Automatic Inspection of Silk Spinning Yarn Fineness
p.360
p.360
Feature Extraction Using Auto-Regression Spectral Analysis for Fabric Defect Detection
p.366
p.366
Automatic Inspection of Silk Fabric Density Based on Multi-Scale Wavelet Analysis
p.371
p.371
The Design of Untwisted Yarn-Dyed Dobby Double-Faced Fabric
p.376
p.376
Analysis of the Additional Twists on the Fiber Band in Compact Field of Compact Spinning
p.380
p.380
Dynamic Detection and Analysis of Raw Silk’s Flatness
p.385
p.385
Study on the Surface Color Mixing Effect of Fabric with Different Colors of Warp and Weft
p.389
p.389
Development of New Apparatus for Slug Detection on the Loom
p.394
p.394
Modern Home Textiles Database Query System
p.398
p.398
Analysis of the Additional Twists on the Fiber Band in Compact Field of Compact Spinning
Abstract:
Based on the analysis of the motion of fiber band in compact field, a mathematic model is proposed in this article. The factors affecting the additional twists and final twists of the compact spun yarn, such as diameter of the fiber band in the compact field, tilting angle of suction slot in profile tube and spinning speed, were discussed in detail. The validity of the model was validated by experiments.
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Periodical:
Advanced Materials Research (Volumes 175-176)
Pages:
380-384
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Online since:
January 2011
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© 2011 Trans Tech Publications Ltd. All Rights Reserved
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