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    • 15. 发明申请
    • Automatic fuser control
    • 自动定影控制
    • US20050046814A1
    • 2005-03-03
    • US10651347
    • 2003-08-28
    • Joseph VetromileRichard SchenkKenneth BlanchardInjae Choi
    • Joseph VetromileRichard SchenkKenneth BlanchardInjae Choi
    • G03B27/52G03G15/20
    • G03G15/2046G03G2215/2045
    • A print job processing method at least includes: providing processing attributes for particular print stock, including a predetermined fuser dwell time; establishing a print job, including the stock to be used for each page of the print job; for each page in the print job, selecting the appropriate subsystem containing the stock specified for the particular page; for each page in the print job, transferring image substance to each sheet to be printed, the placement of the image substance corresponding to an image to be duplicated on the page; matching the appropriate portion of the processing attributes to each subsystem; for each page, automatically fusing the image substance to the page according to the dwell time established by the processing attributes for the stock used for the page; and outputting processed pages.
    • 一种打印作业处理方法至少包括:提供特定打印纸的处理属性,包括预定的定影器驻留时间; 建立打印作业,包括用于打印作业的每一页的纸张; 对于打印作业中的每个页面,选择包含为特定页面指定的库存的适当子系统; 对于打印作业中的每个页面,将图像物质传送到要打印的每张纸张,将与要复制的图像相对应的图像物质放置在页面上; 将处理属性的适当部分与每个子系统进行匹配; 根据由用于该页面的库存的处理属性建立的停留时间,将图像物质自动地融合到页面中; 并输出处理页面。
    • 20. 发明申请
    • FRICTION RETARD FEEDER WITH IMPROVED SHEET SEPARATION
    • 具有改进的分离的摩擦拖车进料器
    • US20100096795A1
    • 2010-04-22
    • US12256053
    • 2008-10-22
    • Henry T. BoberInjae ChoiLinn C. HooverPeter J. Knausdorf
    • Henry T. BoberInjae ChoiLinn C. HooverPeter J. Knausdorf
    • B65H5/06
    • B65H3/0684B65H3/5261B65H3/68B65H2801/06
    • A substrate feeding apparatus and a printing machine is provided herein for feeding substrates from a substrate stack having a nudger roll being selectively movable between a first position and a second position. In the first position, the nudger roll is in contiguous contact with a first substrate of the substrate stack for advancing the first substrate from the substrate stack. The first substrate having a lead edge and a trail edge, with the lead edge leading in a direction of advancement. In the second position, the nudger roll is not in contiguous contact with the substrate stack or the first substrate. A feed roll for further advancing the first substrate in the direction of advancement. A retard member forming a nip with the feed roll. The retard member is used for separating the first substrate from an adjacent second substrate. A guide baffle extending between the substrate stack and the nip, with the guide baffle configured to contact, and to guide, the first substrate as it advances in the direction of advancement from the nudger roll to the nip. The guide baffle provides an angular change in direction to the first substrate as the first substrate advances from the substrate stack to the nip. The guide baffle is configured such that as the lead edge of the first substrate enters the nip, the first substrate has portions thereof spaced from the guide baffle, with the spaced portions sagging towards the guide baffle to provide the first substrate with a concave profile. The nudger roll moves from the first position to the second position after the lead edge of the first substrate enters the nip.
    • 本文提供了一种用于从具有可在第一位置和第二位置之间移动的微型滚筒的基板叠层馈送基板的基板馈送装置和印刷机。 在第一位置,微型滚筒与衬底叠层的第一衬底连续接触,用于使第一衬底从衬底叠层前进。 第一衬底具有引线边缘和引线边缘,引线边缘沿着前进方向引导。 在第二位置,微动辊不与衬底叠层或第一衬底连续接触。 一种进给辊,用于在推进方向上进一步前进第一基板。 减速构件与进给辊形成辊隙。 延迟构件用于将第一衬底与相邻的第二衬底分离。 引导挡板,其在所述基板叠层和所述辊隙之间延伸,所述引导挡板被构造成接触并引导所述第一基板,因为所述第一基板沿着从所述微型滚筒向所述辊隙前进的方向前进。 当第一衬底从衬底叠层前进到辊隙时,引导挡板提供与第一衬底的方向上的角度变化。 引导挡板被构造成使得当第一基板的引导边缘进入压区时,第一基板具有与引导挡板间隔开的部分,其间隔开的部分朝向引导挡板下垂以向第一基板提供凹形轮廓。 在第一基板的引线边缘进入压区之后,微型滚筒从第一位置移动到第二位置。