Paxta bo‘lakchasini uzun qoziqli barabandagi qoziq sirtidan otilib chiqish hisobi
##semicolon##
paxta xom ashyosi, og‘ir aralashmalar, toshtutkich, uzun qoziqli baraban, paxta bo‘lakchasi, namlik, harakat traektoriyasi, havo oqimi, pnevmotransport, yo‘naltiruvchi devor, ajratish samaradorligiAbstrak
Maqolada paxta xom ashyosi tarkibidagi og‘ir aralashmalarni samarali ajratishga mo‘ljallangan qurilmaning uzun qoziqli barabanidan paxta bo‘lakchalarining ajralib chiqishi va keyingi harakat traektoriyasi nazariy jihatdan tadqiq etilgan. Paxta bo‘lakchalarining harakatiga ularning massasi va namligi, havo qarshiligi hamda uzun qoziqli barabanning ish rejimlari ta’siri o‘rganilgan. Paxta bo‘lakchasining harakatini ifodalovchi differensial tenglamalar tizimi tuzilib, namlikning ortishi bilan uning massasi va harakat traektoriyasidagi o‘zgarishlar tahlil qilingan. Hisoblash natijalari asosida uzun qoziqli baraban o‘qi bilan yo‘naltiruvchi devor orasidagi masofani tanlash bo‘yicha tavsiyalar ishlab chiqilgan. Tadqiqot natijalariga ko‘ra, namligi yuqori bo‘lgan paxta xom ashyosini qayta ishlash sharoitida ushbu masofani 900 mm atrofida qabul qilish maqsadga muvofiqligi asoslangan. Tavsiya etilgan yechim paxta yo‘qotilishini kamaytirish va og‘ir aralashmalarni ajratish samaradorligini oshirishga xizmat qiladi.
##submission.citations##
Abdukholikov A.U., Karimov M.R. Theoretical Study Results of the Technological Process of the Holder of Produced Heavy Impurities. International Journal of Advanced Research in Science, Engineering and Technology.2026. www.ijarset.com 2. Miroshnichenko G.I. Osnovы proektirovaniya mashin pervichnoy obrabotki xlopka. – M.: Mashinostroenie, 1972. – 486 s.
Vedinyapin G.V. “Obщaya metodika eksperimentalnogo issledovaniya i obrabotka opыtnыx dannыx”. M., Kolos, 1973g.-184 str..
Kobuljanov K.M. Issledovanie rabotы i vыbor ratsionalnoy konstruksii uloviteley tyajelыx primesey dlya xlopkovoy promыshlennosti. // Diss… kan. texn. nauk. Tashkent 1960.
Maxametov T. D. Issledovanie protsessov, ustanovlenie rejimov i izыskanie optimalnыx form i razmerov rabochix elementov, lineynыx kamneuloviteley: Diss.kand.tex.nauk-T.: 1972.
Effective Cleaning of Cotton Waste Produced at Cotton Cleaning Factories / M. Xodjiev, I. Abbazov, B. Mardonov, O. Sarimsakov // American Association for Science and Technology. – 2017. – Vol. 5. – Issur 2. – P. 22–28.
Muradov R., Muminov M., Obidov A. Kamnulovitel dlya xlopka-sыrsa. Patent. № IAP 02993, 2005.30.12.
Muradov R.M., Muxametshina E.T. Analiz issledovaniya po sovershenstvovaniyu elementov pnevmotransportnыx ustanovok v selyax snijeniya povrejdennosti xlopkovыx semyan // Universum: Texnicheskie nauki : elektron. nauchn. jurn. 2020. № 6(75).
Djamolov R.K., Xolyigitov SH. Paxta xom ashyosi tarkibidagi tosh va boshqa og‘ir aralashmalarni tutish uskunasini ishlab chiqish. International journal of conference series on education and social sciences. (Online) November, December 2021. Vol 2 No 1.2. Bursa, Turkey. 2022. 39-41 u.
Djamolov R.K., Kholyigitov Sh. EFFECTIVE STRUCTURE FOR CATCHING STONES AND OTHER HEAVY BODIES IN COTTON. International Journal for Innovative Engineering fnd Managemtnt Research. Vol 11 Issue 02, Feb 2022. ISSN 2456 – 5083. www.ijiemr.org.
