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    • 22. 发明授权
    • Imaging drum with improved material holding
    • 成像鼓具有改进的材料保持
    • US07019769B2
    • 2006-03-28
    • US10021604
    • 2001-12-12
    • Roger S. Kerr
    • Roger S. Kerr
    • B41J2/435
    • B41J13/226
    • An image processing apparatus (10) for writing images to print media (32), which comprises an imaging drum (300) for supporting the print media (32), wherein the imaging drum (300) has a surface, a drive end wall (310), and a vacuum end wall. A printhead (500) is used for forming an image onto the print media (32). A motor rotates the imaging drum (300) and a blower creates a vacuum supply to the imaging drum (300) for holding the print media (32) on the surface. At least one vacuum piston (504) creates a second vacuum supply (508) to the surface, wherein the vacuum piston (504) is mounted in the drive end wall (310) or the vacuum end wall, or if more than one vacuum piston (504) is used, optionally in both walls.
    • 一种用于将图像写入到包括用于支撑打印介质(32)的成像鼓(300)的打印介质(32)的图像处理设备(10),其中成像鼓(300)具有表面,驱动端壁 310)和真空端壁。 打印头(500)用于在打印介质(32)上形成图像。 电动机旋转成像鼓(300),并且鼓风机产生用于将打印介质(32)保持在表面上的成像鼓(300)的真空供应。 至少一个真空活塞(504)向表面产生第二真空供应(508),其中真空活塞(504)安装在驱动端壁(310)或真空端壁中,或者如果多于一个真空活塞 (504),任选地在两个壁中使用。
    • 24. 发明授权
    • Lamination method to create a pre-press proof with a thermal mark
    • 层压方法用热标记创建预印证
    • US06811641B2
    • 2004-11-02
    • US10020772
    • 2001-12-12
    • Roger S. KerrLarry R. Gartz
    • Roger S. KerrLarry R. Gartz
    • B32B3120
    • B41J11/0015B41M7/0027G03F3/102Y10T156/1023Y10T156/1039Y10T156/1737
    • A method, a laminator (10), and a belt, for creating a pre-press proof (200) with a thermal mark (190) which comprises laminating a pre-laminate sheet (240) consisting of a first thermoplastic layer, and a first support layer (150) to a receiver stock (160); removing the first support layer (150) forming a pre-laminated receiver stock (350); creating an imaged receiver sheet (140) with a second print layer (308) and a second support layer (170); laminating the imaged receiver sheet (140) with the pre-laminated receiver stock (350) using an embossing belt (110) with an embossing mark 115; and removing the second support layer (170) creating a pre-press proof with a thermal mark (230).
    • 一种用于产生具有热标记(190)的预压力证明(200)的方法,层压机(10)和带,其包括层压由第一热塑性层组成的预层压片(240)和 第一支撑层(150)到接收器原料(160); 去除形成预层压接收器原料(350)的第一支撑层(150); 创建具有第二印刷层(308)和第二支撑层(170)的成像接收片(140); 使用具有压花标记115的压花带(110)将成像的接收片(140)与预层压接收器原料(350)层压; 以及移除所述第二支撑层(170),其产生具有热标记(230)的预压力证明。
    • 26. 发明授权
    • System and process for magnetic alignment of an imaging subsystem
    • 成像子系统的磁对准系统和过程
    • US06677975B1
    • 2004-01-13
    • US10175490
    • 2002-06-19
    • Roger S. Kerr
    • Roger S. Kerr
    • G01B330
    • B41J19/20Y10S33/01
    • An accurate system (501) for the magnetic alignment of an imaging subsystem (468) of an image processing apparatus (10) includes: 1) a master alignment fixture (534) including: a) two like, magnet-attracting translation-bearing rods (206, 208); b) a drum axis tool (526) or drum (300); c) a device (535) for supporting the translation-bearing rods (206, 208) in a parallel, planar relationship; d) a device (540) for supporting the drum axis tool (526) or drum (300) parallel to the translation-bearing rods (206, 208); and e) a device (546) for measuring and aligning the translation-bearing rods (206, 208) in relation to the parallel drum axis tool (526) or drum (300); and 2) a removable set apparatus (502) attachable to the master alignment fixture (534), including: a) a tube (506) or rod; b) aligned, downwardly extending first set arms (510) with magnets (518) attached, the magnets being detachably attachable to the translation-bearing rod; and c) at least two second, extended arms (511) that are detachably attachable to the drum axis tool (526) or drum (300). A process for magnetically aligning an imaging subsystem is also included herein.
    • 一种用于图像处理设备(10)的成像子系统(468)的磁性对准的精确系统(501)包括:1)主对准夹具(534),包括:a)两个类似的吸磁平移轴承杆 (206,208); b)鼓轴工具(526)或滚筒(300); c)用于以平行的平面关系支撑平移轴承杆(206,208)的装置(535); d)用于支撑平行于平移轴承杆(206,208)的滚筒轴线工具(526)或滚筒(300)的装置(540); 以及e)用于相对于所述平行滚筒轴线工具(526)或滚筒(300)测量和对准平移轴承杆(206,208)的装置(546)。 以及2)可附接到所述主对准夹具(534)的可拆装置装置(502),包括:a)管(506)或杆; b)具有附接有磁体(518)的对准的向下延伸的第一固定臂(510),所述磁体可拆卸地附接到平移轴承杆; 和c)可拆卸地附接到鼓轴工具(526)或鼓(300)的至少两个第二延伸臂(511)。 本文还包括用于磁性对准成像子系统的过程。
    • 30. 发明授权
    • Method and apparatus for bearing hub alignment in print engine chassis
    • 用于在打印机底盘中轴承毂对准的方法和装置
    • US06364555B1
    • 2002-04-02
    • US09579382
    • 2000-05-26
    • Roger S. Kerr
    • Roger S. Kerr
    • B41J339
    • B41J11/04
    • A method of aligning a bearing hub in a print engine chassis supporting an imaging drum (14) provides a right wall positioned near a first end of the imaging drum (14) and has a first cavity near the first end of the imaging drum (14). The present invention also provides a left wall positioned near a second end of the imaging drum (14), the left wall substantially parallel to said right wall, wherein the left wall has a second cavity near the second end of the imaging drum. A self-hardening filler material (54) is poured into the first and second cavities. A right bearing hub (52) is positioned for the imaging drum (14) into the filler material (54) within the first cavity prior to hardening of the filler material (14). A left bearing hub (50) is positioned for the imaging drum (14) into the filler material (54) within the second cavity prior to hardening of the filler material (54). Alignment of the left bearing hub (50) with the right bearing hub (52) is needed.
    • 将支撑成像鼓(14)的打印引擎机架中的轴承毂对准的方法提供了位于成像鼓(14)的第一端附近的右壁,并且在成像鼓(14)的第一端附近具有第一空腔 )。 本发明还提供了一种位于成像鼓(14)的第二端附近的左壁,左壁基本上平行于所述右壁,其中左壁在成像鼓的第二端附近具有第二腔。 将自硬化填料(54)注入第一和第二空腔。 在填充材料(14)硬化之前,将右轴承毂(52)定位成用于成像鼓(14)进入第一腔内的填充材料(54)。 在填充材料(54)硬化之前,将左轴承毂(50)定位成用于成像鼓(14)进入第二腔内的填充材料(54)。 需要将左轴承座(50)与右轴承座(52)对准。