Small Counter Bore Diameter Automatic Measurement System

Yao Zhang, Xiaoya Liu
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引用次数: 1

Abstract

Deep hole diameter measurement questions are difficult at home and abroad, the current measurement method has the disadvantages of slow measuring speed and low precision. As the aperture decreasing, the measurement would be more difficult and the accuracy would be reduced. According to the above conditions, the noncontact measurement method based on the capacitance sensor is given out. The method can effectively improve the efficiency and accuracy of measurement. CCD combines with the 2-D micro-adjustment completes the function of precise positioning. Modular circuits make the signal integrity and accurate. LABVIEW software completes the function of controlling the system automatically, data acquisition and error correction. The experiments show that the scope of the whole system can be from Φ2.4mm to Φ7mm, the maximum resolution can be up to 0.5um, the highest precision can be up to 5um and linearity can be achieved 0.6018%. So the system can achieve nanometer measurement requirements.
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小计数器内径自动测量系统
深孔直径的测量是国内外的难题,目前的测量方法存在测量速度慢、精度低等缺点。孔径越小,测量难度越大,精度越低。根据上述条件,提出了基于电容传感器的非接触测量方法。该方法可有效提高测量效率和精度。CCD配合二维微调整完成精确定位功能。模块化电路使信号完整、准确。LABVIEW软件完成了系统自动控制、数据采集和纠错等功能。实验表明,整个系统的测量范围为Φ2.4mm ~ Φ7mm,最大分辨率可达0.5um,最高精度可达5um,线性度可达0.6018%。因此,该系统可以实现纳米级的测量要求。
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