Park Min-Kyu, Park Heewon, Joo Kyung-Il, Lee Tae-Hyun, Kim Hak-Rin
Opt Express. 2018 Aug 6;26(16):20281-20297. doi: 10.1364/OE.26.020281.
We demonstrated a 2D/3D switchable mobile display using a polarization-dependent switching liquid crystalline polymeric (LCP) lens array film. In spite of short viewing distance and enough viewing window conditions provided by a small f-number lens for mobile displays, the 3D images when switched to the multi-view 3D mode showed a low crosstalk property owing to the improved lens aberration, as applying an aspherical lens curvature interface between the planar-convex LCP layer and the concave-planar isotropic polymer layer. Both 2D and 3D images were demonstrated based on a 5.5-inch quad high definition mobile display panel, where the binocular crosstalk of the 3D mode was 3.3%.
我们展示了一种使用偏振依赖型切换液晶聚合物（LCP）透镜阵列薄膜的二维/三维可切换移动显示器。尽管小f数透镜为移动显示器提供了短观看距离和足够的观看窗口条件，但在切换到多视图三维模式时，由于在平凸LCP层和凹面-平面各向同性聚合物层之间应用了非球面透镜曲率界面，改善了透镜像差，三维图像显示出低串扰特性。基于5.5英寸四倍高清移动显示面板展示了二维和三维图像，其中三维模式的双目串扰为3.3%。
