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    • 1. 发明公开
    • Raster ouput scanner and printer
    • Rasterabtastvorrichtung und Drucker
    • EP1014147A3
    • 2001-04-25
    • EP99309817.7
    • 1999-12-07
    • Xerox Corporation
    • Rees, James D.Bock, Edward C.
    • G02B26/12H04N1/113B41J2/47
    • H04N1/1918B41J2/473G02B26/123G06K15/1257H04N1/1135H04N1/12H04N1/1912
    • A raster output scanner assembly (36) having a first laser source (104) for producing first and second laser beams (A & B), and a second laser source (204) for producing third and fourth laser beams (C & D). The first and second laser beams (A & B) are directed to a first rotating, multifaceted polygon (110) while the third and fourth laser beams (C & D) are directed to a second rotating, multifaceted polygon (210). The first polygon (110) reflects the first and second laser beams (A & B) onto a moving photoreceptor (20) while the second polygon (210) reflects the third and fourth laser beams (C & D) onto the photoreceptor (20). The spots produced by the various laser beams are interlaced such that the scan line produced by the third laser beam (C) is between the scan lines produced by the first and second laser beams (A & B), while the scan line produced by the fourth laser beam (D) is adjacent the scan line produced by the second laser beam (B).
    • 具有用于产生第一和第二激光束(A和B)的第一激光源(104)和用于产生第三和第四激光束(C&D)的第二激光源(204))的光栅输出扫描器组件(36)。 第一和第二激光束(A和B)被引导到第一旋转多面多边形(110),而第三和第四激光束(C和D)指向第二旋转多面多边形(210)。 第一多边形(110)将第一和第二激光束(A和B)反射到移动感光体(20)上,而第二多边形(210)将第三和第四激光束(C&D)反射到感光体(20)上, 。 由各种激光束产生的光斑被隔行扫描,使得由第三激光束(C)产生的扫描线在由第一和第二激光束(A&B)产生的扫描线之间,而由 第四激光束(D)与由第二激光束(B)产生的扫描线相邻。
    • 4. 发明公开
    • LIQUID CRYSTAL DISPLAY FOR LASER MARKER
    • FLÜSSIGKRISTALLANZEIGEFÜRLASER-MAR​​KIERUNGSVORRICHTUNG
    • EP0742071A4
    • 1996-09-19
    • EP93924802
    • 1993-11-10
    • KOMATSU MFG CO LTD
    • TSUDA YUKIHIROSAITO YOSHINORIMORI AKIRA
    • B23K26/06G06K15/12B23K26/00
    • G06K15/1257B23K26/066G06K15/1204G06K15/1238G06K15/1252
    • A liquid crystal display for a laser marker for attaining a higher printing speed, characterized in that a liquid crystal display screen (10) is divided into a first zone (10a) where a sub-scanning is first performed and a second zone (10b) where a sub-scanning is performed following the first zone (10a) sub-scanning, that switching of display is performed independently for each of said first and second zones (10a, 10b), and predetermined voltages are applied, respectively, to row and column electrodes after those row and column electrodes are grounded, whereby display switching processing can be performed independently for each of said first and second zones. Completion of the sub-scanning of the first zone (10a) is detected by a position detecting means, and when such a detection is done, switching of display in the first zone (10a) is independently performed. In addition, when the position detecting means detects the completion of sub-scanning of the second zone (10b), switching of display in the second zone (10b) is performed independently.
    • 一种用于实现更高打印速度的激光打标机的液晶显示器,其特征在于,液晶显示屏(10)被分成首先进行副扫描的第一区(10a)和第一区(10b) 其中在第一区域(10a)副扫描之后执行副扫描,针对所述第一和第二区域(10a,10b)中的每一个独立地执行显示的切换,并且将预定电压分别施加到行和 在那些行和列电极接地之后的列电极,由此可以独立于所述第一和第二区域中的每一个执行显示切换处理。 通过位置检测装置检测第一区域(10a)的副扫描的完成,并且当完成这样的检测时,独立地执行第一区域(10a)中的显示的切换。 另外,当位置检测装置检测到第二区域(10b)的副扫描完成时,第二区域(10b)中的显示切换被独立地执行。
    • 8. 发明公开
    • Cross scan beam positioner for multiple channel laser ros
    • 用于多通道激光雷达的横扫光束定位器
    • EP0144133A3
    • 1987-03-25
    • EP84306925
    • 1984-10-10
    • XEROX CORPORATION
    • Johnson, Richard V.Turner, William D.
    • G02B26/10
    • G01D9/42G02F1/315G06K15/1257
    • A multi-channel laser ROS scanner for simultaneously scanning laser beam components across multiple lines of a photosensitive surface including appratus for determining deviations in the position of the surface from a desired position due to undesired photosensitive surface velocity variations whereby an error correction signal can be generated, and a TIR modulator having a plurality of interdigitated, addressable drive electrodes. The total number of drive electrodes N, of the TIR modulator is greater than the collective number of drive electrodes N. needed to provide the desired pixel resolution for all of the simultaneously scanned lines. When the photosensitive surface is maintained at a desired velocity, such velocity being determined in a conventional manner by system parameters, the surface is correctly positioned and N. adjacent drive electrodes located generally centrally within the TIR electrode configuration are addressed by the video data signals for the multiple scan lines, causing the laser beam components to exit the TIR modulator with an unshifted or "normal" propagation direction within the optical window of the modulator resulting in scan lines being recorded at desired positions on the photoreceptive surface. Should the photosensitive deviate from its desired position at a given time, the error signal functions to cause N s different adjacent drive electrodes to be addressed .whereby the laser beam components exiting the TIR modulator are shifted in propagation direction such that they strike the photosensitive surface at a placement which corrects for the position deviation.