M338490 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種可增加同轴電纜防潮緊密度的同轴電纜 連接器，更簡便的安裝適用於連接寬頻傳輸的線材，如同轴電雙 線或類似結構者。 【先前技術】 • 現今使用之有線電視系統、共同天線及衛星直播電視，係以 ❿ 透過主幹線或低雜訊衛星降頻器連接至訊號分配器，再由訊號分 配器連接至用戶端，以接收電視系統傳送之訊號。其傳輸用同輪 電纔前後端均設有同轴電親連接器，藉由同轴電纔連接器，連接 在分配器及用戶端顯視螢幕上。 習用的同轴連接器，請參閱第1圖，F型同轴電纜連接器其包 括連接器本體90，其中包括一夹管91、一中心轴轴的配置於 夾官91内，及一螺牙7〇配置於中心轴周圍。而將同軸電纜去 • 皮處穿入連接器本體9〇的入口端92，而使絕緣體A2與中心導體 A1位於柱形件80内，而隔離網A3與外皮M則配置於中心軸刖 的外部與夾管91之間，利用六角形夾持工具施加一壓力於爽管 91，以強迫其與_電繅A的外皮A4成密封結合。 此種連接11與_魏接合時，須制六角形鱗工具，使 炎官91受壓力擠壓成六角面與同轴電纜緊密貼合，但此六角面失 面，、同轴電缆會有間隙，易造成雨水及濕氣滲入，導致分配器 損壞，其實有待改進之處。 M3 3 8490 【新型内容】 本創作之主要目的在提供—種賴連結器，可防止雨水及濕 氣滲入及便於安裝同軸電缓上。 為達上述目的，本創作係提供一種電纜連結器，主要包括： -連接頭螺母外部有-六肖體：綱以及結合於連賴的套筒，由 内管轴，穿入連接頭和套筒，緊密配合組合而成。其内管轴設有貫 穿中心通孔，前部設有一錐形斜角，尾部内孔有一導角外環層裝設 有一有色扁形輪胎圈；該連接頭螺母内孔，牙紋處設有一凹溝；該 套筒前端設有一階梯狀，頭端一端設有一凹槽裝設有色0形圈， 内孔設有一階梯狀；當安裝同轴電缆時由頭端，穿入内管軸至尾部 導角端面，通過錐形斜角使其同轴電纜外被膨脹，擠壓頭端至套管 密合，該頭端内孔設置階層部，並與内管轴錐形斜角配合，形成無 間隙，以致同軸電缆與連接器增加防水防潮之功能。 【實施方式】 請參閱第2圖，本創作主要包括··一連接器10及一頭端20， 本實作範例為連接頭10係以F型連接頭來說明，其F型連接頭1〇 外層端設有一六角體101其六角體101的内孔設有一凹溝102,並 於内孔設有螺牙103及阻檔層104。 該頭端20係包括：一嵌槽2(Π、一有色Ο形圈202、一階層 部203及一倒角204，該套筒30前端内設有一階梯部301、外侧 設有一凹槽302，該内管軸40設有貫穿中心通孔、前部設有一錐 形斜角401、尾部内孔設有一導角外環裝設有一有色扁形輪胎圈 402、另設有卡層403。 M3 3 8490 組合時參閱第3圖’該連接頭10及套筒30由内管轴40於連 接頭10螺牙103端面垂直穿入，接合套筒3〇利用阻檐層1〇4與 卡層403使連接頭10能自由旋轉，裝入一有色扁形輪胎 圈402與 凹溝102緊密配合’另頭端2〇將有色Ο形圈202裝入麵201， 使將該頭端20壓入套筒内3〇使其能滑動。 使用時參閱第4圖，將同轴電纜a的去皮端由頭端2〇、倒角 04牙入使同軸電甓a的中心導體Ai與絕緣層A2於内管軸4〇 底，其隔離網A3與外皮μ則置於内筒軸4〇外部，並使用其工具 壓縮頭端20使其向套筒3〇内縮，使同轴電緵外皮μ因錐形斜角 4〇1使其膨脹，並與頭端2〇之階層部2〇3藉此緊密結合，固定同 軸電縵並形成無間隙，防止水氣滲入。 由上可知，本創作之結構請參閱第5圖，能有效提供與同軸 電纜間之f密結合及趙力，該套管3G及麵2G係可顧在其他 例如：BNC連接頭Π、IEC連接頭12&RCA連接頭13等均能適用 在相同結構下使用，可獲得同樣之防水防潮功能。綜合所述，本創 作之同軸電纜連接器已具有產業利用性、新穎性與進步性，符合新 型專利要件。【圖式簡單說明】 第1圖係為習用同軸電纜連接器之剖示圖。 第2圖係為本創作之分解圖。 第3圖係為本創作之組合剖示圖。 第4圖係為本創作之使用動作示意圖。 第5圖係為本創作套筒適用各種連接頭示意圖。M338490 VIII. New description: 【New technical field】 This is a coaxial cable connector that can increase the tightness of coaxial cable. It is easier to install and connect to broadband cable, such as coaxial double. Line or similar structure. [Prior Art] • The cable TV system, common antenna and satellite live TV used today are connected to the signal distributor through the main line or low noise satellite downconverter, and then connected to the user terminal by the signal distributor. Receive signals transmitted by the TV system. The transmission and the same wheel have a coaxial electrical connector on the front and rear ends, and the coaxial connector is connected to the distributor and the user terminal display screen. For a conventional coaxial connector, please refer to FIG. 1 . The F-type coaxial cable connector includes a connector body 90 including a clamping tube 91 , a central shaft disposed in the holder 91 , and a threaded thread. 7〇 is placed around the central axis. The coaxial cable is inserted into the inlet end 92 of the connector body 9〇, so that the insulator A2 and the center conductor A1 are located in the cylindrical member 80, and the spacer A3 and the outer skin M are disposed outside the central shaft 刖. Between the pinch tube 91, a pressure is applied to the cool tube 91 by means of a hexagonal gripping tool to force it into sealing engagement with the outer skin A4 of the electric pick A. When such a connection 11 and _Wei are engaged, a hexagonal scale tool is required to make the Yanguan 91 pressure-pressed into a hexagonal surface to closely fit the coaxial cable, but the hexagonal surface is lost, and the coaxial cable will have The gap is easy to cause rain and moisture to penetrate, which causes the distributor to be damaged. In fact, there is room for improvement. M3 3 8490 [New Content] The main purpose of this creation is to provide a type of connector that prevents rain and moisture from penetrating and facilitates the installation of coaxial power. In order to achieve the above purposes, the present invention provides a cable connector, which mainly comprises: - a connector nut externally having a six-shoulder body: a joint and a sleeve coupled to the inner tube shaft, which penetrates the connector and the sleeve , closely combined to form. The inner tube shaft is provided with a through hole through the center, the front portion is provided with a tapered oblique angle, and the inner hole of the tail portion has a lead angle outer ring layer is provided with a colored flat tire ring; the inner hole of the connector nut has a concave portion at the tooth mark a groove; a front end of the sleeve is provided with a stepped shape, a groove at one end of the head end is provided with a color 0-shaped ring, and the inner hole is provided with a step shape; when the coaxial cable is installed, the head end penetrates the inner tube shaft to the tail guide The end face of the corner is expanded by the tapered bevel angle, and the outer end of the coaxial cable is expanded, and the end of the extrusion head is tightly connected to the sleeve. The inner hole of the head end is provided with a layer portion, and is matched with the tapered angle of the inner tube shaft to form a gap. Therefore, the coaxial cable and the connector increase the function of waterproofing and moisture proof. [Embodiment] Please refer to Fig. 2. This creation mainly includes a connector 10 and a head end 20. This embodiment is an example in which the connector head 10 is described by an F-type connector, and the F-type connector 1 is an outer layer. The inner end of the hexagonal body 101 is provided with a recess 102, and a screw 103 and a barrier layer 104 are disposed in the inner hole. The head end 20 includes: a slot 2 (Π, a colored Ο-shaped ring 202, a layer portion 203 and a chamfer 204), a sleeve portion 301 is disposed in the front end of the sleeve 30, and a groove 302 is disposed on the outer side. The inner tube shaft 40 is provided with a through-center through hole, the front portion is provided with a tapered bevel 401, the inner end of the tail portion is provided with a guide angle, and the outer ring is provided with a colored flat tire ring 402, and a card layer 403 is additionally provided. M3 3 8490 Referring to FIG. 3 in combination, the connector 10 and the sleeve 30 are vertically penetrated by the inner tube shaft 40 at the end face of the screw 103 of the connector 10, and the joint sleeve 3 is connected to the card layer 403 by the barrier layer 1〇4. The head 10 is free to rotate, and a colored flat tire ring 402 is fitted into the groove 102 to fit tightly. The other end end 2 〇 encloses the colored 圈 ring 202 into the face 201, so that the head end 20 is pressed into the sleeve. To make it slideable. When referring to Fig. 4, the peeled end of the coaxial cable a is inserted from the head end 2〇, chamfer 04 into the center conductor Ai of the coaxial electric a and the inner layer 4 of the insulating layer A2. At the bottom of the crucible, the isolation net A3 and the outer skin μ are placed outside the inner cylinder shaft 4, and the tool end is used to compress the head end 20 to be retracted toward the sleeve 3〇, so that the coaxial electric sheath is provided. The taper angle 4〇1 expands and is tightly combined with the head portion 2〇3 of the head end 2, to fix the coaxial electric 缦 and form no gap to prevent moisture from infiltrating. It can be seen from the above that the structure of the present invention Please refer to Figure 5, which can effectively provide a close connection with the coaxial cable and Zhao Li. The sleeve 3G and the surface 2G can be used in other examples such as: BNC connector IEC, IEC connector 12 & RCA connector 13, etc. Both can be used under the same structure to obtain the same waterproof and moisture-proof function. In summary, the coaxial cable connector of this creation has industrial utilization, novelty and progress, and meets the new patent requirements. Fig. 1 is a cross-sectional view of a conventional coaxial cable connector. Fig. 2 is an exploded view of the creation. Fig. 3 is a sectional view of the combination of the creation. Fig. 4 is a use action of the creation. Fig. 5 is a schematic view of various connecting heads for the creation sleeve.