| 摘要 |
Disclosed are a raster and a display device. The raster (200) is in a cyclical loop setting. The first cycle of the raster (200) is used as the minimum cycle, which comprises two rows of raster structures, each row having the same raster distance and raster opening width. The raster structures of the second row are shifted to the right from the raster structures of the first row at a distance c, wherein the calculation method for c is: c = b, where b is the width of a sub-pixel in a display panel. The raster structures of the first row of the ith cycle are shifted to the right from the raster structures of the first row of the first cycle at a distance of d, wherein the calculation method for d is: d = 2 (i - 1)b, where i is an integer, i ≥ 2, and b is the width of a sub-pixel in the display panel. By means of the raster and the display device, the width of light and dark fringes formed by interference occurring when light emitted by a pixel array on a display panel passes through a black matrix and a raster array is reduced, so that the width of the light and dark fringes is reduced to an extent beyond the recognition capability of the human eye, thereby effectively reducing the Moire phenomenon. |
