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Rail DRAGON: Long-Reach Bendable Modularized Rail Structure for Constant Observation Inside PCV

Ryota Yokomura, Masataka Goto, Takehito Yoshida, Shin'ichi Warisawa, Toshihide Hanari, Kuniaki Kawabata, Rui Fukui

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Abstract

To reduce errors in the remote control of robots during decommissioning, we developed a Rail DRAGON, which enables continuous observation of the work environment. The Rail DRAGON is constructed by assembling and pushing a long rail structure inside the primary containment vessel (PCV), and then repeatedly deploying several monitoring robots on the rails to enable constant observation in a high-radiation environment. In particular, we have developed the following components of Rail DRAGON: bendable rail modules, straight rail modules, a basement unit, and monitoring robots. Concretely, this research proposes and demonstrates a method to realize an ultralong articulated structure with high portability and workability. In addition, it proposes and verifies the feasibility of a method for deploying observation equipment that can be easily deployed and replaced, while considering disposal.

Index terms

Mechanism Design Cellular and Modular Robots Environment Monitoring and Management