Active personnel monitoring and access control in steel manufacturing environments
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作者:
Welt, Travis
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机构:
University of St. Thomas, St. Paul,MN, United StatesUniversity of St. Thomas, St. Paul,MN, United States
Welt, Travis
[1
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Anderson, Micah
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机构:
University of St. Thomas, St. Paul,MN, United StatesUniversity of St. Thomas, St. Paul,MN, United States
Anderson, Micah
[1
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Birch, Allison
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机构:
University of St. Thomas, St. Paul,MN, United StatesUniversity of St. Thomas, St. Paul,MN, United States
Birch, Allison
[1
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Hughes, Michael
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机构:
University of St. Thomas, St. Paul,MN, United StatesUniversity of St. Thomas, St. Paul,MN, United States
Hughes, Michael
[1
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Sabers, Noah
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机构:
University of St. Thomas, St. Paul,MN, United StatesUniversity of St. Thomas, St. Paul,MN, United States
Sabers, Noah
[1
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Lam, Clement
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机构:
Gerdau Long Steel North America St. Paul Mill, St. Paul,MN, United StatesUniversity of St. Thomas, St. Paul,MN, United States
Lam, Clement
[2
]
机构:
[1] University of St. Thomas, St. Paul,MN, United States
[2] Gerdau Long Steel North America St. Paul Mill, St. Paul,MN, United States
来源:
Iron and Steel Technology
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2019年
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16卷
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09期
关键词:
The purpose of this investigation was to perform a broad review of existing technologies with the potential to improve worker safety in the steel environment. The project was a collaboration between the University of St. Thomas and their sponsor;
and was made possible by the Don B. Daily Safety Grant awarded by AIST. The student team identified a range of systems that fell into the following categories: • Physical barriers and mechanical guards. • Proximity detection. • Passive asset tracking. • Real-time location systems;