An Introduction to the Special Issue on Emerging Hardware and Software Technologies for Assessing and Improving Occupational Safety and Health [0.03%]
特刊介绍：新兴软硬件技术评估及改善职业健康与安全
Denny Yu,Lora A Cavuoto,Xingda Qu et al.
Denny Yu et al.
The Goldilocks Work Paradigm: Conception, Experience, Refinement, and Future [0.03%]
适者工作范式：构想、体验、精炼和未来方向
Leon Straker,Svend Erik Mathiassen,Andreas Holtermann
Leon Straker
User Experiences and Adoption Factors for a Back-Support Exosuit in Automotive Logistics: Results from Field Testing up to 18 Months [0.03%]
汽车物流领域下背支持外骨骼的用户体验及其影响接受度的因素：长达18个月现场试验的结果分析
Sunwook Kim,Ryan Porto,Maury A Nussbaum
Sunwook Kim
Occupational ApplicationsWe interviewed 24 automotive logistic workers who had used (or stopped using) a soft back-support exoskeleton (exosuit). These workers generally recognized potentially benefits of back-support exosuits, with 11 cont...
Analysis of Wearable Force Myography Responses to Varied Perceived Exertion Levels During Power Grip [0.03%]
不同握力水平下力量肌电图感知反应的分析研究
Souha Baklouti,Taysir Rezgui,Abdelbadiâ Chaker et al.
Souha Baklouti et al.
Occupational ApplicationsIn this study, we present force myography (FMG) as an objective method for quantifying physical effort. We utilized a noninvasive wearable FMG sensor to capture the radial force exerted by muscles during contraction...
Object Manipulation in Physically Constrained Workplaces: Remote Collaboration with Extended Reality [0.03%]
物理受限工作环境中的物体操控：利用扩展现实进行远程协作
Allison Bayro,Hongju Moon,Yalda Ghasemi et al.
Allison Bayro et al.
Occupational ApplicationsAs extended reality (XR) technologies continue to evolve, their use in remote collaboration and workplaces with physical limitations offers opportunities to improve ergonomics and efficiency. In this study, we explo...
Investigating the Impact of a Back-Support Exoskeleton on Ergonomic Aspects of Order-Picking [0.03%]
背负外骨骼对订单挑选人体工学方面影响的研究
Gjulio Ashta,Serena Finco,Nicola Berti et al.
Gjulio Ashta et al.
OCCUPATIONAL APPLICATIONSWe investigated the impact of wearing a passive back-support exoskeleton on posture, task duration, and subjective feedback during order-picking tasks. Participants performed a simulated and repetitive picking task ...
Heuristic Evaluations of Back-Support, Shoulder-Support, Handgrip-Strength Support, and Sit-Stand-Support Exoskeletons Using Universal Design Principles [0.03%]
使用通用设计原则对背支撑、肩支撑、握力支撑和坐站支撑外骨骼进行启发式评估
Alejandra Martinez,Laura Tovar,Carla Irigoyen Amparan et al.
Alejandra Martinez et al.
Occupational ApplicationsOur study evaluated four occupational exoskeletons using universal design principles, and we found that the exoskeleton design needs improvement to achieve equitable use by diverse worker sets (including disabled, o...
Offshore Worker Compliance, Perceived Utility, Effectiveness, and Feasibility of Daily Fatigue Assessments over Four Weeks in the Gulf of Mexico [0.03%]
墨西哥湾海上工人四周疲劳评估的遵守性、感知效用、有效性及可行性研究
John Kang,Allison Chang,Xiaomei Wang et al.
John Kang et al.
Occupational ApplicationsWe conducted a study on offshore drillships in the Gulf of Mexico that captured daily compliance rates with various fatigue assessments over four weeks-a Psychomotor Vigilance Task (PVT), actigraphy, physiological m...
A Field Study of Multi-User Augmented Reality to Facilitate Collaborative Ship Navigation [0.03%]
多用户增强现实促进船舶协作导航的现场研究
Floris van den Oever,Morten Fjeld,Bastian Orthmann et al.
Floris van den Oever et al.
OCCUPATIONAL APPLICATIONSCollaboration is crucial in safety-critical operations like ship navigation. Augmented Reality (AR) has the potential to facilitate collaboration through supporting communication, team situation awareness, and team ...
Biomechanical Models for Estimating Hand Forces When Manually Moving Inert Objects [0.03%]
用于估算手动移动静止物体时手部力量的生物力学模型
David Rempel
David Rempel
OCCUPATIONAL APPLICATIONSHand forces during material handling can be measured or estimated using different methods, including the application of biomechanical models. Biomechanical models for estimating hand forces are reviewed. These model...