五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種具定位結構之電連接器，尤指 一種用以與一電路板電性連接，且可與一扁平 接之連接器。 等把對 【先前技術】 請參閱中國專利公開號CN101110503A，公開一種「扁 平型導翻電連接ϋ」’其特徵在於，扣件具有：安裝到殼 體上的被絲部、在端子的排列範圍外從該被安裝部與 平型導體的側端面平行地延伸的腕部、以及從該腕部㈣ 子的排列方向内方延伸的延伸部，該延伸部延伸至 . 導體的側邊緣部附近為止。 土 再者，印參閱中國專利公開號CN1〇l〇64389A，公一 種爲平型導體用電連接器及具有爲平型導體的電 器」，其特徵在於，扣件由金屬板加工而成，該 體上的安裝部與卡止部，該安裝部與卡止部: 大致千板狀，該扣件以其安褒部與端子的板面平行的狀能 上，且該卡止部的板厚面可與扁平型導體的： 卡止#卡& 平型導體朝後方脫落。 二Π或:維方向的穩固效果，無法同時提供扁平： 下、.左、右、前及後三維方向的穩固效果。 一、中國專利公開號CN_1_3A t，扣件呈有向 ^子的排财向財延伸的延伸部 導= 以及左、右㈣Ϊ曰 平型導體產生前、後鬆動 此動。仁疋，因為腕部的焊接面積小，扁平型 導體受力時容易造成腕部撓曲，使得扁平 部與扁平型導體之卡止台階部的接觸 囟積小，所產生的穩固效果仍有疑慮。 二、中國專利公開號CN101064389A中 ^部’用轉料型物之針止料合，叫免扁平型 =生前、後鬆動。雖然’習知技術中仍提到可將延伸 。下、、彖曲成L字形，以增加焊接_，防止扁平型導體上、 下擺動。但是，扁平型導體卻容易產生左、右晃動， 平型導體與電連接器之間的電性連接不穩定。 办緣是，本創作人有感上述缺失之可改善，乃特潛心研 九並配合學理之運用，終於提出一種設計合理且有效改善 上迭缺失之本創作。 【新型内容】 本創作目的，在於可提供一種具定位結構之電連接 器，定位結構之可側向彎曲的定位部一端連接於延伸部， 且由該端朝可側向彎曲的定位部一侧方向彎曲形成另一端 再朝絕緣本體之後端方向延伸形成焊接部，以避免扁平型 導體產生前、後鬆動、左、右搖晃及上、下擺動。 為了達成上述之目的’本創作係提供一種具定位結構 之電連接器’包括：一絕緣本體；一蓋板，該蓋板樞接於 1亥、絕緣本體’該蓋板及該絕緣本體界定形成一插接空間； 多數個訊號端子，該些訊號端子彼此間隔一段距離地固定 於該絕緣本體’每一個該些訊號端子之一端顯露於該絕緣 本體之頂部近前端的位置，且位於該插接空間，每一個該 些訊號端子之另一端伸出該絕緣本體；以及兩個定位結 構’該兩定位結構分別固設於該絕緣本體兩側，每一個該 兩定位結構包含有：-安裝部，該安裝部一端固設於該嗜 緣本體内，且由該端朝該絕緣本體之前端 = 安裝部另-端：-延伸部，該延伸部一端連接於 另一端，且由該端朝該絕緣本體之前端方向延伸形成該延 伸部另一端，該延伸部另一端突伸出該絕緣本體；一^;側 向彎曲的定位部，該可側向t曲的定位部一端連接於該延 伸部另-端’且由該端朝該絕緣本體之頂部方向彎折延 後再朝該可側向彎曲的定位部一側方向彎曲形成該可 f曲的定位部另一端；及一焊接部，該焊接部一端連接於 该可側向幫曲的定位部另一端，且由該端朝該絕緣本體之 後端方向延伸形成該焊接部另一端，且該焊接部鄰設於該 可側向彎曲的定位部一側。 Λ 本創作具有以下的有益效果： 一、 定位結構之安裝部、延伸部、可側向彎曲的定位 ，及焊接部與蓋板之抵頂部共同包覆解型導體之扣接 邛進-步增加扣接部的固定效果，避免爲平型導 力拉扯而前、後鬆動。 二、 可側向彎曲的定位部一端連接於延伸部，且由兮 端朝絕緣本體之頂部方向彎折延伸後再朝可側向彎曲的= 彎曲形成可側向彎曲的定位部另一端，使扁 iv肢之扣接部與延伸部的接觸面積增加，以提高扣 的效果，以避免扁平型導體左、右搖晃。 三、 鄰設於可側向彎曲的定位部一側的谭接部直接盘 f路板谭接’增加定位結構的固定效果，防止扣接於定位 :構之可側向弯曲的定位部的扁平型導體之扣接部受外力 拉扯而帶動可側向彎曲的定位部趣起，增加定位結構白㈣ 構穩定性，以避免扁平型導體上、下琢 閱以步瞭解本創作之待=技術内容，請參 閱以下有關本創作之詳細說明與 供參考與制用，並翻來 f ”，、而騎圖式僅& 【實施方式】 W絲本梅加以限制者。 構之提供―種具定位結 定位結構之電連接器1可設置於 可搪上（圖未不)’用以與一扁平型導體10A(例如， 板’ FPC或扁平型電⑽對接，使該扁平型導體 1 ◦ A可與㈣路板形成電性連接。該具定位結構之電連 接f1包括有一絕緣本體1〇、多數個訊號端子2 〇、兩 個疋位結構3 〇及一蓋板4〇。 >絕緣本體1 0為絕緣的塑料，絕緣本體工〇具有一 前端101、-與前端1 Q i對應的後端丄◦2、二左側 10 3、一與左側1〇 3對應的右側丄〇 4、一頂部工〇 5及-與頂部χ Q5對應的底部i Q6。絕緣本體^ 〇具 有多數個訊號端子槽！ i、-容置空間丄2及至少兩個端 子穿孔1 3。該些訊號端子槽1丄彼此間隔一段距離地凹 設於絕緣本體1〇頂部1〇 5近前端χ Q i的位置，訊號 端子2 0係由絕緣本體1〇之左側i 〇 3間隔排列至絕緣 本體10之右側10 4。容置空間12設於絕緣本體工〇 内部，該兩端子穿孔1 3貫穿絕緣本體i 〇之後端丄〇 2 的壁面（如第二圖），該兩端子穿孔1 3連通容置空間工 2。於是，每一個訊號端子槽1 1之—端顯露於絕緣本體 1 0頂部1〇 5，且由該端延伸貫穿絕緣本體丄〇以形成 另一端’使每一個訊號端子槽1 1之另一端得以連通容置 M377761 空間1 2及端子穿孔1 3。 S亥些訊號端子2 〇以一對— 0之訊號端子槽ii，备彻々方式固疋於絕緣本體工 而彼此不連接，且以並排 稱仵 子20具有一支撐部？^間隔5又置。母一個訊號端 (如第二圖)。支撐二21、：接觸部2 2及-接腳部2 3 該端延伸形成具有1定有^接孔2 1 1，且由 朝絕緣本體！ 〇之底部 蜢101反折延伸形成接觸部22。 = 觸凸塊22 1，可作為接觸時 有—接 本體1 0之声H 支撐部2 1朝絕緣 本肚1u之“1〇6向後延伸形成接腳部23。 請參閱第一圖、第r圖另穿 分別固設於絕緣本體“：:圖：:：， :;r ^及-知接。卩3 4。安裝部3 2 _端固設於絕 0内’且由該端朝絕緣本體10之前端1〇 成安裝部31另—端。延伸部3 2-端連接於絲部t 另一端，且由該端朝絕緣本體1 Q之前端1 0 i方向延伸 形成延伸部3 2另-端’而使延伸部3 2另—端突 =體1 Q山。可侧向=的定位部3 3_端連接於延伸部 3 2另一端，且由該端朝絕緣本體1 〇之頂部1〇 口 ，延伸後再朝可側向彎曲的定位部3 3」側方3 成可側向彎曲的定位部33另-端。焊接部34 ^可側向彎曲的定位部3^另―端’且由該端朝絕緣本體 10之後端10 2方向延伸形成焊接部3 4另—端， 接部34鄰設於可側向彎曲的定位部33一側（如第四 7 圖）。 蓋板40樞接於絕緣本體1〇，使蓋板4〇相對於絕 緣本體10之頂部1〇 5可掀開或蓋合。蓋板4 〇具有一 樞接部41、一壓合部4 2及兩抵頂部4 3，壓合部4 2 為薄板件，壓合部4 2—端設有樞接部4 1，壓合部4 2 另一端之兩側分別延伸形成一個該兩抵頂部4 3。蓋板4 0覆蓋於絕緣本體1 〇近前端1 〇1的位置，使蓋板4 〇 之壓合部4 2及絕緣本體1 〇得以界定形成一插接空間4. 4，可將扁平型導體1〇 a—端收容於插接空間4 4内。 當s亥些訊號端子2 〇以一對一的方式固定於該些訊號 端子槽1 1時，訊號端子2 〇之支撐部2 X及接觸部2 2 由絕緣本體1〇後端1〇 2插入端子穿孔1 3，使支撐部 21及接觸部2 2分別抵頂絕緣本體1 〇之頂部1 〇 5及 底部1 0 6的壁面，而將該些訊號端子2 〇固定於該些訊 唬端子槽1 1。於是，每一個該些訊號端子2 〇之一端（如 接觸部2 2)顯露於該絕緣本體1〇之頂部1〇 5近前端 101的位置，且位於插接空間4 4内。每一個該些訊號 端子2 0之部分區域（如支撐部2 ；[)與絕緣本體丄〇形 成固接結合，而將訊號端子2 〇固定於絕緣本體丄〇。每 一個該些訊號端子2 〇之另一端（如接腳部2 3)伸出該 絕緣本體1〇，用以焊接於電路板上。 立此外，支撐部2 1之樞接孔21 1與蓋板4 〇之樞接 部41形成樞接結合，而將蓋板4 〇可掀開或蓋合地枢接 於絕緣本體1 Q。固定棘2丨2與絕緣本體丨⑽成干涉 結合，而將訊號端子2 〇固定於絕緣本體i 〇 b 請參閱第五圖、第五A圖及第六圖，當蓋板40掀開 時（如第五圖），扁平型導體i 〇A一端插入插接空間4 4而爲平型‘祖1 〇A之扣接部1 1 a扣接定位結構3 0之可側向彎曲的定位部3 3 (如第五八圖），使扁平型導 體1 0A精確地定位於絕緣本體1 〇近前端丄〇丄的位 置’以增加爲平型導體1 〇A與訊號端子2 〇之間的接觸 j果，進而保持良好的電性連接。接著，當蓋板4 〇蓋合 時（如第六圖），蓋板4 〇壓合扁平型導體丄〇A，以提高 ，平型導體1 q A與訊號端子2 〇之接觸部2 2間的接觸 壓力，進而保持穩定的電性連接。 —進一步而言，當扁平型導體丄〇A之扣接部丄丄a扣 接定位結構3 Q之可側向彎曲的定位部3 3時（如第六 圖）’ i板4 0之抵頂部4 3抵頂扣接部；[：l a及可側向彎 曲的定位部3 3。於是，扁平型導體1 QA之扣接部！丄 側分職頂定位結構3 Q之安裝部3丨及可側向彎曲 的定位部3 3 ’且扣接部1 1A底面同時接觸延伸部3 2 及焊接部34 ’而扣接部1 1A頂面接觸抵頂部43，俾 使，位、’、σ構3 〇之安裝部3工、延伸部3 2、可側向腎曲 的疋位部3 3及焊接部3 4與蓋板4 〇之抵頂部4 3丑同 f覆扁平型導體1 ◦ Α之扣接部1 1 A，進-步增坏接 A的固定效果，避免爲平型導體1 0 A受外力拉扯 而前、後鬆動。 側向彎曲的定位部3 3—端連接於延伸部3 f 由該端朝絕緣本體1Q之頂部1Q 5方向彎折延伸 ;二==卿3一側方向彎曲形成可側向 邛33另一鈿，使扁平型導體i〇A之扣接部 1 1A與延伸部3 2的接觸面積增加，以提高扣接的效 果’以避免扁平型導體1QA左、右搖晃。 此外，具定位結構之電連接器1係利用該些訊號端 β 〇之接腳部2 3及該兩定位結構3 q之焊接部3 4 焊接—固定於電路板（圖未示）上。因為鄰設於可側向彎 曲=疋位部3 3 -側的焊接部3 4直接與電路板焊接，增 加定位結構3 〇的固定效果，防止扣接於定位結構3◦之 可側向彎曲的定位部3 3的扁平型導體1() Α之扣接部丄 1士丈外力拉扯而帶動可側向彎曲的定位部3 3翹起，增 力疋位、”。構3 〇的結構穩^性，以避μ平型導體1 〇 a 上、下擺動。 、々不上所述，本創作具有以下特色·· Μ 一、定位結構3 0之安裝部3 1、延伸部3 2 '可側 向4曲的<位# 3 3及烊接部3 4與蓋板4 Q之抵頂部4 3共同包覆扁平型導體丄〇A之扣接部i 1A，進一步增 加扣接部1 1A的固定效果，避免爲平型導體！ 〇A受/卜 力拉扯而前、後鬆動。 二、可側向彎曲的定位部33—端連接於延伸部3 2 ’且由該端朝絕緣本體1 〇之頂部10 5方向f折延伸 側向彎曲的定位部3 3—侧方向f曲形成可側向 考曲的讀部3 3另―端，使扁平型導體1 Q A之扣接部 1 1A與延伸部3 2的接觸面積增加，以提高扣接的效 果，以避免扁平型導體i 〇A左、右搖晃。 三、鄰設於可側㈣曲的定位部3 3 一側的焊接部3 4直接與電路板焊接，增加定位結構3 Q的固定效果， 止扣接於定位結構3 〇之可側向彎曲蚊位部3 型導體1 ΟA之扣接部i 1A受外力拉扯而帶動可側向彎 M377761 曲的定位部3 3赵起，增加定位結構3 0的結構穩定性， 以避免扁平型導體1 Ο Α上、下擺動。 四、 扁平型導體1 Ο A之扣接部1 1A扣接定位結構 3 0之可側向彎曲的定位部3 3，使扁平型導體1 Ο A精 確地定位於絕緣本體1 0近前端1 0 1的位置，以增加扁 平型導體1 ΟA與訊號端子2 0之間的接觸效果，進而保 持良好的電性連接。 五、 蓋板4 0壓合扁平型導體1 OA，以提高扁平型 導體1 ΟA與訊號端子2 0之接觸部2 2間的接觸壓力， 進而保持穩定的電性連接。 惟以上所述僅為本創作之較佳可行實施例，非因此即 拘限本創作之專利範圍，故舉凡運用本創作說明書及圖式 内容所為之等效結構變化，均同理皆包含於本創作之範圍 内，合予陳明。 【圖式簡單說明】 第一圖係本創作具定位結構之電連接器及扁平型導 體的立體圖。 第二圖係本創作具定位結構之電連接器的剖視圖。 第三圖係本創作具定位結構之電連接器之定位結構 彎曲前的立體圖。 第四圖係本創作具定位結構之電連接器之定位結構 彎曲後的立體圖。 第五圖係本創作具定位結構之電連接器及扁平型導 體的組合圖。 第五A圖係第五圖的局部視圖。 第六圖係本創作具定位結構之電連接器及扁平型導 11 M377761 體的另·一組合圖。 【主要元件符號說明】 具定位結構之電連接器 絕緣本體 10 前端 1 0 1 左側 1 0 3 頂部 1 0 5 訊號端子槽 11 後端 1 右側 1 底部 1 容置空間V. New Description: [New Technology Field] This creation is about an electrical connector with a positioning structure, especially a connector for electrically connecting to a circuit board and being connectable to a flat connector. [Previous Art] Please refer to Chinese Patent Publication No. CN101110503A, which discloses a "flat type electrical connection ϋ" which is characterized in that the fastener has: a wire portion mounted on the casing, and an arrangement range of the terminals a wrist portion extending parallel to the side end surface of the flat conductor from the mounted portion and an extending portion extending inward from the direction in which the arm portion (four) is arranged, the extending portion extending to the vicinity of the side edge portion of the conductor . For further information, see Chinese Patent Publication No. CN1〇l〇64389A, which is an electrical connector for a flat conductor and an electric appliance having a flat conductor, wherein the fastener is machined from a metal plate. The mounting portion and the locking portion of the body, the mounting portion and the locking portion are substantially in the shape of a plate, and the fastener is capable of being parallel with the plate surface of the terminal, and the thickness of the locking portion is The surface can be used with flat conductors: the snap-in #card & flat conductors fall off towards the rear. Two Π or: the stability effect of the dimension direction, can not provide flat at the same time: the stability effect of the bottom, left, right, front and back three-dimensional direction. 1. China Patent Publication No. CN_1_3A t, the fasteners are extended to the extension of the wealth distribution to the sub-conductor = and left and right (four) Ϊ曰 flat conductors before and after the loose movement. Ren Yan, because the welding area of the wrist is small, the flat conductor is likely to cause the wrist to flex when the force is applied, so that the contact between the flat portion and the locking step of the flat conductor is small, and the resulting stable effect still has doubts. . Second, the Chinese Patent Publication No. CN101064389A is used to replace the material with the needle of the transfer type, which is called flat type = loose before and after birth. Although it is mentioned in the prior art, it can be extended. Lower, and twisted into an L shape to increase the welding _ to prevent the flat conductor from swinging up and down. However, the flat conductor is liable to cause left and right sway, and the electrical connection between the flat conductor and the electrical connector is unstable. The reason for this is that the creator feels that the above-mentioned deficiencies can be improved, and he has devoted himself to researching and applying the theory, and finally proposed a creation that is reasonable in design and effective in improving the lack of ups and downs. [New content] The purpose of the present invention is to provide an electrical connector with a positioning structure, wherein the laterally bent positioning portion of the positioning structure is connected to the extension at one end, and the side of the positioning portion that is laterally curved from the end The direction is bent to form the other end and then extends toward the rear end of the insulating body to form a welded portion to prevent the flat conductor from being loosened before and after, left and right, and up and down. In order to achieve the above purpose, the present invention provides an electrical connector having a positioning structure comprising: an insulative housing; a cover plate pivotally connected to the housing, the insulative housing and the insulative body are defined a plurality of signal terminals; the signal terminals are fixed to the insulative housing at a distance from each other. One of the signal terminals is exposed at a position near the front end of the insulative housing, and is located at the front end of the insulative housing. a space in which the other end of each of the signal terminals protrudes from the insulative housing; and two positioning structures are respectively fixed on two sides of the insulative housing, and each of the two positioning structures includes: a mounting portion, One end of the mounting portion is fixed in the fascia body, and the end is facing the front end of the insulating body = the other end of the mounting portion: an extension portion, and one end of the extending portion is connected to the other end, and the end is opposite to the insulation The other end of the extending portion extends to form the other end of the extending portion, and the other end of the extending portion protrudes from the insulating body; a laterally bent positioning portion, the laterally t-shaped positioning portion The end is connected to the other end of the extension portion and is bent by the end toward the top of the insulating body and then bent toward the side of the laterally bendable positioning portion to form the other end of the bendable positioning portion; And a soldering portion, one end of the soldering portion is connected to the other end of the positioning portion of the laterally flexible portion, and the other end of the soldering portion is formed by the end extending toward the rear end of the insulating body, and the soldering portion is adjacent to the soldering portion Side of the positioning portion that can be bent laterally. Λ This creation has the following beneficial effects: 1. The mounting part, the extension part of the positioning structure, the laterally bendable positioning, and the fastening of the disbonding conductor together with the top of the welding part and the cover plate. The fixing effect of the fastening part avoids loosening of the front and rear for pulling the flat force. 2. The laterally bent positioning portion is connected to the extending portion at one end, and is bent and extended toward the top of the insulating body and then bent laterally to form a laterally bendable positioning portion at the other end. The contact area between the fastening portion of the flat iv limb and the extension portion is increased to improve the effect of the buckle to prevent the flat conductor from shaking left and right. 3. The tan joint adjacent to the side of the laterally bendable positioning portion is directly connected to the flat plate, and the fixing effect of the positioning structure is increased to prevent the buckle from being positioned: the flat portion of the positioning portion which can be laterally curved The fastening portion of the type conductor is pulled by the external force to drive the laterally bent positioning portion to increase the stability of the positioning structure white (four) structure, so as to avoid the flat conductors from being read and read in order to understand the creation of the creation = technical content Please refer to the following for a detailed description of this creation and for reference and production, and turn it up, and ride the figure only & [Embodiment] W Sumbenmei is limited. The electrical connector 1 of the junction locating structure can be disposed on the shackle (not shown) for interfacing with a flat conductor 10A (for example, a board 'FPC or a flat type electric (10)), so that the flat type conductor 1 ◦ A can be The electrical connection f1 of the positioning structure comprises an insulating body 1 〇, a plurality of signal terminals 2 〇, two clamping structures 3 〇 and a cover 4 〇. > Insulating body 1 0 is an insulated plastic, and the insulating body has a The end 101, the rear end 对应 2 corresponding to the front end 1 Q i , the second left side 10 3 , the right side 丄〇 4 corresponding to the left side 1 〇 3, a top work 5 and a bottom i corresponding to the top χ Q5 Q6. The insulating body has a plurality of signal terminal slots! i, an accommodating space 丄2 and at least two terminal through holes 13. The signal terminal slots 1 凹 are recessed from each other at a distance from the top of the insulating body 1 1 〇 5 near the front end χ Q i position, the signal terminal 20 is arranged by the left side i 〇 3 of the insulating body 1 间隔 to the right side 10 4 of the insulating body 10. The accommodating space 12 is disposed inside the insulating body workpiece, The two terminal through holes 13 extend through the wall surface of the end body 丄〇2 of the insulating body i ( (as shown in the second figure), and the two terminal through holes 13 are connected to the accommodating space 2. Thus, the end of each of the signal terminal slots 1 1 is exposed. The top of the insulative housing 10 is 1〇5, and extends from the end through the insulative housing 丄〇 to form the other end ′. The other end of each of the signal terminal slots 1 1 is connected to accommodate the M377761 space 1 2 and the terminal through hole 13 . S Hai signal terminals 2 〇 with a pair of - 0 signal terminal slot ii, ready The shackles are not connected to each other, and the scorpion 20 has a support portion, which is spaced apart from each other. The mother has one signal end (as shown in the second figure). The support 2 21: the contact portion 2 2 And the pin portion 2 3 is extended to form a contact hole 2 1 1 and is formed by reversing the bottom portion 朝 101 of the insulating body 〇 101 to form a contact portion 22. The contact bump 22 1 can be used as When the contact is made, the sound of the main body 10 is made. The support portion 2 1 extends rearward toward the "1" 6 of the insulating body 1u to form the pin portion 23. Referring to the first figure and the rth figure, the fixing body is separately fixed to the insulating body. ":: Picture:::, :;r ^ and - Know.卩 3 4. The mounting portion 3 2 _ is fixed in the inner portion and is terminated from the front end 1 of the insulating body 10 to the other end of the mounting portion 31. The extension end 3 is connected to the other end of the wire portion t, and extends from the end toward the front end 1 0 i of the insulative housing 1 Q to form an extension portion 3 2 another end ′′ and the extension portion 3 2 another end projection = Body 1 Q Mountain. The positioning portion 3 3_ end of the lateral direction is connected to the other end of the extending portion 3 2 , and the end is extended toward the top portion 1 of the insulative housing 1 , and then extends to the side of the positioning portion 3 3 ′ which is laterally bendable The square 3 is formed at the other end of the positioning portion 33 which is laterally curved. The soldering portion 34 ^ can be laterally bent by the positioning portion 3 ^ other end and extends from the end toward the rear end 10 2 of the insulative housing 10 to form a welded portion 34 4 - another end, the connecting portion 34 is adjacent to the lateral bend The positioning portion 33 side (as in the fourth 7 figure). The cover 40 is pivotally connected to the insulative housing 1 , so that the cover 4 掀 can be opened or closed with respect to the top 1 〇 5 of the insulating body 10 . The cover plate 4 has a pivoting portion 41, a pressing portion 4 2 and two abutting portions 4 3 , the pressing portion 4 2 is a thin plate member, and the pressing portion 42 is provided with a pivoting portion 4 1 . The two sides of the other end of the portion 4 2 respectively extend to form a pair of the top portions 43. The flat-type conductor can be used to form a plug-in space 4.4. The flat-type conductor can be used to form a plug-in space 4.4. The 1〇a-end is received in the docking space 4 4 . When the signal terminals 2 are fixed to the signal terminal slots 1 1 in a one-to-one manner, the support portions 2 X and the contact portions 2 2 of the signal terminals 2 are inserted by the back end 1 2 of the insulative housing 1 The terminal through hole 13 is formed so that the support portion 21 and the contact portion 2 2 respectively abut against the wall surfaces of the top 1 〇 5 and the bottom portion 106 of the insulating body 1 , and the signal terminals 2 〇 are fixed to the signal terminal slots 1 1. Therefore, one end of each of the signal terminals 2 (e.g., the contact portion 2 2 ) is exposed at a position near the front end 101 of the top portion 1 5 of the insulative housing 1 and is located in the insertion space 44. A portion of each of the signal terminals 20 (e.g., the support portion 2; [) is fixedly coupled to the insulative housing, and the signal terminal 2 is fixed to the insulative housing. The other end of each of the signal terminals 2, such as the pin portion 2, extends out of the insulative housing 1 for soldering to the circuit board. In addition, the pivot hole 21 1 of the support portion 2 1 is pivotally coupled with the pivot portion 41 of the cover plate 4, and the cover plate 4 is pivotally or hingedly coupled to the insulative housing 1 Q. The fixed ratchet 2丨2 is interference-coupled with the insulating body 丨(10), and the signal terminal 2 〇 is fixed to the insulating body i 〇b. Referring to the fifth, fifth and sixth figures, when the cover 40 is opened ( As shown in FIG. 5), one end of the flat type conductor i 〇A is inserted into the insertion space 4 4 and is a flat type of the affixed portion 1 aA of the fastening portion 1 1 a. The positioning portion 3 of the positioning structure 30 can be laterally bent. 3 (as in the fifth figure), the flat conductor 10A is accurately positioned at the position of the insulative body 1 near the front end ' to increase the contact between the flat conductor 1 〇A and the signal terminal 2 j As a result, a good electrical connection is maintained. Then, when the cover 4 is closed (as shown in the sixth figure), the cover 4 is pressed against the flat conductor 丄〇A to improve the contact between the flat conductor 1 q A and the signal terminal 2 接触The contact pressure, which in turn maintains a stable electrical connection. - Further, when the fastening portion 丄丄a of the flat conductor 丄〇A is fastened to the laterally bendable positioning portion 3 of the positioning structure 3 Q (as shown in the sixth figure), the i-plate 40 is at the top 4 3 abutting the fastening portion; [: la and the positioning portion 3 3 which can be bent laterally. Thus, the buckle of the flat conductor 1 QA! The mounting portion 3 of the top side of the top positioning structure 3 Q and the positioning portion 3 3 ' which can be laterally bent and the bottom surface of the fastening portion 1 1A simultaneously contacts the extension portion 3 2 and the welded portion 34 ' and the top portion of the fastening portion 1 1A The surface contacts the top portion 43, the mounting portion 3 of the position, the ', the σ structure 3', the extension portion 3, the clamping portion 3 3 and the welded portion 34 and the cover portion 4 To the top of the 4 3 ugly with the f-flat flat conductor 1 ◦ 扣 扣 扣 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 The laterally bent positioning portion 3 3 - the end is connected to the extending portion 3 f and is bent and extended from the end toward the top 1Q 5 of the insulative housing 1Q; the second == the side of the 3 is curved to form the lateral side 邛 33 and the other side The contact area between the fastening portion 1 1A of the flat conductor i〇A and the extension portion 3 2 is increased to improve the effect of the fastening to prevent the flat conductor 1QA from shaking left and right. In addition, the electrical connector 1 having the positioning structure is soldered to the circuit board (not shown) by the pin portions 23 of the signal terminals β and the solder portions 34 of the two positioning structures 3 q. Because the soldering portion 34 adjacent to the side of the laterally bendable-clamping portion 3 3 - is directly soldered to the circuit board, the fixing effect of the positioning structure 3 增加 is increased, and the lateral bending of the positioning structure 3 防止 is prevented. The flat-type conductor 1 of the positioning portion 3 3 is fastened by the external force of the buckle portion 丄1, and the positioning portion 3 3 that can be laterally bent is lifted up, and the force is clamped, and the structure of the structure is stable. Sex, to avoid the μ flat conductor 1 〇a swing up and down. 々,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The buckle portion i 1A of the flat conductor 丄〇A is covered by the <position # 3 3 and the splicing portion 3 4 of the four curved pieces and the abutting portion 4 3 of the cover 4 Q, further increasing the fastening portion 1 1A The fixing effect is avoided as a flat conductor! 〇A is pulled forward and then pulled loose. 2. The laterally bendable positioning portion 33 is connected to the extension 3 2 ' and is terminated by the end toward the insulating body 1 The top portion 10 5 direction f is folded to extend the laterally curved positioning portion 3 3 - the side direction f is curved to form a laterally readable portion 3 3 other end, so that the flat conductor 1 QA is fastened The contact area between 1 1A and the extension portion 3 2 is increased to improve the fastening effect to prevent the flat conductor i 〇A from shaking left and right. 3. Welding on the side of the positioning portion 3 3 adjacent to the side (four) curve The portion 3 4 is directly welded to the circuit board to increase the fixing effect of the positioning structure 3 Q, and the buckle portion i 1A of the type 3 conductor 1 ΟA of the laterally curved mosquito part of the positioning structure 3 止 is pulled by the external force. The positioning portion 3 3 of the lateral bending M377761 can be raised to increase the structural stability of the positioning structure 30 to prevent the flat conductor 1 Ο Α from swinging up and down. 4. Flat conductor 1 Ο A fastening portion 1 1A is fastened to the laterally bent positioning portion 3 3 of the positioning structure 30, so that the flat conductor 1 Ο A is accurately positioned at the near front end 110 of the insulating body 10 to increase the flat conductor 1 ΟA and the signal The contact effect between the terminals 20 and thus maintains a good electrical connection. 5. The cover 40 presses the flat conductor 1 OA to improve the contact between the flat conductor 1 ΟA and the contact portion 2 of the signal terminal 20 Contact pressure, and thus maintain a stable electrical connection. The preferred embodiments are not limited to the scope of the patents of this creation. Therefore, the equivalent structural changes made by the use of this manual and the contents of the drawings are included in the scope of this creation. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective view of an electrical connector with a positioning structure and a flat conductor. The second figure is a cross-sectional view of the electrical connector with the positioning structure. The perspective view of the positioning structure of the electrical connector of the positioning structure before bending. The fourth figure is a perspective view of the positioning structure of the electrical connector with the positioning structure. The fifth figure is a combination of the electrical connector and the flat conductor with the positioning structure. The fifth A is a partial view of the fifth figure. The sixth figure is another combination of the electrical connector with the positioning structure and the flat type guide 11 M377761. [Main component symbol description] Electrical connector with positioning structure Insulating body 10 Front end 1 0 1 Left side 1 0 3 Top 1 0 5 Signal terminal slot 11 Rear end 1 Right side 1 Bottom 1 accommodating space
端子穿孔 13 訊號端子 20 支撐部 2 1 固定棘 2 12 接觸凸塊 221 定位結構 30 安裝部 3 1 可侧向彎曲的定位部 3 蓋板 4 0 樞接部 4 1 抵頂部 4 3 扁平型導體 1 0 A 扣接部 1 1 A 樞接孔 接觸部 接腳部 延伸部 焊接部 壓合部 插接空間Terminal perforation 13 Signal terminal 20 Support 2 1 Fixed ratchet 2 12 Contact bump 221 Positioning structure 30 Mounting part 3 1 Positionable part 3 that can be bent laterally Cover plate 4 0 Pivot part 4 1 Abut top 4 3 Flat conductor 1 0 A fastening part 1 1 A pivot hole contact part pin extension part welding part nip part insertion space