AR glasses

[0027] see image 3 As shown, the manufacturing process of the AR glasses 100 is as follows:

[0028] S101, providing the silicon substrate 1 having opposite sides;

[0029] S201, using a magnetron sputtering method to form the anode 21 of the micro OLED on one side of the silicon substrate 1;

[0030] S301, forming an organic material layer of the micro OLED and a cathode of the micro OLED by evaporation on the anode 21 of the micro OLED;

[0031] S401. Encapsulate the anode 21, the organic material layer, and the cathode of the micro OLED by using a thin film encapsulation process to form the encapsulation layer 23;

[0032] S501, providing the package cover plate 25 and the color filter 24, and aligning the package cover plate 25 and the color filter 24 with the package layer 23 through a photoresist to form a The display function layer 2 is a micro OLED device;

[0033] S601, providing a flexible base layer 30, using a magnetron sputtering method to form the anode 31 of t

[0038] see Figure 4 As shown, the manufacturing process of the AR glasses 100 is as follows:

[0039] S101, providing the silicon substrate 1 having opposite sides;

[0040] S201, using a magnetron sputtering method to form the anode 21 of the micro OLED on one side of the silicon substrate 1;

[0041] S301, forming an organic material layer of the micro OLED and a cathode of the micro OLED by evaporation on the anode 21 of the micro OLED;

[0042] S401. Encapsulate the anode 21, the organic material layer, and the cathode of the micro OLED by using a thin film encapsulation process to form the encapsulation layer 23;

[0043] S502, providing the package cover 25 and the color filter 24, and aligning and bonding the package cover 25 and the color filter 24 to the package layer 23 through photoresist to form The display function layer 2;

[0044] S602, using a magnetron sputtering method to form the anode 31 of the solar cell on the side of the silicon substrate 1 away from t