M430061 五、新型說明： 【新型所屬之技術領域】 本創作係提供i層疊錢接器，尤魏緣座體内部為 收谷有訊號模組及喊模組，而訊號模組套設有舌板之電路 板為位於絕緣座體財對接槽内，並使電氣模組之複數對接 端子前方之捲㈣位㈣—對接槽處，以此_結構簡單、 組裝容易且結構敎、成本低廉之刻者。 【先前技術】 按，現今€子顺快輕展，餅電_娜為由桌上 型電腦發展細魏小、攜帶方便的筆記㈣腦，並普遍存 在社會上各個角落’當使用者欲進行資料、訊號傳輸或是與 其它周邊設備相連接時，即需要所謂的周邊設備介面，而一 般市面上周邊設備介面最為t遍且廣為大幕使用，仍以通用 序列匯流排（USB)作為主流。 再者，隨著電腦或筆記型電腦_趨勢，使電腦内部之 連接器亦隨之大幅縮小，但連接器於電腦縮小化，即需考量 其電磁效應所產生之訊號干擾問題；而—般會影響連接器之 電磁波干擾大致上可分成以下二種，其—為主要經由電路板 上之電力線路、訊號線路料體傳輪至連難產生的傳導干 擾（Conducted Disturbance)，其 二為以電磁波· _至連接放射㈣所造成之放 射干擾（Radiated Disturbance). 4 另Ik著U S B 3 . 0連接器傳輸速度大幅提升，其導電端 子數目增纽分佈密集，極科_鄰端子間過於接近^端 ^有任何轉折或彎曲而造成高頻訊號傳遞時的訊號干擾（如 靜電干擾、電磁波干擾、阻抗匹配、雜訊干擾、相鄰導電端 子之串音干擾等），USB3q連接器和系統主機板介面 的電路阻抗（Z)必需相匹配，必須在滿足這種條件的情形 下才能有效降低電磁干擾（EMI )和減少雜訊（ 乂 η 〇 i S e)干擾’從而使u s B 3 , G連接器和系統主機 板介面間可正確地進行訊號傳輸，以避免影響電子裝置（如 電腦、網路設備等）整體的正常運作。 此外，P遺著網路通訊技術成熟發展，使得人們生活中的 工作、娛樂、休閒和學f等皆可透過網路而有薪新的進步， 且隨著資轉炸時代的來臨，使人與人之間可透過網路通訊 相互傳輸所需即時資訊、廣告宣傳或往來郵件等，同時藉由 網路搜尋各種資訊、㈣通訊或線上遊鮮，讓人們與網路 之間關係更為熱切且密不可分，故，電腦便需要設置有可與 外部網路連接之連接11，此種網路連接ϋ之型式大多以RJ 4 5規格為主。 然而’為了實際f要及降低成本之考量，即有業者設計 出此種使肤少二種不關式連接ϋ之多埠式連接器，如可 =了連鱗與U S Β連接輕合在同—主體上，以此結構 。又4·較為仙，且組合結構也相關易許多，請參閱第九、 M430061 十圖所示，係分別為習用多璋式連接器之立體分解圖及U s B模組之立體分解圖，其中該絕緣座體A前方處為設有對接 槽A 1及位於對接槽a i下方處可收容u s B模組B之容置 空間A〇，並於對接槽A1r穿設有複數彎折狀對接端子a 11，且絕緣座體a外部罩覆定位有屏蔽殼體c,而USB 横組B所具之基座b丨上、下方處彻卡扣定位方式分別組 裝有舌板B 2，並於舌板B 2底面上組|有呈交錯狀之第一 端子組B 21及第二端子組b 2 2 ’且位於其中—舌板B 2 底部為結合粒有底座B 3，此外，基座B i外部為罩覆定 位有金屬鐵殼B 4，並於金屬鐵殼b 4具有可結合定位於基 座B1上之定位卡板B41’且金屬鐵殼b4内部與定位卡 板B 4 1上、下二做之_分卿成有可供雜b 2伸入 料内呈-懸空狀態之插槽B4〇，便完成f用多埠式連接 器整體之知播。 惟其共用同-主體的方式於組裝時，即必須將rj連接 埠與US B連接埠所需各組裝構件—次組裝到位，隨著多蜂 式連接器在有限靖日漸增多之電子元件，此種結構設計 組裝構件較多，不但組裝工序繁雜與不便外，且因各部的構 件大都不姻，使·_具所需之歸也較多，從而大幅 二，與生產之成本’另，舌板32内部之第—端子組B 口上第二端子組β 2 2組構成符合USB 3 〇規才夂 整體喊地愉，蝴_瓣，雜蝴 6 $+_形或偏移’並麟部麵互姆接較力不平均且 接觸應力處於料_狀態，進而影響端子_外部插頭相 互對接所產生之阻抗及接觸面積的大小，並可能造成其訊號 傳輪之穩定性變差’難以確保與外部插麟接之定位效果， 則有待從事於此行業者重新設計來加以有效解決。 【新型内容】 故，創作人有鑑於上述制多埠式連接器使用上之問題 與缺失’乃搜集相關資料經由多方的評估及考量，並利用從 事概行業之多年研發經驗不斷試作與修改，始設計出此種 層宜式連接盗新型誕生0 本創作之主要目的乃在於縣麵之基絲方為設有至 ^個第-對接槽及第二對接槽，並於基座後方容置空間内 收容有訊絲缺電氣數，其巾訊麵敗電路板為位於 第對接槽β 電路板表面上各穿孔處對應設有具懸臂及 朝穿孔位置轉折的_部之雜端子，㈣路板上所套設之 舌板表有至y —個供雜端子的接觸部凸出之縷空孔及 縷空孔前方-輯處之五觀洞，且各孔洞紐應於電路板 上之接點位置’並透過線路連接至後方之複數連接端子，又 電氣模組之複數彎折狀對接端讀方捲曲歡賴部為位於 第二對接麟’並於電氣模組彳_設有Μ至絕緣座體外 部之複數導電端子’以此達騎_單、_容纽整體組 裝後結構穩疋、成本低廉之效用。 M430061 本創作之-人要目的乃在於當外部插頭為插人於絕緣座體 之第-對接槽㈣，可使前方之平板端子與後方之導電端子 分別和電路板上對紅·端子與接_成電性連接，並外 部插頭前侧鱗定錄魏板上套設之舌板細梯狀的阻 搶部位置，即可透過雜有效防止外部插頭直接碰撞於電路 板上所造成結構祕與破壞之缺生發生，並具有緩衝、保護 電路板的效果。 本創作之对目的乃在於崎模組於電路板上之各彈性 端子的接觸部可朝穿孔處彈性變形，並提供對接時上下彈性 變形所需的行雜大’且端子之焊接端不會過度變形產 生剝離或雜端子變狀缺失發生，咕簡決電路板上之 彈性端子不夠《之問題，並细電路板為具有結構簡單而 便於量產之顧，域體於組糾更加料，啊確保外部 插頭插拔對接時之結構穩定性。 -本創作之再-目的乃在於域模組電路板上每—對訊號 傳輸用線路之佈線長度相同，以達到阻抗匹配來有效降低其 =頻電磁波干擾與減少雜訊干擾，且每—對訊號傳輸用線路 皆可依阻抗匹配的實際需要來調整線路之面積及長度，從而 實現線路阻抗匹配最佳化之目的，使整體訊號傳輸品質 穩定且可靠者。 【實施方式】 為達成上述目的及功效，本創作所採用之技術手段及其 8 構造，茲_就本_之實施例詳加綱錢造與功能 如下’俾利完全瞭解。 請參閱第一、二、三 體外觀圖、立體分解圖、 '四圖所示’係分別為本創作之立 另一視角之立體分解圖及側視剖面 圖由圖中可β楚看出，本創作為包括有絕緣座體工、訊號 模組2、電氣模組3及屏蔽殼體4，其中： 該絕緣座體1為具有—基座i i，並於基座i工前方處 設有至少-健上下層疊狀排列之第_對接槽丄i i及第二 對接槽1 12，且各第-對接槽i i i内部皆形成有具開口 11 ο 1之對接m ◦ ’此基座丄丄位於第—對接槽工 1 1内壁面處為結合有金屬殼體丄2，藉⑽成可供外部插 頭（圖中未示出）插人之插槽12 Q，且各第二對接槽！工 2二側處設有容置槽H3,而基座u後方處形成有可收 容至少-個訊號模組2及電氣模組3之容置空間丄◦，並於 容置空間10底側處設有具複數透孔丨3丨之隔板】3及位 於隔板13二側處向下延伸之定位插腳丄4。 〜訊號模、.a2為具有-水平電路板2丨，並於電路板2 1表面上設有複數穿孔210'線路211、接點212及 焊接。P2 1 3 ’其位於各穿孔2丨Q處紐應設有彈性端子 2 2，且各彈性端子2 2之焊接端2 21為焊接於電路板2 1上’而焊接端221為由電路板21後方往前朝穿孔21 〇反向斜伸有-懸臂222，其懸臂222末端形成有朝穿 M430061 孔2 1 ◦位置向_折之接卿2 2 3，並於接觸部2 2 3 前方板面處設有呈交錯狀之複數接點212，另於電路板2 1後方之複數焊接部213處皆焊接有連接端子23，其電 路板21上之四個彈性端子22為符合USB2.〇規格电 而四個彈性端子2 2加上電路板2丄前方之五 U則為符合USB3._，且喃彈性端子2 = 個接點212為透過電路板21—侧或二側表面上之線路2 ==接有連接端子2 3之九個焊接部213處形成 4此舌板24内部$設有橫向一端具 -個:二:1:40·並於舌板2 4_側表面處設有至少 個孔：42 =:22=-_則設有五 罝二間2 4 0之開口且位於縷空孔2 ^板緣處形成有凹部2 4 Q1，而在除了凹部2 4 〇:之 '、匕〜面上形成有呈階梯狀之阻擔部2 4 3。 錢乳換組3為具有呈·彎折狀之複數對接端子3丄及至 接觸2 ’且各對接端子31前方處之捲曲端具有 -個電子元件3 3 2側或—側表面上則設有至少 —3，且_子元件3 3為包括舰元件、排 各器或其它具整流、遽波功能之電子元件，此外，線 路板3 2相對於對接端子3 後方處綠有可收容電 ，件3 3的濾波元件之容置座3 4，並使濾波元件上‘ 又之複數線圈（圖中未示幻二側處可湘複數連接端子連 線路:2上’且容置座3 4底猶設有可連接至線路 板32上之複數導電端子341，再者，容置 =複數發光元件351及導光體3 5 2之發光模組3 = Γ中發光70件3 5 1為對應於導光體3 5 2投射光線，並由 V光體3 5 2對外產生顯示亮光，且各發光元件3 5丄之焊 接腳3 511為穿出於容置座3 4外部。 ±該赫殼體4騎覆定位於絕緣麵1外部，並包括前 设體41及可結合於前殼體4丄後方處之外_ 4 2，盆中 前殼體4 1前方處軸有可與第—對接槽i i i及第二對接 則1 2姉I之複數開σ 4 Q，且独則2底部二側處 设有複數接地腳4 21。 創作訊號模組2之魏板2 1上為具有五讎點2工 ^四^彈性端子2 2，其中五個接點2丄2之中央部份為 土功此’且中央二侧各二個接點2工2為訊號傳輸使用， 另四支彈性端子2 2二側為電源端子及接地端子，中央二支 彈性端子2 2則為訊號傳輪使用;然而，彈性端子2 2之焊 21及連接端子2 3與電路板2 i上之複數焊點（圖 中未不出）連接的方式係分取表面黏著技術（SMT)及 u g h H Q 1 e )料方式進行，但於實 際應用時’亦可視結麟計上之考量選擇_表面黏著技術 (,SMT)或穿孔（ThrQUgh HQie)焊接方式 形成電性連接；另，電路板2 1可為單層❹層電路板之型 式所構成，且因彈性端子2 2結構設計方式很多，其懸臂2 2 2及接觸部2 2 3也可進行多段彎折，以分散彈性端子2 2又到擠壓所產生的應力而不易造成形變或偏位，並可減少 結構之損傷與破壞，舉凡朝本創作·書及圖式内容所為 之簡易修飾及等效結構變化，均應同理包含於本創作之專利 範圍内，合予陳明。 义請搭配參閱第五、六、七圖所示，係分別為本創作組裝 前之立體分解®、崎時之立體分解®及組裝後之立體剖面 圖’由圖中可清楚看出’ t本創作於組裝時，係先將訊號模 組2之電路板21前方朝舌板2 4後方穿置空間！2 〇的開 处推入各彈性端子2 2之接觸部2 2 3便會彈性變形的 越過凹部2 4 Q1處之板面後進人縷空孔i 2 i彈性復位， 且各接觸部2 2 3皆凸出於對麟空孔2 4 i處，待電路板 21完全推入舌板2 4之穿置空間工2 〇定位後，其各接點 212皆會露出於對應孔洞2 4 2位置，而複數連接端子2 3上方處則位於凹部2 4 〇1處，再將組裳有電路板2丄之 舌板2 4前方為她緣座體1各第—對接槽1 i m方的開 口1101處推入且位於對接空則i 〇中，並由舌板2 4 之阻撞部2 4 3抵持於開口1101處呈-定位。 M4-30061 μ續將電氣模組3之複數對接端子3 :前方朝基座“之 第二對接槽1 12穿人’並使各對接端子3 i前方之捲曲端 接觸部311分別位於第二對接槽1 12處，待對接端子3 1完全穿入基座i i之第二對接槽工丄2定位後，可使發光 模組3 5之複數導光體3 5 2分職入至對應容置槽丄工3 位置後露出於基座1!外部，再將隔板i 3由下向上推入至 基座11之容置空間1〇下方處，並使電路板2 U之複數 連接端子2 3、容置座3 4之複數導電端子3 4丄與複數發 光元件3 51之焊接腳3 5工工下方懸空處分別由隔板工3 上對應之透孔1 3 1向下穿越至外部，再彻隔板丄3二側 處所設之凸扣13 2扣持於容置空間！〇内壁面處對應之扣 槽101内呈一定位’如此，便可將至少一個訊號模組2及 電氣模組3穩固收容於基座丄χ之容置空間丄〇内形成一上 下層疊狀排列。 而後便可將上述已組裝後之絕緣座體丄、訊號模組2及 電氣模組3外部以屏蔽殼體4包覆定位，並使前殼體41之 開口4 0對應於基座i χ之第一對接槽ii及第二對接槽 1 12處，且基座1χ之定位插腳i 4、電路板2 i之連接 知子2 3、電氣模組3容置座3 4之導電端子3 41與發光 元件3 51之焊接腳3 51 1及外殼體4 2之接地腳4 21 为別穿出且露出於絕緣座體1外部，再與預設電路板焊固後 形成電性連接。 13 M430061 田外部插頭（圖中未示出）為插入於絕緣座體工之第一 對接槽1 1 1㈣’可使前方之平減子與後方之導電端子 刀別和電路板21±對應之彈性端子2 2與接點2 i 2形成 電!·生連接’其外部插頭前端則抵持定位於電路板2丄上套設 之舌板2 4呈階梯狀的阻擔部2 4 3位置，然而，當外部插 頁對接時極易碰撞於舌板2 4上，即可透過舌板2 4來有效 防止外部插職接碰胁電路板2丨上所造成結獅傷與破 裹之缺生發生’並具有緩衝、保護電路板2 1的效果，而外籲 Λ頭μ方之平板端子軸賴軒2 2時，便會麟接觸 2之_部2 2 3上，並使接觸部2 2 3以焊 接端2 21為支點朝穿孔21〇處彈性變形，即可透過穿孔 21〇提供彈性端子2 2之接觸部2 2 3對接時上下彈性變 形所需的行程變大’且雜端子2 2之焊接端2 2 1不會過 度變形產生_或雜端子2 2變狀缺失發生，以有效解 決電路板2 1上之彈性端子2 2不夠穩©之問題，並彻電籲 路板2 1具有結構簡單岐於量產之㈣，且整體於組裝時 更加合易’以此達到定位牢靠、成本低廉之效用，同時確保 外部插頭插拔對接時之結構穩定性者。 匕外USB3.〇連接器和系統主機板介面間的電路 阻抗_(Z)必需相匹配才能降低高頻電磁S (EMI )干擾 與減少雜訊（ΓΊ。Λ f 、0 1 s e)干擾，使u S B 3 . 0連接器和 系統主她介面之間正確地進行職傳輸，故 ，在本創作實M430061 V. New description: [New technology field] This creation department provides i-layered money connector. The interior of the Uyghur edge is a signal module and a shouting module, and the signal module is provided with a tongue plate. The circuit board is located in the socket of the insulating seat, and the volume (four) position (four) in front of the plurality of mating terminals of the electrical module is the docking groove, so that the structure is simple, the assembly is easy, the structure is low, and the cost is low. . [Previous technology] Press, nowadays, the child is going smoothly and lightly, and the cake is based on the development of a desktop computer. It is easy to carry notes (four) brain, and it is common in all corners of the society. When the signal transmission or connection with other peripheral devices, the so-called peripheral device interface is required, and the peripheral device interface on the market is the most widely used and widely used, and the universal serial bus (USB) is still the mainstream. Furthermore, with the trend of computers or notebook computers, the connectors inside the computer have also been greatly reduced, but the connector is reduced in size, that is, the signal interference caused by its electromagnetic effect needs to be considered; The electromagnetic wave interference that affects the connector can be roughly divided into the following two types, which are mainly conducted by the power line on the circuit board and the signal line material to the conductive interference (Conducted Disturbance), and the second is the electromagnetic wave. _ to Radiation Disturbance caused by connection radiation (4). 4 Ik with USB 3. 0 connector transmission speed is greatly improved, the number of conductive terminals is densely distributed, and the distance between the terminals is too close to ^ end ^ There are any turning or bending that causes signal interference during high-frequency signal transmission (such as static interference, electromagnetic interference, impedance matching, noise interference, crosstalk interference of adjacent conductive terminals, etc.), USB3q connector and system board interface The circuit impedance (Z) must match, and the electromagnetic interference (EMI) and noise reduction must be effectively reduced if this condition is met. η 〇 i S e) Interference ′ so that the signal transmission between the u s B 3 , G connector and the system board interface can be correctly performed to avoid affecting the overall operation of electronic devices (such as computers, network devices, etc.). In addition, P's legacy network communication technology has matured, making people's work, entertainment, leisure and learning in the life of the world can make new progress through the Internet, and with the advent of the era of capital transfer, make people It is possible to transmit the required instant information, advertisements or correspondences through the Internet communication, and to search for various information through the Internet, (4) communication or upstream, so that the relationship between people and the Internet is more eager. It is inseparable, so the computer needs to be connected to the external network. 11 This type of network connection is mostly based on the RJ 4 5 specification. However, in order to consider the actual cost and cost reduction, the manufacturer has designed such a multi-connector connector that makes the skin less than two kinds of non-closed connections, such as the connection between the scale and the US Β. - On the main body, this structure. 4· is more immortal, and the combined structure is also much more relevant, please refer to the ninth, M430061 ten figure, which are respectively the stereo exploded view of the conventional multi-turn connector and the exploded view of the U s B module, wherein The front side of the insulating base A is provided with a mating slot A 1 and an accommodating space A 可 which can accommodate the us B module B under the docking slot ai, and a plurality of bent mating terminals a are disposed in the mating slot A1r. 11. The outer cover of the insulating base a is positioned with the shield case c, and the base b of the USB cross-group B is assembled with the tongue B 2 and the tongue plate respectively. B 2 on the bottom surface group | has a first terminal group B 21 and a second terminal group b 2 2 ' in a staggered shape and is located therein - the bottom of the tongue plate B 2 is a combined grain with a base B 3, in addition, the outside of the base B i The metal shell B 4 is positioned for the cover, and the positioning plate B41 ′ that can be coupled to the base B1 is coupled to the metal shell b 4 and the interior of the metal shell b4 and the positioning card B 4 1 are upper and lower. The _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ However, in the way of sharing the same-main body, the rj connection must be connected to the US B, and the assembled components required must be assembled in place, as the multi-bee connector is in an increasingly limited number of electronic components. There are many structural design and assembly components, not only the assembly process is complicated and inconvenient, but also because the components of each part are not married, so that there are more required items, so the cost is two, and the cost of production is 'other, tongue 32 The internal part - terminal group B on the second terminal group β 2 2 group constitutes in accordance with the USB 3 rules, the overall shouting, butterfly _ petal, miscellaneous butterfly 6 $ + _ shape or offset 'and the cross section The contact force is uneven and the contact stress is in the material state, which affects the impedance and contact area of the terminal _ external plugs, and may cause the stability of the signal transmission wheel to deteriorate. The positioning effect is to be redesigned to be effectively solved by those who are engaged in this industry. [New content] Therefore, the creators have been trying to use the multi-faceted evaluation and consideration of the above-mentioned multi-connected connectors in view of the above-mentioned problems. The main purpose of this creation is to design the base wire of the county to provide the first butt joint groove and the second butt groove, and to accommodate the space in the rear of the base. The number of missing wires of the wire is accommodated, and the board surface of the board is a miscellaneous terminal having a cantilever and a turning point toward the perforation position at each of the perforations on the surface of the mating slot β circuit board, (4) the board on the board The set of tongue plates has a hollow hole to the contact portion of the y-terminal for the terminal and a five-view hole at the front of the hollow hole, and each hole should be at the contact position on the circuit board. And connected to the rear of the plurality of connection terminals through the line, and the plurality of bent-shaped butt end of the electrical module is located at the second butt joint and is disposed outside the insulating body of the electrical module 彳Multiple conductive terminals The rider _ single, _ Rong New overall group after installation, the structure is stable, low cost and effective. M430061 The purpose of this creation is to insert the external plug into the first mating slot (4) of the insulating base, and to make the front and rear conductive terminals and the red and terminal on the circuit board. It is electrically connected, and the front plug of the external plug is used to record the position of the ladder-like block of the tongue plate on the Wei board, which can prevent the external plug from directly colliding with the circuit board and causing structural damage and damage. The lack of life occurs, and has the effect of buffering and protecting the circuit board. The purpose of this creation is that the contact portions of the elastic terminals of the chip on the circuit board can be elastically deformed toward the perforations, and provide the line width required for the upper and lower elastic deformations during the butt joint and the solder ends of the terminals are not excessive. Deformation produces peeling or miscellaneous terminal deformation occurs, and the elastic terminal on the circuit board is not enough. The thin circuit board has a simple structure and is convenient for mass production. The domain body is more correct in the group. Structural stability when the external plug is plugged and unplugged. - The re-creation of this creation - the purpose is to have the same wiring length for each signal transmission line on the domain module circuit board, so as to achieve impedance matching to effectively reduce its frequency electromagnetic interference and reduce noise interference, and each pair of signals The transmission line can adjust the area and length of the line according to the actual needs of the impedance matching, thereby achieving the purpose of optimizing the line impedance matching, so that the overall signal transmission quality is stable and reliable. [Embodiment] In order to achieve the above objectives and effects, the technical means and its 8 constructions adopted in this creation are as follows. Please refer to the first, second and third body appearance diagrams, the three-dimensional exploded diagrams, and the 'four diagrams' for the creation of another perspective. The three-dimensional exploded view and the side-viewing sectional view can be seen from the figure. The present invention includes an insulating body, a signal module 2, an electrical module 3, and a shield case 4, wherein: the insulating base 1 has a base ii and is provided at least in front of the base - a first splicing groove ii ii and a second splicing groove 126 arranged in a stacked manner, and each of the first butt groove iii is formed with abutment m ο 1 having an opening 11 ο ' The inner wall surface of the docking slot 1 1 is combined with a metal casing 丄 2, and is (10) formed into a slot 12 Q for inserting an external plug (not shown), and each of the second docking slots! A receiving slot H3 is formed at the second side of the working unit 2, and an accommodating space 可 for accommodating at least one of the signal module 2 and the electrical module 3 is formed at the rear of the base u, and is disposed at the bottom side of the accommodating space 10 A partition plate having a plurality of through holes 】3丨 is provided, and a positioning pin 4 extending downward at two sides of the partition plate 13 is provided. The signal module, .a2 is a 2-level circuit board 2, and a plurality of vias 210' line 211, contacts 212 and solder are provided on the surface of the circuit board 2 1 . P2 1 3 ' is located at each of the perforations 2丨Q, and should be provided with elastic terminals 22, and the soldering ends 2 21 of the elastic terminals 2 2 are soldered to the circuit board 2 1 and the soldering ends 221 are made of the circuit board 21 The rearward direction of the perforation 21 〇 is obliquely extended with a cantilever 222, and the end of the cantilever 222 is formed with a contact 2 2 3 which is folded toward the hole of the M430061 hole 2 1 ,, and is in front of the contact portion 2 2 3 A plurality of contacts 212 are formed in a staggered manner, and a plurality of soldering portions 213 at the rear of the circuit board 2 are soldered with connection terminals 23, and the four elastic terminals 22 on the circuit board 21 are in accordance with the USB2. The four elastic terminals 2 2 plus the five U in front of the circuit board 2 are in compliance with USB 3.., and the flexible terminals 2 = the contacts 212 are transmitted through the circuit board 21 - the line on the side or the two side surfaces 2 = = The nine welded portions 213 to which the connection terminals 2 3 are connected are formed. The inner portion of the tongue plate 24 is provided with a lateral end having one: two: 1:40 and at least one of the side surfaces of the tongue plate 24 Hole: 42 =: 22 = - _ There are five 罝 2 504 openings and a recess 2 4 Q1 is formed at the edge of the hollow hole 2 ^, and in addition to the recess 2 4 〇: ', 匕~ surface shape The barrier has a supporting stepped portion 243. The money exchange group 3 has a plurality of docking terminals 3丄 and a contact 2′ having a bent shape, and the curled end at the front of each butt terminal 31 has an electronic component 3 3 2 side or a side surface provided with at least ——3, and _ sub-element 3 3 is a ship component, a row of devices or other electronic components having a rectifying and chopping function, and further, the circuit board 3 2 is storable with respect to the green at the rear of the docking terminal 3, and the component 3 The filter element of the filter element 3 4, and the filter element on the 'multiple coils (the figure does not show the two sides of the magic can be connected to the multi-connector terminal line: 2 on the 'and the seat 3 4 bottom There are a plurality of conductive terminals 341 connectable to the circuit board 32. Further, the light-emitting module 3 that accommodates the complex light-emitting element 351 and the light-guide body 35 is replaced by a light-emitting device. The light body 3 5 2 projects light, and the display light is externally generated by the V body 3 5 2 , and the soldering legs 3 511 of the respective light emitting elements 3 5 are worn outside the housing 3 4 . The riding cover is positioned outside the insulating surface 1 and includes a front body 41 and can be coupled to the rear of the front housing 4 _ 4 2, in front of the front housing 4 1 in the basin The shaft has a plurality of σ 4 Q which can be combined with the first butt groove iii and the second butt joint 1 2 姊I, and a plurality of grounding feet 4 21 are provided at the bottom two sides of the sole 2. The signal board module 2 2 1 has five points 2 work ^ four ^ elastic terminal 2 2, wherein the central part of the five contacts 2 丄 2 is the soil work and the two sides of the two sides of the two points 2 work 2 for signal transmission The other four elastic terminals 2 2 are the power terminal and the ground terminal, and the central two elastic terminals 22 are used for the signal transmission wheel; however, the elastic terminal 22 and the connection terminal 23 and the circuit board 2 The connection method of the multiple solder joints on the i (not shown in the figure) is carried out by means of surface adhesion technology (SMT) and ugh HQ 1 e), but in actual application, it can also be considered as a consideration in the calculation. The surface bonding technology (SMT) or the through-hole (ThrQUgh HQie) soldering method forms an electrical connection; in addition, the circuit board 21 can be formed by a single-layer germanium circuit board type, and the elastic terminal 22 is structurally designed in many ways. The cantilever 2 2 2 and the contact portion 2 2 3 can also be bent in multiple stages to disperse the elastic terminal 2 2 and then to the extrusion station. The stress is not easy to cause deformation or deviation, and can reduce the damage and damage of the structure. The simple modification and equivalent structural changes of the original creation, book and schema content should be included in the patent of this creation. Within the scope, it is combined with Chen Ming. Please refer to the fifth, sixth and seventh figures for the meaning, which are the three-dimensional decomposition of the original assembly before assembly, the three-dimensional decomposition of the time and the assembled three-dimensional sectional view, which can be clearly seen from the figure. When creating the assembly, first place the front of the circuit board 21 of the signal module 2 toward the rear of the tongue plate 2 4! 2 The opening of the cymbal pushes into the contact portion 2 2 3 of each elastic terminal 2 2 and elastically deforms over the concave portion 2 4 Q1 at the plate surface and then enters the hollow hole i 2 i elastically resets, and each contact portion 2 2 3 All of them are protruded from the lining hole 2 4 i, and after the board 21 is completely pushed into the insertion space of the tongue plate 2 4 , the joints 212 are exposed at the corresponding hole 2 4 2 position. The upper part of the plurality of connecting terminals 2 3 is located at the recess 2 4 〇1, and then the front side of the tongue plate 2 4 of the circuit board 2 is the opening 1101 of the first side of the mating body 1 Pushed in and located in the docking space, and positioned by the blocking portion 243 of the tongue plate 4 4 at the opening 1101. M4-30061 μ continues to connect the plurality of docking terminals 3 of the electrical module 3: the front facing the second docking slot 1 12 of the base and the curled end contacts 311 in front of the mating terminals 3 i are respectively located in the second docking At the slot 1 12, after the docking terminal 3 1 is completely inserted into the second docking slot 2 of the susceptor ii, the plurality of light guides 325 of the illuminating module 35 can be divided into corresponding accommodating slots. After being completed, the position is exposed to the outside of the base 1!, and then the partition i 3 is pushed from the bottom to the lower side of the accommodating space 1 基座 of the susceptor 11 and the plurality of terminals 2 3 of the circuit board 2 U are connected. The plurality of conductive terminals 3 4 容 of the accommodating seat 34 and the soldering legs of the plurality of illuminating elements 3 51 are respectively suspended by the corresponding through holes 1 3 1 of the spacer 3 to the outside, and then completely The convex buckle 13 2 disposed at the two sides of the partition 丄3 is fastened to the accommodating space! The positioning of the corresponding buckle groove 101 at the inner wall surface is such that the at least one signal module 2 and the electrical module 3 can be It is stably received in the accommodating space of the base 丄〇 to form an upper and lower stacked arrangement. Then the assembled insulating body can be smashed. The outer portion of the module 2 and the electrical module 3 are covered by the shielding shell 4, and the opening 40 of the front housing 41 corresponds to the first mating slot ii and the second mating slot 1 12 of the base i, And the positioning pin i 4 of the base 1 , the connection of the circuit board 2 i 2, the conductive terminal 3 41 of the electrical module 3 housing 3 4 and the soldering leg 3 51 1 of the light-emitting element 3 51 and the outer casing 4 2 The grounding pin 4 21 is externally exposed and exposed outside the insulating body 1 and then electrically connected to the predetermined circuit board. 13 M430061 Field external plug (not shown) is inserted into the insulating body The first docking slot 1 1 1 (four)' can make the front taper and the rear conductive terminal knife and the flexible terminal 2 2 corresponding to the circuit board 21± and the contact 2 i 2 to form electricity! The front end of the plug is in a position to resist the position of the resisting portion 243 which is positioned on the circuit board 2, but is easily collided with the tongue plate 24 when the external insert is butted. Through the tongue plate 24, it can effectively prevent the occurrence of lion injury and broken wrap caused by the external plug-in circuit board 2" and has buffering and protection. The effect of the circuit board 2 1 , and when the flat-panel terminal of the external cymbal cymbal cymbal cymbal cymbal 2 is 2 2, the lining contacts the _ part 2 2 3 of the rib, and the contact portion 2 2 3 is the soldering end 2 21 The fulcrum is elastically deformed toward the through hole 21 ,, that is, the contact portion of the elastic terminal 2 2 is provided through the through hole 21 〇 2 2 3 The stroke required for the upper and lower elastic deformation becomes large, and the welded end 2 2 1 of the miscellaneous terminal 2 2 does not Excessive deformation may occur _ or the miscellaneous terminal 2 2 deformation occurs, so as to effectively solve the problem that the elastic terminal 2 2 on the circuit board 2 1 is not stable enough, and the circuit board 21 has a simple structure and mass production. (4), and the overall assembly is more convenient' to achieve a reliable positioning, low cost, while ensuring the structural stability of the external plug plugging and unplugging. The circuit impedance _(Z) between the external USB3.〇 connector and the system board interface must be matched to reduce high frequency electromagnetic S (EMI) interference and reduce noise (ΓΊ.Λ f, 0 1 se) interference. u SB 3 . 0 connector and the system master her interface between the correct transfer, so in this creation
14 M430061 施例中訊娜^ 2 !上每—對訊號傳細線路2丄 1之佈線長度洲（如第二、三圖所示），以達到阻抗匹配 ，且每一對訊號傳輪用線路211皆可依阻抗匹配的實際需 要來調整料211之面積及長度，㈣實魏路211阻 抗匹配最佳化之目的，且電路板2 i上具接地功能之線路2 1 1為可依實際情辭明減面積來減少訊號干擾，且該接 地功能之線路211較訊號傳輪使用之線路2 i丄面積為大 ’進而使訊麟輸的品肢為穩定且可靠者。 請同時參閱“ _示’係分別為本創作較佳實施例之 侧視剖面®，由财可妓料，在摘作實_中絕緣座 體1之基座1 1谷置空間丄0内收容有二個訊號模組2及電 氣模組3 ’並使訊號模組2之電路板21組裝於舌板24内 且健^第―對接槽1 1 1中，而電氣池3之複數對接端子 31前方之捲曲端則位於第二對接槽丄丄2處，且訊號模组 2為位於電氣模組3上方處形成—層疊狀排列，但於實際應 用時亦可依實際需要或設計的不同改變訊麵組2及電氣 模組3層疊位置與數量’惟，該等實施例並非用以限定本創 作之：請專纖圍，凡其它未_本_所揭故技藝精神 下所完成之均等變化與修飾變更，均應包含於本創作所涵蓋 之專利範圍中。 、、不上所述’本創作之層疊式連接器為確實能達到其功效 及目的’故本創作誠為—實雜優異之創作，實符合新型專 15 M430061 利之申請要件，爰依法提出申請，盼審委早曰賜准本案， 以保障創作人之辛苦創作，倘若鈞局有任何稽疑，請不吝 來函指示，創作人定當竭力配合，實感德便。 16 M430061 【圖式簡單說明】 第一圖係為本創作之立體外觀圖。 第二圖係為本創作之立體分解圖。 第三圖係為本創作另一視角之立體分解圖。 第四圖係為本創作之側視剖面圖。 第五圖係為本創作組裝前之立體分解圖。 第六圖係為本創作組裝時之立體分解圖。 第七圖係為本創作組裝後之立體剖面圖。 第八圖係為本創作較佳實施例之側視剖面圖。 第九圖係為習用多埠式連接器之立體分解圖。 第十圖係為習用多埠式連接器USB模組之立體分解圖。 【主要元 1、絕緣座體 1 0、容置空間 101、扣槽 1 1、基座 110、對接空間 1 101、開口 1 11、第一對接槽 112、第二對接槽 件符號說明】 1 1 3、容置槽 1 2、金屬殼體 12 0、插槽 1 3、隔板 1 3 1、透孔 1 3 2、凸扣 14、定位插腳 17 M430061 2、 訊號模組 2 1、電路板 210、穿孔 2 1 1、線路 2 1 2、接點 2 1 3、焊接部 2 2、彈性端子 2 2 1、焊接端 2 2 2、懸臂 3、 電氣模組 3 1、對接端子 3 1 1、接觸部 3 1 2、焊接端 3 2、線路板 3 3、電子元件 3 4、容置座 4、 屏蔽殼體 4 0、開口 4 1、前殼體 2 2 3、接觸部 2 3、連接端子 2 4、舌板 2 4 0、穿置空間 2 4 0 1、凹部. 2 4 1、縷空孔 2 4 2、孔洞 2 4 3、阻擋部 3 4 1、導電端子 3 5、發光模組 3 5 1、發光元件 3 511、焊接腳 3 5 2、導光體 4 2、外殼體 4 2 1、接地腳 18 M430061 A、 絕緣座體 A 〇、容置空間 A 1、對接槽 B、 U S B模組 B 1 .、基座 B 2、舌板 B 21、第一端子組 B 2 2、第二端子組 C、 屏蔽殼體 A 1 1、對接端子 B 3、底座 B 4、金屬鐵殼 B 41、定位卡板 B 4 0、插槽14 M430061 Example: Zhongna Na ^ 2 ! On each of the signal transmission lines 2丄1 wiring length continent (as shown in the second and third figures) to achieve impedance matching, and each pair of signal transmission lines 211 can adjust the area and length of material 211 according to the actual needs of impedance matching. (4) The purpose of optimizing the impedance matching of Shiwei Road 211, and the circuit 2 1 1 with the grounding function on the circuit board 2 i can be based on the actual situation. Reducing the area to reduce the signal interference, and the line 211 of the grounding function is larger than the line 2 i丄 used by the signal transmission wheel, thereby making the body of the Xunlin lose stable and reliable. Please also refer to the “ _ ′′′′′′′′′′′′′′′′′′′′′′′′′′′′’’’’’’’’’’’ There are two signal modules 2 and an electrical module 3', and the circuit board 21 of the signal module 2 is assembled in the tongue plate 24 and is in the mating-butting slot 1 1 1 , and the plurality of docking terminals 31 of the electric pool 3 The front end of the curling end is located at the second mating slot 2, and the signal module 2 is formed in a stacking manner above the electrical module 3, but may be changed according to actual needs or design in actual application. The position and quantity of the quilt 2 and the electrical module 3 are stacked. However, these embodiments are not intended to limit the creation of this work: please use the special fiber, and the other changes in the spirit of the other Modifications and changes shall be included in the scope of patents covered by this creation. The above-mentioned cascading connectors of this creation are indeed capable of achieving their efficacy and purpose. In fact, it meets the requirements of the new special 15 M430061, and submits the application according to law. I hope that the trial committee will grant this case as soon as possible to protect the creators' hard work. If there is any doubt in the bureau, please do not hesitate to give instructions. The creator will try his best to cooperate with him. 16 M430061 [Simple description] A picture is a three-dimensional appearance of the creation. The second picture is a three-dimensional exploded view of the creation. The third picture is an exploded view of another perspective of the creation. The fourth picture is a side view of the creation. The fifth figure is the three-dimensional exploded view before the assembly of the creation. The sixth figure is the three-dimensional exploded view of the original assembly. The seventh picture is the three-dimensional sectional view of the original assembly. Figure IX is a perspective exploded view of a conventional multi-turn connector. The tenth figure is an exploded perspective view of a conventional multi-connector USB module. Insulation base 10, accommodating space 101, buckle groove 1 1, base 110, docking space 1 101, opening 1 11 , first docking slot 112, second docking slot symbol description 1 1 3, accommodating slot 1 2, metal housing 12 0, slot 1 3, partition 1 3 1. Through hole 1 3 2, convex buckle 14, positioning pin 17 M430061 2. Signal module 2 1, circuit board 210, perforation 2 1 1 , line 2 1 2, contact 2 1 3, welding part 2 Elastic terminal 2 2 1 , soldering end 2 2 2, cantilever 3, electrical module 3 1 , butt terminal 3 1 1 , contact portion 3 1 2, soldering end 3 2, circuit board 3 3, electronic component 3 4, accommodating Seat 4, shield case 40, opening 4 1 , front case 2 2 3, contact portion 2 3, connection terminal 2 4, tongue plate 2 4 0, piercing space 2 4 0 1 , recess. 2 4 1, Hollow hole 2 4 2, hole 2 4 3, blocking portion 3 4 1, conductive terminal 3 5, light-emitting module 3 5 1, light-emitting element 3 511, soldering leg 3 5 2, light guide body 4, outer shell 4 2 1. Grounding pin 18 M430061 A, Insulation base A 容, accommodating space A 1, docking slot B, USB module B 1 ., base B 2, tongue B 21, first terminal group B 2 2. The second terminal group C, the shielding case A 1 1 , the butting terminal B 3 , the base B 4 , the metal iron shell B 41 , the positioning card B 4 0 , the slot
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