Compensating hydraulic cylinders level the semitrailer loading platform against ground irregularities, preventing wheel overload on steep slopes.
Hydraulic pressure shifts the fluid shaft position to convert suspension modes, eliminating manual linkage removal for independent travel.
A weld pool support projection on the wheel carrier flange directs molten metal during torsion beam axle assembly.
Consolidated suspension support merges control arm pivots to reduce assembly complexity while maintaining geometric alignment.
Transfer valves move pressurized gas between gas springs to adjust suspension stiffness, resolving the trade-off between roll control and articulation.
Elastic holes in the rubber bushing lower rotational resistance, and internal metal plates maintain shape stability under compressive forces.
A controller calculates load weight from pneumatic pressures across independent suspension circuits.
Horizontal bushing orientation resolves free space constraints to enable higher mounting, reducing lateral understeer and improving suspension stability.
Spaced-apart inner and outer walls prevent rubbing noise while maintaining torsional strength through controlled cross-sectional reduction.
Segmented apertures and curved geometry reduce weld stress concentration, preventing cracks in heavy pneumatic suspension joints.
A preassembled damping unit simplifies vehicle suspension installation by integrating dampers and adjusters via fixed oil paths.
A coaxial torsion spring assembly uses a bending-loaded spring element to convert rotational movement into tangential translation.
Decentralized levelling valves adjust pressure to compensate for suspension deflection and roll motion, ensuring balanced load distribution.
Integrated cycloid and planetary gears reduce stabilizer weight while serrated backlash units eliminate noise.
Rubber-metal joints pivot quadrangular suspension arms, distributing weight evenly and maintaining operational capacity over rough terrain.