Mechatronic system design for science/work class ROV
Journal
Applied Mechanics and Materials
Journal Volume
284-287
Pages
1867-1871
Date Issued
2013
Author(s)
Mu, L.-J.
Chen, E.
Huang, S.-W.
Chen, K.-L.
Chao, J.-C.
Shih, C.-S.
Chen, C.-Y.
Yang, W.-C.
Guo, J.-H.
Abstract
Marine environments cover most of the earth's surface, and average depth more than 3800m. It is rich in biological resources and mineral resources. With the depletion of land resources, marine resources development and utilization is increasingly apparent. However, accompanied by the development of marine resources such as oil, natural gas from offshore extension to the deep ocean, Remotely Operated Vehicle (ROV) for its safety, high efficiency, large range of operating depths, work long hours, is increasingly becoming the development of marine resources important tool. In this study, the science/work-class ROV which design by Taiwan Ocean Research Institute (TORI) and Built from Perry is discussed. © (2013) Trans Tech Publications, Switzerland.
Subjects
Mechatronic system design; Remotely operated vehicle; Underwater robot
SDGs
Other Subjects
Biological resources; Deep ocean; Development and utilizations; Earth's surface; Land resources; Marine environment; Marine resources; Mechatronic systems; Ocean research; Remotely Operated Vehicles (ROV); Underwater robots; Innovation; Marine biology; Mechatronics; Mineral resources; Oceanography; Systems analysis; Remotely operated vehicles
Type
conference paper