ANISOTROPICALLY CONDUCTIVE BACKSIDE ADDRESSABLE IMAGING BELT FOR USE WITH CONTACT ELECTROGRAPHY
    1.
    发明申请
    ANISOTROPICALLY CONDUCTIVE BACKSIDE ADDRESSABLE IMAGING BELT FOR USE WITH CONTACT ELECTROGRAPHY 有权
    使用联系电子技术的非均匀导电背面可寻址成像带

    公开(公告)号:US20090322845A1

    公开(公告)日:2009-12-31

    申请号:US12145677

    申请日:2008-06-25

    IPC分类号: B41J2/41

    CPC分类号: B41J2/41 G03G15/32

    摘要: An addressable imaging belt for use in printing applications having embedded anisotropically conductive addressable islands configured for electric contact on a first side of the belt by a write head consisting of an array of compliant cantilevered fingers with contact pads/points to which a voltage can be applied. The conductive addressable islands electrically isolated from one another and extending substantially through the thickness of the belt in order to allow charge to flow through the belt towards a second side of the belt, in order to form a latent electrostatic image on the second side and develop this latent image by attracting colorized toner or other electrically charged particles to the second side.

    摘要翻译: 一种用于印刷应用的可寻址成像带,其具有嵌入的各向异性导电可寻址岛,其配置用于通过由柔性悬臂指状物阵列组成的写头组成,用于在带的第一侧上进行电接触,所述写头具有可被施加电压的接触焊盘/点 。 导电寻址岛彼此电隔离并且基本上延伸穿过带的厚度,以便允许电荷通过带流向带的第二侧,以在第二面上形成静电潜像并显影 该潜像通过将着色调色剂或其它带电粒子吸引到第二侧。

    Anisotropically conductive backside addressable imaging belt for use with contact electrography
    2.
    发明授权
    Anisotropically conductive backside addressable imaging belt for use with contact electrography 有权
    用于接触电摄影的各向异性导电背面可寻址成像带

    公开(公告)号:US07995081B2

    公开(公告)日:2011-08-09

    申请号:US12145677

    申请日:2008-06-25

    IPC分类号: B41J2/41

    CPC分类号: B41J2/41 G03G15/32

    摘要: An addressable imaging belt for use in printing applications having embedded anisotropically conductive addressable islands configured for electric contact on a first side of the belt by a write head consisting of an array of compliant cantilevered fingers with contact pads/points to which a voltage can be applied. The conductive addressable islands electrically isolated from one another and extending substantially through the thickness of the belt in order to allow charge to flow through the belt towards a second side of the belt, in order to form a latent electrostatic image on the second side and develop this latent image by attracting colorized toner or other electrically charged particles to the second side.

    摘要翻译: 一种用于印刷应用的可寻址成像带,其具有嵌入的各向异性导电可寻址岛,其配置用于通过由柔性悬臂指状物阵列组成的写头组成,用于在带的第一侧上进行电接触,所述写头具有可被施加电压的接触焊盘/点 。 导电寻址岛彼此电隔离并且基本上延伸穿过带的厚度,以便允许电荷通过带流向带的第二侧,以在第二面上形成静电潜像并显影 该潜像通过将着色调色剂或其它带电粒子吸引到第二侧。

    Digital Gravure Printing with a Pixilated Photoconductor
    10.
    发明申请
    Digital Gravure Printing with a Pixilated Photoconductor 有权
    数字凹版印刷与Pixilated光电导体

    公开(公告)号:US20110185925A1

    公开(公告)日:2011-08-04

    申请号:US12697109

    申请日:2010-01-29

    IPC分类号: B41M1/10

    CPC分类号: B41M1/10

    摘要: A printing sub-system including same including a pixilated photoconductive member (such as a photobelt) is disclosed. Electrically isolated cells hold surface application material above the photoconductor. The surface application material is first charged. Charge on the surface application material in an individual cell may then be discharged by exposure of a region of the photoconductor proximate that cell to light from an optical addressing system. The surface application material is brought into proximity of an image receiving member such as paper, which is either charged or proximate a charge source. Charged surface application material in a cell may then be electrostatically transferred from the cell onto the image receiving member, while discharged surface application material remains in the cell. The subsystem may form a part of a complete printing system using many existing components. Among other advantages, viscous liquid surface application material may thereby be printed.

    摘要翻译: 公开了包括像素化感光体(例如光带)的包括其的印刷子系统。 电隔离的电池在光电导体上方保持表面应用材料。 首先对表面施用材料进行充电。 然后可以通过将靠近该单元的光电导体的区域暴露于来自光寻址系统的光来对单个单元中的表面施加材料上的电荷进行放电。 表面施加材料被带入诸如纸的图像接收构件,其被充电或靠近电荷源。 然后可以将电池中的充电表面施用材料静电从细胞转移到图像接收部件上,同时放电的表面施用材料保留在电池中。 子系统可以使用许多现有组件形成完整打印系统的一部分。 除了其它优点之外,可以印刷粘性液体表面施加材料。