M3 07241 八、新型說明： 【新型所屬之技術領域】 本新型是有關電氣連接器，尤其是有關RF(RadioFrequency) 通訊用微波連接器的改良結構。 【先前技術】 申請人已獲准的台灣專利第M271298號，相對的美國專利申請 第11/037, 201號，揭示的RF通訊用微波連接器包括一母端子該 母端Ϊ具有—本體’該本體—端的兩侧延伸兩相對的觸片，用以挾持 -公端子；該本體㈣_端具祕狀的婦段，該婦段的兩邊呈對 稱性弧狀彎曲’俾在使該夹持段結合—同軸電線的叫線的作業中， 使該夾=段的兩邊平順的相對彎折，穩固的夾住該内導線。 ;申晴人另-已獲准的台灣專利第隱72號，相對的美國專利申 請第11/115,108號，揭示的RF通訊用微波連接器，包括一公端子， 9本有本體’林體—端延伸一凸出部，用以插接—母端子； *===驗叫#段，罐咖輸娜弧狀彎 "持I又結合-同軸電線的内導線的 的兩邊平順的相_，穩_纽該_。 狀 軸電線之後，再進行母端 子刀別結合同 殼的紝人作t 子分触—_絕龍及—金屬外 4…作業。_分柄料的力^ 造成瑕疵品的機率。 間’且會增加 請參閱圖1A、1B、ic所示。一 種已知的連接器的製造方式，係包 M307241 括使-絕緣體11的中空部結合-中心端子絕緣體u的上端具有一凹槽 111，及-向上方延伸可弯折的片體112;中心端子的上端連接第一失 合片121及第二夾合>} 122。第-夾合片121置於絕緣體n的凹槽⑴ 内。第二夾合片122的一端與第一夾合片121的一端相連接，第二爽合 片122的另-端置於第-夾合片121的上方^再使—金屬外殼以結合絕 緣體11 ;金屬外殼13的-侧邊結合一扣合部⑶，扣合部131具有分別 向兩侧邊延伸的多對耳片132、133、134、135，如圖1A所示Γ再使一 鲁同軸電線2〇的内導線21置於凹槽⑴内，且置於第一夹合片切的上 邊’同軸電線20的内絕緣層22、接地導線層23及外絕緣層24分別置於 凹槽111的外側’如圖1B所示；再使扣合部131彎折9〇度，靠向金屬外 殼11的上端緣’使内導線21被三明治式的挾持於第二夾合片122與第一 夾合片121之間，片體112壓制於第二爽合片122上邊，使第二失合片122 與扣合部131不細；並進-步料各料# 132、133、134、丨％，使 耳片132、133分別扣住金屬外殼u，並使耳片134、135分別扣住接地 • 導線層23及外絕緣層24，如圖1C所示。 上述連接器的組裝方式，利用彎折扣合部丨3丨的同時，一併使同轴 電線20與中心端子相結合，加工作業較為省時。但翻用第一爽合片 121與第—爽合片122夾住叫線21之結構較不穩固，會影響訊號傳輸 的品質，且使用時若同軸電線受到不當的拉力，較容易鬆脫。 【新型内容】 為改善Rm·微波連接糾中^端子與同軸躲的内導線的結 合構造，使加玉更為方便、省時，且能降録品加卫邮良率，而提 M307241 出本發明。 本新型的轉㈣，在提供—麵通朗财連料，使連接器 的中心端子與同軸電線的内導線之間更容易被加工結合且更省時/ 本新型的另-目的’在提供—麵通期微波連接器，使連接器 的中心端子與同軸電線的内導線更能緊密結合不鬆動提升製造良率。 本新型的其他目的、功效，請參閱圖式及實施例，詳細說明如下。 【實施方式】 • 請參閱圖2、3A-3C、4A-4C、5A、5B所示。本新蕾通訊用微波連 接器’係用以使連接器之加工製造更省時，且使中心端子與同轴電線 的内導線更flb緊欲結合者，本新型的第一實施例包括： -金屬外殼3卜其上端向上方延伸—結合部32，結合部％具有中間件 _ 321及由中間件321兩侧分別向外側延伸的第一對耳片兕2、第二對耳片 323、第三對耳片324及第四對耳片325 ;金屬外殼31於該結合部32的相 對邊具有-對向外侧延伸的、v形臂31卜312，兩、v形臂311、312 φ 之間具有間距313 ; 一塑膠絕緣體33，被套接於金屬外殼31的内側；塑膠絕緣體泊具 有中空部331，塑膠絕緣體33的上端具有一向上方延伸的可彎折的片 體34及一向外側水平延伸的凸出部35 ;凸出部35被容置於兩、、L〃形臂 311、312之間；片體34位於凸出部35的相對邊；凸出部35具有相連通 的第一凹槽351、第二凹槽352,第二凹槽352的截面口徑較第一凹槽351 的截面口徑大，且位於第一凹槽351的上方；片體34具有分別與第—凹 槽351及第一凹槽352相對應的第一凸出部341、第二凸出部342 ; M3 07241 一中心端子36 ’被套接於塑膠絕緣體33的中空部331 ;中心端子36 的上端具有相通的固定槽361及導引槽362 ;導引槽362位於固定槽刷 的上方；中心端子36的下端具有兩相對的觸片363，用以挾持一公端 子，如圖3A、4A所示； 其中，中心端子36的導引槽362的截面口徑大於同軸電線4〇的内導 線41的直徑，固定槽361上端的截面口徑小於内導線的直徑，俾當使 内導線41置於中心端子36的導引槽362内及第-凹槽351内，同軸電線 •的内絕緣層42置於兩、、L〃形臂31卜312之間，延伸至兩、'L〃形臂311、 312之外側時，如圖3Β、4β、5A所示，再彎折結合部犯，使片體^向下 方彎折壓迫内導線4卜使内導線被擠壓進入固定槽361内，如圖沾所 不，並使絕緣片體34的第二凸出部342、第一凸出部341分別被置於第 .二凹槽352、第一凹槽351内，且壓制於内導線41的上方，使内導線41 與結合部32不接觸；同時使第一對耳片322扣合於金屬殼體31外側的上 端，第二對耳片323扣合於兩、、1/形臂311、312的外侧，第三對耳片 • 324、第四對耳片325分別扣合於同轴電線4〇的接地導線層43、外絕緣 層44。如圖3C、4C所示。 本新型利用擠壓同軸電線40的内導線41，才能進入中心端子36的 固定槽361特殊設計，使内導線41在固定槽361内呈被固定槽361的槽壁 擠壓的狀態，使中心端子36與内導線41的結合更穩定，具有較佳的訊 號傳輸品質，且使用時，同軸電線40若受到不當的拉力時，也較不會 使内導線41脫離中心端子36。 請參閱圖6A、6B、6C、6C’ 、6D、6E所示。本新型的中心端子可 M307241 有多種不同的形狀變化，如： 中心端子36的上端具有相對的第一壁364、第二壁365 ;第一壁 364、第二壁365分別具有形成相通的固定槽观及導引槽362，如圖 所示。 中心端子51的上端具有一壁511。壁511具相通的固定槽512及導引 槽513 ’如圖6B所示。 中心端子52包括上端部521及下端部522，上端部521置於下端部 _ 522的上端；上端部521具有底片523、第一片524及第二片525 ;第一片 4及第片525刀別由底片523的兩相對邊向上方延伸；第一片524及 第二片525的端部分別向下方彎折形成第-壁526、第二壁527;第-壁 526、第一壁527之間的空間形成相導通且具有深度的固定槽娜及導引 槽529’如圖6C、6C，所示。 中心端子60包括上端部61及下端部62，上端部61置於下端部_ 上端；上端部61具有底片61卜第一片612及第二片⑽；第一片612及 籲第二片613分別由底片611的兩相對邊向上方延伸；第一片612及第二片 613的端部分別向下方料形成第-壁614、第二価5 ;第一片612及 第二片613中間部分分別具有槽孔616、617槽孔616、617分別延伸至 第壁614、第一価5的端部；底片611具有分別供第一壁614、第二 壁615的底端穿過的孔618、⑽；第一壁614與第二壁615之間的空間形 成相導通且具有深度的固定槽63及導引細，如圖6])所示；可進一步 使塑膠絕緣體的片體具有與槽孔616、_目對應的凸荀；利用凸筒扣 入槽孔616、617内使片體與中心端子更穩固的結合。 M307241 中心^?&子53的上端具有兩相對呈弧狀的第一壁531、第二壁532 ; 第一壁531的端部及第二壁532的端部之間形成相連通的固定槽533、導 引槽534 ;中心端子53的下端具有複數呈弧狀的觸片535，俾用以挾持 公端子，如圖6E所示。 請參閱圖7A、7B所示。本新型中心端子54的上端具有固定槽541及 導引槽542，其中固定槽541兩側的槽壁543、544呈銳利狀。當包覆内 導線的内絕緣層42被擠壓往中心端子54的固定槽541内移動時，可被槽M3 07241 VIII. New description: [New technical field] The new type is related to electrical connectors, especially the improved structure of RF connectors for RF (Radio Frequency) communication. [Prior Art] The microwave connector for RF communication disclosed in the Japanese Patent Application No. M271298, the entire disclosure of which is incorporated herein by reference. - two opposite ends of the end extend for holding the - male terminal; the body (four) _ end with a secret-shaped female section, the sides of the female section are symmetrically curved curved '俾 in the joint of the clamping section - In the operation of the wire of the coaxial wire, the two sides of the clamp = segment are relatively smoothly bent, and the inner wire is firmly clamped. Shen Qingren, another approved Taiwan patent No. 72, the corresponding US Patent Application No. 11/115,108, discloses a microwave connector for RF communication, including a male terminal, and 9 has a body 'forest body-end Extending a protrusion for plugging in - the female terminal; *===Checking the # segment, the tanker is in the arc of the arc, and the two sides of the inner wire of the coaxial wire are combined with each other. Steady_News_. After the shaft wire is connected, the female end-to-end knife is combined with the scorpion of the same shell as the t-sub-contact - _ 绝 及 and - metal outside 4 ... operation. _ The force of the handle material ^ causes the probability of defective products. Between and will increase. Please refer to Figure 1A, 1B, ic. A known connector manufacturing method, the package M307241 includes a hollow portion of the insulator 11 - the upper end of the center terminal insulator u has a groove 111, and - a sheet body 112 extending upwardly; the center terminal The upper end is connected to the first lost piece 121 and the second folded piece >} 122. The first clamping piece 121 is placed in the recess (1) of the insulator n. One end of the second clamping piece 122 is connected to one end of the first clamping piece 121, and the other end of the second cooling piece 122 is placed above the first clamping piece 121. The metal casing is further combined with the insulator 11 The side of the metal casing 13 is coupled to a fastening portion (3). The fastening portion 131 has a plurality of pairs of ears 132, 133, 134, and 135 extending toward the sides, as shown in FIG. 1A. The inner wire 21 of the wire 2 is placed in the groove (1), and is placed on the upper side of the first clamping piece. The inner insulating layer 22 of the coaxial wire 20, the grounding wire layer 23 and the outer insulating layer 24 are respectively placed in the groove 111. The outer side ' is as shown in FIG. 1B; and the fastening portion 131 is bent 9 degrees, and the inner wire 21 is sandwiched to the second clamping piece 122 and the first clamp by the upper end edge ' of the metal casing 11 Between the splicing sheets 121, the sheet body 112 is pressed on the second splicing sheet 122, so that the second detachment sheet 122 and the fastening portion 131 are not thin; and the materials are in the step-by-step materials #132, 133, 134, 丨%, The ears 132, 133 are respectively fastened to the metal casing u, and the ears 134, 135 are respectively fastened to the grounding conductor layer 23 and the outer insulating layer 24, as shown in Fig. 1C. In the assembly method of the above connector, the bending operation is combined with the center terminal, and the machining operation is time-saving. However, the structure of the first refreshing piece 121 and the first cooling piece 122 sandwiching the line 21 is less stable, which may affect the quality of the signal transmission, and if the coaxial wire is improperly pulled during use, it is easier to loosen. [New content] In order to improve the combination structure of the Rm·microwave connection correction and the inner conductor of the coaxial hiding, it is more convenient and time-saving to add jade, and can reduce the rate of the postal product, and the M307241 invention. The new type of transfer (four), in the provision of - face through the wealth of materials, so that the connector's central terminal and the inner wire of the coaxial wire are easier to be processed and combined and more time-saving / the new type of the purpose of the - is provided - The surface-pass microwave connector allows the center terminal of the connector to be more tightly coupled with the inner conductor of the coaxial wire without loosening the manufacturing yield. For other purposes and functions of the present invention, please refer to the drawings and embodiments, which are described in detail below. [Embodiment] • Please refer to Figures 2, 3A-3C, 4A-4C, 5A, and 5B. The present invention relates to a microwave connector that is used to make the manufacturing of the connector more time-saving, and the center terminal and the inner wire of the coaxial wire are more closely combined. The first embodiment of the present invention includes: The metal casing 3 extends upwardly from the upper end thereof to the joint portion 32. The joint portion has an intermediate member 321 and a first pair of ears 2, 2 and a second pair of ears 323 extending from the sides of the intermediate member 321 to the outside. Three pairs of ears 324 and a fourth pair of ears 325; the metal casing 31 has opposite sides of the joint 32, a v-shaped arm 31 312 extending between the two, v-shaped arms 311, 312 φ A plastic insulator 33 is sleeved on the inner side of the metal casing 31. The plastic insulator has a hollow portion 331. The upper end of the plastic insulator 33 has a bendable sheet 34 extending upward and a horizontally extending outer side. a projection 35; the projection 35 is received between the two, L-shaped arms 311, 312; the wafer 34 is located at the opposite side of the projection 35; the projection 35 has a first groove that communicates 351, the second groove 352, the cross section of the second groove 352 is smaller than the cross section of the first groove 351 The caliper has a large diameter and is located above the first recess 351. The slab 34 has a first protrusion 341 and a second protrusion 342 respectively corresponding to the first groove 351 and the first groove 352. M3 07241 The center terminal 36' is sleeved in the hollow portion 331 of the plastic insulator 33; the upper end of the center terminal 36 has a communicating fixing groove 361 and a guiding groove 362; the guiding groove 362 is located above the fixing groove brush; and the lower end of the center terminal 36 has two The opposite contact piece 363 is configured to hold a male terminal, as shown in FIGS. 3A and 4A. The guide groove 362 of the center terminal 36 has a larger diameter than the inner wire 41 of the coaxial wire 4, and the upper end of the fixing groove 361. The cross-sectional diameter of the cross-section is smaller than the diameter of the inner lead. When the inner lead 41 is placed in the guide groove 362 of the center terminal 36 and the first recess 351, the inner insulating layer 42 of the coaxial electric wire is placed in two, L-shaped shapes. Between the arms 31 and 312, when extending to the outside of the 'L-shaped arms 311 and 312, as shown in FIG. 3Β, 4β, and 5A, the joint portion is bent again, and the sheet body is bent downward and pressed. The wire 4 causes the inner wire to be squeezed into the fixing groove 361, as shown in the figure, and the insulating sheet 3 is made The second protruding portion 342 and the first protruding portion 341 are respectively disposed in the second recess 352 and the first recess 351, and are pressed over the inner lead 41 to connect the inner lead 41 and the joint portion 32. No contact; at the same time, the first pair of ears 322 are fastened to the upper end of the outer side of the metal casing 31, the second pair of ears 323 are fastened to the outside of the two, 1/arms 311, 312, and the third pair of ears 324. The fourth pair of ears 325 are respectively fastened to the grounding conductor layer 43 and the outer insulating layer 44 of the coaxial wire 4〇. As shown in Figures 3C and 4C. The present invention utilizes the inner wire 41 of the extruded coaxial wire 40 to enter the fixing groove 361 of the center terminal 36, so that the inner wire 41 is pressed in the fixing groove 361 by the groove wall of the fixing groove 361, so that the center terminal The combination of 36 and the inner lead 41 is more stable, has better signal transmission quality, and when used, the coaxial electric wire 40 does not cause the inner lead 41 to be disengaged from the center terminal 36 if it is subjected to an improper pulling force. Please refer to Figures 6A, 6B, 6C, 6C', 6D, 6E. The center terminal of the present invention can have a variety of different shape changes, such as: the upper end of the center terminal 36 has an opposite first wall 364 and a second wall 365; the first wall 364 and the second wall 365 respectively have a fixing slot formed therebetween. View and guide slot 362 as shown. The upper end of the center terminal 51 has a wall 511. The wall 511 has a fixed fixing groove 512 and a guiding groove 513' as shown in Fig. 6B. The center terminal 52 includes an upper end portion 521 and a lower end portion 522. The upper end portion 521 is disposed at an upper end of the lower end portion 522. The upper end portion 521 has a bottom plate 523, a first piece 524 and a second piece 525; the first piece 4 and the second piece 525 The two ends of the first piece 524 and the second piece 525 are respectively bent downward to form a first wall 526 and a second wall 527; the first wall 526 and the first wall 527 are respectively formed. The space between the spaces forming the phase and the depth of the fixed groove and the guide groove 529' are as shown in Figs. 6C and 6C. The center terminal 60 includes an upper end portion 61 and a lower end portion 62. The upper end portion 61 is disposed at a lower end portion _ upper end; the upper end portion 61 has a bottom piece 61 and a first piece 612 and a second piece (10); the first piece 612 and the second piece 613 are respectively The two sides of the first piece 612 and the second piece 613 are respectively formed downwardly to form a first wall 614 and a second side 5; the middle part of the first piece 612 and the second piece 613 are respectively respectively The slots 616, 617 have slots 616, 617 extending to the ends of the first wall 614 and the first jaw 5 respectively; the backsheet 611 has holes 618 through which the bottom ends of the first wall 614 and the second wall 615 pass, respectively, (10) The space between the first wall 614 and the second wall 615 is formed to be electrically conductive and has a depth of the fixing groove 63 and the guiding thinness, as shown in FIG. 6]); the sheet of the plastic insulator can be further provided with the slot 616. The embossing corresponding to the _ mesh; the buckle is inserted into the slots 616, 617 to make the sheet and the center terminal more firmly combined. The upper end of the M307241 center has a first arcuate first wall 531 and a second wall 532; and the end of the first wall 531 and the end of the second wall 532 form a fixed slot communicating with each other. 533, the guiding groove 534; the lower end of the center terminal 53 has a plurality of arc-shaped contacts 535 for holding the male terminal, as shown in FIG. 6E. Please refer to Figures 7A and 7B. The upper end of the center terminal 54 of the present invention has a fixing groove 541 and a guiding groove 542, wherein the groove walls 543 and 544 on both sides of the fixing groove 541 are sharp. When the inner insulating layer 42 covering the inner conductor is pressed into the fixing groove 541 of the center terminal 54, it can be grooved.
• 壁543、544割破，而裸露出被擠壓於固定槽541内的内導線41，如圖7B 所示。本實施例可省去剝除同軸電線4〇内絕緣層42使内導線41露出的 工作。 請參閱圖8A、8B所示。本新型RF通訊用微波連接器的第二實施例； 包括： 一金屬外殼71，其上端向上方延伸一結合部72，結合部72具有中間件 721及由中間件721兩侧分別向外侧延伸的第一對耳片了22、第二對耳片 籲723、第三對耳片724及第四對耳片725;金屬外殼71於該結合部72的相 對邊具有一對向外側延伸的、、L〃形臂71卜712，兩、、L〃形臂711、712 之間具有間距713 ; -塑膠絕緣體73 ’被套接於金屬外殼?!的内側；塑膠絕緣體π具 有一中空部731;塑膠絕緣體73的上端而向上方延伸一可彎折的片體^ 及向外側水平延伸的凸出部75 ;凸出部75被容置於兩、、L"形臂711、 712之間；片體74位於凸出部75的相對邊；凸出部75具有一凹槽75卜 片體74與凹槽751相對應； M3 07241 一中心端子76，被套接於塑膠絕緣體73的中空部乃丨；中心端子冗 的上端具有相通的固定槽761及導引槽762 ;導引槽淵位於固定槽76ι 的上方：中心端子76的下端具有一公端子763，用以被挟持於一母端子 的兩觸片之間； 其中，中心端子76的導引槽762的截面口徑大於同軸電線4〇的内導 線41的直徑，固定槽761上端的截面口徑小於内導線41的直徑，俾當使 内導線41置於中心端子4〇的導引槽762内及凹槽751内，同軸電線的内 魯絕緣層42置於兩L形臂711、712之間，並延伸至兩、、L”形臂711、 712之外側時，再彎折結合部72，使片體74向下方彎折壓迫内導線41， 使内導線被擠壓進入固定槽761内，並使絕緣片體74的下端被置於凹槽 • 751内，且壓制於内導線41的上方，使内導線41與結合部72不接觸；同 時使第一對耳片722扣合於金屬殼體71外側的上端，第二對耳片723扣 合於兩、、L”形臂711、712的外側，第三對耳片724、第四對耳片725 分別扣合於同軸電線40的接地導線層43、外絕緣層44，如圖8B所示。 _ 本新型利用擠壓同軸電線40的内導線41，才能進入中心端子76的 固定槽761特殊設計，使内導線41在固定槽761内呈被固定槽761的槽壁 擠壓的狀態，使中心端子76與内導線41的結合更穩定，具有較佳的訊 號傳輸品質，且使用時，同軸電線40若受到不當的拉力時，也較不會 使内導線41脫離中心端子76。 本新型使連接器的中心端子與同轴電線的内導線之間更容易被加 工結合且更省時，並使連接器的中心端子與同轴電線的内導線更能緊 密結合不鬆動，提升製造良率。 M307241 以上所記載，僅為利用本新型技術内容之實施例，任何熟悉本項 技藝者運用本創作所為之修飾、變化，皆屬本新型主張之專利範圍， 而不限於實施例所揭示者。• The walls 543, 544 are cut and the inner conductor 41 that is squeezed into the fixing groove 541 is exposed, as shown in Fig. 7B. In this embodiment, the work of peeling off the inner insulating layer 42 of the coaxial electric wire 4 to expose the inner lead 41 can be omitted. Please refer to Figures 8A and 8B. A second embodiment of the microwave connector for RF communication includes: a metal casing 71 having a joint portion 72 extending upwardly from an upper end thereof, the joint portion 72 having an intermediate member 721 and extending outwardly from both sides of the intermediate member 721 a first pair of ears 22, a second pair of ears 723, a third pair of ears 724 and a fourth pair of ears 725; the metal casing 71 has a pair of outwardly extending sides on opposite sides of the joint 72, L-shaped arm 71 712, two, L-shaped arms 711, 712 have a spacing 713; - plastic insulator 73 ' is sleeved on the inside of the metal casing?! plastic insulator π has a hollow portion 731; plastic insulator A bendable sheet body and a convex portion 75 extending horizontally outwardly extend upwardly from the upper end of the sheet 73; the projection portion 75 is received between the two, L" arms 711, 712; the sheet body 74 The protrusion 75 is located at the opposite side of the protrusion 75; the protrusion 75 has a groove 75 corresponding to the groove 751; M3 07241 a center terminal 76 is sleeved in the hollow portion of the plastic insulator 73; the center terminal The redundant upper end has a communicating fixing groove 761 and a guiding groove 762; the guiding groove is located in the fixing groove 7 The upper end of the center terminal 76 has a male terminal 763 for being held between the two contacts of a female terminal; wherein the guiding groove 762 of the central terminal 76 has a larger cross-sectional diameter than the coaxial cable 4〇 The diameter of the wire 41, the cross-sectional diameter of the upper end of the fixing groove 761 is smaller than the diameter of the inner wire 41, and the inner wire 41 is placed in the guiding groove 762 of the center terminal 4 and the groove 751, and the inner insulating layer of the coaxial wire 42 is placed between the two L-shaped arms 711, 712 and extends to the outer sides of the two L-shaped arms 711, 712, and then the joint portion 72 is bent, so that the sheet body 74 is bent downward to press the inner wire 41, The inner wire is pressed into the fixing groove 761, and the lower end of the insulating sheet 74 is placed in the groove 751 and pressed over the inner wire 41 so that the inner wire 41 does not contact the joint portion 72; The first pair of ears 722 are fastened to the upper end of the outer side of the metal casing 71, the second pair of ears 723 are fastened to the outer sides of the two, L" arms 711, 712, the third pair of ears 724, the fourth pair The tabs 725 are respectively fastened to the grounding conductor layer 43 and the outer insulating layer 44 of the coaxial electric wire 40, as shown in FIG. 8B. _ The present invention utilizes the inner wire 41 of the extruded coaxial wire 40 to enter the fixing groove 761 of the center terminal 76, so that the inner wire 41 is pressed in the fixing groove 761 by the groove wall of the fixing groove 761, so that the center The combination of the terminal 76 and the inner lead 41 is more stable, and has better signal transmission quality. When used, the coaxial electric wire 40 does not cause the inner lead 41 to be disengaged from the center terminal 76 when subjected to an improper pulling force. The invention makes the connection between the central terminal of the connector and the inner wire of the coaxial wire easier to process and saves time, and makes the central terminal of the connector and the inner wire of the coaxial wire more tightly coupled without loosening, thereby improving manufacturing. Yield. M307241 The above description is only for the embodiments of the present invention, and any modifications and variations made by those skilled in the art using the present invention are within the scope of the patent claims, and are not limited to the embodiments disclosed.
12 M307241 22、42内絕緣體 23、43接地導線層 24、44外絕緣層 32、72結合部 32卜721中間件 322、722第一對耳片 323、723第二對耳片 324、724第三對耳片 325、725第四對耳片 311、312、7H、712 ''1/ 形臂 313、713 間距 33、73塑膠絕緣體 33卜731中空部 341第一凸出部 342第二凸出部 35、75凸出部 351第一凹槽 352第二凹槽 36、51、52、53、54 、60、76中心端子 361、512、528、533 、541、63、761 固定槽 362、513、529、534 、542、64、762 導引槽 363、535 觸片 364第一壁 365第二壁 511壁 52卜61上端部 522、62下端部 523、611 底片 524、612 第一片 525、613 第二片 526、531、614 第一壁 527、615 第二壁 532、543、544 槽壁 616、617 槽孔 618、619 孔 1412 M307241 22, 42 inner insulator 23, 43 grounding conductor layer 24, 44 outer insulating layer 32, 72 joint portion 32 721 middle piece 322, 722 first pair of ears 323, 723 second pair of ears 324, 724 third Pair of ears 325, 725 Fourth pair of ears 311, 312, 7H, 712 ''1 Shaped arms 313, 713 Spacing 33, 73 Plastic insulator 33 731 Hollow portion 341 First projection 342 Second projection 35, 75 protruding portion 351 first groove 352 second groove 36, 51, 52, 53, 54, 60, 76 central terminal 361, 512, 528, 533, 541, 63, 761 fixing groove 362, 513, 529, 534, 542, 64, 762 guiding groove 363, 535 contact piece 364 first wall 365 second wall 511 wall 52 cloth 61 upper end portion 522, 62 lower end portion 523, 611 negative film 524, 612 first piece 525, 613 Second piece 526, 531, 614 first wall 527, 615 second wall 532, 543, 544 groove wall 616, 617 slot 618, 619 hole 14