Light Emitting Panel Segmented Electrodes for Dynamic Lighting Modes

The connection electrodes are divided into multiple connection electrode groups (first connection electrode group to N-th connection electrode group), where each group can be independently controlled. This segmentation allows different regions of the light emitting panel to be lit independently, enabling multiple light emitting modes (whole surface, partial region, individual points) without requiring a complete redesign of the entire lighting system.

The patent implements dynamic control of light emitting modes by applying driving signals to different connection electrode groups in different time sequences. The control unit can dynamically switch between whole surface lighting, partial region lighting, and individual point lighting by controlling which connection electrode groups receive driving signals at different times, making the lighting system adaptable to various application scenarios.

By segmenting the connection electrodes into multiple independently controllable groups, the control unit can manage different lighting modes by simply activating or deactivating specific groups. This segmentation simplifies the control logic compared to managing each electrode individually, as entire groups can be controlled as units while still enabling flexible lighting patterns.

The patent employs periodic action through time-sequence control of driving signals applied to different connection electrode groups. The control unit can implement various lighting modes by controlling the timing and sequence of signal application to different groups, creating flexible lighting patterns through temporal modulation rather than spatial complexity.