Abstract:
A coaxial cable connector has a selectively engageable radio frequency interference shield. The coaxial cable connector comprises a connector body housing a center conductor, a switch within the body that is electrically isolated from the body, and the switch operable to disconnect a first end of the center conductor from a second end of the center conductor. The coaxial cable connector further comprises a switch stationery contact assembly including a stationery contact and a switch movable contact assembly including a movable contact.
Abstract:
The present invention refers to an innovative line of multiple function sockets by integrating a reduced dimensions radio television mechanism which incorporates a coaxial cable quick fixing system that allows an easy installation on the radio television mechanism, thus avoiding the tightening of screws and the use of tools. Besides this characteristic, the conception of the entry location of the coaxial cable allows it to be applied only with the core bared, being the fundamental contact with the mesh assured upon the insertion of the coaxial cable by a spike (16) in the interior of the entry lock cylinder (14) in the radio television mechanism. As for the assembly of the mechanism, this also integrates innovative solutions for the assembly of the frame of the radio television mechanism is achieved by the tightening of screws (11) which guarantee not only the correct accommodation of the components in its interior but also the contact of the printed circuit board (PCB) (7) with the entry contact plating (8) and the frame (10), thus avoiding welding points as it happens with the other existing systems.
Abstract:
A coaxial connector assembly includes a coaxial cable connector a shield for the connector and a weather boot, the shield including spring fingers adjustably engaging the connector.
Abstract:
To change a coaxial cable (3), the ends of a bypass cable (7) are inserted into the branch holes of the connectors (9). Then the coaxial cable (3) to be replaced is removed. Signals can be transmitted through the bypass cable (7) instead of the cable (3). Then a new coaxial cable (3A) is connected to the connectors (9) and the bypass cable (7) is removed. Thus, without stopping signal transmission, the coaxial cable (3) can be replaced with a new cable (3A).
Abstract:
A torque-limiting torque sleeve may include an inner sleeve and an outer sleeve configured to be coupled to one another in a coaxial arrangement such that the outer sleeve is fixed relative to the inner sleeve in the longitudinal direction. A first end of the outer sleeve overlies a first end of the inner sleeve, and a second end of the inner sleeve extends from the outer sleeve to provide an exposed length. A torque limiting feature is configured such that rotation of the outer member in a first direction enables tightening of a coupler on an interface port up to a predetermined torque limit, and rotation of the outer member in a second direction opposite to the first direction loosens the coupler on the interface port. Iin the event that the torque limiting feature fails such that rotation of the outer member in the first and second directions does not tighten or loosen the coupler on the interface port, the exposed length of the inner member is gripable by a user to tighten or loosen the coupler on the interface port.
Abstract:
The invention provides for an antenna insert outlet used in television and radio broadcasting systems that including the insulating base-plate (1) to which, three coaxial elements (2, .3, 4) for plug-in connection of coaxial cable (8) are flxed wherein, the insulating base-plate (1) is attached to the front part of the metaI case (5). The back part. of the metal case (5 1 ) comprises the clamping device (6) for tightening of coaxial cable (8) shield (13). An embodiment of the principal invention features comprises minimum one tightening lever (7), shaped preferably of metal, which is swivel fixed to the back part of the metal case (5 1 ) and comprises one outer arm (11) that forms an element being manually depressed as well as the second arm (11 1 ), which gets in touch with contact spring (12) fixed with the to the back part of the metal case (5 1 ). Said spring is shaped in conformity to the overall shield shape (13) of coaxial cabte (8).
Abstract:
An aerial plug socket for high-frequency ranges has a metal base, which carries the coaxial plug elements for plugging-in the connection cables, and clamping devices arranged on the base, on the one hand for the inner conductor, and on the other for the outer conductor of each coaxial cable leading into the socket. The clamping system, in the case of the outer conductor, consists of a metal clamping arm pivotally arranged in front of the inner conductor clamping device, one clamping surface of the arm lying against the outer conductor and a metal clamping support facing the opposite clamping surface, whereby the clamping surface and clamping support hold the outer conductor in the operating position and grip it tightly. The clamping arm (15) is pivotally arranged around an axis (19) which seen from the insertion direction lies behind the inner conductor-clamping device (6, 13), and transversely to the connection cable longitudinal axis (19). The arm (15) is furthermore mounted on the base carrier (1) in lateral slideways (17) so as to move perpendicularly to the longitudinal axis of the connection cable, its upward movement being limited by stops, and it can be screwed into the operating position against the outer conductor.
Abstract:
The aerial plug socket for high frequency ranges has a base, which carries the coaxial plug elements for the plug-in connection, and, arranged on this, clamping devices for the inner conductor on the one hand and, on the other, the outer conductor of each coaxial cable leading into the socket. Each clamping element for the inner conductor consists of a support block of insulating material with a connection contact and a pressure element with a pressure piece made of insulating material which presses against the inner conductor and the connection contact. The latter consists of a wire end (10) placed on the support block (9) and the pressure element and of a guide-piece (13) which can be tightened by a screw (12) in the direction of the support block (6, 9) and movably guided on and in the support block; the guide-piece (13) carries the pressure piece (14), which is movably guided in a recess (8) of a receiving piece (6) containing the support block (9), made of insulating material, the recess (8) being open on one side for insertion of the inner conductor (10a) and being shaped on the base in the form of a support block (9).
Abstract:
A coaxial outlet box which is intended to be mounted on a wall, an electrical conduit front or like support surface and which can be fastened directly to the support surface or to a conventional conduit box recessed in the surface. The outlet box includes a frame-like base plate (2); a connector holder plate (5) which is arranged at right angles to the base plate adjacent a straight edge thereof and in which one or more coaxial connectors are arranged parallel with the support surface; and a hood-like cover (1) which is constructed to protect the connection of the connectors (6) with the associated cables (7). An opening in the cover side wall (10) provides access to the connector or connectors (6) for connection to respective cables.