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A USEFUL TOOL FOR PREDICTING OCCUPATIONAL HEARING LOSS IN THE MINING INDUSTRY

机译:预测采矿行业职业听力损失的有用工具

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摘要

Powerful mining systems typically generate high-level noise that can damage the hearing ability of miners. Engineering noise controls are the most desirable and effective control for overexposure to noise. However, the effects of these noise controls on the actual hearing status of workers are not easily measured. A tool that can provide guidance in assigning workers to jobs based on the noise levels to which they will be exposed is highly desirable. Therefore, the Office of Mine Safety and Health Research (OMSHR) of the National Institute for Occupational Safety and Health (NIOSH) developed a useful tool to estimate the hearing loss due to occupational noise exposure in a systematic way and evaluate the effectiveness of developed engineering controls. This computer program is based on the ISO 1999 standard and can be used to estimate the loss of hearing ability caused by occupational noise exposures. In this paper, the functionalities of this software are discussed and several case studies related to mining machinery are presented to demonstrate the functionalities of this software.
机译:强大的采矿系统通常会产生高水平的噪音,可能会损害矿工的听力。工程噪声控制是过度暴露于噪声的最理想,最有效的控制。但是,这些噪声控制对工人实际听力状态的影响很难衡量。非常需要一种工具,该工具可以提供指导以根据工人将要暴露的噪声水平为其分配工作。因此,美国国家职业安全与健康研究所(NIOSH)的矿山安全与健康研究办公室(OMSHR)开发了一种有用的工具,可以系统地估算由于职业噪声暴露导致的听力损失,并评估已开发工程的有效性控件。该计算机程序基于ISO 1999标准,可用于估计由职业噪声暴露引起的听力丧失。在本文中,对该软件的功能进行了讨论,并提出了一些与采矿机械有关的案例研究,以演示该软件的功能。

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