Mowers TRIZ Cases

Adjustable telescoping shaft and pivotable cutting head resolve unbalanced weight distribution in cantilevered electric cutting tools.

Force monitoring detects obstacles before contact, allowing the control system to adjust the cutting table position and reduce crop losses.

Backward inclined pendulum axis compensates for pivot movement to ensure homogeneous crop transfer across the feederhouse width.

Sensor feedback adjusts roller gap and speed differentials based on material properties, balancing digestibility with energy consumption.

Conveyor belt launches grain and MOG mixture into air using a deflector to separate materials on hilly terrain.

Cover plates and windrow chute reposition to switch modes, resolving complexity trade-offs in harvester residue management.

An automated lawn mower analyzes input images and adjusts cutting patterns based on detected position to replace manual labor and enable rapid image formation.

A spring-mounted flexible pan member supports the feed draper to ensure smooth crop transfer into the feeder house.

A rotatable accumulator and module builder assembly provides direct access to the powertrain through a frame hatch.

A dual chamber round baler transfers bales via a gravity conveyor between independent chambers, eliminating downtime from sequential ejection cycles.

A vegetation cutting device uses a movable guide wheel to support the cutting head during edging operations.

A segmented blade assembly uses shorter outer blades to guide longer inner blades during root cutting operations.

A sprayer boom control system calculates virtual crop levels to maintain precise spacing.

A sensor monitors force on the actuator to control harvester parameters, resolving chain tension variability from crop loading.

Automated control systems adjust cutting table length based on vibration coefficients and material throughput to maintain homogeneous flow.

Spring-mounted tooth retains tool shank in rotor seat, reducing assembly time and energy consumption from heavy rotating masses.

Segmented mulching units with skid support follow ground contours, resolving uneven stubble processing caused by terrain undulations.

A riding mower shutter operating tool transmits motion from the driver's seat to the discharge port closure.

A dual conveyor infeed system with an upper and lower unit compresses crop material to eliminate dead zones and reduce energy consumption during harvesting.

A sensor-controlled actuation mechanism dynamically adjusts the billet deflector position to maintain separation efficiency under varying harvesting conditions.