Materials and Textile Engineering | Article | Published 2023

Creation of improved UXK equipment for cleaning cotton from large impurities

Authors:

A Usmankulov

Collection: IOP Conference Series: Earth and Environmental Science
Keywords: The proposed technical solution was taken as a basis and a plan was developed for preparing its structural diagrams and working drawings, manufacturing a laboratory stand for the cleaning section, conducting laboratory experiments with it, substantiating the main parameters of the working bodies according to the proposed scheme, and introducing the proposal into production.

Abstract

This article establishes a number of requirements for cotton fiber processing enterprises to improve production efficiency and rational use of resources and maintain high rates of natural quality of cotton fiber during processing. In addition, as a result of the research, it was found that changing the impact pressure of the scraper brush, creating a new shape of the scraper device, changing the relative position of the grate and the scraper brush, placing an additional scraper device after the scraper brush, so as not to be part of the dirty mixture that separates the piece of cotton, were found some positive results. The proposed design of the cotton cleaning section of the UXK purifier, due to the above features, makes it possible to increase the cleaning effect compared to the existing purifier, since in the proposed version, the process of cleaning cotton from large impurities is carried out twice in each section of the USC, which cleans cotton from large impurities. The proposed technical solution was taken as a basis and a plan was developed for preparing its structural diagrams and working drawings, manufacturing a laboratory stand for the cleaning section, conducting laboratory experiments with it, substantiating the main parameters of the working bodies according to the proposed scheme, and introducing the proposal into production

References

  1. 1. Patent UZ № FAP 02288. Tolali materialni quritish uskunasi // Xakimov Sherkul Shergaziyevich, Jurayev Jasurbek Begmatovich, Ochilov Maxsudjon Murodullayevich, Maxammadiyev Zafar Oblakulovich, Qarshiyev Baxtiyor Eshqobilovich,. // Rasmiy axborotnoma. -№ 6. 08.05.2023.
  2. 2. Каршиев Б.Э., Парпиев А.П. Равномерность сушки компонентов хлопка-сырца //Universum: технические науки. – 2022. – №. 9-2 (102). – С. 51-54.
  3. 3. Қаршиев Б.Э., Пaрпиев A.П. Пахтани қатламда қуритиш технологик жараёнини тадқиқ этиш. // Композицион материаллар. Илмий-техникавий ва амалий журнал. ISSN 2091-5527. №3, 2022, 186-189 б.
  4. 4. Қаршиев Б.Э., Пaрпиев A.П. Пахта ва уни компонентларини қатламда қуритиш тадқиқоти. // ЎзМУ хабарлари. Илмий журнал. ISSN 2181-7324.
  5. № 3/2, 2022, 432-434 б.
  6. 5. Қаршиев Б.Э., Пaрпиев A.П., Сайидова М.Ҳ. Пахтани қатламда қуритишнинг аэродинамик режимларини аниқлаш тадқиқоти. // Фан ва технологиялар тараққиёти. Илмий-техникавий ва амалий журнал.
  7. Бухоро. ISSN 2181-8193. №5, 2022, 307-311 б.
  8. 6. Bakhtiyor Karshiev, Azimjon Parpiev, Ilkhom Sabirov, Kamoliddin Yakubov, Ibrokhim Ismoilov. The effect of drum drying temperature on the moisture of cotton components//ANNALS OF FOREST RESEARCH ,Ann. For. Res. 65(1): 1935-1942, 2022 ISSN: 18448135, 20652445.
  9. 7. Каршиев Б. Э., Исматов С. С. РАВНОМЕРНОСТЬ СУШКИ КОМПОНЕНТОВ ХЛОПКА-СЫРЦА //Экономика и социум. – 2023. – №. 9 (112). – С. 485-489.
  10. 8. Парпиев А. и др. ПАХТАНИ ТОЗАЛАШГА ТАЙЁРЛАШ ТЕХНОЛОГИЯСИНИ ТАҲЛИЛИ //Results of National Scientific Research International Journal. – 2022. – Т. 1. – №. 6. – С. 577-582.
  11. 9. Каршиев Б. Э., Парпиев А. П., Хушбаков А. Н. Анализ температуры, влажности волокна и семян в технологических процессах на хлопкоочистительных предприятиях //INTERNATIONAL SCIENTIFIC AND PRACTICAL CONFERENCE: YOUTH, SCIENCE, EDUCATION: TOPICAL ISSUES, ACHIEVEMENTS AND INNOVATIONS. – 2022.
  12. 10. Шамсиев, И. Р., Парпиев, А. П., Усманов, Х. С., & Каршиев, Б. Э. (2021).
  13. Получение хлопкового волокна высокого класса за счет модернизации сушильного барабана марки СБО. Universum: технические науки, (7-2 (88)), 20-24.
  14. 11. A.P.Parpiyev, B.N.Kuziyev, N.M.Ergashov, B.E.Qarshiyev. Tozalash jarayonida arrali seksiyalardan ajralib chiqqan chiqindi ulushlarini baholash natijalari taxlili. // Oʻzbekiston toʻqimachilik jurnali. ISSN 2010-6262. №1, 2023, 4-13 б.
  15. 12. B.N.Kuziyev., A.P Parpiyev., B.E.Qarshiyev., H.G‘.Turdiniyozova., Tozalash uskunasining yirik iflosliklardan ajratish bо‘limini takomillashtirish. // Agro ilm Agrar-iqtisodiy ilmiy-amaliy jurnal. ISSN 2091-5616. Maxsus son
  16. 2 (86)-son, 2022, 92-93b.
  17. 13. B.N.Kuziyev., A.P Parpiyev., B.E.Qarshiyev., H.G‘.Turdiniyozova. Tozalash jarayonida ajratilgan chiqindi tuzilma tarkibining amaliy tajribalar dagi taxlili. // Fan va texnologiyalar taraqqiyoti. Ilmiy-texnikaviy va amaliy jurnal. Buxoro. №6, 2022, 259-264 b.
  18. 14. A.P.Parpiyev., B.N.Kuziyev., N.M.Ergashov., B.E.Qarshiyev., Tozalash jarayonida arrali seksiyalardan ajralib chiqqan chiqindi ulushlarini baholash natijalari taxlili. // О‘zbekiston tо‘qimachilik jurnali. Ilmiy-texnikaviy va amaliy jurnal. Toshkent. №1, 2023, 4-12 b. ISSN : 2010-6262.
Loading...
0

Views

0

Reads

0

Comments

0

Reviews

0

Liked

0

Shared

0

Bibliography

0

Citations

Like and share on

Cite this publication

Copy text below and use in your article