Abstract: A safety device for a motor vehicle including a front-end structure, a front bulkhead, which separates the front-end structure from an interior, and a brake apparatus fixed to the front bulkhead and including a brake cylinder, the brake cylinder includes a device for pivoting the brake apparatus, which device, in the event of a vehicle crash, interacts with structural elements disposed in the front-end structure. The safety of a driver present in the motor vehicle may be increased. The device for pivoting the brake apparatus includes a fastening portion and a slide portion with a slide plane.

Abstract: A supporting structure for a motor vehicle which, at a front end of a safety passenger cell, is provided with a front section with a crumple zone and two wheel housings which are arranged laterally in the region of the crumple zone and in which a respective wheel having a tire and a wheel rim, is arranged. A wheel support ramp which runs obliquely downward, as seen from the travel direction, is formed and causes the respective wheel, which has been moved toward the wheel support ramp as a consequence of a crash-induced deformation of the crumple zone, to be guided downward in the direction of the safety passenger cell. An additional wheel impact element is provided for each wheel and is deformable by the respective wheel (3) that has been moved as a consequence of the crash-induced deformation of the crumple zone.

Abstract: A safety device for a motor vehicle including a front-end structure, a front bulkhead, which separates the front-end structure from an interior, and a brake apparatus fixed to the front bulkhead and including a brake cylinder, the brake cylinder includes a device for pivoting the brake apparatus, which device, in the event of a vehicle crash, interacts with structural elements disposed in the front-end structure. The safety of a driver present in the motor vehicle may be increased. The device for pivoting the brake apparatus includes a fastening portion and a slide portion with a slide plane.

Abstract: A supporting structure for a motor vehicle which, at a front end of a safety passenger cell, is provided with a front section with a crumple zone and two wheel housings which are arranged laterally in the region of the crumple zone and in which a respective wheel having a tire and a wheel rim, is arranged. A wheel support ramp which runs obliquely downward, as seen from the travel direction, is formed and causes the respective wheel, which has been moved toward the wheel support ramp as a consequence of a crash-induced deformation of the crumple zone, to be guided downward in the direction of the safety passenger cell. An additional wheel impact element is provided for each wheel and is deformable by the respective wheel (3) that has been moved as a consequence of the crash-induced deformation of the crumple zone.

Abstract: A bumper for a motor vehicle includes an outer bumper part and an inner bumper part. Inner bumper part includes a base part and at least one side crosspiece situated at an angle thereto. Repair costs, e.g., in response to collisions at low speeds, may be reduced. For this purpose, the region of the transition from base part to side crosspiece is designed so that when a force is applied to the bumper, the deformation of the inner bumper part takes place in a predetermined direction.

Abstract: A bumper for a motor vehicle includes an outer bumper part and an inner bumper part. Inner bumper part includes a base part and at least one side crosspiece situated at an angle thereto. Repair costs, e.g., in response to collisions at low speeds, may be reduced. For this purpose, the region of the transition from base part to side crosspiece is designed so that when a force is applied to the bumper, the deformation of the inner bumper part takes place in a predetermined direction.

Abstract: In a frame-shaped supporting element of a motor vehicle for supporting a bumper containing energy-absorbing material, in particular a U-shaped profile which is attached to longitudinal beams of the vehicle, having the longitudinal edges of the limbs of the U-shaped profile and possibly reinforcement webs provided within the U-shaped profile as frame parts, whose free space which is enclosed by the frame faces the bumper, and is permanently closed over the frame edges, adjoining the adjoining bumper, with a ribbon-shaped cover which faces the absorbent material of the bumper, the resistance of the ribbon-shaped cover to plastic deformation in the event of a crash is to be increased without increasing the weight of the cover. For this purpose, such a transverse beam is characterized in that the ribbon-shaped cover is of concave configuration at least between some of the individual frame edges opposite the adjoining bumper over the respective entire frame free space lying between these frame edges.

Abstract: A support structure for a vehicle is comprised primarily of multi-walled lightweight panels with plane-parallel flat sides, and at least one fitting can be fastened to the support structure. An opening is cut out of a lightweight panel of the support structure that is designated for the fitting, and the fitting can be installed in this opening, covering the opening completely. A support arrangement attached to the fitting operates in conjunction with the edge of the opening in the lightweight panel as an installation stop for the fitting.

Abstract: A heat exchanger arrangement on a front carrying structure of a motor vehicle, with a passage orifice for the cooling-air stream which is largely overlapped by a heat exchanger module of the arrangement and which extends in a vehicle transverse plane and is delimited on two mutually opposite sides by wall regions of the carrying structure, the wall regions belong to the deformable zone of the forward structure. The heat exchanger module is mounted on the front carrying structure in such a way that, in the event of head-on collisions subjecting the region of the passage orifice to stress, said heat exchanger module, while absorbing impact energy, co-operates reinforcingly with the wall regions of the carrying structure.