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    • 6. 发明授权
    • Toner empty detecting system
    • 墨粉空检测系统
    • US5162848A
    • 1992-11-10
    • US654892
    • 1991-02-13
    • Susumu SaitohNobuo IhataKazuyuki Ono
    • Susumu SaitohNobuo IhataKazuyuki Ono
    • G03G15/08
    • G03G15/0856
    • A toner empty detecting system for use in an electrophotographic printer. A sensor detects the presence of toner and provides toner-empty or toner-present signals. A first counter is incremented when toner-empty signals are detected at pre-determined time intervals and the first counter is cleared when a toner-present signal is detected. When the first counter reaches a predetermined value (first occurrence), the first counter is cleared and a second counter counts the number of printed pages until the first counter again reaches the same predetermined value (second occurrence). An indicator signals the first and second occurrence. Upon the second occurrence, the values of the first counter, second counter and indicator are compared and a comparison signal is provided. The printing is stopped if the comparison signal indicates that an actual toner-empty condition exists and the toner empty condition is displayed.
    • 一种用于电子照相打印机的调色剂空的检测系统。 传感器检测到墨粉的存在,并提供调色剂空白或墨粉信号。 当以预定的时间间隔检测到调色剂 - 空信号时,第一计数器递增,并且当检测到调色剂存在信号时第一计数器被清除。 当第一计数器达到预定值(第一次出现)时,第一计数器被清除,第二计数器对打印页数进行计数,直到第一计数器再次达到相同的预定值(第二次出现)为止。 一个指示符表示第一次和第二次发生。 在第二次出现时,比较第一计数器,第二计数器和指示器的值,并提供比较信号。 如果比较信号表示存在实际的调色剂空条件并显示调色剂空闲状态,则打印停止。
    • 10. 发明授权
    • Photorestrictive device controller and control method therefor
    • 光限制装置控制器及其控制方法
    • US5774259A
    • 1998-06-30
    • US719781
    • 1996-09-25
    • Susumu SaitohMichiko Nakanishi
    • Susumu SaitohMichiko Nakanishi
    • H02N11/00G10K15/04G02F1/29
    • G10K15/046
    • A photostrictive device controller and a photostrictive device control method, which can produce a fast response without causing a sharp temperature rise when driving the photostrictive device. The photostrictive device controller comprises: a light source 2 for applying light to the photostrictive device 1 that, upon receiving light, produces a photostrictive effect; an illumination optics 3 for introducing light from the light source 2 onto the photostrictive device 1; and a control device 4 for controlling the energy density of light applied to the photostrictive device 1. The control device 4 of the controller controls the illumination optics device 3 to lower, at a point close to where the photostrictive effect of the photostrictive device 1 is saturated, the energy density of the irradiated light to a level at which the elongation caused by heat can be ignored.
    • 一种光致伸缩器件控制器和光致伸缩器件控制方法,其可以在驱动光致伸缩器件时产生快速响应而不引起急剧升温。 光致伸缩装置控制器包括:光源2,用于向光致伸缩装置1施加光,其在接收光时产生光致伸缩效应; 用于将来自光源2的光引入光致伸缩装置1的照明光学器件3; 以及用于控制施加到光致伸缩装置1的光的能量密度的控制装置4.控制装置4控制照明光学装置3在光致伸缩装置1的光致伸缩效应为 被照射的光的能量密度可以忽略到由热引起的伸长的水平。