A mode switching control unit blends assist command currents to secure steering stability during autonomous driving transitions.
Dynamic rigidity mapping aligns operator sensation with vehicle behavior by increasing feedback as lateral acceleration rises.
A communication system shifts sensor signal transmission time points to enable accurate difference value calculation across multiple sensing elements.
A drilling fixture merges left and right steering knuckle pieces into one setup for simultaneous machining.
A driver assistance system filters high-frequency steering angle changes to ensure smooth wheel rotation.
Segmented hollow steer axles reduce material usage while maintaining structural integrity.
A rotation preventing arm locks the drive gear to prevent abnormal spiral cable winding and ensure accurate torque detection.
A power steering monitoring system uses Fast Fourier Transform analysis to identify mechanical anomalies from vibration signals.
A control system merges stable and feasible commands using a gain-weighted difference signal.
Dual correction circuits adjust steering reaction force and angle to restrain wheel movement beyond the virtual limit under high torque.
Integrated stopper seals against foreign matter ingress while delimiting the actuating path, reducing device complexity.
A trailer backup assist system uses video images to detect user gestures and control the tow vehicle to back the trailer based on these commands.
A vehicle stabilization system computes yaw moment based on rear wheel slip angle thresholds to maintain cornering force within safe limits.
Segmented protective walls with lower cutouts prevent debris accumulation and corrosion in steering apparatus covers.
A steering assistance system calculates permissible angle thresholds based on detected swing angles to manage rigid axle orientation.
Portable boring apparatus aligns cutting tools with kingpin axes to machine precise bearing surfaces, eliminating vehicle downtime from facility transport.
A rear axle steering system uses a single cylinder and retractable caster cylinders to regulate wheel rotation.
An arcuate sector gear approximates Ackermann geometry to reduce scrub radius and tire wear in lawn mower steering.
A determination module compares desired and actual steering adjustments to identify driver interaction accurately.
Controller computes offset and gain corrections based on aged deterioration and accuracy variations, ensuring precise steering torque detection.
A vehicle steering control apparatus calculates target amounts using image and map data to execute precise lane-keeping maneuvers.
Controller detects snow chains via wheel speed sensors to selectively manage AFS and RWS operations.
Pedal-actuated plate gears engage front wheel drive on slopes, resolving the trade-off between zero-turn radius and directional stability.
A driver assistance system applies variable steering torque based on sensor reliability to provide controlled corrective input.
Rolling elements mediate rack translation in a steering assembly, converting sliding friction to rolling contact for smoother operation under heavy loads.
Motor detent and self-induced torques inhibit axial steering rod displacement, eliminating retro-driving risks without adding mechanical gear trains.
Camera-based electronic control unit determines relative position between vehicle and trailer to prevent jackknifing during backing maneuvers.
Integrating a Watt linkage into a twist-beam rear axle distributes lateral forces, reducing oversteering while resilient mountings improve motoring comfort.
A steering control system adjusts hand wheel return values based on propulsion torque measurements to manage vehicle dynamics.
Rubber mounts pivot the wheel carrier on a vertical axis, enabling slight steerability without increasing installation space.
A diagnostic supervisor calculates virtual steering values using a transfer function model to monitor system operating conditions in real time.