Abstract: A roof antenna (1) for vehicles is provided with a base plate (14) on which antenna elements (12, 13) are arranged or which has at least one contact element (15) for an antenna element, a cover (2) of the roof antenna (1) being provided with at least one opening (6) through which a fastening means can be inserted and through which the fastening means can be countersunk at the side opposite to the surface of the cover (2) in order to fasten the roof antenna (1) on a vehicle body, particularly on a vehicle roof (3) or in order to fasten the cover (2) on the base plate (14), where, according to the invention, a closure (4) can be inserted into the opening (6) subsequent to the insertion of the fastening means into the opening (6) and to the unmovable fixation of the roof antenna at the vehicle body.

Abstract: An antenna for mounting on a motor-vehicle part formed with a throughgoing hole of nonround shape has a base plate engageable with the part over the hole and carrying antenna components and a stem projecting through the hole. A bayonet plate has an outer edge of nonround shape capable of passing axially through the hole of the part and not able to pass through the hole of the part in another angularly offset position. This bayonet plate can move angularly on the base plate between an install position and a holding position and is urged by a spring toward the base plate and against the part. Spacers engageable in the install position hold the bayonet plate at a predetermined large axial spacing from the base plate and disengage from each other in the holding position to allow the bayonet plate to be pressed by the spring against the motor-vehicle part.

Abstract: An antenna for mounting on a vehicle roof has a base plate adapted to sit on the roof and a threaded fastener separate from the base plate, extending through the base plate and anchored underneath the base plate in the roof. A cover fitted over the base plate is formed with a throughgoing passage generally aligned with the fastener. The fastener is operable by a tool extending through the passage. An antenna rod screwable into the passage is fixed thereby to the cover. The cover can comprise an inner cover fitted over the base plate and formed with an outwardly open threaded socket and a decorative outer cover fitted over the inner cover around the socket. In this case the antenna rod has an end screwable into the socket and bearing downward on the outer cover to secure the outer cover on the inner cover and base plate.

Abstract: A device for mounting an antenna on a vehicle body and for coupling cables through a hole in the body with the roof antenna the device has a base plate outside the body connected with the roof antenna at the hole in the vehicle body and a connector mount. Body plugs and/or sockets are mounted or formed on the connector mount and provided on ends of the cables. Complementary antenna sockets and/or plugs for the connector mount are provided on the base plate. The antenna sockets and/or plugs are connected with electrical or electronic components of the roof antenna so that the connector mount is connectable before, during, or after mounting of the antenna with the complementary antenna plugs and/or sockets.

Abstract: The invention relates to a method of mounting and dismounting a roof antenna (1) on a vehicle roof (2) of a vehicle, the roof antenna (1) being provided with a base plate (3) with at least one antenna element (5 to 8) and with a cover hood (10) for covering the interior of the roof antenna (1) and the base plate (3) is connected with the vehicle roof (2) by a fastener where according to the invention in particular the base plate (3) is provided with a fastener with which, in a first step, the cover hood (10) is installed on the roof antenna (1) and, for removing the cover hood (10) in a further step, the fastener is designed such that the installation step differs from the removal step.

Abstract: The invention relates to a vehicle antenna (1), designed to be mounted on a vehicle surface (4). Said antenna comprises a base body (2) consisting of metal and a plastic antenna housing (3), which surrounds the antenna elements that are placed on the base body (2). According to the invention, the base body (2) has at least one sub-section (2.2) consisting of plastic and the antenna housing (3) is permanently connected to said sub-section (2.2) once the antenna elements have been mounted.

Abstract: The invention relates to a roof antenna (1) for installation on the roof (2) of a vehicle, the roof antenna (1) comprising a base plate (3) with at least one antenna element (5 to 8) and an outer cover (9) for covering the interior region of the roof antenna (1) covered by an intermediate cover (8) and the base plate, (3) being connected to the vehicle roof (2) with fastener, there being according to the invention in the region of the contact area of the outer lower edge of the outer cover (9) a seal (12) is mounted and fastener (B) are mounted in a central location, which means detachably fasten the outer cover (9) to the intermediate cover (8), the sealing effect of the seal (12) being achieved after securing the outer cover (9) to the intermediate cover (8) using the fastener (B).

Abstract: In its first alternative, the invention relates to a roof antenna (1) for a vehicle, which can be mounted on a vehicle roof (2) by means of at least one mounting element (3), wherein furthermore a cover (4) is provided, to which an antenna rod (5) can be attached, wherein according to the invention it is provided that inside the cover (4) a socket (13) with a passage is arranged, in which part a rod end (10) of the antenna rod (5) can be inserted, after a tool (16) engaging the mounting element (3) has been guided through the passage for mounting the roof antenna (1).

Abstract: A roof antenna (1) for vehicles is provided with a base plate (14) on which antenna elements (12, 13) are arranged or which has at least one contact element (15) for an antenna element, a cover (2) of the roof antenna (1) being provided with at least one opening (6) through which a fastening means can be inserted and through which the fastening means can be countersunk at the side opposite to the surface of the cover (2) in order to fasten the roof antenna (1) on a vehicle body, particularly on a vehicle roof (3) or in order to fasten the cover (2) on the base plate (14), where, according to the invention, a closure (4) can be inserted into the opening (6) subsequent to the insertion of the fastening means into the opening (6) and to the unmovable fixation of the roof antenna at the vehicle body.

Abstract: The invention relates to a vehicle antenna (1), designed to be mounted on a vehicle surface (4). Said antenna comprises a base body (2) consisting of metal and a plastic antenna housing (3), which surrounds the antenna elements that are placed on the base body (2). According to the invention, the base body (2) has at least one sub-section (2.2) consisting of plastic and the antenna housing (3) is permanently connected to said sub-section (2.2) once the antenna elements have been mounted.

Abstract: A high-frequency motor-vehicle antenna has a lower housing part adapted to be secured to the motor vehicle, at least partially dielectric, and formed with an inner and an outer annular side wall and an upper housing part formed with an inner and an outer annular side wall fittable with the respective walls of the lower part. The upper and lower housing parts are fitted together with the side walls fitting hermetically. The inner and outer side walls form aligned inner and outer throughgoing ports when the parts are fitted together. A cable extends through the ports, and a seal is integrally mounted on the cable and sealingly fits in both of the ports.

Abstract: The invention relates to a rod antenna, in particular a mobile radio antenna for vehicles as well as method of making a rod antenna, the rod antenna having a connector (1) and receiving means, in particular a spiral shaped antenna coil that are enclosed by casing material (9), the connector (1) being made of a conductive material, having connection means at one end, for example a thread, a bayonet or the like for attachment to an antenna base that is connected to the vehicle when it is ready for use and/or on one mold part (7) during the molding and having at the other end a seat for the receiving means, wherein according to the invention the seat of the connector (1) is designed as a sleeve (2) in which the antenna coil is fixed.

Abstract: The invention relates to an antenna (1), in particular a roof antenna (1), of a vehicle with a support element for securing the antenna (1) on a vehicle part, the antenna (1) having a base plate (2) that carries a mounting element that fits through a hole in a vehicle part (17a), whereby according to the invention during mounting or after mounting a pivoting movement effects a gripping of the vehicle part (17a) without the use of a tool and furthermore that it is so constructed that the antenna (1) after mounting is in the desired end position, cannot move, and is sealed to the vehicle part (17a).

Abstract: The invention relates to a device for mounting an antenna, in particular a roof antenna (1), on a vehicle body and for coupling cables (12) with the roof antenna (1), having a base plate (2) outside the body connected with the roof antenna (1) and with a hole (7) in the vehicle body, whereby according to the invention the ends of the cables (12) are provided with plugs (6) and/or sockets (11), these plugs (6) and/or sockets (11) are mounted or formed on a connector mount (10), that the base plate (2) is provided with sockets (11) and/or plugs (6) for the connector mount that are themselves connected with electrical or electronic components of the roof antenna (1) so that the connector mount (10) is connectable before, during, or after mounting of the antenna with the complementary antenna plugs (6) and/or sockets (11).

Abstract: The invention relates to a device and a method of mounting an antenna, in particular a roof antenna (1), on a vehicle body (12) with a base plate (2) connected to the roof antenna (1) outside the vehicle body and with a support element inside the vehicle body that is threaded into the base plate (2), the support element being formed as a bayonet plate (6), that a threaded connection (screw 3) has a pressure spring (compression spring 5) that produces a force between the base plate (2) and the bayonet plate (6), that between the base plate (2) and bayonet plate (6) there are guide elements (bolts 8, slots 9) that permit a limited shifting of the base plate (2) relative to the bayonet plate, that the bayonet plate (6) has limiting elements (bumps 10) that fit with the hole in the vehicle body (triangular hole 11) and that between the base plate (2) and the bayonet plate (6) there are projections (13) with complementary seats (14) in the second part that in an offset position of the base plate (2) relative to th

Abstract: An antenna assembly for mounting an antenna on a vehicle body, especially upon the roof of a vehicle, in which the assembly has a base body of metal with a threaded projection passing through a hole in a wall of the vehicle body. A housing of plastic encloses the antenna components mounted upon a plate-shaped portion of the base body and a seal is provided between the base body and the vehicle body and seals around the opening between the base body and the wall of the vehicle. The seal can be injection molded and molded onto the base body in the injection-molding process.

Abstract: An antenna assembly for mounting an antenna on a vehicle body, especially upon the roof of a vehicle, in which the assembly has a base body of metal with a threaded projection passing through a hole in a wall of the vehicle body. A housing of plastic encloses the antenna components mounted upon a plate-shaped portion of the base body and a seal is provided between the base body and the vehicle body and seals around the opening between the base body and the wall of the vehicle. The seal can be injection molded and molded onto the base body in the injection-molding process.

Abstract: An elevator with an elevator cage guided in a shaft between a shaft head and a shaft pit, having an elevator cage roof and an elevator cage base and a drive, which is connected by at least one hauling cable with the elevator cage, whereby in particular for performing maintenance work the elevator cage roof is designed to be accessible, whereby the drive is arranged at least partly in the shaft head over a first region of the elevator cage roof and the accessibility of the elevator cage roof is restricted to a second region.