How Poor Workstation Design Causes Musculoskeletal Disorders: Research from QOC Matrix the Workers’ Voice

Roy López Sesenes, Martha Roselia Contreras-Valenzuela, Alber Eduardo Duque-Álvarez, Alejandro David Guzmán-Clemente, Viridiana Aydeé León-Hernández, F. Cuenca-Jiménez
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引用次数: 4

Abstract

An ergonomic intervention method based on QOC Matrix the workers’ voice was implemented in a study case. The diagnosis and analysis developed are used in improvement proposals for workstation redesign. The workers’ voice resulting from reports of the employee’ complaints and symptomatology was the base for a standardized method that comprises: (a) QOC questionnaire application, (b) risk factor categorization, (c) determination of unsafe and unhealthy ergonomic metrics, (d) figuring out the task content impact in the workers’ body, and (e) work system diagnosis. Since workers’ voice, the risk identification made included: (1) the task content linked to work method: repetitiveness associated with the sensor activation using the fingers and the repetitive movements include twist and the stretch of wrist, (2) workplace design regarding container height and injuries caused in wrists and elbows due to hits, (3) task developed regarding risk time exposition and workers position, and (4) workplace design regards to housing collector distance from filling area linked to workers position adopted for reach bags. Improvements included redesign of the workstation with a system of 90° exit discharge curve, one elevation system, and a photoelectric sensor in filling nozzle for automatic filling. As an improvement result, the activity called bags provision was eliminated from the task.
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糟糕的工作站设计如何导致肌肉骨骼疾病:从QOC矩阵研究工人的声音
在一个研究案例中,实现了一种基于QOC矩阵的工效学干预方法。所开发的诊断和分析用于工作站重新设计的改进建议。从员工投诉和症状报告中获得的工人声音是标准化方法的基础,该方法包括:(a) QOC问卷的应用,(b)风险因素分类,(c)确定不安全和不健康的人体工程学指标,(d)确定任务内容对工人身体的影响,以及(e)工作系统诊断。自工人发声以来,所做的风险识别包括:(1)与工作方法相关的任务内容;与使用手指激活传感器相关的重复性和重复动作包括手腕的扭曲和伸展,(2)工作场所设计与容器高度和由于撞击造成的手腕和肘部伤害有关,(3)关于风险时间暴露和工人位置的任务开发,以及(4)工作场所设计与房屋收集器与填充区域的距离有关,与工人位置有关。改进包括重新设计工作站,采用90°出口放电曲线系统,一个仰角系统,并在灌装喷嘴中安装光电传感器进行自动灌装。作为改进的结果,从任务中取消了称为袋子提供的活动。
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