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3D printed underwater housing

机译:3D打印水下房屋

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摘要

3D printing, or adaptive manufacturing, has become a common tool to use when developing attachments for many different applications. In this paper, the viability of using inexpensive Fused Deposition Modelling 3D printing techniques to develop a housing to hold sensors is explored. The developed housing is not only required to hold the sensors, it also needs to be able to conform within the given predefined mounting points of a commercially acquired robot. The main challenge proposed is the ability for the device to be able to be submerged under the water for extended periods of time while an AUV is completing a variety of tasks.
机译:3D打印或自适应制造已成为在为许多不同应用程序开发附件时使用的通用工具。在本文中,探索了使用便宜的熔融沉积建模3D打印技术来开发用于容纳传感器的外壳的可行性。所开发的壳体不仅需要固定传感器,还需要能够在商业上获得的机器人的给定预定义安装点内适应。提出的主要挑战是在AUV完成各种任务时,该设备能够长时间浸入水下的能力。

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