A stationary protection disc with bearings shields the rotating cutting plate, reducing friction, energy use, and collision damage.
A detachable energy storage device combines with a fixed pack to extend outdoor moving time and support other power tools.
Harvesting machine context corrects crop loss sensor signals for more accurate loss measurement across changing conditions.
See how front drive motor housings guide long grass to the cutting disc, improving cutting efficiency without enlarging the mower.
This case combines dual blade motors with independent wheel speed control for flexible cutting and stable operation on slopes.
Integrating forward and reverse controls into a single user interface allows directional changes without requiring two hands on the handle.
Merging descending and warping parts creates an intersection forming a cup-shaped portion that catches long wet grass clippings on the transportation wind.
A mobile robot uses a protective housing and limited kinetic energy tools to process green area borders autonomously.
Control unit triggers actuator displacement before reversing the auger, preventing component damage during stuck crop clearing.
An openable rear lid discharges accumulated grass clippings, reducing cutter blade load and improving cutting efficiency.
Steel slats rotate on a roller cylinder to cover the discharge opening, eliminating labor-intensive conversion assemblies.
A robotic lawnmower bumper section with a 5-40 mm radius of curvature reduces grass friction during operation.
A mounting assembly enables pivotal movement of a flail mower implement around a longitudinal axis to maintain consistent operational height.
Segmented variable bridge segments rotate independently to resolve low productivity in conventional mowers by enabling wider paths.
A fan circulates air through segmented motor and battery chambers to transfer heat via convective flow.
Inverting the boom mount to the tractor front resolves operator visibility conflicts while extending the cutting range through segmented attachment.