E-maintenance, Kenneth Holmberg, Adam Adgar, Aitor Arnaiz, Erkki Jantunen, Julien Mascolo and Sam... more E-maintenance, Kenneth Holmberg, Adam Adgar, Aitor Arnaiz, Erkki Jantunen, Julien Mascolo and Samir Mekid (eds.), 61 - 82 This chapter outlines the work done in Dynamite project (http://DYNAMITE.vtt.fi), as well as the resulting concept nicknamed as DynaWeb. DynaWeb represents the link between Dynamite and the e-maintenance technologies described in previous chapters, and results in a global framework where all technologies can participate within an advanced maintenance solution. This chapter serves as an introduction to the rest of the chapters dealing with specific technologies that have been converted into 'capabilities', such as intelligent sensors, wireless communications, intelligent web services or smart PDAs, as well as to the final demonstrations.
Conference Proceedings of EUROMAINTENANCE 2010, XX International Maintenance Conference, Verona I... more Conference Proceedings of EUROMAINTENANCE 2010, XX International Maintenance Conference, Verona Italy, 12-14.5.2010, 250-253 A remarkable step forward in maintenance has been taken through the adoption of e-maintenance techniques. The new methodology enables the efficient use of maintenance related information and services wherever and whenever they are needed. New monitoring techniques together with advanced use of mobile devices and RFID technology help the maintenance engineer to assimilate many different information sources, enhancing the quality and cost effectiveness of maintenance decisions. With the help of personal digital assistants (PDA) the maintenance engineer is offered not only highly efficient and practical monitoring and diagnosis tools, but also direct assistance on how to carry out the maintenance tasks effectively and reliably so that the possibility of introducing faults during the execution of maintenance tasks is also minimized. The introduction of maintenance...
9th IFAC Workshop on Intelligent Manufacturing Systems (2008), 2008
... International Program Committee Chair: Pereira, Carlos Eduardo, Banaszak, Zbigniew A., Matusz... more ... International Program Committee Chair: Pereira, Carlos Eduardo, Banaszak, Zbigniew A., Matuszek, Matuszek. Conference Editor: Pereira, Carlos Eduardo, Zaikin, Oleg, Banaszak, Zbigniew A. Authors Adgar, Adam; Arnaiz, Aitor; Jantunen, Erkki. ... [3] Arnaiz A., Iung B., Jantunen ...
ABSTRACT E-maintenance and the use of mobile devices offer the flexibility to initiate maintenanc... more ABSTRACT E-maintenance and the use of mobile devices offer the flexibility to initiate maintenance-related applications at flexible locations while networked in unstructured environments. They are becoming a key enabling factor in achieving ubiquitous data and services availability, by retrieving information from heterogeneous data sources. Personal digital assistant (PDA) devices play a key role in bringing mobile maintenance management closer to daily practice on the shop floor. The use of PDAs enables maintenance personnel to directly gain access to information stored at different locations, whether this be in the back office, on the monitored machinery or even outside of the plant. PDAs are becoming a ubiquitous information and services mediator, bringing the right maintenance-related information and e-applications to the right place at the right time to anyone authorised to gain access. Mobile users can again consult and act upon information, such as data relevant to monitored machinery, e.g., condition monitoring readings, the current machine state, maintenance actions history and scheduling, spare parts availability, maintenance activities instructions. In this way, mobile devices and services constitute a mobile assistant, enabling information and applications accessibility by mobile personnel, greatly expanding the available toolset with enhanced data and knowledge processing capabilities.
SUMMARY A remarkable step forward in maintenance has been taken through the adoption of e-mainten... more SUMMARY A remarkable step forward in maintenance has been taken through the adoption of e-maintenance techniques. The new methodology enables the efficient use of maintenance related information and services wherever and whenever they are needed. New monitoring techniques together with advanced use of mobile devices and RFID technology help the maintenance engineer to assimilate many different information sources, enhancing the quality and cost effectiveness of maintenance decisions. With the help of ...
ABSTRACT The paper examines the relationship between the failure patterns observed in industrial ... more ABSTRACT The paper examines the relationship between the failure patterns observed in industrial maintenance practice and the corresponding impact on adoption necessity and potential benefits of Condition-Based Maintenance (CBM). The type of industry appears to diversity this relationship but for an informed decision the proper recording of failure data is actually important. Publicly available relevant data of wear are actually very limited. Even though a great number of papers have been published in order to compare the efficiency of various maintenance strategies, initial gathered data clearly point to differences between various industrial sectors. This finding stresses the pronounced need for good data to support these types of studies and decisions. Wherever such data collection mechanisms are not in place, decisions on maintenance strategies choices and policy implementations investments rely mostly on intuition and expert views. Therefore the paper suggests the importance of further supporting such investments by appropriately addressing the need to collect relevant data as a basis upon which to make the right decisions.
E-maintenance, Kenneth Holmberg, Adam Adgar, Aitor Arnaiz, Erkki Jantunen, Julien Mascolo and Sam... more E-maintenance, Kenneth Holmberg, Adam Adgar, Aitor Arnaiz, Erkki Jantunen, Julien Mascolo and Samir Mekid (eds.), 61 - 82 This chapter outlines the work done in Dynamite project (http://DYNAMITE.vtt.fi), as well as the resulting concept nicknamed as DynaWeb. DynaWeb represents the link between Dynamite and the e-maintenance technologies described in previous chapters, and results in a global framework where all technologies can participate within an advanced maintenance solution. This chapter serves as an introduction to the rest of the chapters dealing with specific technologies that have been converted into 'capabilities', such as intelligent sensors, wireless communications, intelligent web services or smart PDAs, as well as to the final demonstrations.
Conference Proceedings of EUROMAINTENANCE 2010, XX International Maintenance Conference, Verona I... more Conference Proceedings of EUROMAINTENANCE 2010, XX International Maintenance Conference, Verona Italy, 12-14.5.2010, 250-253 A remarkable step forward in maintenance has been taken through the adoption of e-maintenance techniques. The new methodology enables the efficient use of maintenance related information and services wherever and whenever they are needed. New monitoring techniques together with advanced use of mobile devices and RFID technology help the maintenance engineer to assimilate many different information sources, enhancing the quality and cost effectiveness of maintenance decisions. With the help of personal digital assistants (PDA) the maintenance engineer is offered not only highly efficient and practical monitoring and diagnosis tools, but also direct assistance on how to carry out the maintenance tasks effectively and reliably so that the possibility of introducing faults during the execution of maintenance tasks is also minimized. The introduction of maintenance...
9th IFAC Workshop on Intelligent Manufacturing Systems (2008), 2008
... International Program Committee Chair: Pereira, Carlos Eduardo, Banaszak, Zbigniew A., Matusz... more ... International Program Committee Chair: Pereira, Carlos Eduardo, Banaszak, Zbigniew A., Matuszek, Matuszek. Conference Editor: Pereira, Carlos Eduardo, Zaikin, Oleg, Banaszak, Zbigniew A. Authors Adgar, Adam; Arnaiz, Aitor; Jantunen, Erkki. ... [3] Arnaiz A., Iung B., Jantunen ...
ABSTRACT E-maintenance and the use of mobile devices offer the flexibility to initiate maintenanc... more ABSTRACT E-maintenance and the use of mobile devices offer the flexibility to initiate maintenance-related applications at flexible locations while networked in unstructured environments. They are becoming a key enabling factor in achieving ubiquitous data and services availability, by retrieving information from heterogeneous data sources. Personal digital assistant (PDA) devices play a key role in bringing mobile maintenance management closer to daily practice on the shop floor. The use of PDAs enables maintenance personnel to directly gain access to information stored at different locations, whether this be in the back office, on the monitored machinery or even outside of the plant. PDAs are becoming a ubiquitous information and services mediator, bringing the right maintenance-related information and e-applications to the right place at the right time to anyone authorised to gain access. Mobile users can again consult and act upon information, such as data relevant to monitored machinery, e.g., condition monitoring readings, the current machine state, maintenance actions history and scheduling, spare parts availability, maintenance activities instructions. In this way, mobile devices and services constitute a mobile assistant, enabling information and applications accessibility by mobile personnel, greatly expanding the available toolset with enhanced data and knowledge processing capabilities.
SUMMARY A remarkable step forward in maintenance has been taken through the adoption of e-mainten... more SUMMARY A remarkable step forward in maintenance has been taken through the adoption of e-maintenance techniques. The new methodology enables the efficient use of maintenance related information and services wherever and whenever they are needed. New monitoring techniques together with advanced use of mobile devices and RFID technology help the maintenance engineer to assimilate many different information sources, enhancing the quality and cost effectiveness of maintenance decisions. With the help of ...
ABSTRACT The paper examines the relationship between the failure patterns observed in industrial ... more ABSTRACT The paper examines the relationship between the failure patterns observed in industrial maintenance practice and the corresponding impact on adoption necessity and potential benefits of Condition-Based Maintenance (CBM). The type of industry appears to diversity this relationship but for an informed decision the proper recording of failure data is actually important. Publicly available relevant data of wear are actually very limited. Even though a great number of papers have been published in order to compare the efficiency of various maintenance strategies, initial gathered data clearly point to differences between various industrial sectors. This finding stresses the pronounced need for good data to support these types of studies and decisions. Wherever such data collection mechanisms are not in place, decisions on maintenance strategies choices and policy implementations investments rely mostly on intuition and expert views. Therefore the paper suggests the importance of further supporting such investments by appropriately addressing the need to collect relevant data as a basis upon which to make the right decisions.
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