Title :
Development of armour stone covering robots for breakwater construction
Author :
Chi Hyo Kim ; Min Ki Lee
Author_Institution :
Res. Inst. of Mechatron., Changwon Nat. Univ., Changwon, South Korea
Abstract :
This research develops two types of heavy robots to cover breakwater with armour stones. The robots assemble the armour stones weighing over two tons on the surface of the breakwater to protect it from storming waves. For construction above sea level, a robot named Stone Man is developed, whereas for construction below sea level, a robot named Stone Diver is built. In addition, Underwater Filming Device (UFD) is designed to film objects in turbid water. Stone Man is designed by a parallel mechanism which enables to handle heavy armour stones dexterously. Stone Diver is developed to work in subsea by waterproofing Stone Man. UFD films objects through the clean water in a transparent box. Stone Diver works with UFD to assemble armour stones in turbid water. Its efficiency depends on the operator´s skill but Stone Diver is expected to have much higher efficiency in deep water where human divers are unable to work. Furthermore, while the work is being carried out, UFD is capturing a live video of working process which is recorded for supervisory data so that the work quality can be easily managed.
Keywords :
dexterous manipulators; excavators; geotechnical structures; industrial manipulators; rocks; turbidity; waterproofing; Stone Diver robot; Stone Man robot; UFD; armour stone assembling; armour stone covering robot development; breakwater construction; breakwater surface; clean water; deep water; dexterous heavy armour handling; heavy robots; live video capture; object filming; operator skill; parallel mechanism; sea level; storming waves; supervisory data; transparent box; turbid water; underwater filming device; waterproofing; work quality management; working process; Actuators; Monitoring; Robots; Stone Diver; Stone Man; Underwater Filming Device; armour stone; breakwater; parallel mechanism; underwater construction robot;
Conference_Titel :
Control, Automation and Systems (ICCAS), 2014 14th International Conference on
Conference_Location :
Seoul
Print_ISBN :
978-8-9932-1506-9
DOI :
10.1109/ICCAS.2014.6987824