Patent ID: 8525761

Claim:
A display device, comprising: a scan driver configured to generate a plurality of scanning signals; a data driver configured to generate a data voltage; and a plurality of pixels configured to: receive the data voltage according to the scanning signals, and display luminance corresponding to the data voltage, wherein each pixel is configured to: receive its own data voltage and a data voltage of another pixel, while displaying a black color, while its own scanning signal is in a first state, and stop reception of the data voltage and display luminance corresponding to its own data voltage while its own scanning signal is in a second state, wherein: the scan driver comprises a shift register comprising a plurality of first stages and a plurality of second stages, the first stages and the second stages being alternately connected, each first stage comprises: a first latch configured to delay a carry output signal of a previous second stage according to a first clock signal and output the carry output signal as its own carry output signal, and a first waveform cutter configured to cut an output signal of the first latch according to a second clock signal and output the output signal as a scanning signal, and each second stage comprises: a second latch configured to delay a carry output signal of a previous first stage according to the second clock signal and output the carry output signal as its own carry output signal, and a second waveform cutter configured to cut an output signal of the second latch according to the first clock signal and output the output signal as the scanning signal, the first clock signal and the second clock signal have a phase difference of 180°, each of the first clock signal and the second clock signal has a duty ratio greater than 50%, and the scanning signal of the first stage sustains a first state while the second clock signal is at a high level.