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    • 5. 发明授权
    • Photoplotting in color with exposure budgeting
    • 曝光预算中的彩色绘图
    • US4249808A
    • 1981-02-10
    • US65558
    • 1979-08-10
    • Ronald B. Webster
    • Ronald B. Webster
    • G03B27/32G03B15/00G03B27/73G03B41/00
    • G03B41/00G03B15/00
    • A method of plotting in color with a photoplotter and color film employs a technique of budgeting the amount of exposure in each of the color sensitive emulsion layers of the film. An optical exposure head in the plotter projects a beam of colored light onto the film and relative movement of the film and head causes a spot of light generated by the projected beam to move to various positions on the film and expose the film in accordance with the color components of the beam. The optical head changes the color components to produce beams of different colors and exposes the film accordingly. The total exposure of each emulsion layer by all of the color components is limited to the exposure capacities of the layers by restricting the colors that are produced by the projected beams.
    • 使用光绘图仪和彩色胶片绘制彩色的方法采用了预算薄膜中各个感光乳剂层中的曝光量的技术。 在绘图仪中的光学曝光头将一束有色光投射到胶片上,并且胶片和头部的相对运动导致由投影光束产生的光斑移动到胶片上的各个位置,并根据 光束的颜色分量。 光学头改变颜色分量以产生不同颜色的光束并相应地曝光胶片。 通过所有颜色成分,每个乳剂层的总曝光通过限制由投影光束产生的颜色而限于层的曝光能力。
    • 6. 发明授权
    • Material advance tracking system
    • 物料提前跟踪系统
    • US06206263B1
    • 2001-03-27
    • US09311167
    • 1999-05-13
    • Leonard G. RichRonald B. WebsterMark E. Guckin
    • Leonard G. RichRonald B. WebsterMark E. Guckin
    • B65H2318
    • B65H23/1882B41J11/42B65H23/046
    • The friction drive system for printing, plotting or cutting graphic images on strip material includes a feedback for a drive motor driving a plurality of friction wheels for advancing strip material in a longitudinal direction. The feedback signal includes a short-term response component and a long-term response component to accurately pinpoint the exact longitudinal location of the strip material. The short-term response component is generated by comparing a motor encoder signal from a motor encoder secured to the drive motor with a commanded longitudinal position of the strip material and passing the resultant differential error signal through an all pass filter. The long-term response component is generated by comparing a detecting encoder signal from a detecting encoder secured to a device detecting the actual longitudinal position of the strip material with the commanded longitudinal position of the strip material and passing the differential error signal through a low pass filter.
    • 用于在条带材料上打印,绘制或切割图形图像的摩擦驱动系统包括用于驱动马达的驱动马达的反馈,所述驱动马达驱动多个摩擦轮以沿长度方向前进条带材料。 反馈信号包括短期响应分量和长期响应分量,以精确地确定条带材料的精确纵向位置。 通过将来自固定到驱动电动机的电动机编码器的电动机编码器信号与带状材料的指令纵向位置进行比较并将所得到的差分误差信号通过全通滤波器来产生短期响应部件。 长期响应分量是通过将检测编码器信号从固定的检测编码器与检测条带材料的实际纵向位置的装置与带材的指令纵向位置进行比较而产生的,并将差分误差信号通过低通 过滤。
    • 9. 发明授权
    • Daylight photoplotting and film therefor
    • 日光照片和电影
    • US4416522A
    • 1983-11-22
    • US342195
    • 1982-01-25
    • Ronald B. Webster
    • Ronald B. Webster
    • G03C7/20G03B27/00G03B27/02G03C7/26G03C7/30H04N1/23G03B41/00
    • G03C7/3041G03C7/26Y10S430/145
    • A photosensitive film for plotting color images in daylight uses surface emulsion layers sensitive only to different and predetermined wavelengths of non-visible radiant energy. Each emulsion layer is developable to manifest a distinguishable color upon exposure to sensitizing radiant energy. Three sensitized emulsion layers can singly and collectively manifest any color upon development. During a plotting operation in daylight, a beam of radiant energy having a controlled composition of radiant energy wavelengths outside the visible spectrum is projected onto the film surface in the form of a spot. The beam of radiant energy and the film are moved relative to one another to cause the spot to sensitize the emulsion layers at different locations according to the desired plot. Changing the composition of the sensitizing wavelengths comprising the beam during a plotting operation causes the film to yield a multi-colored image upon development.
    • 用于在日光下绘制彩色图像的感光膜使用仅对不可见和预定波长的不可见辐射能敏感的表面乳剂层。 每个乳剂层可显影以在暴露于敏化辐射能时表现出可区分的颜色。 三种敏化乳剂层在显影时可以单独和集体显示任何颜色。 在白天的绘图操作期间,具有可见光谱外的辐射能量波长的受控组成的辐射能束以斑点的形式投射到膜表面上。 辐射能束和薄膜相对于彼此移动,以使点在不同位置根据所需情况使乳剂层敏化。 在绘制操作期间改变包括光束的敏化波长的组成使得该膜在显影时产生多色图像。
    • 10. 发明授权
    • Friction drive apparatus for strip material
    • 用于带材的摩擦驱动装置
    • US06269995B1
    • 2001-08-07
    • US09069392
    • 1998-04-29
    • Leonard G. RichRonald B. WebsterMark E. Guckin
    • Leonard G. RichRonald B. WebsterMark E. Guckin
    • B23Q1500
    • B65H23/038B41J11/42B41J13/0018B41J13/03B65H2513/104
    • A friction drive apparatus for feeding strip material in a longitudinal direction includes a first friction wheel and a second friction wheel rotated by a first motor drive and a second motor drive, respectively. The friction drive apparatus also includes a sensor disposed behind the friction wheels with respect to the motion of the strip material to detect a lateral or skewing error and a motion processor that drives the first and the second motor drives independently at different speeds to correct the lateral or skewing error of the strip material. The friction drive apparatus also detects a longitudinal error of the strip material by tracking an actual position of the strip material and comparing it to the commanded position to correct the error. If there is a discrepancy between the actual position and the commanded position of the strip material, the rotational speed of each friction wheel is either decreased or increased to correct any longitudinal creep or slippage, respectively, of the strip material.
    • 用于沿长度方向输送条带材料的摩擦驱动装置包括分别由第一电动机驱动器和第二电动机驱动器旋转的第一摩擦轮和第二摩擦轮。 摩擦驱动装置还包括相对于条带材料的运动设置在摩擦轮后面的传感器以检测横向或偏斜误差的传感器和以不同速度独立地驱动第一和第二电动机驱动器的运动处理器,以校正侧向 或带状材料的倾斜误差。 摩擦驱动装置还通过跟踪条带材料的实际位置并将其与指令位置进行比较来检测条带材料的纵向误差,以校正误差。 如果实际位置和带状材料的指令位置之间存在差异,则每个摩擦轮的转速或者减小或增加,以分别校正条带材料的任何纵向蠕变或滑动。