PDF
ZENODO
Published
2025-05-01
Section
Articles
How to Cite
How to Cite
METHOD FOR OBTAINING EXPERIMENTAL RESULTS OF A NEW RESOURCE-EFFECTIVE SHAFT FOR THE 5LP MODEL LINTER MACHINE.
Abdurasulov Axrorbek Nurillo o‘g‘li
PhD student at Namangan Institute of Engineering and Technology
Obidov Avazbek Azamatovich
Professor of Namangan Institute of Engineering and Technology
Mirzaumidov Asilbek Shuhratjonovich
Associate Professor, Namangan Institute of Engineering and Technology.
Keywords: Linter, sawn cylinder, shaft, raw material shaft, cooling, mass reduction, number of blades, structural features, bending stiffness.
Abstract
In the creation of machines for the cotton ginning industry, the issues of creating and refining methods for calculating the drives and shafts of highly efficient machines are of particular importance.
The article describes the design features of the shaft, which is designed to reduce the mass of the main working body of the linter, the saw cylinder shaft, by means of an internal groove and a longitudinal groove on the surface of which the saw blade is located. Its essence is that if linter saws are used on a repaired groove, there will be less vibration, which will result in higher productivity. This allows us to significantly reduce the mass of the shaft and saw cylinder, without significantly reducing their bending moments, while increasing resource efficiency and reliability, as well as reducing the required energy consumption.
References
1. G.I. Miroshnichenko. Basic design of a machine for processing cotton. "Mashinostroenie", M. 1972, p. 235-237.
2. A. Djuraev, S. Yunusov, I. Shin, A. Mirzaumidov. Full cylinder dzhina. Patent IAP06087., Byul. #12, 2019.
3. A. Mirzaumidov. Razrabotka oblegchennoy construktii pilnogo cylindra dzhina. Scientific and technical journal of NamMTI. - Namangan, 2019. - No. 4. - P. 123-128.
4. A. Durayev, S. Yunusov, A. Mirzaumidov / «Development of an effective design and calculation for the bending of a gin saw cylinder» / International Journal of Advanced Science and Technology, vol.29. №4, (2020), ISSN: 2005-4238, pp. 1371-1390.
5.A.A.Obidov, A.Sh.Mirzaumidov, D.Otaqo‘ziyev, A.Abdurasulov /‘‘Deformation of the shaft in torsion and the effect of torsion along with bending’’/ ISSN 2181-8622 Scientific and Technical Journal Namangan Institute of Engineering and Technology Volume 9 Issue 2 2024 Manufacturing technology problems. B- 208-216
