Segmenting cargo into vertically stacked baskets resolves the trade-off between storage capacity and rear accessibility.
A foldable motorized cart uses nested storage compartments and a tubular drive track to transport gear across varied terrain.
Pivotable track rods enable dynamic steering, allowing large objects to navigate narrow passages without complex mechanisms.
Segmented ribs rotate around hubs to expand into a rolling sphere, improving maneuverability on uneven terrain.
Parallel coupling rails and locking pins join carts on one surface, eliminating complex mechanisms.
A parallelogram guide mounts an industrial truck support roller to the drive part for vertical movement.
A folding cart frame uses a wheel retracting assembly to collapse the structure for compact storage.
A caster brake system uses a wire and lever to lock wheels, reducing structural complexity and manufacturing cost.
A universal cart system uses visual recognition to automatically configure inspection parameters for diverse aerospace components.
A hand truck stabilizer plate extends outward to secure heavy loads during tilting operations and retracts inward to maintain a compact profile.