BYD

Last updated February 1, 2026

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Automated camera lens antifouling mechanism: BYDRecent Research Landscape

Standardized mounting interfaces for external sensors and lighting often suffer from environmental ingress and mechanical misalignment. These innovations utilize rigid modular housings to ensure precise optical alignment and structural protection across diverse vehicle platforms.

What technical problems is BYD addressing in Automated camera lens antifouling mechanism?

Optical surface contaminant accumulation

(49)evidences

Accumulation of debris and environmental residue on optical surfaces impairs sensor visibility. Eliminating these obstructions ensures consistent data integrity for safety-critical vehicle and mobile imaging systems.

Optical surface contaminant accumulation

(24)evidences

External debris and environmental fouling obstruct light paths in vehicle sensors and lidar systems. Eliminating these obstructions ensures continuous signal integrity and operational safety in autonomous navigation.

Rearview mirror system failure

(21)evidences

Electronic vision systems are prone to operational faults and data inaccuracies. Identifying these malfunctions ensures continuous driver visibility and safety compliance.

Driver visual glare interference

(16)evidences

Excessive solar radiation and glare cause temporary blindness or reduced visibility for vehicle operators. Mitigating this failure mode prevents accidents and improves navigational safety.