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Study on Robotic Seam Tracking of Laser Scanning System

机译:激光扫描系统机器缝跟踪研究

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摘要

A kind of laser scanning weld seam tracking system is studied. The calibration method for the system parameters is presented and the recognition method for the seam characteristic point is given based on digital image processing. Firstly, preprocess the laser image using median filter method, adaptive threshold method and isolated point filter method and find the seam characteristic point using the digital morphological method. Then, accomplish the parameter calibration of the structured light according to laser plane infinity point projection in the camera obtained by moving the sensor with the target of a set of parallel lines. Finally, Change the position of the robot to detect fixed target and solve the robot hand-eye matrix. The calibration process of the sensor is convenient and the precision is reliable. U weld seam on the spatial free-form surface can be measured by the sensor.
机译:研究了一种激光扫描焊缝跟踪系统。提出了用于系统参数的校准方法,并且基于数字图像处理给出了接缝特征点的识别方法。首先,使用中值滤波法预处理激光图像,自适应阈值方法和隔离点滤波法,使用数字形态方法找到接缝特征点。然后,根据通过将传感器与一组平行线的目标移动通过移动传感器获得的相机中的激光平面无限点投影来完成结构光的参数校准。最后,改变机器人的位置检测固定目标并解决机器人手眼矩阵。传感器的校准过程方便,精度可靠。 U焊缝在空间自由形表面上可以通过传感器测量。

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