Abstract: A vehicle roof has at least two rigid roof components which are tiltable and foldable away rearwardly in an opening operation, a profiled sealing element provided at least between the roof components and extending transversely to a vehicle on a frontal edge of a first one of the roof components, the first roof component being furnished with an associated collecting channel for collecting water that runs off when the first roof component is moved, the profiled sealing element incorporating a channel that is connected with the collecting channel, the further channel providing at least one orifice via which water is in the collecting channel is transferred to the further channel as the first roof component is moved.

Abstract: A component, particularly for land vehicles, preferably a car body component for motor vehicles, consists of a metallic foam material with a foamed porous layer comprising a metal powder and a blowing agent and possibly at least one solid metal sheet, there being metallic bonds between the solid metal sheet and the foamed porous layer. The component has at least one stamped contour which is raised from its surface, the angles, occurring in the region of the transitions between the three-dimensionally molded contour and the surface region being of the order of 100° to 180°. To produce the component, an essentially flat, metallic foam material, which is provided with solid metal sheets as covering layers, is initially shaped into a semi-finished molded product, which is end-contoured on one side, and the semi-finished molded product, so formed, is placed into a foaming mold, one wall of which is adapted to the end-contoured side of the semi-finished molded product and foamed therein.

Abstract: A motor vehicle, particularly a convertible, with a vehicle body to which longitudinally moving struts are assigned and with a supporting frame which includes a longitudinally moving strut, is constructed so that at least one of the struts is constructed so that its length can be varied and has assigned to it an absorbing unit for determining a longitudinal stress, a control element for bringing about a counterforce as well as a control unit for the control element.

Abstract: A component, particularly for land vehicles, preferably a car body component for motor vehicles, consists of a metallic foam material with a foamed porous layer comprising a metal powder and a blowing agent and possibly at least one solid metal sheet, there being metallic bonds between the solid metal sheet and the foamed porous layer. The component has at least one stamped contour which is raised from its surface, the angles, occurring in the region of the transitions between the three-dimensionally molded contour and the surface region being of the order of 100.degree. to 180.degree.. To produce the component, an essentially flat, metallic foam material, which is provided with solid metal sheets as covering layers, is initially shaped into a semi-finished molded product, which is end-contoured on one side, and the semi-finished molded product, so formed, is placed into a foaming mold, one wall of which is adapted to the end-contoured side of the semi-finished molded product, and foamed therein.

Abstract: A component, particularly for land vehicles, preferably a car body component for motor vehicles, consists of a metallic foam material with a foamed porous layer comprising a metal powder and a blowing agent and possibly at least one solid metal sheet, there being metallic bonds between the solid metal sheet and the foamed porous layer. The component has at least one stamped contour which is raised from its surface, the angles, occurring in the region of the transitions between the three-dimensionally molded contour and the surface region being of the order of 100.degree. to 180.degree.. To produce the component, an essentially flat, metallic foam material, which is provided with solid metal sheets as covering layers, is initially shaped into a semi-finished molded product, which is end-contoured on one side, and the semi-finished molded product, so formed, is placed into a foaming mold, one wall of which is adapted to the end-contoured side of the semi-finished molded product, and foamed therein.

Abstract: A motor vehicle includes a motor vehicle body having side frames which support a roof area, the roof area including at least two roof panels which lie flat and parallel in the closed position and can be moved to an open position. The roof panels are constructed so that they can be moved by a guiding mechanism from the flat, parallel closed position into a packed open position completely in the interior of the vehicle body at a distance from the roof region and disposed essentially vertically and parallel to one another.

Abstract: A motor vehicle body, particularly for a convertible, is configured as a self-supporting unit, which is provided with a bottom having integrated longitudinal and transverse beams. The bottom of the body has at least one stiffening segment extending substantially parallel to the bottom from its mid-section to the front and/or rear area of the vehicle body.