Abstract: Disclosed are systems and methods for a flat platen imaging system. The system includes, either alone or in combination, a movable book support to facilitate the segregation and imaging of individual pages of an oversize book or similar bound document, and a user interface and visual indicators to facilitate imaging of a plurality of documents or document sections placed on the platen.

Abstract: A more intuitive and easier to use repositionable sheet stack edge guide, in which a single simple manual movement of a single visible upstanding member in either of the opposite possible repositioning directions can both automatically unlatch the edge guide latching system from its previously latched position by the partial pivoting of that member and also move the edge guide in its desired repositioning direction.

Abstract: Disclosed is a method and apparatus for the viewing and acquisition of images of a document such as a book, including the automated and reliable turning of pages of the document, while supporting it in a manner to facilitate viewing or imaging of the facing pages.

Abstract: A reduced footprint image producing machine including (a) an image output terminal (IOT) having (i) a moveable imaging member including an imaging surface; (ii) latent imaging devices for forming a latent electrostatic toner image on the imaging surface; (iii) a development unit for developing the latent electrostatic image on the imaging surface into a toner image; (iv) a transfer station for transferring the toner image from the imaging surface onto a toner image carrying sheet; (v) a fusing apparatus for heating and fusing the transferred image onto the toner image carrying sheet; and (b) a footprint-reducing tower mounted on top of the IOT and containing (i) machine electronics and controller assembly, and (ii) machine environment conditioning devices including cleaning and exhaust fans along with portions of associated manifolds, thereby preventing the addition of protrusions to a rear of the IOT, and thus reducing the installed foot print of the machine.

Abstract: A more intuitive and easier to use repositionable sheet stack edge guide, in which a single simple manual movement of a single visible upstanding member in either of the opposite possible repositioning directions can both automatically unlatch the edge guide latching system from its previously latched position by the partial pivoting of that member and also move the edge guide in its desired repositioning direction.

Abstract: A computer pointing device having an symbol control actuator for providing user control of a computer graphic user interface. The pointing device includes a peripheral device control panel having one or more actuators for controlling a peripheral device connected to the computer. The peripheral device control panel on the pointing device can be similar to the control panel disposed on the peripheral device having similar actuators arranged in a similar configuration.

Abstract: A relatively thin feature information board placed in an essentially upright position proximate to the rear top surface of a multifunctional printer for conveying information concerning the feature capabilities of the printer. The feature information board is generally taller than other features of the marking engine module of the multifunctional printer. The feature information board may contain an active interface region that conveys information concerning the availability of the multifunctional services and status information such as, fault conditions, completion of jobs, and that jobs are in progress.

Abstract: A relatively thin feature information board placed in an essentially upright position proximate to the rear top surface of a multifunctional printer for conveying information concerning the feature capabilities of the printer. The feature information board is generally taller than other features of the marking engine module of the multifunctional printer. The feature information board may contain an active interface region that conveys information concerning the availability of the multifunctional services and status information such as, fault conditions, completion of jobs, and that jobs are in progress.