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    • 1. 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。
    • 2. 发明申请
    • ELECTROPHOTOGRAPHIC PRINT BINDING METHOD
    • 电印打印方法
    • US20110287357A1
    • 2011-11-24
    • US12785983
    • 2010-05-24
    • Brian J. KwartaJames D. ShifleyDonald S. RimaiThomas N. Tombs
    • Brian J. KwartaJames D. ShifleyDonald S. RimaiThomas N. Tombs
    • G03G13/20
    • G03G15/6544G03G2215/00835
    • Methods for forming bound electrophotographic prints are provided. In one aspect a method comprises the steps of applying a toner to a receiver to form a toner image with having toner in a binding area and in an image area. The binding area is proximate to a binding edge of the receiver and the image area that is separated from the binding area by an separation area. The toner image is fused to form a print, and a sheet and the prints are stacked with the toner in the binding area of the print confronting the sheet along a binding edge of the sheet. Heat is applied at the binding edges to cause the toner in the binding area to fuse for a second time. A residual portion of the applied heat 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.
    • 提供了形成结合的电子照相印刷品的方法。 在一个方面,一种方法包括以下步骤:将调色剂施加到接收器以形成具有在结合区域和图像区域中的调色剂的调色剂图像。 绑定区域靠近接收器的绑定边缘以及通过分隔区域从绑定区域分离的图像区域。 将调色剂图像熔合以形成印刷品,并且将片材和印刷品与调色剂堆叠在沿着片材的装订边缘的与片材相对的印刷品的装订区域中。 在装订边缘施加热量,使装订区域中的调色剂第二次熔化。 所施加的热量的剩余部分加热分离区域,但是分离区域不会将图像区域加热到足以熔化图像区域中的调色剂的程度。
    • 3. 发明授权
    • Electrophotographic print binding method
    • 电子照相印刷结合法
    • US08313883B2
    • 2012-11-20
    • US12785983
    • 2010-05-24
    • Brian J. KwartaJames D. ShifleyDonald S. RimaiThomas N. Tombs
    • Brian J. KwartaJames D. ShifleyDonald S. RimaiThomas N. Tombs
    • G03G13/20B32B37/00
    • G03G15/6544G03G2215/00835
    • Methods for forming bound electrophotographic prints are provided. In one aspect a method comprises the steps of applying a toner to a receiver to form a toner image with having toner in a binding area and in an image area. The binding area is proximate to a binding edge of the receiver and the image area that is separated from the binding area by an separation area. The toner image is fused to form a print, and a sheet and the prints are stacked with the toner in the binding area of the print confronting the sheet along a binding edge of the sheet. Heat is applied at the binding edges to cause the toner in the binding area to fuse for a second time. A residual portion of the applied heat 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.
    • 提供了形成结合的电子照相印刷品的方法。 在一个方面,一种方法包括以下步骤:将调色剂施加到接收器以形成具有在结合区域和图像区域中的调色剂的调色剂图像。 绑定区域靠近接收器的绑定边缘以及通过分隔区域从绑定区域分离的图像区域。 将调色剂图像熔合以形成印刷品,并且将片材和印刷品与调色剂堆叠在沿着片材的装订边缘的与片材相对的印刷品的装订区域中。 在装订边缘施加热量,使装订区域中的调色剂第二次熔化。 所施加的热量的剩余部分加热分离区域,但是分离区域不会将图像区域加热到足以熔化图像区域中的调色剂的程度。
    • 4. 发明申请
    • ELECTROPHOTOGRAPHIC PRINT BINDING SYSTEM
    • 电子印刷结合系统
    • US20110286778A1
    • 2011-11-24
    • US12786017
    • 2010-05-24
    • Brian J. KwartaJames D. ShifleyDonald S. RimaiThomas N. Tombs
    • Brian J. KwartaJames D. ShifleyDonald S. RimaiThomas N. Tombs
    • G03G15/00
    • 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。