M335076 八、新型說明： 【新型所屬之技術領域】 本創作為提供-種峨連接H，尤指將紐元件放入絕緣座 體之容置空咖，並使容置空間左、右二側連接端子與上方之訊 號傳輸模組緊密躲，即可他f子元件整合觀麟輸模組 上可簡化各屯子元件間的配置，藉以在訊號連接器有限的外型 尺寸限制下，充分利用絕緣座體空間，以節省驗元件佈局空間 之效用，以縮小整體連接器之體積。 【先前技術】 按，現今電⑹科技快速發展，而桌上型電腦或筆記型電腦已 普遍存在於社會上之各個角落，其_之發展趨勢亦朝運算功能 強、速度快及體積小之方向邁進，目前網路通訊技術正在極速膨 脹的發展，將人們的生活、學f、I作及娛樂帶至另—薪新的領 域，隨著資訊爆炸的時代進步，人與人之間的聯繫即可透過網路 通訊來互相傳遞所需的即時魏、廣告宣傳雜來郵件等，亦可 藉由上網來搜索所需的銳、線上聊天或網路遊解休閒娱樂， 如，’人們與網際網路的聯繫也越來越密不可分，要求也是越來 越南。 是以，便有設計—種連接^，_作輕齡機和外部 網路的溝通橋樑，-般網路連接器如·· R ; 4 5連接器等，大多 被使用於數位通信’隨著電腦内部空間的大幅縮小外，即需考量 其電磁效應所產生之訊號干擾問題，而一般會影響訊號連接器2 M335076 雜訊干擾的原因大致可分為二大部份，其一為來自連接器周圍之 電磁波干擾，其二鱗接ϋ之⑽干擾，而使此種網路連接哭容 易產生可干擾其它魏設備之高頻紐，且連接器本身訊號亦容 易被外部傳輸線中所產生之雜訊所影響，故，便有研發設計出於 網路連接器外緣罩覆有金屬屏蔽殼體，或是於網路連接器内設置 有遽波模組來解決上述缺失，便可將網路連接器所接收之外部網 路信號進健'波動作，以濾除不必要的雜訊，並保留實際有用的 信號，進而可將網路錢傳遞至域⑽㈣料處理。 請參閱第六、七、人騎示，係為㈣訊號傳輸模組之側視 剖面圖、訊號傳輸模組之立體外觀圖及號傳輸模組之另一視角 之立體外觀圖，由圖巾可清楚看出，—般網路料接器大多以r 、5 式為主此種連接讀會設置—插孔供網路接頭插接， 為有效__干擾，通f會於連接如部設树麵組，主要 是以-電路板A上電性連财複數驗，並以—框架〇將 複數紐元件B固定收容，且f路板A—婦轉接有可供網路 插頭電性連接之複數傳輸端子“，而電路板灯賴焊接有與 預設主機板呈電性連接之複數導電端子Α2，並於電路板α另侧 表面則固定有縣C，框紅_的方式主紗上、下側之第-連接端子組C 1及第二連翻子組c 2穿設並雜於電路板Α， 且第連接端子組c1及第二連接端子組c2是分別以焊接部C 1 1 f 21牙孔方式焊接於電路板八上的對應接點Α 3，如第 七圖所不’此種方式會於電路板A表面形成過多的雜點〇，至 M335076 少二組以上之焊接點D，且第一連接端子組c1及第二連接端子 組C 2於焊接部C1 1、C 21的另側則設有捲繞部C12、C 2 2 ’供複數濾波元件B之線圈b1纏繞焊接，如第八圖所示， 此種方式也突顯出捲繞部C12、C 2 2焊接後，形成過多的裸 露點E。 是以’當網路插頭之網路訊號由傳輸端子A 1導入電路板a 後，經第一連接端子組C1轉接後，可將網路訊號進入複數濾波M335076 VIII. New description: [New technical field] This creation provides a kind of connection H, especially the placement of the new component into the insulating seat, and connects the left and right sides of the housing space. The terminal and the signal transmission module above are closely hidden, so that the integration of the sub-components of the sub-components can simplify the configuration of the components of the dice, thereby making full use of the insulation seat under the limited size of the signal connector. Body space to save the effect of component layout space to reduce the size of the overall connector. [Prior Art] Press, today's power (6) technology is developing rapidly, and desktop computers or notebook computers have become commonplace in all corners of society, and their development trend is also toward the direction of computing power, speed and small size. Moving forward, the current network communication technology is experiencing rapid expansion, bringing people's life, learning, and entertainment to another field of new pay. With the progress of the information explosion, the connection between people is Internet communication can be used to communicate the desired instant Wei, advertisements, and other e-mails. You can also search for the sharp, online chat or online travel entertainment by surfing the Internet, for example, 'People and Internet The links between the roads are becoming more and more inseparable, and the requirements are getting more and more south. Therefore, there is a design-type connection ^, _ as a communication bridge between the old machine and the external network, the general network connector such as · · R; 4 5 connectors, etc., are mostly used for digital communication' In addition to the large reduction in the internal space of the computer, it is necessary to consider the signal interference caused by its electromagnetic effect, and generally affect the signal connector 2 M335076 noise interference can be roughly divided into two parts, one from the connector The electromagnetic wave interference around it, the second scale is connected to the (10) interference, and the network connection is easy to generate high-frequency neon that can interfere with other Wei equipment, and the signal of the connector itself is also easily generated by the noise generated by the external transmission line. Affected, so there is a research and development design for the network connector outer edge cover is covered with a metal shielded shell, or a chopper module is installed in the network connector to solve the above-mentioned missing, the network connection can be The external network signal received by the device enters the 'wave action' to filter out unnecessary noise and retain the actual useful signal, so that the network money can be transferred to the domain (10) (4) material processing. Please refer to the sixth, seventh, and human riding instructions. It is a side view of the (4) signal transmission module, a stereoscopic appearance of the signal transmission module, and a perspective view of another perspective of the transmission module. It is clear that the network connector is mostly r and 5, and the connection is set. The jack is for the network connector to be plugged in. For effective __ interference, the connection will be set in the connection. The quilt is mainly based on the electrical verification of the circuit board A, and the fixed component B is fixedly housed by the frame, and the f-board A-female adapter has electrical connection for the network plug. The plurality of transmission terminals ", and the circuit board lamp is soldered with a plurality of conductive terminals Α2 electrically connected to the predetermined motherboard, and the county C is fixed on the other side surface of the circuit board α, and the frame is red _ on the main yarn, The lower-side connection terminal group C 1 and the second lap sub-group c 2 are interposed and mixed with the circuit board Α, and the first connection terminal group c1 and the second connection terminal group c2 are respectively welded portions C 1 1 f The 21-hole method is soldered to the corresponding contact Α 3 on the circuit board 8. As shown in the seventh figure, this method will be formed on the surface of the circuit board A. Excessive noise points, to M335076, two or more sets of solder joints D, and the first connection terminal group c1 and the second connection terminal group C 2 are provided with winding portions C12 on the other side of the welded portions C1 1 and C 21 C 2 2 ' is wound and welded to the coil b1 of the complex filter element B. As shown in the eighth figure, this method also highlights that the winding portion C12 and C 2 2 are welded to form an excessive bare point E. When the network signal of the network plug is imported into the circuit board a by the transmission terminal A1, after the first connection terminal group C1 is transferred, the network signal can be input into the complex filter.
凡件B進行濾、波處理，再由第二連接端子2輸出至電路板A ，最後再通過複數導電端子A2將網路訊號傳導至電腦主機板進 行訊號處理，軸上述網路連接辦傳輸繼峨時可進行遽波 處理作業，但會經過太多焊接Μ及裸露fiE，因連接器之體積 限制極為嚴苛，便使得電路板A之尺寸規格容易受到限制，而導 致電«Α上之濾波元件㈣擺法及線路的路徑設計空間變的很The component B is filtered and wave processed, and then outputted to the circuit board A by the second connection terminal 2, and finally the network signal is transmitted to the computer motherboard through the plurality of conductive terminals A2 for signal processing, and the above network connection is transmitted. Chopper processing can be carried out, but too much soldering and bare fiE will be passed. Due to the extremely tight size of the connector, the size of the board A is easily limited, resulting in the filtering of the electric The component (4) pendulum method and the path design space of the line become very
小，可想而見，在如此過多的焊接點〇及裸露點£]，若是焊接點 D及裸露點E關輯於密細會產生料互相干擾或是自身衰 減^進而造錢接ϋ之傳輸速度無法提高或是造成峨中斷或過 於湖之情形發生，且過多的焊接點肢裸露點Ε也使得電路板 Α上的線路佈局過於繁雜。 是以，要如何減少訊號於傳遞過程中經過太多的焊接點〇及 稞露點E ’並大幅提高訊號傳輸的效果課題上，亦可針對現有的 考量之重點，即為從事此行業之相_所亟 7 M335076 【新型内容】 由多於上述之_缺失，__料，經 斷試/ 並峨事於此彳積之_織，經由不 #及修改’始設計出此觀號連接^創作專利誕生者。 ^創作之主要目的乃在於減少訊號傳輸模組之電路板上過多 =及稞露點，係將概呈U型之第—連接端子組的連接部以 =者方式電性連接於電路板上，且捲繞部在同—侧方向纏繞 植干=波轉之_，而概呈⑼之第二連接端子組則是以捲 :㈣完觀元件賴後，糾目鄰之輕部直接焊接於電路板上 且第-連接端子組另側向下彎折之焊接部與設主機板呈電性連 、此在體積小型化、空間設計狹窄的訊號連接器中，藉由 齡各端子的焊接點外，也有效解決過多裸露點而相互干擾關 題，進而可簡化端子數量及電路板之線路佈局之設計，以此可大 幅提昇整體信號傳輸的品質，以及降低端子成本、焊接工時及最 簡單之組裝方式生產。 【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構造 ，茲繪圖就本創作之較佳實施例詳加說明其特徵與功能如下，俾 利完全瞭解。 請同時參閱第-至五圖所示’係為本創作之立體外觀圖、立 體分解圖、訊號傳輸模組之分解圖、訊號傳輸模組之另一視角分 解圖及側視剖面圖，由圖中可歧看出，本創作之訊號連接器係 M335076 具有絕緣座體i及訊號傳輸模組m· ，義緣座體1前側為開設有至少-他上之對接槽11，且 對接槽11可符合網路插頭之型式，並於對接槽1 i^側開設有 可供訊號傳輪模組2定位之容置空則2，而對接槽i丨左、右 二側則另設有可供預設導光柱置人之容置槽i 3。 工 、—該訊號傳輸模組2為具有—基座2 i，且基座2丄内收容有 设數遽波7G件2 1 1，並於基座2 i上方剖設有複數嵌槽2工2 ’以及於紐2 !下方設有複數穿槽2 i 3，再料—連接端子 組2 2嵌設於基座2}上方之複數嵌槽2 i 2内，且第一連接端 子、且2 2概1 u型’亚於基部2 2 1 -側延伸有可供濾波元件 2 1 1線_繞之捲繞部2 2 2 ’而該基部221另側亦同向延 伸有表面黏著型之連接部2 2 3 ;㈣二連接端子組2 3則穿設 於基座21下方之複數穿槽2!3内，且第二連接端子組23概 呈-乙型’且其中—側設有可供濾波元件2丨[賴纏繞之捲繞 部2 31 ’並於捲繞部2 31 -側設有連接部2 3 2，而捲繞部 2 31另侧則向下彎折有焊接部2 3 3。 再者’該基座21前方結合有-電路板2 4，且電路板2 4 表面設有複數接點2 41，以及於電路板2 4左、右二側分別設 有接地點2 4 2 ’另於電路板2 4-侧表面黏著有與預設網路插 頭傳輸信號之複數傳輸端子2 4 3 ;再於電路板2 4左、右二側 電性連接有接地端子2 5 ’其接地端子2 5之基部2 51-側設 有可供焊接於電路板2 4接地點2 4 2之焊接部2 5 2，並於該 M335076 基部2 51另側斜向延伸有一彈性接觸端2 5 3。 當訊號傳輸模組2於組裝時，可將第—連接端子組2 2及第 二連接端子組2 3分別定位於基座2工之嵌槽2丄2及穿槽2丄 3内，並使據波το件2 1 1之線圈分別纏繞將第一連接端子板2 2及第二連接端子組2 3之捲繞部2 2 2、2 3丄，而後將第一 連接端子組2 2及第二連接端子組2 3之連接部2 2 3、2 3 2 電性連接於電路板2 4之接‘點2 4 1，之後再將接地端子2 5之 焊接部2 5 2電性連接於魏板2 4之對應接地點2 4 2處，完 成電路板2 4組裝後，便可將基座2工結合於端子座2 6上，使 第二連接端子組2 3之焊接部2 3 3穿設於端子座2㊀上之穿孔 2 61 ’亚使端子座2 6左、右二側向上延伸之卡鉤2 6 2與基 座21底部之卡鉤214對應卡合，即可完成訊號傳輸模組2二 組裝結構。 如此，當完成訊號傳輸模組2之組裝後，便可接著組裝發光 模組3 ’其發光额3财發光元件3 1及導紐3 2，並將發 光το件3 1之接腳3 1 1直立穿置基座2 i之插槽2丄5内，而 導光柱3 2則水平擺置基座2!上方並與發光元件3工對應，之 後再將訊號傳輸模組2及發光模組3定位在絕緣座體工之容置空 間12内’使導光柱3 2定位在容置槽13内，而電路板2 4之 複數傳輸端子2 4 3則位於絕緣座體1之對接槽i i内，最後再 將屏蔽殼體4包覆於絕緣座體！外緣，使訊號傳輸模組2之接地 端子2 5的彈性接觸端2 5 3與屏蔽殼體4彈性接觸抵壓，即可 M335076 完成本創作之整體組構。 疋以’當外部網路藉由預設網路插頭與訊號傳輸模組2呈電 連接日守，其網路信號便由複數傳輸端子2 4 3傳遞至電路板2 4線路上’再㈣第—連接端子組2 2將訊麟遞至基座2 1所 收容之複數濾波元件2 1丨處，使晴信齡域波元件2工工 進行_動作，將不必要的雜訊濾、除，保留實際有用的信號，之 後便可透過另侧之第二連接端子組2 3將信賴遞至電腦内的主 機板，將網路信號中的資料擷取出來進行轉換處理，以此結構設 计的好處在於： 1、該第-連接端子組2 2之連接部2 2 3是以表_著的方式 電性連接於電路板2 4之接點2 41上，因為第-連接端子 組2 2概呈-U型，所以捲繞部2 2 2會在同一侧與遽波元 件211之線圈纏繞，以此將繞線及焊接在同一側之設計（ U型設計），可大量減少端子的裸露部位，避免各端子於傳 輸時因裸露而相互干擾，進而提高整體信號傳輸品質。 2弟一連接h子組2 3之设计則是強調簡化端子設計，使繞線 與焊接在同一端，所以當捲繞部2 31纏完濾波元件2工工 線圈後，即可以相鄰之連接部2 3 2直接與電路板2 4焊接 ’可減少習用技術中端子數量過多及電路板2 4上電路設計 佈局複雜之缺失，相對的也可大量減少端子焊接點。 3、綜上所述，在體積小型化、空間設計狹窄的訊號連接器設計 中’電路板上若有過多的焊接點及裸露點，勢必會因為相互 M335076 受到干擾及自身的衰減，進而影響影響信號的傳輸品質，故 ’本創作之結構設計，除了可減少各端子的焊接點外，也有 效解決過多裸露點的問題，進而可簡化端子數量及電路板之 線路佈局之設計，以此可大幅提昇整體信號傳輸的品質，以 及降低端子成本、焊接工時及最鮮之組裝方式生產。 另外’本創作之接地端子2 5可直接焊接於電路板2 4之接 占2 4 2上，於成號傳輸模組2組裝時，可使接地端子2 5之 彈性接觸端2 5 3直接伸出絕緣座體1外側，屏蔽殼體4包覆絕 緣座體1時’挪性接觸端2 5 3可直接彈性縫於屏蔽殼體4 内側二卩可械迴路導通，以有效將錄^波元件2 ϋ所過滤 之雜訊藉由接地端子25傳導至屏蔽殼體4導出；另，當上述網 路連接器進行域處理和資料傳輸作料，雜光漁3之發光 疋件3 1鱗導紐3 2發出光源㈣儒狀態，藉此，讓使用 者得知訊號傳輸模組2正在進行動作，若職時，其發光元件3 1則不會閃爍，而是處於發絲態。 上述詳細說明為針對本創作一種較佳之可行實施例說明而已 離m施舰定摘叙Μ補制，凡其它未脫 彳惋知之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。 、际上所述 進H 魏接11於使料具有_之功效增 穎性、創作性及進步性之專利要件，_提出申 口月％轉早日賜准本案，以保障創作人之辛苦創作 12 M335076 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。Small, conceivable, in such a too many solder joints and bare spots £], if the soldering point D and the bare point E are set in the dense, the material will interfere with each other or the self-attenuation ^ and then the transmission of the money The speed cannot be increased or the breakout or over-the-lake situation occurs, and the excessive solder joints of the solder joints make the circuit layout on the board too complicated. Therefore, how to reduce the number of soldering points and dew point E ' during the transmission process and greatly improve the effect of signal transmission, can also focus on the existing considerations, that is, the phase of engaging in this industry _亟7 M335076 [New content] More than the above-mentioned _miss, __ material, after the trial / and the hoarding of this hoarding, through the # # and modified 'designed this view connection ^ creation The birth of the patent. The main purpose of the creation is to reduce the excessive = and dew point on the circuit board of the signal transmission module, which will be the U-shaped part - the connection part of the connection terminal group is electrically connected to the circuit board in the form of =, and The winding portion is wound in the same-side direction, and the second connection terminal group of the general (9) is a roll: (4) after the completion of the component, the light part of the correction is directly soldered to the circuit board. The soldering portion which is bent on the other side of the first-connecting terminal group is electrically connected to the main board, and in the signal connector having a small size and a narrow space design, by the solder joints of the respective terminals of the age, It also effectively solves the problem of excessive bare spots and mutual interference, which simplifies the design of the number of terminals and the circuit layout of the circuit board, thereby greatly improving the overall signal transmission quality, reducing the terminal cost, welding time and the simple assembly. Way to produce. [Embodiment] In order to achieve the above objects and effects, the technical means and the structure of the present invention are described in detail. The features and functions of the present invention are described in detail below, and are fully understood. Please also refer to the three-dimensional appearance, stereo exploded view, exploded view of the signal transmission module, another exploded view of the signal transmission module, and a side cross-sectional view of the signal display shown in Figures 1-5. It can be seen that the signal connector M335076 of the present invention has an insulating base i and a signal transmission module m·, and the front side of the right edge seat body 1 is provided with at least a mating groove 11 on the other side, and the docking groove 11 can be It conforms to the type of network plug, and has a space for the positioning of the signal transmission module 2 on the side of the docking slot 1 i^, and the left and right sides of the docking slot i are additionally available for pre-positioning. Set the light guide column to accommodate the slot i 3 . The signal transmission module 2 has a base 2 i, and a plurality of chopper 7G pieces 2 1 1 are accommodated in the base 2 , and a plurality of slots 2 are disposed above the base 2 i . 2' and under the New 2! There are a plurality of slots 2 i 3 below, and the connection terminal set 2 2 is embedded in the plurality of slots 2 i 2 above the base 2}, and the first connection terminal, and 2 2 11 u-type 'substantially at the base 2 2 1 - side extends with a filter element 2 1 1 wire _ winding portion 2 2 2 ' and the other side of the base 221 also has a surface-adhesive connection 2 2 3 ; (4) The two connection terminal groups 2 3 are disposed in the plurality of slots 2! 3 below the base 21, and the second connection terminal group 23 is generally - B type and the side is provided The filter element 2丨[the wound winding portion 2 31 ′ is provided with a connecting portion 2 3 2 on the side of the winding portion 2 31 −, and the welded portion 2 3 3 is bent downward on the other side of the winding portion 2 31 . Furthermore, the front of the base 21 is coupled with a circuit board 24, and the surface of the circuit board 24 is provided with a plurality of contacts 2 41, and the left and right sides of the circuit board 24 are respectively provided with a grounding point 2 4 2 ' On the other hand, the 4-side surface of the circuit board 2 is bonded with a plurality of transmission terminals 2 4 3 for transmitting signals with a preset network plug; and the left and right sides of the circuit board 24 are electrically connected with a ground terminal 2 5 'the ground terminal thereof The base portion 2 of the base portion 2 is provided with a welded portion 2 5 2 for soldering to the grounding point 2 4 2 of the circuit board 24, and an elastic contact end 2 53 is obliquely extended to the other side of the base portion 2 51 of the M335076. When the signal transmission module 2 is assembled, the first connection terminal group 2 2 and the second connection terminal group 2 3 can be respectively positioned in the slot 2 丄 2 and the slot 2 丄 3 of the base 2, and The coils of the first connection terminal block 2 2 and the second connection terminal group 2 3 are wound around the coils of the wave-connecting member 2 1 1 respectively, and then the first connection terminal group 2 2 and the first connection terminal group 2 2 The connection portion 2 2 3, 2 3 2 of the two connection terminal group 2 3 is electrically connected to the connection point 2 4 of the circuit board 2 4, and then the connection portion 2 5 2 of the ground terminal 2 5 is electrically connected to the Wei At the corresponding grounding point 2 4 2 of the board 2 4 , after the assembly of the circuit board 24 is completed, the pedestal 2 can be bonded to the terminal block 26 to make the soldering portion 2 3 3 of the second connecting terminal group 2 3 The through hole 2 61 ' provided on the terminal block 2, the hook 2 6 2 extending upwardly from the left and right sides of the terminal block 2 6 is engaged with the hook 214 at the bottom of the base 21 to complete the signal transmission module 2 two assembly structure. In this way, after the assembly of the signal transmission module 2 is completed, the illumination module 3' can be assembled, and the light-emitting component 3 1 and the guide button 3 2 can be assembled, and the pin 3 1 1 of the light-emitting component 3 1 can be assembled. The erecting pedestal 2 i is in the slot 2 丄 5, and the light guiding column 32 is horizontally disposed above the pedestal 2! and corresponding to the illuminating element 3, and then the signal transmission module 2 and the illuminating module 3 Positioned in the accommodating space 12 of the insulating body, the light guiding rod 32 is positioned in the accommodating groove 13, and the plurality of transmission terminals 243 of the circuit board 24 are located in the mating groove ii of the insulating base 1 Finally, the shield case 4 is wrapped around the insulating seat! The outer edge is such that the elastic contact end 2 5 3 of the grounding terminal 2 5 of the signal transmission module 2 is elastically contacted with the shielding case 4, and the M335076 can complete the overall structure of the creation.当[When the external network is electrically connected to the signal transmission module 2 by the preset network plug, the network signal is transmitted from the complex transmission terminal 2 4 3 to the circuit board 2 4 line. - Connect the terminal group 2 2 and send the Xunlin to the complex filter element 2 1 收容 contained in the pedestal 2 1 to make the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ After the actual useful signal, the trust can be transferred to the motherboard in the computer through the second connection terminal group 2 3 on the other side, and the data in the network signal can be extracted for conversion processing, thereby benefiting the structural design. 1. The connection portion 2 2 3 of the first connection terminal group 2 2 is electrically connected to the contact point 2 41 of the circuit board 24 in a manner of a front view, because the first connection terminal group 2 2 is -U type, so the winding portion 2 2 2 will be wound on the same side and the coil of the chopper element 211, so that the winding and the welding on the same side (U-shaped design) can greatly reduce the exposed portion of the terminal. It is avoided that each terminal interferes with each other during transmission, thereby improving the overall signal transmission quality. The design of the second sub-group h 3 is to simplify the design of the terminal so that the winding is soldered at the same end, so that when the winding portion 2 31 wraps around the mechanical coil of the filter element 2, it can be connected adjacently. The part 2 3 2 is directly soldered to the circuit board 24 to reduce the number of terminals in the conventional technology and the lack of complicated circuit layout on the circuit board 24, and the terminal soldering point can be reduced in a large amount. 3. In summary, in the signal connector design with small size and narrow space design, if there are too many solder joints and bare spots on the circuit board, it will inevitably interfere with each other and its own attenuation, which will affect the influence. The transmission quality of the signal, so the structure design of this creation, in addition to reducing the solder joints of each terminal, also effectively solve the problem of excessive bare spots, thereby simplifying the design of the number of terminals and the layout of the circuit board, which can greatly Improve the overall signal transmission quality, as well as reduce terminal costs, welding man-hours and the most recent assembly methods. In addition, the grounding terminal 25 of the present invention can be directly soldered to the connection of the circuit board 2 4 to 2 4 2 , and when the transmission module 2 is assembled, the elastic contact end 2 5 3 of the grounding terminal 25 can be directly extended. When the shield case 4 is covered on the outer side of the insulating base 1, the non-contact contact end 2 5 3 can be directly elastically sewn to the inner side of the shield case 4 to be electrically connected, so as to effectively record the wave element 2 ϋ The filtered noise is transmitted to the shield case 4 through the ground terminal 25; in addition, when the above network connector performs domain processing and data transmission, the illuminating element 3 of the ray light fishing 3 3 scale guide 3 2 emits a light source (4) Confucian state, thereby letting the user know that the signal transmission module 2 is performing an operation, and in the case of a job, the light-emitting element 31 does not blink but is in a hairline state. The above detailed description is intended to illustrate a preferred embodiment of the present invention and has been supplemented by the stipulations of the stipulations of the present invention. The scope of the patent covered by the creation. In addition, the above-mentioned H Wei-Teng 11 has the patent elements that make the material have the effect of stimulating, creative and progressive, and _ proposes the application of the case to the case to protect the creator's hard work. M335076 There is any doubt in the bureau. Please do not hesitate to give instructions. The creator will try his best to cooperate with him.
13 M335076 【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。 第三圖係為本創作之訊號傳輸模組之分解圖。 _ 第四圖係為本創作之訊號傳輸模組之另一視角分解圖。 第五圖係為本創作之侧視剖面圖。 _ 第六圖係為習用之侧視剖面圖。 第七圖係為習用之訊號傳輸模組之立體外觀圖。 第八圖係為習用之訊號傳輸模組之另一視角之立體外觀圖。 【主要元 1、 絕緣座體 11、 對接槽 12、 容置空間 2、 訊號傳輸模組 2 1、基座 211、 複數濾波元件 212、 欲槽 213、 穿槽 件符號說明】 13、容置槽 2 3 3、焊接部 2 4、電路板 2 41、複數接點 2 4 2、接地點 14 M335076 2 1 4、卡鉤 2 1 5、插槽 2 2、第一連接端子組 2 21、基部 2 2 2、捲繞部 ' 2 2 3、連接部 • 2 3、第二連接端子組 > 2 31、捲繞部 \ 2 3 2、連接部 3、發光模組 31、發光元件 311、接腳 2 4 3、複數傳輸端子 2 5、接地端子 2 51、基部 2 5 2、焊接部 2 5 3、彈性接觸端 2 6、端子座 2 61、穿孔 2 6 2、卡鉤 3 2、導光柱 4、屏蔽殼體 A、 電路板 A 1、複數傳輸端子 A2、複數導電端子 B、 複數濾波元件 A 3、接點 B 1、線圈 15 M335076 c、框架 C1、第一連接端子組 C1 1、焊接部 C12、捲繞部 D、 焊接點 E、 裸露點 C2、第二連接端子組 C 21、焊接部 C 2 2、捲繞部 1613 M335076 [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 figure is an exploded view of the signal transmission module of the present creation. _ The fourth picture is another exploded view of the signal transmission module of the creation. The fifth picture is a side cross-sectional view of the creation. _ The sixth picture is a side view of the conventional view. The seventh figure is a stereoscopic appearance of a conventional signal transmission module. The eighth figure is a perspective view of another perspective of the conventional signal transmission module. [Main element 1, insulating base 11, docking slot 12, accommodating space 2, signal transmission module 2 1, base 211, complex filter element 212, slot 213, slotted symbol description] 13. accommodating slot 2 3 3, welding part 2 4, circuit board 2 41, multiple contacts 2 4 2, grounding point 14 M335076 2 1 4, hook 2 1 5, slot 2 2, first connection terminal group 2 21, base 2 2, winding portion ' 2 2 3, connecting portion 2 3, second connecting terminal group> 2 31, winding portion \ 2 3 2, connecting portion 3, light emitting module 31, light emitting element 311, pin 2 4 3, complex transmission terminal 2 5, grounding terminal 2 51, base 2 5 2, welded portion 2 5 3, elastic contact end 2 6, terminal block 2 61, perforation 2 6 2, hook 3 2, light guide column 4 Shielding housing A, circuit board A1, complex transmission terminal A2, complex conductive terminal B, complex filter component A3, contact B1, coil 15 M335076c, frame C1, first connection terminal group C1 1 , soldering portion C12, winding portion D, welding point E, bare spot C2, second connection terminal group C 21, welded portion C 2 2, winding portion 16