Laser projection screen manufacturing method and laser projection screen
A technology of laser projection and production method, applied in optics, instruments, projection devices, etc., can solve the problems of restricting the promotion and application of laser projection display screens, difficult to obtain high-quality display effects, and complicated processing molds, so as to protect eyes and save money. The production time and production process are simple and easy to operate
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Embodiment 1
[0041] A method for manufacturing a laser projection screen, comprising the following steps:
[0042] Step S1, the optical mold core is machined into a mold opening method, and the surface to be processed of the optical mold core raw material is processed into a microstructure of concentric circles from large to small, and processed into such figure 1 , figure 2 The microstructure shown. figure 1 It is a schematic diagram of the front structure of the optical mold core of a laser projection screen. It can be seen that the microstructure is concentric circles from large to small, and the angle of each concentric circle, the depth of processing, and the width of the lines are all different. figure 2 It is a side structure (left side) of an optical mold core of a laser projection screen and a schematic diagram (right side) of the semi-finished product side structure of a laser projection screen; preferably, in this embodiment, the optical mold core material is a mixed transpar...
Embodiment 2
[0054] A laser projection screen, comprising a screen back plate, the screen back plate includes an optical plate 3 and a color-changing layer, the optical plate 3 is closely attached to the color-changing layer, and the optical plate 3 has several The light projected by the host 1 is reflected to the audience and an optical module that absorbs the interference of the background light source 4. The optical module includes a reflective surface 2 for reflecting the light projected by the laser projection to the audience, and a light-absorbing surface 7 for absorbing the background light source 4 and The optical glue surface, the reflective surface 2, the light-absorbing surface 7 and the optical glue surface form a triangular column microstructure, and several triangular column microstructures are continuously connected together to form a sawtooth array, and the sawtooth array is arranged in a matrix. The single Due to the different light angles of the triangular columns projecte...
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