Open AccessInnovative approach to the development of manufacturing procedures of producing goods in a multiproduct manufacture
Author(s) -
E. P. Reshetnikova,
P. Yu. Bochkarev
Publication year - 2021
Publication title -
vektor nauki tolʹâttinskogo gosudarstvennogo universiteta
Language(s) - English
Resource type - Journals
eISSN - 2712-8458
pISSN - 2073-5073
DOI - 10.18323/2073-5073-2021-2-35-46
Subject(s) - manufacturing engineering , intellectualization , automation , production (economics) , process (computing) , computer integrated manufacturing , task (project management) , machine tool , computer science , manufacturing operations , process development execution system , production planning , integrated computer aided manufacturing , set (abstract data type) , machining , engineering , industrial engineering , systems engineering , mechanical engineering , psychology , macroeconomics , operating system , programming language , economics , psychotherapist
The relevance of the study is in the solution of an important problem – the improvement of the development of engineering procedures for producing goods within the production systems of conventional machine-building enterprises performing the transition to automation and intellectualization of their production cycle. To solve the above-stated task, the authors propose an innovative approach involving the development of efficient manufacturing procedures of producing goods by a multiproduct production system based on making effective project technology solutions. The suggested method of designing effective manufacturing procedures for producing goods by a multiproduct production system is implemented in the System of Computer-Aided Planning of Manufacturing Procedures developed by the authors. The System of Computer-Aided Planning of Manufacturing Procedures is a modern tool for automation of engineering process preparation corresponding to the relevant concept of production digitalization. The set of monitoring and measuring procedures developed by the authors and promoting the improvement of the System of Computer-Aided Planning of Manufacturing Procedures is aimed at the modernization of machining productions with the traditional production cycle and supporting their digital transformation process. The set of monitoring and measuring procedures performs the automated designing of efficient individual manufacturing procedures within a small-series production based on the information about actual dimensional parameters of the part blank surfaces at the initial stage of creation of a manufacturing procedure and based on the integration into the manufacturing procedure structure of an efficient set of monitoring and measuring tools formed on the base of the complex of monitoring and measuring procedures to evaluate the prescribed accuracy of part production. The paper presents methodological and algorithmic provisions of implementing complex of monitoring and measuring procedures, which include the development of the technique of the parts’ coordinate metrology serving as a structural element of an efficient manufacturing procedure and the algorithm of formation of the efficient set of monitoring and measuring tools when designing efficient manufacturing procedure.