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    • 21. 发明授权
    • Fusing apparatus having automatic nip width adjustment mechanism
    • 具有自动压区宽度调节机构的定影装置
    • US4972232A
    • 1990-11-20
    • US402397
    • 1989-09-05
    • Linn C. HooverJohn E. Derimiggio
    • Linn C. HooverJohn E. Derimiggio
    • G03G15/20
    • G03G15/2064G03G15/206
    • A roller type fusing apparatus, in which a fuser or pressure roller is movable, includes a device for forming a fusing nip, having a desired nipwidth, by moving the movable roller from a first light surface-to-surface contact position, to a compressing and deforming contact second position with the other roller. The fusing apparatus further includes a mechanism for automatically correcting or adjusting for fusing nipwidth misadjustments which are caused by a reduction in the size of any of rollers. Such misadjustments normally result in poor and unacceptable fusing quality due to the nipwidth of subsequently formed fusing nips being undesirably narrower than the desired nipwidth setting. The mechanism includes a displacement assembly, operative with the nip forming device, for automatically displacing the movable roller from a misadjusted gapped or spaced third position back to the adjusted, light surface-to-surface contact first position, prior to formation of a fusing nip. In this manner, the formation of a fusing nip that has the desired nipwidth is ensured.
    • 定影辊或加压辊可移动的辊式定影装置包括通过将可动辊从第一光表面接触位置移动到压缩状态而形成具有期望夹持宽度的定影辊隙的装置 并与另一个辊变形接触第二位置。 定影装置还包括用于自动校正或调整由于任何辊的尺寸减小而导致的夹持夹持误差的机构。 这种误调整通常导致不良且不可接受的熔合质量,这是由于随后形成的熔合夹的夹持宽度不希望地窄于期望的夹持宽度。 该机构包括与辊隙成形装置一起操作的位移组件,用于在形成定影辊隙之前将可移动辊自动地从未调整的间隙或间隔开的第三位置移回到调节的,轻的表面到表面的接触第一位置 。 以这种方式,确保了具有期望的夹持宽度的定影辊隙的形成。
    • 24. 发明授权
    • Varying fluoroelastomer cure across the roller to maximize fuser roller life
    • 不同的含氟弹性体固化在辊子上,以最大限度地提高定影辊寿命
    • US08133574B2
    • 2012-03-13
    • US12050668
    • 2008-03-18
    • John E. Derimiggio
    • John E. Derimiggio
    • B32B25/14B32B33/00G03G15/20
    • G03G15/2057G03G2215/2048Y10T428/139Y10T428/24777Y10T428/24992Y10T428/3154
    • In accordance with the invention, there are image forming apparatus, fuser members, and methods of making fuser members. The method of making a fuser member can include providing a substrate having a longitudinal axis, providing a first flow coating solution including a fluoroelastomer polymer, and providing a second flow coating solution including a crosslinking agent. The method can also include mixing the first flow coating solution and the second flow coating solution to form a third flow coating solution and forming a continuous fluoroelastomer layer over a surface of the substrate by applying the third flow coating solution onto the substrate in a spiral pattern, wherein the crosslinking agent concentration can be varied along the longitudinal axis by changing the ratio of the first flow coating solution and the second flow coating solution in the third flow coating solution.
    • 根据本发明,存在图像形成装置,定影器构件和制造定影构件的方法。 制造定影器构件的方法可以包括提供具有纵向轴线的基底,提供包括含氟弹性体聚合物的第一流动涂布溶液,并提供包含交联剂的第二流动涂布溶液。 该方法还可以包括将第一流动涂布溶液和第二流动涂布溶液混合以形成第三流动涂布溶液,并通过以螺旋图案将第三流动涂布溶液施加到基材上而在基材的表面上形成连续的含氟弹性体层 其中交联剂浓度可以通过改变第三流动涂布溶液中的第一流动涂布溶液和第二流动涂布溶液的比例而沿着纵轴变化。
    • 25. 发明授权
    • Variable rate fluid film release in an ink jet printer
    • 喷墨打印机中的可变速率液膜释放
    • US08029125B2
    • 2011-10-04
    • US12243576
    • 2008-10-01
    • John E DerimiggioPaul M FrommDavid P Van Bortel
    • John E DerimiggioPaul M FrommDavid P Van Bortel
    • B41J2/175
    • B41J2/175
    • An apparatus for ink jet printing, as well as corresponding method and system are described. The apparatus includes a source of fluid film, a fluid film metering roller supported for contact with the source of fluid film, a variable speed drive arranged to effect movement of the fluid film metering roller in an endless path at different surface velocities, a donor roller supported in contact with the fluid film metering roller, an ink jet printhead configured to emit ink, and a print assembly rotatably supported in the apparatus, the print assembly having a print assembly surface coupled to the donor roller, the print assembly configured to receive ink from the ink jet printhead and produce an image on media using the ink, wherein the donor roller is configured to convey the fluid film from the fluid film metering roller to the print assembly surface at various rates depending on a surface velocity of the fluid film metering roller, and at least one of the following: an amount of fluid film left on the donor roller, a film thickness of the fluid film on the fluid film metering roller, and a speed ratio between the fluid film metering roller and the donor roller, wherein the variable speed drive is operative independently of the print assembly.
    • 描述了用于喷墨打印的设备,以及相应的方法和系统。 所述设备包括流体膜源,被支撑用于与流体膜源接触的流体膜计量辊,布置成以不同的表面速度实现流体膜计量辊在环形路径中的移动的变速驱动器,供体辊 支撑与流体膜计量辊接触,配置为发射墨的喷墨打印头和可旋转地支撑在设备中的打印组件,打印组件具有联接到供体辊的打印组件表面,打印组件被配置为接收墨水 从所述喷墨打印头和使用所述墨水在介质上产生图像,其中所述供体辊被配置为根据所述流体膜计量的表面速度以不同的速率将所述流体膜从所述流体膜计量辊输送到所述印刷组件表面 辊,以及以下中的至少一个:在供体辊上留下的流体膜的量,流体膜上的流体膜的膜厚度 辊和流体膜计量辊和供体辊之间的速度比,其中变速驱动器独立于打印组件操作。