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Applied Ultra Precision CMM Optical Scanning Quality Measurement Conference April 2008

机译:应用超精密CMM光学扫描质量测量大会2008年4月

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1. System is capable of single-point and scanning with Optical Sensor; 2. Surface finish measurements with optical sensor is promising and will provide significant benefits to CMM users; 3. Measurement of shapes with Optical Sensor and correlation are not major issues; 4. Ongoing work for the development of artifacts for the correlation of Optical/Tactile CMM systems. 1. Fully automatic exchange via an optical coupler (Figure 11) to the right; 2. Reduction of spot size from 4um to approx2um of our Optical Sensor; 3. Additional types of optical sensors; 4. Improving standards as they move from traditional measurement; techniques to Optical Measurement Techniques; 5. Correlation between Optical and Tactile Probing (Figure 12); 6. Working with other laboratories and organizations for better standards and procedures to verify optical/tactile system correlation issues relative to both surface roughness/waviness, profile and overall system accuracy verification procedures, so that end users have the opportunity to understand the technical specifications and how they apply to real world measurement.
机译:1.系统能够用光学传感器单点和扫描; 2.光学传感器的表面光洁度测量很有希望,并将为CMM用户提供显着的益处; 3.使用光学传感器和相关性的形状测量不是主要问题; 4.正在进行的工作,用于开发用于光/触觉CMM系统的相关性的伪影。 1.通过光学耦合器(图11)向右全自动交换; 2.将光斑尺寸减少到光学传感器的4um至大约2UM; 3.其他类型的光学传感器; 4.随着传统测量的移动,提高标准;光学测量技术的技术; 5.光学和触觉探测之间的相关性(图12); 6.与其他实验室和组织合作,以更好的标准和程序,以验证相对于表面粗糙度/波纹,轮廓和整体系统精度验证程序的光学/触觉系统相关问题,使最终用户有机会了解技术规格和他们如何适用于现实世界的测量。

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