M443280 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種電連接器組 特別是指一種 .....〜叫—不里 可以浮動的電連接器組合及-種包括該電連接器組合在 内的線纜連接器。 ° 【先前技術】 現有的一種浮動型連接器如中國大陸專利 # ZL2〇061〇082681.6所示，其包括··接頭、可動殼固定 殼與銷體。該接頭具有與柏配合接頭接觸&接觸部、與 電路基板㈣的基板連接部以及連結上述接觸部和上述 基板連接部的具有撓性的撓性連結部；可動殼可容㈣ 接頭的上述接觸部@定殼可固定上述接頭的上述基板 連接部；鎖冑可穿插到貫通上述可動㉟的第-貫通孔及 貫通上述U殼的第二貫通孔雙方，上述可動殼相對於 上述固定殼以既定間距層疊在上述固定殼的上方。盆中 • ’上述固定殼進-步包括：殼主體與筒狀凸起部，殼主 體可固定上述基板連接部；筒狀凸起部從該殼主體突出 以貫通上述殼主體及上述凸起部雙方的方式形成上述 第一貫通孔，而且將上述可動殼的上述第一貫通孔的内 徑設定成如下大小，即上述凸料可嵌人且上述可動殼 可相對於上述固定殼上下運動，從而將上述凸起部嵌入 、—述第貫通孔内。現有的這種浮動型連接器雖然可 以貫現上下方向的浮動，但是不能實現水平方向上的浮 動因此其僅僅適用於一维浮動的應用場合而無法適用 3 於兩維甚至三維浮動的應用場合；另外，由於其可動殼 相對於固定殼以既定間距層疊在上述固定殼的上方，再 用銷體穿插到貫通可動殼的第一貫通孔及貫通固定殼的 第一貫通孔，還存在結構不夠緊湊、佔用體積過大的問 題。 【新型内容】 本新型所要解決的技術問題在於克服上述現有技術 存在的不足’而提出一種電連接器組合，其能夠以緊湊 的結構實現三維的浮動。 本新型針對上述技術問題而提出一種電連接器組合 ，其可以浮動裝設到一電路板上，該電連接器組合包括 第一連接器，其具有一絕緣本體以及設置在該絕緣本 體上的若干導電端子；該絕緣本體具有一基部以及一插 接部，每個導電端子具有一對接部、一固定部、一彈性 部和一焊接部；其特徵在於，該電連接器組合還包括相 互配ο的一底座和一外框，該外框與該底座共同界定出 一收谷空間以收容該絕緣本體的基部該外框上設有一 開口以供該第一連接器向外穿設而出，其中該開口與該 第一連接器之間具有一浮動間隙；該絕緣本體的基部上 设置有一個具有第一曲面的抵接部，該底座的底壁上相 應設置有-個具有第二曲面的支承部，其中該支承部的 第一曲面與該抵接部的第-曲面活動配合以使該第_連 接器浮動設置於該底座上。 本新型針對上述技術問題還提出一種線纜連接器， 4 包括一電路板和電性連接4 隹该電路板上的一線纜，還包 卜接在該電路板上的如上所述的電連接器組合。 與現有技術相比，本新型的電連接器組合及線纜連 接盗的有盈效果包括·•通讲 、 逋過5又置相互配合的底座與外框 以部分收容第一連接器， i通過在第一連接器的抵接部 和底座的支承部之間設置有相 且另祁立/古動配合的第一曲面和 第二曲面，其能夠以緊凑 — 脅Θ7稱貫現第一連接器的三維 浮動。 【實施方式】 有關本新型<前述及其他技術内纟'特點與功效， 在以下配合參考圖式之較佳實施例的詳細說明中，將可 清楚地呈現。 參見圖1及2，本新型線繞連接器的一較佳實施例 大致包括：一前蓋1〇, 一電路板2〇，一後殼體一可以 浮動的電連接器組合40, 一第二連接器3〇以及一線纜 7〇。該後殼體包括一内殼5〇及一外殼6〇。 該前蓋10是採用絕緣材質注塑而成，其上開設有一 第一開口 103和一第二開口 1〇4。該第一開口 1〇3可供該 電連接器組合40向外穿設而出。該第二開口 1〇4可供該 第一連接器30向外穿設而出。 參見圖7和圖8,電路板20的正面設置有多個電連 接用焊墊201以及多個固定用焊墊2〇2，電路板2〇的背 面設置有多個第一組線纜焊墊204和多個第二組線纜焊 塾205。電路板20上還設有二個定位孔2〇3。參見圖8， M443280 該電連接器組合40可通過二個定位柱28與該電路板2〇 上的二個定位孔203配合而進行定位；參見圖7 ,該電連 接器組合40的焊接部124可董 J對應焊接到該電路板2〇的 電連接用焊塾201，同時焊腳 町坪腳321可對應焊接到該電路板 20的固定用焊墊202而將其固定裝設到該電路板2〇的正 面。該線窺70内包括有若干導線（圖未示），這些導線 可分成兩組分別對應焊接在該電路板2〇的背面的第一組 線纜焊墊204和第二組線纜焊墊2〇5上。 參見圖3和圖4,該第二連接器3〇優選是不可移動 地焊接到該電路板20的正面；該電連接器組合4〇可一 併接到該電路板20的正面，與該第二連接器呈並 列設置。 參見圖1、圖2和圖3，該内殼50優選是採用PE塑 膠材質包覆成型在該電路板20的背面以初步固定該線纜 7〇 ’從而可以保護該線纜7〇與電路板2〇的連接處不受 外力損害。其中採用PE塑膠材質包覆成型内殼5〇的注 塑壓力及溫度較低，有利於減少對線纜焊接點的損害。 該外殼60優選是採用pbt塑膠材質包覆成型在該内 殼50的外周以起到固定和定形作用。該内殼50與外殼 60共同構成與該前蓋10相配合的後殼體。 參見圖5至圖14,本新型的電連接器組合40的一較 佳實施例大致包括：一第一連接器1，相互配合的一底座 2和一外框3，該外框3與底座2共同界定出一收容空間 4以部分收容該第一連接器1。 6 M443280 其中，該第一連接器1具有— ^ 乡巴緣本體11，哼置在 該絕緣本體11上的若千導雷媳工 α又置社 丨…… 12,套設在該絕緣本體 11上的一屏蔽殼體13以及用 固持廷些導電端子12的 一疋位件Μ。 參見圖11、圖12和圖13,令 邊絕緣本體1丨具有一基 部111以及由該基部】u向上突 、 大坪出的一插接部112，該 基部⑴的底部設置有一個具有第一曲面的抵接部113。M443280 V. New description: [New technical field] The present invention relates to an electrical connector group, especially to a type of electrical connector that can be floated and can be floated. Cable connector with connector combination. ° [Prior Art] A floating type connector as shown in Chinese Patent No. ZL2〇061〇082681.6 includes a joint, a movable case fixing body and a pin body. The joint has a contact portion with a cymbal joint, a substrate connection portion with the circuit board (4), and a flexible flexible portion connecting the contact portion and the substrate connection portion; the movable case can accommodate the contact of the (4) joint a portion of the substrate connecting portion of the joint; the lock can be inserted into both the through-holes penetrating through the movable body 35 and the second through-holes penetrating the U-shell, and the movable casing is fixed with respect to the fixed casing The pitch is laminated above the above fixed case. In the basin, the above-mentioned fixed-shell step includes: a shell body and a cylindrical boss portion, wherein the shell body can fix the substrate connecting portion; the cylindrical boss portion protrudes from the shell body to penetrate the shell body and the boss portion The first through hole is formed in a manner of both sides, and the inner diameter of the first through hole of the movable case is set to a size such that the protrusion can be embedded and the movable case can move up and down with respect to the fixed case, thereby The boss portion is embedded in the through hole. Although the existing floating type connector can realize the floating in the up and down direction, it cannot realize the floating in the horizontal direction, so it is only suitable for the one-dimensional floating application and cannot be applied to the application of two-dimensional or even three-dimensional floating; In addition, since the movable case is stacked above the fixed case at a predetermined interval with respect to the fixed case, the pin body is inserted into the first through hole penetrating the movable case and the first through hole penetrating the fixed case, and the structure is not compact enough. The problem of occupying too much volume. [New content] The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art described above, and to propose an electrical connector assembly capable of realizing three-dimensional floating in a compact structure. The present invention provides an electrical connector assembly that can be floatingly mounted on a circuit board. The electrical connector assembly includes a first connector having an insulative housing and a plurality of the insulative housings. a conductive terminal; the insulative housing has a base portion and a plug portion, each of the conductive terminals has a pair of joint portions, a fixing portion, an elastic portion and a solder portion; wherein the electrical connector assembly further comprises a mutual mating portion. a base and an outer frame, the outer frame and the base define a receiving space to receive the base of the insulating body, and the outer frame is provided with an opening for the first connector to be outwardly disposed, wherein The opening has a floating gap with the first connector; the base of the insulating body is provided with an abutting portion having a first curved surface, and the bottom wall of the base is correspondingly provided with a support having a second curved surface The first curved surface of the support portion cooperates with the first curved surface of the abutting portion to float the first connector on the base. The present invention further provides a cable connector for the above technical problem, 4 comprising a circuit board and an electrical connection 4 一 a cable on the circuit board, and also including the electrical connection as described above on the circuit board Combination. Compared with the prior art, the present invention has the advantages of the electrical connector assembly and the cable connection piracy, including: • talking, smashing the 5 and placing the mating base and the outer frame to partially receive the first connector, i passing A first curved surface and a second curved surface are provided between the abutting portion of the first connector and the supporting portion of the base, and the first curved surface and the second curved surface are mutually erected, which can be said to be the first connection in a compact manner The three-dimensional float of the device. [Embodiment] The present invention <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; Referring to Figures 1 and 2, a preferred embodiment of the present invention relates to a front cover 1A, a circuit board 2A, a rear housing, a floating electrical connector assembly 40, and a second The connector 3〇 and a cable 7〇. The rear housing includes an inner casing 5〇 and a casing 6〇. The front cover 10 is injection molded from an insulating material, and has a first opening 103 and a second opening 1〇4. The first opening 1〇3 allows the electrical connector assembly 40 to be outwardly routed out. The second opening 1〇4 is provided for the first connector 30 to pass outward. Referring to FIG. 7 and FIG. 8 , a plurality of electrical connection pads 201 and a plurality of fixing pads 2 〇 2 are disposed on the front surface of the circuit board 20 , and a plurality of first group of wire pads are disposed on the back surface of the circuit board 2 〇 204 and a plurality of second sets of cable dies 205. The circuit board 20 is further provided with two positioning holes 2〇3. Referring to FIG. 8, M443280, the electrical connector assembly 40 can be positioned by mating two positioning posts 28 with two positioning holes 203 on the circuit board 2; see FIG. 7, the soldering portion 124 of the electrical connector assembly 40. The main J can be soldered to the electrical connection bonding pad 201 of the circuit board 2, and the soldering foot 321 can be fixed to the circuit board corresponding to the fixing pad 202 soldered to the circuit board 20. 2 〇 front. The wire finder 70 includes a plurality of wires (not shown) which can be divided into two groups of first wire bonding pads 204 and second wire bonding pads 2 respectively soldered to the back surface of the circuit board 2? 〇5. Referring to Figures 3 and 4, the second connector 3 is preferably non-movably soldered to the front side of the circuit board 20; the electrical connector assembly 4 can be coupled to the front side of the circuit board 20, The two connectors are arranged side by side. Referring to FIG. 1 , FIG. 2 and FIG. 3 , the inner casing 50 is preferably overmolded on the back surface of the circuit board 20 by using a PE plastic material to initially fix the cable 7 〇 ′ to protect the cable 7 电路 and the circuit board. The joint of 2 turns is not damaged by external force. Among them, the plastic injection pressure of PE and plastic coated inner shell 5〇 is lower, which is beneficial to reduce damage to the solder joints of the cable. The outer casing 60 is preferably overmolded on the outer periphery of the inner casing 50 by a pbt plastic material for fixing and shaping. The inner casing 50 and the outer casing 60 together form a rear casing that cooperates with the front cover 10. Referring to FIG. 5 to FIG. 14 , a preferred embodiment of the electrical connector assembly 40 of the present invention generally includes a first connector 1 , a base 2 and an outer frame 3 that cooperate with each other, and the outer frame 3 and the base 2 A receiving space 4 is defined to partially accommodate the first connector 1. 6 M443280, wherein the first connector 1 has a ^ ^ rim edge body 11 , and the 导 导 媳 α α 上 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 A shielding case 13 on the upper side and a clamping member 固 for holding the conductive terminals 12. Referring to FIG. 11 , FIG. 12 and FIG. 13 , the edge insulating body 1 丨 has a base portion 111 and a plug portion 112 protruding upwardly from the base portion u. The bottom portion of the base portion (1) is provided with a first curved surface. Abutting portion 113.
具體到本較佳實施例’該㈣lu包括設置在導電端子 12兩側的二個支柱118，該抵接 伐°丨113疋從兩支柱118的 底部向下突伸出的二個具有第—曲面的凸部該第一曲 面優選為半球形。Specifically, in the preferred embodiment, the (four) lu includes two pillars 118 disposed on two sides of the conductive terminal 12, and the two sides having the first surface protruding downward from the bottom of the two pillars 118 have a first curved surface The convex portion of the first curved surface is preferably hemispherical.
參見圖6和圖13，每個導電端子12具有依次連接的 一對接部m、一固定部122、—彈性部123和一焊接部 124。這些導電端子12的固定部122被卡設固定在絕緣 本體11上；各該彈性部123呈S形，各該彈性部123的 一端與對應的該固定部122相連’另一端則與對應的該 焊接部124相連，其可以在一定範圍内發生彈性變形， 從而谷許對應的該固定部122相對於對應的該焊接部124 產生彈性位移。 參見圖9、圖10、圖11和圖14，該底座2具有一底 壁21和由該底壁21的周緣向上延伸出的側壁22。該底 壁21中央部位設置一開口 2丨丨以避讓各該彈性部123。 該底壁21還在其一側設有若干端子槽212以對應卡固收 容這些導電端子12的焊接部丨24，相應地，在端子槽 7 212所對應的側壁22上還設有一開口 22ι以讓各該彈性 部123向外延伸而出。另外，該底壁21在該端子槽212 的兩側還各設置有一個向下凹陷的凹槽214。該底座2的 底壁2丨中部相應設置有一個具有第二曲面的支承部216 ’具體到本較佳實施例，該支承畜"16 €選是從該底壁 21的上表面向下凹陷形成的二個具有第二曲面的凹穴， 其中該第二曲面優選為1/4球形表面，且其曲率半徑是大 於抵接部113的曲率半徑。這二個凹穴的第二曲面可以對 應與該絕緣本體11上的抵接部113的第一曲面活動配合 ，以使該第一連接器〖能夠浮動設置於該底座2上。在 其他的實施例中，該絕緣本體n的抵接部113也可以替 換為由基部111的下表面向上凹陷而成的二個具有曲面的 凹八而5玄底座2的支承部216則相應替換為由該底壁 21的上表面向上突伸出的二個具有曲面的凸部（圖未示） 。此外，在其他的實施例中，抵接部113的第一曲面與支 承216的第一曲面也可以不是如本較佳實施例那樣是 球面，而是如拋物線曲面或雙曲線曲面等其他可以活動 配合的光滑曲面。 參見圖11至圖13，具體到本較佳實施例，該定位件 14疋採用***成型的方式在這些導電端子12的彈性部 ⑵上靠近焊接部124的一端注塑而成的其包括一本體 141和由該本體141的兩端向下突伸出的二個。該底座2 上的端子肖212位在該定位件14的下方，該定位件14 上的-個smp M2可對應卡設固^到該底座2上的二 M443280 個凹槽214中，從而將導電端子12的焊接部i24對應固 持在端子# 212 β，以防止第—連接器i浮動時焊接部 124也發生移動’導致焊接部124與電連接用焊墊加之 間的連接關係受損。而在其他的實施例中，也可以略去 該定位件丨4, ^將端子槽212的寬度設置得比較小從 而可以將焊接# 124夾持緊固於其内；或S將焊接部設 置為垂直向下延伸’並採用穿板式焊接到電路板的穿孔 内以防止谭接部發生不當的移動（圖未示）。 參見圖7’忒外框3為一金屬框體’其具有一頂壁 31和由該頂壁31向下延伸出的四個側壁32。該頂壁31 上設有-開口 311以供該第一連接器工向外穿設而出。該 四個側壁32的底部設有多個焊_ 321，其可對應焊接到 該電路板20的固定用焊墊2〇2上以將該電連接器組合仂 緊固到電路板2 0上。丧^目固Z： 參見圓6、圖7和® Μ，該外框3 與底座2共同界定出收容空間4以收容該絕緣本體U的 基部111。這些導電端+ 一守电麵子12的焊接部124是向下向外伸 出於該收容空間4»需|勺0日&曰 1 而要說明的是，該收容空間4在水平 方向（包括橫向與縱向）上比第—連接器ι收容在其中 的基部ill要寬大-些’並且該外框3的開口 311較第一 連接器1的穿設其中的部分也要寬大-些，以具有-橫 向洋動間p"13和一縱向浮動間隙314;在本較佳實施例 中，外框3是由具有彈性的金屬薄片構成的，其頂壁31 彈性抵頂在基部111的上方，因此基部ιη也可以沿上下 方向小幅浮動；再結合具有光滑曲面且相互活動配合的 9 M443280 抵接部113和支承部216以及具有彈性部123的導電端子 12 ’從而使第一連接器1在收容空間4内沿水平方向和 高度方向浮動。因此該電連接器組合4〇可以用較為緊凑 的結構實現三維的浮動。另外在其他的實施例中，該收 容空間4在豎直方向上也可以設置得比第一連接器丨收 谷在其中的基部111要稍高一些，也就是說，在該外框3 的頂壁3 1下側面與基部丨丨丨的頂面之間也可設置—豎直 浮動間隙（圖未示出），從而使第一連接器i可以沿高度 方向作較為大幅的浮動。 0 本新型的電連接器組合4〇的裝配過程大致包括以下 步驟： 將第一連接器1的基部1U放置到底座2中央，使第 一連接器1上的抵接部113與底座2上的支承部216對應 配合；然後將該外框3套到底座2上，使第一連接器i 的基。卩111收谷在外框3與底座2相配合界定出的收容空 間4中，即完成了本新型的電連接器組合的裝配。Referring to Figures 6 and 13, each of the conductive terminals 12 has a pair of joints m, a fixing portion 122, an elastic portion 123, and a welded portion 124 which are sequentially connected. The fixing portions 122 of the conductive terminals 12 are latched and fixed on the insulative housing 11; each of the elastic portions 123 has an S shape, and one end of each of the elastic portions 123 is connected to the corresponding fixing portion 122. The other end is corresponding to the corresponding portion. The welded portions 124 are connected, and can be elastically deformed within a certain range, so that the corresponding fixed portion 122 of the valley is elastically displaced with respect to the corresponding welded portion 124. Referring to Figures 9, 10, 11, and 14, the base 2 has a bottom wall 21 and side walls 22 extending upwardly from the periphery of the bottom wall 21. An opening 2 is provided in a central portion of the bottom wall 21 to avoid each of the elastic portions 123. The bottom wall 21 is further provided with a plurality of terminal slots 212 on one side thereof for correspondingly accommodating the soldering portions 24 of the conductive terminals 12, and correspondingly, an opening 22 ι is further disposed on the side walls 22 corresponding to the terminal slots 7 212. Each of the elastic portions 123 is extended outward. In addition, the bottom wall 21 is further provided with a downwardly recessed recess 214 on both sides of the terminal slot 212. The bottom wall 2丨 of the base 2 is correspondingly provided with a support portion 216′ having a second curved surface. Specifically to the preferred embodiment, the support animal is sagged downward from the upper surface of the bottom wall 21. The two recesses having the second curved surface are formed, wherein the second curved surface is preferably a 1/4 spherical surface, and the radius of curvature thereof is larger than the radius of curvature of the abutting portion 113. The second curved surface of the two recesses can be movably engaged with the first curved surface of the abutting portion 113 of the insulating body 11 so that the first connector can be floatingly disposed on the base 2. In other embodiments, the abutting portion 113 of the insulative housing n may be replaced by two concave portions having a curved surface which are recessed upward from the lower surface of the base portion 111, and the supporting portion 216 of the sub-base portion 2 is replaced accordingly. Two curved convex portions (not shown) projecting upward from the upper surface of the bottom wall 21. In addition, in other embodiments, the first curved surface of the abutting portion 113 and the first curved surface of the support 216 may not be spherical as in the preferred embodiment, but may be movable, such as a parabolic curved surface or a hyperbolic curved surface. A smooth surface that fits. Referring to FIG. 11 to FIG. 13 , specifically to the preferred embodiment, the positioning member 14 is injection molded on the elastic portion ( 2 ) of the conductive terminals 12 adjacent to one end of the soldering portion 124 and includes a body 141 . And two protruding downward from both ends of the body 141. The terminal 212 on the base 2 is located below the positioning member 14. The smp M2 on the positioning member 14 can be correspondingly fixed to the two M443280 grooves 214 on the base 2, thereby conducting electricity. The welded portion i24 of the terminal 12 is held by the terminal #212β to prevent the solder portion 124 from moving when the first connector i floats, and the connection relationship between the solder portion 124 and the electrical connection pad is damaged. In other embodiments, the positioning member 丨4 may also be omitted. ^ The width of the terminal groove 212 is set to be relatively small so that the welding #124 can be clamped and fastened therein; or S is set to the welding portion. It extends vertically downwards and is soldered into the perforations of the board to prevent improper movement of the tandem joints (not shown). Referring to Fig. 7', the outer frame 3 is a metal frame' having a top wall 31 and four side walls 32 extending downward from the top wall 31. The top wall 31 is provided with an opening 311 for the first connector to be disposed outwardly. The bottoms of the four side walls 32 are provided with a plurality of solder joints 321 which are correspondingly soldered to the fixing pads 2〇2 of the circuit board 20 to fasten the electrical connector assembly 电路 to the circuit board 20. The frame 3 and the base 2 together define a receiving space 4 for receiving the base 111 of the insulating body U. The conductive portion of the conductive surface + the power-shouldering surface 12 protrudes downwardly and outwardly from the receiving space 4»1|spoon 0&1, and the housing space 4 is horizontally included (including The lateral portion and the longitudinal direction are wider than the base ill in which the first connector ι is received, and the opening 311 of the outer frame 3 is also wider than the portion of the first connector 1 that is disposed therein to have a lateral eccentricity p"13 and a longitudinal floating gap 314; in the preferred embodiment, the outer frame 3 is formed of a resilient metal foil, the top wall 31 of which is resiliently abutted above the base 111, thus The base portion ιη can also be slightly floated in the up and down direction; in combination with the 9 M443280 abutting portion 113 and the support portion 216 having the smooth curved surface and mutually movably mating, and the conductive terminal 12' having the elastic portion 123, thereby making the first connector 1 in the accommodating space 4 The inner floats in the horizontal direction and the height direction. Therefore, the electrical connector assembly 4 can achieve three-dimensional floating with a relatively compact structure. In addition, in other embodiments, the accommodating space 4 may also be disposed in the vertical direction to be slightly higher than the base 111 in which the first connector is received, that is, at the top of the outer frame 3 A vertical floating gap (not shown) may also be provided between the lower side of the wall 3 1 and the top surface of the base , so that the first connector i can float relatively large in the height direction. The assembly process of the electrical connector assembly 4 of the present invention generally comprises the following steps: placing the base 1U of the first connector 1 into the center of the base 2 such that the abutment 113 on the first connector 1 and the base 2 The support portion 216 is correspondingly fitted; then the outer frame 3 is sleeved onto the base 2 to make the base of the first connector i. The 卩111 is closed in the accommodating space 4 defined by the outer frame 3 and the base 2, that is, the assembly of the electric connector assembly of the present invention is completed.
本新型的線纜連接器的裝配過程大致包括以下步驟H 參閱圖1與圖2，先將第二連接器3〇和電連接器組 〇 4〇刀別焊接到電路板20的正面，再將線纜7〇焊接到 電，板20的走面，然後在電路板2〇的背面包覆成型該 内成5〇，再在該内殼50外周包覆成型該外殼60 ;最後 將該月J蓋10《设到該外& 6〇上即完成了本新型的線 境連接器的裴配。 10 M443280 與現有技術相比，本新型的電連接器組合40及線缦 連接器的有益效果包括：電連接器組合4〇的結構緊凑， 並且可以在水平方向和高度方向上浮動且不會Μ路 斷開電連接，其特別適合應用於對連接器有^ = 的小型電子設備的電路板上；另—方 人姐土^ 田電連接器組 5的與第m 30-起應用在本較佳實施例具有雙 插頭連接器的線纜連接器時，由於電連接器組纟利 發生浮動從而在插接時可以自我調整地調節其與第：連 接器30之間的相對位置，因此線纜連接器上的第二: 2 30與電連接器組合4G可以較為順暢地同時插:到另 一個具有雙插座連接器的電子設備（圖未示）中，— 易受到製造公差影響導致線纜連接器上的兩連接=2 同時對應插接配合。 ° "，、法 雖然上述的線纜連接器是同時包括有電連接器組合 4〇和第二連接器3〇 ;但是在其他的實施例中，本新型: 線纜連接器也可以只設置有一個連接器，即只包括本新 型的可以浮動的電連接器組合40。 ^惟以上項所述者，僅為本新型之較佳實施例而已， ^不能以此限；t本新型實施之範圍，即大凡依本新型申 请專利範圍及新型說明内容所作之簡單的等效變化與修 飾，皆仍屬本新型專利涵蓋之範圍内。 、/ 【圖式簡單說明】 圖1是本新型線纜連接器一較佳實施例的立體圖； 圖2和圖3是本新型線境連接器一較佳實施例二個不 11 M443280 同視角的立體分解圖； 圖4是本新型線纜連接器一較佳實施例中電連接器組 合、HDMI連接器及電路板的立體組合圖； 圖5是圖4的俯視圖； 圖6是圖5中z_z向剖面的示意圖； 圖7和圖8是本新型線纜連接器一較佳實施例中電連 接器組合、HDMI連接器及電路板二個不同視角的立 體分解圖； 圖9和圖1〇是本新型的f連接器組合—較佳實施例 中二個不同視角的立體分解圖； 中一個不同視角的進一步的立體分解圖； 本新型的電連接器組合一較佳實施例中第__ :及益的絕緣本體、導電端子妓位件的立體分㈣ 圖14疋圖5中Υ-γ向剖面的示意圖。 12 M443280 【主要元件符號說明】 1 ..........第一連接器 10 .........前蓋 103 .......第一開口 104 .......第二開口 11 .........絕緣本體 111 .......基部 112 .......插接部 113 .......抵接部 118.......支柱 12 .........導電端子 121 .......對接部 122 .......固定部 123 .......彈性部 124 .......焊接部 13 .........屏蔽殼體 14 ........•定位件 141 .......本體 142 .......固定部 2 ..........底座 203 .......定位孔 204 .......第一組線纜焊墊 205 .......第二組線纜焊墊 21 .........底壁 211 .......開口 212 .......端子槽 214.......凹槽 216.......支承部 22 .........側壁 221 .......開口 28.........定位柱 3 ..........外框 30 .........第二連接器 31 .........頂壁 311 .......開口 313 .......橫向浮動間隙 314 .......縱向浮動間隙 32 .........側壁 321 .......焊腳 20.........電路板 201 .......電連接用焊墊 202 .......固定用焊墊 4 ..........收容空間 40.........電連接器組合 50···……内殼 13 M443280 60.........外殼 70.........線纜 14The assembly process of the cable connector of the present invention generally includes the following steps. Referring to FIG. 1 and FIG. 2, the second connector 3〇 and the electrical connector set 4 are first soldered to the front side of the circuit board 20, and then The cable 7 is soldered to the electric board, the running surface of the board 20, and then the inner surface is overmolded on the back surface of the circuit board 2, and the outer casing 60 is overmolded on the outer circumference of the inner casing 50; The cover 10 "set to the outer & 6" completes the matching of the new type of linear connector. 10 M443280 Compared with the prior art, the advantages of the novel electrical connector assembly 40 and the coil connector include: the electrical connector assembly 4〇 is compact and can float in the horizontal and height directions and does not The circuit is disconnected from the electrical connection, which is particularly suitable for use on a circuit board of a small electronic device having a connector of ^ =; the other is the application of the square wire connector group 5 and the m 30-up application In the preferred embodiment, when the cable connector of the double plug connector is used, since the electrical connector group floats smoothly, the relative position between the connector and the connector 30 can be adjusted self-adjusting during the plugging. The second on the cable connector: 2 30 and the electrical connector combination 4G can be smoothly inserted simultaneously: into another electronic device (not shown) with a dual-socket connector, which is susceptible to manufacturing tolerances The two connections on the connector = 2 also correspond to the mating mating. ° ", Although the above cable connector includes both the electrical connector assembly 4〇 and the second connector 3〇; but in other embodiments, the present invention: the cable connector can also be set only There is a connector that includes only the floatable electrical connector assembly 40 of the present invention. ^The above is only the preferred embodiment of the present invention, and can not be limited thereto; t the scope of the new implementation, that is, the simple equivalent of the scope of the new patent application and the new description content Changes and modifications are still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a preferred embodiment of the present invention; FIG. 2 and FIG. 3 are a perspective view of a preferred embodiment of the present invention. FIG. 4 is a perspective view of the electrical connector assembly, the HDMI connector, and the circuit board in a preferred embodiment of the present invention; FIG. 5 is a top view of FIG. 4; FIG. 6 is a z_z of FIG. FIG. 7 and FIG. 8 are exploded perspective views of two different perspectives of an electrical connector assembly, an HDMI connector, and a circuit board in a preferred embodiment of the present cable connector; FIG. 9 and FIG. The f-connector combination of the present invention - an exploded perspective view of two different viewing angles in the preferred embodiment; a further exploded perspective view of a different viewing angle; the electrical connector of the present invention is combined with a preferred embodiment of the first __: Dimensional division of the insulating body and the conductive terminal clamp of the benefit (4) FIG. 14 is a schematic view of the Υ-γ cross section in FIG. 12 M443280 [Description of main component symbols] 1 .......... First connector 10 ......... Front cover 103 .... First opening 104 ... ....second opening 11 ....insulating body 111 .... base 112 .... plug portion 113 .... abutting portion 118....... Pillar 12 .... Conductive terminal 121 .... docking portion 122 .... fixing portion 123 .... elasticity Portion 124.......welding portion 13 ....shield housing 14 .....•positioning member 141 . . . body 142 .... ...fixing part 2 .......... base 203 .... positioning hole 204 .... first set of cable pads 205 ....... The second set of cable pads 21 ... ... bottom wall 211 ... ... opening 212 ... ... terminal slot 214 ... ... groove 216. ... support portion 22 ... ... side wall 221 ... ... opening 28 ... ... positioning column 3 ... ... The outer frame 30 ... the second connector 31 ... ... the top wall 311 ... the opening 313 ... ... the lateral floating gap 314 .......longitudinal floating gap 32 ......... side wall 321 ....... solder fillet 20.........circuit board 201 ... .Electrical connection pad 202 .......Fixed pad 4 ..... accommodating space 40......electrical connection The housing assembly 50 ????? ...... 70 13 M443280 60 ......... ......... cable housing 14