Oscillating MEMS Mirror LIDAR for Motion Blur Reduction

The patent divides the laser illumination into multiple separate light beams (first light beam, second light beam, etc.) that are directed at different spatial locations. By segmenting the optical energy into multiple non-adjacent beams, the system achieves sufficient total illumination power for long-range detection while ensuring that no single location receives harmful concentrated energy, thus complying with laser safety regulations.

The patent employs periodic oscillation of a reflective surface (such as a MEMS mirror) to sequentially direct multiple light beams across the field of view. This periodic action enables the system to scan multiple directions in a systematic, time-efficient manner, reducing motion blurring by completing measurements during controlled oscillation cycles while minimizing total measurement time through the regular, predictable timing of beam emissions.

The patent utilizes mechanical oscillation of a reflective surface (such as a MEMS mirror or振ating mirror) to rapidly scan light beams across the field of view. This mechanical vibration approach reduces motion blurring by completing measurements during controlled oscillation cycles, and the system benefits from the inherent stability and predictability of mechanical resonance, which simplifies timing synchronization and control compared to more complex electronic scanning mechanisms.