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Method for calibrating a touch screen panel using an industrial robot, system using the same, industrial robot, and touch screen

机译:使用工业机器人校准触摸屏面板的方法,使用该方法的系统,工业机器人以及触摸屏

摘要

This provides a method for calibrating the touch screen panel (11) and the system (1), industrial robot (10) and touch screen panel (11) using it. The method includes (a) defining at least one area (20) of the touch screen (112) having a predetermined accuracy for position measurement; and (b) at least one area of the touch screen (112) ( 20) recording a plurality of kinematic parameters of the industrial robot (10) on a plurality of first touch points on the top; (c) a plurality on the at least one area (20) of the touch screen (112); Recording a plurality of first position values on the first touch point of the robot, and (d) motion of the industrial robot (10) using the kinematic parameters and using the first position value. Determining first calibration data for the geometric model; and (e) computationally correcting the kinematic model error of the industrial robot (10) using the first calibration data. And (f) recording a plurality of second position values on a plurality of second touch points on at least one area (20) with at least a portion of its boundary extending outwardly, (g) ) Determining second calibration data for the touch screen (112) using the kinematic parameters and using the second position value; and (h) using the second calibration data. The step of calculating the position measurement error of the touch screen (112) computationally and the steps (b) to (h) are repeated for different postures of the industrial robot (10). And 10) repeating until no more significant improvement in error correction of the kinematic model occurs.
机译:这提供了一种用于校准触摸屏面板(11)和系统(1),工业机器人(10)和使用它的触摸屏面板(11)的方法。该方法包括:(a)定义触摸屏(112)的至少一个具有预定精度的区域(20)用于位置测量; (b)触摸屏(112)(20)的至少一个区域,其在顶部的多个第一触摸点上记录工业机器人(10)的多个运动学参数; (c)在触摸屏(112)的至少一个区域(20)上有多个;使用运动学参数并使用第一位置值,在机器人的第一触摸点上记录多个第一位置值,以及(d)工业机器人(10)的运动。确定几何模型的第一校准数据; (e)使用第一校准数据在计算上校正工业机器人(10)的运动学模型误差。并且(f)在至少一个区域(20)的多个第二触摸点上记录多个第二位置值,并且其边界的至少一部分向外延伸,(g))确定触摸屏的第二校准数据( 112)使用运动学参数并使用第二位置值; (h)使用第二校准数据。对于工业机器人(10)的不同姿势,重复计算计算触摸屏(112)的位置测量误差的步骤以及步骤(b)至(h)。 10)重复进行,直到运动模型的误差校正不再出现更大的改善为止。

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