The autoresonant electric drive of the swinging movement pendular vibration exciter vibration jaw crushers
About authors
- 1 — Post-graduate student Saint Petersburg State Mining Institute (Technical University)
- 2 — Ph.D., Dr.Sci. Professor Saint Petersburg State Mining Institute (Technical University)
Abstract
To use of the autoresonant electric drive of swinging movement for creation of an oscillative motion of crushing jaws of vibrating jaw crushers it is offered in this article. The control system of the electric drive is developed. The results of imitating and physical modelling of the autoresonant electric drive are presented.
Область исследования:
(Archived) Geotechnical engineering, powerengineering and automation
Keywords:
self-resonance
swinging movement electric drive
pendular vibration exciter
vibration jaw crushers
jaw crushers
salient-pole rotor
phase relationship
Funding:
None
References
- Gavrilov Ju.A. Zagrivniy E.A.. Mathematical and imitating modeling of resonant vibration jaw crusher with pendular vibration exciter Materials of the All-Russia interuniversity scientific and technical conference of students and post-graduate students «XXXVI Week of science SPSPU», Saint Peterburg: Publishing house Polytechnical university, 2008. Pt.5. P.174-177.
- Gavrilov Ju.A. Zagrivniy E.A. The use of LabVIEW for experimental researche of power resonant electric drive of swinging movement Materials of the All-Russia interuniversity scientific and technical conference of students and post-graduate students «XXXVII Week of science SPSPU». Pt.8. Saint Peterburg: Publishing house Polytechnical univer- sity. 2008. P. 69-71.
- RF Patent 2344878. Vibration jaw crusher / E.A.Zagrivniy, Ju.A.Gavrilov, S.S.Staroded. 27.01.09, the Bulletin № 3.
Similar articles
The valuation of cost of the mining company in the reorganization
2010 D. M. Dmitrieva, T. V. Ponomarenko
Experimental determination of vibration jaw crusher perfomance and characteristic of the crusher two-motor drive in no-load and nominal mode of operation
2010 S. Yu. Tyagushev, O. B. Shonin