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Dual-views display: Dual-layer LCDs enable high-resolution full-screen viewing

机译:双视图显示:双层LCD可实现高分辨率的全屏显示

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This paper describes tabletop display systems utilizing the stereoscopic 3D display technology. The authors have ever researched 3D display systems using the polarized glasses and liquid crystal shutter glasses, the image splitter such as a parallax barrier or the lenticular screen and the holographic optical elements. These image splitting technologies for displaying a stereoscopic 3D image are available for developing the tabletop display that can provide different images to two users surrounding the system. To separate dual images using the polarizer slits, it is necessary to display the orthogonal polarized two images. We developed the dual LCD panel using two liquid crystal layers to make the thin and compact display system. This display panel enables observers to view full screen high resolution images. This study shows that it is possible to simplify the optical system.
机译:本文介绍了利用立体3D显示技术的桌面显示系统。作者曾经研究过使用偏光眼镜和液晶快门眼镜,像分离器(例如视差栅栏或双凸透镜屏幕)和全息光学元件的3D显示系统。这些用于显示立体3D图像的图像拆分技术可用于开发台式显示器,该台式显示器可以向系统周围的两个用户提供不同的图像。为了使用偏振器狭缝分离双图像,必须显示正交偏振的两个图像。我们开发了使用两个液晶层的双LCD面板,以制造出薄而紧凑的显示系统。该显示面板使观察者可以查看全屏高分辨率图像。这项研究表明,可以简化光学系统。

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