Abstract:
A suspension is provided for non-steered wheels on a motor vehicle body. The suspension includes, but is not limited to a twist-beam rear axle with a Watt linkage. A top rocker arm of the Watt linkage is mounted on the motor vehicle body. The Watt linkage prevents the motor vehicle from oversteering during cornering. The damping bushes can be disconnected in part from wheel-guiding functions as the Watt linkage performs a major part of the wheel guiding functions, which leaves some freedom for designing the characteristics so as to significantly increase motoring comfort.
Abstract:
A vehicle, such as a passenger car, is provided with a vehicle frame having a leaf spring element for the spring suspension of the vehicle, which is mounted on the vehicle frame with two bearing points, which are designed in a manner to adjustably set a spring rate and/or a standing height of the leaf spring element. The leaf spring element is mounted on a frame of the vehicle with the two bearing points and the bearing points are designed adjustable for setting a spring rate and/or a standing height of the leaf spring element.
Abstract:
A suspension of a vehicle axle is provided having a twist-beam axle that includes, but is not limited to two trailing arms, each of which have a wheel suspension and are interconnected via a cross brace with a torsion profile, which is designed stiff to bending and torsionally soft. The twist-beam axle connects to a Watt linkage of arrowed design, which articulates on the trailing arms laterally offset to an axis through a wheel center of the wheel suspension.
Abstract:
An adjusting device for a steering column of a motor vehicle for axial and/or vertical positioning of a steering wheel connected to the steering column is provided. The adjusting device comprises a locking device and an electric switch configured to actuate the locking device.
Abstract:
A twist beam axle is provided for a motor vehicle, with two rigid trailing arms for the mounting of wheel carriers, each of which can be articulated on a vehicle body through a bearing bush. The trailing arms are connected with each other through a flexurally rigid, but at least in sections, torsionally elastic, antiroll bar and through a Watt's linkage. In the twist beam axle, center axes of the bearing bushes are each arranged parallel to the vehicle vertical axis. In addition, the invention extends to a motor vehicle equipped with such a rear axle.
Abstract:
A suspension of a vehicle axle is provided having a twist-beam axle that includes, but is not limited to two trailing arms, each of which have a wheel suspension and are interconnected via a cross brace with a torsion profile, which is designed stiff to bending and torsionally soft. The twist-beam axle connects to a Watt linkage of arrowed design, which articulates on the trailing arms laterally offset to an axis through a wheel center of the wheel suspension.
Abstract:
A powered motor vehicle rear axle 10 is provided that can be coupled with a motor vehicle drive train. The powered motor vehicle rear axle is configured as twist-beam rear axle with two wheel carrying resistant trailing arms that are elastically linked to the motor vehicle structure and a bending resistant, but torsion flexible cross member. Here each of the trailing arms swings around at least one swivel axle. Over its entire length the cross member has a one-piece pipe profile or an open profile. Here it is separate from the swivel axles as well as from the wheel centers when viewed lengthwise from of the motor vehicle. In the area of its both ends the cross member is welded to the trailing arms 12. The cross member is, in particular, generally bent upwards to make space for the installation of at least one module allocated for the drive train, for example for the installation of a drive shaft and a rear axle differential.