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Role of ergonomics on environmental protection and Industrial safety

机译:人机工程学在环境保护和工业安全中的作用

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Like other areas of occupational health and safety (OHS) ergonomics is evolving and becoming more integrated into overall work management systems. As we learn more about the complex interaction between psycho-social and physical factors in the aetiology of work-related illness and injury the more we rely on managers to 'get it right' if we are to prevent these conditions. Risks to health and safety in the mining industry posed by longer shift lengths, higher work loads, less task variation and decision latitude have not really been well researched. Heavy physical workloads and stresses are still areas of concern, but are likely to be intermittent rather than constant. Recent research confirms current thinking rather than shedding new light on the subject. The contribution of slips, trips and falls and increasing age of miners to manual handling injuries is still not clear. In some cases sedentary work and the operation of machinery has completely replaced heavy physical work. The issues of machinery design for operations and maintenance and whole-body vibration exposures when operating machines and vehicles are becoming more critical. The link between prolonged sitting, poor cab design and vibration with back and neck pain is being recognized but has yet to be addressed in any systematic way by the mining industry. On the plus side some mining companies have well-developed participative approaches to problem solving and these need to be extended to areas such as ergonomics.
机译:像其他职业健康与安全(OHS)领域一样,人体工程学也在不断发展,并越来越融入整体工作管理系统。随着我们对与工作相关的疾病和伤害的病因学中的社会心理因素和身体因素之间复杂的相互作用的了解越来越多,如果我们要预防这些情况,我们将更加依赖管理者来“做到正确”。轮班时间长,工作量大,任务变动少和决策自由度长造成的采矿业健康和安全风险尚未得到很好的研究。繁重的物理工作量和压力仍然是令人关注的领域,但可能是断断续续的,而不是恒定的。最近的研究证实了当前的想法,而不是在这个问题上提供了新的思路。滑倒,绊倒和跌倒以及矿工年龄的增加对人工搬运伤害的影响仍不清楚。在某些情况下,久坐不动和机械操作已完全取代了繁重的体力劳动。当操作机器和车辆时,用于操作和维护的机械设计以及全身振动暴露的问题变得越来越关键。长时间坐着,驾驶室设计不佳以及振动与背部和颈部疼痛之间的联系已得到公认,但采矿业尚未以任何系统的方式来解决。从好的方面来说,一些采矿公司已经开发出了解决问题的参与式方法,这些方法需要扩展到人体工程学等领域。

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