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首页> 外文期刊>Surgical Endoscopy >Ergonomic testing of two different types of handles via virtual reality simulation.
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Ergonomic testing of two different types of handles via virtual reality simulation.

机译:通过虚拟现实仿真对两种不同类型的手柄进行人体工程学测试。

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BACKGROUND: Ergonomics in laparoscopic surgery is an unsolved problem. Deficiencies of the instrument handles are well-known and described in several reports and studies. Today, virtual training modules for laparoscopic surgery are available. The aim of this study was to evaluate the ability of a virtual reality (VR) simulator to determine the ergonomic properties of two different laparoscopic instrument handles. METHODS: Two different types of handles, a ring and an axial handle from Richard Wolf, were used to perform the short clip and cut task of the Xitact 500 LS simulator. The task was repeated every 2 days for a period of 5 weeks. After every trial the volunteers were asked structured questions about their preferences while using the two handles. RESULTS: The axial handle was superior or equal to the ring handle in all criteria. Learning curves over the entire time and day by day were similar. No differences were found for travel distances and error rates, but task times were different for both handles. The subjects preferred the axial handle at the end of the study. CONCLUSION: It is possible to determine differences in ergonomics of handle design with a VR trainer. In this study, the Richard Wolf axial handle was superior to the ring handle.
机译:背景:腹腔镜手术的人体工程学是一个尚未解决的问题。仪器手柄的缺陷是众所周知的,并在一些报告和研究中进行了描述。如今,可提供用于腹腔镜手术的虚拟培训模块。这项研究的目的是评估虚拟现实(VR)模拟器确定两种不同的腹腔镜器械手柄的人体工学特性的能力。方法:使用两种不同类型的手柄(Richard Wolf的环和轴向手柄)执行Xitact 500 LS仿真器的短夹和剪切任务。每2天重复一次任务,持续5周。在每次试验后,使用两个手柄向志愿者询问有关其偏好的结构化问题。结果:在所有标准中,轴向手柄均优于或等于环形手柄。整个时间和每天的学习曲线相似。行驶距离和错误率没有发现差异,但是两个手柄的任务时间都不同。在研究结束时,受试者更喜欢轴向手柄。结论:使用VR训练器可以确定手柄设计的人体工程学差异。在这项研究中,Richard Wolf的轴向手柄优于环形手柄。

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