A vehicle parking control system coordinates wheel and steering drives to move tires during angle changes.
A cam adjustable shim assembly rotates a bolt-driven eccentric cam within a bushing bore to reposition suspension control arms.
Positioning inner joints below outer joints creates dynamic tilt angle changes that counteract torque steering forces at maximum acceleration.
A parking assist control device manages gear positions to prevent unintended vehicle movement during automated maneuvers.
A backward driving assist apparatus estimates ego vehicle position using dead reckoning sensors and interpolates forward trace data for steering control.
Multi-criteria optimization minimizes lateral displacement, steering angle, and speed to resolve tire saturation limits and passenger comfort trade-offs.
A driver assistance system uses stored sensor data to estimate lane guidance when current measurements are unavailable.
Horizontal dampers and a modular coupling mechanism adjust suspension forces to improve handling characteristics while reducing construction costs.
Distinct deactivation thresholds optimize control stability and driver flexibility during merging maneuvers.
Linear actuators dynamically adjust rear camber and toe angles to optimize tire contact patch under dynamic cornering loads.
A path planning method selects optimal herringbone or C-shaped parking patterns based on vehicle position relative to the target space centerline.
An adaptive steering controller minimizes lateral offset and look-ahead error derivatives to maintain precise vehicle positioning.
A vehicle parking guidance system uses fisheye distortion correction to display intuitive visual signs for parallel and angle parking.
Stereo side cameras calculate 3D distances to guide vehicles through tight parking spaces where ultrasonic sensors fail.
A vehicle speed determination device calculates maximum velocity based on real-time component status to maintain a safe stopping distance.
Sensors monitor axle position while microcontroller applies PID control to maintain toe alignment during wheel base adjustments.
A vehicle controller uses V2V front situation data to stop auto-steering when a lead vehicle crosses lane boundaries.
A steering assistance display calculates a predicted travel path using inertial force and vehicle velocity data.
Pneumatic collet keys grip diverse tie rods, resolving confined space engagement challenges.