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A practical method for ergonomic and usability evaluation of hand tools: a comparison of three random orbital sander configurations.

机译:手动工具的人体工程学和可用性评估的实用方法:三种随机轨道打磨机配置的比较。

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摘要

Tool and equipment purchasing decisions are constantly made by companies and workers, often with little objective information beyond word of mouth and marketing information. This study presents a pilot investigation of random orbital sanders using ergonomic and usability assessment techniques which can easily be applied in any industry. Three subjects performed a sanding task using three different tool configurations: 1) the current model sander, 2) current model with hose-swivel attachment, and 3) the new ergonomically designed activity and wrist motion to complement think-aloud testing and a usability questionnaire. No significant differences were found in physical measurements between the three configurations. Participants strongly preferred the current model over the new model, reporting less perceived discomfort and vibration, despite what appeared to be improvements in the new design. Workplace changes intended to reduce the risk of injury sometimes may have no effect after significant capital investment, or in some cases even increase the risk of injury. Practical assessment of new tools or modifications can quickly determine whether the outcome is indeed an improvement. The results of this tool assessment highlight the need for objective information in tool and equipment design decisions.
机译:公司和工人不断做出工具和设备的购买决策,通常只有很少的客观信息,而口口相传和营销信息却很少。这项研究提出了使用人体工程学和可用性评估技术对随机轨道砂光机进行的初步研究,该技术可以轻松地应用于任何行业。三名受试者使用三种不同的工具配置执行了打磨任务:1)当前的模型砂光机,2)带有软管旋转附件的当前模型,和3)新的人体工程学设计的活动和腕部运动,以补充思维能力测试和可用性问卷。在这三种配置之间的物理测量中未发现显着差异。与新模型相比,参与者强烈偏爱当前模型,尽管新设计似乎有所改进,但报告的不适感和振动较少。为了减少受伤风险而进行的工作场所变更有时在投入大量资本后可能没有效果,或者在某些情况下甚至增加了受伤风险。对新工具或修改的实际评估可以快速确定结果是否确实是一种改进。该工具评估的结果突出表明,在工具和设备设计决策中需要客观的信息。

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