M437557 __ 101年7月Γ1^日修正替換頁 五、新型說明： 【新型所屬之技術領域】 本創作為一種堆疊電連接器，特別係指一種將數個連接器予以 堆疊者。 【先前技術】 通用串列匯流排（Universal Serial Bus，USB )是目前廣泛使 ^ 用於個人電腦周邊產品的一種熱插拔傳輸接口，該接口在不需要 重新開機的情;兄下即與硬體連接進行資料傳輸，具有傳輸性能良 好的特性’觸年是第-代USB1.1傳輸界面被推出，2〇〇〇年英 特爾則發表USB2.0的正式規格，藉此也擴展了可以使用USB傳 輸接口的電％周邊產品，如移動硬盤、印表機滑鼠等。 但隨着所需進行傳輸的檔案容量日漸增大，USB2.0的傳輸速 度因受限於控㈣片及種種因素而開始不能滿足制時的需求， 鲁也因此促進了新一代USB3.0的推出，USB3.〇除了維持既往的結 、構與賴㈣㈣色，更將應用領域擴及個人細、消f性電子 商品及鷄存職置賴步及時傳輸，其傳輸速度更為2.0的十 :’並且^低雜的優點，聰3.()賴具有财的基礎 結構’但是因為利用添加一組端子來提升傳輸速度也使得結構更 為複雜’需要多個組件進行組裝而增加了製造成本，此外，因 刪同時具有兩組傳輸端子，亦需要避免兩組端子間的干擾以 提升高頻傳輸的穩紐。同時為壓縮空間，業界將電連接 3 M437557 101年7月11曰修正替換頁 器進行組合餅，軸層时結構的us⑽電連㈣，然而該電 連接器安餘電子設射，往往Μ空間較大。而且現有層疊式 結構的USB3.0電連接器結構較為複雜，模具費用較高，進行生產 裝配也極為不便，不利於製造成本控制。 鑒於以上問題，實有必要提供一種改進的usb3 〇電連接器堆 疊結構’以解決上述問題。 【新型内容】 本創作之主要目的’在於提供-卿疊連接^構造，其具有 生產製造及組f制，還可提高高頻錄傳輸更為穩定。 為達上述之功效及目的，本創作之特徵在於包括有第一第 -、第三絶緣體’及|設於絶緣體上的第_、第二、第三、第四 信號端子組，及包覆於絶緣體外表面的金屬外殼，及-金屬套件。 第第四端子組失設於第一與第二絶緣體及第一與第三絶緣體 、第—^子組分別插置固定於第-、第二絶緣體所設的 ^中$第―、第二絶緣體呈層疊組合排列構成-體結構， 各端子雄接㈣穿献第三體所設整合部的通孔中。 所述第、絶緣體设有舌板及舌部，於舌板設有複數敞開的槽 道以供第-端子組容置，於邱設有複數貫·通道赌第二端 插置口疋且舌板與舌部之間設有間隔板；所述第二絶緣體 於:部設有複數貫通槽道供第三端子組插置固定；所述第三絶緣 體叹有複數敞_槽道以供第四端子組容置魏緣體設有整合 4 0又其上所投複數通孔， 4,各端子銲接腳穿 得以校正。 ΙΟΙ年7月]^曰修正替換頁 使各端子組銲接腳位 間，=:=體，板設有供第二_舌部容置的收容區 設第-^_卿跑容區間。所 的凹槽，她所設的倒扣扣合於對應所設 述第-端# ^ 獨逢’組合排列成-體結構。所 間，μ /雜第—絶緣體所設舌板與第二絶緣體舌部之 四端子經夾設於第一絶緣體所設舌部與第三絶緣體所設舌 板之間。 所述金屬外殼包覆於第―、第二、第三絶_組合體外表面， 再由金屬套件套設於第一絶緣體所設間隔板，產生層疊插接口。 從而形成具有層疊結構的電連接器。 違電連接H結顧單，料生產製造，而且合理的結構佈局更有 利於高頻信號穩定傳輸。 本創作之上述及其它目的、優點和特色由以下較佳實例之詳 細說明並參考圖式俾得以更深入了解。 【實施方式】 請參閱第一及第二圖，本創作為一種堆疊電連接器構造，其 包括有第一、第二、第三絶緣體1、2、3，及裝設於絶緣體上的 第一、第二、第三、第四信號端子組11、12、20、30，及包覆 於絶緣體外表面的金屬外殼4,及一金屬套件5。第一絶緣體1 M437557 ιοί年7月rL·曰修正替換頁 設有舌板13及舌部16 ’於舌板13設有複數敞開的槽道14，第 一端子組11容置於其中，於舌部16設有複數沿該絶緣體後端貫 通的通道17，第二端子組12插置固定於其中，且舌板13與舌 部16之間設有突出間隔板15以供金屬套件套設於其上；所述第 二絶緣體2設有舌部21，於其上設有複數沿該絶緣體後端貫通 的通道22,第三端子組20插置固定於其中；所述第三絶緣體3 設有複數敞開的槽道32 ’第四端子組30容置於其中，且該絶緣 體後端設有平板狀整合部36，其上設有複數通孔37，各端子組 銲接腳110、120、200、300均垂直向下料可穿設於該複數通 孔37，從而使銲接腳位得以校正，便於該電連接器辉接於電路 板。 同時，第一絶緣體舌板13設有供第二絶緣體舌部21容置的 收容區間10，第三絶緣體舌板31設有供第一絶緣體舌部16容 置的收容區間33 ;並於第—絶緣體舌板收.容區間1()兩側内壁設 有倒扣18及凹槽24 ’舌部16兩侧也設有倒扣18，及凹槽19 ; 於第二絶緣體2 _、第三絶緣體3舌板收容區間33内壁兩側 對應第-絶緣體均設有倒扣23、34與凹槽25、35。第—絶緣體 1與第二絶緣體2及第—絶緣體1與第三絶緣體3之間通過所設 的倒扣18、18、23、34 -一對應扣合於所設的凹槽25、35、 24、19 ’第—絶緣體1置於第二、三絶緣體2、3之間，所述第 -端子組11纽於第_絶緣體舌板13與第二絶緣體所設舌部 6 M437557 ιοί年7月11^日修正替換頁 21之間，第四端子組3G夾設於第―、第三絶緣體所設舌部π 與舌板31之間。 請參閱第三圖所示，第一絶緣體i失設於第二、三絶緣體2、 3之間’呈上、中、下層疊排列，組合構成一體結構。舌部π、 21分難纯31、13疊合可形祕複數崎_連接器（未圖 不）插接配合的第一結合部6〇及第二結合部6〇，，且各端子組 接觸端601均暴露其表面以實現電性連接。同時參照第四圖及第 五圖所示，所述金屬外殼包覆於第―、第二、第三絶緣體1、2、 3的組合體表面，組合體卡設於其巾，再由金料殼彳後端所設 的後蓋42蓋a ’所3:^卡σ 43扣持於所s的卡扣44進行保持。 所述的金屬套件5由鈑金件衝壓呈‘c，形，套設於第一絶緣體 所設間隔板15 ’通過所設的倒刺51卡掣於金屬外殼側壁所設的 缺口 41以縣固定’從錢端面形成複數插接口 6卜62，以供 籲 複數配對的插頭連接器（未圖示）插接，實現信號傳輸。 如此，通過將各絶緣體呈上、中、下層疊排列組合成一體結 構，並形成具有複數層疊插接口的電連接器。從而壓縮該電連接 器體積，符合電子設備微型化需要；而且各部件結構簡化，便於 生產製造與組裝。 在較佳實施例之詳細說中所提出之具體實施例僅為易於明 本創作之技術内容，並非將本創作狭義地限制於實施例，凡依 本創作之精神及以下申請專利範圍之情況所作之種種變化實施 7 M437557 101年7月11曰修正替換頁 均屬本創作之範圍M437557 __ July, 2011 Γ1^日 Revision replacement page V. New description: [New technical field] This creation is a stacked electrical connector, especially one that stacks several connectors. [Prior Art] Universal Serial Bus (USB) is a hot-swappable transmission interface that is widely used in personal computer peripheral products. This interface does not need to be restarted. Body connection for data transmission, with good transmission performance characteristics 'touch year is the first generation USB1.1 transmission interface was introduced, 2 years Intel released the official specification of USB2.0, which also expands the use of USB The power peripheral products of the transmission interface, such as mobile hard disk, printer mouse, etc. However, as the capacity of the files to be transmitted is increasing, the transmission speed of USB2.0 is limited by the control (four) film and various factors, and it can not meet the demand of the system. Lu also promotes the new generation of USB3.0. Launched, USB3. In addition to maintaining the previous knot, structure and Lai (4) (four) color, the application area is extended to personal fine, eliminable electronic goods and chicken storage in a timely manner, and its transmission speed is more than 2.0: 'And ^ the advantage of low miscellaneous, Cong 3. () depends on the financial infrastructure 'but but because the use of a set of terminals to increase the transmission speed also makes the structure more complex 'requires multiple components for assembly and increases manufacturing costs, In addition, since there are two sets of transmission terminals at the same time, it is also necessary to avoid interference between the two sets of terminals to enhance the stability of high-frequency transmission. At the same time for the compression space, the industry will electrically connect 3 M437557 on July 11th, 2011. The replacement pager is used to make the composite cake, and the us(10) electrical connection (4) of the shaft layer structure. However, the electrical connector is equipped with a safe electronic device. Big. Moreover, the existing USB3.0 electrical connector structure of the stacked structure is relatively complicated, the mold cost is high, and the production and assembly are extremely inconvenient, which is not conducive to manufacturing cost control. In view of the above problems, it is necessary to provide an improved usb3 tantalum connector stack structure to solve the above problems. [New content] The main purpose of this creation is to provide a structure of - ing, which has a manufacturing and group f system, and can improve the high-frequency recording transmission more stable. In order to achieve the above-mentioned effects and purposes, the present invention is characterized by including a first first, a third insulator 'and a first, second, third, and fourth signal terminal groups disposed on the insulator, and a package A metal casing covering the outer surface of the insulation, and a metal kit. The fourth terminal group is offset from the first and second insulators, and the first and third insulators and the first sub-group are respectively inserted and fixed to the first and second insulators. The second insulator is arranged in a stacked combination to form a body structure, and each of the terminals is male (4) inserted into the through hole of the integrated portion provided with the third body. The first and the insulator are provided with a tongue plate and a tongue portion, and the tongue plate is provided with a plurality of open channels for the first terminal group to be accommodated, and a plurality of second channel insertion ports are provided in the a spacer is disposed between the tongue and the tongue; the second insulator is provided with a plurality of through channels for the third terminal group to be inserted and fixed; and the third insulator is slid with a plurality of open channels The fourth terminal group accommodates the Wei edge body and is provided with an integrated 40 hole and a plurality of through holes, 4, and the welding legs of each terminal are corrected. July of the next year] ^ 曰 Correction replacement page Make the welding position between each terminal group, =: = body, the plate is provided with a storage area for the second _ tongue to accommodate the first - ^ _ _ run area. The groove, the undercut buckle that she has set, is arranged in a corresponding body-shaped structure corresponding to the set end-end #^'s unique combination. The four terminals of the tongue plate of the μ/hetero-insulator and the tongue of the second insulator are interposed between the tongue provided on the first insulator and the tongue provided on the third insulator. The metal casing is coated on the outer surface of the first, second, and third outer layers, and then the metal sleeve is sleeved on the partition plate provided by the first insulator to generate a laminated plug interface. Thereby an electrical connector having a laminated structure is formed. In violation of the electrical connection H check the single, the material is manufactured, and the reasonable structural layout is more conducive to the stable transmission of high-frequency signals. The above and other objects, advantages and features of the present invention are apparent from the following detailed description of the preferred embodiments. [Embodiment] Please refer to the first and second figures. The present invention is a stacked electrical connector structure including first, second, and third insulators 1, 2, 3, and mounted on an insulator. The first, second, third, and fourth signal terminal groups 11, 12, 20, and 30, and the metal casing 4 covered on the outer surface of the insulator, and a metal kit 5. The first insulator 1 is attached to the tongue plate 13 and the tongue portion 16 The tongue portion 16 is provided with a plurality of passages 17 extending along the rear end of the insulator. The second terminal group 12 is inserted and fixed therein, and a protruding partition plate 15 is disposed between the tongue plate 13 and the tongue portion 16 for the metal sleeve to be sleeved. The second insulator 2 is provided with a tongue portion 21, and a plurality of passages 22 extending along the rear end of the insulator are disposed thereon, and the third terminal group 20 is inserted and fixed therein; the third insulation The body 3 is provided with a plurality of open channels 32'. The fourth terminal set 30 is received therein, and the rear end of the insulator is provided with a flat-shaped integrated portion 36 on which a plurality of through holes 37 are provided, and each terminal set is soldered to the foot 110. The 120, 200, and 300 vertical feeds can be disposed through the plurality of through holes 37, so that the soldering pins are corrected to facilitate the electrical connectors to be connected to the circuit board. At the same time, the first insulator tongue 13 is provided with a receiving section 10 for receiving the second insulator tongue 21, and the third insulator tongue 31 is provided with a receiving section 33 for receiving the first insulator tongue 16; And the inner wall of both sides of the first insulating body is provided with an inverted buckle 18 and a groove 24'. The tongue portion 16 is also provided with an inverted buckle 18 and a groove 19; and the second insulator 2 _, the third insulator 3 on both sides of the inner wall of the tongue plate receiving section 33 corresponding to the first insulator is provided with undercuts 23, 34 and grooves 25, 35. The first insulator 1 and the second insulator 2 and the first insulator 1 and the third insulator 3 are respectively engaged with the recess 25 provided by the reverse buckles 18, 18, 23, 34. , 35, 24, 19 'the first insulator 1 is placed between the second and third insulators 2, 3, the first terminal group 11 is added to the tongue of the first insulator plate 13 and the second insulator The portion of the fourth terminal group 3G is interposed between the tongue portion π of the first and third insulators and the tongue plate 31 between the correction pages 21 of the M437557 ιοί. Referring to the third figure, the first insulator i is disposed between the second and third insulators 2 and 3, and is stacked in the upper, middle, and lower layers to form an integrated structure. Tongue π, 21 points difficult to pure 31, 13 superimposable shape complex saki _ connector (not shown) plug-fit first joint portion 6 〇 and second joint portion 6 〇, and each terminal group contacts End 601 exposes its surface to achieve an electrical connection. Referring to the fourth and fifth figures, the metal casing is coated on the surface of the combination of the first, second, and third insulators 1, 2, and 3, and the assembly is clamped to the towel, and then by the gold. The rear cover 42 provided at the rear end of the casing is covered by a '3' and the card σ 43 is held by the buckle 44 of the s. The metal sleeve 5 is stamped by a sheet metal member and has a shape of a c-shaped member. The spacer plate 15' disposed on the first insulator is fastened by a barb 51 provided on the side wall of the metal casing to the county. A plurality of plug connectors 6 and 62 are formed from the end face of the money to be plugged in by a plug connector (not shown) for a plurality of pairs to realize signal transmission. In this manner, the insulators are stacked in an upper, middle, and lower arrangement to form an integrated structure, and an electrical connector having a plurality of laminated plug interfaces is formed. Thereby, the volume of the electrical connector is compressed to meet the miniaturization requirements of the electronic device; and the structure of each component is simplified, which is convenient for manufacturing and assembly. The specific embodiments set forth in the detailed description of the preferred embodiments are merely illustrative of the technical scope of the present invention, and are not intended to limit the scope of the present invention to the embodiments. The implementation of various changes 7 M437557 July 11, 2011 correction replacement page is the scope of this creation
【圖式簡單說明】 第一圖為本創作堆疊連接器構造之分解示意圖； 第二圖為本創作堆疊連接器構造之裝配示意圖； 第三圖為本創作堆疊連接器構造之裝配示意圖； 第四圖為本創作堆疊連接器構造之部件分解示意圖 第五圖為本創作堆疊聯接器構造之立體圖。 【主要元件符號說明】 符號說明： 11 一第一端子組 14 一槽道 1一第一絶緣體 10—收容區間 12—第二端子組 13—舌板 15一間隔板 16—舌部 17—通道 18、18 —倒扣 19、24 —凹槽 2—第二絶緣體 20—第三端子組 21—舌部 24、25—凹槽 22—通道 23一倒扣 ;一第三絶緣體 30—第四端子組 31—舌板 32—槽道 35一凹槽 4一金屬外殼 43—卡口 5—金屬套件 60—第一結合部 33—收容區間 36—整合部 41 一缺口 44一卡扣 51一倒刺 34一倒扣 37—通孔 42—後蓋 6—電連接器 60 —第二結合部61、62—插接口 M437557 101年7月α日修正替換頁 601一接觸端 110、120、200、300—銲接腳[Simple diagram of the drawing] The first figure is an exploded view of the structure of the creative stack connector; the second figure is the assembly diagram of the structure of the creative stack connector; the third figure is the assembly diagram of the structure of the creative stack connector; FIG. 5 is a perspective view showing the structure of the creative stack connector. [Description of main component symbols] Symbol description: 11 A first terminal group 14 A channel 1 a first insulator 10 - a housing section 12 - a second terminal group 13 - a tongue plate 15 - a spacer 16 - a tongue 17 - a channel 18, 18 - reverse buckle 19, 24 - groove 2 - second insulator 20 - third terminal set 21 - tongue 24, 25 - groove 22 - channel 23 an inverted; a third insulator 30 - Four terminal group 31 - tongue plate 32 - channel 35 - groove 4 - metal casing 43 - bayonet 5 - metal sleeve 60 - first joint portion 33 - housing section 36 - integration portion 41 a notch 44 a buckle 51 Barbs 34 - an inverted buckle 37 - a through hole 42 - a rear cover 6 - an electrical connector 60 - a second joint portion 61, 62 - a plug interface M437557 July 2011 alpha correction replacement page 601 a contact end 110, 120, 200 , 300—welding feet