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.