Automated fluidic wiping sequence: BayerRecent Research Landscape
Inconsistent spray distribution and mechanical wear lead to poor visibility and high fluid consumption. These innovations optimize nozzle architecture and actuation timing to ensure precise surface decontamination.
What technical problems is Bayer addressing in Automated fluidic wiping sequence?
Sensor surface contaminant interference
(11)evidences
Accumulated debris and environmental residues obstruct signal transmission and reception. Maintaining clear optical or radar paths ensures reliable autonomous vehicle perception and safety.
Obstructed driver visibility
(6)evidences
Suboptimal coordination between fluid delivery and wiper movement leads to streaking or incomplete debris removal. Precise sequencing ensures maximum visual clarity with minimal fluid consumption.
Pathogen transmission on vehicle surfaces
(5)evidences
Accumulation of biological contaminants and pathogens on interior and exterior vehicle surfaces. Mitigating these risks ensures occupant safety and maintains operational hygiene standards.