首页> 外文会议>Human Factors and Ergonomics Society international annual meeting;Human Factors and Ergonomics Society >THE EFFECT OF LOCKING OUT RADIAL AND ULNAR DEVIATION WITH AN UPPER BODY EXOSKELETON ON HANDGUN TRAINING
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THE EFFECT OF LOCKING OUT RADIAL AND ULNAR DEVIATION WITH AN UPPER BODY EXOSKELETON ON HANDGUN TRAINING

机译:上肢外骨骼锁定骨和尺骨偏斜对汉敦训练的影响

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This paper presents the first version of the ARCTiC LawE, short for the Armed Robotic Control for Training in Civilian Law Enforcement. The ARCTiC LawE is an upper body exoskeleton designed to assist in training civilians, military, and law enforcement personnel. The first iteration of this exoskeleton tests the effect of locking out radial and ulnar deviation for handgun training. The project trained and tested subjects with little to no handgun training/experience utilizing the ARCTiC LawE. An analysis of accuracy and precision was conducted with 24 participants. The experimental group scored statistically significantly higher than the control group at 21 feet and at 45 feet. Most police altercations with handguns occur at 10 feet or less. The results imply the ARCTiC LawE version one has enough statistical support for a second iteration to address some of the quantitative and qualitative results.
机译:本文介绍了ARCTiC LawE的第一个版本,它是武装机器人控制(用于平民执法培训)的缩写。 ARCTiC LawE是一种上身外骨骼,旨在协助培训平民,军事人员和执法人员。此外骨骼的第一个迭代测试了锁定径向和尺骨偏差以进行手枪训练的效果。该项目使用ARCTiC LawE训练和测试的对象几乎没有手枪训练/经验。对24位参与者进行了准确性和精确度分析。实验组在21英尺和45英尺处的得分在统计学上显着高于对照组。大多数警察用手枪的争吵发生在10英尺或10英尺以下。结果表明ARCTiC LawE版本1具有足够的统计支持,可以进行第二次迭代以解决一些定量和定性结果。

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