Modeling of workplace tasks

生物力学模型的发展，歧视的协同运动模式，在人类运动的任务表现是必不可少的，在建立知识的潜在模式的肌肉骨骼风险，以及确定住宿的协调作为结果的物理，环境或生物力学的变化所导致的工作任务。目前的模型已被限制到矢状面任务涉及很少或没有平面外活动，部分原因是由运动跟踪系统施加的限制。 该提案是一个无线电磁运动跟踪系统，用于我们的职业生物力学实验室的要求。 许多工业任务需要大的收集体积和监测复杂和不对称的运动，以进行适当的生物力学建模。 为了监测这些任务，需要一种运动跟踪系统，该系统不受电线和遮挡（与光电系统相关联）的阻碍，同时允许收集空间的灵活性以适应各种任务。

The development of biomechanical models that discriminate the synergistic motion patterns in human movement related to task performance is essential in both building knowledge of potential patterns of musculoskeletal risk as well as identifying accommodations in coordination as a result of physical, environmental or biomechanical changes resulting from the work task. Current models have been limited to sagittal plane tasks involving little to no out of plane activity, due in part to limitations imposed by motion tracking systems.    The proposal is a request for a wireless electromagnetic motion tracking system for use in our occupational biomechanics laboratory.  Many industrial tasks require a large collection volume and the monitoring of complex and asymmetrical motions for proper biomechanical modeling.  To monitor these tasks requires a motion tracking system that is unencumbered by wires and occlusion (associated with opto-electric systems) while permitting flexibility in the collection space to accommodate various tasks.