Study of the Oscillations of a Composite Carding Drum with Toothed and Needle-Type Garnitures
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91-98
Digital Object Identifier:
10.58578/edumalsys.v4i1.8731
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Authors:Mirzaev Otabek Abdukarimovich1*
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Abstract
This article theoretically examines the oscillatory behavior of a composite carding drum positioned in the discretization zone of pneumatic–mechanical spinning machines in order to improve technological efficiency. The study aims to analyze the motion characteristics of the drum and determine how the oscillations of its toothed and needle-type garnitures depend on key structural and operating parameters. Using a theoretical approach, the laws of motion and their solutions were derived through Lagrange’s equations of the second kind. The analysis demonstrates the parametric dependence of oscillatory responses in the existing carding drum system, particularly with respect to the toothed and needle-type garnitures, and presents the resulting regularities in graphical form. These findings provide a scientific explanation of the mechanical behavior of the drum within the discretization zone and contribute to a more rigorous understanding of oscillation dynamics in pneumatic–mechanical spinning technology. The study offers a theoretical basis for technological improvement by informing the optimization of carding drum design and operating conditions to enhance system performance and efficiency.
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References
Dzhuraev, A. D., Zhumaniazov, K., Matismoilov, S., Mirzaev, O., & Dovgan, A. (2013). Needle drum of a pneumo-mechanical spinning machine (UZ Patent No. FAP 00845) [Patent]. Official Bulletin.
Mirzaev, O. A. (2018). Improvement of highly efficient designs and justification of parameters of working elements in the discretization zone of spinning machines
Khripunov, S. N. (2000). Improvement of the fiber product discretization process in pneumo-mechanical spinning machines [Dissertation].
Devices for assessing surface roughness and determining geometric parameters of solid-metal saw bands (gear sets). (2000, April 26). Russian Federation Certificate for Utility Model No. 15017, Application No. 2000110654, IPC B01B5/26.
Panovko, Y. G. (1976). Fundamentals of applied theory of vibrations and impact. Mashinostroenie.
Pigalev, E. Ya. (2001). Development of theory and practice of pneumo-mechanical and ring spinning methods [Dissertation].
Timoshenko, S. P., Young, D. H., & Weaver, W. (1976). Vibrations in engineering. Mashinostroenie.
Sevostyanov, A. G. (1973). Forces acting on the yarn section inside the spinning chamber. Textile Industry Technology, (3), 41–45.
Mukhiddinov, A. M. (1989). Justification and selection of geometric parameters of gear sets of the carding drum of rotor spinning machines [Dissertation].
Blokhin, N., Danilov, V. D., & Musaev, Y. A. (1972). Rolling friction coefficients of smooth cylinders at the limiting load capacity of the oil film. Mashinovedenie, (3), 85–89.