Stationary cams guide a movable auger shaft along a defined trajectory, eliminating the dead zone that causes backfeeding in large agricultural machines.
A multi-purpose bucket uses tines and a foldable thumb to stabilize loads during transport.
A hitch assembly connects a bale trailer with a lift conveyor that pivots transported bales upward and forward into the processor chamber.
Automated pivoting extension panels increase grain holding capacity while allowing external linkage servicing when the tank is full.
An articulated guide device positioned above the pickup mechanism conveys plants evenly to the moving conveyor.
A rotating chassis forage bale pick-up device absorbs impact energy through a damper assembly to lift bales smoothly at high speeds.
A harvesting machine discharge frame pivots and shifts laterally to position crop deposition accurately.
An automated gripping and extraction mechanism removes bale bindings to eliminate operator strain and prevent machine malfunctions.
A transverse conveyor moves swather material laterally using driven tines, preventing rolls off steep slopes.
An inclination sensor detects vehicle tilt to guide a rotobaler's deposit arrangement, preventing heavy bales from rolling down slopes during unloading.
A hydraulic bale trailer tilts its frame to dump bales efficiently using a segmented locking system.
Spring-loaded linkages automatically adjust carriage positions to handle multiple crop packages without manual intervention.
Radial blades on a powered rotor agitate stiff stalks before pickup entry, preventing plugging and maintaining steady crop flow.
A shaped wheel with transition sections lifts pressware products off a stacking surface to facilitate controlled vibration and angulation.
A pivotable arm with resistance members dissipates kinetic energy from rolling bales entering storage troughs.
A tine rotor driven by a power take-off shaft picks up and transports cut straw from the ground surface.
A transshipment implement uses a tilting dumper and integrated belt to move harvested crops.
Interposed stems create a staircase effect that directs material past teeth, preventing entanglement and maintaining high productivity.