International Scientific Journals
of Scientific Technical Union of Mechanical Engineering "Industry 4.0"

In previous articles, it was shown that for “Industry 4.0” production one of the important tasks is the collection, storage, analysis and processing of product data and related design and production procedures. This determines the implementation of PDM, ERP, MES and/ or EAM systems at enterprises and the construction of a metasystem based on them – a single digital passport. Its content allows to automate the generation of design decisions for timely management decisions, as well as to propose an approach to solve the problem of minimizing the impact of the human factor for the tasks of Industry 4.0. Therefore, the work presents the results of the development of the rules for choosing the components of a single digital passport for the generation of design solutions based on the principle of building a fuzzy Takagi-Sugeno-Kang network. The results obtained will allow to formulate a criterion for the similarity of the production object and the design and production procedure in the digital environment to the given requirements based on linear approximation methods.

In this paper are considered various options for the interaction stages of the life cycle of an electronic product, initiated by the application for the development or supply of products, reclamation act or application for service. At the same time, variations of procedures and product data are formed, which form a digital passport and are used to generate several types of design solutions. It is shown that the content of a digital passport allows you to automate the procedure for obtaining design solutions, for which an appropriate methodology has been developed.