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    • 1. 发明授权
    • Intermediate transfer member belt/roller configuration for single-pass color electrophotographic printer
    • 单色彩色电子照相打印机的中间转印部件皮带/辊子配置
    • US06681094B2
    • 2004-01-20
    • US09971195
    • 2001-10-04
    • Paul Douglas HorrallKurt Matthew KorfhageMatthew Lowell McKayMark Andrew OmelchenkoGregory Lawrence Ream
    • Paul Douglas HorrallKurt Matthew KorfhageMatthew Lowell McKayMark Andrew OmelchenkoGregory Lawrence Ream
    • G03G1501
    • G03G15/0131G03G2215/0103
    • A single-pass color electrophotographic printer includes four imaging stations, yellow, cyan, magenta, and black, on a generally linear path. A toned image in each toner color is developed on an image bearing member or photoconductive drum. A plurality of electrically biased first transfer rollers associated with each imaging station is operative to transfer the developed images from the photoconductive drum to an intermediate transfer member (ITM) belt that travels sequentially past the imaging stations along the generally linear path in a first transfer operation. The image on the ITM belt is transferred to media at a second transfer operation at which the ITM belt passes through a nip between a backup roller and a further electrically biased transfer roller. A servo operation is used to set the voltages on the transfer rollers. Rollers at the second transfer are positioned to direct media downwardly out of the nip to a media transport belt and to a fuser assembly. A reverse roller is provided downstream of the second transfer operation to shift the path of the ITM belt away from the media guide plate and media transport belt. The ITM belt is formed of a resistive material having a uniform thickness and high tensile modulus.
    • 单通彩色电子照相打印机在一般线性路径上包括四个成像站,黄色,青色,品红色和黑色。 每个调色剂颜色的调色图像在图像承载部件或感光鼓上显影。 与每个成像站相关联的多个电偏置的第一转印辊可操作以将显影图像从感光鼓转印到中间转印部件(ITM)带中,该中间转印部件(ITM)带在第一转印操作中沿着大致线性的路径依次经过成像站 。 ITM带上的图像在第二次转印操作下转移到介质,在该操作下,ITM带通过支撑辊和进一步电偏置的转印辊之间的辊隙。 伺服操作用于设定转印辊上的电压。 第二转印辊被定位成将介质向下引导出辊隙到介质输送带和定影器组件。 在第二传送操作的下游设置反转辊,以将ITM带的路径从介质引导板和介质传送带移开。 ITM带由具有均匀厚度和高拉伸模量的电阻材料形成。