M384434 « 五、新型說明： 【新型所屬之技術領域】 本新型是涉及-種供極細同軸電欖插接的射頻連接器。 【先前技術】 -般具有無線通訊功能的電子商品巾，其同軸魏是透過 射頻連接器來與電路板結合，由於目前的電子商品為了方便使 用者身攜▼及便於隨時接收或傳遞訊息，其體積皆已朝小型 龜 化發展’因此電路板、射頻連接器就愈趨縮小，相_ ’同軸 • 電纜也改採極細同軸電纜。 本新型的诉求在於射頻連接器，傳統的射頻連接器如圖9 剖面圖所示，均是以-個與同軸電纔！連接的接頭6、及一結 合在電路板上並供接頭6對插結合的插座7所組成。 上述同轴電親1的結構是以一根銅質用於訊號傳輸的 内導線lKirmer conductor)、及一用於防止電磁波能量散射 以及具接地(gramd)舰的·導體13(GQndueting _)為 纟，兩者之間以嶋緣層12分隔著，而最外層再以外絕緣層 # 14保護著，由於它們均屬同一圓心，因此稱為同轴電纜。 - 上述接頭6是由金屬外殼6卜設置在金屬外殼61内的絕 緣體62、及設置在絕緣體62内的導電套63所組成。所述導 電套63及金屬外殼61之間以絕緣體62相隔著，其後端分別 • 延伸出夹片63卜61卜其中’失片631夹合著同軸電纜J的 ㈣線11，夾片611失合著網狀導體13及外絕緣層14。 上述插座7是由金屬外殼71、設置在金屬外殼71内的絕 緣體72、及設置在絕緣體72 0的導電柱73所組成。所述導 電柱73與金屬外殼71之間以絕緣體62相隔著，其末端分別 3 M384434 延伸出導電片73卜71卜並焊接在電路板8的正極愈負極電 路上。 ^ ' 上述接頭6與插座7插接後，二者的金屬外殼61、71會 相互扣接，科雜73與導絲63亦恤扣接，因此上述内 導線11 W訊號能經由導電套63、導電柱73料至電路板8 正極’又網_體13透過二金屬外殼6卜71來與電路板8的 負極接通’使具接地功能。 【新型内容】 一、所欲解決的問題點·· 現今的電子商品體積已趨於精緻及小型化，因此同轴電镜 也改為極細_魏’輯所提，，極細同軸電纜，，是指直徑 2.0mm以下的同軸魏’其内導線的直徑約〇 3 〇. 6腿，但是 :專統的射頻連接器僅適合與—般的_電纜連接，對於極細同 軸電麵因金屬外殼61的夾片611不易與内導線u夾合、及 導電套63的夾片631不易與網狀導體13、外絕緣層14夹合 :吉合不良、姆脫、通訊不佳等問題出現，因此如何 ^ t觀合與配合的_連接器，便成為本 新型欲解決的主要問題。 其次，傳統的射頻連接器必須藉助特殊工且 =，例如娜之絕緣體62狀在金屬外殼 ^ =在絕緣㈣内，以及插座？之絕緣體？2固定在金屬 外,又7丨内’導躲73固定在絕緣體 2壓程絲組裝，由於二i =業人絲㈣，相觀製造成本較高；因此 連接器構造精簡、組裝容易、製雜 新型次-要解決的問題點。 跡降低便成為本 4 M384434 再者，傳統金屬外殼61的夾片、導電套63的夾片631 與-般同軸電繞1之網狀導體13、内導線^爽固後，就不能 輕易拆卸，唯遇零組件故障需要維修時’同軸電纜丨卻不易與 夾片611、631分離’造成維修產生困難；因此，如何使同軸 電纜與射頻連接座能快速結合、又能輕易脫離，使插拔變的更 為谷易方便，便成為本新型再一要解決的問題點。 . 二、本新型的技術手段： -. 基於上述的問題點’本新型的目的即在於提供一種能供極 • 細同軸電雜合實施，又構造精簡、組裝容易、製程縮短、輕 易插拔、又成本降低的射頻連接器及其使用的定位軸套。 為解決上述問題點及達到本新型的目的，本新型射頻連接 器是這樣實現的，該射頻連接器是設置在電路板上，能供同轴 電纜1端部之定位軸套2插入固定後作為訊號傳輸使用，其特 徵在於射頻連接器包括： ~ -供同軸賴1端部及端部之定位軸套2軸向插入的絕緣 ^ 插座3 ; —銲固在電路板上蹄絕緣插座3包覆_、又能以兩側 失片42將定位轴套2夾固的金屬接地殼罩4 ;及 一設置在絕緣插座3後端、不與接地殼罩4接觸'且用來 夾持同轴電纜1之内導線11的金屬接極夾具5。 根據上述的射頻連接器，所述絕緣插座3包括： -具有容槽36容置接極失具5、且—端財f孔3?供同 輪電纜1之内絕緣層12穿入的插座本體30 ; -與插座本體30㈣空間39、且具有穿孔32供定位轴 5 套2穿入的止擋部33’而所述空間39使定位轴套2呈現外曝 -位在空間39中糊f座本體3()與止擋部33接連的頸 部31 ’該頸部31 W寛距小於定位轴套2的直後。 根據上述的射頻連接器，所述接地殼罩4的二個相互對應 夾片4卜42是由兩側壁沖壓成型，該二個對應夾片41、42位 在上述絕緣插座3的空間39中敢位軸套2夹持；所述二個 對應爽片41、42將接地殼罩4内的空間分隔成大小二容槽狀、 47所述大谷槽46月匕谷置絕緣插座本體％，小容槽π能容 置止撞部33 ;又所述接地殼罩4的後側具有糾J，而前側 呈開放狀。 根據上述的射頻連接器，所述接地殼罩4的擔片43低於 絕緣插座本體30的高度，⑽賴緣插座本體3Q後端底部設 置欣槽38 ’其能供接極夾具5延伸出的接腳53嵌入固定後、 突出於嵌槽38外，而且不受擋片43的遮擋。 根據上述的射頻連接器’所述接極夾具5是由二相互對應 的彈性夾片51、52及一銲接於電路板上的接腳53所組成，上 述二彈性夹片51、52—端形成夾持同軸電纜丨之内導線u的 夾口 56,而另端是封閉端57;所述夾口 56是漸次朝内收斂後 再反折向外擴張，以使内導線U能易於導入夾口 56内並被夾 固’又上述接腳53是由該封閉端57徑向延伸而出的l形折片。 根據上述的射頻連接器，所述二彈性夾片51、52的外側 壁設置用來防止彈性夾片過度外張的凸粒54、55。 根據上述的射頻連接器，所述接地殼罩4的兩侧外緣向外 M384434 延伸出用於録接在電路板上的接極用接腳4[45，而所述插 座本體30的兩側底緣也向外延伸出具有战上述接腳&、奶 的凸緣34、35。 —又本㈣供射頻連接器制的定位套，其技術手段是這樣 實現的，該粒軸套是套接在_魏丨的端部其特徵在於： 所述定位轴套2包括-圓形管身23、—連接在管身之後 且外徑大於管身的擋環21、及—位在管身外壁且朗轴· i 之接地殼罩4雙夾片4卜42夾持的環溝22 ;上述擔環21能 與同軸 1之外絕緣層14緊密配合，而管身22則盘同轴電 纜1之網狀導體13緊配合後產生傳導作用，而同轴電镜ι之 内導線11及内絕緣層12是外露在管身23之前。 二、對照先前技術之功效： 本新型射頻連接器不僅能適合一般同轴電纔連接，也能適 合極細同軸電纜的連接’其實施只需同轴電纜1的端部及定位 ，套2軸向插人歸継脑找雜座3内錢藉由絕緣 ，座3後端的接極夹具5夹合同軸電纜丨的时線u，以及 藉由接地殼罩4覆蓋絕緣插座3後的雙夹片4卜42夾合定位 轴套2，就能達到纽及接觸效果極佳的效果，對同轴^及 極細同軸電纜而言，在組裝、插㈣方面，都傳統更^ 表、谷易’在導電性能方面也大大提升。 其次’射頻連接器的組裝不禽藉助特殊工具及沖擊工序來 組裝，例如接極夾具5能輕易地固定在絕緣插座3内且絕緣 插座3又能輕易地欲人接地殼罩4内，三者的組裝在非專=人 士、及不使用玉具離態下，都能㈣的組裝完成，由於 連接器的結構比傳統更賴單、製作1較為㈣，相對地，、 7 M384434 製造成本就能大幅降低β 再者’本新型同軸電纜1及定位軸套2能快速地軸向插入 射頻連接ϋ之絕緣插座3内，其不但定位快速，還能以接極失 具5迅速夾合同軸魏之㈣線11，及接地鮮之雙夹片41、 42迅速爽合定位軸套2，達到夹合穩固、導電性優、不需藉助 工具就能完成夾合的功效；又，嶋電纜丨及定位轴套2要由 射頻連接H之絕緣插座3拔除時’只需施力大於接極失具5與 雙夹片4卜42的鱗力’就能㈣地躺拔除，雜日後之 維修保養及更換零組件，會非常容易。 【實施方式】 以下即依據圖面所示的實施例詳細說明如後： 如圖1所示為本新型射頻連接器實施時的立體圖；圖2 所示為圖1之射頻連接器的分解圖；圖3所示為圖2射頻連 接器的仰視分解ffl ; ® 4所示是圖3之賴連接器的立體組 合圖；圖5為圖4射頻連接器與同軸電纜結合的立體組合圖。 圖1〜圖3中，揭示出一種射頻連接器，該射頻連接器是 設置在電路板8上，能供同軸電纜1端部及端部的定位軸套2 插入固定後，作為訊號傳輸使用。上述中，射頻連接器的構 造大致包括如下： 一供同軸電纜1端部及固定在端部之定位軸套2軸向插 入的絕緣插座3 ; 一銲固在電路板8上且將絕緣插座3包覆固定、又能以 兩側夾片42將定位軸套2夾固的金屬接地殼罩4 ;以及 一設置在絕緣插座3後端、不與上述接地殼罩4接觸、 且用來夾持同軸電纜1之内導線11的金屬接極夹具（5)。 8 M384434 上述中，定位軸套2是固定在同轴魏丨的端部，其結 構包括-®料身23、-連接在f身23之後且外徑大於管 身的擋環2卜及-位在管身23外壁且供同軸魏丨之接地 设罩4雙夾片41、42夾持的環溝22 ;上述擋環21能與同軸 電船之外猶層14產生緊配合，喊身23酸同軸電镜 1之網狀_ 13緊配合後產生傳導作用，而同轴電繞i之内 導線11及内絕緣層12是外露在管身23之前。 上述，絕_座3是供同軸電纜丨端部及端部之定位轴 套2軸向插入之用，其構造包括： 一具有容槽36容置接極夾具5、且一端具有穿孔供 同軸電纜1之内絕緣層12穿入的插座本體; 一與插座本體30保留空間39、且具有穿孔32供定位軸 套2穿入的止擋部33，而所述空間39使定位軸套2呈現外 曝狀態；以及 一位在空間39中且將插座本體30與止擋部33接連的頸 部31 ’該頸部31的寬距小於定位軸套2管身23的直徑。 上述中，接地殼罩4是一接地金屬外殼，其兩側壁具有 二個由兩側壁往内沖壓成型的對應夾片41、42，當接地殼罩 4覆蓋在絕緣插座3時，該二個對應夾片41、42將位在上述 絕緣插座3的空間39中對定位軸套2產生夾持作用；又所述 二個對應夾片4卜42將接地殼罩4内的空間分隔成大小二容 槽46、47 ’所述大容槽46能容置絕緣插座本體30，小容槽 47月b谷置止撐部33 ;又所述接地般罩4的後側具有擋片犯 阻擋絕緣插座3的後壁，而前側呈開放狀，而不妨礙同軸電 9 M384434 纜1及定位軸套2插入絕緣插座3内。 由圖3、圖4可知，上述接地殼罩4的擋片43是低於絕 緣插座本體3G的南度，而所親雜座本體3()後端底部設 置甘入槽38 ’其此供接極夾具5延伸出的接腳53 I入固定後、 犬出於嵌槽38外，而且不受擋片43的遮擋。 上述中’接極夾具5是由二相互對應的彈性失片5卜52 及鲜接於電路板上的接腳53所一體成型，上述二彈性爽片 51、52-端是形成夾持同軸電繞丨之内導線丨丨的夾口 ％， 而另端是封_ 57 ;所述夹口 56的姐略小於眺線n的 外徑’其雜是漸次_收斂後再向外反折擴張，使得内導 線11能易於導人夾π 56内並被夾固；又上述接腳53是由該 封閉端57延伸而出的L形折片，當礙入上述賴洲後便能 固定’所述L形折片僅外露—小部份在嵌槽洲外，以便於録 接在電路板8之正極電路上。 如圖3、圖6所示’其中’圖6是絕緣插座與同轴電境 結合後的斷面圖，其揭示出上述二彈性夾片5卜52的外側壁 設置用來防止彈性夾片過度外_絲54、55，亦即當二彈 性夾片5卜52向外擴張時，可藉由左右容槽36側壁止擔二 凸粒54、55 ’而使二彈性夾Μ、52避免過度擴張。 如圖3所#上述接地殼罩4的兩側外緣向外延伸出接 極用接腳44、45 ’而所述插座本體3()的兩側底緣也向外延 伸出具有支撐上述接聊44、45的凸緣34、35。再如圖i所 示’接極用接腳44、45是銲接在電路板8的負極電路上，在 鲜點46銲固後，就使接地殼罩4固定在電路板8上，相對地 10 M384434 也將絕緣插座3都加以固定。而同轴電規i及定位轴套2則 隨時能轴向插人絕緣插座3内或由絕緣插座3中拔脫而出。 再如圖6、圖7所示’其中，圖7所示是射頻連接座的 立體斷面圖，其揭示出本新型定位轴套2有二個特徵：第一 特徵’是管身22的直徑小於止擋部33之穿孔32孔經，但大 ^插座本體30之穿孔37孔徑，喊環21的錄大於止擔部 =之穿孔32孔徑；因此，當定位軸套2插人絕緣插座3後， s身22能通過穿孔32 ’但卻被阻擋在本體3〇之穿孔耵外， 而擔環21職Wf在止播部33之穿孔&外，透過上述兩部 位受擋阻擔，能使定位軸套2快速插入絕緣插座3後受到阻 =而立即停止插人_作並達觀位效果，這時的内絕緣 層12已穿入穿孔37内，内導線u也已導入接極夹片5之二 =性夾片51、52的炎口中，所以當上述二處受到阻擔時，就 ^内導線11也與接極夾片5產生良好夾合及接觸，因此本 新型能使_電纜丨及定位軸套2聽快速插人、 果極佳。 及 再如圖8所示’其揭露定位軸套2的第二特徵在管身 23的表面具有環溝22，該環溝22能供接地殼罩*的雙夹片 =、42夾入不隨意滑脫，使定位軸套2不再隨意移動；再者， ^夾片41、42及環溝22表面都呈弧形，因此雙夹片4卜42 ，易於導入環溝22内，相對地’欲以外力將定位軸套2往外 脫時，能使環溝22輕易地脫離雙夾片4卜42的夹缚，因 Ϊ H型定她套2與雙夾片41、42的配合能具有穩固夾 持、及易於脫拔的功能。 ivu84434 以上依據圖式所示的實施例詳細說明了本新型的構造、 斗寸徵及作用效果，由於符合新穎及進步性要件遂爰依法提 出新型專财請；‘_上所賴為摘狀較佳實施例，但 =型不關面所示限定實施範圍，因此舉凡與本新型意旨M384434 « V. New description: [New technical field] The new type is related to a kind of RF connector for extremely thin coaxial electric plug. [Prior Art] - The electronic merchandise towel with wireless communication function, the coaxial Wei is integrated with the circuit board through the RF connector, because the current electronic product is convenient for the user to carry the ▼ and is convenient to receive or transmit the message at any time. The volume has been developed towards small turtles', so the board and RF connectors have become smaller and smaller, and the coaxial cable has also been replaced with a very thin coaxial cable. The appeal of this new type lies in the RF connector. The conventional RF connector is shown in the cross-sectional view of Figure 9. The connected connector 6 and a socket 7 which are bonded to the circuit board and which are connected to the connector 6 are inserted. The structure of the above-mentioned coaxial electric parent 1 is a copper conductor for transmitting signals, and a conductor 13 for preventing electromagnetic energy scattering and grazing the ship 13 (GQndueting _). The two are separated by a rim layer 12, and the outermost layer is protected by an outer insulating layer #14. Since they are all the same center, they are called coaxial cables. - The joint 6 is composed of an insulating body 62 provided in the metal casing 61 by a metal casing 6, and a conductive sleeve 63 provided in the insulator 62. The conductive sleeve 63 and the metal casing 61 are separated by an insulator 62, and the rear ends thereof respectively extend out of the clip 63. 61. The missing piece 631 is sandwiched by the (four) line 11 of the coaxial cable J, and the clip 611 is lost. The mesh conductor 13 and the outer insulating layer 14 are joined together. The socket 7 is composed of a metal casing 71, an insulator 72 provided in the metal casing 71, and a conductive post 73 provided in the insulator 72 0. The conductive post 73 and the metal casing 71 are separated by an insulator 62, and the ends thereof are respectively extended by 3 M384434 to the conductive sheets 73 and soldered to the positive and negative circuits of the circuit board 8. ^ After the connector 6 is plugged into the socket 7, the metal casings 61 and 71 of the two connectors are fastened to each other, and the wire 73 and the guide wire 63 are also buckled, so that the inner wire 11 W signal can pass through the conductive sleeve 63, The conductive post 73 is fed to the circuit board 8 and the positive electrode 'the net body 13 is connected to the negative electrode of the circuit board 8 through the two metal casings 6 to make a grounding function. [New content] First, the problem to be solved · Today's electronic product volume has become more refined and miniaturized, so the coaxial electron microscope has also been changed to very fine _ Wei's series, very thin coaxial cable, is Refers to the coaxial Wei's diameter of less than 2.0mm. The diameter of the inner conductor is about 〇3 〇. 6 legs, but: the special RF connector is only suitable for the general cable connection, for the very thin coaxial electrical surface due to the metal casing 61 The clip 611 is not easily clamped to the inner lead u, and the clip 631 of the conductive sleeve 63 is not easily caught by the mesh conductor 13 and the outer insulating layer 14: problems such as poor fit, poor detachment, poor communication, etc., so how to ^ The _ connector of the combination and cooperation has become the main problem to be solved by this novel. Secondly, the traditional RF connector must rely on special work and =, for example, the insulator 62 is in the metal casing ^ = in the insulation (four), and the socket? Insulator? 2 fixed outside the metal, and 7 inches inside the 'guided hide 73 fixed in the insulator 2 press-wire assembly, due to the second i = industry wire (four), the relative manufacturing cost is higher; therefore the connector structure is simple, easy to assemble, miscellaneous New type of problem - the problem to be solved. The trace is reduced to become the 4 M384434. Moreover, the clip of the conventional metal casing 61, the clip 631 of the conductive sleeve 63 and the mesh conductor 13 of the general coaxial electric coil 1 and the inner conductor are cooled, and cannot be easily disassembled. Only when the component failure needs to be repaired, 'coaxial cable is not easy to separate from the clips 611 and 631', it is difficult to repair; therefore, how to make the coaxial cable and the RF connector can be quickly combined and can be easily detached, so that the plugging can be changed. The more convenient and convenient, it becomes a problem to be solved by this new type. Second, the technical means of this new type: -. Based on the above problems, the purpose of the present invention is to provide a hybrid and fine coaxial electrical hybrid implementation, and the structure is simple, the assembly is easy, the process is shortened, and the plugging is easy. A lower cost RF connector and its positioning sleeve. In order to solve the above problems and achieve the object of the present invention, the novel RF connector is realized by being disposed on a circuit board and capable of inserting and fixing the positioning sleeve 2 at the end of the coaxial cable 1 as a The signal transmission is characterized in that the RF connector comprises: ~ - an insulating socket 3 for axial insertion of the positioning sleeve 2 of the coaxial 1 end and the end; - soldering and fixing on the circuit board hoof insulating socket 3 _, the metal grounding cover 4 which can be clamped by the positioning sleeve 2 with the missing piece 42 on both sides; and a rear end of the insulating socket 3 is not in contact with the grounding cover 4 and is used for clamping the coaxial cable The metal terminal clamp 5 of the wire 11 within 1. According to the RF connector described above, the insulating socket 3 comprises: - a receptacle body 36 having a receptacle 36 for receiving the pole tripper 5, and a terminal recess for the inner insulating layer 12 of the same cable 1 30; - with the socket body 30 (four) space 39, and having a through hole 32 for the positioning shaft 5 sleeve 2 to penetrate the stop portion 33' and the space 39 causes the positioning sleeve 2 to exhibit an external exposure - in the space 39 The body 3 () is connected to the neck portion 31 of the stopper portion 33. The neck portion 31 has a smaller twist distance than the straight sleeve of the positioning sleeve 2. According to the above RF connector, the two mutually corresponding clips 4 42 of the grounding cover 4 are stamped and formed by two side walls, and the two corresponding clips 41 and 42 are located in the space 39 of the insulating socket 3 The bit bushings 2 are clamped; the two corresponding cooling plates 41, 42 divide the space in the grounding cover 4 into two sizes, and the large troughs of the valleys are 46% of the insulating socket body. The groove π can accommodate the stopper 33; the rear side of the ground cover 4 has the correction J, and the front side is open. According to the above RF connector, the support 43 of the ground cover 4 is lower than the height of the insulating socket body 30, and (10) the bottom of the rear end of the socket body 3Q is provided with a groove 38' which can be extended by the pole clamp 5. After the pin 53 is embedded and fixed, it protrudes beyond the recessed groove 38 and is not blocked by the blocking piece 43. According to the above-mentioned RF connector, the pole clamp 5 is composed of two mutually corresponding elastic clips 51, 52 and a pin 53 soldered on the circuit board. The two elastic clips 51 and 52 are formed at the ends. The clamping port 56 of the inner wire u of the coaxial cable is clamped, and the other end is the closed end 57; the clamping opening 56 is gradually inwardly converged and then reflexed and expanded outward so that the inner wire U can be easily introduced into the clamping mouth. The inner pin 56 is clamped and the pin 53 is an l-shaped flap extending radially from the closed end 57. According to the above-described radio frequency connector, the outer walls of the two elastic clips 51, 52 are provided with projections 54, 55 for preventing the elastic clip from being excessively stretched. According to the above RF connector, the outer edges of the two sides of the grounding cover 4 extend outwardly from the M384434 for the pole pins 4 [45] for recording on the circuit board, and both sides of the socket body 30 The bottom edge also extends outwardly to the flanges 34, 35 having the above-mentioned pins & milk. - The fourth (4) positioning sleeve for the RF connector, the technical means is achieved by the sleeve being sleeved at the end of the Wei Wei, characterized in that: the positioning sleeve 2 comprises - a circular tube Body 23, a retaining ring 21 connected to the inside of the pipe body and having an outer diameter larger than the pipe body, and a ring groove 22 which is located on the outer wall of the pipe body and the double-clamp 4 4 of the grounding cover 4 of the R-axis · i; The support ring 21 can be closely matched with the outer insulating layer 14 of the coaxial 1 , and the tubular body 22 of the coaxial cable 1 is tightly matched to generate a conductive effect, and the inner conductor 11 and the inner portion of the coaxial electric mirror The insulating layer 12 is exposed before the tube body 23. Second, according to the efficacy of the prior art: The new RF connector can not only be suitable for general coaxial electrical connection, but also suitable for the connection of very thin coaxial cable. Its implementation only requires the end and positioning of the coaxial cable 1, the sleeve 2 axial Inserted into the brain to find the miscellaneous seat 3 by means of insulation, the terminal clamp 5 of the rear end of the seat 3 clamps the time line u of the contraction shaft cable, and the double clip 4 after the insulating socket 3 is covered by the grounding cover 4卜42 clamping positioning sleeve 2, can achieve the effect of contact and excellent contact, for coaxial ^ and very thin coaxial cable, in the assembly, plug (four), the traditional more ^ Table, Gu Yi' in the conductive Performance has also been greatly improved. Secondly, the assembly of the RF connector is not assembled by special tools and impact processes. For example, the pole clamp 5 can be easily fixed in the insulating socket 3 and the insulating socket 3 can be easily grounded in the casing 4, three The assembly can be completed in the non-specialized person, and without using the jade, the structure of the connector is more than the traditional one, and the production is more than (4). In contrast, the manufacturing cost of 7 M384434 can be Significantly reduce β. The new coaxial cable 1 and the positioning bushing 2 can be quickly inserted axially into the insulated socket 3 of the RF connection, which not only has a fast positioning, but also can quickly pinch the contract axis with the pole missing 5 (4) Line 11, and the grounding double clips 41, 42 quickly cool the positioning sleeve 2, to achieve stable clamping, excellent conductivity, without the need to use tools to complete the clamping effect; in addition, 嶋 cable 丨 and positioning When the bushing 2 is to be removed by the insulated socket 3 of the radio frequency connection H, 'only the force is greater than the scale loss of the pole piece 5 and the double clip 4 b 42' can be removed (4), and the maintenance and replacement after the day Components will be very easy. [Embodiment] Hereinafter, the following is a detailed description of the embodiment shown in the drawings: FIG. 1 is a perspective view showing the implementation of the new RF connector; FIG. 2 is an exploded view of the RF connector of FIG. 3 is a perspective view of the RF connector of FIG. 2; FIG. 3 is a perspective view of the connector of FIG. 3; FIG. 5 is a perspective combination of the RF connector of FIG. In Fig. 1 to Fig. 3, a radio frequency connector is disclosed. The radio frequency connector is disposed on the circuit board 8, and can be used for signal transmission after the positioning sleeve 2 of the end portion and the end portion of the coaxial cable 1 is inserted and fixed. In the above, the structure of the RF connector generally comprises the following: an insulating socket 3 for axially inserting the end of the coaxial cable 1 and the positioning sleeve 2 fixed at the end; a soldering and fixing on the circuit board 8 and the insulating socket 3 a metal grounding cover 4 which is covered and fixed and can clamp the positioning sleeve 2 with the clips 42 on both sides; and a rear end of the insulating socket 3 is not in contact with the grounding cover 4 and is used for clamping The metal terminal clamp (5) of the wire 11 in the coaxial cable 1. 8 M384434 In the above, the positioning sleeve 2 is fixed at the end of the coaxial Wei, and its structure includes -® body 23, - a retaining ring 2 and a bit which are connected after the body 23 and have an outer diameter larger than the body The annular groove 22 is clamped on the outer wall of the pipe body 23 and is provided by the coaxial clamps 4 and the double clamps 41 and 42; the above-mentioned retaining ring 21 can be tightly matched with the outer layer 14 of the coaxial electric ship, and the body is 23 The mesh _ 13 of the mirror 1 produces a conductive effect after the tight fitting, and the inner conductor 11 and the inner insulating layer 12 of the coaxial electric winding are exposed before the tubular body 23. In the above, the base 3 is for axial insertion of the positioning sleeve 2 of the end portion and the end portion of the coaxial cable, and the structure thereof comprises: a receiving groove 36 for receiving the pole clamp 5 and a hole for the coaxial cable at one end a socket body through which the insulating layer 12 penetrates; a retaining space 39 with the socket body 30 and having a through hole 32 for the positioning sleeve 2 to penetrate, and the space 39 causes the positioning sleeve 2 to be externally The exposed state; and a neck 31' in the space 39 and connecting the socket body 30 to the stop portion 33' has a wider width than the diameter of the tubular body 23 of the positioning sleeve 2. In the above, the grounding cover 4 is a grounded metal casing, and the two side walls have two corresponding clips 41 and 42 which are stamped and formed by the two side walls. When the grounding cover 4 covers the insulating socket 3, the two corresponding portions The clips 41, 42 will clamp the positioning sleeve 2 in the space 39 of the insulating socket 3; and the two corresponding clips 4 42 divide the space in the ground cover 4 into two sizes. The large groove 46 of the groove 46, 47' can accommodate the insulating socket body 30, and the small groove 47 is located at the bottom of the valley. The rear side of the grounded cover 4 has a blocking piece to block the insulating socket 3. The rear wall is open and the front side is open, so as not to interfere with the insertion of the coaxial 9 M384434 cable 1 and the positioning bushing 2 into the insulating socket 3. As can be seen from FIG. 3 and FIG. 4, the blocking piece 43 of the grounding cover 4 is lower than the south of the insulating socket body 3G, and the bottom end of the front end of the front body 3 () is provided with a feeding groove 38'. After the pin 53 I extended by the pole clamp 5 is fixed, the dog is out of the recess 38 and is not blocked by the shutter 43. The above-mentioned 'electrode clamp 5 is integrally formed by two mutually corresponding elastic pieces 5 52 and pins 53 which are freshly connected to the circuit board. The two elastic sheets 51 and 52-ends form a clamping coaxial The inner side of the wire 丨丨 % % , , , , ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; The inner lead 11 can be easily guided and clamped in the π 56; and the above-mentioned pin 53 is an L-shaped flap extending from the closed end 57, which can be fixed when the above-mentioned Laizhou is obstructed. The L-shaped flaps are only exposed - a small portion is outside the recessed trough to facilitate recording on the positive circuit of the circuit board 8. As shown in FIG. 3 and FIG. 6 , FIG. 6 is a cross-sectional view of the insulating socket combined with the coaxial electric environment, which discloses that the outer side walls of the two elastic clips 5 52 are disposed to prevent excessive elastic clips. The outer elastic wires 54, 55, that is, when the two elastic clips 5 52 are outwardly expanded, the two elastic clips 52, 55 can be prevented from excessively expanding by the side walls of the right and left receptacles 36. . As shown in FIG. 3, the outer edges of the two sides of the ground cover 4 extend outwardly from the poles 44, 45', and the bottom edges of the socket body 3 () extend outwardly to support the connection. Talk about the flanges 34, 35 of 44, 45. Then, as shown in FIG. i, the terminal pins 44 and 45 are soldered to the negative circuit of the circuit board 8. After the soldering point 46 is soldered, the grounding cover 4 is fixed on the circuit board 8, relatively 10 M384434 also secures the insulated sockets 3. The coaxial electric gauge i and the positioning bushing 2 can be inserted into the insulated socket 3 or can be pulled out from the insulating socket 3 at any time. 6 and FIG. 7 , wherein FIG. 7 is a perspective cross-sectional view of the radio frequency connector, which reveals that the present positioning sleeve 2 has two features: the first feature 'is the diameter of the body 22 The aperture of the through hole 32 is smaller than the hole of the stopper portion 33, but the aperture of the through hole 37 of the socket body 30, the recording of the ring 22 is larger than the aperture of the hole 32 of the stop portion; therefore, when the positioning sleeve 2 is inserted into the insulated socket 3 The s body 22 can pass through the perforation 32' but is blocked outside the perforation of the body 3's, and the shoulder ring Wf is blocked by the two parts at the piercing & After the positioning bushing 2 is quickly inserted into the insulating socket 3, it is blocked and immediately stops the insertion and the positioning effect is achieved. At this time, the inner insulating layer 12 has penetrated into the through hole 37, and the inner wire u has also been introduced into the terminal clip 5 = in the mouth of the clips 51, 52, so when the above two places are blocked, the inner lead 11 also has good contact and contact with the pole clip 5, so the new type can make the cable 丨 and positioning The sleeve 2 is quick to insert and is excellent. And as shown in FIG. 8 'the second feature of the positioning sleeve 2 has a ring groove 22 on the surface of the pipe body 23, the ring groove 22 can be used for the double clip of the ground cover *, 42 is not involuntarily clamped Slippage, so that the positioning sleeve 2 is no longer free to move; furthermore, the surfaces of the clips 41, 42 and the annular groove 22 are curved, so that the double clip 4b 42 is easy to be introduced into the annular groove 22, relatively ' When the external sleeve is removed from the positioning sleeve 2, the ring groove 22 can be easily separated from the double clip 4b42, because the fit of the H-shaped sleeve 2 and the double clips 41, 42 can be stabilized. Clamping and easy to remove. Ivu84434 According to the embodiment shown in the figure, the structure, the trap and the effect of the new type are explained in detail. Due to the novelty and progressive requirements, a new type of special fund is proposed according to law; a good example, but the type of the control is limited to the scope of the implementation, so
錦性變化’只要在均等範園内都應涵屬於本新型專 利範圍内。 I 12 M38.4434 【圊式簡單說明】 圖1為本新型射頻連接器實施時的立體圖。 圖2為圖1之射頻連接器的分解圖。 圖3為圖2射頻連接器的仰視分解圖。 圖4為圖3之射頻連接器的立體組合圖。 圖5為圖4射頻連接器與同軸電纜結合的立體組合圖。 圖6為絕緣插座與同軸電纜結合後的俯視剖斷圖。 圖7為射頻連接座的立體斷面圖。 圖8為射頻連接座的俯視剖斷圖。 圖9為傳統射頻連接器的全剖視圖。 【主要元件符號說明】 1 同軸電缓 11 内導線 12 内絕緣層 13 網狀導體 14 外絕緣層 2 定位軸套 21 擋環 22 環溝 23 管身 3 絕緣插座 30 插座本體 31 頸部 32 穿孔 13 M384434 33 止擋部 34、35 凸緣 36 容槽 37 穿孔 38 鼓槽 39 空間 4 接地殼罩 41 ' 42 爽片 43 擋片 44、45接腳 5 接極炎具 51 ' 52 失片 53 接腳 54、55 凸粒 56 夾口 57 封閉端 6 插頭 61 金屬外殼 62 絕緣體 63 導電套 611 ' 631 夾片 7 插座 71 金屬外殼 72 絕緣體 M384434 73 導電柱 71卜731 導電片 8 電路板The change of koi should be included in the scope of this new patent as long as it is in the Equal Fan Park. I 12 M38.4434 [Simple description of the cymbal] Fig. 1 is a perspective view of the present invention when the RF connector is implemented. 2 is an exploded view of the RF connector of FIG. 1. 3 is a bottom exploded view of the RF connector of FIG. 2. 4 is a perspective assembled view of the RF connector of FIG. 3. FIG. 5 is a perspective assembled view of the RF connector of FIG. 4 combined with a coaxial cable. 6 is a top cross-sectional view showing the combination of an insulated socket and a coaxial cable. Figure 7 is a perspective cross-sectional view of the radio frequency connector. Figure 8 is a top cutaway view of the RF connector. Figure 9 is a full cross-sectional view of a conventional radio frequency connector. [Main component symbol description] 1 Coaxial electric slow inner conductor inner conductor 12 inner insulation layer 13 mesh conductor 14 outer insulation layer 2 positioning bushing 21 retaining ring 22 ring groove 23 pipe body 3 insulation socket 30 socket body 31 neck 32 perforation 13 M384434 33 Stops 34, 35 Flange 36 Slots 37 Perforations 38 Drums 39 Space 4 Ground cover 41 ' 42 Cool 43 Blocks 44, 45 Pins 5 Cats 51 ' 52 Lost 53 Pins 54,55 Projection 56 Clamping 57 Closed end 6 Plug 61 Metal case 62 Insulator 63 Conductive sleeve 611 ' 631 Clip 7 Socket 71 Metal case 72 Insulator M384434 73 Conductive post 71 731 Conductive sheet 8 Circuit board
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