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A multi-level systems approach for the development of tools, equipment and work processes for the construction industry

机译:用于建筑行业的工具,设备和工作流程开发的多层次系统方法

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摘要

Ergonomics is a key issue in the construction industry. Many work tasks and associated equipment and tools are not designed with ergonomics principles in mind. Often, in the development of power tools for construction, any attention to ergonomics is restricted to the human-machine interface and handle design. The need for ergonomics intervention in the development process originates from considerations of safety, health, physical work load, and productivity. It is argued that in each of these respects, the construction industry has lower standards than other industries and therefore has a need and opportunity for improvement. A multi-level ergonomics approach is proposed addressing these issues. The approach defines five levels of ergonomics intervention, from designing individual tools for safety, to designing wider aspects of construction and work flow for optimal productivity. This holistic approach is illustrated using case study examples of the development of power tools and work methods.
机译:人机工程学是建筑行业的关键问题。许多工作任务以及相关的设备和工具在设计时并未考虑到人体工程学原理。通常,在用于建筑的动力工具的开发中,对人机工程学的任何关注都限于人机界面和手柄设计。在开发过程中需要进行人机工程学干预是出于对安全性,健康状况,体力劳动负荷和生产率的考虑。有人认为,在上述各个方面,建筑业的标准均低于其他行业,因此有改进的需要和机会。提出了一种多层次的人体工程学方法来解决这些问题。该方法定义了人体工程学干预的五个级别,从设计单个安全工具到设计更广泛的结构和工作流程以实现最佳生产率。使用电动工具和工作方法开发的案例研究示例说明了这种整体方法。

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