A steering assistance apparatus dynamically adjusts the transmission ratio between the steering input device and the turning device.
A sensor device classifies internal faults using segmented output signals to provide distinct diagnostic data to the electronic control unit.
Dynamic voltage adjustment resolves the contradiction between small motor assist force and fuel economy by raising power only when needed.
Press-fit pipe sections reinforce one-piece steering tubes, reducing mass while preventing buckling under compressive loads.
Segmented body and mounting members eliminate thermal deformation from welding, ensuring precise alignment of tie rods without torsional distortion.
Segmented dash wall members manage steering column pivoting during frontal impacts, ensuring optimal airbag deployment angles.
A viscoelastic model reference controls assist torque in electric power steering systems to manage rack dynamics.
A vehicle control system adjusts power steering assistance and driving force based on steering frequency data.
Segmented knuckle casting with multiple holes allows flexible spindle positioning for varied axle drops and brake packaging while maintaining secure retention.
Stray region sensors detect interference to cancel torque measurement errors in electronic power steering systems.
Segmented annular lips on a steering cover reduce friction during attachment while maintaining waterproof integrity for longer torsion bars.
Braking controller adjusts rear internal tire speed to generate rotation moment, reducing minimum turning radius without adding mechanical complexity.
Band correcting unit adjusts gain at specific frequency bands to match transmission characteristics, eliminating complex high-order filter requirements.
A vehicle control device adjusts engine torque reduction conditions based on combustion events per unit time to improve responsiveness.
Nesting the traction motor inside the steering motor rotor reduces overall height while maintaining torque for tight warehouse navigation.
A processor executes PI control with a variable gain integrator to calculate target assist torque for an electric power steering motor.
A steering target value generation unit creates a refined torque command from estimated state amounts to drive the assist motor.
Press-fitting a stiffening sleeve inside the upper jacket increases natural frequency without adding significant mass to the stationary component.
A four wheel steering system locks non functional wheels upon detecting steering angle anomalies while adjusting operational angles of remaining wheels.
A rear wheel suspension uses a linear guide and actuator to pivot the carrier part for camber adjustment.
Elastic lip seals the steering shaft gap in tractor partitions, blocking dust and vibration from the power steering unit.
Automated braking control prevents collisions by replacing manual driver tracking with sensor-based speed adjustment.
A hybrid steering system combines a mechanical train with a hydraulic actuator to provide power-assisted control.
Steering system detects abrupt wheel disturbances and activates lane detection to adjust wheel angles, resolving safety versus complexity trade-offs.
A ball joint housing extends a pressing flange to contact the rod shank, constraining movement along specific axes.
Dual control matrices process angular velocity and angle signals to correct assist force, resolving delayed intervention timing.
Metal center aligning brackets fixed by insert molding maintain housing coaxiality, resolving accuracy loss from synthetic resin dimensional variance.
Blockade judgment units verify these presumptions by analyzing area information behind the edge to resolve detection precision issues.
A vibration correction controller calculates torque to actuate an electric motor for steering assistance.
A rigid articulated chassis with rotatable bogies achieves high ground clearance through differential transmission mechanisms.
A torque sensor module uses a support coupling part to mechanically join the yoke member and magnet without adhesives.
A steering control unit adjusts stored standard values to minimize deviations in the control angle relative to the straight-ahead state.