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    • 22. 发明申请
    • Preconditioning Media Sheets To Reduce Transfer Voltage
    • 预处理介质板以降低转印电压
    • US20080240761A1
    • 2008-10-02
    • US11692286
    • 2007-03-28
    • Niko Jay MurrellRobert Reed BoothLarry Steven FosterBrian P. Weaver
    • Niko Jay MurrellRobert Reed BoothLarry Steven FosterBrian P. Weaver
    • G03G15/16G03G15/00
    • G03G15/1695
    • Image transfer quality in an electrophotographic image forming device is improved by preconditioning a media sheet prior to transferring a toner image thereto at an image transfer station. The media sheet is preconditioned by applying a static charge to it. In a color DTM type device, the charge reduces the transfer voltages required at downstream image transfer stations to account for charge accumulated on the media sheet as a result of the image transfer process at upstream image transfer stations. The charge may be applied to the media sheet at a media sheet preconditioning element positioned upstream of an image transfer station. Alternatively, an initial charge may be applied to the media sheet at an image transfer station, without transferring a toner image to the sheet, and returning the sheet via a duplex path to positioned upstream of an image transfer station prior to an image transfer operation.
    • 通过在图像转印站转印调色剂图像之前对介质片材进行预处理来改善电子照相成像装置中的图像转印质量。 介质片通过对其施加静电荷而被预处理。 在彩色DTM型设备中,由于上游图像传送站的图像传送处理,电荷降低了下游图像传送站所需的传送电压,以解决在介质片上累积的电荷。 电荷可以在位于图像转印站上游的介质片预处理元件上施加到介质片。 或者,可以在图像转印站处将初始电荷施加到介质片,而不将调色剂图像转印到片材,并且在图像转印操作之前将片材经由双工路径返回到图像转印站的上游。
    • 24. 发明授权
    • Absolute location low wear bearing for an imaging apparatus
    • 用于成像设备的绝对位置低磨损轴承
    • US06390700B1
    • 2002-05-21
    • US09613921
    • 2000-07-11
    • Larry Steven FosterDarin M. GettelfingerJohn Paul Spicer
    • Larry Steven FosterDarin M. GettelfingerJohn Paul Spicer
    • B41J201
    • F16C19/00B41J13/076B41J19/00F16C17/02
    • A bearing for an imaging apparatus includes a first bearing flank including a first bearing surface having a shape in cross-section defined by a first arc having a first radius extending from a first surface axis. The bearing further includes a second bearing flank including a second bearing surface having a shape in cross-section defined by a second arc having a second radius extending from a second surface axis. The first bearing flank and the second bearing flank are structured and adapted such that the first bearing surface and the second bearing surface together in cross-section form a concave shape, and such that the first bearing surface and the second bearing surface are non-concentric. Alternatively, the first and second bearing flanks can be replaced by roller bearings.
    • 用于成像设备的轴承包括第一轴承侧面,该第一轴承侧面包括第一轴承表面,该第一轴承表面具有由具有从第一表面轴线延伸的第一半径的第一弧形限定的横截面形状。 所述轴承还包括第二轴承侧面,所述第二轴承侧面包括第二轴承表面,所述第二轴承表面具有由具有从第二表面轴线延伸的第二半径的第二弧形限定的横截面形状。 第一轴承侧面和第二轴承侧面被构造和适配成使得第一轴承表面和第二轴承表面一起形成一个凹形,并且使得第一轴承表面和第二轴承表面是不同心的 。 或者,第一和第二轴承侧面可以被滚子轴承代替。