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    • 94. 发明授权
    • Parallel printing architecture with parallel horizontal printing modules
    • 并行打印结构并行水平打印模块
    • US07444108B2
    • 2008-10-28
    • US11094998
    • 2005-03-31
    • Steven R. MooreBarry P. MandelRobert M. Lofthus
    • Steven R. MooreBarry P. MandelRobert M. Lofthus
    • G03G15/00B65H85/00
    • B41J3/54B65H85/00B65H2402/10G03G15/238G03G15/6529G03G2215/00021
    • An intergrated printing system is provided that includes at least two substantially horizontially aligned printing modules including an entrance media path and an exit media path; and at least one interface media transport including at least two substantially horizontal media transport paths, wherein the horizontal media transport paths are positioned vertically relative to each other to provide upper and lower horizontal media transport paths and the horizontal media transport paths transport paths are positioned vertically relative to each other to provide upper and lower horizontal media transport paths and the horizontal media transport paths transport media to the horizontally aligned printing module. The integrated printing system also provides for a horizontal media transport path to transport media to the horizontally aligned printing module in a direction that passes the exit path of one of the horizontally aligned printing modules before passing the entrance media path of the other printing module.
    • 提供了一种集成的打印系统,其包括至少两个基本上水平对齐的打印模块,包括入口介质路径和出口介质路径; 以及包括至少两个基本上水平的介质传送路径的至少一个界面介质传送器,其中所述水平介质传送路径相对于彼此垂直定位,以提供上下水平介质传送路径,并且所述水平介质传送路径传送路径垂直定位 相对于彼此以提供上下水平介质传送路径,并且水平介质传送路径将介质传送到水平对齐的打印模块。 集成打印系统还提供水平介质传送路径,以在通过另一打印模块的入口介质路径之前沿着水平排列的打印模块之一的出口路径的方向将介质传送到水平对齐的打印模块。
    • 96. 发明授权
    • Sheet variable side shift interface transport system with variably
skewed arcuate baffles
    • 具有可变弯曲弧形挡板的薄板变量侧移界面运输系统
    • US6155561A
    • 2000-12-05
    • US179366
    • 1998-10-26
    • Barry P. Mandel
    • Barry P. Mandel
    • B65H5/38B65H9/00B65H9/10B65H9/04
    • B65H9/10B65H2301/342B65H2404/6111B65H2404/6112B65H2511/212
    • In a lateral sheet shifting system, wherein sheets are fed from a sheet input to a sheet output with controlled shifting transversely of the process direction, there is a pivotal arcuate sheet path defining baffle unit providing an arcuate sheet-feeding path between the input and output. This arcuate baffle unit is mounted for pivotal angular movement laterally of the process direction by a controllable automatic variable angle pivoting system to form a variable sheet spiraling path therein. The arcuate baffle unit may be generally "S" or "U" shaped, and may be defined by, or consist solely of, opposing relatively closely spaced similarly arcuate baffles, such as at least two operatively connecting but oppositely facing generally quarter-cylindrical sections which can provide sheet side shifting without introducing any sheet skewing. The sheets in the baffle unit need not be engaged by any sheet feeding rollers therein, and the sheet input and output can be simple conventional fixed rollers on fixed axes. The sheet input and output may be co-linear but at different vertical levels. This entire sheet side shifting system can be a small, short paper path, modular unit provided internally or externally of a reproduction apparatus, such as interconnecting to a finisher with a laterally different paper path.
    • 在横向片材移位系统中,其中片材从纸张输入到横向于处理方向的受控移动的片材输出,具有限定挡板单元的枢转​​的弓形片路径,其提供在输入和输出之间的弓形片材进给路径 。 该弧形挡板单元通过可控的自动可变角度枢转系统安装成用于在过程方向侧向枢转角运动,以在其中形成可变的片材螺旋路径。 弧形挡板单元通常可以是“S”或“U”形,并且可以由相对相对紧密间隔的相似的弧形挡板限定或由其组成,例如至少两个可操作地连接但相对面对的大致四分之一圆柱形部分 其可以提供片材侧移而不引入任何片材歪斜。 挡板单元中的片材不需要通过其中的任何片材进给辊接合,并且片材输入和输出可以是固定轴上简单的常规固定辊。 纸张输入和输出可以是共线的,但是在不同的垂直水平。 整个纸张侧移系统可以是一个小的,短的纸路径,在再现设备的内部或外部提供的模块化单元,例如与横向不同的纸路径互连到整理器。
    • 98. 发明授权
    • Evenly retractable and self-leveling nips sheets ejection system
    • 均匀伸缩和自动调平胶片排纸系统
    • US5884910A
    • 1999-03-23
    • US912804
    • 1997-08-18
    • Barry P. Mandel
    • Barry P. Mandel
    • B65H29/20
    • B65H29/20
    • In a sheet handling system with a supporting frame, a sheets compiling tray, and a sheets ejection system including an drive shaft with plural sheet drive rollers and a pivotal mounting system for pivoting the drive shaft between a first position for sheets ejection and a raised second position, the pivotal mounting system provides vertical freedom of movement of at least one end of the shaft in the first position to provide a self-leveling more uniform sheet engagement force, yet also provides a positive accurately centered constrained position of the shaft in the second position. The illustrated pivotal mounting system includes a pivot pin vertically movable within a mounting slot in the supporting frame in the first position and spaced apart limited length mounting slots providing end stops engaging mounting pins in the second position to automatically center the pivot pin.
    • 在具有支撑框架的片材处理系统,片材编制托盘和包括具有多个片材驱动辊的驱动轴的片材排出系统和用于在用于片材排出的第一位置和升高的第二位置之间枢转驱动轴的枢转安装系统 所述枢转安装系统在所述第一位置中提供所述轴的至少一端的垂直自由度以提供自流平更均匀的片材接合力,而且还提供所述轴在所述第二位置中的正确准确居中的约束位置 位置。 所示的枢转安装系统包括在第一位置中在支撑框架内的安装槽内可垂直移动的枢轴销,并且间隔开的有限长度的安装槽提供端部止动件,将安装销接合在第二位置,以自动使枢轴销中心。
    • 100. 发明授权
    • Sheet stack height control system
    • 纸张堆高度控制系统
    • US5609333A
    • 1997-03-11
    • US585031
    • 1996-01-11
    • Barry P. MandelJohn D. Hower, Jr.
    • Barry P. MandelJohn D. Hower, Jr.
    • B65H31/24B65H39/11B65H43/06G06F3/12G06K15/00H04N1/32B42B1/02B42B2/02
    • H04N1/32561B65H39/11B65H43/06G06K15/00B65H2408/112B65H2511/152G06F3/1297G06K2215/0082H04N2201/0081H04N2201/0082H04N2201/3288H04N2201/3297
    • In a sheet stacking system for stacking plural sheets from a printed sheets output path into at least one sheet stacking tray, including a stack height sensor for detecting the height of the stack of sheets in the tray and controlling a stacking control system; the stack height sensor has an elongated maximum stack height sensing bar, and a sensing bar movement system for intermittently moving the maximum stack height sensing bar into the tray in an operative measurement position on top of the stack of sheets in the tray at a position transversely of the sheet entrance path, with a normal force pressing downwardly against the top of the stack. The stack height sensing bar in this position extends across the top of the stack at the height of the highest level of any portion of the stack, in particular, overlying the sets stapling area. A sensing system is actuated by the height of the stack height sensing bar in this measurement position to provide signals to the stacking control system, which provides a control signal when the maximum stack height in the sheet entrance path to said sheet stacking tray reaches a height which is preset below the height which would obstruct the sheet entrance path. This sensor system can move, to measure several bins, and can also provide a sheet knockdown function.
    • 在用于将多张片材从打印片材输出路径堆叠到至少一个片材堆叠托盘中的片材堆叠系统中,包括用于检测托盘中的片材堆叠的高度的堆叠高度传感器,并控制堆积控制系统; 堆叠高度传感器具有细长的最大堆叠高度感测杆,以及感测棒移动系统,用于在托盘中的片材堆叠的顶部上的操作测量位置中将最大堆叠高度感测棒间歇地移动到托盘中,横向位置 的纸张进入路径,其中正常的力向下压靠在堆叠的顶部。 在该位置的堆叠高度感测棒在堆叠的任何部分的最高水平的高度上跨越堆叠的顶部延伸,特别是叠置在装订装订区域上。 感测系统由该测量位置的堆叠高度感测棒的高度致动,以向堆垛控制系统提供信号,该堆叠控制系统提供控制信号,当片材进入路径到纸张堆垛盘的最大叠层高度达到高度时 其预设在妨碍片材入口路径的高度之下。 该传感器系统可以移动,以测量几个箱,并且还可以提供打桩功能。