The Cooperation Optimization Strategy Research And Simulation Analysis Of Cigarette Intelligent Sorting System

Abstract:In order to be able to complete the sorting operation timely and efficiently, automatic sorting system of the cigarette tobacco distribution centers around the country applies more widely. Having a significant impact throughout the sorting process, each device operating parameters different sorting effect on the entire system. Therefore, on the basis of research on a variety of sorting equipment operating characteristics, the paper design an optimized cigarette sorting strategy, set reasonable parameters, so that the collaborative work of the various aspects of the work, ultimately to enhance the entire the purpose of the system working efficiency.Traditional sorting equipment sorting intermittent, efficiency is not high, the operating parameters of the sorting equipment, design and testing to determine the key parameters of the smoke. The characteristics of smoke in the dual belt single species of the sorting system, the composition of the various sorting the operating mode of the equipment in the next smoke links modeled separately, while taking full account of the action with the various aspects of the work of each device on the sub-picking efficiency, more Narrow sorting strategy optimization model. For the sorting equipment inefficiencies confluence session, proposed the confluence of cigarette order and cross the confluence of two sorting strategy model, using the EIQ analysis orders ABC classification, sorting system model for the design, the development of a simulation program, the key parameters of the program based on actual changes in the environment at any time to adjust.The simulation results show:the orders of class A sorting strategy optimization effect is most obvious need horizontal sorter continuous high frequency orders, sorting strategy optimization better. In Narrow sorting Model, run delay reduction, better sorting effect of the entire system; sequence confluence than cross confluence Processed less efficient; observable sorting through simulation on the type of the key parameters, belt speed and the size of the relationship of the confluence of the belt, the indirect effects of the delay shortened appropriate to call the smoke time and smoke fill time efficiency will certainly help.