M438046 五、新型說明： 【新型所屬之技術領域】 本創作係提供-種SATA連接器模組，尤指傳輸排線 組以軟性電路板（F P C)或是軟性平面排線（F F〇）之 型式成型有訊號傳輸排線及電源傳輪排線，並於傳輪排線2 之二側組裝有第-雜介面及第二傳輸介面，魏號傳輪^ 線與電源傳輸排線分開設置’以此達到避免電源的雜訊干擾 訊號的傳輸品質之功效。 【先前技術】 按’現今電子科技快速發展，而電腦、筆記型電腦或行 動電話等電子產品’皆已普遍存在於社會上各個角落，且時 下電子產品設計都趨向於輕、薄、短、小，而為了能使各種 電子產品體積縮小，故，電子產品内部電路板上之電子零組 件之構造’則需要更為微小化且精密，整體結構強度亦需要 加強，以因應目前電子產品發展趨勢。 然而，正因目前電腦的設計愈來趨向於微型化，使其内 部可供置放電子裝置（如硬碟機、光碟機等）之空間亦趨於 窄小’也造成域板上之電子元件及其連接器皆需配合予以 改變，才能充分應用電_部有限的空間，因此，為了考慮 這些週邊韻的共祕、可支援設備數量，並提升傳輸速率 與增進整齡統之效能，便發展出有具有不哪輸規格介面 之連接器。 4 再者現7 SATA連接器係將電源傳輸與訊號傳輸共 用接地線，然而此種做法會因電源傳輪時產生雜訊，導致訊 號受到干擾，影響訊麟輸’除钱轉輸速錢慢，嚴重 者更可能使資料流失，Μ，如何解決目前電源的雜訊而導 致訊號受肝狀問猶_，錢軌麟魏度變慢或 是貧料流失之缺失及不便，即為從事此行業之相酸商所亟 欲研究改善之方向所在者。 【新型内容】 故，創作人有紐上述之問題與缺失，乃搜集相關資料 '、二由夕方雜及考里’並以從事於此行業累積之多年經驗 、工由不斷„式作及修改，始設計出此種可排除電源雜訊干擾 訊號傳輸之SATΑ連接n的新型創作專利誕生者。 本創作之主要目的乃在於傳輪排線組讀性電路板（f P C )或是軟性平面排線（F F c)之型式，成型有訊號傳 輸排線及f源傳輸排線，其訊號傳輸排線包含有相鄰間隔穿 插式排列的概接輯賴數訊躲，且於各線及各訊 號線外侧遮财至少-層或—層以上之金屬屏蔽層，且於各 接地線、各訊躲及各金屬屏蔽料部成魏賴，而傳輸 排線組之-触裝於第-傳輸介面，且第―端子組利用表面 黏著技術（SMT)分別焊設於傳輸雜組前端的各谭接部 上，而雜聽組之另_錄的方朗定於第二傳輸介面 的夾料_，且各夾接部電性連接於各第二端子組，其訊 號傳輸排線與電源傳輪排線分開設置的方式，能避免電源的 雜訊干擾訊號傳輸的品質。 ^原的 【實施方式】 為達成上述目的及功效，本創作所_之技術手段及其 構造’ 就本解之祕實施懈加說明其特徵與功能 如下，俾利完全瞭解。 請同時參閱第-、二、三、四圖所示，係分別為本創作 之立體外細、立體分解圖、另—視角之立體分解圖及訊號 傳輸排線之職細圖，由财可清楚看出，本創作為包括 有傳輸排線組1、第一傳輸介面2及第二傳輸介面3，故就 本案之主要構件及特徵詳述如后，其中： 該傳輸排線組1包含有訊號傳輸排線11及電源傳輪排 線1 2，該傳輸排線組1可為軟性電路板（F p c)或是軟 性平面排線（F F c )，且訊號傳輸排、線1 1包含有相鄰間 隔穿插式排列的複數接地線ii及複數訊號線丄丄2，且 於並列之各接地線111及各訊號線i i 2外側遮覆有至少 一層或一層以上之金屬屏蔽層1 1 3，且至少一層或一層以 上之金屬屏蔽層113分別電性連接於各接地線1 2丄，該 至少一層或一層以上之金屬屏蔽層i i 3可為銅箔、鋁箔或 是其他具有屏蔽電磁波、靜電及雜訊功能之金屬材質，再於 各接地線1 11、各訊號線1 i 2及各金屬屏蔽層i i 3外 部成型具隔離功能之^絕緣體1i 4，訊號傳輸排線1 1及電 源傳輪排線12—側為形成複數焊接部13，另側為形成複 數夹接部14，而於訊號傳輸排線11之各接地線111及 各訊號線112，分別電性連接於各第一焊接部2 3丄與各 第一夹接部141，另於電源傳輸排線丄2二側分別成型為 複數第二焊接部13 2與複數第二夾接部14 2。 該第一傳輸介面2之一侧向内設有對接空間2〇，並於 對接空間2 0内部，分卿成有可供預設儲存裝置分別相對 插接之第-對接空間2 Q1及第二對接空間2 Q 2，而對接 空間2 0之第-、二對接空間2()1、2〇2，再設有分別 貝牙至另侧之複數容置通道22，其中複數容置通道22於 複數第-容置通道2 2 1内，分财設有第—職端子組2 4 1，該第-峨端子組2 4丨包含有分別卡設於各第一容 置通道221壁面之複數第—訊號固持端24，且於各 第一訊號固持端2 4 11往第—對接空間2 Q 1之方向，'分 別設有向上延伸後、再向下彎折之複數第-訊號對接端2 4 12，並於各第—訊_持端241 1之另側延伸有複數第 一訊號焊接端2 413，而複數容置通道2 2於複數第二容 置通道222分別穿設有第—電源端子組242，該第 源端子組2 4 2包含有分別卡設於各第二容置通道2 2 2壁 面之複數第一電源固持端？ 作2421’且於各第-電源固持端 2 :广二對接空間2 02之方向，再分別設有向上延 伸後向下f折之複數第—電源對接端2 4 2 2，且於各 第-電源Ιϋ持端2 4 2 1之另侧，即延伸 接端2 4 2 3，並於各容置通道2 2相對於各物^ 之另侧設有二固定空間21，分別 al^° 吐 本固疋空間21 1 » 弟二固定空間212，而第-固定空間2 i丄相鄰各第一办 置通道2 21之二側，分別設有第一滑槽21 ^ 槽2 1 1 2 ’且第二蚊空間2 1 2相鄰各第二一卡 2 2之二側，分別設有第二滑槽2 i —ς置通逼2 。丄乙丄及第二卡槽2工 m固定空間211及第二固定空間212分職 設有第-卡制體2 3 1及第二卡制體2 3 2，岭—卡制體 2 31二側靠近各第-容置通道2 2 L處，為成型第一定位 部2 311，而各第-定位部2 3丄i相對於各第一容置通 道2 21之另侧，分別成型有第一凸扣2 3丄2，且第二卡 制體2 3 2二侧靠近各第二容置通道2 2 2處，為成型第二 定位部2 3 21，而各第二定位部2 3 2 χ相對於各第二容 置通道2 2 2之另側，分別成型有第二凸扣2 3 2 2。 該第二傳輸介面3，&含有基座31，該基座3工包含 有供傳輸排線組1穿設之夾持空間3 i 〇，該夾持空間3工 ◦之另侧财貫通之複數穿設通道3 1 1，而複數穿設通道 311為包含有複數第一穿設通道3111、複數第二穿設 通道3112，複數第一穿設通道3111分別穿設有第二 訊號鈿子組3 21，而複數第二訊號端子組3 21包含有延 伸至夾持空間310之複數第二訊號夾接端3 211、向另 側延伸至基座3 1外部之複數第二訊號相端3 2丄2 •複 數第二妓通道3112分财設有第二電源端子組 複數第％源端子組3 2 2包含有延伸至夾持空間3丄〇 之複數第二電源夹接端1 2 2 2 1與向另侧延伸至基座3工外 .部之複數第二電源焊固端3 2 2 2，且各第二訊號焊固端3 2 1 2與各第二電源焊_3 2 2 2可分別料於預設電路 板上’ *基座31外部二侧設有軌槽3〗2，各執槽3工2 内壁有止稽塊3121，另，有外殼33裝設於基座31表 面^另有嵌扣體2核設於基座3 1之夹持空間3工〇内 該肷扣體3 4之二側相對於第-傳輸介面2延伸有側臂3 41各侧# 3 41末端有撞扣3 4丄i，各側臂3 4工能 在各軌槽312内滑移，而各稽扣3 41 1與各止擔塊3! 2 1能形成續作用，避免姊體3 4和基座3 i脫離。 請同時參閲第五、六、七、八、九圖所示，係分別為本 創作、、且裝w之立體分解圖、本創作組裝時之立體分解圖、本 創作、且裝後之立料觀圖、本_第二雜介面組裝前之侧 、」面圖及本創作第二傳輸介面組裝後之側視剖面圖，由圖 中可/月楚看出’當本創作於組裝時，為利用傳輸排線組1之 =數第一焊接部1 3 1及複數第二焊接部！ 3 2，分騎位 又置於各第-訊號焊接端2 4丄丄及各第—電源焊接端2 4 1 1下方’即可细表面黏著技術（SMT)將各焊接部i 2 Ί 子、、且2 4予以焊接固定且形成電性連接，接著各 卡制體2 3之各第一定位部2 3 ；[丄與各第二定位部2 3 2 2對準各第—滑槽2111及第二滑槽2121向下移動， 當各第-凸扣2 311及各第二凸扣2 3 21分別進入各第 一卡槽2112及各第二卡槽2工2 2，各卡制則3即完 全定位於各固定空間2 i，同時也分別抵住傳輸排線組丄的 各焊接部1 3 ;'，當第二雜介面3組胁傳輸排線組丄 時，傳輸排線組1之各夾接部14伸入夾持空間3丄〇内， 此時各第一夾接部141、各第二夾接部14 2即分別與各 第二訊號夾接端3 211及各第二電源夾接端3 2 2丄對位 ，接著將嵌扣體3 4往夾持空間3 1 0内部推移，使各夾接 1 4刀別迫緊於各第二訊號夹接端3 2 1 1及各第二電源 夾接端3221，各夾接部14便與第二傳輸介面3夾持固 疋，同時傳輸排線組1也電性連接於第二端子組3 2 ;本創 作之S A Τ Α連接器模組將訊號傳輸排線i丄及電源傳輸排 線1 2分開设置，各接地線1 11只針對訊號的部分做接地 ，電源部分並不透過各接地線i i 2做接地，因此電源的雜 訊不會影響到訊號的傳輸，提升訊號的品質。 是以，以上所述僅為本創作之較佳實施例而已，非因此 侷限本創作之專利範圍，本創作之SATA連接器模組，係 藉由軟性電路板（F P C)或是軟性平面排線（F F c )之 型式成型傳輸排線組1，並於訊號傳輸排線11相鄰間隔穿 插並列有複數接地線1 i ^及複數訊號線丄丄2，且於並列 M438.046 的複數接地線111及複數訊號線112外側遮覆至少一層 或-層以上之金屬屏蔽層i 2 3，而至少—層或—層以上之 金屬屏蔽層1 1 3分別紐連接於各接地線i i i，再於各 接地線1 1 1、各訊號線！ i 2與各金屬屏蔽層i i 3外部 成型具隔離功能之絕緣體114，該傳輸線組！之二側分別 喊有第-傳輸介面2及第二傳輸介面3，而第—端子組2 4利用表轉著技術（SMT)分別焊設於傳輸排線μ前 端的各焊接部1 3上，且第二傳輸介面3以鱗的方式固定 _輸排賴i後端之各夾接則4，俾可達觀號與電源 分開接地，使電源的雜财會影響域傳輸之目的，且至少 層或層以上之金屬屏蔽層工工3達到隔絕來自外部電磁 波或靜電的干擾之功效，提升訊號傳輸的品f，故舉凡可達 成别述效果之結構、裝置皆應受本創作所涵蓋，此種簡易修 倚及等效賴變化，均應_包含於本創作之專概圍心 合予陳明。 上述本創作之SATA連接n模組於實際使用時，為可 具有此項雜：峨與電源分繼由峨傳輸排線及電源 傳輪排線做傳輸，電源的接地並不透過訊號傳輸排線之接地 2 ’使訊號傳輸時不受電源的雜訊影響，加上訊號傳輸排線 又有至夕|或—層以上之金屬屏蔽層’能夠更加有效隔絕 來自外部的電磁波或是靜電的谓，達収佳魏號傳輸品 質。 11M438046 V. New description: [New technical field] This creator provides a kind of SATA connector module, especially the type of transmission cable set with flexible circuit board (FPC) or soft flat cable (FF〇). The signal transmission cable and the power transmission cable are formed, and the first and second transmission interfaces are assembled on the second side of the transmission cable 2, and the Wei transmission cable is separately set from the power transmission cable. This achieves the effect of avoiding the transmission quality of the noise interference signal of the power supply. [Prior Art] According to the rapid development of today's electronic technology, electronic products such as computers, notebook computers or mobile phones have become commonplace in all corners of society, and nowadays electronic products tend to be light, thin and short. Small, and in order to reduce the size of various electronic products, the construction of electronic components on the internal circuit board of electronic products needs to be more miniaturized and precise, and the overall structural strength needs to be strengthened in order to cope with the current development trend of electronic products. . However, as the design of computers is becoming more and more miniaturized, the space for electronic devices (such as hard disk drives, CD players, etc.) that are placed inside is becoming narrower, which also causes electronic components on the domain boards. And the connectors and their connectors need to be changed in order to fully utilize the limited space of the electricity. Therefore, in order to consider the commonality of these peripheral rhymes, support the number of devices, and increase the transmission rate and improve the performance of the whole age, it will develop. There is a connector with a non-standard interface. 4 In addition, the 7 SATA connector is the common grounding wire for power transmission and signal transmission. However, this method will cause noise due to the power transmission, which will cause the signal to be interfered, which will affect the speed of the transmission. In severe cases, it is more likely to cause data loss. Hey, how to solve the current noise of the power supply and cause the signal to be affected by the liver. _, the money track is slow or the loss of poor materials is inconvenient, that is, to engage in this industry. The acid merchants are eager to study the direction of improvement. [New content] Therefore, the creators have the above-mentioned problems and deficiencies, and they are collecting related materials ', Er Yu Xi Fang Miscellaneous and Kauri' and have accumulated many years of experience and work in this industry. The original creation of this new type of patent that can eliminate the SAT connection n of the power supply noise interference signal transmission is designed. The main purpose of this creation is to transmit the cable reading board (f PC ) or the soft plane cable. (FF c) type, formed with signal transmission cable and f source transmission cable, the signal transmission cable includes an adjacent interval interleaved array of data, and is outside the lines and each signal line Covering at least the metal shielding layer above the layer or the layer, and forming the Weilai on each grounding wire, each signal hiding and each metal shielding material part, and the transmission wiring group-touching on the first transmission interface, and ―Terminal group is separately soldered to each tandem part of the front end of the transmission miscellaneous group by surface adhesion technology (SMT), and the other part of the miscellaneous listening group is set to the clamping material of the second transmission interface, and each clip The connecting portion is electrically connected to each of the second terminal groups, and the signal is The method of separately setting the transmission cable and the power transmission cable can avoid the quality of the power transmission noise interference signal transmission. ^Original [Embodiment] In order to achieve the above purpose and effect, the technical means and structure of the present invention The description of the secrets of this solution is as follows, and its features and functions are as follows. 俾利 fully understands. Please also refer to the first, second, third and fourth figures, which are respectively the three-dimensional external and three-dimensional exploded view of the creation. In addition, the perspective view of the perspective and the detailed map of the signal transmission cable can be clearly seen from the financial. The creation includes the transmission cable group 1, the first transmission interface 2 and the second transmission interface 3, so this case The main components and features are as follows: wherein: the transmission cable set 1 comprises a signal transmission cable 11 and a power transmission cable 12, and the transmission cable group 1 can be a flexible circuit board (F pc) or It is a flexible planar cable (FF c ), and the signal transmission row and the line 1 1 include a plurality of grounding wires ii and a plurality of signal wires 丄丄2 arranged in an adjacent interval, and the grounding wires 111 and the signals in parallel are arranged. Line ii 2 has at least one outer cover Or one or more metal shielding layers 113, and at least one or more metal shielding layers 113 are electrically connected to the grounding wires 12, respectively, and the at least one or more metal shielding layers ii3 may be copper foils. , aluminum foil or other metal material with shielding electromagnetic wave, static electricity and noise function, and then an insulator 1i 4 with isolation function is formed outside each grounding wire 11 , each signal wire 1 i 2 and each metal shielding layer ii 3 . The signal transmission cable 1 1 and the power transmission cable 12 are formed on the side of the plurality of soldering portions 13 , and the other side is formed with a plurality of clamping portions 14 , and the grounding wires 111 and the signal lines 112 of the signal transmission cable 11 are Each of the first soldering portion 2 3 丄 and each of the first nip portions 141 is electrically connected to the first soldering portion 2 二 2 and the plurality of second soldering portions 13 2 and the plurality of second nip portions 14 . 2. One of the first transmission interfaces 2 is provided with a docking space 2〇 in the lateral direction, and is inside the docking space 20, and is divided into a first docking space 2 Q1 and a second for the preset storage devices to be respectively oppositely inserted. The docking space 2 Q 2, and the first and second docking spaces 2 () 1, 2 〇 2 of the docking space 20, and the plurality of accommodating channels 22 respectively to the other side, wherein the plurality of accommodating channels 22 are In the plurality of first-accommodating channels 2 2 1 , the first-terminal terminal group 2 4 1 is provided, and the first-terminal terminal group 24 4 includes a plurality of the first plurality of wall portions of the first receiving channel 221 The signal holding end 24, and in the direction of the first signal holding end 2 4 11 to the first docking space 2 Q 1 , 'there are respectively a plurality of first-signal docking ends 2 4 which are extended upwards and then bent downwards. 12, and a plurality of first signal soldering ends 2 413 extending from the other side of the first signal holding end 241 1 , and the plurality of second receiving channels 222 respectively wearing the first power supply terminal In the group 242, the first source terminal group 2 4 2 includes a plurality of first power supply holding ends respectively disposed on the wall surfaces of the second receiving channels 2 2 2 . 2421' and in the direction of each of the first power supply holding end 2: wide two docking space 02, and then respectively provided a plurality of first-power-docking ends 2 4 2 2 extending upward and then f-folding, and in each of the first The other side of the power supply holding end 2 4 2 1 , that is, the extension end 2 4 2 3, and two fixed spaces 21 are provided on the other side of each receiving channel 2 2 with respect to each object, respectively, The solid space 21 1 » the second fixed space 212, and the first fixed space 2 i 丄 adjacent to the two first working channels 2 21 , respectively, is provided with a first chute 21 ^ slot 2 1 1 2 ' and The second mosquito space 2 1 2 is adjacent to the second side of each of the second card 2 2 , and is respectively provided with a second chute 2 i.丄乙丄 and the second card slot 2 m fixed space 211 and the second fixed space 212 are provided with a first-card body 2 3 1 and a second card body 2 3 2, and a ridge-card body 2 31 2 The first positioning portion 2 311 is formed on the side of each of the first accommodating passages 2 2 L, and the first positioning portion 2 3 丄i is formed on the other side of each of the first accommodating passages 2 21 a convex buckle 2 3丄2, and two second sides of the second clamping body 2 3 2 are adjacent to the second receiving passages 2 2 2 , forming a second positioning portion 2 3 21 , and each second positioning portion 2 3 2 Two second buckles 2 3 2 2 are respectively formed on the other side of each of the second accommodating passages 2 2 2 . The second transmission interface 3, & includes a pedestal 31, the pedestal 3 includes a clamping space 3i 穿 through which the transmission cable set 1 is inserted, and the clamping space 3 is affixed to the other side. The plurality of through channels 311 are included with a plurality of first through channels 3111 and a plurality of second through channels 3112, and the plurality of first through channels 3111 are respectively provided with a second signal subgroup 3 21 , and the plurality of second signal terminal groups 3 21 include a plurality of second signal clip ends 3 211 extending to the clamping space 310 and a plurality of second signal phase ends 3 2 extending to the outside of the base 3 1丄2 • Multiple second channel 3112 is divided into a second power terminal group. The first source terminal group 3 2 2 includes a plurality of second power pin terminals 1 2 2 2 1 extending to the clamping space 3丄〇. And a plurality of second power welding ends 3 2 2 2 extending to the other side of the base 3, and each of the second signal welding ends 3 2 1 2 and each of the second power welding electrodes _3 2 2 2 They are respectively disposed on the preset circuit board. * * The outer side of the base 31 is provided with a rail groove 3 〖2, and the inner wall of each of the slots 3 has a stop block 3121, and another shell 33 is mounted on the base 3. 1 surface ^ other incarceration body 2 is disposed in the clamping space 3 of the base 3 1 . The two sides of the fastening body 3 4 extend relative to the first transmission interface 2 with side arms 3 41 sides # 3 41 end has a buckle 3 4丄i, each side arm 34 4 can slide in each track groove 312, and each buckle 3 41 1 and each stop block 3! 2 1 can form a continuation, avoiding the body 3 4 and the base 3 i are separated. Please also refer to the fifth, sixth, seventh, eighth and ninth figures, which are the three-dimensional exploded view of the creation, and the installation of w, the three-dimensional exploded view of the creation of the creation, the creation, and the post-installation stand. The side view of the material view, the side before the assembly of the second interface, the side view and the side view of the second transmission interface of the present creation, which can be seen from the figure, can be seen in the figure. In order to utilize the number 1 of the transmission wire group 1 and the first welding portion 1 3 1 and the plurality of second welding portions! 3 2, the sub-riding position is placed on each of the first-signal welding end 2 4丄丄 and each of the first-power welding end 2 4 1 1 'to the fine surface adhesion technology (SMT) to weld each part i 2 And 24 4 are soldered and fixed to form an electrical connection, and then each of the first positioning portions 2 3 of each of the card bodies 2 3; [丄 and each of the second positioning portions 2 3 2 2 are aligned with the respective first chutes 2111 and The second chute 2121 is moved downward. When each of the first cleats 2 311 and the second clasps 2 3 21 enters each of the first card slots 2112 and the second card slots 2, respectively, each card is 3 That is, it is completely positioned in each fixed space 2 i, and also respectively against the respective welding portions 1 3 of the transmission cable group ;; ', when the second hybrid interface 3 is configured to transmit the cable group 丄, the transmission cable group 1 is Each of the clamping portions 14 extends into the clamping space 3丄〇. At this time, each of the first clamping portions 141 and the second clamping portions 14 2 are respectively connected to the second signal clamping ends 3 211 and the respective second power sources. The clamping end 3 2 2 丄 is aligned, and then the incarcerating body 3 4 is moved inside the clamping space 3 1 0 so that each clamping 1 4 knife is forced to the second signal clamping end 3 2 1 1 and Each of the second power clamping ends 3221, each clamping portion 14 The first transmission interface 3 is clamped to the second transmission interface 3, and the transmission cable group 1 is also electrically connected to the second terminal group 3 2; the SA Τ Α connector module of the present invention transmits the signal transmission cable and the power transmission row The lines 1 2 are separately arranged, and the grounding lines 11 11 are grounded only for the parts of the signal, and the power part is not grounded through the grounding lines ii 2 , so the noise of the power supply does not affect the transmission of the signals and improves the quality of the signals. Therefore, the above description is only a preferred embodiment of the present invention, and thus does not limit the scope of the patent of the creation. The SATA connector module of the present invention is a flexible circuit board (FPC) or a flexible planar cable. (FF c ) type forming transmission cable group 1 , and interleaving and interleaving a plurality of grounding wires 1 i ^ and complex signal wires 丄丄 2 adjacent to the signal transmission cable 11 and paralleling the grounding wires of M438.046 111 and the plurality of signal lines 112 cover at least one layer or more than the metal shield layer i 2 3, and at least the layer or layer of the metal shield layer 1 1 3 is respectively connected to each ground line iii, and then Ground wire 1 1 1 , each signal line! i 2 and each metal shielding layer i i 3 externally form an insulator 114 with isolation function, the transmission line group! On the second side, the first transmission interface 2 and the second transmission interface 3 are respectively called, and the first terminal group 24 is respectively soldered on the welding portions 13 of the front end of the transmission wiring μ by means of a surface turning technology (SMT). And the second transmission interface 3 is fixed in a scale manner. The connection between the rear end and the rear end of the transmission interface is 4, and the access to the power supply is separately grounded, so that the power of the power supply affects the purpose of the domain transmission, and at least the layer or The metal shielding layer 3 above the layer achieves the effect of isolating interference from external electromagnetic waves or static electricity, and enhances the transmission of the signal f. Therefore, structures and devices that can achieve different effects should be covered by this creation. Both the repair and the equivalent change should be included in the creation of this creation. In the actual use of the above SATA connection n module, it can have this kind of miscellaneous: 峨 and power supply are transmitted by the transmission cable and the power transmission cable, and the grounding of the power does not pass through the signal transmission cable. The grounding 2' makes the signal transmission unaffected by the noise of the power supply, and the signal transmission cable has the same function as the metal shielding layer above or above the layer, which can effectively isolate electromagnetic waves or static electricity from the outside. Reach the transmission quality of Jiawei. 11
lVlH-JOU^O 、本創作為主要針對SATA連接it模組進行設計， 以軟性4板或軟性平面排線之型式分別成型訊號傳 輸^電轉輪魏，並於傳輸線敗二側㈣組裝有第 街媒二傳輪介面’且第—端子組透過表面黏著技 纽Γ、—連接於傳輸線组之各焊接部，而傳輸線組之各 祕=夹持之方式電性連接於第二端子組，而可達到分開 倾於I喊傳輪衫電源雜訊干擾為主要保護重點，且訊 讀輸排線之各訊號線及各接地線之外部遮覆有至少一層或 上Γ屬屏蔽層，乃僅使隔絕外部電磁波或靜電干擾 ’以上所述僅為本創作之較佳實施例而已，非因 ::限本創:之專利範圍，故舉凡運用本創作說明書及圖 舰谷Γ為之㈣修飾及等效結構，均應_包含於本 創作之專利範圍内，合予陳明。 综上所述’本創作上述之SATA連接器模組，為確實 目的’故本創作誠為—實用性優異之創作， 个口 利之申請要件’爰依法提出申請，盼審委早 :准转，以保障創作人之辛苦創作，倘若釣局有任何 明不吝來函知，創作人定當竭力配合，實感德便。 12 M438046 【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。 .第四圖係為本創作訊號傳輸排線之前視剖面圖。 .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外觀圖。 第八圖係為本創作第二傳輸介面組裝前之側視剖面圖。 第九圖係為本創作第二傳輸介面組裝後之側視剖面圖。 【主要元件 1、傳輸排線組 11、 訊號傳輸排線 111、接地線 1 12、訊號線 1 13、金屬屏蔽層 1 14、絕緣體 12、 電源傳輸排線 符號說明】 13、 焊接部 131、第一焊接部 13 2、第二焊接部 14、 夾接部 141、第一夾接部 14 2、第二夹接部 2 311、第一定位部 2、第一傳輸介面 2 0、對接空間 M438046 2 Ο 1、第一對接空間 2 Ο 2、第二對接空間 21、固定空間 21 1、第一固定空間 211 1、第一滑槽 2 1 1.2、苐一卡槽 212、第二固定空間 2121、第二滑槽 212 2、第二卡槽 2 2、容置通道 2 21、第一容置通道 2 2 2、第二容置通道 2 3、卡制體 2 3 1、第一卡制體 3、第二傳輸介面 3 1、基座 310、 夾持空間 311、 穿設通道 3 1 11、第一穿設通道 3112、第二穿設通道 3 1 2、軌槽 2 312、第一凸扣 2 3 2、第二卡制體 2 3 21、第二定位部 2 3 2 2、第二凸扣 2 4、第一端子組 2 4 1、第一訊號端子組 2 41 1、第一訊號固持端 2 412、第一訊號對接端 2 413、第一訊號焊接端 2 4 2、第一電源端子組 2 4 21、第一電源固持端 2 4 2 2、第一電源對接端 2 4 2 3、第一電源焊接端 3 21 1、第二訊號夾接端 3 212、第二訊號焊固端 3 2 2、第二電源端子組 3 2 2 1、第二電源夾接端 3 2 2 2、第二電源焊固端 3 3、外殼 M438.046 3121、止擋塊 3 2、第二端子組 3 21、第二訊號端子組 3 4、嵌扣體 3 41、側臂 3 411、擋扣lVlH-JOU^O, this design is mainly designed for the SATA connection it module, and the signal transmission is carried out by the soft 4 board or the soft plane cable type, and the transmission line is defeated on the second side (4). The street media two-passing interface 'and the first terminal group are connected to the welding portions of the transmission line group through the surface bonding technology, and the secrets of the transmission line group are electrically connected to the second terminal group. It can achieve the main protection focus of the power supply noise interference of the I-speaking wheel-spinning shirt. The signal lines and the grounding lines of the reading and outputting line are covered with at least one layer or the upper layer of the shielding layer. Insulation of external electromagnetic waves or electrostatic interferences' The above description is only a preferred embodiment of the present invention. The reason for this is: Limiting the scope of the patent: the use of this creation manual and the map of Gu Guyu (4) Modification and etc. The structure of the effect shall be included in the scope of the patent of this creation and shall be given to Chen Ming. In summary, the above-mentioned SATA connector module of this creation, for the purpose of the original purpose of the creation of the original - excellent practical creation, the application of the vocabulary of the application of the 爰 爰 提出 提出 提出 盼 盼 盼 盼 盼 盼 盼 盼In order to protect the hard work of the creators, if there is any clear message from the fishing bureau, the creators will try their best to cooperate with them. 12 M438046 [Simple description of the diagram] The first 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 a three-dimensional exploded view of another perspective of the creation. The fourth figure is a front cross-sectional view of the creative signal transmission cable. The fifth figure is an exploded view of the original assembly before the creation. The sixth figure is an exploded view of the original assembly. • The seventh picture is a three-dimensional appearance of the assembled work. The eighth figure is a side cross-sectional view of the second transmission interface prior to assembly. The ninth figure is a side cross-sectional view of the second transmission interface of the creation. [Main component 1, transmission cable group 11, signal transmission cable 111, grounding wire 12, signal line 1 13, metal shield 1 14, insulator 12, power transmission cable symbol description] 13, welding portion 131, a welding portion 13 2, a second welding portion 14, a clamping portion 141, a first clamping portion 14, 2, a second clamping portion 2 311, a first positioning portion 2, a first transmission interface 20, a docking space M438046 2 Ο 1, the first docking space 2 Ο 2, the second docking space 21, the fixed space 21 1 , the first fixed space 211 1 , the first chute 2 1 1.2, the first card slot 212, the second fixed space 2121, the first The second chute 212 2, the second card slot 2, the accommodating channel 2 21, the first accommodating channel 2 2 2, the second accommodating channel 2 3, the card body 2 3 1 , the first card body 3, The second transmission interface 3 1 , the base 310 , the clamping space 311 , the through passage 3 1 11 , the first through passage 3112 , the second through passage 3 1 2 , the rail groove 2 312 , and the first buckle 2 3 2. The second card body 2 3 21, the second positioning portion 2 3 2 2, the second protruding button 2 4, the first terminal group 2 4 1 , the first signal terminal group 2 41 1 , the first Number retaining end 2 412, first signal docking end 2 413, first signal soldering end 2 4 2, first power terminal group 2 4 21, first power source holding end 2 4 2 2, first power docking end 2 4 2 3. The first power welding end 3 21 1 , the second signal clamping end 3 212 , the second signal welding end 3 2 2, the second power terminal group 3 2 2 1 , the second power clamping end 3 2 2 2 , the second power soldering end 3 3, the outer casing M438.046 3121, the stop block 3 2, the second terminal group 3 21, the second signal terminal group 3 4, the inset body 3 41, the side arm 3 411, the buckle
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