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DEVELOPMENT OF A NOVEL CRAWLER BASED ROBOT FOR MOORING CHAIN CLIMBING

机译:一种开发一种用于系泊链攀岩的新型履带机器人

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摘要

Mooring systems experience high tidal waves, storms and harsh environmental conditions. Therefore, ensuring the integrity of mooring chain is important. The aim of the work reported in this paper is to develop a robotic system that performs in-service non-destructive testing of mooring chains. The inspection system is an autonomous device that operates in air as well as underwater. The permanent magnet adhesion crawler robot developed can climb mooring chains at a speed of 42cm/minute with a pay load of 50N. FEA study of the magnetic adhesion module, structural analysis, prototyping and testing of the robot is presented in this paper.
机译:系泊系统体验高潮汐波,风暴和苛刻的环境条件。因此,确保系泊链的完整性很重要。本文报告的工作的目的是开发一个机器人系统,该系统执行系泊链的服务中的无损检测。检查系统是一种在空气中和水下工作的自主设备。永磁粘附履带机器人开发的机器人可以以42厘米/分钟的速度升降系泊链,支付负荷为50N。本文提出了FEA研究磁性粘合模块,结构分析,原型设计和测试机器人的测试。

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