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    • 13. 发明授权
    • Electrophotographic print binding system
    • 电子照相打印装订系统
    • US08548371B2
    • 2013-10-01
    • US12786017
    • 2010-05-24
    • Brian J. KwartaJames D. ShifleyDonald S. RimaiThomas N. Tombs
    • Brian J. KwartaJames D. ShifleyDonald S. RimaiThomas N. Tombs
    • G03G15/00B41J3/28
    • G03G15/6544
    • Systems for producing bound electrophotographic prints are provided. In one aspect there is provided a system with a print engine having a printing module to form a toner image on a receiver, a fuser with a heater that heats the toner image to fuse the toner image to a receiver to form a print, a stacking system that stacks the print and a sheet in a stacking area with the fused toner image between the print and the sheet. A heating system has a heat source that applies a heat along an edge of the stack, and a controller that causes the toner image to have toner in a binding area proximate to the heated edge of the stack and in an image area that is separated from the binding area by a separation area. A portion of the heat applied at the edge of the stack heats the binding area to cause toner in the binding area to fuse for a second time and a residual portion of the heat applied heats the separation area, but the separation area does not heat the image area to an extent sufficient to fuse toner in the image area.
    • 提供用于生产结合的电子照相印刷品的系统。 在一个方面,提供一种具有打印引擎的系统,该打印引擎具有在接收器上形成调色剂图像的打印模块,具有加热调色剂图像以将调色剂图像熔合到接收器以形成打印件的加热器的定影器,堆叠 系统,其将印刷品和片材堆叠在堆叠区域中,其中印刷和片材之间的熔融调色剂图像。 加热系统具有沿堆叠的边缘施加热量的热源,以及控制器,其使得调色剂图像在靠近堆叠的加热边缘的结合区域中具有调色剂,并且在与图像区域分离的图像区域中 通过分离区域的结合区域。 施加在堆叠边缘处的热量的一部分加热结合区域,使得装订区域中的调色剂第二次熔化,并且所施加的热量的剩余部分加热分离区域,但是分离区域不会加热 图像区域到足以熔化图像区域中的调色剂的程度。
    • 14. 发明申请
    • PRINT CUTTING SYSTEM
    • 打印切割系统
    • US20110293351A1
    • 2011-12-01
    • US12789664
    • 2010-05-28
    • Brian J. KwartaJames D. Shifley
    • Brian J. KwartaJames D. Shifley
    • B41J11/66
    • B65H35/02B26D1/225B26D5/02B26D7/12B41J11/663
    • Printer cutting systems are provided. In one aspect, a cutting system has a plurality of cutting devices joined to a frame at different locations within a cutting width of a print transport path. Each of the cutting devices is movable between a first position with a cutter interposed in the print transport path to cut the print as it is moved along the transport path and a second position with the cutter removed from the transport path and each of the cutting devices has a contact surface that moves the cutting device between the first position and second position when engaged. A cam is movably mounted to the frame proximate to the cutting devices and extending across the cutting width of the print transport path, having sets of lobes arranged at a plurality of positions on an outer surface of the cam so that the lobes in each set engage selected ones of the contact surfaces in a manner that causes selected ones of the cutting devices to be moved to the first position and so that movement of the cam to a different position causes a different set of lobes to engage the contact surfaces. A cam actuator that moves the cam in response to signals from a cutting system controller; and a sensor that senses a condition from which the position of the cam can be determined and that provides a signal to a cutting system controller from which the cutting system controller can determine the position of the cam, wherein the cutting system controller receives a signal from which the cutting system controller can determine which combination of cutters is to be used to cut a print and adjusts the position of the cam to cause a desired combination of cutters to be used when that print passes the cutting system.
    • 提供打印机切割系统。 一方面,切割系统具有在打印输送路径的切割宽度内的不同位置处连接到框架的多个切割装置。 每个切割装置可在具有插入打印输送路径中的切割器的第一位置和第二位置之间移动,以在沿着传送路径移动打印件时切割打印件,以及第二位置,其中切割器从传送路径和每个切割装置 具有接合表面,当接合时,切割装置在第一位置和第二位置之间移动。 凸轮可移动地安装到靠近切割装置的框架并延伸穿过打印输送路径的切割宽度,具有布置在凸轮的外表面上的多个位置处的凸起组,使得每组中的凸角接合 这些接触表面中选定的一个接触表面以使选定的切割装置移动到第一位置的方式使得凸轮移动到不同的位置使不同的凸起组合接合接触表面。 响应于来自切割系统控制器的信号使凸轮移动的凸轮致动器; 以及传感器,其感测可以确定凸轮的位置的状态,并且向切割系统控制器提供信号,切割系统控制器从该系统控制器可以确定凸轮的位置,其中切割系统控制器从 切割系统控制器可以确定哪个切割器组合用于切割打印并且调整凸轮的位置以在打印通过切割系统时使用切割器的期望组合。
    • 17. 发明授权
    • Vacuum corrugated duplex tray having oscillating side guides
    • 具有摆动侧导板的真空波纹双面托盘
    • US5634634A
    • 1997-06-03
    • US398706
    • 1995-03-06
    • Michael T. DobbertinJames D. ShifleyRobert A. Zimny
    • Michael T. DobbertinJames D. ShifleyRobert A. Zimny
    • G03G15/00B65H1/04B65H3/12B65H31/02B65H31/32B65H31/34B65H85/00G03G15/23B65H5/22B65H3/14B65H3/34B65H31/26
    • B65H83/02B65H3/126B65H31/02B65H31/34G03G15/234G03G2215/0043
    • A device for transporting material, in the form of discrete sheets, seriatim to a stack of discrete sheets, and subsequently seriatim away from such stack. The discrete sheet material transport device comprises a support for a stack of discrete sheets. The stack support includes a first stop for a first marginal edge of a discrete sheet, and opposed second and third stops for opposed marginal edges of a discrete sheet perpendicular to the first marginal edge of such discrete sheet. Discrete sheets are delivered seriatim to the vicinity of the stack support and are urged in a first direction into engagement with the first stop to form a stack of discrete sheets on the stack support. The discrete sheets are subsequently urged seriatim in a direction opposite the first direction to remove discrete sheets seriatim from the stack on the stack support. The second and third stops are located to accurately position the stack of discrete sheets on the stack support. Further, the second and third stops are substantially simultaneously oscillated to maintain such stack in the accurate position as such discrete sheets are urged to and from the stack on the stack support.
    • 用于将分散片材形式的材料传送到一堆不连续的片材并随后从这种堆叠中排出的装置。 离散片材输送装置包括用于分离片材的叠层的支撑件。 堆叠支撑件包括用于离散片材的第一边缘的第一挡块,以及垂直于这种离散片材的第一边缘的离散片材的相对边缘的相对的第二和第三挡块。 离散片材被顺序地传送到堆叠支架附近,并且沿着第一方向被推动成与第一挡块接合,以在堆叠支撑件上形成一堆分立的片材。 离散片材随后沿与第一方向相反的方向被推动以从堆叠支架上的堆叠中移除离散的片材。 第二和第三止动件位于准确地将堆叠的分立片材定位在堆叠支架上。 此外,第二和第三止动件基本上同时振荡,以将这种堆叠保持在准确的位置,因为这些离散的片材被推到堆叠支架上的堆叠物上。