五、新型說明： 【新型所屬之技術領域】 本創作關於一種同軸纜線連接器，用以連接一同軸纜線至一對接 件，例如有線電視訊號線等，且為連續性保持訊號傳輸良好的同轴纜 線連接器。 【先前技術】 在本創作人的美國已核准專利申請第13/015,572號「同軸電纜線 連接器」別案中’提供了-種能組接同_種規格但線材外徑尺寸不同 電魔線的同㈣麟触||，其係糊_歸贿供—外形娜 擠垄且王Φ性的包覆電縣，並湘該塑膠轴套變形擠S —内部環狀 柱體中穿⑨之m線；該轉軸套受到料部圓形軸環的包覆而 不受日m、雨淋’可防止老化、氧化㈣，以延伸連接㈣使用期限。 藉由該外侧形軸環·_人日與該㈣環狀柱體之麟包覆層插 為存在-練短之距離，供預設電镜線便於組裝嵌設且麼接省 力達到不破壞電鐵線紹領包覆層和内部絕緣層之目的。 該連接器是將電纜線B與—對接件8連接的，如第二騎示，對 =8具有-基座81 ’並在基座81上延伸出—外表為螺紋的㈣ 頭2，F接頭8 2端面具有一接觸部83且内部具有夹持彈片8心 如第一圖所示，相對為該前案中第九 ^ rrrj .…"T乐几圆，由於環狀螺帽1 ，、ί接件8之F接頭8 2外表螺紋旋緊時，環狀螺帽的貼合 Τ環狀峨嶋面2a德的，嘯彻則和對接 之F接頭δ2外表螺紋旋緊時才能相互接觸而形成良好的接地迴 M424686 路功能’保持電鐵線B與對接件8之間的訊號傳輸良好。如果環狀螺 帽1未旋緊情形下，或經長期使用發生鬆脫時，則會發生訊號傳輸不 良的缺點。 為改善此一問題，市場上已有連續性同軸纜線連接器的設計如 第二圖所不’其主要是在環狀螺帽91、内部環狀柱體9 2、及環狀 主體9 3組合交界位置t設置-彈片9 〇，可參見第三厶圖放大所 示，其中彈片9 0是被夾制於内部環狀柱體9 2及環狀主體g 3之 間，並接觸到環狀螺帽9!，保持環狀螺帽9 i無論是否與對接件旋 緊，皆能具有接地迴路功能。但是，這樣的結構成本較高、彈力較弱 和接觸較不穩定，且造成組裝彈片9 〇時必需_定方向组裝耗時 且困難’且如第三；8圖所示必需-特殊形狀的彈片g 〇，造成製造成 本的上升，皆有待改善。 【新型内容】 針對於先前技術的問題點，本創作提供了一種連續性同轴電鏡線 連接器，與一電纜線組接並連接於一對接件；其係包括： 一環狀螺帽，内部具有㈣紋與該對接件的外歡旋合，並在後 側形成翻，並在該接_面垂直方向向前職—崎面，在 該内緣面別方形成一貼合面及後方形成一圓弧部； 一内部環狀柱體，銜接於該環狀螺帽一側，且相對於該環狀螺帽 另一側形成一扣鈎部，並自左側邊形成一鋁羯包覆層插入口； 一塑膠環狀域，套設於該内部環餘體外部，前側内部具有一 4 M424686 迫緊内孔且外部形成i縮部，該頸縮部上具有—凹溝，並在該顯缩 部後方形成-斜面’該斜面後端連接—垂直面；該_環狀主體後侧 外表形成-環狀迫緊部，且該扣鈎部延伸出該環狀迫緊料侧；該環 狀迫緊部前端連接一止擋環； Λ < -外部圓形轴環’套設該環狀迫緊部後側外，且未組裝該電變線 前’該塑膠環狀讀具有-祕迫緊轉；其麵邊具有―電镜線插 入口 ’並在該電纜線插人σ内形成__内純小的迫緊内孔該迫緊内 孔前側形成一内導斜面； 一塑膠轴套’設置於該外部圓形軸環内部，且其前端的内緣與該 扣鈎部外緣之間存在足夠空間，以容納該·線之編織層；以一顯 工具將該外部圓形轴環端面與該止擋環連接後，該轉軸套彈性變形 並讎該扣鈎部’而全面性的包覆位在該扣鈎部外的外徑尺寸不同今 飄之絕鳴，蝴·咖㈣；卿峨端的内緣 具有與該外部圓形轴環之迫緊内孔相稱之内徑，前端的内緣和該後端 的内緣之間财-義之環輸，且棘_ 下傾的卡縣φ ^ -曲形彈片’套設於該塑膠環狀主體之頸縮部上 =面方=Γ保持接觸，使得環狀螺帽的貼合面與内部環狀柱= 接H 體，#歡酬爾件_她有良好的 接也⑽，以保持該電㈣與該對接件之間的訊號傳輸良·及 防水之0型環，設於該塑膠環狀主體的凹 壓於該環狀螺帽的内续μ〜 門立这◦型％抵 縮部之間的間隙。，.1十於該環狀螺帽與該塑谬環狀主體頸 5 M424686 本創作所提供的連續性同軸電纜線連接器，利用曲形彈片套設於 塑勝環狀主體之職部上，並與環㈣微方接_面縣接觸（無 論環狀螺帽技與雌倾緊），@此概獅和對接件（第二圖）旋 接時’線的中心導體與對接件的夾持彈片插接傳輸信號，同時環 狀螺帽的貼合面與内部環狀柱體的抵持面抵緊連為一體，即使只旋入 -牙，也能有良好的接地迴路，以保持電财與對接件之間的訊號傳 輸良好。她於第-騎示的先前技術之彈#設於環狀主體及内部環 狀柱體之間，本創作陳合較觸f^^卿片組斜不必分正反 .面，組裝快速、容《、彈力較強和接觸較敎，製作成本施先前技 術來的低》 以下’將絲圖面所示之實關而詳加制本解的結構特點及 使用功效。 【實施方式】 參閱第四圖至第七圖，本創作所提供的連續性同軸電纜線連接 器，大致與美國已核准專利申請第13/015,572號「同轴電纜線連接器」 前案相同，係與一電纜線組接並連接於一對接件（圖未示，可參見前 案），主要元件具有一環狀螺帽！、一内部環狀柱體2、一塑膠環狀主 體3、一外部圓形軸環4、及一塑膠軸套5，並增加了一曲形彈片6 及一防水之〇型環7。 本創作環狀螺帽1内部具有内螺紋i1與對接件8(參見第二圖） 之F接頭8 2外表螺紋旋合，並在環狀螺帽丄後側形成—接觸端面i 2 ’可參見第六圖及第七圖，另，在與接觸端面12垂直方向向前形 6 成-内緣面13，在内緣面！3前方形成—貼合面i 4及後方形成— 圓弧部1 5。而内部環狀柱體2銜接於觀螺帽丄一側且相對於環 狀螺帽1另-側形成-扣鈎部2工’其具有—扣鈎部外緣2ΐι，並 自後側邊形成包覆層插人σ22 ;丨，内部環狀柱體2前端面 形成-抵貼部2 4 ’並相對該抵貼部24背面形成—抵持面23。 塑膠環狀主體3套設於内部環狀柱體2外部，前側内部具有一迫 緊内孔31且外部形成-頸縮部3 2，該頸縮部3 2上具有一凹溝3 3，並在頸縮部3 2後方形成-斜面3 21，斜面3 21後端連接一 垂直面3 2 2 ;卿環狀主體3後侧外表形成—環狀迫緊部34，且 内4環狀柱體2之扣鈎部21延伸出環狀迫緊部3 4外側，環狀迫緊 部34前端連接一止擋環35。 外部圓形轴環4套設環狀迫緊部34後側外，且未組裝電鐵線 前’娜馳主體3具有-壓接迫緊距離，後侧邊具有—魏線插入 口41，並在該電纜線插入口41内形成一内徑較小的迫緊内孔42 (參見第六圖），該迫緊内孔4 2前側形成一内導斜面4 3。 塑膠軸套5設置於外部圓形軸環4内部，且其前端的内緣5工與 扣鈎部21外緣之間存在足夠空間，以容納電纜線之編織層，並可以 一壓接工具將外部圓形軸環4端面與止擋環3 5連接後，塑膠軸套5 彈性變形並擠壓扣鈎部21，而全面性的包覆位在扣鈎部2 i外的電 纜線之絕緣外套，並將電纜線卡固密封，可參見前案說明。 塑膠軸套5後端的内緣5 2具有與外部圓形軸環4之迫緊内孔4 2相稱之内徑，前端的内緣51和後端的内緣5 2之間設有一漸縮之 環形壁面5 3，且該環形壁面5 3相對外表上設有—下傾的卡持斜面 M424686 5 4° 本創作主要改良點，是增設了_曲形彈片6。曲形彈片6套設於 塑_狀主體3之頸縮部3 2上，其内環緣6 i套於頸縮部3 2後方 的，面3 21外且—侧緣6 2抵於垂直面3 2 2上，另側緣6 3抵於 物狀螺帽1接觸端面i 2上並保持接觸以提供彈力使得環狀螺帽 1的貼合面14與内部環狀柱體2的把持面23抵緊連為—體保持導 電性連接，當環狀螺帽1旋人對接件8的F接頭82外表螺紋時能有 # 良好的接地鱗’以保制軸靖接件之騎峨傳輸良好。 本創作利用曲轉片6套設於塑膠環狀主體3之頸縮部3 2上， 並與環狀螺帽1後側接觸端面！2保持接觸（無論環狀螺帽工是否與 對接件8旋緊），因此環狀螺帽工和對接件8旋接時，魏線的中心導 體與對接件8的祕糾8 4插接傳輸錢，㈣環狀螺帽i的貼合 面14與内部環狀柱體2的抵持面23抵緊連為一體，即使環狀螺帽 1之内螺紋1 1只旋入對接件接頭82外表螺紋—牙也能有 良好的接地迴路，以保持魏線與對接件8之間的訊號傳輸良好。相 Φ 較於第二圖所示的先前技術之彈片設於環狀主體及内部環狀柱體之 Μ，本創作的組合較為Μ ’且曲形則6製作成本紐先前技術來 的低。 進者，詳見第七圖所示’本創作在塑勝環狀主體3頸縮部3 2的 凹溝3 3内設有-防水之0型環7，且該〇型環7抵壓於環狀螺帽丄 的内緣面13上，密封於環狀螺帽1與塑膠環狀主體3頸縮部3 2之 間的間隙，達到良好的防水功能。 參見第八圖所示，本創作的曲形彈片6側視如圖中（Β)及（c) 8 M424686 • 所示為「8」字型，因其彎曲形狀，故能保持環狀螺帽i的貼合面1 . 4如料綠㈣雜持面2 3錄_。餅㈣的，本娜並 不以此形狀為限，其他類似或等效之彈片也可應用於本案卜 本創作之曲形彈片6直接套接於塑膝環狀主體3的頸縮部3 2 上’相較於第三圖所示的先前技術之彈片設於環狀主體及内部環狀柱 體之間’本創作驗合較關易，且_彈片6製作成本雜先前技 術來的低，且有良好的接觸效果。 綜上所陳，本創作所提供的連續性同轴電齡連接器，完全符合 專利的新穎性及進步性，爰依法提出申請。 【圖式簡單說明】 第一圖為習知「同軸電鐵線連接器」前案之剖面視圖， 第二圖代表-種習知對接件之部份剖面視圖， 第:圖代表另-種習知連續性同軸電镜線連接器的剖面視圖， 第二A圓代表第王财入部份放大視圖， 第-B圖代表習知結構之彈片正面及侧面視圖， 第四圖代表本創作之分解圖， 第五圖代表本創作之組合圖， 第、圖代表本創作之剖面視圖， 第七圖為第六圖中A部份的放大視圖， (C)。 第八圖代表本創作之曲形彈片之平面視圖⑷、及側面視圖⑻ 9 M424686 【主要元件符號說明】 環狀螺帽1 内螺紋1 1 接觸端面12 内緣面1 3 貼合面14、1 a 圓狐部1 5 内部環狀柱體2 扣釣部2 1 扣鈎部外緣211 鋁箔包覆層插入口 2 2 抵持面2 3、2 a 抵貼部2 4 塑膠環狀主體3 迫緊内孔31 頸縮部3 2 斜面3 2 1 垂直面3 2 2 凹溝3 3 環狀迫緊部3 4 止擋環3 5 外部圓形軸環4 電鏡線插入口 41 迫緊内孔4 2 内導斜面4 3 塑膠軸套5 前端的内緣51 後端的内緣5 2 環形壁面53 卡持斜面5 4 曲形彈片6 内環緣6 1 一側緣6 2 另側緣6 3 〇型環7 電纜線B 對接件8 基座8 1 F接頭8 2 接觸部8 -3 夾持彈片8 4 彈片9 0 環狀螺帽91 内部環狀柱體9 2 環狀主體9 3V. New description: [New technical field] This is a coaxial cable connector for connecting a coaxial cable to a pair of connectors, such as cable TV signals, etc., and for maintaining continuity of signal transmission. Coaxial cable connector. [Prior Art] In the creator's US Approved Patent Application No. 13/015,572 "Coaxial Cable Connector", "provided" can be assembled with the same type of wire but the outer diameter of the wire is different. The same (four) lining touch||, its paste _ returning bribes - the shape of the squeezing ridge and the king Φ sex coated electric county, and the plastic sleeve deformation deformation S - internal ring cylinder wearing 9 m The shaft sleeve is covered by the circular collar of the material part without being affected by the day m, raining, preventing aging, oxidation (4), and extending the connection (4). By inserting the outer-shaped collar·_person day and the (four) annular cylinder into a presence--a short distance, the preset electron microscope line is convenient for assembly and assembly, and the connection is labor-saving to achieve no damage. The wire is used for the purpose of covering the cladding layer and the inner insulation layer. The connector connects the cable B to the docking member 8, as shown in the second riding, the pair has a base pedestal 81' and extends over the base 81. The outer surface is threaded (four) the head 2, the F joint 8 2 end face has a contact portion 83 and has a core for clamping the elastic piece 8 as shown in the first figure, which is relatively the ninth rrrj ...."T music circle in the former case, due to the annular nut 1 , ίFitting 8 F-joint 8 2 When the external thread is tightened, the ring nut is attached to the ring-shaped surface 2a, and the squeaking and the butt-joined F-joint δ2 can be in contact with each other when the external thread is tightened. Forming a good ground return M424686 function "keep good signal transmission between the electric iron wire B and the docking member 8. If the annular nut 1 is not tightened, or if loosening occurs over a long period of time, the signal transmission may be poor. In order to improve this problem, there is a design of a continuous coaxial cable connector on the market as shown in the second figure, which is mainly in the annular nut 91, the inner annular cylinder 9.2, and the annular body 9 3 The combination boundary position t is set - the elastic piece 9 〇, which can be seen in the enlarged view of the third figure, wherein the elastic piece 90 is sandwiched between the inner annular cylinder 9 2 and the annular body g 3 and is in contact with the ring shape. The nut 9!, the retaining ring nut 9 i can have a ground loop function regardless of whether it is screwed to the butt joint. However, such a structure has high cost, weak elasticity, and relatively unstable contact, and it is necessary to assemble the shrapnel 9 〇 when it is necessary to fix the assembly in a time-consuming manner and is difficult as 'the third; 8 is necessary - special shape The shrapnel g 〇, causing an increase in manufacturing costs, needs to be improved. [New content] In view of the problems of the prior art, the present invention provides a continuous coaxial electron mirror wire connector, which is assembled with a cable and connected to a pair of connectors; the system comprises: a ring nut, the inside The (four) pattern is screwed with the outer part of the butt joint, and is turned over on the rear side, and the front side is formed in the vertical direction of the joint surface, and the front surface is formed on the inner side surface to form a fitting surface and the rear side. a circular arc portion; an inner annular cylinder that is coupled to one side of the annular nut and has a hook portion formed on the other side of the annular nut and an aluminum enamel coating layer formed from the left side Inserting port; a plastic annular domain, sleeved outside the inner ring body, the front side has a 4 M424686 tight inner hole and the outer part forms an i-retraction portion, the neck portion has a groove, and a rear portion of the constricted portion is formed - a bevel surface - the rear end of the bevel is connected - a vertical surface; the rear side of the annular body is formed with an annular pressing portion, and the hook portion extends out of the annular pressing material side; The front end of the pressing portion is connected with a stop ring; Λ < - the outer circular collar is set to the annular pressing portion Outside the rear side, and before the electric change line is assembled, the plastic ring read has a secret-tightness; its side has an "electron microscopy line insertion port" and forms a __ inner pure in the cable insertion σ a small pressing inner hole is formed on the front side of the inner hole to form an inner guiding bevel; a plastic bushing ' is disposed inside the outer circular collar, and there is enough between the inner edge of the front end and the outer edge of the clasp portion a space for accommodating the braid of the wire; after the outer circular collar end face is connected to the stop ring by a display tool, the sleeve is elastically deformed and the hook portion is fully covered The outer diameter of the outer part of the hook portion is different from that of the current floating, and the coffee (four); the inner edge of the end of the scorpion has an inner diameter commensurate with the inner hole of the outer circular collar, and the inner edge of the front end and The inner edge of the rear end is exchanged between the inner and the right, and the y ^ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The mating surface of the ring nut and the inner ring column = H body, #快乐尔_She has a good connection (10) to keep the electricity (4) and the docking The gap between the signal transmission portion of the water and good · between 0-ring, is provided in the annular plastic body pressed in the annular recess in the nut which continued μ~ ◦ vertical type gate contact% shrinkage. , .1 in the ring nut and the plastic ring body neck 5 M424686 The continuous coaxial cable connector provided by the present invention uses a curved elastic piece to be placed on the body of the plastic ring body. And contact with the ring (four) micro-party _ _ county (regardless of the ring nut technology and female tilt), @ this lion and the butt joint (second figure) when the screw line 'the center conductor and the butt joint The shrapnel is inserted into the transmission signal, and the bonding surface of the annular nut is integrated with the abutting surface of the inner annular cylinder. Even if only the teeth are screwed in, a good grounding loop can be provided to keep the electricity. The signal transmission with the docking piece is good. Her previous technique of the first-riding bullet was set between the ring body and the inner ring cylinder. The creation of this combination is more than the f^^qing piece group. It does not have to be divided into positive and negative faces. ", the elasticity is strong and the contact is relatively low, the production cost is low according to the prior art." The following is a detailed description of the structure and the use efficiency of the solution. [Embodiment] Referring to the fourth to seventh figures, the continuous coaxial cable connector provided by the present invention is substantially the same as the US Patent Application No. 13/015,572 "Coaxial Cable Connector". It is connected with a cable and connected to a pair of connectors (not shown, see the previous case). The main components have a ring nut! An inner annular cylinder 2, a plastic annular main body 3, an outer circular collar 4, and a plastic sleeve 5 are added with a curved elastic piece 6 and a waterproof shackle type ring 7. The inner annular nut 1 of the present invention has an internal thread i1 and an F-joint 8 2 of the abutting member 8 (see the second figure), and is screwed on the outer surface of the annular nut 1 and formed on the rear side of the annular nut — - the contact end surface i 2 ' The sixth figure and the seventh figure, in addition, are formed in a direction perpendicular to the contact end face 12 to form a 6-inner edge surface 13 on the inner edge surface! 3 Front formation - bonding surface i 4 and rear formation - arc portion 15 . The inner annular cylinder 2 is connected to the side of the crown nut and is formed on the other side of the annular nut 1 - the hook portion 2 has the outer edge 2 ΐ of the hook portion and is formed from the rear side The cladding layer is inserted into the σ22; 丨, the front end surface of the inner annular cylinder 2 forms a resisting portion 24' and forms a resisting surface 23 with respect to the back surface of the abutting portion 24. The plastic annular body 3 is sleeved on the outside of the inner annular cylinder 2, the front side has a pressing inner hole 31 and the outer portion forms a necking portion 32, and the neck portion 3 2 has a groove 3 3 and The rear side of the neck portion 3 2 is formed with a slope 3 21 , and the rear end of the slope portion 3 21 is connected with a vertical surface 3 2 2 ; the rear side of the bellows body 3 is formed with an annular pressing portion 34 and the inner 4 annular cylinder 2 The hook portion 21 extends outside the annular pressing portion 34, and the front end of the annular pressing portion 34 is connected to a stop ring 35. The outer circular collar 4 is sleeved outside the rear side of the annular pressing portion 34, and the front end of the electric iron wire is not assembled with a crimping distance, and the rear side has a Wei wire insertion opening 41, and A tightening inner hole 42 having a smaller inner diameter is formed in the cable insertion opening 41 (see the sixth drawing), and an inner guiding bevel 43 is formed on the front side of the pressing inner hole 42. The plastic sleeve 5 is disposed inside the outer circular collar 4, and there is sufficient space between the inner edge 5 of the front end and the outer edge of the hook portion 21 to accommodate the braid of the cable, and a crimping tool can be used. After the end face of the outer circular collar 4 is connected with the stop ring 35, the plastic sleeve 5 is elastically deformed and squeezes the hook portion 21, and the comprehensive covering of the cable sheath outside the hook portion 2i And the cable is sealed and sealed, as described in the previous case. The inner edge 52 of the rear end of the plastic sleeve 5 has an inner diameter commensurate with the pressing inner hole 42 of the outer circular collar 4, and a tapered ring is formed between the inner edge 51 of the front end and the inner edge 52 of the rear end. The wall surface 53 is disposed, and the annular wall surface 53 is provided with a downwardly inclined locking slope M424686 5 4°. The main improvement point of the present invention is the addition of the _ curved elastic piece 6. The curved elastic piece 6 is sleeved on the neck portion 3 2 of the plastic body 3, and the inner ring edge 6 i is sleeved behind the neck portion 3 2 , and the surface 3 21 is outside and the side edge 6 2 is perpendicular to the vertical surface. 3 2 2 , the other side edge 6 3 is in contact with the object nut 1 contacting the end surface i 2 and maintaining contact to provide an elastic force such that the abutment surface 14 of the annular nut 1 and the grip surface 23 of the inner annular cylinder 2 The abutting body is kept in a conductive connection, and when the ring nut 1 is screwed to the F-joint 82 of the butt joint 8 , there is a good grounding scale to ensure good transmission of the shaft of the shaft. This creation uses a curved piece 6 set on the neck portion 3 2 of the plastic ring main body 3, and contacts the end face with the rear side of the ring nut 1! 2 Keep in contact (regardless of whether the ring nut is screwed with the docking member 8), so when the ring nut and the docking member 8 are screwed together, the center conductor of the wire and the docking member 8 are plugged and transmitted. (4) The abutting surface 14 of the annular nut i and the abutting surface 23 of the inner annular cylinder 2 are integrally connected, even if the internal thread 11 of the annular nut 1 is screwed into the outer surface of the butt joint 82 The thread-tooth can also have a good grounding loop to keep the signal transmission between the Wei wire and the docking piece 8 good. The phase Φ is smaller than the prior art shrapnel shown in the second figure, which is disposed between the annular body and the inner annular cylinder. The combination of the creation is relatively low and the shape of the curve is lower than that of the prior art. In addition, as shown in the seventh figure, the original design is provided with a waterproof 0-ring 7 in the groove 3 3 of the plastic ring-shaped main body 3 neck portion 3 2, and the 〇-shaped ring 7 is pressed against The inner edge surface 13 of the annular nut is sealed between the annular nut 1 and the neck portion 3 2 of the plastic annular body 3 to achieve a good waterproof function. Referring to the eighth figure, the curved piece 6 of the present invention is shown in the figure (Β) and (c) 8 M424686. The figure is "8". Because of its curved shape, it can maintain the ring nut. The fit surface of i is 1. 4 green material (4) mixed surface 2 3 recorded _. For the pie (4), Benna is not limited to this shape. Other similar or equivalent shrapnel can also be applied to the present invention. The curved elastic piece 6 is directly sleeved on the neck portion 3 of the plastic knee ring main body 3 2 Compared with the prior art shrapnel shown in the third figure, it is disposed between the annular body and the inner annular cylinder. The creation of the original is easier, and the production of the shrapnel 6 is lower than that of the prior art. And have a good contact effect. To sum up, the continuous coaxial electrical connector provided by this creation is in full compliance with the novelty and progress of the patent, and is submitted in accordance with the law. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a cross-sectional view of a conventional "coaxial electric iron wire connector", and the second figure represents a partial cross-sectional view of a conventional abutting piece. A cross-sectional view of the continuous coaxial electron microscopy line connector, the second A circle represents a magnified view of the king's financial portion, the first B image represents the front and side views of the shrapnel of the conventional structure, and the fourth figure represents the decomposition of the present creation. Figure, Figure 5 represents the combination of the creation, the first and the figure represent the cross-sectional view of the creation, and the seventh is the enlarged view of the A part of the sixth figure, (C). The eighth figure represents the plan view (4) and side view (8) of the curved piece of the creation. 9 M424686 [Description of the main components] Ring nut 1 Internal thread 1 1 Contact end face 12 Inner edge surface 1 3 Fitted surface 14, 1 a Round fox part 1 5 Inner annular cylinder 2 Bucket fishing part 2 1 Buckle part outer edge 211 Aluminum foil coating insert 2 2 Resistive surface 2 3, 2 a Abutment part 2 4 Plastic ring body 3 forced Tight inner hole 31 Necked portion 3 2 Inclined surface 3 2 1 Vertical surface 3 2 2 Groove 3 3 Annular pressing portion 3 4 Stop ring 3 5 External circular collar 4 Electromagnetic wire insertion port 41 Tightening inner hole 4 2 Inner guide bevel 4 3 Plastic bushing 5 Inner edge of the front end 51 Inner edge of the rear end 5 2 Ring wall 53 Clamping bevel 5 4 Curved spring 6 Inner edge 6 1 Side edge 6 2 Side edge 6 3 Type Ring 7 Cable B Butt joint 8 Base 8 1 F joint 8 2 Contact 8 -3 Holding spring 8 4 Spring 9 0 Ring nut 91 Inner annular cylinder 9 2 Ring body 9 3