首页> 外文会议>Human Factors and Ergonomics Society Annual Meeting >DIFFERENCES BETWEEN MALE AND FEMALE PSYCHOPHYSICALLY DETERMINED MAXIMUM ACCEPTABLE FORCES OF A CART PUSHING TASKS
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DIFFERENCES BETWEEN MALE AND FEMALE PSYCHOPHYSICALLY DETERMINED MAXIMUM ACCEPTABLE FORCES OF A CART PUSHING TASKS

机译:男性和女性的差异是由推车推动任务的推车的最大可接受力量

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The purpose of this experiment was to compare the differences in maximum acceptable initial and sustained forces between males and females while performing a 7.6 m pushing task at a frequency of 1 min-1 on a high-inertia pushcart and to compare those differences with the gender differences of our criterion magnetic particle brake treadmill push task (Snook and Ciriello, 1991). Eleven female and eight male industrial workers performed two 2- hour pushcart tasks in the context of a larger experiment. The results revealed that maximum acceptable initial and sustained forces of pushing for women on the pushcart were 67% and 69% of the initial and sustained forces for men, comparable to our magnetic particle brake treadmill push task data. These findings may indicate that adjustments to our pushing data may not be necessary if replication of this experiment yields similar results.
机译:该实验的目的是比较男性和女性之间最大可接受的初始和持续力的差异,同时在高惯性手推车上以1 min-1的频率进行7.6米的推动任务,并比较与性别的差异我们的标准磁粒子制动器跑步机推动任务(Snook和Ciriello,1991)的差异。 11名女性和八名男性工业工人在更大的实验的背景下进行了两个2小时的Pushcart任务。结果表明,推动妇女的最大可接受的初始和持续力量为男性的67%和69%的男性,可与我们的磁粒子制动跑步机推动任务数据相媲美。这些发现可能表明,如果对该实验的复制产生类似的结果,则可能不需要对我们推动数据的调整。

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