To‘qimachilik sanoati ijtimoiy ahamiyatga ega mahsulotlar
ishlab chiqarish, iqtisodiyot va aholi ehtiyojlarini qondirishda muhim
o‘rinlardan birini egallaydi. So‘nggi yillarda mavjud texnologik quvvatlardan,
turli xomashyodan samarali foydalanish masalalari kun tartibidan o‘rin oldi.
Maqolada har xil tur, rangli yakka iplar va/yoki yigirilgan iplardan uzluksiz
chiziqli melanj effekti bilan trikotaj ishlab chiqarish usulining o‘ziga xosligi
ochib berilgan hamda ishlab chiqarish sharoitida olingan namunalarning
taxlash va texnologik ko‘rsatkichlari berilgan. Melanj naqsh samarasiga
erishishning yangi usuli barcha ko‘ndalangiga o‘rilgan trikotaj, jumladan,
glad, futer va aralash futer o‘rilishlarda ham foydalanilishi mumkinligi amaliy
asoslangan. Mazkur usul trikotaj mato va mahsulotlar ishlab chiqarishda keng
foydalanilayotgan barcha o‘rilishlar assortimentini ko‘paytiradi hamda har xil
tur, rangli iplar asosida melanj naqsh samarali ichki, yengil ustki va boshqa
trikotaj mahsulotlari turlarini kengaytirishga zamin yaratishi amaliy yechimlar
asosida isbotlangan.
To‘qimachilik sanoati ijtimoiy ahamiyatga ega mahsulotlar
ishlab chiqarish, iqtisodiyot va aholi ehtiyojlarini qondirishda muhim
o‘rinlardan birini egallaydi. So‘nggi yillarda mavjud texnologik quvvatlardan,
turli xomashyodan samarali foydalanish masalalari kun tartibidan o‘rin oldi.
Maqolada har xil tur, rangli yakka iplar va/yoki yigirilgan iplardan uzluksiz
chiziqli melanj effekti bilan trikotaj ishlab chiqarish usulining o‘ziga xosligi
ochib berilgan hamda ishlab chiqarish sharoitida olingan namunalarning
taxlash va texnologik ko‘rsatkichlari berilgan. Melanj naqsh samarasiga
erishishning yangi usuli barcha ko‘ndalangiga o‘rilgan trikotaj, jumladan,
glad, futer va aralash futer o‘rilishlarda ham foydalanilishi mumkinligi amaliy
asoslangan. Mazkur usul trikotaj mato va mahsulotlar ishlab chiqarishda keng
foydalanilayotgan barcha o‘rilishlar assortimentini ko‘paytiradi hamda har xil
tur, rangli iplar asosida melanj naqsh samarali ichki, yengil ustki va boshqa
trikotaj mahsulotlari turlarini kengaytirishga zamin yaratishi amaliy yechimlar
asosida isbotlangan.
Текстильная промышленность занимает одно из важных
мест в производстве продукции, имеющей социальное значение, а
также в удовлетворении потребностей экономики и населения. В
последние годы вопросы эффективного использования существующих
технологических мощностей и различных видов сырья стали очень
актуальными. В статье раскрыты особенности метода производства
трикотажа с непрерывным линейным меланжевым эффектом из
различных типов и цветов одиночных и (или) кручёных нитей, а также
приведены технологические показатели и результаты испытаний
образцов, полученных в производственных условиях. Практически
обосновано, что новый способ достижения меланжевого эффекта
может быть использован во всех видах поперечно-вязаного трикотажа,
включая гладь, футер и смешанный футер. Данный метод расширяет
ассортимент всех используемых в производстве трикотажных тканей и
изделий переплетений, кроме того, на основе различных типов и цветов
нитей создаёт основу для расширения ассортимента меланжевых
узоров на лёгкой верхней одежде, белье и других трикотажных изделиях,
что подтверждено практическими решениями
The textile industry occupies one of the important places in the
production of socially important products, meeting the needs of the economy and
the population. In recent years, issues of effective use of existing technological
capacities and various raw materials have been on the agenda. The article
reveals the uniqueness of the method of producing knitwear with a continuous
linear melange effect from different types, colored single yarns or spun yarns,
as well as the fitting and technological parameters of samples taken under
production conditions. The new method of achieving the melange effect is
practical, and can be used in all cross-knits, including glad, futher and mixed
futher weaves. This method increases the range of all types of weaving widely
used in the production of knitted fabrics and products, and the melange pattern
based on various types and colored yarns creates the basis for expanding the
types of effective inner, light upper and other knitted products based on practical
solutions.
| № | Муаллифнинг исми | Лавозими | Ташкилот номи |
|---|---|---|---|
| 1 | Rahimov F.X. | texnika fanlari doktori, professor, direktor o‘rinbosari | Ilmiy-texnik axborot markazi |
| 2 | Sherqulov U.D. | mustaqil izlanuvchi | Jizzax Politexnika instituti |
| 3 | Mamatova N.I. | laborant | Jizzax Politexnika instituti |
| № | Ҳавола номи |
|---|---|
| 1 | Bobojonov, X. X., Mamirova, N. T., & Raximov, F. X. (2006). Dyeing of cotton and silk fiber materials. (In Uzbek). Textile Problems, 4, 61-64. |
| 2 | Bobozhanov, Kh. T., Kholikov, K. M., Sidikzhanov, Zh. S. u., & Nazarova, M. A. k. (2019). Research of knitted fabrics made from compact and ordinary yarn. (In Russian). Universum: Technical Sciences, 3 (60), 20-25. http://7universum.com/ru/tech/archive/item/7008 |
| 3 | Dalidovich, A. S. (1970). Basics of the Theory of Knitting. Moscow: Legkaya industriya Publ |
| 4 | Gafurov, K. G., et al. (2018). Secondary yarn technology. (In Uzbek). Tashkent. |
| 5 | Mamatova, N. I., Dusmuhamedova, M. H., Artikova, D. I., Rahimov, F. X., & Siddikov, P. (2021). A method of making a cross-knit knit (UZ IAP 06637). State Institution “Intellectual Property Center” under the Ministry оf Justice оf the Republic оf Uzbekistan. |
| 6 | Market Analysis Report. (2024). Textile Market Size, Share & Trends Analysis Report By Raw Material (Wool, Chemical, Silk), By Product (Natural Fibers, Polyester), By Application, By Region, And Segment Forecasts, 2024–2030. https://www.grandviewresearch.com/industry-analysis/textile-market |
| 7 | Nabijonova, N. N., Yunusov, K. Z., Raximov, F. X., & Mukimov, M. M. (2006). Development of new structures of cotton-silk knitwear. (In Russian). Textile Problems, 1, 65-68. |
| 8 | Plavskaya, L. K., Silich, T. V., Poleshuk, A. A., & Yatsko, T. I. (2023). Technology of obtaining melange semiconductor yarn in cotton wool. (In Russian). Progressive �ibers and materials (ICTAI-2023) (pp. 22-27). Vitebsk State Technological University. |
| 9 | R & D Report. (2020). Development of technology for the production and processing of new types of mixed yarn, including the use of �lax and modern chemical �ibers. (In Russian). Minsk: Light Industry Research Center. |
| 10 | Rakhimov, F. Kh., Rafikov, A. S., & Askarov M. A. (2007). Sorption composite filter sleeves with �ibrous and dispersed �illers. (In Russian). Chemical Fibers, 2, 39-40. https://www.scopus.com/authid/ detail.uri?authorId=37046345200 |
| 11 | Sherkulov, U. D. (2024). An approach to the effective use of raw material type and color in the production of woven composite fabrics and products. (In Uzbek). Uzbek Scienti�ic, Technical and Practical Journal of Composite Materials, 3, 215-218. |
| 12 | Sherqulov, U., Rakhimov, F., Mamatova, N., & Abbazov, I. (2024). Features of the method for producing cross-knitted knitwear with a discontinuous linear melange effect. 4 E3S Web of Conferences, 497, 03011. https://doi.org/10.1051/e3sconf/202449703011 |
| 13 | Uddin, A. J., & Rahman, M. (2024). Sustainable and cleaner production of elastic core-spun yarns for stretch denim with maximal utilization of recycled cotton extracted from pre-consumer fabric waste. Heliyon, e25444. |
| 14 | Urishev, B. (2023). Five-year economic analysis of the textile industry of Uzbekistan. (In Uzbek). Economy: Analysis and Forecasts, 3 (23), 48-52. |
| 15 | Zhumaniyazov, K. Zh., Bobozhanov, Kh. T., & Gafurov, Zh. K. (2009). Comparison of devices for compact wheel travel. (In Russian). Information Technology, 4, 19-21. |