Abstract: An apparatus (100) and method (500) that detects the travel direction of media in a media path in an image marking and fusing system is disclosed. The apparatus can include a media transport (110) configured to transport media. The apparatus can include a media marking engine (120) coupled to the media transport, the media marking engine configured to mark an image on media transported by the media transport to create unfused marked media (115). The apparatus can include a fusing member (130) coupled to the media transport, the fusing member having an axis of rotation (132), the fusing member configured to fuse the image on the media. The apparatus can include a media motion sensor (140) configured to sense travel information based on an unfused marked media travel direction (116) and configured to output a media motion sensor signal corresponding to the travel information.

Abstract: A system for protecting media in an image-forming device. The system includes a heating element for heating the media, and a media path adjacent to the heating element. The media is transported in the image-forming device along the media path. The system also includes a barrier assembly having one or more non-flammable restraint threads and a spring-tensioned positioner. The restraint threads are mounted between the heating element and the media path, and the spring-tensioned positioner assembly maintains the restraint thread in a fixed position.

Abstract: An apparatus (100) and method that meters fluid film in an ink jet printing system is disclosed. The apparatus can include a source of fluid film (110) and a source metering assembly (120) rotatably supported in the apparatus. The source metering assembly can have a source metering assembly surface (122) coupled to the source of fluid film and the source metering assembly surface can be configured to transport fluid film from the source of fluid film. The apparatus can include a donor assembly (140) rotatably supported in the apparatus, where the donor assembly can have a donor assembly surface (142) coupled to the source metering assembly surface and the donor assembly surface can be configured to transport fluid film from the source metering assembly surface. The apparatus can include an ink jet printhead (195) configured to emit ink and a print assembly (170) rotatably supported in the apparatus.

Abstract: An apparatus for ink jet printing, as well as corresponding method and system are described.

Abstract: Liquid supply systems, fusers and methods of supplying liquids in printing apparatuses are disclosed. An exemplary embodiment of a liquid supply system for supplying liquid to a fusing surface of a fuser member, comprises a metering roll having a first outer surface; a donor roll having a second outer surface disposed adjacent the first outer surface to define a first nip between the first and second outer surfaces; and a liquid reducing roll having a third outer surface adapted to be disposed adjacent the second outer surface to define a second nip between the second and third outer surfaces. The metering roll is adapted to convey the liquid from the first outer surface to the second outer surface. The donor roll is adapted to be disposed adjacent the fuser member such that the second outer surface and the fusing surface define a third nip, and to convey the liquid from the second outer surface to the fusing surface.

Abstract: An apparatus (100) and method (300) that meters fluid film in an image fusing system. The apparatus can include a source of fluid film (110) and a source metering roll (120) rotatably supported in the apparatus. The source metering roll can have a source metering roll surface (122) coupled to the source of fluid film, where the source metering roll surface can be configured to transport fluid film from the source of fluid film. The apparatus can include a donor belt (140) having a donor belt surface (142) coupled to the source metering roll surface. The donor belt surface can be configured to transport fluid film from the source metering roll surface. The apparatus can include a second metering roll (150) rotatably supported in the apparatus. The second metering roll can have a second metering roll surface (152) coupled to the donor belt surface, where the second metering roll surface can be configured to transport fluid film from the donor belt surface.

Abstract: An adhesion promoter comprising a silane compound and at least one of (1) a release agent, or (2) an adhesive, and methods of applying the adhesion promoter.

Abstract: Fusers, printing apparatuses and methods, methods of fusing toner on media are disclosed. An embodiment of the fusers for fusing toner on a medium includes a rotatable fuser member including an outer fusing surface; a first indenter adapted to form a first indentation in the fusing surface at a first location during movement of the fuser member relative to the first indenter; and a second indenter adapted to form a second indentation in the fusing surface at a second location laterally spaced from the first location during movement of the fuser member relative to the second indenter.

Abstract: Fusers, printing apparatuses and methods, methods of fusing toner on media are disclosed. An embodiment of the fusers for fusing toner on a medium includes a rotatable fuser member including an outer fusing surface; a first indenter adapted to form a first indentation in the fusing surface at a first location during movement of the fuser member relative to the first indenter; and a second indenter adapted to form a second indentation in the fusing surface at a second location laterally spaced from the first location during movement of the fuser member relative to the second indenter.

Abstract: An apparatus for ink jet printing, as well as corresponding method and system are described.

Abstract: Liquid supply systems, fusers and methods of supplying liquids in printing apparatuses are disclosed. An exemplary embodiment of a liquid supply system for supplying liquid to a fusing surface of a fuser member, comprises a metering roll having a first outer surface; a donor roll having a second outer surface disposed adjacent the first outer surface to define a first nip between the first and second outer surfaces; and a liquid reducing roll having a third outer surface adapted to be disposed adjacent the second outer surface to define a second nip between the second and third outer surfaces. The metering roll is adapted to convey the liquid from the first outer surface to the second outer surface. The donor roll is adapted to be disposed adjacent the fuser member such that the second outer surface and the fusing surface define a third nip, and to convey the liquid from the second outer surface to the fusing surface.

Abstract: An apparatus (100) and method that meters fluid film in an ink jet printing system is disclosed. The apparatus can include a source of fluid film (110) and a source metering assembly (120) rotatably supported in the apparatus. The source metering assembly can have a source metering assembly surface (122) coupled to the source of fluid film and the source metering assembly surface can be configured to transport fluid film from the source of fluid film. The apparatus can include a donor assembly (140) rotatably supported in the apparatus, where the donor assembly can have a donor assembly surface (142) coupled to the source metering assembly surface and the donor assembly surface can be configured to transport fluid film from the source metering assembly surface. The apparatus can include an ink jet printhead (195) configured to emit ink and a print assembly (170) rotatably supported in the apparatus.

Abstract: An apparatus (100) and method (500) that detects the travel direction of media in a media path in an image marking and fusing system is disclosed. The apparatus can include a media transport (110) configured to transport media. The apparatus can include a media marking engine (120) coupled to the media transport, the media marking engine configured to mark an image on media transported by the media transport to create unfused marked media (115). The apparatus can include a fusing member (130) coupled to the media transport, the fusing member having an axis of rotation (132), the fusing member configured to fuse the image on the media. The apparatus can include a media motion sensor (140) configured to sense travel information based on an unfused marked media travel direction (116) and configured to output a media motion sensor signal corresponding to the travel information.

Abstract: A cleaning agent having one or more active ingredient which may remove residual release agents from printed material and methods for using the cleaning agents are described herein.

Abstract: An improved release agent management subsystem for an electrophotographic system comprises a release agent reservoir for storing release agent, and a metering roll at least partially submerged in the release agent stored in the release agent reservoir, the metering roll for delivering release agent from the release agent reservoir to a fusing station. The metering roll includes a metallic cylinder having sealed ends, and an inductive heater located proximate the metering roll for inductively heating the metering roll so heat is transferred from the metering to the release agent being delivered by the metering roll to the fusing station.

Abstract: A cleaning agent having one or more active ingredient which may remove residual release agents from printed material and methods for using the cleaning agents are described herein.

Abstract: An adhesion promoter comprising a silane compound and at least one of (1) a release agent, or (2) an adhesive, and methods of applying the adhesion promoter.

Abstract: A fuser system of a xerographic device includes at least one set of a fuser member and a pressure member having a nip width therebetween, the nip width being set to within a specification nip width range, at least one sensor for monitoring the velocity of at lease one of the fuser member, the pressure member and a media passing through the nip, a processor that receives the velocity data from the at least one sensor and that determines a current nip width from the velocity data and compares the current nip width to the specification nip width range, and a nip width adjustment device in communication with the processor, which adjusts the current nip width to be within the specification nip width range. To offset changes in nip width due to hardening/softening of a fuser member material, or to provide a means to measure nip width in order to enable fusing setpoints using multiple nip width specifications, a method for closed loop control of nip width is enabled by the fuser system.

Abstract: A fuser baffle which helps to minimize or eliminate sheet wrinkle by a fuser. A small “saddle” is added to the center section of the inlet to the fuser on the baffle surface which last contacts and controls the sheet before entry into the fuser nip. The saddle removes most of the corrugation along approximately 90 to 95% of the centermost portion of the sheet. Any remaining corrugation at the inboard and outboard ends is removed by the fuser flare. The baffle is applicable to any fusing device which uses localized pressure to fix an image to a sheet.

Abstract: A binding tape cartridge in which a reel of binding tape is packaged in a moisture impervious bag. The bag has an exit port through which the tape is advanced. A seal, mounted in the exit port, permits the passage of tape therethrough while maintaining the interior substantially dry. This projects the binding tape from moisture, reducing the possibility of tape delamination.