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Practical inspection system of drill point geometry by using simple measurement jig and image processing

机译:通过简单的测量夹具和图像处理的实用的钻头几何检查系统

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摘要

The proper simple inspection system for drill point geometry will support the skillful drill regrinding operation. In this paper, a newly developed system for practical use in machine shops has been described. The measurement method is based on silhouette image processing described in the author's previous papers. But, for easy and robust inspection, a simple measurement jig was designed and the identification method of the five geometrical parameters describing its complete geometry was modified. Then, the error motion of the jig was tested and a compensation strategy of its error was proposed. The results show that the drill angles such as the outer clearance angle measured by this system are more precise than those measured by a microscope. Moreover, this system can measure the five geometrical parameters of the drill, which cannot be measured by using the microscope.
机译:正确的钻头几何形状简单检查系统将支持熟练的钻头重磨操作。在本文中,已描述了一种新开发的系统,可在机修车间实际使用。该测量方法基于作者先前论文中描述的轮廓图像处理。但是,为了易于检查和坚固耐用,设计了一种简单的测量夹具,并修改了描述其完整几何形状的五个几何参数的识别方法。然后,测试了夹具的误差运动并提出了误差补偿策略。结果表明,用该系统测得的钻角(如外间隙角)比用显微镜测得的更为精确。而且,该系统可以测量钻头的五个几何参数,而这是使用显微镜无法测量的。

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