Patent ID: 11867906
Assignee: MATRIXED REALITY TECHNOLOGY CO., LTD.
Field: Optics (Instruments)
Classification: CPC G | IPC G

Claim 1:
2. The augmented reality display device of claim 1, wherein the virtual image light from the projection source module, along a propagation path:
enters the first optical path module first, in which the virtual image light is sequentially transmitted through the first beamsplitter, reflected by the first reflector, and then reflected by the first beamsplitter, exiting the first optical path module; and then enters the second optical path module, in which the virtual image light is sequentially reflected by the second beamsplitter, reflected by the second reflector, and then transmitted through the second beamsplitter, exiting the second optical path module and entering the human eye eventually;
enters the first optical path module first, in which the virtual image light is sequentially transmitted through the first beamsplitter, reflected by the first reflector; and then reflected by the first beamsplitter, exiting the first optical path module; and then enters the second optical path module, in which the virtual image light is sequentially transmitted through the second beamsplitter, reflected by the second reflector, and then reflected by the second beamsplitter, exiting the second optical path module and entering the human eye eventually;
enters the first optical path module first, in which the virtual image light is sequentially reflected by the first beamsplitter, reflected by the first reflector, and then transmitted through the first beamsplitter, exiting the first optical path module; and then enters the second optical path module, in which the virtual image light is sequentially reflected by the second beamsplitter, reflected by the second reflector, and then transmitted through the second beamsplitter, exiting the second optical path module and entering the human eye eventually; or
enters the first optical path module first, in which the virtual image light is sequentially reflected by the first beamsplitter, reflected by the first reflector, and then transmitted through the first beamsplitter, exiting the first optical path module; and then enters the second optical path module, in which the virtual image light is sequentially transmitted through the second beamsplitter, reflected by the second reflector, and then reflected by the second beamsplitter, exiting the second optical path module and entering the human eye eventually.