This utility model relates to the technical field of polarized wall
washer lenses, and discloses a light-mixing polarized wall
washer lens, including a lens body. The lens body includes a freeform surface, a polarizing region, a reflective surface, a first polarizing surface, a second polarizing surface, and a refractive surface. The reflective surface is used to reflect light to the polarizing region, and the refractive surface is used to refract light to the polarizing region or the freeform surface. The first and second polarizing surfaces are respectively used to refract light to the freeform surface, and the
refraction angles of the first and second polarizing surfaces are not aligned. The polarizing region and the freeform surface are respectively used to converge light and project it outward to form a
light spot. With the combined effect of the polarizing region and the freeform surface, it has a greater light output effect and helps to increase the light output distance, meeting the needs of wall
washer lights. Furthermore, under the action of the first and second polarizing surfaces, the light
mixing effect is enhanced, thereby improving the presentation effect of the
light spot.