Robot Design of Underwater Building Surface Dredging - Structural Design

Liaoyuan Wang, Zhiqiang Liu, Zhiguang Li
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Abstract

In order to improve the efficiency of dredging, reduce the cost of dredging and ensure the safety of operation, this paper designs an underwater building surface dredging robot (hereinafter referred to as "underwater dredging robot"), which mainly includes the following aspects. The structure of underwater dredging robot is planned and divided into dredging system, walking system, driving system and support system. According to the actual work situation and the characteristics of each system, the scheme selection and structure design are carried out, and the overall layout scheme is obtained. The materials of the support system are selected and its force under different working conditions is analyzed. Through finite element analysis and modal analysis, it is verified that its reliability meets the requirements and there is no resonance phenomenon in the work.
水下建筑表面疏浚机器人设计 - 结构设计
为了提高清淤效率,降低清淤成本,保证作业安全,本文设计了一种水下建筑物表面清淤机器人(以下简称 "水下清淤机器人"),主要包括以下几个方面。对水下清淤机器人的结构进行规划,分为清淤系统、行走系统、驱动系统和支撑系统。根据实际工作情况和各系统的特点,进行方案选择和结构设计,得出总体布局方案。对支撑系统的材料进行选择,并分析其在不同工况下的受力情况。通过有限元分析和模态分析,验证其可靠性符合要求,工作中无共振现象。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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