Touch Display Gate Driver Interlaced Scan Timing

The patent divides the gate line driving process into multiple field periods instead of completing all gate line driving in one field period. Specifically, it segments the driving of different gate lines across different field periods, allowing each gate line to be driven with sufficient time while still achieving high resolution display. This segmentation resolves the contradiction by distributing the driving task over time rather than compressing it into a single field period.

The patent employs periodic action by repeating the gate line driving process across multiple field periods. Instead of a single continuous driving sequence, the system periodically drives different groups of gate lines in different field periods, ensuring that each gate line receives adequate driving time while maintaining the overall high resolution display performance.

The patent segments the field period into distinct time intervals: a gate line driving period and a touch sensing period. By dividing the time resources, the system can allocate sufficient time for both high-resolution display driving and accurate touch sensing without one compromising the other. This temporal segmentation resolves the contradiction between resolution and touch sensing accuracy.

The patent implements periodic alternation between gate line driving operations and touch sensing operations across multiple field periods. This periodic action ensures that touch sensing is performed with adequate time and resources in dedicated sensing periods, while gate lines are driven in dedicated driving periods, thereby maintaining both high resolution and accurate touch detection.

The patent uses periodic action to drive gate lines across multiple field periods, activating only the necessary gate lines during each period rather than continuously driving all gate lines. This periodic activation reduces overall power consumption compared to continuous driving, while still providing sufficient gate driving time for high-resolution displays by repeating the process across multiple periods.

The patent segments the gate line driving task across multiple field periods, distributing the power consumption over time rather than concentrating it in a single period. This segmentation allows the system to use lower power levels during each individual field period while achieving the same cumulative driving effect, thereby reducing peak power consumption and overall energy usage.

The patent segments the field period into distinct gate line driving periods and touch sensing periods. By this segmentation, the system can dedicate specific time intervals for touch sensing regardless of the number of gate lines being driven. This ensures that even with increased gate line count for high resolution, sufficient time is allocated for accurate touch sensing without compromise.

The patent implements periodic touch sensing operations across multiple field periods, ensuring that touch sensing is performed regularly with adequate time intervals. This periodic action maintains consistent touch sensing time even as the number of gate lines increases, because the sensing operations are scheduled independently of the gate line driving schedule in dedicated sensing periods.