Open AccessDigitalni dvojčki v ergonomskih ureditvah delovnih mest
Author(s) -
Zvone Balantič,
Branka Balantič,
Branka Jarc Kovačič
Publication year - 2021
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18690/978-961-286-442-2.4
Subject(s) - computer science , workflow , workload , downtime , process (computing) , product design , product (mathematics) , engineering design process , manufacturing engineering , process management , engineering , operating system , mechanical engineering , geometry , mathematics , database
t The approach to designing assembly lines and jobs in the modern world of Industry 4.0 is still too spontaneous. If we want to create a user-friendly workplace, it is necessary to include a myriad of variables with all the ergonomic principles. It is necessary to get involved in the process of progressive and holistic job design already in the phase of product design and the process of production and job design. Inadequate job planning can cause downtime in workflow engineering. If we want to be more efficient in product design, then we need to use the good experience of using digital twins. The experience of these and similar planning can be used for the preliminary design of a virtual workplace, where we can simulate the workload of employees, identify overloads and eliminate them already in the design phase. In this way, we are taking a big step towards streamlining jobs. In doing so, we avoid ergonomic slips, which are difficult to repair later. We are helped by modern tools, such as Tecnomatix JACK, ViveLab Ergo, NAWO ergo simulation, ..., with which we can generate, optimize, rationalize and implement a virtual solution in the marginal framework of a real solution.