Agricultural Machines TRIZ Cases

A spring-biased tine vibrates and flexes near planter wheels to scrape off wet soil and prevent mud packing that can stop wheel rotation.

A synchronized PTO, pin, and connector mechanism lets tractor drivers couple implements faster and more safely without external assistance.

An air-spring ladder auto-stows above crops while a bumper stop holds stable access, preventing vehicle, ladder, and field damage.

A serpentine steel crawler uses a steerable endless track to keep high traction in narrow spaces and convert for road or wider terrain use.

An on-screen horizontal control interface lets operators set work implement tilt precisely, improving efficiency without relying on user skill.

A floating-plate locking mechanism lets a hitch switch between road and field link orientations while limiting trailer pivoting.

A single external command coordinates hitch and front suspension actuators to lower the hitch beyond its normal range for easier implement attachment.

Contextual camera icons show feed origin and orientation, helping work vehicle operators keep broad visibility with less mental workload.

A pivoting hook and receiving pocket let the feeder housing lift and automatically secure the header, cutting manual coupling time.

Segmented screen regions show work state, depth, and tilt together, making tractor implement status easier to read and control.

Elevated wireless nodes above tractor cabs relay and store field data between distant machines, reducing gaps and redundant operations.