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11. 发明授权

US06898404B2 Liquid development electrophotographic device 失效
标题翻译：液体显影电子照相装置
公开(公告)号：US06898404B2
公开(公告)日：2005-05-24
申请号：US10466485
申请日：2002-08-05
申请人： Satoshi Sakai , Isao Nagata , Hironaga Hongawa , Shigeharu Okano , Eri Yamanishi , Yutaka Nakashima , Akihiko Inamoto , Tadashi Nishikawa , Norihiro Yamasaku
发明人： Satoshi Sakai , Isao Nagata , Hironaga Hongawa , Shigeharu Okano , Eri Yamanishi , Yutaka Nakashima , Akihiko Inamoto , Tadashi Nishikawa , Norihiro Yamasaku
IPC分类号： G03G15/11 , G03G15/10
CPC分类号： G03G15/11 , G03G2215/0106 , G03G2215/0119 , G03G2215/0187
摘要： A liquid-development electrophotographic apparatus forms on a toner-image-bearing body a plurality of color images developed by a plurality of developing units, one for each color, that use liquid toner. One or more carrier-removing units for removing excessive carrier from a toner layer that forms a toner image are disposed downstream of each developing unit and upstream of the next developing unit disposed upstream of the former developing unit with respect to a process progress direction. Each carrier-removing unit includes two or more conductive collection rollers to which a bias voltage is applied in such a direction as to press toner against the toner-image-bearing body and which is brought into contact with the toner-image-bearing body. The upstream roller is rotated in the same direction as the direction of surface movement of the toner-image-bearing body, whereas the downstream roller is rotated in the opposite direction. The result is that influence of carrier on the already transferred image is suppressed, and hence occurrences of irregular transfer of the images and occurrences of disturbance of the already transferred image are minimized.
摘要翻译：液体显影电子照相设备在调色剂图像承载体上形成由多个显影单元显影的多个彩色图像，每个显影单元一个用于各种颜色，使用液体调色剂。一个或多个用于从形成调色剂图像的调色剂层除去过量载体的载体去除单元设置在每个显影单元的下游，并且相对于处理进行方向设置在位于前显影单元上游的下一个显影单元的上游。每个载体移除单元包括两个或更多个导电收集辊，偏压在该方向上施加，以将调色剂压靠在调色剂图像承载体上并与调色剂图像承载体接触。上游辊沿着与调色剂图像承载体的表面运动方向相同的方向旋转，而下游辊沿相反方向旋转。结果是，载波对已经传送的图像的影响被抑制，因此图像的不规则传送和已经传送的图像的干扰出现的发生被最小化。

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