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Child safety driver assistant system and its acceptance.

Authors
Quendler-E; Diskus-C; Pohl-A; Buchegger-T; Beranek-E; Boxberger-J
Source
J Agromed 2009 Apr; 14(2):82-89
NIOSHTIC No.
20038817
Abstract
Farming machinery incidents frequently cause the injury and death of children on farms worldwide. The two main causes of this problem are the driver's view being restricted by construction and/or environmental factors and insufficient risk awareness by children and parents. It is difficult to separate working and living areas on family farms, and the adult supervision necessary to avoid work accidents is often lacking. For this reason, additional preventive measures are required to reduce the number of crushings. Electronic tools that deliver information about the presence of children in the blind spots surrounding vehicles and their attached machines can be very effective. Such an electronic device must cover all security gaps around operating agricultural vehicles and their attached machines, ensure collision-free stopping in risk situations, and be inexpensive. Wireless sensor network and electrical near-field electronic components are suited to the development of low-cost wireless detection devices. For reliable detection in a versatile environment, it is necessary for children to continuously wear a slumbering transponder. This means that children and adults must have a high acceptance of the device, which can be improved by easy usability, design, and service quality. The developed demonstrator achieved detection distances of up to 40 m in the far field and 2.5 m in the near field. Recognized far-field sensor detection weaknesses, determined by user-friendliness tests, are false alarms in farmyards and around buildings.
Keywords
Accident-prevention; Agricultural-industry; Agricultural-machinery; Agricultural-workers; Agriculture; Children; Construction-materials; Demographic-characteristics; Drivers; Environmental-factors; Equipment-operators; Families; Farmers; Injuries; Injury-prevention; Machine-operation; Machine-operators; Quantitative-analysis; Risk-factors; Safety-engineering; Safety-measures; Safety-practices; Safety-programs; Statistical-analysis; Tractors; Warning-devices; Warning-systems; Author Keywords: Children; driver assistant system; electrical near field; sensor network; tractors
Contact
Elisabeth Quendler, University of Natural Resources and Applied Life Sciences, Peter Jordan Straße 82, 1190 Vienna, Austria
Publication Date
20090401
Document Type
Journal Article
Email Address
elisabeth.quendler@boku.ac.at
Funding Type
Grant
Fiscal Year
2009
NTIS Accession No.
NTIS Price
Identifying No.
Grant-Number-R13-OH-009571
Issue of Publication
2
ISSN
1059-924X
Source Name
Journal of Agromedicine
State
WI; CA
Performing Organization
Marshfield Clinic
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