Improved smectic phase light dimming glass

Abstract

The invention discloses improved smectic phase light dimming glass which comprises a first substrate layer, a liquid crystal mixed layer and a second substrate layer in an overlapped manner, wherein a surface, facing to the liquid crystal mixed layer, of the first substrate layer, and a surface, facing to the liquid crystal mixed layer, of the second substrate layer are both plated with flaky and long-strip shaped transparent electrodes; a plurality of electrode wires of which the resistance is smaller than that of the transparent electrode and current rapidly flowing through the electrode wires self can be rapidly spread to the transparent electrodes are uniformly distributed on the transparent electrodes; all electrode wires of each transparent electrode are connected with an extraction electrode; protecting layers are arranged on two surfaces of the liquid crystal mixed layer. Due to arrangement of the low-resistance electrode wires and design of the protecting layers, the problem of high-energy consumption of large-size high-resistance light dimming glass in the driving signal transmission process can be effectively solved, the problem of electrochemical corrosion in image display is solved, the image display effect of the light dimming glass is improved, and the service life of the light dimming glass is prolonged.

Description

technical field [0001] The invention relates to a dimming glass, in particular to an improved smectic phase dimming glass. Background technique [0002] The structure of the existing dimming glass is generally to coat a whole transparent conductive layer on the base layer, and then sandwich the mixed layer with liquid crystal between the upper and lower conductive layers. The conductive layer is composed of electrodes, and, The size of dimming glass is relatively large, ranging from a few inches to tens of inches, and the resistance of the conductive layer (made of ITO, FTO, AZO, etc.) is also relatively high, ranging from tens of ohms to hundreds of ohms. Therefore, it can be found that due to the large size and high resistance of the dimming glass, the entire transmission of the driving signal from the electrode connected to the conductive layer and located on the side of the dimming glass to the internal display area on the dimming glass During the process, the driving s...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide an improved smectic phase switchable glass, which effectively solves the problem of large-size, high-resistance switchable glass in the transmission drive by the arrangement of low-resistance electrode lines and the design of the protective layer. The problem of high energy loss in the signal process solves the problem of electrochemical corrosion during image display, improves the image display effect of the dimming glass, and prolongs the service life

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