M317677 八、新型說明： 【新型所屬之技術領域】 本新型係有關一種電訊接頭，尤指一種有效簡化加工程序並確保電信 訊號穩定性之電訊接頭結構。 【先前技術】 請參閱台灣專利公告第283515號『電訊接頭結構』，在電訊元件體積 縮小化的過程中，對於電訊輸出及輸入元件中的BNC電訊接頭卻仍未能有 較明顯的改進，而習用的BNC電訊接頭主要在其主體上設有與外接各型式 BNC接頭套合之套接部、配合螺帽螺合於電腦基板之外螺牙部及焊接於pc _ 板結合固定之固定部，其中該主體係為金屬材質之-體成型製品，在主體 的t心軸線上具有一訊號端子，在訊號端子外緣套設有一同軸之中空絕緣 f官’ ^使峨軒與域接地線輕緣，縣體在餘罐端子之同一 端突出有-與主體導通之接地端子，在該訊號端子及接地端子分別與 電PC板焊接導通後，即可傳輸電腦的訊號，另外於固定部底面突出之二 只銅^腳可穿設並焊接KPC板後@定，_…般習知臟〕電訊接頭之 導梢吊以螺固方式定位於主體，如此—來，不但使組裝加 不易，成本提高之外，其螺接位置在長久下，斜分容祕動、，連帶 使訊號品質不穩定，無法符合使用者所需。 【新型内容】 =型之主要目的’在提供—種電訊接頭結構，其能有效簡化加工程 強化組裝結構而不易鬆動，以確保訊號傳輸之穩定性。 主的，本卿讀佳實_主純含：—μ之主體，該 體之‘卩具有相連成—體之接地片，且該接地 =!有内部::有一第一導梢，該主體之侧面配置有 之-端係輕ί iLT套如分別具有—第二_ ’且該第二導梢 焊接於第—n梢树無置設有一供 【=】以形成該第一、第二導梢之定位與電性連接關係。 有關本新狀詳細說财技術内容，觀配合圖式說明如下： M317677 請參閱『第1圖』及『第2圖』’係本新型較佳實施例的結構圖，如圖 所示·本新型為一種電訊接頭結構’係能有效簡化加工程序，並強化組事 結構而不易鬆動，以確保訊號傳輸之穩定性之電訊接頭結構，主要包含有 一中空之主體10，該主體10之端部具有相連成一體之接地片u，且該接 地片11係環設形成出一水平孔12，於該接地片U外端設置有一套接件5〇 以供外部連接使用，該主體10内部設有一第一導梢2〇，且該第一導梢2〇 之一端係位於該水平孔12中’該主體10之侧面配置有二中空之套管， 該二套管30並與該接地片11相對具有一失角，該二套管3〇内分別具有一 第二導梢31 (請同時參閱『第3圖』），且該第二導梢31之一端係與ς第一 φ 導梢20相連接，並於第一、第二導梢2〇、31相連接位置設有一供焊接固 定之焊接點21以形成該第-、第二導梢20、31之定位與電性連接關係。 其中’該主體10相對該二套管30之另-侧分別具有一開放孔13，該開放 孔13係配置於對應該二套管30之對向位置，該主體1〇分別於該開放孔 設有-密合件4G ’且該密合件4G鑛應·放孔13之雜並可採用柳接 方式形成緊配合’在製作上可於第一、第二_ 2〇、31點焊完成後，再以 密合件40鉚接固定即可完成此部分之組裝，具有較佳之便利性。 本新型係可改良-般習知BNC電訊接頭之第二導梢31常以螺固方式 纽於主體10 ’可使組裝加工過程較為„，從而有效降低成本之外，其 •連接位置在長久使用下，亦十分穩固不會鬆動，連帶確保訊號品質，且該 ，地片11係採與主體1G —體成形成之製作方式，亦大幅簡化製程、降低 成本並提升整體結構之可靠性。 一 以上僅為本新型的較佳實施例而已，並非用來限定本新型之實施範 f，即凡依本新财請專利範圍之内容所為的等效變化 M317677 【圖式簡單說明】 第1圖，係本新型較佳實施例之結構圖 第2圖，係本新型較佳實施例之結構圖 第3圖，係本新型較佳實施例之局部剖面圖 【主要元件符號說明】 10 .............主體 11 .............接地片 12 .............水平孔 13 ........... ••開放孔 20 .............第一導梢 21 .............焊接點 30 .............套管 31 .............第二導梢 40.............密合件 50.............套接件M317677 VIII. New description: [New technical field] The new type relates to a telecommunication connector, especially a telecommunication connector structure which effectively simplifies the processing procedure and ensures the stability of the telecommunication signal. [Prior Art] Please refer to Taiwan Patent Publication No. 283515 "Telecom Connector Structure". In the process of reducing the size of telecommunications components, the BNC telecommunications connectors in the telecommunication output and input components have not been significantly improved. The conventional BNC telecommunications connector mainly has a sleeve portion which is fitted with an external BNC connector on the main body, a screw nut which is screwed to the outside of the computer substrate, and a fixing portion which is welded and fixed to the pc_board. The main system is a metal-shaped body-shaped product, and has a signal terminal on the t-axis of the main body, and a coaxial hollow insulation is disposed on the outer edge of the signal terminal. The county body protrudes from the same end of the remaining tank terminal with a grounding terminal that is electrically connected to the main body. After the signal terminal and the grounding terminal are respectively soldered and electrically connected to the electric PC board, the signal of the computer can be transmitted, and the bottom surface of the fixing portion is protruded. The two copper feet can be worn and welded after the KPC board. @定, _...like the dirty] The tip of the telecommunications joint is positioned in the main body by screwing, so that not only makes assembly difficult, Addition to this increase, which is screwed in a long position, the oblique joint receiving secret movable ,, so signal quality is unstable and can not conform to the required user. [New content] = The main purpose of the type is to provide a kind of telecommunications joint structure, which can effectively simplify the engineering and strengthen the assembly structure without loosening to ensure the stability of signal transmission. The main, the Qing read the good _ main pure contains: - the main body of the μ, the body of the '卩 has a connected ground body, and the ground =! There are internal:: a first guide, the main body The side configuration is such that the end is lightly ί, the iLT sleeve has a second _', and the second guide is soldered to the first nth tree without providing a [=] to form the first and second guiding ends. The positioning and electrical connection relationship. Please refer to the "Figure 1" and "Figure 2" for a detailed description of the technical details of this new article. M317677 Please refer to Figure 1 and Figure 2 for a structural diagram of a preferred embodiment of the present invention. The structure of a telecommunications connector structure can effectively simplify the processing procedure and strengthen the group structure without loosening to ensure the stability of the signal transmission. The telecommunications joint structure mainly comprises a hollow body 10, and the ends of the main body 10 are connected. The grounding piece u is integrated, and the grounding piece 11 is looped to form a horizontal hole 12, and a set of connecting pieces 5 is disposed at the outer end of the grounding piece U for external connection. The main body 10 is internally provided with a first a guiding end 2〇, and one end of the first guiding end 2〇 is located in the horizontal hole 12. The side of the main body 10 is provided with two hollow sleeves, and the two sleeves 30 have a pair opposite to the grounding piece 11 The second guide pin 31 is respectively disposed in the two sleeves 3 (refer to FIG. 3 at the same time), and one end of the second guide tip 31 is connected to the first φ guide tip 20 of the first guide. And one of the first and second guiding ends 2〇, 31 is connected with a position Welding of the welding point 21 fixed to form the first - and second guide pins 20 and 31 of the positioning and electrical connection relationship. The main body 10 has an open hole 13 opposite to the other side of the two sleeves 30. The open hole 13 is disposed at an opposite position corresponding to the two sleeves 30, and the main body 1 is respectively disposed in the open hole. There is a close-fitting member 4G' and the close-fitting member 4G is made of a hole and a hole 13 can be formed by a splicing method to form a tight fit. After the first and second _ 2 〇, 31 spot welding is completed Then, the assembly of the portion can be completed by riveting and fixing the sealing member 40, which has better convenience. The novel type can improve the conventional guide BNC telecommunications joint, the second guide tip 31 is often screwed to the main body 10' to make the assembly process relatively „, thereby effectively reducing the cost, and the connection position is used for a long time. Underneath, it is also very stable and will not be loose, and the signal quality will be ensured. Moreover, the ground film 11 is formed by the body 1G, which greatly simplifies the process, reduces the cost and improves the reliability of the overall structure. It is only a preferred embodiment of the present invention, and is not intended to limit the implementation of the present invention, that is, the equivalent change of the content of the patent scope of the present invention is M317677 [Simple description of the figure] Figure 1 FIG. 2 is a structural view of a preferred embodiment of the present invention. FIG. 3 is a partial cross-sectional view of a preferred embodiment of the present invention. [Main component symbol description] 10 ..... ........main body 11..................grounding piece 12..................horizontal hole 13 ........ ... ••Open hole 20..................first guide tip 21..................welding point 30 ........ ..... casing 31 ............. second guide The adhesion member 40 ............. ............. socket member 50