Dynamic Configuration Instruction Insertion in Display Drive Data Packets

The patent makes the data packet structure dynamic by allowing configuration instructions to be positioned flexibly within the packet rather than at fixed locations. The timing controller can dynamically adjust the position of configuration instructions based on real-time driving conditions, enabling adaptive parameter adjustment while maintaining a manageable structure through defined insertion rules in blanking intervals or data regions.

The patent changes the parameter of configuration instruction positioning from fixed to variable. By allowing the position of configuration instructions to vary within the data packet (in blanking intervals or within data regions), the system achieves flexible parameter adjustment capability while controlling complexity through standardized insertion mechanisms and driver chip parsing logic.

The patent implements self-service by enabling the driver chip to autonomously parse configuration instructions from variable positions within the data packet and automatically adjust drive parameters based on detected conditions. The driver chip independently determines its own driving conditions and applies appropriate parameters without requiring complex external control logic, thereby reducing overall system power consumption while maintaining high precision.

The patent establishes a feedback mechanism where the driver chip detects its own driving conditions, receives configuration instructions positioned according to those conditions, and adjusts parameters accordingly. This closed-loop feedback enables precise parameter adjustment while optimizing power consumption by only processing necessary configuration data based on actual driving states.