Time-Multiplexed Dual-View Display Using a Blue Phase Liquid Crystal

Abstract

A time-multiplexed dual-view display device using a blue phase liquid crystal is proposed. In this design, a vertical field switching blue phase liquid crystal display (VFS-BPLCD) panel is used to achieve high transmittance and fast response. Combined with a directional backlight module, this device can present two different images to viewers sequentially. The proposed device has advantage in full spatial resolution.

Twisted Nematic Dual-View Liquid Crystal Display Based on Patterned Electrodes

“…The contrast ratio (CR) is another factor that is defined as the ratio between the dark state transmittance (2) According to (1) and (2), high CR and low XTR are necessary to produce a high-performance DV LCD. Fig.…”

A tri-view integral imaging three-dimensional display

“…A dual-view liquid crystal display is also realized by using patterned electrodes [4]. Moreover, time-multiplexed is adopted in a blue phase liquid crystal to realize dual-view display [5]. The above mentioned methods present only two-dimensional images for observer's left and right eyes in different directions.…”

Dual-view integral imaging 3D display using polarizer parallax barriers

“…The multiview display has been implemented by use of a display panel and additional parallax barrier or lenticular lens array [1][2][3]. Recently, a few methods using a single display panel have been proposed to realize the multiview display [4,5]. A dual-view liquid crystal display fabricated by patterned electrodes is proposed by use of spatial-multiplexed technique.…”