The Design of VI-Based Synthesized Testing System for Belt Conveyors

Wen Jun Meng; Wei Peng

doi:10.4028/www.scientific.net/AMR.97-101.4367

Paper Titles

Research on Measuring Path and Surface Fitting Algorithm for Non-Axisymmetric Aspheric
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Research on Quality Evaluation System of Dynamic Alliance Based on Life-Cycle
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Study of Simulation Tester for Key Rubbing Pairs in Internal-Combustion Engine
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Detection of Unbonds in Honeycomb Sandwich Structure Using Lock-In Thermography
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The Design of VI-Based Synthesized Testing System for Belt Conveyors
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Fast Location of Thermal Target with Low Offset and Spatial Filter of Winner-Take-All Circuit
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Characteristics Identification of Overlapping Vibration Signals on Mallat
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Study on the Disturbance of Rotor-Bearing System Caused by Circumferential Loading Torque
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Study on the Measuring System of the Planar Parallel Micro-Motion Worktable’s Location and Orientation
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The Design of VI-Based Synthesized Testing System for Belt Conveyors

Abstract:

Because of the resistances to the belt’s motion in belt conveyors mainly caused by friction and frictional wear of the belt being one of key factors to effect its service life, the paper gives a simple qualitative investigation of frictional characteristic of the belt from its material behavior. Using stimulant coefficient of friction, it could make quantitative analysis for the resistances to the belt’s motion caused by friction etc, and design a belt conveyors synthesized testing system, the aim of the system is to test stimulant coefficient of friction under more type conveyors and more operating modes. Measurement and control of the system is based on VI(Virtual Instrument) software——LabVIEW, and in consequence it simplifies the hardware of the system, it also enhances human-computer interaction of the system’s operational interface.