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    • 5. 发明授权
    • Method for solid area process control for scavengeless development in a
xerographic apparatus
    • 在静电复印设备中用于无清除发展的固体区域过程控制的方法
    • US5521677A
    • 1996-05-28
    • US497834
    • 1995-07-03
    • Grace T. BrewingtonRichard P. Germain
    • Grace T. BrewingtonRichard P. Germain
    • G03G15/06G03G15/00G03G15/08
    • G03G15/0808G03G15/5041G03G2215/00042G03G2215/0643
    • A solid area process control for scavengeless development using a transport roll-to-donor roll DC bias as a control parameter in an electrophotographic printing machine is disclosed. The process develops a latent image of a solid area toner patch on a photoconductive belt. Once the patch is developed, the patch is measured with an infrared reflectance type sensor. The measured development mass is compared to a target value stored in the machine memory. A test of the comparison is performed by the process. If the result of the test is less than the target value, the transport roll-to-donor roll bias is increased and the process ends. If the result is more than the target value, the transport roll-to-donor roll bias is decreased and the process ends, otherwise the process stops because the measured development is acceptable. The process is run at predetermined intervals to maintain constant output from the electrophotographic printing machine.
    • 公开了一种使用传送辊到供体辊直流偏压作为电子照相印刷机中的控制参数的无清除显影的固体区域过程控制。 该方法在感光带上形成固体区域调色剂贴片的潜像。 一旦贴片开发,贴片就用红外反射型传感器测量。 将测量的显影质量与存储在机器存储器中的目标值进行比较。 通过该过程进行比较的测试。 如果测试结果小于目标值,则传送辊到供体辊倾斜度增加,并且处理结束。 如果结果大于目标值,则输送辊到供体辊倾斜度减小,并且处理结束,否则由于测量的显影是可接受的,否则该过程停止。 该过程以预定间隔运行以保持来自电子照相印刷机的恒定输出。
    • 9. 发明授权
    • Anilox metering system for electrographic printing
    • 用于电印的网纹计量系统
    • US08820233B2
    • 2014-09-02
    • US12566568
    • 2009-09-24
    • Eugene M. ChowJing ZhouGerald A. DomotoGrace T. Brewington
    • Eugene M. ChowJing ZhouGerald A. DomotoGrace T. Brewington
    • B41F9/10B41F31/04B41M1/42G03G15/10
    • G03G15/104
    • A method and apparatus to meter ink for electrographic printing is disclosed. An ink loading mechanism having an anilox roller fills ink from an ink supply into cells in the anilox roller having a plurality of valleys and lands that form the cells. The ink loading mechanism causes the valleys to be full or nearly full with the ink. The anilox roller rotates in a first direction. In one embodiment, a soft blade positioned slightly below surface of the lands removes ink from the cells and causes the valleys to be partially filled as the anilox roller rotates. A hard blade positioned at the surface of the lands to clean residue of ink on the surface of the lands as the anilox roller rotates. In another embodiment, a blanket roller rotationally engaged with the anilox roller pulls ink out of the cells and causes the valleys to be partially filled. The blanket roller rotates in a second direction. A first cleaning blade cleans tops of the lands of the cells.
    • 公开了一种用于电印印刷的墨水计量方法和装置。 具有网纹辊的墨水装载机构将油墨从墨水供给装入具有形成该单元的多个谷和平台的网纹辊中的单元中。 墨水装载机构使墨水充满或接近满。 网纹辊沿第一方向旋转。 在一个实施例中,稍微位于焊盘表面下方的软刀片从电池中去除墨水,并且当网纹辊旋转时使谷部分被填充。 位于平台表面的硬刀片,以在网纹辊旋转时清洁焊盘表面上的油墨残留物。 在另一个实施例中,与网纹辊旋转接合的橡皮布辊将墨水从电池中拉出并导致谷部分地被填充。 橡皮布滚筒沿第二个方向旋转。 第一清洁刀片清洁细胞的脊部的顶部。