Author(s)
Term
4. term
Education
Publication year
2019
Submitted on
2019-06-02
Pages
104 pages
Abstract
For providing customer the benefit of personalised product organization requires a flexible and adaptable factory with smart tools and technology showcasing transparency, interoperability and autonomous behaviour through communication between the industrial components and rigorous data exchanges. MADE provides a platform to carry out the research activity related too industry 4.0 and smart factory. This Project is a part of MADE Digital WP5.4 where a smart factory physical layout is developed in collaboration with LEGO group. The smart factory has 4 components as counting machine, cyber physical factory setup, flexible robot and a manual station. This thesis project focuses on developing a smart assistive manual station which can receive the order from MES and can guide the operator to complete each customised order. It can detect the operator’s error and assist the operator to rectify it while working on an operation. The manual station has a raspberry pi, controlling components as visual guide, pick-bylight, weighing scale, printer and RFID reader. An interactive Graphical User Interface was developed using python programming language with PySimple tkinter toolkit. It has the ability to communicate with the MES over OPC/UA communication protocol as OPC/UA client and transmit data to KUKA cloud as OPC/UA server.
Keywords
Documents
Colophon: This page is part of the AAU Student Projects portal, which is run by Aalborg University. Here, you can find and download publicly available bachelor's theses and master's projects from across the university dating from 2008 onwards. Student projects from before 2008 are available in printed form at Aalborg University Library.
If you have any questions about AAU Student Projects or the research registration, dissemination and analysis at Aalborg University, please feel free to contact the VBN team. You can also find more information in the AAU Student Projects FAQs.