Method for manufacturing complete view angle display apparatus
A technology for a display device and a manufacturing method, which is applied in the directions of optics, instruments, and bundled optical fibers, and can solve the problems of inability to form a full-view virtual image, small viewing angle, and small visual range, so as to improve the shocking power, increase the viewing angle, and lower the viewing angle. cost effect
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Embodiment approach 1
[0044] Implementation mode 1: see attached Figure 10 , Figure 11 , transform the second connecting frame 1002 into two independent connecting frames, which are the first right connecting frame 1101 and the first left connecting frame 1102 respectively, and fix the two independent display systems on the relatively independent first right connecting frame 1101. On the first left connecting frame 1102, the first right connecting frame 1101 and the first left connecting frame 1102 are connected together through intermeshed racks. There are fixing screw holes on the female head of the racks, and the fixing screw holes are provided with the second Two fixing screws 1103, during use, the distance between the two connecting frames can be adjusted by adjusting the meshing positions of the racks that mesh with each other. After adjustment, tighten the second fixing screw 1103 to fix them to each other.
Embodiment 2
[0045] Embodiment two: see attached Figure 10 , Figure 12, transform the second connecting frame 1002 into two independent connecting frames, which are respectively the second right connecting frame 1204 and the second left connecting frame 1207, and fix the two independent display systems on the relatively independent second right connecting frame 1204 and the second left connecting frame 1207, the second right connecting frame 1204 and the second left connecting frame 1207 are connected together through the central axis 1202, and the second right connecting frame 1204 and the second left connecting frame 1207 can rotate around the center The shaft 1202 rotates, and the axis direction of the central shaft 1202 is perpendicular to the plane where the two center lines of the display system are located. The central shaft 1202 has enough room for adjustment in the shaft hole. The second right connecting frame 1204 and the left connecting frame 1207 are respectively provided wi...
Embodiment 3
[0046] Embodiment three: see attached Figure 10 , Figure 13 , the first connecting frame 1001 and the second connecting frame 1002 are transformed into two sets of connecting frames respectively, the third connecting frame 1301 and the fourth connecting frame 1302 are respectively fixed on the relatively independent third On the connecting frame 1301 and the fourth connecting frame 1302, the display system and the connecting frame are fixed together by the third fixing screw 1303. In this embodiment, two sets of connecting frames are used, namely the third connecting frame 1301 and the fourth connecting frame 1302, the third connecting frame 1301 and the fourth connecting frame 1302 are respectively connected through the central rotating shaft 1304, the third connecting frame 1301 and the fourth connecting frame 1302 can rotate along the central rotating shaft 1304, and the axis direction of the central rotating shaft 1304 is parallel to the center line of the display system...
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