A switchable slip clutch and downstream clutch-brake combination let baler flywheels start smoothly while protecting the drive train from overload.
Vertical panel motion is converted by wedges into side compression, forming dense parallelepiped bales with fewer actuators and lower complexity.
A switchable slip clutch and downstream clutch-brake combination shorten baler startup while protecting the tractor drive from overload.
Sensor feedback adjusts hoop speed, bale pushing, and film use to match bale moisture and position, cutting waste and spoilage.
An elongated tube guides twine between the baler supply and knotter, reducing friction and debris interference for more consistent tension.
A preloaded pick-up senses belt tension while a deflector detects oblique running to protect bale formation and pressing components.
A movable frame and roller pair shift between feeding and loading positions, improving bale-wrap access while supporting stable operation.
An agricultural baler serpentine arm changes pivoting-roll spacing as the bale grows, preserving belt tension and tracking.
A control unit compares total PTO energy with baler consumption and adjusts power automatically to prevent overload and underload.
Individual bale mass measurements drive automatic parameter adjustments, reducing mass and density variation while easing operator workload.
Crop interference and airflow can disrupt film entry; a movable supply unit positions and severs wrapping material for cleaner bale wrapping.