Display Substrate Circuit Sharing for Higher Pixel Density

The patent merges the reset circuit and compensation circuit into a shared target circuit that serves multiple sub-pixels. Specifically, one target circuit is designed to provide reset signals to multiple light-emitting elements, and another target circuit provides compensation signals to multiple light-emitting drive circuits. This consolidation reduces the total number of circuits while maintaining functional reliability through shared resource architecture.

The target circuit is designed with multi-functionality to serve multiple sub-pixels simultaneously. The reset circuit in the target circuit can reset multiple light-emitting elements, and the compensation circuit can compensate for multiple light-emitting drive circuits. This universal design allows a single circuit to perform the functions that would traditionally require separate dedicated circuits for each sub-pixel.

The patent segments the circuit functions into distinct target circuits that can be shared across multiple sub-pixels. By dividing the reset function and compensation function into separate target circuits, the patent manages complexity through functional segmentation rather than requiring each sub-pixel to have complete independent circuitry. This segmentation allows for systematic sharing while maintaining clear functional boundaries.

The patent resolves circuit sharing complexity by transitioning from a one-to-one mapping (each sub-pixel has dedicated circuits) to a many-to-one mapping (multiple sub-pixels share target circuits). This dimensional change in the circuit-sub-pixel relationship reduces the total circuit count and enables higher pixel density while managing complexity through scalable sharing architecture.