Title :
Remote maintenance system for semi-automated manufacturing machines
Author :
P. Sangregorio;A. L. Cologni;F. C. Owen;F. Previdi
Author_Institution :
Control and Automation Laboratory of the department of management, information and production engineering of Università
Abstract :
The increasing of globalization requires companies to ship their machines all over the world. This growth of exportation of manufacturing systems increased costs of maintenance due to the requirement of sending technicians to the production site where the machine is installed. The strong spread of mobile devices and the increased quality of networks opened new horizons for maintenance and support services. The work presented in this paper describes a real application case and proposes an approach for using mobile internet devices (MID) on the production site for acquisition and transmission of multi-source information that can be used from service personnel to try to resolve issues from the vendor service center. The purpose of this article is to present an approach to implement a remote maintenance system based on a mobile platform that allows hybrid (video and telemetry) logging.
Keywords :
"Maintenance engineering","Logic gates","Synchronization","Personnel","Manufacturing","IEEE 802.11 Standard"
Conference_Titel :
Research and Technologies for Society and Industry Leveraging a better tomorrow (RTSI), 2015 IEEE 1st International Forum on
DOI :
10.1109/RTSI.2015.7325140