Baling TRIZ Cases

A movable wrapping table on a loading arm reduces installation space and improves maneuverability by shifting between loading and wrapping positions.

A windrow diverter repositions crop material to enable continuous baling, eliminating stop time for bale discharge.

Strain gauges measure roller supporting force to detect bale size and prevent overloading in round balers.

Sensors track bottom floor rotation angles to trigger warnings and prevent channel clogs during high-speed harvesting.

A bale wrapping apparatus uses movable tines and powered rollers to support and rotate bales during wrapping operations.

Segmented receiving and unloading rollers stabilize smaller or misshapen bales, preventing lateral displacement and kneading during wrapping.

Dynamic friction adjustment prevents gearbox overload while maintaining optimal bale density.

Segmented gate structure isolates bale mass from baler frame, eliminating structural weight errors in measurement systems.

A tine arm drive mechanism uses a crank to move tines along a constant trajectory while allowing them to pivot independently.

Actuators adjust feeder duct volume to optimize crop flow and prevent blockages in agricultural balers.

Radial fins on a wider traction roller maintain bale geometry and prevent disintegration by providing consistent edge tension.

Chevron ribs guide wrapping material laterally outward from the center, preventing bunching and ensuring uniform edge coverage.