Autostereoscopic Display Touch Interference Mitigation

The patent applies periodic action by implementing a multi-stage voltage switching scheme where the first control signal transitions through intermediate voltage levels (first intermediate voltage and second intermediate voltage) between low and high states. This periodic, staged approach replaces direct rapid switching, thereby maintaining response speed while eliminating the harmful transient alternating electric field that causes touch misjudgment events.

The patent implements beforehand cushioning by introducing intermediate voltage levels that act as buffer states during the voltage transition of the first control signal. These intermediate levels cushion the abrupt voltage change, preventing the generation of strong transient alternating electric fields that would otherwise interfere with the capacitive touch panel's sensing operation before the full voltage switch is completed.

The patent applies segmentation by dividing the large voltage swing from low to high into multiple smaller stages through intermediate voltage levels. The first control signal transitions sequentially through first intermediate voltage and second intermediate voltage, breaking down the single large voltage jump into several smaller steps. This maintains the necessary voltage swing range for display performance while eliminating the harmful transient electric field generated by abrupt voltage changes.

The patent implements parameter changes by dynamically adjusting the voltage level of the first control signal through multiple discrete stages rather than a single abrupt change. The control signal parameter (voltage level) is modified incrementally through intermediate states, which changes the temporal profile of voltage application and eliminates the conditions that generate harmful transient alternating electric fields while preserving the full voltage swing range.