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ERGONOMIC EVALUATION OF CONSOLE CHAIRS FOR A WEAPON LOCATING RADAR

机译:用于武器定位雷达的控制台椅的人体工程学评估

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The present study is intended to evaluate the usability of a console chair for a weapon locating radar by comparing with different kinds of chair design. Console chairs need to be ergonomically designed to reduce physical workload of operators and improve mission capability; few studies have been reported which systematically evaluate usability of military console chairs. Ergonomic design of a console chair, a bus seat, and an office chair was evaluated in terms of headrest, seatback, seatpan, armrest, and controller on a 7-point scale. Ten males in their 20s and 30s were recruited considering the demographic characteristics of console operators. The satisfaction scores of the console chair for headrest, seatback, and seatpan were significantly higher than those of the bus seat (mean difference; MD = 0.9) and office chair (MD = 1.3). Meanwhile, the satisfaction scores of the console chair for armrest and controller were significantly lower than those of the office chair (MD = -1.4) and bus seat (MD = -2.2). The armrest and controller of the console chair needs ergonomic improvements for better comfort. The evaluation results of the console chair would be of use for ergonomic console chair design.
机译:本研究旨在通过与不同种类的椅子设计进行比较来评估控制台椅的可用性。控制台椅需要符合人体工程学设计,以减少运营商的物理工作量并提高任务能力;据报道,少数研究系统地评估了军用控制台椅的可用性。在7分尺寸上,根据头枕,座椅靠背,座椅,扶手和控制器评估了控制台椅子,公共汽车座椅和办公室椅子的符合人体工程学设计。考虑到控制台运营商的人口统计特征,招聘了20多岁及30年代的十个男性。用于头枕,座椅靠背和座椅的控制台椅的满意度得分明显高于公共汽车座椅(平均差异; MD = 0.9)和办公椅(MD = 1.3)。同时,扶手和控制器的控制台椅的满意度得分明显低于办公椅(MD = -1.4)和总线座椅(MD = -2.2)。控制台椅的扶手和控制器需要更好的舒适性的符合人体工程学的改进。控制台椅的评估结果将用于符合人体工程学的控制台椅子设计。

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