OPTIMISING PERFORMANCE OF AUTOMATED PROCESS CONTROL FOR LARGE PACKAGING

Abstract

This article deals with optimizing the parameters of the automated control of the large-size packaging process. Structural
and parametric synthesis of the machine control system for large-size packaging is performed by the exhaustive search method
of available structural variants followed by evaluation based on the provided criteria and selection of the most suitable one of
those obtained in the generation process.
Under the modular construction theory, the large-sized product equipment control system of packaging is described, and
the configuration of the control system is synthesized from the main structural mechanisms of the equipment control system
packaging.
It combines information technologies with the functional-modular design principle to ensure the effective solution of
many problems related to the creation of new packaging machines. These include optimization of the machine structure and
technological process using mathematical methods, development of firm models of assembly units, and generation of working
design documents.