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New insertion rules for a new insertion system

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179P3209W
Abstract
The new insertion device FillMax was developed by Picanol NV, Ieper/Belgium, in cooperation with the Department of Textiles of Ghent University, Ghent/Belgium, in the NIRIS project (IWT project 080642). The FillMax system consists of buffering into a sieve and inserting from a sieve. Careful timing of buffering and insertion by new insertion rules for a new insertion system (NIRIS) enables the use of all parts of the conventional weft insertion system. FillMax allows weaving mills to increase production speed by 10% without a corresponding increase in yarn tension, or allovvs weaving at the same speed with a significantly lowered air pressure at the main nozzles. Speed and peak tension reduction is based upon a frictionless mechanism and applicable to even delicate yarns. Fabric quality remains unaffected.

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Citation

Please use this url to cite or link to this publication:

Chicago
De Meulemeester, Simon. 2012. “New Insertion Rules for a New Insertion System.” Melliand International (4 november): 226–228.
APA
De Meulemeester, S. (2012). New insertion rules for a new insertion system. MELLIAND INTERNATIONAL, (4 november), 226–228.
Vancouver
1.
De Meulemeester S. New insertion rules for a new insertion system. MELLIAND INTERNATIONAL. 2012;(4 november):226–8.
MLA
De Meulemeester, Simon. “New Insertion Rules for a New Insertion System.” MELLIAND INTERNATIONAL 4 november (2012): 226–228. Print.
@article{3145248,
  abstract     = {The new insertion device FillMax was developed by Picanol NV, Ieper/Belgium, in cooperation with the Department of Textiles of Ghent University, Ghent/Belgium, in the NIRIS project (IWT project 080642). The FillMax system consists of buffering into a sieve and inserting from a sieve. Careful timing of buffering and insertion by new insertion rules for a new insertion system (NIRIS) enables the use of all parts of the conventional weft insertion system. FillMax allows weaving mills to increase production speed by 10\% without a corresponding increase in yarn tension, or allovvs weaving at the same speed with a significantly lowered air pressure at the main nozzles. Speed and peak tension reduction is based upon a frictionless mechanism and applicable to even delicate yarns. Fabric quality remains unaffected.},
  author       = {De Meulemeester, Simon},
  issn         = {0947-9163},
  journal      = {MELLIAND INTERNATIONAL},
  language     = {eng},
  number       = {4 november},
  pages        = {226--228},
  title        = {New insertion rules for a new insertion system},
  year         = {2012},
}