ELECTROTECHNIC AND COMPUTER SYSTEMS, Odessa national polytechnic university

ANALYSIS AND SYNTHESIS OF COMPUTATION SCHEMES OF LIFTING DEVICES IN PASSENGER LIFTS

Abstract:

The article is devoted to synthesis and analysis of the nonlinear equivalent circuits, which are applied to the description of drive movement parameters of the lift elevating mechanisms taking into account the elastic connections. The generalized block diagram is determined which allows to analyze the nonlinear oscillatory lifts systems as objects of regulation at arbitrary parameters of elevating mechanisms and arbitrary laws of control.

Authors:

Akchebash Natalia V., ( 4ud8@mail.ru )
Bojko Nadezhda A., ( dart77@ukr.net )
Boyko Andrey A., ShD ( dart77@ukr.net )

Keywords

passenger elevator, electric drive, elevating mechanism, calculation schemes, the elastic connections, vibrating system, automatic transmission

DOI

http://dx.doi.org/10.15276/eltecs.20.96.2015.01

References

1.Strakosch G. R. Vertical transportation – Welley, New-York, 1987, 365 р. (in English).
2.Chayun I. M. Nesuschaya sposobnost pod'emnyih kanatov i lent [Bearing capacity of the hoisting ropes and belts]. (2003), Odessa: "Astroprint", 236 p. (in Russian).
3.Bojko, A. A. Sintez i analiz diagramm dvizheniya liftovyih pod'emnyih mehanizmov [Synthesis and analysis diagrams of Elevator movement for lifting mechanisms]. (2013), Informational technologies in education, sci-ence and production. Collection of scientific works, Odessa: Bajwa, Vol. 4 (5), pp. 83 — 91. (in Russian).
4.Janovsky L. Analysis of Sress in Guide Rails. (1990), Elevator Technology 3, Rome. (in English).
5.Ovchinnikova, Y. S. Issledovanie vlijanija parametrov vibroizoljacii i dinamich-eskogo gasitelja na amplitudu kolebanij lebedki lifta metodom komp'juternogo modelirovanija [Study of influence of parameters of vibration and the dynamic damper on the vibration amplitude of the winch lift with the computer simulation]. (2010), Lifting-transport, building, road, track machines and robotic systems, M., pp. 77 — 78. (in Russian).
6.Begok, V. R. Shahtnyj pod’em: Nauchno-proizvodstvennoe izdanie [Shaft lift: high-tech edition] [V. R. Beak, V. I. Dvornikov, I. G. Manz, V. A. Pristrom]; under the General editorship of B. A. Coming, V. A. Korsun. (2007), Donetsk: LLC "South-East co., Ltd", 264 p. (in Russian).
7.Semeniuk, V. F. Metodika sinteza diagramm dvizhenija pod’emnyh mehanizmov passazhirskih liftov s uchetom vlijanija uprugih svjazej [The method for the synthesis diagrams of the movement of lifting devices passenger lifts with the consideration of the influence of elastic swasey] / V. F. Semenyuk, A. A. Boyko, N. V. Akchebash // (2014), Scientific-technical and production magazine "Lifting equipment", Odessa: Interprint, Vol. 1 (41), pp. 41 — 48. (in Russian).
8.Jong, J. The Advantage of PMSM Elevator Technology in High Rise Buildings, Proceedings of Elevcon. / J. Jong, H. Hakala: IAEE, (2000), 284 p. (in English)
9.Adler, R. R. Vertical transportation for buildings. (1990), New-York: Welley, 311 р. (in English).
10.Janovsky L. Testing of Elevator Mashines. (1988), Elevator Technology, № 2. (in English).

Published:

№ 20(96), 2015

Last download:

5 Dec 2019