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Understanding welding practices on shipyards : an ethnographic study for designing an interactive robot welder

机译:了解造船厂的焊接实践:民族志研究设计交互式机器人焊机

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摘要

The aim of this ethnographic study was to understand welding practices in shipyard environments with the purpose of designing an interactive welding robot that can help workers with their daily job. The robot is meant to be deployed for automatic welding on jack-up rig structures. The design of the robot turns out to be a challenging task due to several problematic working conditions on the shipyard, such as dust, irregular floor, high temperature, wind variations, elevated working platforms, narrow spaces, and circular welding paths requiring a robotic arm with more than 6 degrees of freedom. Additionally, the environment is very noisy and the workers – mostly foreigners – have a very basic level of English. These two issues need to be taken into account when designing the interactive user interface for the robot. Ideally, the communication flow between the two parties involved should be as frictionless as possible. The paper presents the results of our field observations and welders’ interviews, as well as our robot design recommendation for the next project stage.
机译:这项人种学研究的目的是了解船厂环境中的焊接实践,目的是设计一个可以帮助工人完成日常工作的交互式焊接机器人。该机器人旨在部署用于自升式钻机结构上的自动焊接。由于造船厂的几种工作条件存在问题,例如灰尘,不规则的地板,高温,风力变化,工作平台升高,狭窄的空间以及需要机器人手臂的圆形焊接路径,因此机器人的设计成为一项具有挑战性的任务具有6个以上的自由度。此外,环境非常嘈杂,工人(主要是外国人)的英语水平非常基础。在设计机器人的交互式用户界面时,需要考虑这两个问题。理想情况下,所涉及的两方之间的通信流应尽可能无摩擦。本文介绍了我们现场观察和焊工访谈的结果,以及我们对下一个项目阶段的机器人设计建议。

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