石油和化学加工工业的人体工程学听觉报警信号。

IISE transactions on occupational ergonomics and human factors Pub Date : 2021-04-01 Epub Date: 2021-12-13
Judy Edworthy, Jonathan Edworthy, Deborah Reed, Connor Wessel, Liam Lawrence
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引用次数: 0

摘要

职业应用听觉报警信号是一种安全措施,将受益于许多行业的改进。有相当大的研究基础可以应用于开发和测试声音警报,尽管这在实践中很少做。我们描述了一个过程,可以采用在任何地区的声音报警信号广泛。更新和改进听觉警报的综合方法不仅需要考虑单个警报声音,还需要考虑警报信号如何协同工作。我们展示了警报信号集的开发和设计,遵循声学、心理声学和心理学知识的最佳实践,以确保所产生的警报是可定位的、可听到的、易于学习的、适当的紧急映射和可微分的。我们还描述了基准测试,以及考虑如何在不同大小的控制室中实现听觉报警信号的协议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ergonomic Auditory Alarm Signals for the Oil and Chemical Processing Industry.

OCCUPATIONAL APPLICATIONSAuditory alarm signals are a safety measure that would benefit from improvement across many industries. There is a considerable research base that can be applied to the development and testing of audible alarms, though this is rarely done in practice. We describe a process that can be adopted in any area where audible alarm signals are widespread. A comprehensive approach to updating and improving auditory alarms requires consideration not only of individual alarm sounds but also of how the alarm signals will work together. We show the development and design of alarm signal sets following best practices from acoustic, psychoacoustic, and psychological knowledge to ensure that the resultant alarms are localizable, audible, easy to learn, appropriately urgency-mapped, and differentiable. We also describe benchmarking tests, and a protocol for thinking about how auditory alarm signals might be implemented in control rooms of different sizes.

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