Lind Carl Mikael
a Unit of Ergonomics , KTH Royal Institute of Technology , Sweden.
Int J Occup Saf Ergon. 2018 Mar;24(1):14-26. doi: 10.1080/10803548.2016.1258811. Epub 2016 Dec 21.
A tool has been developed for supporting practitioners when assessing manual pushing and pulling operations based on an initiative by two global companies in the manufacturing industry. The aim of the tool is to support occupational health and safety practitioners in risk assessment and risk management of pushing and pulling operations in the manufacturing and logistics industries. The tool is based on a nine-multiplier equation that includes a wide range of factors affecting an operator's health risk and capacity in pushing and pulling. These multipliers are based on psychophysical, physiological and biomechanical studies in combination with judgments from an expert group consisting of senior researchers and ergonomists. In order to consider usability, more than 50 occupational health and safety practitioners (e.g., ergonomists, managers, safety representatives and production personnel) participated in the development of the tool. An evaluation by 22 ergonomists supports that the push/pull tool is user friendly in general.
基于制造业两家全球公司的一项倡议,已开发出一种工具,用于在评估手动推挽操作时为从业者提供支持。该工具的目的是支持职业健康与安全从业者对制造业和物流行业中的推挽操作进行风险评估和风险管理。该工具基于一个九倍乘数方程,其中包括影响操作员在推挽操作中的健康风险和能力的广泛因素。这些乘数基于心理物理学、生理学和生物力学研究,并结合了由资深研究人员和人体工程学家组成的专家组的判断。为了考虑可用性,50多名职业健康与安全从业者(如人体工程学家、经理、安全代表和生产人员)参与了该工具的开发。22位人体工程学家的评估支持了该推挽工具总体上对用户友好。