A vehicle monitoring system calculates critical driving levels using steering wheel angle and ultrasonic sensor data to determine obstacle position on the travel path.
A cable angle sensor measures angular displacement of curved guide elements to pivot the lifting cable, reducing inertia added by balancing systems.
Continuous parametric identification enables the braking controller to maintain robust stability against structural changes caused by aging and wear.
A controller maintains service brake pressure after the driver releases the pedal to hold the vehicle stationary until parking brakes engage.
A collision avoidance apparatus dynamically adjusts vehicle acceleration or deceleration to navigate lateral object risks.
A bulldozer automatic transmission system maintains selected speed stages using a disobedient time mechanism to ensure smooth acceleration.
A dynamic spray buffer calculation system adjusts application plans using real-time weather data to modify boundary coordinates during field operations.
Predicting vehicle distances prevents crop loss during unloading by automatically adjusting or shutting off the spout when deviations occur.
A system controller manages ECP brake devices in a semi-active mode to maintain train-line integrity and power.
Mount satellite antennas on the excavator stick to calculate bucket prong location via geometric relationships, eliminating multiple angle sensors.
A braking intention detection system measures output rod position to establish setpoint braking power.
Breakable joints empty fuel tanks during deployment, reducing descent energy and eliminating fire hazards.
A display-image switching apparatus calculates a provisional vehicle speed to control image transitions between navigation and camera views.
A dynamic control system monitors hoist motor acceleration to send reverse torque signals that mitigate impact loading on industrial machine structures.
A flight route strip display presents sequential phase elements on a cockpit screen to organize navigation data.
A data-driven anomaly detection method monitors aircraft subsystem parameters to identify deviations before they trigger flight deck effects.
A predictive brake control system manages front wheel cylinder pressure to prevent rear wheel lifting during vehicle deceleration.
A blade control system adjusts lift cylinder pressure to maintain target load and match slope angle.
Aircraft traffic display symbology indicates current heading trends using parametric broadcast data to resolve pilot situational awareness conflicts.
A mobile excavation control system calculates real-time productivity values using travel speed and material removal data to adjust work tool operations.
A braking system generates a yawing moment to assist steering while increasing drive torque on specific wheels.
An implement controller calculates pitch rate in a gravity reference frame using roll and turning data for precise earth-moving operation.
An active control system dampens oscillations in articulated concrete pumping arms using modal models and state observers.
Angle-related crane control compares measured boom positions against limit values to trigger speed reduction or emergency stops during setup.
Flow control valve regulates brake fluid pressure using differential pressure and hydrodynamic force information for precise wheel cylinder control.
An electric parking brake control device adjusts motor current supply timing to maintain consistent braking force.