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    • 96. 发明申请
    • PRINTING SUBSTRATE WITH INTEGRATED FRAME
    • 用一体化框架打印基板
    • US20120156402A1
    • 2012-06-21
    • US13407351
    • 2012-02-28
    • Christopher J. DOMANSKIConstance HENSHAWCandace L. OVERCASHGail Moore NELLIS
    • Christopher J. DOMANSKIConstance HENSHAWCandace L. OVERCASHGail Moore NELLIS
    • B41M5/00
    • B41M5/502B41M5/0041B41M5/0047B41M5/0052B41M5/0064Y10T428/24488
    • A substrate suitable for use with digital imaging systems such as large-scale digital flatbed printers is provided. This substrate includes a first layer that further includes a durable material suitable for receiving a printed image; a second layer that is attached to the first layer, wherein the second layer further includes a material that is different than the material of the first layer, and wherein the second layer is operative to provide structural support to the first layer. The first layer may include a variety of papers, canvas or canvas-like material, or unbleached, uncoated, high-strength paperboard. The second layer may include a substantially rigid polystyrene core or other rigid or semi-rigid material. A third layer may be attached to the second layer and may include some or all of the components of the first layer. This printing substrate may include an integrated frame for providing structural support to the substrate.
    • 提供适用于数字成像系统如大型数字平板打印机的基板。 该基板包括第一层,其还包括适于接收印刷图像的耐用材料; 附接到第一层的第二层,其中第二层还包括与第一层的材料不同的材料,并且其中第二层可操作地为第一层提供结构支撑。 第一层可以包括各种纸,帆布或帆布状材料,或未漂白的,未涂覆的高强度纸板。 第二层可以包括基本上刚性的聚苯乙烯芯或其他刚性或半刚性材料。 第三层可以附接到第二层,并且可以包括第一层的部分或全部部件。 该印刷基板可以包括用于向基板提供结构支撑的整体框架。
    • 98. 发明申请
    • PRINTER AND PRINTING METHOD
    • 打印机和打印方法
    • US20110075175A1
    • 2011-03-31
    • US12893805
    • 2010-09-29
    • Ryo IMAI
    • Ryo IMAI
    • G06K15/00B65H7/02
    • B41J3/407B41J2/32B41J13/0027B41M5/0052B41M5/0094
    • A clamper clamps an edge of a lenticular sheet and moves in a sub-scanning direction to transport the lenticular sheet. While the lenticular sheet is transported so as to form an image receptor layer on a rear side of the lenticular sheet, a sensor unit is moved in a main-scanning direction, such that the sensor unit is moved relative to the lenticular sheet in a direction which has a predetermined measurement scanning angle from the main-scanning direction. The sensor unit receives an inspection light projected toward and passed through the lenticular sheet, and outputs a detection signal corresponding to a received amount of the inspection light. Based on a variation of the inspection light, an oblique transportation angle of the lenticular sheet is calculated and the clamper is rotated in a direction to cancel the oblique transportation angle of the lenticular sheet.
    • 夹持器夹紧双凸透镜片的边缘并沿副扫描方向移动以输送透镜片。 当双凸透镜片被输送以在双凸透镜片的后侧上形成图像接收层时,传感器单元沿主扫描方向移动,使得传感器单元相对于双凸透镜片沿方向移动 其从主扫描方向具有预定的测量扫描角度。 传感器单元接收向双凸透镜片投影并通过的检查光,并且输出与检测光的接收量对应的检测信号。 基于检查光的变化,计算双凸透镜片的倾斜传送角度,并且夹持器沿取消双凸透镜片的倾斜传送角度的方向旋转。