Improving the efficiency of the technological process of the elevator complex due to optimal routing

Abstract

Today, more and more often the question arises in increasing productivity at elevator complexes, since the need for constant colored results and economy of the production process is always relevant. Therefore, problems arise in the search for new methods for improving and optimizing the technological process. This article analyzes modern methods of constructing technological routes for the transportation of grain products. The relevance of this topic is substantiated on the basis of the incomplete performance of technological equipment involved in transportation, quality indicators of the process and the quality of grain transported. Ana-lyzing the state of this issue, one of the main reasons for the underutilization of the productive capacity of the technological equipment of the elevator complex, along with organizational reasons, insufficient technical relia-bility and product quality, is the lack of a developed automated control system, which does not allow the oper-ator to effectively manage the process under operating conditions. As a result of increased requirements for automated systems and their equipment, traditional means of regulation and management are technologically and economically ineffective, since the organization and functional structure of both enterprises and the auto-mated system remains unchanged, and the quality of the technological process cannot be improved in any way. Therefore, on the basis of research to solve this problem in the field of automated control and visualiza-tion of the technological process, optimization criteria were determined, the introduction of which will reduce the negative indicators of the technological process. A certain way of applying the optimization criteria, built on the basis of microprocessor-based automation equipment (microcontrollers, logic programmable controllers, etc.).