Abstract: A system and method for interfacing with production scanners is disclosed. A driver is provided which enables real-time communications between a scanning application and scanner devices. The driver includes an application program interface which is coupled with one or more personality modules, one for each scanner device. The personality module facilitates the command and control of a particular scanner device. The application program interface can communicate with more than one personality module at any given time to enable parallel simultaneous operation of multiple scanner devices. The driver delivers resultant image data from the scans to a commonly accessible buffer where the scanning application can asynchronously retrieve it.

Abstract: A system and method for interfacing with production scanners is disclosed. A driver is provided which enables real-time communications between a scanning application and scanner devices. The driver includes an application program interface which is coupled with one or more personality modules, one for each scanner device. The personality module facilitates the command and control of a particular scanner device. The application program interface can communicate with more than one personality module at any given time to enable parallel simultaneous operation of multiple scanner devices. The driver delivers resultant image data from the scans to a commonly accessible buffer where the scanning application can asynchronously retrieve it.

Abstract: A method of pre-selecting ordered media in a printing system. Ordered media, such as tabs, are pre-selected into a part for use in a print run and an unwanted part to be discarded. Pre-selecting the ordered media results in a more efficient processing of the print run because the unwanted part of the ordered media is absent and therefore not processed during the print run. Pre-selecting is performed through a user interface on the printing system.

Abstract: The invention relates generally to processes for electrostatic image development, and setpoints that provide uniform image development. In particular, an apparatus and process having a magnetic brush that implements a rotating magnetic core within a shell is disclosed. The process implements one or more of the following optimum setpoints: a range of shell surface speeds that provide uniform toning density, a range of shell surface speeds that prevent toner plate-out, a skive spacing that minimizes sensitivity to variation, a magnetic core speed that minimizes sensitivity to variation, and an imaging member spacing that minimizes sensitivity to variation.

Abstract: An electrostatographic reproduction apparatus having a transfer assembly, including an electrically biased transfer roller in nip relation with a dielectric support member, for effecting transfer of a pigmented marking particle image from an image area of a dielectric support member to a receiver member in transfer relation with the dielectric support member in the transfer nip, a mechanism for cleaning the transfer roller including a control for the electrical bias on the transfer roller. The electrical bias control has a power supply generating an electrical output, of a settable polarity, connected to the transfer roller for applying an electrical bias of a set polarity thereto. A mechanism disables the power supply for a period of time during a start-up phase of reproduction so as to prevent transfer of residual marking particles from the dielectric support member to the transfer roller.