In the spinning process, spinning machines have improved the stretching tool, reducing their
unevenness by straightening and parallelism of fiber ends, reducing the number of yarn breaks in the
production of quality textile and knitted fabrics, a sharp increase in labor productivity, reducing
production costs, other economic indicators.
Decree of the President of the Republic of
Uzbekistan No. PD-5285 "On measures to
accelerate the development of the textile
and knitwear industry." Tashkent.
December 14, 2017.
Stretching tool of the spinning machine.
Patent for utility model of the State Patent
Office of the Republic of Uzbekistan. FAP
2018.
Yang Jing, Xu Bojun Xie, Chunping Liu,
Xinjin, Comparison of fibre migration in
different yarn bodies/ Fibre end Textile
Indian (IJFTR), Dec 2018.
Tyagi G. K., Bhowmick Manik,
Bhattacharyya S., Kumar R., Effect of
spinning conditions on mechanical and
performance characteristics of cotton
ring- and compact-spun yarns/ IJFTR Vol.35
(1) [March 2010]. – pp. 21-30.
Müller H., Maidel H. (1997) Abhdgigkeit
der Rotorgarneigenschaften von der
mechanischen Beanspruchung der
Baumwolle beim Kardieren und
Rotorspinnen/ Melliand Textilber. –78,
№1,2. – p. 35.
Cyniak Danuta, Juzon Boguslaw. (1998)
Investigation of the properties of yarn
obtained on rotor spinning machines of
different models. RS. Textile industry, No.
– p. 12.
Standards for testing yarns and fabrics.
M., 1992-2012.
M.I. Bat and others. (1968) "Theoretical
Mechanics", Nauka. – Moscow. – p. 625