Using XXY Table to Construct a Verticality Calibrator and its Error Analysis

Jui Chang Lin; Cheng Jen Lin

doi:10.4028/www.scientific.net/AMM.870.159

Paper Titles

Self-Calibration of Coupling Error for 3-DOF Displacement Measurement of Planar Working Stage Based on Two Planar Gratings
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A Three-Axis Angle Sensor with a Linear Encoder Scale Reflector
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Design and Calibration of Real-Time 3D Coordinate Measurement System Based on Multi-Angle Intersection and Cylindrical Imaging
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Metrology Performance of Laser Line Scanning of Additive Manufacturing Fixtures Based on Geometrical Product Specification (GPS)
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Using XXY Table to Construct a Verticality Calibrator and its Error Analysis
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Investigation of Delta Robot 3D Printer for a Good Quality of Printing
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Study on the Frequency Compensation of the Dynamic Unbalance Signal Extraction for General Hard Bearing Dynamic Balancing Machine
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A System for Clearance Measurement of Bearings before and after Assembling
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Evaluation of Handle Rotational Feeling in Fishing Reel by Coordinate Measurement and Gear Transmission Error Measurement
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 870Using XXY Table to Construct a Verticality...

Using XXY Table to Construct a Verticality Calibrator and its Error Analysis

Abstract:

In this work, according to the characteristics of analytes, using XXY table and angular displacement tables to construct an automatic verticality measurement and correction system for three axes. For the purpose of measuring and correcting the spatial verticality of analytes in three axial directions, in this study, using a XXY table and angular displacement tables to set up a simulate carrier, these tables are driven by a four axes motion controller to adjust their posture, and then utilizing five laser displacement meters and self-developed signal processing program to carry out the measurement work. The system sets five laser displacement sensors in the surroundings of analytes respectively, and using the measured data by laser displacement sensors to calculate the yaw, pitch and roll angles of the analytes. Finally, by the four axes motion controller to adjust the motion of these tables, let laser light perpendicular to the surface of analytes as far as possible to achieve the goal of this system. After the experimental verification, the average error is not more than 0.0417 degrees.

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Periodical:

Applied Mechanics and Materials (Volume 870)

Pages:

159-163

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.870.159

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Online since:

September 2017

Authors:

Jui Chang Lin, Cheng Jen Lin*

Keywords:

Laser Ranging, Verticality, XXY Table

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