Loading...
Publication
Integração e Controlo de Produção num Sistema I4.0
| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| 3.4 MB | Adobe PDF |
Authors
Abstract(s)
O presente relatório visa documentar a implementação de um ciclo produtivo
experimental definido através de um sistema de gestão da produção MES (Manufacturing
Execution Systems). Numa primeira etapa do trabalho foram aprofundados conceitos
relativos ao sistema de gestão da produção em estudo, focando particularmente no MES
Semântico, nomeadamente no conhecimento que envolve semanticamente a descrição e
integração de toda a informação do produto, dos seus processos produtivos e de todos os
recursos envolventes. Neste contexto foram analisados e discutidos os conceitos de módulo,
capacidade e skill, assim como o conceito de integração da informação recorrendo a um
protocolo agnóstico, no caso o OPC UA, uma norma para a integração e troca de informação
com crescente utilização em contexto industrial.
Os estudos dos conceitos anteriores convergiram na adoção de uma metodologia de
implementação específica, o que inclui a seleção de um sistema MES, neste caso, um do tipo
open-source, assim como o respetivo estudo e demais ferramentas para o efeito. Neste
estudo, o procedimento produtivo foi organizado num diagrama BPMN (Business Process
Model and Notation) e foram produzidos módulos referentes a cada equipamento do ciclo e
competências (skills) referentes a cada funcionalidade. Todo este procedimento foi iterado
no Laboratório de Robótica Avançada e Fábricas inteligentes (LRAFI) da Escola Superior
de Tecnologia e Gestão do Instituto Politécnico de Leiria.
This document reports the implementation of an experimental production cycle defined through a Manufacturing Execution System (MES). In the first stage of this work, concepts related to production management systems will be presented, focusing on the MES that was the target of this project, namely the Semantic MES, which refers to the knowledge that semantically involves the description and integration of all product information, its production processes, and all surrounding resources. Additionaliy, the concepts of module, capacity, and skill were analysed and discussed, l as well as the concept of OPC UA, a standard for the integration and exchange of information with increasing adoption in industrial context. The study of the previous concepts led to the adoption of a specific implementation methodology, which includes the selection of a MES system, in this case, an open-source software, to study it and other tools for this purpose. In this study, the production process was organized in a BPMN (Business Process Model and Notation) diagram, in which dedicated modules were produced for each equipment in the cycle, including skills for each functionality. This entire procedure was carried out at the Advanced Robotics Laboratory and Smart Factories (LRAFI) of the School of Technology and Management of the Leiria Polytechnic Institute.
This document reports the implementation of an experimental production cycle defined through a Manufacturing Execution System (MES). In the first stage of this work, concepts related to production management systems will be presented, focusing on the MES that was the target of this project, namely the Semantic MES, which refers to the knowledge that semantically involves the description and integration of all product information, its production processes, and all surrounding resources. Additionaliy, the concepts of module, capacity, and skill were analysed and discussed, l as well as the concept of OPC UA, a standard for the integration and exchange of information with increasing adoption in industrial context. The study of the previous concepts led to the adoption of a specific implementation methodology, which includes the selection of a MES system, in this case, an open-source software, to study it and other tools for this purpose. In this study, the production process was organized in a BPMN (Business Process Model and Notation) diagram, in which dedicated modules were produced for each equipment in the cycle, including skills for each functionality. This entire procedure was carried out at the Advanced Robotics Laboratory and Smart Factories (LRAFI) of the School of Technology and Management of the Leiria Polytechnic Institute.
Description
Keywords
MES Skill Módulo OPC UA