Photochromic light regulating glass capable of performing zoning displaying of patterns

Abstract

The invention provides photochromic light regulating glass capable of performing zoning displaying of patterns. A first bus bar and a second bus bar penetrate through a second conducting layer and anEC stacking layer; a third bus bar is distributed on one side, far from the first bus bar, of the second conducting layer; at least two fourth bus bars are distributed on one side, far from the secondbus bar, of the second conducting layer; at least two pattern zones are formed on the second conducting layer through laser engrave notch insulation partition; the zones are connected with the fourthbas bars through connecting zones; a first laser engrave notch used for performing insulation partition on the first bus bar and the third bus bar and second laser engrave notch used for performing insulation partition on the second bus bar and the fourth bus bars are formed in the second conducting layer and the EC stacking layer. The photochromic light regulating glass can ensure that the effective zone of the whole glass realizes integral photochromism while realizing photochromic gas patterning and regionalizing photochromism, so that a static display function and an energy-saving performance can be taken into account.

Description

technical field [0001] The invention relates to the technical field of color-changing glass, in particular to a color-changing light-changing glass that can display patterns in partitions, and can also be used on architectural glass, vehicle skylights and side facades, curtain walls, lighting roofs, and doors and shells of household appliances . Background technique [0002] Electrochromism refers to the phenomenon that under the action of an applied voltage, charged ions and materials are doped and dedoped, resulting in a redox reaction of the material, and then the optical properties of the material undergo reversible changes in the visible and infrared absorption region. Its macroscopic manifestations are changes in color and transparency. The electrochromic glass prepared by using this property can intelligently adjust the radiation of sunlight, selectively absorb or reflect external heat radiation, reduce the energy consumption of buildings, and solve the increasingl...

AI Technical Summary

Problems solved by technology

[0003] In the field of vehicle glass, it is purely laminated glass, insulating glass or vacuum glass, without using electrochromic technology

In addition, when riding on the high-speed rail, the front and rear rows may need to control the color change of the high-speed rail windows differently, and the ordinary high-speed rail windows cannot realize the regional control of the glass color

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