Author(s)

Obidov Avazbek Azamatovich¹, A.J.B. O’g’li¹, Qosimov Axtam Akramovich²

¹Department of Technological Machines and Equipment, Namangan Institute of Engineering and Technology, Namangan, Uzbekistan.
²Department of Metrology Standardization and Quality Management, Namangan Institute of Engineering and Technology, Namangan, Uzbekistan.

In this article, research was conducted to improve Linter machines that remove short fibers remaining in ginned cotton seeds at cotton ginneries. The study examined the effect of changing the dimensions of the brush drum, guide and mesh surface in the cleaning device proposed for the linting machine on the movement of the peg and the cleaning efficiency, and the highest level of efficiency in separating impurities from the peg was determined. During the study, the main factors influencing the effective operation of the improved linting machine were identified, the limits of their values were determined, and studies were carried out using the mathematical modeling method. As a result, at the values of the given coefficients, efficient operation of the improved linting machine was observed, that is, the lint cleaning efficiency reached 55.1%.

Linter Machine, Fluff, Impurities, Cleaning Efficiency, Lint, Brush Drum, Guide, Mesh Surface, Input Factors, Output Parameters, Working Element, Tilt Angle, Speed

Azamatovich, O. , O’g’li, A. and Akramovich, Q. (2023) Determining the Optimal Parameters of an Advanced Linter Machine. Engineering, 15, 810-820. doi: 10.4236/eng.2023.1512057.