Wu Fei, Zhao Bai-Chuan, Liu Ze-Sheng, Lv Guo-Jiao
Appl Opt. 2020 Jul 1;59(19):5785-5787. doi: 10.1364/AO.394532.
We propose a dual-view integral imaging display using a polarizer. It consists of a display panel, a polarizer, a microlens array, and two pairs of polarizer glasses. The polarizer comprises the left and right subpolarizers whose polarization directions are orthogonal. Two kinds of elemental images are captured from different three-dimensional scenes and located on the left and right half of the display panel. The lights emitting from two kinds of elemental images are polarized by the left and right subpolarizers. The polarization directions of the two pairs of polarizer glasses used in the left and right viewing zones are the same as those of the right and left subpolarizers, respectively. Two different three-dimensional images are simultaneously viewed in the left and right viewing directions by wearing two pairs of polarizer glasses. A prototype of the proposed dual-view integral imaging display is developed, and the experimental results verify the hypothesis.
我们提出了一种使用偏振器的双视图积分成像显示器。它由一个显示面板、一个偏振器、一个微透镜阵列和两副偏振眼镜组成。该偏振器包括偏振方向相互正交的左右子偏振器。从不同的三维场景中捕获两种元素图像，并将它们放置在显示面板的左右两半部分。从两种元素图像发出的光分别由左右子偏振器偏振。在左右观看区域使用的两副偏振眼镜的偏振方向分别与右左子偏振器的偏振方向相同。通过佩戴两副偏振眼镜，可以在左右观看方向上同时观看两个不同的三维图像。我们开发了所提出的双视图积分成像显示器的原型，实验结果验证了这一假设。
