Conditions for transportation of bulk cargoes on a pulsed inertial roller conveyor with a trapezoidal end support
Abstract
The article presents a solution to the issues of determining the necessary and sufficient conditions for transporting bulk goods on a pulsed inertial roller conveyor, the end support of which has the ability to move along an inclined plane. Compared with a horizontally mounted conveyor operating as an independent unit or as part of technological machines of different industry productions, the proposed design solution will expand the boundaries of variation in conveyor parameters by 20% along with increased productivity and will enable it to perform additional operations related to loading and unloading of other transport and technological machines and warehouse equipment.
About the Author
O. A. Luskan
BITI National Research Nuclear University MEPhI
Russian Federation
Russian Federation
Oleg A. Luskan, Doctor of Technical Sciences, Associate Professor, Professor of the Department of Atomic Energy
140 Chapaev St., Balakovo, 413840
References
1. Zenkov R.L. and others. Continuous transport machines: A textbook for university students studying in the specialty "Lifting and transport machines and equipment"/ R.L. Zenkov, I.I. Ivashkov, L.N. Kolobov, 2nd ed., revised. and add. – M.: Mechanical Engineering, 1987. – 432 p.
2. Fomin N.A., Nosko A.L., Safronov E.V., Sharifullin I.A. Accumulative roller conveyors. Overview of structures and work features // Transport: science, technology, management. Scientific information collection. 2024. No. 12. pp. 47-57.
3. Ivanovsky K.E., Rakovshchik A.N., Tsoglin A.N. Roller and disc conveyors and devices. Moscow, Mashinostroenie Publ., 1973– 216 p.
4. Romakin N.E. Continuous transport machines: textbook. student's handbook. higher. studies. institutions / N.E.Romakin. – M.: Publishing center "Academy", 2008. – 432 p.
5. Theoretical foundations of the movement of unit loads. Ivanovsky K.E. M.: Mechanical Engineering, 1969 – 166 p.
6. Luskan O.A. Theoretical foundations of moving goods by pulsed conveyors: a monograph / O.A. Luskan. – Saratov: Sarat. State Technical University. Univ., 2010. – 99 p. ISBN 978-5-7433-2345-6.
7. Luskan O.A. Engineering calculation of pulse conveyors: a monograph / O.A. Luskan. – Saratov: Sarat. State Technical University. Univ., 2011. – 80 p. ISBN 978-5-7433-2388-3.
8. Patent No.2406674 of the Russian Federation. Inertial roller conveyor. / O.A.Luskan, N.E.Romakin, V.I.Kuteikin. Byul. No. 35, 2010.
9. Khlopkov V.P., Nosko A.L. Experimental evaluation of the coefficient of rolling friction of wooden pallets of various humidity on metal rollers // Kulaginsky readings: technique and technology of production processes. XXI International Scientific and Practical Conference. At 3 a.m. Chita, 2021. pp. 205-212.
10. Khlopkov V.P., Alekseev V.I. Review of methods for calculating the resistance to movement of wooden pallets along a drive roller conveyor // Lifting and transport, construction, road, track, reclamation machines and robotic complexes. Collection of reports of the 27th Moscow International Interuniversity Scientific and Technical Conference of Students, Undergraduates, postgraduates and Young scientists dedicated to the 95th anniversary of the training of mechanical engineers at MISI-MGSU. Moscow, 2023. pp. 292-295.
11. Alekseev V.I., Nosko A.L., Safronov E.V. Review and analysis of structures of gravity racks for pallets // Machines and installations: design, development and operation. 2025. No. 1. pp. 43-54.
Review
For citations:
Luskan O.A. Conditions for transportation of bulk cargoes on a pulsed inertial roller conveyor with a trapezoidal end support. Machines and Plants: Design and Exploiting. 2025;(4):19 - 26. (In Russ.)
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