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    • 2. 发明授权
    • Sequenced cleaner retraction method and apparatus
    • 顺序清洁器回缩方法和装置
    • US5493383A
    • 1996-02-20
    • US342284
    • 1994-11-18
    • Robert S. PozniakasDavid E. RollinsBruce E. Thayer
    • Robert S. PozniakasDavid E. RollinsBruce E. Thayer
    • G03G15/01G03G21/00
    • G03G15/0105G03G21/0005G03G21/0035G03G21/0076G03G2221/001
    • An apparatus and method using eccentrics, driven by a two-level gear, to sequentially retract and engage the brushes in the non-imaging region of the photoreceptor surface. The first brush, in the direction of motion of the photoreceptor, is brought into contact with the surface, in the non-imaging region, at the beginning of the cleaning cycle, using eccentrics. As the surface moves, the first brush in contact with the surface cleans residual toner from the imaging area, while the second brush is sequentially brought into contact with the surface in the non-imaging region. After the cleaning cycle is complete, the first brush coupled to an eccentric gear is retracted from the surface, in the non-imaging region. As the surface continues to move, the second brush also coupled to an eccentric gear, now in the non-imaging region, is retracted from the surface. Then, development of the image on image begins. The brushes are sequentially retracted using a two-level gear, one gear being 90 degrees out of phase with the other, to drive the eccentric gears of the brushes via idler gears. Each gear of the two level gear has a circumference which includes two 90 degree segments with gear teeth and two 90 degree segments with blank zones. The location of the 90 degree segments in conjunction with the eccentric brush gear determine retraction and engagement of the brushes and the sequential timing of these actions.
    • 一种使用由二级齿轮驱动的偏心轮依次缩回和接合感光体表面的非成像区域中的刷子的装置和方法。 在清洁循环开始时,第一个刷子在感光体的运动方向上与非表面区域的表面接触,使用偏心轮。 当表面移动时,与表面接触的第一刷子从成像区域清洁残留调色剂,而第二刷子顺序地与非成像区域中的表面接触。 在清洁循环完成之后,耦合到偏心齿轮的第一个刷子在非成像区域中从表面退回。 当表面继续移动时,第二刷子还联接到现在处于非成像区域的偏心齿轮从表面缩回。 然后,图像上的图像开始开始。 使用两级齿轮依次缩回刷子,一个齿轮与另一个齿轮相差90度,通过空转齿轮驱动电刷的偏心齿轮。 两级齿轮的每个齿轮具有圆周,其包括具有齿轮齿的两个90度段和具有空白区的两个90度段。 90度段与偏心刷齿轮的位置确定了刷子的退回和接合以及这些动作的顺序时序。
    • 7. 发明授权
    • Method and apparatus for waste toner determination
    • 废色调剂测定方法和设备
    • US5918085A
    • 1999-06-29
    • US837038
    • 1997-04-11
    • David E. RollinsCarmen J. SofiaGuru B. Raj
    • David E. RollinsCarmen J. SofiaGuru B. Raj
    • G03G21/00G03G21/12G03G15/08
    • G03G21/12
    • A method and apparatus to track toner waste and the level of waste toner in a toner waste receptacle. A sensor measures the amount of toner developed on a photoreceptive member. At regular intervals a signal representing this developed toner amount is sent to a machine controller. The machine controller coverts the developed toner amount into an amount of residual waste based on the machine transfer efficiency. This residual waste amount is tracked and a signal is generated for a user as the toner waste receptacle approaches capacity. At full capacity an end of life signal is generated and for preservation of machine components the machine shuts down until the waste container is replaced.
    • 跟踪调色剂废料的方法和设备以及调色剂废料容器中的废调色剂的水平。 传感器测量在感光元件上形成的调色剂的量。 定期将代表这种显影的调色剂量的信号发送到机器控制器。 机器控制器基于机器传送效率将显影的调色剂量覆盖到一定量的残留废物中。 跟踪该残留废物量并且当调色剂废物容器接近容量时,为用户产生信号。 在满载时,会产生生命周期终止信号,并保留机器部件,机器将关闭直到废物容器更换。