The Application of the Tension Online Detection and Control Technology

Xian Fang Wang; Xue Qin Ren; Wen Ya Li

doi:10.4028/www.scientific.net/AMR.503-504.171

Paper Titles

Effect of Scanning Methods on Residual Stress Distribution during Direct Laser Metal Deposition Shaping
p.152

Research and Exploit on the Integrated System of Plastic Mold CAD/CAE
p.159

Modeling and Simulation of Airdrop Process with Parachute for Complex Terrain and Wind Disturbance
p.163

Fluid-Solid Coupling Numerical Simulation for Tunnel in Fracture Zone Based on 2D-FLAC Software
p.167

The Application of the Tension Online Detection and Control Technology
p.171

Effect of Different Nutrient Components on Polysaccharide and Biomass Production from Fomitopsis pinicola Karst
p.174

Development of Hydroscopic and Fast-Dry Sportswear Fabrics
p.178

Research and Development of the Generation Method of Clothing Process Diagram Based on CAPP Integration System
p.182

Research and Development of CNC Machine Simulating System
p.186

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 503-504The Application of the Tension Online Detection...

The Application of the Tension Online Detection and Control Technology

Abstract:

The main contents of this article are the practical application of a new technology about the tension online detection and control, including the tension control in the production process and the winding process. For example, the optical fiber winding, the winding of roving, the winding of loose cone frame, special fancy yarns winding and so on. The new function is so strong that can be used in many aspects, which can meet the special production requirements and improve the product quality.