Design of Automatic Measuring Instrument of Irregular Objects’ Centroid

Ning Sun; Yong Zhang; Jin Wang

doi:10.4028/www.scientific.net/AMR.102-104.316

Paper Titles

Numerical Study of a Panel with Big Grooves Subjected to In-Plane Tension
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Intelligent Algorithm of Machine Robust Design Orthogonal Optimization Based on Analysis of Variance Ratio
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Experimental Research on Self-Alignment Design Principle of a Large-Scale Precise Machine Bed
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Statics Analysis of a Novel 5-DOF Parallel Manipulator
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Design of Automatic Measuring Instrument of Irregular Objects’ Centroid
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Numerical Simulation of Three-Dimensional Cathode Flow Field of ECM for Inner-Wall Rectangle Weight-Reduction Blind Groove
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Bubble Journey: Multimodal Input Tools Design to Augment Sense Experience in Computer Game
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A Study of Product Design at the Early Stage Based on SET Mode
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Discussion on Colour Design of Medical Product Based on Visual Negative Afterimage Theory
p.335

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 102-104Design of Automatic Measuring Instrument of...

Design of Automatic Measuring Instrument of Irregular Objects’ Centroid

Abstract:

By utilizing the parallel axis theorem of moment of inertia and the graphic geometric transformation theory as well as the method of rotating and moving axis, the calculation formula of irregular objects’ centroid was derived. And on the basis of a single axis air bearing table which was used for measuring the moment of inertia of objects around a fixed axis, the complete instrument of measuring the irregular objects’ centroid was designed. The objects’ centroid and moment of inertia could be measured synchronously. Through the analysis of the influence on measuring accuracy caused by measuring factors’ errors, the method of improving the measuring accuracy of instrument was derived. The measuring instrument meets the requirement of measuring the irregular objects’ centroid precisely.