RESEARCH ON AN IMPROVED COTTON CLEANER UNIT

Authors

Muzaffar Djurayev, Termiz State University
Sherqul Hakimov, Tashkent Textile and Light Industry Institute, Tashkent city,
ilhom Abbazov, Jizzakh Polytechnic Institute, Jizzakh city, Republic of UzbekistanFollow
Rashid Kaldybaev, South Kazakhstan University M.Auezeva, Shymkent city, Republic of Kazakhstan

Abstract

This article analyzes the results of changes to the working parts of a cotton cleaning unit from small and large impurities. It is known that the UXK installation uses continuous cleaning technology, that is, the cotton entering the purifier is cleaned in all its cleaning sections and then transferred to another process. In these sections, pieces of cotton wool from the separated waste are regenerated in a separate drum. Existing purifier suppliers use a manually operated mechanical system to monitor its performance. These factors do not make it possible to control the cleaning process when the quality indicators of cotton change. When processing cotton, the inability to control the efficiency of the cotton ginning process and the frequency of ginning does not allow obtaining fiber with the same quality indicator. This causes technological difficulties when processing cotton fiber in further processes. Taking these shortcomings into account, an improved technology for the UXK treatment plant was developed. In this technology, once the cotton contamination reaches the recommended level of contamination before ginning, the ginning unit is removed from the ginning unit by a controlled section into five parts and transferred to the next process. This control technology allows you to change the cleaning process depending on the initial contamination of the cotton.

First Page

51

Last Page

54

References

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Recommended Citation

Djurayev, Muzaffar; Hakimov, Sherqul; Abbazov, ilhom; and Kaldybaev, Rashid (2024) "RESEARCH ON AN IMPROVED COTTON CLEANER UNIT," Technical science and innovation: Vol. 2023: Iss. 4, Article 10.
Available at: https://btstu.researchcommons.org/journal/vol2023/iss4/10