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    • 1. 发明授权
    • Continuous media web heater
    • 连续媒体网络加热器
    • US07832852B2
    • 2010-11-16
    • US11879113
    • 2007-07-16
    • Roger G. LeightonPaul John McConvilleVincent M. Williams
    • Roger G. LeightonPaul John McConvilleVincent M. Williams
    • B41J29/38B41J2/01
    • B41J11/002
    • A radiant heating comprises a housing having an opening for positioning adjacent a media web in an imaging device. A pair of radiant heating panels is positionable in the housing to any one of a plurality of positions between and including a fully open position in which the pair of radiant heating panels are positioned side by side in the opening of the housing and facing the media web and a retracted position in which the pair of radiant heating panels are inside the housing and facing each other. The radiant panels are configured to emit thermal radiation in accordance with a variable thermal output signal. A panel driver is operably coupled to the pair of radiant heating panels for positioning the pair of radiant heating panels to at least one of the plurality of positions in response to a variable view factor signal.
    • 辐射加热包括具有用于在成像装置中邻近介质纤维网定位的开口的壳体。 一对辐射加热面板可定位在外壳中至多完全打开位置之间的多个位置中的任何一个位置,在该完全打开位置中,一对辐射加热面板并排设置在外壳的开口中并且面向介质网 以及缩回位置,其中所述一对辐射加热板在所述壳体内并且彼此面对。 辐射板被配置为根据可变热输出信号发射热辐射。 面板驱动器可操作地耦合到所述一对辐射加热板,用于响应于可变视图因子信号将所述一对辐射加热板定位到所述多个位置中的至少一个。
    • 2. 发明申请
    • Continuous media web heater
    • 连续媒体网络加热器
    • US20090021550A1
    • 2009-01-22
    • US11879113
    • 2007-07-16
    • Roger G. LeightonPaul John McConvilleVincent M. Williams
    • Roger G. LeightonPaul John McConvilleVincent M. Williams
    • B41J29/38F26B19/00
    • B41J11/002
    • A radiant heating comprises a housing having an opening for positioning adjacent a media web in an imaging device. A pair of radiant heating panels is positionable in the housing to any one of a plurality of positions between and including a fully open position in which the pair of radiant heating panels are positioned side by side in the opening of the housing and facing the media web and a retracted position in which the pair of radiant heating panels are inside the housing and facing each other. The radiant panels are configured to emit thermal radiation in accordance with a variable thermal output signal. A panel driver is operably coupled to the pair of radiant heating panels for positioning the pair of radiant heating panels to at least one of the plurality of positions in response to a variable view factor signal.
    • 辐射加热包括具有用于在成像装置中邻近介质纤维网定位的开口的壳体。 一对辐射加热面板可定位在外壳中至多完全打开位置之间的多个位置中的任何一个位置,在该完全打开位置中,一对辐射加热面板并排设置在外壳的开口中并且面向介质网 以及缩回位置,其中所述一对辐射加热板在所述壳体内并且彼此面对。 辐射板被配置为根据可变热输出信号发射热辐射。 面板驱动器可操作地耦合到所述一对辐射加热板,用于响应于可变视图因子信号将所述一对辐射加热板定位到所述多个位置中的至少一个。
    • 8. 发明授权
    • High resolution position measurement system
    • 高分辨率位置测量系统
    • US5237521A
    • 1993-08-17
    • US933969
    • 1992-08-24
    • Guru B. RajDennis MarusRobert M. LofthusLawrence P. LaveryVincent M. WilliamsCharles F. EvansStuart A. Schweid
    • Guru B. RajDennis MarusRobert M. LofthusLawrence P. LaveryVincent M. WilliamsCharles F. EvansStuart A. Schweid
    • G01P3/489G03G15/00
    • G03G15/5033G01P3/489G03G2215/00042G03G2215/00075
    • A system for determining the cumulative position and periodic average velocity of a rotating body having an incremental encoder, operatively connected to the body, for generating a series of periodic signals indicative of rotation of the body. The system also includes a high frequency clock for generating clock pulses at a frequency greater than the maximum frequency of the encoder signal, and a timer for controlling the total time of a predetermined sample interval. Also included in the device is a counter for accumulating the number of integral encoder signal cycles that have been completed, an arithmetic logic unit for determining the size of a fractional portion of an encoder signal cycle that was completed between the last integral encoder cycle and the end of the sample interval. Subsequently, the number of integral encoder signal cycles is added to the fractional portion of an encoder cycle to determine the total number of encoder signal cycles completed, whereby the total is then multiplied by an encoder position conversion factor to determine the cumulative position of the rotating body or belt driven therefrom.
    • 一种用于确定具有可操作地连接到身体的增量编码器的旋转体的累积位置和周期平均速度的系统,用于产生指示身体旋转的一系列周期信号。 该系统还包括用于以大于编码器信号的最大频率的频率产生时钟脉冲的高频时钟和用于控制预定采样间隔的总时间的定时器。 还包括在装置中的是用于累积已经完成的整数编码器信号周期数的计数器,用于确定在最后一个整数编码器周期与第一个编码器周期之间完成的编码器信号周期的小数部分的大小的算术逻辑单元 采样间隔结束。 随后,将整数编码器信号周期的数量加到编码器周期的小数部分,以确定完成的编码器信号周期的总数,由此将总数乘以编码器位置转换因子,以确定旋转的累积位置 身体或皮带。