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    • 1. 发明授权
    • Fusing system having electromagnetic heating
    • 具有电磁加热的定影系统
    • US06721530B2
    • 2004-04-13
    • US09819443
    • 2001-03-28
    • B. Mark HirstMark WibbelsKenneth E. Heath
    • B. Mark HirstMark WibbelsKenneth E. Heath
    • G03G1520
    • H05B6/145G03G15/2064
    • The present disclosure relates to a fusing system for fusing toner to a recording medium. The fusing system includes a fuser roller including a metal layer, a pressure roller in contact with the fuser roller, and an external induction heating element. In addition, the disclosure relates to a method for heating a fuser roller of a fusing system including the steps of positioning an external induction heating element in close proximity to the outer surface of the fuser roller, delivering high frequency current to a coil of the external induction heating element to create a magnetic flux, and directing the magnetic flux toward the fuser roller so as to induce eddy currents within a metal layer of the fuser roller that generate heat within the roller.
    • 本公开涉及一种用于将调色剂定影到记录介质上的定影系统。 定影系统包括:熔融辊,包括金属层,与定影辊接触的加压辊和外部感应加热元件。 另外,本公开涉及一种用于加热定影系统的定影辊的方法,包括以下步骤:将外部感应加热元件定位成靠近定影辊的外表面,将高频电流传送到外部的线圈 感应加热元件以产生磁通量,并将磁通量引向定影辊,以便在定影辊的金属层内产生涡流,从而在辊内产生热量。
    • 3. 发明授权
    • Reducing a temperature differential in a fixing device
    • 降低定影装置中的温度差
    • US06339211B1
    • 2002-01-15
    • US09611803
    • 2000-07-07
    • Wayne E FooteDavid J ArcaroKenneth E HeathB. Mark HirstMark Wibbels
    • Wayne E FooteDavid J ArcaroKenneth E HeathB. Mark HirstMark Wibbels
    • H05B100
    • H05B3/0095G03G15/2064
    • A temperature differential over a length of a fuser can result from a thermal load applied to the fuser by media having a dimension, corresponding to a longitudinal axis of the fuser, less then the length of the fuser. The temperature on regions of the surface of the fuser contacting the media is lower than on regions of the surface not contacting the media. With feedback used to control the fuser surface temperature near its center, the fuser surface temperature in regions not contacting the media can become hot enough to damage the fuser. With a heat pipe included in the fuser, heat flows from the higher temperature regions on the surface of the fuser to the lower temperature regions on the surface of the fuser, thereby reducing the peak magnitude of the fuser surface temperature and the magnitude of the temperature differential over the length of the fuser.
    • 定影器长度上的温度差可能是由于具有对应于定影器的纵向轴线的尺寸小于定影器长度的尺寸的介质施加到定影器的热负荷。 定影器接触介质的表面的区域上的温度低于不接触介质的表面区域的温度。 使用反馈来控制靠近其中心的定影器表面温度,不接触介质的区域中的定影器表面温度会变得足够热,从而损坏定影器。 通过定影器中包含的热管,热量会从定影器表面的较高温度区域流到定影器表面的较低温度区域,从而降低定影器表面温度的峰值幅度和温度的大小 定影器长度上的差。
    • 5. 发明授权
    • Fusing system including a heat distribution mechanism
    • 定影系统包括散热机构
    • US06580895B2
    • 2003-06-17
    • US09819503
    • 2001-03-28
    • B. Mark HirstMark WibbelsKenneth E. Heath
    • B. Mark HirstMark WibbelsKenneth E. Heath
    • G03G1520
    • G03G15/2053
    • The present disclosure relates to a fusing system for fusing toner to a recording medium. In one embodiment, the fusing system contains a fuser roller configured as a heat pipe including an inner tube and a coaxial outer tube that is mounted to the inner tube, the inner and outer tubes defining an interior space therebetween that is adapted to contain a liquid and to be evacuated so as be maintained in a vacuum, and a pressure roller in contact with the fuser roller. In another embodiment, the fusing system contains a fuser roller, a pressure roller in contact with the fuser roller, and an external heating roller in contact with the fuser roller, the external heating roller being configured as a heat pipe including an inner tube and a coaxial outer tube that is mounted to the inner tube, the inner and outer tubes defining an interior space therebetween that is adapted to contain a liquid and to be evacuated so as be maintained in a vacuum.
    • 本公开涉及一种用于将调色剂定影到记录介质上的定影系统。 在一个实施例中,定影系统包含定影辊,该定影辊被构造为热管,该热管包括内管和安装在内管上的同轴外管,内管和外管在其间限定适于容纳液体的内部空间 并且被抽真空以保持在真空中,以及加压辊与定影辊接触。 在另一个实施例中,定影系统包括定影辊,与定影辊接触的压力辊和与定影辊接触的外部加热辊,外部加热辊被配置为包括内管和 同轴外管,其安装到内管,内管和外管限定其间的内部空间,其适于容纳液体并被抽真空以保持在真空中。
    • 6. 发明授权
    • Fusing system including a heat storage mechanism
    • 定影系统包括储热机构
    • US06512913B2
    • 2003-01-28
    • US09819504
    • 2001-03-28
    • B. Mark HirstMark WibbelsKenneth E. Heath
    • B. Mark HirstMark WibbelsKenneth E. Heath
    • G03G1520
    • G03G15/2053
    • The present disclosure relates to a fusing system for fusing toner to a recording medium. The fusing system includes a fuser roller including an elastomeric layer and a heat transport layer disposed around the elastomeric layer, the heat transport layer having high thermal capacity, and a pressure roller in contact with the fuser roller. The present disclosure also relates to a fusing method that helps reduce gloss variation of printed media fused to a recording medium with a fusing system. The method includes the steps of forming a heat transport layer having high thermal capacity at an outer surface of a fuser roller of the fusing system, heating the heat transport layer, and transferring heat from the heat transport layer to the recording medium as it passes through a nip of the fusing system.
    • 本公开涉及一种用于将调色剂定影到记录介质上的定影系统。 定影系统包括定影辊,该定影辊包括弹性层和设置在弹性体层周围的传热层,热传输层具有高热容量,以及与定影辊接触的加压辊。 本公开还涉及一种融合方法,其有助于降低使用熔化系统融合到记录介质的印刷介质的光泽变化。 该方法包括以下步骤:在定影系统的定影辊的外表面处形成具有高热容量的传热层,加热传热层,并且在热传递层通过时将热量从传热层传递到记录介质 定影系统的压区。
    • 8. 发明授权
    • Duplex image alignment
    • 双面图像对齐
    • US6118950A
    • 2000-09-12
    • US340712
    • 1999-06-29
    • Mark WibbelsKenneth E. HeathVictor Loewen
    • Mark WibbelsKenneth E. HeathVictor Loewen
    • G03G15/23G03G15/00
    • G03G15/231
    • A method of aligning duplex images on an imaging device such as a printer or copier includes duplex imaging a test sheet having indicia on each side of the sheet that communicate, when observed in a single visual context, duplex imaging adjustment parameters for the imaging device. The method further includes modifying imaging parameters of the imaging device based on the duplex imaging adjustment parameters communicated. The indicia on each side of the sheet are seen in a single visual context by observing certain of the indicia through the media, as when the media is held up to a light source. In a preferred embodiment, the indicia on each side of the sheet includes respective portions of a vernier scale. The imaging parameters are modified by entering the adjustment parameters at a control panel of the imaging device. Imaging parameters modified include timing parameters associated with the process of writing data on the imaging device. In addition to the method, an imaging device includes components, data and executable instructions necessary for implementing the above described method.
    • 在诸如打印机或复印机的成像装置上对准双面图像的方法包括双面成像,当在单个视觉上下文中观察时,在片材的每一侧上具有通信的测试片,用于成像装置的双面成像调整参数。 该方法还包括基于所传送的双工成像调整参数修改成像装置的成像参数。 通过观察介质中的某些标记,就像在介质被保持到光源时一样,在单个视觉环境中可以看到片材的每一面上的标记。 在优选实施例中,片材每侧的标记包括游标刻度的各个部分。 通过在成像装置的控制面板处输入调整参数来修改成像参数。 修改的成像参数包括与在成像设备上写入数据的过程相关联的定时参数。 除了该方法之外,成像装置还包括实施上述方法所需的组件,数据和可执行指令。
    • 10. 发明授权
    • Color plane partial exposure for reducing edge effect
    • 彩色平面部分曝光降低边缘效果
    • US06606470B1
    • 2003-08-12
    • US09676282
    • 2000-09-28
    • Mark WibbelsVictor Loewen
    • Mark WibbelsVictor Loewen
    • G03G15045
    • H04N1/58G03G13/01H04N1/508
    • A method for reducing edge effect (white gapping) between objects formed on a photoconductive member of an imaging device includes, during processing of a given color plane, partially exposing the photoconductive member for all image data that specifies a color to be developed on at least one color plane but that specifies no color to be developed on the given color plane. As such, the partial exposing does not enable development of that image data during image processing of the given color plane. By partially exposing objects that do not include a color to be developed on the color plane currently being processed, and while normally exposing adjacent objects that include a color to be developed on the current color plane, the lateral electric field effects between the objects is reduced and, thus, toner development for the given color plane is more edge precise for reduced white gapping between the objects.
    • 一种用于减少形成在成像装置的感光体上的物体之间的边缘效应(白色间隙)的方法包括在给定彩色平面的处理过程中,对于所有图像数据部分地曝光所述光电导元件,所述图像数据至少指定要开发的颜色 一个颜色平面,但指定在给定的颜色平面上不需要开发的颜色。 因此,部分曝光不能使得在给定色彩平面的图像处理期间该图像数据的显影。 通过将当前正在处理的彩色平面上不包含要显影的颜色的对象部分地曝光,并且在通常暴露包括当前色平面上要显影的颜色的相邻对象的同时,减少对象之间的横向电场效应 因此,对于给定的颜色平面的调色剂显影更加边缘精确,以减少物体之间的白色间隙。