Dynamic Warning Zone Adjustment for Vehicle Turn Blind Spots

The patent applies the dynamics principle by making the warning zone boundaries dynamic rather than fixed. The auxiliary lines that define the warning zone are dynamically adjusted based on vehicle turning signals and steering wheel position. When the vehicle turns, the warning zone automatically expands or shifts to cover the newly created blind areas, resolving the contradiction between maintaining simple system structure and achieving adaptable warning zone coverage.

The patent implements parameter changes by modifying the geometric parameters of the warning zone (position, orientation, and extent of auxiliary lines) in response to vehicle state parameters (turning signal status, steering angle). This allows the warning zone to adapt its coverage area based on actual driving conditions, enabling blind area coverage during turns without requiring a completely complex reconfiguration system.

The patent employs feedback by continuously monitoring vehicle state parameters (turning signals, steering wheel position) and using this information to adjust the warning zone configuration. This closed-loop feedback mechanism ensures that the warning zone reliably covers blind areas during turns while maintaining system simplicity through automated parameter adjustment based on real-time vehicle state feedback.

The system applies self-service by automatically adjusting its own warning zone parameters based on vehicle operating conditions without requiring external intervention. The processor autonomously modifies the auxiliary line positions and orientations in response to turning signals and steering input, enabling the system to self-adapt and maintain reliable obstacle detection across varying driving scenarios.