Abstract: A front frame structure for receiving a pivotally mounted truck driver's cab is provided. The structure includes a mounting bracket for the connection of the pivotable driver's cab, which mounting bracket is fastened to the frame structure at connecting points, and with at least two longitudinal frame members which extend essentially along the longitudinal axis of the truck in the upper region of the frame structure. The longitudinal frame members themselves are designed with at least one deformation region for absorbing frontal collision energy, and the mounting bracket is arranged and designed to pass on collision energy from the driver's cab to the level of the longitudinal frame members.

Abstract: For the creation of a retainer is created between the driver's cab and the frame of a vehicle with a spring-loaded support that permits the displacement driver's cab, and with a connecting element by way of which the driver-side support connects to the frame, such retainer to ensure highest possible occupant safety as well as the safety of third parties while permitting low-cost production, a catch plate is proposed one end of which is attached to the connecting element while its other end is attached to the frame is proposed.

Abstract: A retainer is created between the driver's cab and the frame of a vehicle with a spring-loaded support that permits the displacement of the driver's cab, and with a connecting element by way of which the driver-side support connects to the frame. In order for such retainer to ensure highest possible occupant safety as well as the safety of third parties while permitting low-cost production, a catch plate having one end is attached to the connecting element and its other end is attached to the frame is proposed.