Tegtmeier Patricia
Federal Institute for Occupational Safety and Health (BAuA), Unit Human Factors, Ergonomics, Dortmund, Germany. E-mail:
Work. 2018;59(2):273-283. doi: 10.3233/WOR-172678.
Smart mobile devices gain increasing importance at work. Integrating these smart mobile devices into the workplace creates new opportunities and challenges for occupational health and safety.
Therefore the aim of the following scoping review was to identify ergonomic challenges with the use of smart mobile devices at work with respect to physical problems.
A review of 36 papers based on literature including January 2016 was conducted.
Biomechanical measures in the reviewed studies demonstrated i.e., head flexion angles exceeding 20° in 20 out of 26 different conditions described. Furthermore, laterally deviated wrists were frequently noted and thumb and finger flexor muscle activities generally greater than 5% MVC were reported.
The reviewed literature indicated an elevated biomechanical risk, especially for the neck, the wrists and thumb. This was due to poor posture, ongoing and intermitted muscle tension, and/or repetitive movements. Papers addressing specific risks for smartphone and tablet use in different work environments are scarce. As the technology, as well as the use of smart mobile devices is rapidly changing, further research, especially for prolonged periods in the workplace is needed.
智能移动设备在工作中的重要性日益增加。将这些智能移动设备融入工作场所给职业健康与安全带来了新的机遇和挑战。
因此,以下范围综述的目的是确定在工作中使用智能移动设备时在身体问题方面的人体工程学挑战。
对截至2016年1月的36篇文献进行了综述。
在综述研究中的生物力学测量结果显示,例如,在描述的26种不同情况下,有20种情况头部屈曲角度超过20°。此外,经常观察到手腕向外侧偏斜,并且报告的拇指和手指屈肌肌肉活动通常大于5%最大随意收缩。
综述文献表明生物力学风险增加,尤其是颈部、手腕和拇指。这是由于姿势不良、持续和间歇性肌肉紧张以及/或重复运动所致。针对不同工作环境中使用智能手机和平板电脑的特定风险的论文很少。由于技术以及智能移动设备的使用正在迅速变化,需要进一步研究,尤其是在工作场所长时间使用的情况。