M365578 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種堆疊式連接器，尤其涉及一種組 合有符合至少兩種連接器的介面標準的堆疊式連接 器。 【先前技術】 堆疊式連接器是針對集成度更高、物理空間更緊 湊的應用而將兩個或兩個以上的電連接器以堆疊的形 式組合到一起。如中國大陸ZL 200720125333.2所公 開的一種整合影像顯示器琿及USB傳輸介面的多埠式 連接器，是將一個Displayport (整合影像顯示器介面） 連接器和兩個USB (串列匯流排）堆疊組合而成。該 多埠式連接器包括：座體、Displayport連接器、USB 連接器、封閉蓋及中空外殼體。其中，該座體上設有 嵌槽，該嵌槽下方設有接合槽，該座體背後設凹陷部， 該凹陷部上方具有組接口，該組接口與該嵌槽相通， 於該凹陷部的壁面上設有多個細缝，該Displayport連 接器組接於該嵌槽中，該USB連接器組接於該接合槽 中，該封閉蓋組接於該座體背後的凹陷部中，該封閉 蓋上有凸出部並組接於上述凹陷部的組接口，該封閉 蓋的壁面上設有多個凸條，上述凸條壓掣在上述細缝 中，中空外殼體套接在座體外部，並在其前端面上設 有對應插接口和USB插槽的第一穿孔及第二穿孔，該 中空外殼體的侧面底部延伸一組接腳。 3 M365578 上述專利的連接器結構，是在座體的壁面上設 :去，以將Dlspiayp〇rt連接器的兩 中。這種設計方式雖然能夠= 果將這些細縫設置得窄-些來緊固導電： 二電端子的工藝過程中，存在導= Λ'的問題，並且在組裝時易使導電端子的焊 向後發生-折變形；如果將這些細縫設置得寬一 ί不:月]:廷些導電端子的焊接部在前後方向的緊固效 象。 孓生改變，甚至可能出現焊接部短接的現 【新型内容】 疊式克服現有技術的不足，而提供-種堆 °°八可以從前後左右各個方向保證導電端 子的嬋接部之間的間距不會發生改變，並可防 === 吏焊接部發生彎折而致使其無法制: A接到電路板上的情況發生。 器，=貫現上述目的，本創作提出一種堆疊式連接 和第：=本久其向前突伸出上下排列的第一舌板 面標；，Ϊ第：::第一舌板符合一第一連接器的介 該絕綾太二符合—第二連接11的介面標準， 、本體的後部向下彎折延伸出兩卡扣臂； 4 M365578 多個導電端子，每個導電端子 焊接部，·所述多個導雷姓具有#接部和一 導電鳊子由符合該第一連接哭的介 面私準的第一端子組和符合#第- σσ ΛΛ ^ ^ ^ . 付口 °亥第一連接器的介面標準 的第一為子組構成，該第一端子組和第二端 :部分別設置在該絕緣本體的第-舌板和第：舌板 上；且該第一端子細.铱-^ 1禾一舌板 本體的後方伸出；、， W組的焊接部從該絕緣 至少一遮罩外殼，号Γ 5 ,丨、 緣本體上，·以及 〃 ^一遮罩外殼裝設在該絕 一間隔裝置，包括一主體 兩側向外突伸出的兩卡扣部攸該主體部的 緣本體的所述兩卡扣以目配人"兩卡扣部分別與該絕 定到絕緣本體二將㈣^ 穿的定位孔；所述多個裝置上投有多個上下貫 間隔裝置上的定位孔再内^子的焊接部對應穿過該 π疋位孔再向下延伸而出。 該絕緣本體的每—個卡扣臂立 该扣合部包括至少一凹 _ °又有扣δ 口Ρ， 卡扣部包括至少—突出部·兮Μ間隔裝置上的每一個 與該卡扣臂的D , b卡扣部的至少一突出部 少1陷部對應相配合。 優選地，該絕緣本 方向排列的兩凹陷γ 、母—個扣合部包括沿後前 坦部；該間：:=，於所述兩凹陷部之間的-平 排列的兩突出^ 、母個卡扣部包括沿後前方向 二，該卡扣部的兩突出部:：之間的一平垣 合，該卡扣部的平扭部 卡扣’的兩凹陷部相配 ㈤該卡扣臂的平坦部相對應。 M365578 、與現有技術相比’本創作的有益技術效果在於： f過，置間隔裝置，並在間隔裝置上設置多個上下貫 =的定位孔，以使導電端子的焊接部對應地穿過該間 隔裝置上的所述定位孔之後再向下伸出的設計，本創 作的堆疊式連接n的間隔裝置可以從前後左右各個方 向防止導電端子的焊接部之間的間距發生改變，從而 防止在運輸過程中發生的碰撞使焊接部發生彎折而致 使其無法對應裝配並焊接到電路板上的情況發生。M365578 V. New Description: [New Technology Area] This creation relates to a stacked connector, and more particularly to a stacked connector that incorporates an interface standard that conforms to at least two types of connectors. [Prior Art] Stacked connectors combine two or more electrical connectors in a stacked form for applications with higher integration and tighter physical space. A multi-port connector that integrates an image display and a USB transmission interface, as disclosed in ZL 200720125333.2, is a combination of a Displayport (integrated image display interface) connector and two USB (serial bus) stacks. . The multi-turn connector includes a base body, a Displayport connector, a USB connector, a closure cover, and a hollow outer casing. Wherein, the seat body is provided with a recessed groove, the joint groove is provided with a joint groove, and the base body is provided with a recessed portion, and the set of the upper part of the recessed portion has a group interface, the set of interfaces communicate with the recessed groove, and the recessed portion is a plurality of slits are disposed on the wall, the display port connector is assembled in the slot, the USB connector is assembled in the engaging slot, and the closing cover is assembled in a recess in the back of the seat, the closing The cover has a protruding portion and is assembled to the group interface of the recessed portion. The wall of the closing cover is provided with a plurality of ribs. The ridge is pressed in the sipe, and the hollow outer casing is sleeved outside the seat. And a first through hole and a second through hole corresponding to the plug interface and the USB slot are disposed on the front end surface thereof, and a plurality of pins extend from a bottom portion of the side of the hollow outer casing. 3 M365578 The connector structure of the above patent is placed on the wall of the base: to remove the two of the Dlspiayp〇rt connectors. Although this design method can = set these slits narrowly to tighten the conductive: In the process of the two electrical terminals, there is a problem of conduction = Λ ', and it is easy to cause the welding of the conductive terminals to occur backwards during assembly. - Deformation; if these slits are set to be wide, no: month]: The fastening effect of the welded portions of the conductive terminals in the front and rear direction. The twins change, and even the short-circuit of the welded joints may occur. [New content] The stacking method overcomes the deficiencies of the prior art, and provides a pile-up of the piles to ensure the spacing between the splicing portions of the conductive terminals from the front, rear, left and right directions. No change will occur, and it will prevent the === 吏 welding part from being bent so that it cannot be made: A happens when it is connected to the board. , = the above purpose, the present author proposes a stacked connection and the first: the first tongue of the first tongue that protrudes upwards and upwards; the first::: the first tongue meets the first The connector of the second connector 11 conforms to the interface standard of the second connection 11, and the rear portion of the body is bent downward to extend the two latch arms; 4 M365578 multiple conductive terminals, each conductive terminal soldering portion, The plurality of lead-leading surnames have a #connecting portion and a conductive dice, and the first terminal group conforms to the interface of the first connection crying and conforms to #第-σσ ΛΛ ^ ^ ^ . The first interface group is composed of a sub-group, and the first terminal group and the second end portion are respectively disposed on the first tongue plate and the tongue plate of the insulating body; and the first terminal is thin. 铱-^ 1 and a tongue plate body extending rearward;, the welding portion of the W group is installed from the insulating at least one mask casing, the number Γ 5, the 丨, the edge body, and the 遮 ^ a mask housing is installed in the a spacer device comprising two latching portions protruding outwardly from both sides of the main body, and the two cards of the edge body of the main body portion The two snap-on portions are respectively positioned with the positioning holes that are to be worn by the insulating body 2; the plurality of devices are cast with a plurality of positioning holes on the upper and lower spacing devices. The welded portion passes through the π-position hole and extends downward. Each of the latching arms of the insulative housing comprises at least one recess _ ° and a buckle δ port, and the latching portion includes at least each of the protrusions and the spacers and the latching arm At least one of the protrusions of the D and b buckle portions is less than one of the trap portions. Preferably, the two recesses γ and the mother-fitting portions arranged in the direction of the insulation include a front portion of the front portion; the space::=, and the two protrusions between the two recess portions are arranged. The latching portions include two in the front-rear direction, and the two protruding portions of the latching portion are: a flat fit between the two, and the two recessed portions of the flat-twisted portion of the latching portion are matched (5) of the latching arm The flat portion corresponds. M365578, compared with the prior art, the beneficial technical effect of the present invention is: f, spacer device, and a plurality of positioning holes on the spacer device are provided, so that the soldering portion of the conductive terminal passes through the corresponding portion The positioning hole on the spacer device is then extended downwardly, and the spacer device of the stacked connection n of the present invention can prevent the spacing between the soldering portions of the conductive terminals from being changed from front to back, left and right directions, thereby preventing transportation. The collision that occurs during the process causes the welded portion to bend so that it cannot be assembled and soldered to the board.
^為使能更進一步瞭解本創作之特徵及技術内容， 晴參閱以下有關本創作之詳細說明與附圖，然、而所附 圖式僅提供參考與說明用，並非用來對本創作加以限 制者。 【實施方式】 以下結合附圖，對本創作予以進一步地詳盡闡述。 θ參見第一圖至第十圖，本創作的堆疊式連接器， :DlsPlayport連接器插座與一 USB連接器插座堆 且的組合體。其主要包括一絕緣本體】，裝設在該絕 緣本體1上的多個導電端子2, 一第一遮罩外殼31， 一第二遮罩外殼32，-間隔裝置4以及-後蓋5。 多，、，、第，、圖，該絕緣本體1是一體注塑成型而成 的，其向前突伸出mu和—第二成 γ位於上方的第—舌板u符合USB連:器插座的 二面標準’位於下方的第二舌板12符合Dispiayp〇rt 連接_座的介面標準。參照H，該絕緣本體！ 的後-P 13向下’f折延伸設有兩個卡扣臂14，該兩卡 6 14 M365578 扣臂14末端各設置有一扣合部141，所述兩卡扣臂 的每一個扣合部141内側設有沿後前方向排列的兩凹 陷部1411、1412和位於這兩個凹陷部之間的一平坦部 1413，並且，該卡扣臂14的末端内侧還設有一由下往 上逐漸向内傾斜的斜面1414。 參見第十圖，多個導電端子2根據應用區分為符 ^ USB連接器插座的介面標準的一第一端子組U和 符合Displayport連接器插座的介面標準的一第二端子 組22。每個導電端子2均具有一對接部251和盥對接 !251相連的一焊接部252。參見第六圖、第八圖和 弟十圖，其中，第—端子組21中的對接部⑸設置在 該第-舌板U的下側，這些導電端子2向後延 =本體U使其焊接部252從絕緣本體丨的後部向 24 弟二端子組22分為上、下兩排導電端子23、 驻並且上、下兩排導電端子23、24的對接部2 別裝設在第二舌板12的上、下兩 導電端子23、24的焊接部252 、:= 13向A 象本體1的後部 门下伸出’其中上排導電端子23中的部分 二2疋先沿絕緣本體1的橫向向左或向右彎折延伸一 叙距離後再向下彎折延伸出焊接畜” =申 導電端子23的焊接部252之間 < 使上排 實施例所述的“前後方向，，是"向間距不一致。本 與本創作的堆疊式連接器的對接連接器插頭 指與絕緣本體1的“前後方向，，士: ’而橫向是 万向相垂直的左右方向。 M365578 參見第六圖和第七圖，第一遮罩外殼31 罩外殼32均是由金屬靖而成的。其中，第；罩 外殼31的後端兩侧各向内彎折出一突片3ιι ;第一 1 罩外设32的後端兩側各向内衝壓彎折後形成有一= 一卡扣# 32卜並且還向下突伸出-_ 323。並且， 第二遮罩外殼32的中部兩側分別先向外 地突伸出-固定聊322。參見第一圖至第四圖，f m、第二遮罩外殼32均裝設在絕緣本體1 卜第-包覆的部分絕緣本體 弟舌板11和苐一端子組21形成聰連接 第：^2二二罩外殼32所包覆的部分絕緣本體1、 第一舌板12和第二端子紅22形士 n. t 插座。 、'，2形成hsphypcm連接器 體注=二九包:第二 體部41的兩側向外突伸出的兩卡扣部42:::;〜主 f位體！:括沿後前方向排列的兩突出部42卜4/2 和位於該^突出部之間的平坦部423 2 嶋外側設有由上往下逐漸向外傾斜的亥= 的1排7二裝4置4的主體部41上還開設有上下貫穿 ，這些導電端子2的焊接部252對應 穿=斤迷二排疋位孔43並從其 : 照第三圖，該間隔裝置4用於容置D J二:， 插座的下排導電端子^ 連接器 252的定位孔43 ^個V €端子2的谭接部 曰令秘向間距是—致的，而用於容 8 M365578 置第二端子組22的上排導電端+ 之間的橫向間距是不一致的，以 “：：43 部分焊接部⑸之間的橫向間距相對Γ心子23的 參照第七圖和第八圖，該間隔裝置4可 上裝入到絕緣本體1的後部，在所述的多個導;^ 2的焊接部252對應穿過該間隔裂置4的所述多 位孔43後，該間隔裝置4通過Λ丰4 鞅1 上， 過卡扣部42與絕緣本^ To enable a better understanding of the features and technical content of this creation, please refer to the following detailed description and drawings regarding this creation. However, the drawings are for reference and explanation only and are not intended to limit the creation. . [Embodiment] The present invention will be further elaborated below in conjunction with the drawings. θ Referring to the first to the tenth, the stacked connector of the present invention: a combination of a DlsPlayport connector socket and a USB connector socket. It mainly comprises an insulative housing, a plurality of conductive terminals 2 mounted on the insulating body 1, a first mask housing 31, a second mask housing 32, a spacer 4 and a rear cover 5. The insulating body 1 is integrally injection-molded, and protrudes forwardly from the mu and the second tongue γ is located above the first tongue plate u conforms to the USB connector: The two-sided standard 'lower second tongue 12 conforms to the interface standard of the Dispiayp〇rt connection. Refer to H, the insulating body! The rear-P 13 extends downwardly and has two latching arms 14 respectively. The two latching ends of the latching arms 14 are respectively provided with a fastening portion 141, and each of the two latching arms is fastened. The inner side of the 141 is provided with two recessed portions 1411, 1412 arranged in the rear front direction and a flat portion 1413 between the two recessed portions, and the inner side of the end of the snap arm 14 is further provided with a downward direction from the bottom to the top. The inner inclined slope 1414. Referring to the tenth diagram, the plurality of conductive terminals 2 are divided into a first terminal group U of the interface standard of the USB connector socket and a second terminal group 22 conforming to the interface standard of the Displayport connector socket. Each of the conductive terminals 2 has a soldering portion 252 connected to the mating portion 251. Referring to the sixth, eighth and tenth drawings, the abutting portion (5) in the first terminal group 21 is disposed on the lower side of the first tongue plate U, and the conductive terminals 2 are backwardly extended = the body U is welded thereto. The 252 is divided into the upper and lower rows of the conductive terminals 23 from the rear portion of the insulating body 向, and the abutting portions 2 of the upper and lower rows of the conductive terminals 23 and 24 are disposed on the second tongue plate 12 The soldering portions 252 and ???13 of the upper and lower conductive terminals 23, 24 are extended downward toward the rear portion of the A-picture body 1. The portion of the upper-row conductive terminals 23 is firstly oriented along the lateral direction of the insulating body 1. Left or right bends to extend a distance and then bends downward to extend out of the welding animal" = between the welded portions 252 of the conductive terminals 23 < the front and rear directions described in the above embodiment, is " The spacing is inconsistent. The docking connector plug of the present and the stacked connector of the present invention refers to the "front and rear direction of the insulating body 1,": and the lateral direction is the left-right direction perpendicular to the universal phase. M365578 See the sixth and seventh figures, A cover shell 31 The cover shell 32 is made of metal. Among them, the back end of the cover shell 31 is bent inwardly by a protruding piece 3 ιι; the back end of the first 1 cover peripheral 32 A punching and bending of the two sides of the two sides forms a = one buckle #32b and also protrudes downwards - 323. And, the two sides of the second mask shell 32 are respectively protruded outwardly - fixed Talk 322. Referring to the first to fourth figures, the fm and the second mask casing 32 are all mounted on the insulative body 1 and the first-clad part of the insulative body tongue plate 11 and the first terminal group 21 form a Cong connection. : ^ 2 two cover shell 32 covered part of the insulating body 1, the first tongue 12 and the second terminal red 22 shape n. t socket., ', 2 form hsphypcm connector body note = twenty-nine bags: Two latching portions 42 projecting outwardly from both sides of the second body portion 41:::; main sp-body!: including two protruding portions 42 arranged in the front-rear direction. 2 and a flat portion 423 2 located between the protruding portion, and a main body portion 41 of the row 1 and the second mounting 4 which are gradually inclined outward from the top to the bottom are further provided with a vertical penetration. The soldering portion 252 of the conductive terminal 2 corresponds to the second row of the clamping holes 43 and is: from the third figure, the spacing device 4 is for accommodating the DJ two: the lower row of the conductive terminals of the socket ^ the connector 252 The locating hole 43 ^ V The terminal of the second terminal 2 makes the secret spacing the same, and the lateral spacing between the upper conductive terminals + of the second terminal group 22 for the 8 M365578 is inconsistent. With reference to the seventh and eighth figures of the "::43 partial weld portion (5) with respect to the lateral spacing of the core 23, the spacer 4 can be mounted to the rear of the insulative body 1 at the plurality of guides After the soldering portion 252 of the ^2 corresponds to the plurality of holes 43 passing through the spacer 4, the spacer device 4 passes through the 4Feng 4 鞅1, the latching portion 42 and the insulating portion
=上的兩個卡扣臂14的扣合部141對應卡扣配合而 古疋到絕緣本體！上，這時，兩卡扣部4 似、似與兩個卡扣臂14上的凹陷部1411、^= 應相配合，該卡扣部42上的平坦部423舆卡 4 ^平坦部i413相對應’而該卡扣部42的斜面似 ^扣臂14的斜面1414相對應可以方便該間隔裝置 下往上組裝到絕緣本體丨時撐開兩卡扣臂Μ，並 使其突出部421、422對應卡入到兩個卡扣臂14上的 凹陷部1411、1412上防止向下掉出。該卡扣臂14的 平坦部1413可以阻擔該間隔裝置4的突出部422向後 運動，防止該間隔裝置4向後滑出絕緣本體丨，從而 可以獲得更好的固定效果。 、參見第六圖和第七圖，後蓋5是由一金屬片彎折 成型的，其兩側壁上均設有沿豎直方向排列的一扣孔 51與由側壁的末端向下彎折伸出的一第二卡扣片 M。參見第四圖和第五圖，該後蓋5裝設在絕緣本體 1的後端，用於將絕緣本體1的後部13、多個導電端 子2的焊接部252和間隔裝置4封閉。該後蓋5兩側 9 M365578 2的：孔51與第一遮罩外殼31後端兩側的突片m =扣二使第—遮罩外殼31與後蓋5連接在一 起；該後盍5兩側壁上的第二卡扣片52與第二遮罩外 设32後端兩側的第-卡扣片切卡扣配合，以使第二 遮罩外殼32與後蓋5彳查垃户—& ^ 罩外殼31、32電性連接在 *:後蓋5將兩個遮 逑接在一起，再通過第一遮罩外殼The engaging portions 141 of the two upper latching arms 14 are snap-fitted to the insulative body! In this case, the two latching portions 4 seem to match the recessed portions 1411 and ^= on the two latching arms 14, and the flat portion 423 of the latching portion 42 corresponds to the flat portion i413. 'The beveled portion of the latching portion 42 is similar to the beveled surface 1414 of the latching arm 14 so as to facilitate the assembly of the latching arm to the insulative housing when the spacer device is assembled upward, and the protruding portions 421 and 422 are correspondingly provided. The recessed portions 1411, 1412 that are snapped into the two latching arms 14 are prevented from falling downward. The flat portion 1413 of the latching arm 14 can prevent the protruding portion 422 of the spacer 4 from moving backward, preventing the spacer 4 from sliding backwards out of the insulating body, so that a better fixing effect can be obtained. Referring to the sixth and seventh figures, the back cover 5 is formed by bending a metal piece, and both side walls are provided with a button hole 51 arranged in the vertical direction and bent downward from the end of the side wall. A second snap tab M is produced. Referring to the fourth and fifth figures, the rear cover 5 is mounted at the rear end of the insulative housing 1 for closing the rear portion 13 of the insulative housing 1, the welded portions 252 of the plurality of electrically conductive terminals 2, and the spacer 4. The two sides of the back cover 5 are 9 M365578 2: the hole 51 and the protrusions on both sides of the rear end of the first mask shell 31 m = buckle two to connect the first mask shell 31 and the back cover 5; the back 盍 5 The second snap tabs 52 on the two side walls are snap-fitted with the first snap tabs on both sides of the rear end of the second mask peripheral 32 so that the second mask shell 32 and the back cover 5 are inspected by the user. & ^ The cover shells 31, 32 are electrically connected to the *: the back cover 5 connects the two concealers together, and then passes through the first mask shell
31與包路板8接地，通過設置這樣的兩個遮罩外殼 =一32可以使兩連接器插座與對應的連接器插頭（圖 得更緊密，從而獲得更好的固定效果 和電磁遮罩效果。 本創作的堆邊式連接器的實際應用實例，參見第 十-圖和第十二圖’本創作的連接器可以焊接到一電 路板8上。其巾，多個導«子2的焊接部252對應 焊接到電路板8的相應焊接孔83上。第二遮罩外幾 32上的兩個固定腳322對應焊接到電路板8的固定孔 81上、且其兩個_ 323對應插入焊接到電路板8的 相應疋位孔8 2上從而起到固定的作用。 本創作的堆疊式連接器中各個導電端子2的焊 部252對應穿設在間隔裝£ 4的定位孔43 0，這種定 ^方法可以保證各個導電端子2的焊接部252之間的 前後左右間距不會發生改變，從而防止運輸過程中發 生碰撞使導電端子2的焊接部252發生-折而致使^ 無法對應裝配並焊接到電路板8上的情況發生，並且 該間隔裝置4是通過兩卡扣部42與絕緣本體ι的兩卡 扣臂14卡扣在一起，具有安裝便捷，固定可靠的優 10 M365578 ，。其中Displayp〇rt連接器插座的下排導電端子24 疋在與前後方向平行的縱向平面上彎折延伸的，而上 排導電端子23的部分導電端子2的後部是先橫向地向 左或向右考折延伸出一段距離後再向下彎折延伸出焊 接，252，從而使上排導電端子23的焊接部252之間 的橫向間距不一致’這種橫向間距不一致的設置可以 加大Displayport連接器插座中上排導電端子23中的 信號端子的焊接部252與下排導電端子24中的信號端 子的焊接部252在電路板8上的間距，從而有利於電 路板佈線並降低信號端子在高速信號傳輸過程中的干 擾；與此對應的是，間隔裝置4上用於容置卿 連接器插座的下排導電端子24的焊接部252的定位孔 43之間的橫向間距是一致的，而用於 子23的焊接部252的定位孔43之間的橫向間== 一致的。 惟以上所述僅為本創作之較佳實施例，非意欲偈 限本創作之專利賴範目，故舉凡運用本創作說明金 及圖式内容所為之等效變化，均同理皆包含於本創^ 之權利保護範圍内，合予陳明。 【圖式簡單說明】 第一圖 體組合圖； 為本創作優選實施例的堆疊式連接器的立 第二圖為第一圖所示堆疊式連接器的正視圖； 第三圖為第一圖所示堆疊式連接器的仰視圖； 第四圖為本創作優選實施例的堆疊式連接器的另 11 M365578 一視角的立體組合圖； 疊式連接器的又 皆式連接器的立 第五圖為本創作優選實施例的堆 一視角的立體組合圖； 第六圖為本創作優選實施例的堆 體分解圖； 、第七圖為本創作優選實施例的堆疊式連接器 一視角的立體分解圖；31 is grounded with the bypass board 8 by providing such two mask housings = one 32 to make the two connector sockets and the corresponding connector plugs (closer, for better fixing effect and electromagnetic shielding effect) For practical application examples of the stacked edge connector of the present invention, see the tenth and twelfth drawings. The connector of the present invention can be soldered to a circuit board 8. The towel, the welding of the plurality of guides The portion 252 is correspondingly soldered to the corresponding soldering hole 83 of the circuit board 8. The two fixing legs 322 on the outer surface 32 of the second mask are correspondingly soldered to the fixing hole 81 of the circuit board 8, and the two _323 corresponding insertion welding The fixing holes 252 of the respective conductive terminals 2 in the stacked connector of the present invention are correspondingly disposed through the positioning holes 43 0 of the spacers 4, which are fixed. The method can ensure that the front, rear, left and right spacing between the soldering portions 252 of the respective conductive terminals 2 does not change, thereby preventing collisions during transportation, causing the soldering portions 252 of the conductive terminals 2 to be folded-folded and causing the assembly to be unsuitable. Soldered to the board 8 In this case, the spacer device 4 is fastened by the two latching portions 42 and the two latching arms 14 of the insulative housing ι. The utility model has the advantages of convenient installation and reliable fixing of the excellent 10 M365578. Among them, the Displayp〇rt connector socket The lower row of conductive terminals 24 弯 are bent and extended in a longitudinal plane parallel to the front-rear direction, and the rear portion of the portion of the conductive terminals 2 of the upper row of conductive terminals 23 is laterally extended to the left or right to extend a distance. Bending downwardly extends the weld 252 such that the lateral spacing between the welds 252 of the upper row of conductive terminals 23 is inconsistent. This arrangement of inconsistent lateral spacing can increase the number of conductive terminals 23 in the upper row of the Displayport connector socket. The spacing between the soldering portion 252 of the signal terminal and the soldering portion 252 of the signal terminal in the lower row of conductive terminals 24 on the circuit board 8, thereby facilitating circuit board wiring and reducing interference of the signal terminal during high-speed signal transmission; The lateral spacing between the positioning holes 43 of the soldering portion 252 of the lower row of conductive terminals 24 for receiving the male connector socket on the spacer 4 is uniform, and The lateral direction between the positioning holes 43 of the welded portion 252 of the sub-23 is uniform ==. However, the above description is only a preferred embodiment of the present invention, and it is not intended to limit the patent of the present invention. The equivalent changes of the creative description and the content of the schema are all included in the scope of protection of the rights of this creation, and are combined with Chen Ming. [Simple description of the schema] The first combination of figures; The second view of the stacked connector of the embodiment is a front view of the stacked connector shown in the first figure; the third view is a bottom view of the stacked connector shown in the first figure; Another 11 M365578 perspective view of the stacked connector of the embodiment; the fifth view of the stacked connector of the stacked connector is a three-dimensional combination view of the stack of one view of the preferred embodiment; The figure is an exploded view of the stack of the preferred embodiment of the present invention; and the seventh figure is an exploded perspective view of the stacked connector of the preferred embodiment of the present invention;
第八圖為本創作優選實施例的堆疊式連接器 緣本體、間隔裝置與導電端子的配合關係的立體分解 第九圖為本創作優選實施例的堆疊式連接器 緣本體、間隔裝置與導電端子的配合關 &巴 的立體分解圖； 現角 第十圖為本創作優選實施例的堆疊式連接器 =本體'間隔裝置與導電端子的配合關係、的立體分: 第十一圖為本創作優選實施例的堆疊式連〜 裝於電路板的立體圖； 戈 第十二圖為第十一圖所示堆疊式連接器與電 板組裝後的仰視圖。 ' 【主要元件符號說明】 1絕緣本體 11第一舌板 12 M365578 12第二舌板 13後部 14卡扣臂 141扣合部 1411凹陷部 1412凹陷部 1413平坦部 1414斜面 2導電端子 21第一端子組 22第二端子組 251對接部 252焊接部 23上排導電端子 24下排導電端子 31第一遮罩外殼 311突片 32第二遮罩外殼 321第一卡扣片 322固定腳 323插腳 4間隔裝置 13 M365578 41主體部 42卡扣部 421突出部 422突出部 423平坦部 424斜面 43定位孔 5後蓋 51扣孔 52第二卡扣片 8電路板 81固定孔 82定位孔 83焊接孔The eighth figure is a perspective exploded view of the mating relationship between the stacked connector body, the spacer and the conductive terminal of the preferred embodiment of the present invention. The ninth view is the stacked connector body, the spacer and the conductive terminal of the preferred embodiment. The eleventh exploded view of the matching &bar; the eleventh figure of the present embodiment is the stacked connector of the preferred embodiment of the present invention = the relationship between the body's spacer and the conductive terminal, and the three-dimensional sub-division: The stacked connection of the preferred embodiment is a perspective view mounted on the circuit board; the Gothic twelfth view is a bottom view of the stacked connector shown in FIG. 11 assembled with the electric board. 'Main component symbol description】 1 Insulation body 11 first tongue 12 M365578 12 Second tongue 13 Rear portion 14 Buckle arm 141 Fastening portion 1411 Recessed portion 1412 Recessed portion 1413 Flat portion 1414 Bevel 2 Conductive terminal 21 First terminal Group 22 second terminal set 251 docking portion 252 soldering portion 23 upper row of conductive terminals 24 lower row of conductive terminals 31 first mask housing 311 tabs 32 second mask housing 321 first snap tab 322 fixing foot 323 pin 4 spacing Device 13 M365578 41 main body portion 42 snap portion 421 protrusion portion 422 protrusion portion 423 flat portion 424 bevel surface 43 positioning hole 5 rear cover 51 button hole 52 second snap tab 8 circuit board 81 fixing hole 82 positioning hole 83 welding hole