Optical sensor device distinguishes subsurface properties via NDVI to eliminate edging wire installation effort and prevent collision damage.
Spring tines coupled to the rotor shaft maintain flail blade extension and convey residue at low speeds, resolving efficiency losses from backward pivoting.
A lawn mower blade holder connecting leg features a gradually decreasing wall thickness to absorb impact loads.
Detects quick accelerator release to configure drivetrain before braking, preventing unexpected trailer brake activation.
Electric drive positions harvester knife bar into maintenance slot, eliminating manual repositioning.
A pivotable ball joint mounts the cutting unit to a lift arm yoke, enabling multi-axis steering and pitch control during operation.
A shield member blocks the wedge-shaped space between a vertical grass clippings guide and the cutting chamber peripheral wall.
A grain yield sensor measures flow via a rotating paddle assembly, reducing tongue weight instability during unloading.
Nested interfaces link power tool battery packs to mower circuits, reducing charger duplication and extending run time.
Pivoting gauge wheels and skid element adjust cutting height across varying terrain.
A harvester control system adjusts fan and ground speeds using billet loss and extraneous matter sensors to optimize separation performance.
Electric drives powered by phase-shifted AC voltages oscillate cutter bar segments to neutralize lateral vibrations.
Sealed battery case with horizontal partitions and circulation fans maintain uniform module temperatures.
Adjustable cutting tables resolve crop mixing and damage during simultaneous soybean and corn harvesting in strip-like compound planting.
Segmented elastomeric dampers resolve adjustability trade-offs by absorbing torsional shock without limiting wheel movement.
Asymmetric height profiles on a rotating cutting blade disrupt air flow to prevent vortex detachment, resolving high-speed noise excitation in brush cutters.
A resilient element connects two crank arms to hold guide doors in stable positions, reducing manual latching effort and vibration.
Segmented blade design with C-shaped cross-section and locking mechanism reduces replacement time while maintaining structural integrity.
An automated ear staging system coordinates movement and orientation of corn ears for precise image acquisition.