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CONTROL METHOD FOR PARAMETERS OF SIGHT AND AUTOMATED CONTROL SYSTEM SETTINGS SIGHT FOR ITS IMPLEMENTATION

机译:视力参数的控制方法及其实现的自动控制系统设定

摘要

1. A method for controlling parameters of the sight, which consists in that mounted in the focal plane of the lens aperture to a photodetector produce measurement signals output from the photodetector, and decide on the suitability of sight, characterized in that before the start of control is set nominal values ​​and tolerances of deviation from the photodetector signal is moved across the information field of the sight in a focal plane of the objective aperture set her photodetector simultaneously measure the signal levels from the photodetector and the corresponding amount of displacement of the diaphragm from the photodetector in the information field, and the time from the beginning of the work run, comparing the measured signals and the predetermined nominal signals from the photodetector if the deviations between measured and predetermined nominal signals from the photodetector fewer tolerance deviations, then decide on the validity of sight for operation if the deviations between measured signals and predetermined nominal signals from the photodetector greater tolerance deviations, the sight recognize unfit for use. ! 2. A method according to claim 1, characterized in that before the stop time control is set sight software functions, the nominal values ​​and tolerances of the deviation signals from the photodetector as a function of a predetermined time from the stop or aperture position in the information field, the program is stopped at a predetermined time function and a diaphragm mounted therein for moving light detector in the focal plane of the lens along the axis of the information field. ! 3. A method according to claim 1, characterized in that before the start of control is set nominal znach
机译:1。一种用于控制视线参数的方法,其特征在于,将安装在透镜光圈焦平面上的光检测器产生从光检测器输出的测量信号,并确定视线的适用性,其特征在于:控制设置为标称值,并且将与光检测器信号的偏差公差在物镜光圈焦平面内的视线信息区域内移动,同时设置其光检测器同时测量来自光检测器的信号电平和相应的位移量信息字段中来自光电探测器的光阑,以及从工作开始开始的时间,如果来自光电探测器的测量信号与预定标称信号之间的偏差较小,则比较测得的信号与光电探测器的预定标称信号之间的偏差,然后如果偏差变大,则决定视力的有效性如果来自光电探测器的测量信号和预定标称信号有较大的公差偏差,则瞄准镜将不适合使用。 ! 2.根据权利要求1所述的方法,其特征在于,在停止时间控制被设置为瞄准器软件功能之前,来自光检测器的偏离信号的标称值和容差作为从停止或光圈位置到预定时间的函数。在信息场中,该程序在预定的时间功能处停止,并在其中安装了一个光阑,用于沿着该信息场的轴在透镜的焦平面中移动光检测器。 ! 3.根据权利要求1或2所述的方法,其特征在于,在开始控制之前设置标称znach

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