Vehicle lighting fixture

A vehicle lighting fixture configured to form a predetermined light distribution pattern, comprising:

• at least one first lighting unit and at least one second lighting unit, wherein
• the first lighting unit includes
• a plurality of excitation light sources;
• a plurality of optical deflectors provided to correspond to the plurality of excitation light sources, the optical deflector configured to include a mirror part that can two-dimensionally scan with excitation light from a corresponding one of the excitation light sources in a horizontal direction and a vertical direction;
• a first wavelength conversion member configured to include a plurality of scanning regions provided to correspond to the plurality of optical deflectors such that the plurality of scanning regions can be two-dimensionally scanned by the excitation light in the horizontal direction and the vertical direction to draw a two-dimensional image in a corresponding one among the plurality of scanning regions, thereby forming a light intensity distribution image in each of the plurality of scanning regions;
• and
• a first optical system configured to project the light intensity distribution images formed in the respective scanning regions to form a first light distribution pattern, at least one scanning region among the plurality of scanning regions configured to overlap another scanning region in part to relatively increase a light intensity of the light intensity distribution formed in the overlapped scanning region,
• the second lighting unit includes:
• a plurality of excitation light sources;
• a plurality of optical deflectors provided to correspond to the plurality of excitation light sources, the optical deflector configured to include a mirror part that can two-dimensionally scan with excitation light from a corresponding one of the excitation light sources in a horizontal direction and a vertical direction;
• a second wavelength conversion member configured to include a plurality of scanning regions provided to correspond to the plurality of optical deflectors such that the plurality of scanning regions can be two-dimensionally scanned by the excitation light in the horizontal direction and the vertical direction to draw a two-dimensional image in a corresponding scanning region among the plurality of scanning regions, thereby forming a light intensity distribution image in each of the plurality of scanning regions;
• and
• a second optical system configured to project the light intensity distribution images formed in the respective scanning regions to form a second light distribution pattern, at least one scanning region among the plurality of scanning regions configured to overlap another scanning region in part to relatively increase a light intensity of the light intensity distribution formed in the overlapped scanning region, and
• the predetermined light distribution pattern is formed by overlaying the first light distribution pattern and the second light distribution pattern on each other.