The Development of Carpet Sampling Machine

Yi Hong Chen; Ru Zhong Yan; Hui Liang Dai; Yan Zhu Yang

doi:10.4028/www.scientific.net/AMM.278-280.1737

Paper Titles

The FWB Filter with Real-Time Detector to Suppress Category II Pilot Induced Oscillation
p.1713

A Design of MIMU/GPS Integrated Navigation System
p.1719

Design and Implementation of a Dual-Redundant Flight Control System for a Miniature Autonomous Helicopter
p.1723

Development of a Novel Torque Management Strategy for Parallel Hybrid Electric Vehicle
p.1729

The Development of Carpet Sampling Machine
p.1737

A Classical Stochastic Verification Theorem for Stochastic Recursive Optimization Problems
p.1742

Design and Verification the Simulation System of UAS Flight Control Considering the Effects of Time Delay
p.1746

Modeling and Simulation of an Automotive Body Electronic Control System
p.1754

The Role of Co-Simulation in the Integrated Design of High-Dynamics Servomechanisms: An Experimental Evaluation
p.1758

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 278-280The Development of Carpet Sampling Machine

The Development of Carpet Sampling Machine

Abstract:

In order to meet the market demand for carpet sampling, designed a NC control system by analyzing the working principle of Axminster loom, the upper computer program could extract, analyze and process the pixel information from image and to communicate with the lower system instantaneity via Ethernet and send the information of the picture to the lower system. The lower system combines with the Servo control and motion control program, making each part of the system move precisely and coordinately. The system can make carpet sample more efficiently with high quality. The result showed that this control system has practical application value.