A transverse damper carrier connects wheel suspensions to reduce space occupancy in commercial vehicle chassis structures.
Work hardening the inner wall of a hydraulic unit cavity eliminates machining marks and reduces production costs.
Cold plastic working expands metal pipe bent parts in perpendicular directions to create complex shapes.
Deflector blocks contaminants from reaching the hub-spindle interface, reducing wear and extending component life.
A rear axle air spring pressure sensor detects vehicle pitch angle to adjust headlight beam range without extra hardware.
A laterally pivoting front axle assembly uses an articulated actuator to compensate for lateral movements between the chassis and wheels.
A vehicle tire grip risk estimation method combines maximum grip potential, utilization percentage, and hydroplaning magnitude.
Segmenting the swing arm into upper and lower components allows optimized coupling sites that boost rigidity without increasing structural complexity.
A two-part bearing block design divides adhesive surfaces to ensure uniform distribution and defined thickness during assembly.
Composite serrated washers engage mounting studs to eliminate separate fasteners and reduce tool clearance requirements in engine compartments.
A data processing unit derives cornering force from wheel acceleration measurements and centrifugal force parameters.
A pivoting crossmember allows the chassis frame to twist freely, preventing excessive mechanical stress on the superstructure during off-road operation.
A fifth wheel mounting arrangement uses diagonal cross braces between bearing blocks and frame members to pivotally support a coupling saddle plate.
An automatic braking system uses contact sensors and remote proximity detection to engage vehicle brakes upon impact.
Fluid passages connect the receiving chamber to the gap space, allowing dynamic pressure compensation that reduces sealing lip friction and wear.
Magnetic coils adjust fluid viscosity in a bushing assembly, resolving the trade-off between ride comfort and handling stability.
A sliding bearing uses a flexible thin-walled annular projecting edge to seal the annular space against contaminants.