Mowers TRIZ Cases

Multiple harvester camera views are composited with vehicle body data in one display, making surroundings and machine state easier to grasp.

Dedicated fans, door slots, and bottom airflow paths cool each mower battery pack while making rear battery replacement easier.

Elastic motor block rotation detects bumps quickly, absorbs impact, prevents wheel skidding, and helps the mower reverse without yard damage.

Sensors and a controller adjust mower angle during turns to limit cut overlap or underlap without GPS or manual correction.

An overhead charging connector arrangement lets robotic work tools charge by driving through, reducing station weight, alignment difficulty, and lawn wear.

Dual signal paths prevent misread discharge-stop commands in electric work machines, helping protect battery packs from unintended discharging.

Outlet openings above the base plate let cleaning liquid and dirt drain from a harvester cooling housing, simplifying heat sink cleaning.

A camera and neural network replace fragile position sensors on working machines, maintaining accurate moveable-element tracking in dusty conditions.

Moving the selected setting box beside the content area helps operators confirm machine settings and coordinate lifting with other functions.

Predefined mode profiles let a vehicle controller set power, header, and lights automatically, cutting manual setup errors for field, road, or service use.

A Hall sensor array and magnet detect collision direction and partial lifts in a robotic tool while reducing sensor count and cost.

GPS position tracking and sensor-triggered obstacle records help yard maintenance vehicle operators avoid known obstacles in real time.

Hydraulic pressure tied to reverse motor load adjusts belt tension to prevent slip, wear, and excess power use.

A cabin-integrated support keeps the laminated status lamp visible and secure, while allowing retraction for transport and storage.