Agricultural Machines TRIZ Cases

Offset-aware path correction keeps a work implement aligned to the target route even when its center is laterally displaced from the vehicle.

An onboard UAV landing station lets farm machines launch, land, and recharge in the field, extending monitoring time and reducing travel delays.

A locking lever and collar keep the stabilizer rotationally fixed, reducing wear and preventing unintended length changes.

An ovalized sliding fit machined into the coupling body simplifies lower-link locking, cutting parts, cost, and assembly complexity.

A crimped reduction joint replaces welded hitch arm connections to better resist pushing and pulling loads while simplifying manufacture.

Placing the inverter below the cabin uses open space for cooling while fitting a fuel cell drivetrain into a work vehicle frame.

A detachable sub-battery and onboard main battery reduce charging interruptions, helping working machines maintain operation with less downtime.

Uses preceding vehicle work data to generate field travel paths that avoid skewed routes, ridges, and uneven surfaces for better efficiency.

Dynamic display brightness and IoT alerts warn nearby drivers in mapped hazard areas while reducing power use on agricultural machines.

Recorded set-down location and tractor trajectory guide accurate implement re-hitching without relying on dust-sensitive optical alignment.

Real-time mount interface overlays help operators align harvester headers with trailers faster and more accurately when direct visibility is limited.

Front battery and rear hydraulic placement keeps the tractor center of gravity between the axles while powering implements without a separate motor.

A pivoting dual-hitch towbar attachment switches between tractor and road vehicle coupling without time-consuming hitch replacement.

A pivoting cradle with positive retention shields combine multicoupler connectors from dirt, debris, and water to keep connections clean and reliable.

Seat posture and parking detection let a parked work vehicle keep the prime mover running for safe PTO-driven tasks outside the body.

An ECU-mediated control scheme lets operators acknowledge and override automatic work vehicle speed commands to maintain safety oversight.

A pivoting tow arm, caster-wheel beam, and parallel linkage let implements tow safely to either side while the tractor stays on stable ground.

A self-centering hitch, electric actuator, and removable motor unit simplify heavy implement attachment while improving mower deck positioning and service.

A self-centering hitch and removable motor unit simplify heavy implement hookup while improving mower deck positioning and maintenance.

Freely mounted agricultural cameras use object detection to auto-select optics and display settings for each task and viewing angle.

A rotation sensor and control unit stop PTO-driven cutting or splitting machines when shaft speed exceeds preset safe limits.

A modular tractor attachment combines transport, tool carrying, and leveling functions to cut equipment changes, cost, and task transition time.