Mowers TRIZ Cases

A work vehicle crop redistribution system moves cut plant material ahead of and behind ground-engaging wheels to maintain a clear tread path.

Multiple augers in a single trough increase conveyance capacity without expanding bed width or increasing rotational speed to avoid grain damage.

Segmented radial pegs on the wheel rim reduce turf compression and prevent cut grass accumulation by allowing debris to pass through voids.

A steerable residue spreading system uses a wave sensor to measure reflections from specific zones.

Aluminum beam legs and steel skid plates in a corn row head resolve the weight-strength contradiction, enabling more stalk rolls for higher productivity.

A mower deck transport lock uses a gravity-actuated bracket to engage a striker plate, providing a visual status signal through the body panel.

Reduced cross-sectional area in directional transition region lowers power consumption while maintaining grain delivery rates.

Elastomeric isolators decouple cutterbed modules from the header framework to enable precise ground load sensing and floatation control.

A feeder channel uses uniform corresponding features to standardize part arrangements across combine harvester series.

A laterally extendable boom uses pressure sensors to adjust the working head alignment angle around its holding axis.

Compression molding a UHMW plastic body onto an aluminum core eliminates assembly fasteners and reduces weight while maintaining structural strength.