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Mining Publication: Innovative Safety Interventions: Feasibility of Using Intelligent Video for Machinery Applications

May 2010

Image of publication Innovative Safety Interventions: Feasibility of Using Intelligent Video for Machinery Applications

Researchers at the National Institute for Occupational Safety and Health (NIOSH) studied methods to prevent workers from being entangled in machinery used at mining operations. An analysis of mining accidents in the United States, which resulted in a fatality or permanent disability from 2000 through 2005, showed 438 severe incidents that involved contact with machinery or equipment, an average of 73 per year. The researchers determined that the most common machinery involved in these severe accidents was conveyors. In addition, a significant portion of the accidents occurred during machine maintenance and repair. Researchers focused on improved methods to prevent unintentional machine start-up during maintenance activity and methods to detect workers near moving machine components. One new technology that showed promise for this application was intelligent video. Popular in the surveillance and security industries, these systems use cameras and computerized video analysis techniques to automatically detect the presence of people in preset zones within the camera's field of view. A preliminary study was initiated to determine if this technology could reliably detect the presence of workers in hazardous locations near machinery. The possible advantages of using this technology include improved detection zone demarcation and improved ability to distinguish between hazardous and nonhazardous proximity, compared with conventional proximity sensor techniques. Initial tests to detect a person near a conveyor system in daylight conditions showed promising results. A description of the technology, test procedures and results, implementation challenges, and future research needs are discussed in this article.

Authors: TM Ruff

Peer Reviewed Journal ArticleMay - 2010

  • Adobe Acrobat - Portable Document Format (.PDF)

    0.36 MB

NIOSHTIC2 Number: 20036731

IEEE Ind Appl Mag 2010 May-Jun; 16(3):45-49

 
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