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Effect of Grip Span on Lateral Pinch Grip Strength

机译:握跨度对横向捏握强度的影响

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摘要

Repetitive, high-force pinch grip exertions are common in many occupational activities. The goal of the current study was to quantify the relationship between lateral pinch grip span (distance between thumb and index finger) and lateral pinch grip strength. An experiment was conducted in which 40 participants performed maximal lateral pinch grip exertions at 11 levels of grip span distances (0, 10%,... 100% of maximum functional lateral pinch grip span distance). The results show a significant effect of lateral pinch grip span, with strength at the maximum functional lateral pinch grip span 40% higher than that found at the smallest lateral pinch grip span considered. Between these two endpoints, strength increased monotonically with increasing pinch grip span. The application of these results in pinch grip design criteria for both high-force and long-duration exertions is discussed. Potential applications of this research include the design of hand tools and controls for which significant force is applied by the user.
机译:重复的高力捏握动作在许多职业活动中都很常见。当前研究的目的是量化横向捏握范围(拇指和食指之间的距离)与横向捏握强度之间的关系。进行了一项实验,其中40名参与者在11个级别的握力跨度(最大功能性横向握力跨度的0、10%,... 100%)上进行了最大的横向握力运动。结果显示了横向捏握范围的显着影响,最大功能横向捏握范围的强度比所考虑的最小横向捏握范围的强度高40%。在这两个端点之间,强度随着捏握跨度的增加而单调增加。讨论了这些结果在针对高力和长时间运动的捏握设计标准中的应用。这项研究的潜在应用包括手动工具和控件的设计,用户需要对其施加很大的力。

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