Radial grippers on a rotating apparatus execute selective crop harvesting, eliminating manual labor costs and unharvested crops.
Integrating slip clutch locking into the adjusting member eliminates separate hardware, reducing maintenance complexity and time.
A single motor drives side-by-side oscillating combs through a compact crank mechanism, reducing structural complexity and improving user visibility.
Upper inlet vane directs cotton flow onto rotating paddles to prevent humping and clogging during high-yield harvesting.
A fruit harvesting machine uses a suspension frame to pivot the shaker assembly for transverse alignment with plant stocks.
A crop harvesting apparatus uses a fluid-driven driver to change shape for cutting operations.
A hollow spindle assembly with a grease reservoir reduces mass and gyroscopic effects while extending lubrication intervals.
Lift arms position workers while conduits transfer fruit directly into a receptacle, reducing labor costs and fruit damage.
Spring steel rods deform elastically to adapt to fruit shape, enabling secure gripping without mechanical damage.
Automated vacuum extraction collects intact bolls for genetic research while resolving ergonomic safety constraints.