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Risk Factors Identification for Metal Washing Process Based on QOC Matrix the Workers' Voice and Ergonomic Mapping

机译:基于危机矩阵的金属洗涤过程危险因素识别工人的语音和符合人体工程学映射

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In order to determine ergonomic risk factors to be abated during an ergonomic intervention in a metal washing process, two tools were implemented. The questionnaires from the QOC Matrix the workers' voice was used to build a relationship diagram used to develop an ergonomic mapping. The Ergonomic risk map resulted identified the relationship, between workplace design and non-ergonomic content task. The method used to determine the risk factors was the follow: (a) define the non-ergonomic parameters inside work areas and task content using QOC results, (b) measure the results to categorise them in an ergonomic risk map, (c) using the ergonomic risk map a diagnosis was to carry out, (d) a redesign was proposed to abate non-ergonomic parameters. The activities developed for filling and discharging the washing machine included handling, lifting and carrying a plastic bucket of 40 kg above the shoulders, with an exerting force of 250 N in each lifting, for 120 times. It represented the main ergonomic problem. During the intervention, a new redesign for the working place was proposed; the improving phase incorporated two automatic sulfuric acid dilution system, two automatic mixers and an automatic production line for filling and discharging the washing machine. Consequently, workers change their character of mixers and loaders to the operators of an automatic control panel.
机译:为了确定在金属洗涤过程中符合人体工程学的介入期间有符合人体工程学的风险因素,实施了两种工具。来自QoC矩阵的问卷,工人的声音用于构建用于开发符合人体工程学映射的关系图。符合人体工程学风险地图导致了工作场所设计和非符合人体工程学内容任务之间的关系。用于确定风险因素的方法是以下:(a)使用qoc结果定义工作区域内的非符合人体工程学参数和任务内容,(b)测量将它们分类为符合人体工程学风险图(c)的结果符合人体工程学的风险图A诊断是为了执行,(d)提出重新设计,以减少非符合人体工程学参数。开发的活动用于填充和排出洗衣机包括处理,提升和携带40kg上方的塑料桶,每个提升中的250n的施加力为120倍。它代表了主要的符合人体工程学问题。在干预过程中,提出了一个新的工作场所的重新设计;改善相掺入了两种自动硫酸稀释系统,两个自动搅拌机和用于填充和排出洗衣机的自动生产线。因此,工人将它们的混合器和装载机的特性改为自动控制面板的操作员。

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