Display Device Sensor Controller Timing Variation

The patent applies dynamics by changing the timing of transmission signals from fixed to variable. The sensor controller adjusts the transmission signal timing dynamically based on the synchronization signal, creating a time-shifted transmission pattern that avoids fixed-timing interference and reduces noise interference while maintaining sensor responsiveness.

The patent utilizes periodic action through the synchronization signal that periodically resets the transmission signal timing. This periodic adjustment creates a cyclic time-shifting pattern that systematically avoids interference at fixed intervals while maintaining continuous sensor operation.

The patent transforms the fixed timing into variable timing by dynamically adjusting the transmission signal based on the synchronization signal. This dynamic timing adjustment breaks the fixed pattern that causes interference while maintaining stable signal transmission through controlled variability.

The patent changes the timing parameter of the transmission signal from a fixed value to a variable value that shifts over time. This parameter change in timing creates a time-shifted transmission pattern that avoids fixed-timing interference and reduces flicker phenomena while maintaining transmission stability.

The patent resolves the integration conflict by applying dynamic timing adjustment to the transmission signals from the integrated input sensor. The sensor controller varies the transmission timing based on synchronization signals, which reduces noise interference and allows the integrated sensor to operate without degrading display quality.

The patent converts the harmful fixed-timing interference into a beneficial variable-timing pattern. By intentionally varying the transmission timing based on synchronization signals, the system transforms the potential harm of integrated sensor noise into a beneficial time-shifted transmission pattern that reduces interference and improves display quality.