Vehicle headlight

A vehicle headlight comprising,

• a plurality of lighting body cells that are disposed to be aligned in a vehicle width direction and that are configured to radiate light along an advancing direction of a vehicle,
• wherein each of the lighting body cells comprises a light source configured to emit light and a lens body configured to project the light emitted from the light source toward a side in front,
• the lens body includes (i) a first incidence section that is configured to condense the light from the light source, (ii) a first emission surface having a lens surface that is configured to condense the light entering the lens body in the vehicle width direction, (iii) a second incidence surface that is configured to re-enter the light emitted from the first emission surface into the lens body via an air layer, and (iv) a second emission surface that is a lens surface configured to condense the light emitted outside from the lens body in upward and downward direction, and the first incidence section, the first emission surface, the second incidence surface and the second emission surface being sequentially disposed in the advancing direction of the vehicle,
• each of the lens body of the lighting body cells are connected to each other in the vehicle width direction to form a lens assembly,
• the lens assembly includes a continuous emission surface as a final emission surface, the continuous emission surface being formed by the emission surfaces of each of the lens body that are made continuous with each other,
• among the plurality of lighting body cells, regarding a first lighting body cell and a second lighting body cell that are respectively disposed at both ends in the vehicle width direction, an optical axis of the lens body of the first lighting body cell extending along the advancing direction of the vehicle while passing through a composite focus of the lens body of the first lighting body cell constituted by the first emission surface, the second incidence surface and the second emission surface and an optical axis of the lens body of the second lighting body cell extending along the advancing direction of the vehicle while passing through a composite focus of the lens body of the second lighting body cell constituted by the first emission surface, the second incidence surface and the second emission surface are disposed between a light source of the first lighting body cell and a light source of the second lighting body cell in the vehicle width direction,
• the light source of the first lighting body cell and the light source of the second lighting body cell are disposed in the vicinity of the corresponding first incidence section,
• the light emitted from the light source of the first lighting body cell advances to the first emission surface of the first lighting body cell from the first incidence section of the first lighting body cell and is emitted from the first emission surface of the first lighting body cell,
• the light emitted from the light source of the second lighting body cell advances to the first emission surface of the second lighting body cell from the first incidence section of the second lighting body cell and is emitted from the first emission surface of the second lighting body cell, and
• both of the lights that has been emitted from the first emission surfaces of the first lighting body cell and the second lighting body cell are emitted outside of the continuous emission surface and are diffused in the vehicle width direction.