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Biomechanical Analysis of Workstation Improvement in Actuator Arm Damper Assembly of Hard Disk Drive Industry

机译:硬盘驱动行业执行器臂阻尼器组件的工作站改进生物力学分析

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The objective of this research is to apply Biomechanical Analysis to find forces and moments thateffect to parts of body from outside forces, loading and working postures by gathering knowledge ofMechanics, Anthropometry, Anatomy and Physiology to be Mathematical Model. Results in this research wereforces and moments at hand, lower arm, upper arm and back joints and especially emphasized on findingcompressive force at L5/S1 lumbar discs . About Ergonomics problems, tables in above mentioned processwere low. Researchers tried out to improve table to be 10 centimeters higher, then we assessed operatorsxpostures by using Biomechanical Model in both before and after adjustment period. Results showed thatcompressive force at L5/S1 lumbar discs were 24.83% reduced in new adaptive workstation.
机译:本研究的目的是应用生物力学分析,以通过收集机械,人体测量测切性,解剖学和生理学的知识来寻找从外部部队,装载和工作姿势的身体部位的力量和时刻。 这项研究在手部,下臂,上臂和背关节的剪切和时刻,特别是在L5 / S1腰盘处发现抑制力。 关于人体工程学问题,上述过程中的表格低。 研究人员试图改善表格为10厘米,然后我们通过在调整期之前和之后使用生物力学模型来评估运营商XPostures。 结果表明,新自适应工作站的L5 / S1腰椎间盘中的抑制力为24.83%。

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