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基于机器视觉的无夹具加工数控系统研究
消耗积分:3 |
格式:rar |
大小:182 |
2009-06-10
王芳
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本文介绍了基于机器视觉的轮廓零件自动定位寻位加工方法。该研究在可视化操作平
台上，采用松弛复原图像，边缘特征抽取算法，可对任意定位的轮廓零件自动生成数控加工程序。仿真试验表明，该研究能满足无夹具数控加工的要求。
关键字：机器视觉，边缘特征，加工轨迹，松弛复原，轮廓零件
Abstract：This paper introduces a method that the position of outline work parts can be discerned and defined automatically based on machine vision. On the visible operating platform, the image edge of the outline work parts placed any-angle is restarted and its characteristic is abstracted by relaxes recovers algorithm. The machining program of the work parts for numerical control machine can be produced automatically based on the edge characteristic. The simulation experiment shows that the research can satisfy the demand of NC machining without special fixture.
Keywords: machine vision, edge characteristic, process path, relaxes recovers, outline work parts.
台上，采用松弛复原图像，边缘特征抽取算法，可对任意定位的轮廓零件自动生成数控加工程序。仿真试验表明，该研究能满足无夹具数控加工的要求。
关键字：机器视觉，边缘特征，加工轨迹，松弛复原，轮廓零件
Abstract：This paper introduces a method that the position of outline work parts can be discerned and defined automatically based on machine vision. On the visible operating platform, the image edge of the outline work parts placed any-angle is restarted and its characteristic is abstracted by relaxes recovers algorithm. The machining program of the work parts for numerical control machine can be produced automatically based on the edge characteristic. The simulation experiment shows that the research can satisfy the demand of NC machining without special fixture.
Keywords: machine vision, edge characteristic, process path, relaxes recovers, outline work parts.
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