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Robotic surveying instrument and method for the automated autocollimation of a telescope of a surveying instrument comprising an autocollimation target

机译:用于自动校准包括测量准直目标的测量仪器的望远镜的机器人测量仪器和方法

摘要

The present invention is sort of a telescope of surveying machine, such as automated Otto the collimation It relates to a method of, and defining the optical axis of the telescope, so that the optical axis of the reflecting surface of the auto-collimation target, and particularly perpendicular to the plane mirror coated. This method has the following steps: a) the telescope to the alignment and auto-collimation target phase; b) illuminating a reticle in the telescope; c) the telescope focusing to infinity; d) obtaining by the illuminated reticle 1, or an image acquisition device arranged on the telescope reticle illuminated is reflected by the auto-collimation target and the reflecting surface; e) determining the center of the reticle in the image; f) determining the horizontal distance from the optical axis of the telescope at the center of the reticle image ( px) and vertical distance ( py); And g) a step of converting the horizontal deviation angle ( H) and the vertical deviation angle ( V) of the reticle center of the horizontal distance ( px) and vertical distance ( py) to telescope the auto coli current alignment of the telescope from the decimation arranged The. ;
机译:本发明是一种诸如自动奥托准直仪之类的测量仪器的望远镜,它涉及一种确定望远镜的光轴,使自动准直目标的反射面的光轴,尤其是垂直于涂覆的平面镜。该方法具有以下步骤:a)将望远镜对准对准和自动准直目标相位; b)照亮望远镜中的标线片; c)望远镜聚焦到无限远; d)由照明光罩1获得,或者自动准直目标和反射面反射设置在被照明的望远镜光罩上的图像获取装置; e)确定图像中标线的中心; f)确定距标线片图像中心的望远镜光轴的水平距离(px)和垂直距离(py); g)转换水平距离(px)和垂直距离(py)的标线中心的水平偏差角(H)和垂直偏差角(V)的步骤,以望远镜从抽选安排了。 ;

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