Hybrid Display Panel Waveform Matching for Seamless Bezel Transitions

The patent applies parameter changes by modifying the pulse wave driving parameters of self-luminous pixel circuits to match liquid crystal pixel circuits. Specifically, it adjusts the initial emission waveform parameters (such as gradient bits and gray-scale current bits) to make the brightness curves of both pixel circuit types consistent, thereby eliminating unevenness and flickering while maintaining driving simplicity

The patent implements equipotentiality by equalizing the initial emission waveforms of self-luminous and liquid crystal pixel circuits. Through gradient method control and timing synchronization, both pixel circuit types operate under equivalent driving conditions, ensuring uniform brightness output across the entire display panel without boundary screen tearing

The patent applies equipotentiality by synchronizing the initial emission waveforms and timings of self-luminous and liquid crystal pixel circuits. Through gradient method control, both pixel circuit types produce consistent brightness curves despite using different driving mechanisms (current pulse waves vs. voltage levels), ensuring seamless boundary transitions and eliminating screen tearing

The patent modifies the driving parameters of self-luminous pixel circuits by introducing gradient bits and gray-scale current bits that control the current pulse wave characteristics. This parameter adjustment ensures that the initial emission waveform of self-luminous pixels matches that of liquid crystal pixels, achieving consistent boundary alignment while preserving the optimization benefits of each pixel circuit type