Light Control Sheet Electrode Layout for Region Division Wiring

The patent applies segmentation by dividing the light control sheet into multiple regions through laser irradiation that creates non-conductive portions in the transparent electrode layers. The laser beam selectively irradiates specific regions to form insulating barriers, thereby dividing the sheet into independently controllable regions without physically cutting the transparent support layers, thus maintaining surface integrity while achieving region division.

The patent applies local quality by creating non-conductive portions only in specific localized regions where region division is needed, rather than insulating the entire transparent electrode layers. The laser beam is selectively applied to form insulating barriers only at the boundaries between regions, while leaving other areas conductive for voltage application. This localized approach maintains electrical functionality in controlled areas while achieving region division.

The patent applies universality by designing the transparent electrode layers to serve dual functions: they act as conductive elements for voltage application in the light control units, and simultaneously serve as the medium for creating insulating barriers through selective laser irradiation. The same transparent electrode layers that conduct electricity are also the ones that are locally modified to create region boundaries, eliminating the need for separate insulating structures and simplifying the overall device architecture.