&。定 位部32a成V字型，其包括沿主體部31a前端傾斜向下延伸形成之第一定 位面321响沿第一定位面321a傾斜向上延伸形成之第二定位面3瓜，第 二定位面322a之延伸末端與主體部31a在同一平面内，第二定位面322a 為柔性印刷電路板200a提供了良好之插入力，第一定位面321a也有利於 柔性印刷電路板200a之拔出。固定件如之主體部3la後端從前方插入定 位槽114a中，干涉固定實現固定件允與絕緣本體13之連接。 蚌接件4a與固定件3a是獨立之兩個部件，焊接件如固持於絕緣本體 • 1之側端部。 實施例三 明參閱第七圖和苐八圖，本實施例與實施例二之不同之處僅在於： 6 M368924 „為直立扁平狀’包括主體部3師沿主體部训向下凸伸形成之 疋位。1^321^孩疋位部32b前後具有兩個倾斜導引面，前端為第二定位面 3fb ’後端為第—定位面321b ’第二定位面322b為柔性印刷電路板200b 提供了良好之插入力，第一定位面遍也有利於柔性印刷電路板2_ 之拔出。 貫施例四 刀清參閱第九圖和第十目’本實施例與實施例三之不同之處僅在於： 絕緣本體lc基部iic之上表面⑽兩端設有向下凹陷形成之定位槽 .n4c ’該定位槽⑽與絕緣本體lc頂壁12c之缺口 121c相對應，定位槽 ⑽之上端部與基部以之前表面111c相貫穿形成台階部115c，該台 攀部use用來支撐固定件蚊主體部1。固定件Sc為直立扁平狀，包括 主體部31c、沿主體部31c前端向下凸伸形成之定位部处以及沿主體部 31c後端向下延伸形成之@定部36e，固定件％從上方插人絕緣本體^ 中，通過固定部36c固定在定位槽114c中。 實施例五 -月參閱第十圖和第十二圖’本實施例與實施例四之不同之處僅在 於：絕緣本體Id基部lid之上表面测兩端設有向下凹陷形成之定位槽 I14d ’該定位槽114d與絕緣本體ld頂壁⑶之缺口丨训相對應。固定件 括主體„|531d、沿主體部3]d前端向下延伸形成之定位部以及沿 _ ±體部31d後端向下延伸形成之固定部36d。定位部32d成v字型，其包 括沿主體部31猶端傾斜向下延伸形成之第一定位面删和沿第一定位 面321d傾斜向上延伸形成之第二定位面322d，第二定位面322^延伸末 ，與主體部31d在同-平_，第二定位面迪為纽印刷電路板2刪 提供了良好之插人力，第—定位面321d也有利於柔性印刷電路板綱 之拔出固疋件3d從上方插入絕緣本體lcJ中，通過固定部咖固定在 位槽l〗4d中。 * 實施例六 - 雜閲第十二圖至第十五圖’本實施例與其他實施例之不同之處僅 在於··固定件3e沿絕緣本體le基部ne之前表隨“向前延伸形成，該 固定件3e包括主體部31e和沿主體部仏向下凸伸形成之定位部级。主 M368924 f部3k位於絕緣她頌壁仏之缺口 1216中，定位部奴與底 面’定位部版前端躺斜導引面处，後端為直立 以上為=t=要件，綱提咖中請。惟， 為限，舉凡孰習本案m貫施例，本創作之範圍並不以上述實施例 化，皆應涵蓋於町申創作之精神所作之等效修飾或變 【圖式簡單說明】 ^。圖為本n婦卜之電連接器與柔性印刷電路板之立體組裝 ί，=:=器输印刷電路板之另-角度立體組裝圖。 與柔性印刷電路板之立體分解圖。 連接器與辦曙路板之另―角度立體分解圖。 圖。θ ’貝&例—之電連接器與紐印刷電路板之立體分解 ί 連接器與柔性印刷電路板之剖視圖。 圖。θ’、j實％例二之電連接器與纽印刷電路板之立體分解 士七圖電連接器與柔性印刷電路板之剖視圖。 =九圖為本創作實施例四之電連接器與柔性印刷電路板之立體分解 t圖為第九ffi錢接H與纽_電路板之剖視圖。 γ-圖為本創作實施例五之電連接器與柔性印刷電路板之立體分解 di第十—圖電連接11與柔性印刷電路板之剖視圖。 圖。-圖為本創作實施例六之電連接器與柔性印刷電路板之立體組裝 第λ三圖電連接器與柔性印刷電路板之立體分解圖。 弟十五圖為計三圖電連接賴纽_電魏沿別肌線之剖視 8 M368924 圖。 【主要元件符號說明】Referring to Figures - 4 through 4, the electrical connector 働 can be used to connect the flexible printed circuit board 200, which includes an insulative body! The conductive terminal 2 assembled on the insulating body, the fixing member 3 for fixing the flexible printed circuit board 200, and the soldering member 4 held at both ends of the insulating body. The insulative housing 1 includes a base portion η, a top wall 12 extending forward from the base portion η, a bottom wall 13 opposite the top wall 12, a receiving space 15 formed between the top wall 12 and the bottom wall 13, and extending forwardly from the base portion η The two end portions 14 on both sides of the accommodating space 15 are located. The receiving space 15 can be used to carry the flexible printed circuit board 200. The base portion U includes a front surface lu and a top surface 112 of the insulating body 共 = the upper surface 112; the two ends of the bottom wall π of the insulating body 1 are provided with a retaining groove 131 for use with the fixing member 3 The positioning portion 32 is matched; the two ends of the top wall 12 of the insulative housing 1 are provided with a notch 121 corresponding to the positioning groove 13 , and the notch 121 extends rearward to the base portion η to form the first groove 16 , and the notch 121 partially faces The outer side extends to the side end portion 14 to form a second recess 17; the side end portion 14 is provided with a slot 141 which extends rearwardly into the base portion n and penetrates the second recess 17 . The conductive terminal 2 includes a first conductive terminal 21 and a second conductive terminal 22. The first conductive terminal 21 is spaced apart from the first conductive terminal 22. The base of the insulating body is provided with a plurality of terminal receiving passages I3 for receiving the conductive terminals 2. The first conductive terminal 2丨 has a fixed base! The first holding portion 211 extends forwardly along the first holding portion 211 to the first contact portion 212 of the receiving space 15 , the first soldering portion 213 , and the first connection connecting the first holding portion 211 and the first soldering portion 213 . The second conductive terminal 22 has a second holding portion 22 fixed to the base portion 11 , a second contact portion 222 extending forwardly received in the receiving space 15 along the second holding portion 221 , a second soldering portion 223 , and a second connecting portion The second connecting portion 224 of the holding portion 221 and the second welded portion 223. The first connecting portion 214 is provided with a horizontal retracting portion 215, so that the first holding portion 211 is located at the second holding portion 221 4 M368924, which is advantageous for increasing the first holding portion 211 and the second holding strong conductive terminal 2 The holding force of the insulating body 1. The first contact portion 12 and the second portion of the conductive terminal 2 are located on one side of the top wall 12 of the insulative housing 1 and are opposed to the bottom wall 13, and they are elastically restrained against the flexible printed circuit board 2. The fixing members 3 are respectively disposed at two ends of the insulating body ,, and include a main body portion, a positioning portion 32 along the main positioning portion 32, and a support arm 33 extending outward along the main ritual portion 31; and welding the (4) Na 4 The end 41 and the rear end 42° of the welding end 41 are integrally formed with the welding member 4, and the welded end 41 is formed to extend along the support j 2 . The main body portion 31 is located at the opposite side of the insulating body 13 and the groove 16 supports the main body portion 31. The new portion 32 is shaped and aligned with the bottom wall to include a first position which is formed by extending obliquely downward along the front end of the main body portion 31. The surface 321 and the first positioning surface 32! are inclined upwardly to form a second positioning surface 322. The second positioning surface of the body 31 is in the same plane, and the second positioning surface 322 is a flexible printed circuit. The first positioning surface 321 also facilitates the flexible printed circuit board m; the support arm 33 is located on the first recess 16 and the second recess 17; the soldering end 41 is inserted into the insulating body along the first recess 17! In the slot 141 of the side end flange 14, the soldering end 41 passes through the slot (4) beyond the bottom surface of the insulative housing! side end portion 14; the fixed end 42 interferes with the slot (4) of the side end portion 14 of the insulative housing, so The side fixing member 3 is fixed to the insulated own ship by the fixed end 42. As the electrical connector 100 is assembled, the conductive terminal 2 is first inserted into the base 11 of the insulative housing 1 from the rear of the electrical connector 1 , and the conductive terminal 2 is fixed in the base by the holding portion ( 9 ), and the contact portion is <212, 222 > Extend to the insulating body! In the accommodating space 15, and the distance between the contact portion <212, 222> to the bottom wall 13 of the insulating body is smaller than the thickness of the flexible printed circuit board, when the flexible printed circuit board 200 is inserted into the accommodating space 15 from the front of the insulating body ,, It is necessary for any external force to conduct the contact portion <212, 222> elastically on the flexible printed circuit board 200, and then insert the fixing member 3 from the front into the insulating body, the fixing member 3 having elastic cocoa allowing the flexible printed circuit The plate 200 is elastically displaced from the open position between the bottom wall 13 and the positioning portion 32 and the locking position of the locking flexible printed circuit board 200. When in the locked position, the positioning portion 32 of the solid member 3 is more conductive. The contact portion <212, 222> of the terminal 2 is closer to the bottom wall 13 of the insulative housing 1. The fixing member 3 is fixed to the side end portion 14 of the insulating body 通过 through the fixing end, and the main body portion 31 is located at the missing portion 12 of the insulating body 1. When the locking portion is in the locking position, the first positioning surface of the portion M368924 is cut and The intersection of the two positioning surfaces 322 can extend into the retaining groove 131 of the bottom wall 13 of the insulating body; finally, the flexible printed circuit board 2 is inserted into the insulating body ,, and two positions are disposed at two ends of the flexible printed circuit board 200. The hole 201, the positioning hole 2 〇 1 舆 the insulating body 〖the bottom wall η of the accommodating groove 131 corresponding, the flexible printed circuit board 2 〇〇 inserted along the second = position 322 of the positioning portion 32 of the fixing member 3, positioning The portion 32 finally passes through the positioning hole 2〇ι of the flexible printed circuit board 2〇〇 into the yielding slot 131 of the insulative housing 1, and the fixing member 3 fixes the contact of the flexible printed circuit board 200' the electrical terminal 2 through the positioning portion 32. The portion <212, 222> is also electrically connected to the flexible printed circuit board 2A. Through the technical solution of the creation, the traditional driving mechanism is easy to fall off, which simplifies the complexity of assembly and saves the cost of developing the mold. Embodiment 2 • Referring to the fifth and sixth figures, the present embodiment differs from the first embodiment only in that: the insulative housing 1a includes a base iia, a top wall 12a extending forward from the base 11a, and a top wall i2a The bottom wall 13a is opposed to the both end portions 14a extending forward from the base portion 1ia and adjacent to the top wall 12a and the bottom wall 13a. The base portion 11a includes a front surface 111a and a coplanar upper surface 112a with the top wall 12& of the insulative body u; the two ends of the insulating body ia bottom wall 13a are provided with a retaining groove nia for use with a fixing member The positioning portion 32# is matched; the two ends of the top arm 12a are provided with a notch 121a for the main body portion 31a of the fixing member 3a, and the notch 121a corresponds to the retaining groove of the bottom wall 13a; the front surface of the base portion 11a is lla The end is recessed rearward to form a positioning groove U4a corresponding to the notch 121a of the top wall 12a. • The fixing member 3a includes a main body portion 31a and a positioning portion 32& which extends downward along the main body portion 31a. The positioning portion 32a is formed in a V shape, and includes a first positioning surface 321 which is formed to extend obliquely downward along the front end of the main body portion 31a. The second positioning surface 3 is formed to extend obliquely upward along the first positioning surface 321a. The second positioning surface 322a is formed. The extended end is in the same plane as the main body portion 31a, and the second positioning surface 322a provides a good insertion force for the flexible printed circuit board 200a, and the first positioning surface 321a also facilitates the extraction of the flexible printed circuit board 200a. The fixing member, such as the rear end of the main body portion 31a, is inserted into the positioning groove 114a from the front, and the interference is fixed to realize the connection of the fixing member to the insulating body 13. The splicing member 4a and the fixing member 3a are two separate components, and the welding member is held at the side end of the insulating body. Embodiment 3 Referring to the seventh and eighth diagrams, the difference between this embodiment and the second embodiment is only that: 6 M368924 „is upright and flat” includes the main body portion 3 being formed to protrude downward along the main body portion. The first positioning surface 322b is provided for the flexible printed circuit board 200b. The second positioning surface 3fb is provided at the front end as the second positioning surface 3fb. Good insertion force, the first positioning surface also facilitates the extraction of the flexible printed circuit board 2_. The fourth embodiment is the same as the third embodiment. The difference between this embodiment and the third embodiment is that : The upper surface (10) of the insulating body lc base iic is provided with a positioning groove formed downwardly recessed. n4c 'the positioning groove (10) corresponds to the notch 121c of the top wall 12c of the insulating body lc, and the upper end and the base of the positioning groove (10) are The front surface 111c penetrates to form a step portion 115c for supporting the fixed mosquito body portion 1. The fixing member Sc is of an upright flat shape, and includes a main body portion 31c and a positioning portion which is formed to protrude downward along the front end of the main body portion 31c. At the rear and along the back end of the main body 31c The lower portion 36e is formed by the lower extension, and the fixing member % is inserted into the insulating body ^ from above, and is fixed in the positioning groove 114c by the fixing portion 36c. Embodiment 5 - month refers to the tenth and twelfth drawings 'This embodiment The difference from the fourth embodiment is only that: the two ends of the insulating body Id base lid are provided with positioning grooves I14d formed downwardly at the two ends. The positioning groove 114d corresponds to the notch of the top wall (3) of the insulating body ld. The fixing member includes a main body „|531d, a positioning portion extending downward along the front end of the main body portion 3]d, and a fixing portion 36d extending downward along the rear end of the _± body portion 31d. The positioning portion 32d is formed in a v shape, and includes a first positioning surface extending along the oblique end of the main body portion 31 and a second positioning surface 322d extending obliquely upward along the first positioning surface 321d. The second positioning surface 322 is formed. ^End of the extension, with the main body portion 31d in the same - flat _, the second positioning surface Di New printed circuit board 2 provides a good plug-in manpower, the first positioning surface 321d is also conducive to the flexible printed circuit board The jaw 3d is inserted into the insulative housing lcJ from above, and is fixed in the position slot l4d by the fixing portion. * Embodiment 6 - omitting the twelfth to fifteenth drawings 'This embodiment differs from the other embodiments only in that the fixing member 3e is formed along the front side of the insulating body le base ne, The fixing member 3e includes a main body portion 31e and a positioning portion which is formed to protrude downwardly along the main body portion. The main portion M368924 f portion 3k is located in the notch 1216 which insulates the inner wall of the crucible, and the positioning portion and the bottom surface of the positioning portion are inclined. At the guiding surface, the back end is upright or above = t=requirement, and the outline is in the middle of the coffee. However, for the sake of limitation, the scope of the creation is not based on the above examples. Equivalent modification or change of the spirit of the creation of the town of Thomson [Simple description of the figure] ^. Figure 3 is the three-dimensional assembly of the electrical connector and the flexible printed circuit board. The other-angle three-dimensional assembly diagram. The three-dimensional exploded view of the flexible printed circuit board. Another angle exploded view of the connector and the circuit board. Figure θ 'Bei & example - the electrical connector and the new printed circuit Stereo disassembly of the board ί cross section of the connector and the flexible printed circuit board Fig. θ', j is a cross-sectional view of the three-dimensional electrical connector and the flexible printed circuit board of the electrical connector and the printed circuit board of the second example. The nine figure is the electrical connection of the fourth embodiment of the present invention. The stereoscopic decomposition of the device and the flexible printed circuit board is a cross-sectional view of the ninth ffi money connection H and the New_ circuit board. The γ-picture is the stereoscopic decomposition of the electrical connector and the flexible printed circuit board of the fifth embodiment. - a cross-sectional view of the electrical connection 11 and the flexible printed circuit board. Fig. - Fig. 3 is a three-dimensional assembly of the electrical connector and the flexible printed circuit board of the sixth embodiment of the present invention Fig. The fifteenth figure of the brother is the cross-view of the three-figure electric connection Lai New_Electric Wei along the other muscle line 8 M368924. [Main component symbol description]
絕緣本體 1、 la、 lc、 Id、le 電連接器 100 基部 11、 11a、 11c、 lid、 lie 前表面 111、 111a、 111c、 llle 上表面 112、 112a、 112c. 112d 收容通道 113 頂壁 12、 12a、 12c、 12d、 12e 缺口 121、 121a、 121c、 121d、 121e 底壁 13、 13a、 13e 讓位槽 131、 131a、 131e 兩側端部 14、 14a 狹槽 141 收容空間 15 苐一凹槽 16 第二凹槽 17 導電端子 2 柔性印刷電路板 200、 200a、 200b、 200d 定位孔 201 第一導電端子 21 第一固持部 211 第一接觸部 212 第一焊接部 213 第一連接部 214 縮進部 215 第二導電端子 22 第二固持部 221 第二接觸部 222 第二焊接部 223 第二連接部 224 固定件 3、 3a、 3b、 3c、 3d、 3e 主體部 31、 31a、 31b、 31c、 31d、 31e 9 M368924 定位部 32、 32a、 32b、 32c、 32d、 32e 第一定位面 321、 321a、 321b、 321d 第二定位面 322、 322a、 322b、 322d 支撐臂 33 定位槽 114a、 114c、 114d 台階部 115c 直立面 321e 導引面 322e 固定部 36c、 36d 焊接件 4, 4a 焊接端 41 固定端 42Insulating body 1, la, lc, Id, le electrical connector 100 base 11, 11a, 11c, lid, lie front surface 111, 111a, 111c, llle upper surface 112, 112a, 112c. 112d receiving channel 113 top wall 12, 12a, 12c, 12d, 12e Notch 121, 121a, 121c, 121d, 121e Bottom walls 13, 13a, 13e Let the groove grooves 131, 131a, 131e both end portions 14, 14a Slot 141 accommodating space 15 凹槽 a groove 16 Second recess 17 conductive terminal 2 flexible printed circuit board 200, 200a, 200b, 200d positioning hole 201 first conductive terminal 21 first holding portion 211 first contact portion 212 first solder portion 213 first connecting portion 214 indented portion 215 second conductive terminal 22 second holding portion 221 second contact portion 222 second welded portion 223 second connecting portion 224 fixing member 3, 3a, 3b, 3c, 3d, 3e main body portion 31, 31a, 31b, 31c, 31d 31e 9 M368924 positioning portion 32, 32a, 32b, 32c, 32d, 32e first positioning surface 321, 321a, 321b, 321d second positioning surface 322, 322a, 322b, 322d support arm 33 positioning groove 114a, 114c, 114d step portion 115c upright surface 321e guiding surface 322e fixing portion 36c, 36d welding member 4, 4a welding end 41 fixing end 42
1010