摘要
阐述了一种高精度刀具测量系统。被测刀具采用白炽灯照明。其图像由数码相机摄取并通过USB接口传输到计算机中 ,图像处理程序采用Zernike正交矩亚像素算法提取刀具轮廓 ,计算出刀具的精确几何参数 ,并从串口输出。文章详细讨论了Zernike正交矩算法 ,并对实际测量结果进行了分析 ,证明系统精度可达到 4 μm。
A system for high precision measurement of cutting tools is described .The tools are backlit by incandescent lamps. Images are acquired from a digital camera and are trasmitted into a computer through USB interface. The image analysing programs extract the profiles of cutting tools using Zernike orthogonal matrix algorithm and calculate geometrical parameters accurately, which are outputed from a serial port . Zernike orthogonal matrix algorithm is described in detail.The analyse is for real data indicates that this system has a precision of 4 μm.
出处
《制造技术与机床》
CSCD
北大核心
2004年第3期33-35,共3页
Manufacturing Technology & Machine Tool
