Abstract: A fuser assembly includes a fuser housing, a fuser roller rotatably mounted to the fuser housing, an actuator mechanism, and a fuser detack mechanism. The fuser detack mechanism includes a detack housing pivotably mounted to the fuser housing. The fuser detack mechanism is pivoted from a first position to a second position when the actuator mechanism is actuated. A plurality of detack fingers is mounted to the detack housing. Each of the plurality of detack fingers has a distal end, wherein when the fuser detack mechanism is in the first position, the distal end of each of the plurality of detack fingers is positioned to be disengaged from an exterior surface of the fuser roller, and when the fuser detack mechanism is in the second position, the distal end of each of the plurality of detack fingers is positioned to be engaged with the exterior surface of the fuser roller.

Abstract: A fuser assembly includes a fuser housing, a fuser roller rotatably mounted to the fuser housing, an actuator mechanism, and a fuser detack mechanism. The fuser detack mechanism includes a detack housing pivotably mounted to the fuser housing. The fuser detack mechanism is pivoted from a first position to a second position when the actuator mechanism is actuated. A plurality of detack fingers is mounted to the detack housing. Each of the plurality of detack fingers has a distal end, wherein when the fuser detack mechanism is in the first position, the distal end of each of the plurality of detack fingers is positioned to be disengaged from an exterior surface of the fuser roller, and when the fuser detack mechanism is in the second position, the distal end of each of the plurality of detack fingers is positioned to be engaged with the exterior surface of the fuser roller.

Abstract: A system, method and article for adjusting the time interval between feeding of successive sheets of media in a printer or copier. The method comprises initiating a first pick signal for a sheet of the media and identifying a feed time for the sheet of media, and identifying an expected feed time for said media. The system compares feed times to an expected feed time and adjusts according to such comparison to substantially correct for slippage or other problems feeding diverse media.

Abstract: A towel dispenser for dispensing roll towel material, such as paper towel, cloth towel and the like. The dispenser includes an anti-free wheel mechanism incorporated therein to prevent the towel material from being pulled out of the dispenser without activating a dispensing mechanism. By preventing towel material from pulled out of the dispenser, excessive towel useage is prevented, thereby preventing towel material wastage. The anti-free wheel mechanism includes a latch that is secured to a pivoting lever of a dispensing mechanism, with the latch engaging with a dispensing gear of the dispensing mechanism to prevent rotation thereof when the lever is at its upper position. The latch is designed to disengage from the dispensing gear as the lever starts to move downward during a dispensing stroke.

Abstract: The invention is a valve for a microwavable container having a flexible lid. The valve has two posts extending from one side of a body member, and the posts correspond to two apertures in the lid. The cross-sectional area of the posts are larger than the apertures in the lid, and the distal portions of the posts are larger than the proximal portions. When the posts are engaged with the apertures a liquid-tight seal is formed. One post can be removed from its corresponding aperture to create a vent for microwave cooking, while the other post remains engaged with the lid to anchor the valve to the lid. The body portion of the valve extends beyond the vent post and preferably flares upwardly and fans laterally to form a tab to facilitate opening of the vent. The body portion also preferably has a thin between the posts in a direction substantially perpendicular to the line of the posts to facilitate hinging of the valve.