The article describes the work being carried out to improve the equipment for cleaning raw materials of the cotton ginning industry from small impurities. Through mathematical planning research, the limits of the values of the main factors affecting the efficiency of the cleaning device were determined, and the optimal values of the factors were determined based on regression equation calculations.
References
[1]
Mirakhmedov, D.Yu. (2008) Analysis of Vibrations of the Components of the Pin Drum of a Fine Debris Cleaner. Journal of Technology of the Textile Industry, 309, 32-34.
[2]
Khakimov, S.H. (2016) Development of an Effective Technology for the Process of Cleaning Cotton from Impurities and a Rational Design of the Working Parts of Cleaners. Dissertation for the Defense of the Degree of Doctor of Technical Sciences, Tashkent Institute of Textile and Light Industry.
[3]
Zabramnyi, T.D. (1965) Investigation of the Operational Variability of the Vacuum Cleaner-Transport System and the Choice of a Method for Its Automatic Regulation. PhD Dissertation, Research Institute of Fiber Crops.
Obidov, A.A., Khudaiberdiev, N.B. and Akhmadalieva, D.A. (2023) Analysis of New Scientific and Technological Research Conducted in the Process of Cleaning Cotton from Impurities. Scientific and Technical Conference of the National Institute of Cotton, New Orleans, 10-12 January 2023, 245-251.
[6]
Khudaiberdiev, N.B. and Akhmadalieva, D. (2023) Analysis of Scientific Research Conducted on the Process of Cleaning Cotton from Various Impurities. Scientific and Technical Journal of the National Institute of Textile Sciences, 1, 57-61.
[7]
Obidov, A.A. and Akhmadalieva, D. (2024) Development of an Experimental Construction of a Device for Cleaning from Small Pieces of Contaminants. Scientific and Technical Journal of Namangan Institute of Engineering and Technology, 9, 202-207.
[8]
Obidov, A.A. and Akhmadaliyeva, D. (2024) Determination of the Strength of the Similar Forming a Continuous Mesh Surface. Scientific and Technical Journal of BukhIET, 2, 324-330.
[9]
Obidov, A. and Khudayberdiyeva, D. (2025) Reactive Power Compensation and Energy Waste Reduction during Start-Up of the Electric Motor of UXK Cotton Cleaning Device. NamIET Scientific and Technical Journal, 10, 288-295.
[10]
Obidov, A., Khudayberdiyeva, D., Jumaniyazov, K., Atambayev, D. and Khudayberdiyev, N. (2024) Experimental Construction Development of the Device for Cleaning Cotton from Small Impurities. International Conference on Physical Research & Engineering Technology Problems, Namangan, 3-5 October 2024, 526-536.
