Operating principle of the electromagnetic eight-pole vibrating machine with angular vibrations of armature

Authors

  • Gela Javakhishvili Doctor of Technical Sciences, Professor, The University of Georgia, Tbilisi, Georgia

Keywords:

vibrating machine, electromagnetic, eight-pole, angularly oscillating

Abstract

This paper describes operating principle  of  the  electromagnetic eight-pole viaaing machine  with angular vibrations of armature. The vibrating machine comprises a  asymmetrical eight-pole armature with a DC winding and  eight-pole symmetrical stator with an AC winding with four parallel branches. The amplitude of oscillations of the working element is regulated depending on the distance of the attachment on the lever and the current in the DC winding. This vibrating machine is designed for the use in industry as a drive for feeders, transporters, sorters and for a number of other purposes where a vibratory drive with directional oscillations is needed. The novelty of the design is protected by patent of Georgia

Published

2025-02-10

How to Cite

Gela Javakhishvili. (2025). Operating principle of the electromagnetic eight-pole vibrating machine with angular vibrations of armature. Theoretical Hypotheses and Empirical Results, (9). Retrieved from https://ojs.publisher.agency/index.php/THIR/article/view/5248