Materials and Textile Engineering | Article | Published 2023-03-21

Creation of improved UXK equipment for cleaning cotton from large impurities

Authors:

Alisher Usmankulov

Ilhom Abbazov

Fazliddin Egamberdiyev

Collection: IOP Conf. Series: Earth and Environmental Science
DOI: doi:10.1088/1755-1315/1142/1/012080
Keywords: unit, cleaning, improvement, technology, machine, cleaning, clogging, resource-saving

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] Djumaniyazov KJ, Abbazov IZ, Kazakova DE 2020 Change of physical and mechanical
  2. indicators of yarn depending on the design of the sampling drum Journal of Critical Reviews 7(3)
  3. 411-415.
  4. [2] Egamberdiev FO, Jumaniyazov KJ, Abbazov IZ 2020 Study of the influence of the guiding
  5. device on increasing the efficiency of fiber cleaning, IOP Conf. Ser.: Earth Environ. Sci. 614
  6. 012123.
  7. [3] Ulugmuradov HYu, Abbazov IZ, Muradov RM 2020 Study on improving the efficiency of
  8. cleaning the pile drum IOP Conf. Ser.: Earth Environ. Sci. 614 012127.
  9. [4] Muksin K, Ilkhom A, Javlon K 2019 A new technology for dust removal from cotton processing
  10. International Journal of Recent Technology and Engineering 8(3) 583–586.
  11. [5] Pirmatov AP, Matismailov SL, Salomov AA 2019 Comparative analysis of the influence of the
  12. combing machine fueling parameters on the quality of the combed sleeve Advances in Science
  13. and Technology 52-54.
  14. [6] Egamberdiev F, Jumaniyazov K, Abbazov I, Yodgorova H, Rajapova M 2021 Theoretical study
  15. of the impact aimed at improving the efficiency of fiber cleaning IOP Conf. Ser.: Earth Environ.
  16. Sci. 939 012032
  17. [7] Mamatov AZ, Usmankulov AK, Abbazov IZ, Norboyev UA, Mukhametshina ET 2021
  18. Determination of Temperature of Components of Cotton-Raw Material in a Drum Dryer with a
  19. Constant IOP Conf. Ser.: Earth Environ. Sci. 939 012052
  20. [8] Ilkhom A, Muksin X, Orof A, Ruxsora K 2019 The composition of releasing passion of dusty in
  21. the process of pat Int J Engineering and Advanced Technology 8(3) 279–283.
  22. [9] Vance L, Mills M 2016 Tube Freight Transportation, Federal Highway Administration,
  23. Washington.
  24. [10] Hoganson K, Gross D 2011 Patent USA. Variable speed drive for pneumatic transport system,
  25. US 7950879 B2. 31.05.2011.
  26. [11] Sharopov B, Abbazov I, Baratova K 2021 Pressure loss in pipeline expansion of local resistance
  27. in a mixture of air and fibrous waste, Actual issues and solutions of development of economic
  28. sectors of the Republic of Uzbekistan in modern conditions, Tashkent.
  29. [12] Khodjiev M, Ilkhom A, Javlon K 2021 Influence of Local Resistance on Pressure and Speed
  30. Changes in Expanded Pneumatic Conveying E3S Web of Conferences 304 03016.
  31. [13] Abbazov I, Xodjiev M, Makhkamov I 2020 Fiber Waste From Cotton. Process Technological
  32. Processes Int J Advanced Research in Science, Engineering and Technology 9 5-8.
  33. [14] Usmankulov A, Salomov A, Abbazov I 2022 The results of preliminary studies and the choice of
  34. research direction to improve the UCC unit for cleaning machine-harvested raw cotton
  35. Universum: Technical Sciences 94 50-55.
  36. [15] Usmankulov A, Jumaniyayov K, Salomov A 2022 Determination of the angle of the movement of
  37. the cotton flot captured by the teeth of the saw drum in the cleaning unit Scientific and Technical
  38. Journal of NamIET 7 42-47.
  39. [16] Salomov A., Egamberdiev F., Sharopov B., Jurayev A. Determination of the movement of the
  40. cotton section of the trajectory in the working area of small cleaning unit J. Actual Problems of
  41. Modern Science, Education and Training 6 70-76.
  42. [17] Usmankulov AK, Salomov AA, Abbazov IZ 2022 Improved new construction equipment for
  43. cotton cleaning from large dirt Development of Science and Technology 3 304-309.
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