An offset nozzle directs fluid onto the squeegee lip to eliminate uneven spray patterns and reduce driver visibility blockage.
Longitudinal insertion joins the mounting unit and blade fastening part, replacing complex screw connections that hinder easy dismantling.
A wiper drive support integrates a heat sink to dissipate thermal flux from the electric actuation unit.
A wiper blade end cap combines a soft energy-absorbing elastomer region with a hard stabilizing plastic area to manage structural loads.
A self-contained camera wash system uses a pressurized container and fluidic spray nozzle to clean drone lenses.
A windscreen wiper motor control system compares actual blade speed with a nominal value to adjust operation timing.
Segmented cover caps isolate liquid connections from engine gases, preventing odor nuisance while reducing wind noise.
Integral snap-fit engaging means on the wiper motor unit connect to the bracket, eliminating screw loss and reducing assembly time.
Segmented housing sections allow connector plugs to align with various vehicle wiring harnesses, eliminating custom tooling costs and assembly errors.
Discrete angular contact zones reduce friction and material usage while maintaining removable mounting capability.
A heated wiper assembly uses a concealed heating element within a cover member to provide reliable ice removal.
Flexible lower segments adapt to curvature while knife-like edges cut snow wedges.
Segmented wiper heating channels enable wire access while preventing washing liquid freezing.
Damping elements in the articulated connection reduce noise and force when the wiper folds over or hits the window.
A lens holder integrates conductive traces to electrically connect a heating element directly to the printed circuit board.