Phased emergency braking adapts deceleration to road friction, resolving the trade-off between rapid stopping distance and vehicle stability.
A coiled spring mechanism elevates the trailer breakaway switch cable above road surfaces to prevent dragging.
Machine learning algorithms classify weather conditions to reset ultrasonic thresholds, reducing initialization time while maintaining sensing reliability.
A driving assist controller estimates driver visibility using a stereo camera system to adjust warning and braking thresholds dynamically.
A tractor controller adjusts front and rear wheel braking power based on yaw rate to stabilize vehicle motion.
A vehicle turning behavior control apparatus determines a modified steering speed to limit turning behavior by adjusting vehicle speed.
Coupled ball valves eliminate slide valve leakage to maintain continuous brake pressure in trailers.
Speed-triggered pneumatic pins engage trailer slots to prevent jackknifing without complex braking systems.
A trailer brake controller adjusts output signals based on vehicle velocity to maintain consistent torque across varying speeds.
A vehicle brake control module adjusts wheel brake pressure to maintain a target rollback speed during hill starts.
A brake control device adjusts deceleration limits based on bank angle to calculate estimated vehicle body speed accurately.
A motor vehicle detects external emergency stop conditions using internal structure-borne noise and acoustic sensors.
A vehicle system adjusts its detection angular range using real-time steering angle and yaw rate data to track oncoming traffic.
Unsigned rotation sensors detect direction changes via chronological pattern analysis, reducing latency and cost compared to signed sensor systems.
A lane departure prevention device uses a direction alignment determination unit to verify yaw moment coincidence before applying braking force control.
Dynamic state selection avoids inefficient driving modes to reduce energy consumption while maintaining safe following distances.
Periodic brake pulses stabilize vehicle combinations and prevent jackknife situations without overheating trailer brakes.
A parking brake valve device uses a self-holding bypass circuit to maintain pneumatic pressure states in pilot control regions.
An autonomous braking device uses a drawbar actuator and elastic return mechanism to engage brakes upon coupling breakage, eliminating manual intervention.
A vehicle brake control device adjusts braking force using road friction data to match driver intent.
A vehicle control system adapts brake strategy using lateral tyre force prediction and friction estimation.
A dump truck stop position determining module calculates target coordinates using external laser sensors to align the vehicle with the bund.
A staged braking control system uses radar and ultrasonic sensors to detect rearward objects.
A driving assistance apparatus uses a determinator to identify roadway travel and a restraining device to block deceleration control in parking lots.
A collision mitigation apparatus adjusts drive assist start timing using sensor reliability data.