Abstract: A media stapling system for an image forming device. The media stapling system comprises a stapler mounted on a motor-driven carriage assembly moveably coupled to a track having portions extending along at least two contiguous edges and included corner of a media stack to be stapled. The carriage assembly and track enables stapling in multiple positions along the long and/or short edges and corners of media of varying sizes positioned in a media support. The track is mounted on a planar frame positioned at an angle from horizontal, providing a relatively small footprint. A controller is in operable communication with the media stapling system and an user interface. The user interface provides a plurality of predetermined stapling patterns for selection with the controller controlling the media stapling system to staple the media stack using a selected one of the plurality of stapling patterns.

Abstract: A media stapling system for an image forming device. The media stapling system comprises a stapler mounted on a motor-driven carriage assembly moveably coupled to a track having portions extending along at least two contiguous edges and included corner of a media stack to be stapled. The carriage assembly and track enables stapling in multiple positions along the long and/or short edges and corners of media of varying sizes positioned in a media support. The track is mounted on a planar frame positioned at an angle from horizontal, providing a relatively small footprint. A controller is in operable communication with the media stapling system and an user interface. The user interface provides a plurality of predetermined stapling patterns for selection with the controller controlling the media stapling system to staple the media stack using a selected one of the plurality of stapling patterns.

Abstract: Toner is conserved in an image forming apparatus, such as an electrophotographic printer (e.g., laser printer), by varying the interpage gap when approaching an exhaustion of the recording media supply (“paper out”). A supply level sensor is used to determine whether the supply of discrete recording media (e.g., paper sheets) is above or below a predetermined level. A smaller value interpage gap is used when the supply level is above the predetermined level. The interpage gap is automatically lengthened to a second larger value when the sensed media supply level drops below the predetermined level. The longer second interpage gap allows for “paper out condition” that may result from printing of sheet N−1 to be determined prior to image formation beginning for sheet N. The interpage gap may be reset to the smaller value when the supply has been refilled to above the pre-determined level.