| 摘要 |
A 5 cycle color electrophotographic printing architecture. In the first cycle the photoreceptor is erased, charged, exposed to create a first electrostatic latent representation, and developed with a first color of toner. In the second cycle the photoreceptor is recharged using a split recharging scheme, exposed to light to create a second electrostatic latent representation, and developed with a second color of toner. In the third cycle the photoreceptor is recharged using a split recharging scheme, exposed to create a third latent representation, and developed using a third color of toner. In the fourth cycle the photoreceptor is recharged using a split recharging scheme, exposed to create a fourth latent representation, and developed with a fourth color of toner. In the fifth cycle the photoreceptor and the four toner layers are exposed to a pretransfer erase lamp, charged to assist in transfer, transferred onto a substrate using a corona generating device. The substrate is separated from the photoreceptor and passed through a fusing station. Meanwhile the photoreceptor is cleaned in preparation for printing another image.
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