Stereoscopic display capable of displaying 2D/3D (two-dimensional/three-dimensional) multiple windows and electrode manufacturing method of stereoscopic display

Abstract

The invention provides a stereoscopic display capable of displaying 2D / 3D (two-dimensional / three-dimensional) multiple windows and an electrode manufacturing method of the stereoscopic display. The stereoscopic display comprises multiple scanning electrodes and a plurality of data electrodes, wherein the data electrodes are perpendicular to the scanning electrodes, at least two of scanning electrodes are electrically connected with a first transparent electrode and a second transparent electrode respectively, at least two of data electrodes are electrically with a third transparent electrode and a fouth transparent electrode respectively, and accordingly, the scanning electrodes and the data electrodes are driven simultaneously so as to display multiple 3D windows correspondingly. Compared with the prior art, the scanning electrodes or the data electrodes are jointly formed by a plurality of conductive layers, more 3D windows can be opened by utilizing the widest optimum voltage selection ratio, and further, the different 3D windows can be conditionally independently opened or closed without interfering with each other, and 3D display performance and picture display effects of products are improved.

Description

technical field [0001] The invention relates to a stereoscopic display, in particular to a stereoscopic display capable of displaying 2D / 3D multi-windows and an electrode manufacturing method of the stereoscopic display. Background technique [0002] At present, in order to realize switching of 2D / 3D partial pictures (such as a single picture or multiple pictures) on the liquid crystal display under the premise of not interfering with other normal 2D pictures or text display, a traditional solution is to use a The liquid crystal unit (Switch Cell, SW) for addressing and modulating the optical path delay is matched with a lenticular lens or polarized glasses, wherein, the structure of the SW electrode is the same as that of a general passive driving electrode. Specifically, in the scanning passive driving mode, the voltage selection ratio (that is, the ratio of the voltage Von when the window is displayed to the voltage Voff when the window is not displayed) is often limited ...

AI Technical Summary

Problems solved by technology

[0012] compared to figure 2 (a), figure 2 Although the data driving signal and the scanning driving signal in (b) share the timing T, two timings must be used in the timing T, one of which corresponds to the scanning driving signal Scan1 and the data driving signal Data1, and the other timing corresponds to the scanning driving signal. Signal Scan2 and data drive signal Data2, which will make the selection range of the voltage selection ratio smaller

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