Presentation
Comparing the effects of user preference and experience when using passive low back exoskeletons on physical and cognitive load while performing simulated manufacturing tasks
SessionPoster Session 2
DescriptionLow-back passive exoskeletons have been introduced in manufacturing settings as personal protective equipment (PPE) to prevent back injuries. However, the effects of user preference and experience on physical and cognitive demands are still unclear. This study aimed to 1) evaluate users’ physical and cognitive responses to different passive low back exoskeletons while performing simulated manufacturing tasks and 2) compare users’ performances with their preferred exoskeletons after training. Participants performed simulated manufacturing tasks for the intended use of the exoskeleton (lifting) and unrelated use (walking and drilling) without the exoskeleton and with four commercially available exoskeletons. The data presented in this poster analyzes a subset of data from one simulated manufacturing task (lifting).
Over 70% of the participants benefited from at least one exoskeleton when performing the lifting task. More than half of the participants could choose an exoskeleton that helped them physically. The most common deciding factors when the participants ranked the exoskeletons included support, comfort, and range of motion. However, the participants had different criteria for selecting a preferred exoskeleton. The knowledge of this research might result in better exoskeleton design and the development of new training protocols that can ensure the safety and well-being of the users.
Over 70% of the participants benefited from at least one exoskeleton when performing the lifting task. More than half of the participants could choose an exoskeleton that helped them physically. The most common deciding factors when the participants ranked the exoskeletons included support, comfort, and range of motion. However, the participants had different criteria for selecting a preferred exoskeleton. The knowledge of this research might result in better exoskeleton design and the development of new training protocols that can ensure the safety and well-being of the users.
Event Type
Poster
TimeWednesday, October 15th5:30pm - 6:30pm CDT
LocationRiverside East
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