In many industries, as well as in enterprises of textile clusters, there are losses
of technological raw materials, mainly cotton fiber and seeds are related to these technological
losses. In order to new scientific and technological innovation designs, and put into production. A
sharp increase in production volumes and economic efficiency is expected. Also, in this article,cotton ginning and spun yarn spinning enterprises; seeded cotton, seed and technical seeds, cases
of loss of cotton fibers were studied and measures to drastically reduce them were developed, real,
positive results were analyzed.
First of all, the transfer of clean and suitable fibers to cotton waste, such as cotton waste,
standard №3, standard №11, etc., was thoroughly analyzed, and the scientific and practical work
started in 2009 was carried out in 2019 under the title "Separation of spinable fibers from
industrial cotton waste". The creation of the device is completed. In the newly created device, the
test of fibers extracted from industrial cotton waste was conducted in the HVI (High Volume
Instruments) laboratory system of the USA based on the ISO international standard, and
conclusions were obtained regarding the suitability of the extracted fibers for complete spinning.
In many industries, as well as in enterprises of textile clusters, there are losses
of technological raw materials, mainly cotton fiber and seeds are related to these technological
losses. In order to new scientific and technological innovation designs, and put into production. A
sharp increase in production volumes and economic efficiency is expected. Also, in this article,cotton ginning and spun yarn spinning enterprises; seeded cotton, seed and technical seeds, cases
of loss of cotton fibers were studied and measures to drastically reduce them were developed, real,
positive results were analyzed.
First of all, the transfer of clean and suitable fibers to cotton waste, such as cotton waste,
standard №3, standard №11, etc., was thoroughly analyzed, and the scientific and practical work
started in 2009 was carried out in 2019 under the title "Separation of spinable fibers from
industrial cotton waste". The creation of the device is completed. In the newly created device, the
test of fibers extracted from industrial cotton waste was conducted in the HVI (High Volume
Instruments) laboratory system of the USA based on the ISO international standard, and
conclusions were obtained regarding the suitability of the extracted fibers for complete spinning.
| № | Muallifning F.I.Sh. | Lavozimi | Tashkilot nomi |
|---|---|---|---|
| 1 | ABDULLAYEV R.K. | teacher | , Namangan Engineering and Technology Institute |
| 2 | ALIEV B.T. | teacher | , Namangan Engineering and Technology Institute |
| 3 | MAMADJONOV J.B. | teacher | , Namangan Engineering and Technology Institute |
| № | Havola nomi |
|---|---|
| 1 | 1. https://www.lex.uz/ru/docs/5731033, On measures to regulate the activities of cotton-textile clusters. Decree of the President of the Republic of Uzbekistan, dated 16.11.2021 No. PF-14. |
| 2 | 2. State standard of Uzbekistan. Cotton fiber. Technical conditions. Tashkent-2001. Pages 2-11. |
| 3 | 3. Certificate of the Uzbek Center of Khlopkovogo volokna "Sifat". Metodicheskoe posobie. Tashkent-2001. Pages 3-25. |
| 4 | 4. G. J. Jabborov, T. U. Otametov, A. Kh. Hamidov. Seed cotton processing technology. Tashkent "O’qituvchi" 1987. Pages 128-146. |
| 5 | 5. R.K.Abdullaev, R.M.Muradov, M. N.Salokhiddinova. Prospects of integration of science and production in improving the quality of cotton fiber. International conference "Prospects of intensive approach in the period of innovative development". Namangan, July 10-11, 2018, pages 246-247. |
| 6 | 6. R.K.Abdullaev, R.M.Muradov, B.T.Aliev. A device for separating spinable fibers from cotton waste. Bukhara Institute of Engineering and Technology. Materials of the international scientific-practical conference on the topic "Problems and prospects of development of innovative cooperation in the system of scientific research and personnel training". Bukhara, November 24-25, 2017, pages. 102-105 |
| 7 | 7. R.K.Abdullaev, A.A.Obidov, R.M.Muradov. Prospects of establishing cooperation between industry and science in the creation of innovative technologies of cotton processing. International conference "Prospects of intensive approach in the period of innovative development". Namangan, July 10-11, pages 394-398. |
| 8 | 8. B.T.Aliev, R.K.Abdullaev, R.M.Muradov. Development and research analysis of a new pneumomechanical ginning machine for separating cotton fiber from seed. Scientific Research Institute of Natural Fibers of Uzbekistan, international scientific and technical conference. A collection of materials "The role of science integration in the organization of production in textile industry enterprises and the solution of current problems" (UzTTITI-80). Technology of textile materials part 2. Margilan, July 27-28, 2017, pages 106-111. |
| 9 | 9. Kh.T.Akhmadkhodjaev, A.A.Obidov, R.K.Abdullaev, M.I.Okhunjonova. Analysis of the research and results and the reduction of the percentage of short fibers in cotton fiber. Scientific and technical magazine of Namangan Institute of Engineering and Technology. "Production Technology Waxes" Vol. 4 No. 1 2019 pages 3-7. |
| 10 | 10. R.K.Abdullaev, H.T.Akhmedjodzhaev, M.I.Okhunova, M.M.Sultonov. Analysis of the influence of the ginning machine on the fiber quality of selected varieties during the cotton ginning process. Scientific and technical magazine of Namangan Institute of Engineeringand Technology. "Production Technology Waxes" Vol. 4 No. 2 2019 pages 21-27. |
| 11 | 11. M.M.Sultanov, R.K.Abdullaev. Measures to drastically reduce fiber loss in technological processes of textile cluster complexes. Scientific and technical magazine of Namangan Institute of Engineering and Technology. "Production Technology Waxes" Vol. 4 No. 3 2019 pages 66-73. |
| 12 | 12. R.K.Abdullaev, H.T.Akhmedkhodjaev, O.Sh.Sarimsakov, M.I.Okhunjonova. Prospects for strengthening the integration of cooperation with the "quality" certification center in the determination of cotton fiber quality indicators according to the international universal standard. Scientific and technical magazine of Namangan Institute of Engineering and Technology. NamMTI, 2018. Issue 4, pages 25-31. |
| 13 | 13. R.K.Abdullaev, B.T.Aliev, J.B.Mamajonov. Analysis of the results obtained on a new experimental pneumomechanical gin. Universum: technical sciences No. 4 (109), April, 2023 pp. 40-44. https://cyberleninka.ru/article/n/analiz-rezultatovissledovaniy-po-mezhdunarodnym-standartam |
| 14 | 14. R.K.Abdullaev, B.T.Aliev, J.B.Mamajonov. The influence of the efficiency of drying, cleaning and ginning of raw cotton on the quality of the fiber. Universum: technical sciences No. 4 (109), April, 2023 pp. 44-47. https://cyberleninka.ru/article/n/vliyanie-effektivnostisushki-ochistki-i-dzhinirovaniya-hlopka-syrtsa-nakachestvo-volokna |
| 15 | 15. A. Parpiyev, M. Akhmatov, A. Usmankulov, M. Mominov. Drying of raw cotton. Textbook for higher educational institutions, publishing house named after Cholpon. Tashkent-2009. |
| 16 | 16. N.SH. Abdukadirov, K.R. Okyo'lov, G.H. Jalilova. Drying and cleaning of cotton raw materials. Scientific progress. Volume 2, Issue 1, 2021. ISSN: 2181- 1601. Pages 857-861. |