Mathematical Model of Belts Conveyor

Abstract

Mathematical model of the technological process of belt conveyors is-1800-1600 mm and this process enables us to control charger and also
to determine how to achieve optimum conditions of the process for loading the coal on this tape, maximizing the amount of coal extracted the
technological process with two rotor excavator, the power of EM on tape. This model is based on modern statistical procedures for data processing
and design of the experiment.Statistical methods of experiment design enables us to from many factors influencing the process, to highlight the factors 
 with greater impact,to determine optimal process conditions, to determine the effects of the interaction of factors that interact, thereby minimizing the number of
experiments and definitely, processing based on data obtained from the experiments, the mathematical model of the process formed the coal conveyor.
In order to determine the optimal parameters and the assignment of mathematical model of the process conveyor coal mine “Kosovo” KEK to
extract the coal, are developing a series of experiments in the open field. This paper is laid out the central composite plan, with three independent
variables, at two levels.The purpose of this paper is to determine a mathematical model of system functioning rotary excavator manufacturer in case of transfer of
carrier tape measure is used-1800-1600mm Notes obtained by experiment, are derived mathematical models of these two indicators, each technological feature with
 three parameters: the capacity of excavators E1 (X1), capacity excavators E2 (X2) and slope angle φ (X3).