Voltage Adjusting Sub-Circuits for LCD Color Deviation

The patent applies local quality by making different parts of the system have different properties. Specifically, wires in different regions (central vs. side parts) are allowed to have different lengths and different initial voltage values, rather than forcing all wires to be equal length. This resolves the contradiction by accepting wire length differences in the layout area while maintaining voltage consistency through localized voltage adjustment at each output port.

The patent changes the voltage parameter at each output port to compensate for wire length differences. Instead of changing wire lengths to equalize voltage loss, the system adjusts the initial voltage values according to the specific impedance characteristics of each wire. This resolves the contradiction by maintaining simple wire layouts while achieving equal voltage delivery through parameter adjustment.

The patent segments the voltage adjustment function into individual sub-circuits at each output port. Rather than using a single complex centralized adjustment mechanism, each output port has its own simple voltage adjusting sub-circuit that independently compensates for wire-specific impedance differences. This resolves the contradiction by achieving voltage consistency through multiple simple localized adjustments rather than one complex system.