Study on the Online Dynamic Weighing System of Heavy Duty Apron Feeder Based on Labview

Qiang Guo Deng; Hui He; Bin Hu

doi:10.4028/www.scientific.net/AMR.605-607.1089

Paper Titles

Research on Frequency Conversion ＆ Selective Measurement and Error Correction Algorithms in Grounding Characteristics Measuring System
p.1068

Identification Research on CMP Multi-Zones Pressure System
p.1074

Measurement of Spacecraft Simulator Motion Parameters Based on Multi-Vision System
p.1080

The Radius of an Ultrashort Pulsed-Laser to Fresnel Diffraction of a Serrated Aperture
p.1085

Study on the Online Dynamic Weighing System of Heavy Duty Apron Feeder Based on Labview
p.1089

A Least Square Solution for Energy-Based Source Localization in Sensor Networks
p.1094

Design of the Time Interval Generator Automatic Verification and Management System
p.1099

A Height Estimation Method Based on Joint Time Delay and Phase Estimation for Wideband InSAR or InSAS
p.1105

A Study on Drive Capstan Stiffness of Cable-Driven Picking Manipulator
p.1113

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 605-607Study on the Online Dynamic Weighing System of...

Study on the Online Dynamic Weighing System of Heavy Duty Apron Feeder Based on Labview

Abstract:

The heavy duty apron feeder is a mechanism for material transportation. According to the differences on test requirements and effects, the traditional sensor development test weighing system presently is adopted widely. In the design, resistance strain gauge is installed on the feeder chain plate; and the whole-armed bridge compensates temperature to test the voltage value outputted by bridge resistance gauge; based on labview software, the virtual online dynamic weighing system is developed, realizing online monitoring at full time, warning, alarming and shutdown protective operation.