Mowers TRIZ Cases

Sensors at harvester ends relay real-time images to the operator station, resolving limited visibility from the cab.

Segmented rock guards cantilever from a support beam to shield the cutter bar gear case, reducing structural weight while maintaining minimal cutting height.

Radial projections on the adaptor plate engage feed wheel recesses to eliminate axial float, removing shim requirements and reducing assembly complexity.

Self-service triggering eliminates expensive control electronics by using the mower's presence to mechanically engage the housing lock.

A mulcher transport device moves shredded plant parts from the cutting roller to a collection container.

Dynamic power adjustment reduces energy consumption and mechanical stress during variable crop processing.

A bridge beam separates hydraulic passages from cable harnesses, preventing interference during assembly and maintenance.

A mower controller detects installed reel diameters and adjusts electric motor speeds automatically.

Segmented mid-span support reduces crankshaft deflection and premature wear while preserving uniform crop feed in round balers.

Guide members create an airflow passage connecting the mower deck interior and exterior, dissipating motor heat while maintaining structural simplicity.

A control system retrieves pre-defined operational profiles based on machine position and heading to adjust agricultural components.

A dual-direction conveyor rotor conditions and cuts crop material using integrated drivers.

Lifting the grass box pivots the housing-mounted lid open, eliminating separate handling steps and reducing user effort during emptying.

Circular guide element prevents crop jams by directing plant stems away from scraper recesses, ensuring reliable conveying efficiency.

Curved line guides on a bi-directional spool eliminate jamming and simplify line replacement for vegetation trimmers.

Surrounding illuminating element signals start faults via color changes, resolving visibility issues in noisy outdoor power equipment environments.

Sensor-based automatic control adapts cutting table length to crop height, ensuring continuous feed and reducing grain loss from uneven intake.

Edge recesses in the conveyor belt collect and redistribute crops to reduce material loss and clogging during harvesting.

A lift apparatus bearing retainer secures the spindle bearing via an interference fit and snap ring.

Segmented auger sections connected by universal joints maintain spatial alignment during frame pivoting to prevent crop build-up in draper headers.

A roller-based pivot mechanism replaces sliding contact with rolling motion to eliminate friction and wear during header rotation over uneven terrain.