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    • 2. 发明授权
    • Mechanism for substantially preventing trail edge smear of an image on a
receiver member
    • 用于基本上防止接收器构件上的图像的尾迹污迹的机构
    • US5515147A
    • 1996-05-07
    • US330504
    • 1994-10-28
    • Michael KeninSteven L. MooreDavid P. DworzanskiLarry T. Schlitzer
    • Michael KeninSteven L. MooreDavid P. DworzanskiLarry T. Schlitzer
    • G03G15/00G03G15/14
    • G03G15/6532
    • In an electrostatographic reproduction apparatus, a mechanism which substantially prevents trail edge smear of an image on a receiver member. The reproduction apparatus has a flexible dielectric web entrained over at least a pair of support members defining a web travel path. Successive areas of the dielectric web are adapted to respectively carry a marking particle developed image. A marking particle developed image is transferable from the dielectric web to a receiver member brought into contact with the dielectric web. After transfer of the developed image to the receiver member, the receiver member is transported away from the dielectric web. A mechanism is provided for facilitating separation of a receiver member from the dielectric web. The separation mechanism includes an elongated member having a surface adapted to enable the dielectric web to pass thereover. The elongated member is positioned to engage the dielectric web along a line of contact transverse to the direction of travel of the dielectric member along the web travel path, downstream of the transfer means and upstream of the transport means to separate the receiver member from the dielectric web closer to the transfer means, and dampen perturbations in the dielectric web, whereby trail edge smear of an image on a receiver member is substantially prevented.
    • 在静电复原装置中,基本上防止接收器构件上的图像的尾迹拖尾的机构。 再现装置具有夹在至少一对限定纸幅行进路径的支撑构件上的柔性电介质纸幅。 电介质网的连续区域适于分别承载标记颗粒显影图像。 显影图像的标记粒子可以从电介质网转移到与电介质网接触的接收器构件。 在将显影的图像转印到接收器构件之后,接收器构件被从电介质网传送。 提供了一种用于便于将接收器构件与电介质网分离的机构。 分离机构包括细长构件,其具有适于使电介质网能够通过的表面。 细长构件被定位成沿着沿着幅材行进路径的横向于电介质构件的行进方向的接触线接合电介质纤维网,在转移装置的下游和输送装置的上游,以将接收器构件与电介质分离 并且抑制电介质纤维网中的扰动,从而基本上防止了接收器构件上的图像的尾迹污迹。