Overrunning clutch prevents reverse loading on gear teeth, extending gearbox life and reducing noise.
A pivotable counter-holder with spring return automates binding material clamping and avoidance in agricultural balers.
A pawl with a cam surface and crop engaging tooth rotates to grip bale material along the baler longitudinal axis.
A square baler stuffer mechanism modifies tine movement paths to clear intake duct blockages without manual intervention.
An angled blade divides a single large bale into two small square bales, reducing equipment count and operational complexity.
Scavenged energy storage reduces driveline stress during peak plunger loads, enabling smaller flywheels and improved engine efficiency.
Tensioning rods replace welded top beams to eliminate cracking under severe stresses while maintaining bale case structural integrity.
A powered brush removes crop from baler belts, eliminating manual labor and preventing belt misalignment.
Hydraulic accumulator stores fluid pressure during low-demand phases and releases it to maintain vehicle speed through high-pressure pressing sequences.