Harvesters TRIZ Cases

Anti-lock braking system reduces rear brake pressure when slip exceeds thresholds, preventing wheel lock-up and overheating.

Dynamic sensors compare load and clearance dimensions to prevent collisions, resolving operator unfamiliarity risks.

Looping belt separates nuts from debris before shredding unit pulverizes fragments to eliminate navel orangeworm habitat.

Integral foldable homologation frame pivots to transport position, eliminating manual attachment steps and reducing damage risks during road travel.

A harvest advisor computing system processes field-specific environmental data to calculate precise target harvest dates based on crop moisture levels.

Semi-circular repair components align with remaining flighting to resolve worn-out sections that inhibit efficient material transfer.

Counterweight offsets torque from uneven crop accumulator loads, stabilizing the baler hitch during sequential bale transport.

Pygmy sesame lines with non-dehiscent capsules facilitate mechanical harvesting while reducing seed loss and labor intensity.

Segmented needle delivery uses a detachable tip to prevent damage when the baler encounters obstructions.

An intermediary collection hopper separates debris from nuts during transfer, reducing substance loss while maintaining high harvesting productivity.

Stepped outer surfaces widen transport channels to prevent large fruit accumulation and sliding in crop harvesting attachments.