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    • 12. 发明申请
    • Method for applying a material on a photoconductor
    • 在光电导体上施加材料的方法
    • US20030053139A1
    • 2003-03-20
    • US09955611
    • 2001-09-19
    • James E. McKim
    • H04N001/23H04N001/29
    • B65C9/1819B65C1/025B65C9/44B65H37/002B65H39/16B65H2701/124
    • The present invention is an automated arrangement for applying strip material to a web belt. One purpose of the present invention is to provide a solution to the known problem of securing material to an organic photoconductor (nullOPCnull) belt material in an automated manufacturing environment. Usually, material is applied to an OPC belt by hand. Hand application of strip material is time-consuming, costly, and prone to inaccurate placement on the OPC belt. The extra time taken to apply the strip material by hand increase the OPC belt's exposure to light, which can damage the OPC material. Furthermore, pulling the strip by hand can deform the strip because of excessive force used to pull the strip before application. Thus using an automated, controlled process to apply material minimizes damage to the belt and strip, resulting in higher yield of belts and strips per spool.
    • 本发明是一种将条带材料施加到幅带上的自动布置。 本发明的一个目的是提供在自动化制造环境中将材料固定到有机光电导体(“OPC”)带材料的已知问题的解决方案。 通常用手将材料施加到OPC带上。 带材的手工施加是耗时,昂贵的,并且易于在OPC带上放置不准确。 手工涂抹条带材所需的额外时间增加了OPC带的光照,可能会损坏OPC材料。 此外,用手拉动带子可能使带材变形,因为在施加之前用于拉伸带材的过大的力。 因此,使用自动控制的方法来施加材料可以最大限度地减少对带和带的损伤,从而导致每个卷轴带和带的产量更高。
    • 18. 发明申请
    • Pre-heater for an electrostatographic reproduction apparatus fusing assembly
    • 用于静电复印装置熔接组件的预热器
    • US20020145760A1
    • 2002-10-10
    • US09828012
    • 2001-04-06
    • NexPress Solutions LLC
    • Andrew CiaschiCarl Irvin BouwensJames Raymond Flick
    • H04N001/23H04N001/29
    • G03G15/2003
    • A pre-heater for a fusing assembly for an electrostatographic reproduction apparatus, in which an image-wise pattern of pigmented marking particles is fixed to a receiver member transported along a travel path in operative relation with said fusing assembly. The pre-heater as described includes a housing defining an internal chamber. The housing internal chamber defines an opening adjacent to the receiver member travel path. A heating element is located within the housing internal chamber. An airflow system is provided including a blower, and a distribution plenum in flow communication between the blower and the heating element. An impingement member is positioned in the chamber opening adjacent to said travel path. An impingement plenum is in flow communication between the heating element and the impingement member, and a return conduit is in flow communication between the opening and the blower. Accordingly, air from the blower is delivered through and heated by the heating element, impinges upon a receiver member bearing a marking particle image in the opening, and is returned to the blower while being substantially prevented from escaping from the chamber.
    • 一种用于静电复印设备的定影组件的预热器,其中着色标记颗粒的成像图案被固定到沿着与所述定影组件可操作的关系的行进路径传送的接收器构件。 如上所述的预热器包括限定内部室的壳体。 壳体内部腔室限定与接收器构件行进路径相邻的开口。 加热元件位于壳体内部腔室内。 提供了一种气流系统,其包括鼓风机和在鼓风机和加热元件之间流动连通的分配室。 冲击构件定位在与所述行进路径相邻的腔室开口中。 冲击气室在加热元件和冲击构件之间流动连通,并且回流管道在开口和鼓风机之间流动连通。 因此,来自鼓风机的空气通过加热元件输送并加热,撞击到在开口中承载标记颗粒图像的接收器构件,并且基本上被防止从室逸出。