Inclinometer-controlled differential lifting adjusts cutting unit height to maintain chassis balance on undulating terrain.
Dynamic cab positioning reduces the interference prevention range when retracted, allowing full tool freedom and improving work efficiency.
An auxiliary crane with a telescopic boom acts as derrick ballast on the main superstructure.
Automated controller overrides operator inputs when calculated trajectories exceed boom profile limits, preventing collisions with machine components.
An aircraft display system renders a crab angle icon to guide pilot heading adjustments.
Smith predictor architecture calibrates internal models to minimize tracking errors caused by uneven loads and sloping ground.
A vehicle control device adjusts accelerator operation thresholds based on calculated peripheral risk to suppress dangerous situations.
Three GPS units track key points on mobile machines to compare positions against site boundaries, preventing sensor damage from onboard mounting.
Automated vertical chassis movement disengages stabilizers, reducing operator fatigue and improving excavation accuracy.
Broken line detection establishes precise control zone boundaries for ramp transitions, eliminating position errors from GPS and map data.
A working vehicle displays maximum and actual hydraulic oil flow rates simultaneously on a single screen.
Three-dimensional highway-in-the-sky symbology renders flight path data on terrain views, resolving display clutter and improving pilot situational awareness.
A control unit measures brake pressure and torque to estimate dynamic brake factors across wheel axles.
Sensors detect spring compression and trigger actuators to adjust endgate height, preventing material migration during paving.
A hydraulic accumulator suppresses travel vibration in work vehicles by connecting to boom cylinders during transit.
A locating system transmits material data to determine preferential paths between forwarders and harvested crops.
A wearable base unit detects tilt and direction to control crane motors, eliminating the need for two-handed operation.
A blade control system removes signal noise from positioning data to mitigate grouser impacts.
Electronic modules monitor a shared data bus to determine unique physical or logical addresses without manual configuration.
An integrated flight management system generates updated aircraft positions using inertial and radio-navigation data sources.
A method gradually reduces brake force to transition a motor vehicle from standstill to motion on an incline.
A vehicle dynamic control system generates desired yaw rates using dual understeer gradients for lateral acceleration ranges.
Electronic controller manages differential locking state using wheel slip and machine operating parameters to reduce component wear.
A controller interpolates between force and travel sensors to manage brake pedal transitions.
Sensors measure operational parameters while a processor compares data against thresholds to monitor dynamic braking effectiveness in railway systems.
A baler controller generates a tractor halt signal to constrain vehicle motion until bale wrapping completes.
A vehicle control device stores braking history information with position data to identify automatic brake application locations.
A hydraulic brake system uses a reduced activation threshold to reactivate the energy supply unit for faster pressure buildup.
A Gaussian mixture model estimates driving actions from biometric data.
A vehicle control system measures motion parameters to limit powertrain torque increase rates before traction loss occurs.
A coaxial two-wheel vehicle switches control gains based on occupant presence to maintain stable attitude.
A control device detects torque saturation in an inverted two-wheel vehicle to trigger safe occupant dismounting.
A rotation control device calculates target torque values to limit output force during operation.
A method calculates desired braking force and load torque using actuator current measurements to control an electric parking brake motor.