See how acceleration sensors detect misalignment and slipping between towed agricultural machin
See how a segmented outlet funnel with opposed-curvature walls and an intermediate divider redu
See how an intermediate wall with opposite curvature divides the outlet funnel into two flow pa
See how a track-guided folding stand with sliding support and abutment members enables space-ef
Sensors and actuator control automate implement alignment and coupling on power machines, cutting connection time and operator steps.
State-aware display and sound guidance helps operators handle automatic-to-manual run switching in farm work vehicles with better clarity and safety.
A height changing mechanism lets the vehicle body clear varying crop heights and match different working devices for reliable field travel.
When fuel is low or temperatures rise, motor power is limited by implement and work type to protect the fuel cell while keeping PTO tasks usable.
Height-variable masts and planned waylines keep wired fleet connection elements in a cascading arrangement to avoid cable and vehicle collisions.
LiDAR and RADAR data are fused in a DNN to separate static and dynamic field anomalies for more accurate agricultural vehicle control.
Mounting the hydrogen sensor on the fuel cell module improves leak detection in the hood without added frames, extra length, or lost maneuverability.
Multi-sensor fusion with GNSS, cameras, LiDAR, and RADAR improves anomaly mapping in fields and helps vehicles avoid hazards.
A shared brake-circuit pressure source drives chassis spring actuators, cutting extra hydraulics while enabling load transfer in field and road use.
Predictive PTO load control raises engine speed in sync with recurring torque peaks to reduce slowdowns, driveline jerks, and fuel waste.
Dynamic side alert zones adapt to towed implement type, angle, and state to cut false alarms and improve hazard detection near farm vehicles.
Dual pins and springs simplify implement attachment and detachment while keeping three-point hitch coupling secure and aligned.
Mechanical vibration shakes debris loose from agricultural vision sensors, preserving image quality during dusty field operation.