however each of the rays c gets to the shades 38 and 44 and may be absorbed in the shades 38 and 44 without entering into the projector lens 36 respectively on the other hand the ray a shown in fig9 b that passes at the point m over the shade 44 can be emitted under the horizontal cut off line through the projector lens 36 however the ray a shown in fig9 a gets to the r surface 40 and may be absorbed in the shade 38 therefore the shade 38 of the disclosed subject matter can decrease light emitted near the horizontal cut off line by using the r surface 40 that is a non reflex surface as compared with the other conventional shade 44 fig1 is a graph showing a relation between an angle in a horizontal direction and a light intensity of a light distribution near a horizontal cut off line with respect to projector headlights using the exemplary shade of fig9 a and the conventional shade of fig9 b when the conventional shade 44 is used a slant of the light intensity becomes sharp near the cut off line however when the shade 38 of the exemplary embodiment is used in the projector headlight 10 the slant of the light intensity can become moderate near the horizontal cut off line that is to say the.