Expert System of Winch in Oceanographic Vessels for Scientific Purposes

G. Gonzalez-Filgueira, L. C. Couce
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Abstract

A wider knowledge of the oceans is necessary, therefore, Oceanography achieve a great future development. Within this research activity, oceanographic vessels are an important instrument. In its mission, they should be able to conduct investigations multipurpose, providing basic facilities for the development of disciplines such as Physical Oceanography, Chemical Oceanography, Biological Oceanography and Geological Oceanography. For the development of research campaigns, the ship should organize its configuration of equipment and services according to various scenarios: fishing, oceanographic, seismic, remotely operated vehicle (ROV) and acoustic. In all these vessels, the fixed or portable oceanographic winches are used to download, upload towing and instruments connected by cables, allowing to carry out research work at sea. In this work has been introduced a control system to manage a winch in vessels for a scientific purposes. The system has been designed like a cyber-physical system (CPS) with possibilities to interact with a systems multifunction by means distributed control system (DCS). It also a human-machine interface is disposed with a daily working and emergency program, accompanied by an information system supported by records and alarms to facilitate human decisions making if were necessary. Finally a SCADA is used to corroborate the functioning of the plant properly.
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科学用海洋船绞车专家系统
更广泛的海洋知识是必要的,因此,海洋学取得了巨大的未来发展。在这项研究活动中,海洋研究船是一个重要的工具。在其任务中,它们应该能够进行多目的的调查,为物理海洋学、化学海洋学、生物海洋学和地质海洋学等学科的发展提供基础设施。为了开展研究活动,该船应根据各种情况组织其设备和服务配置:捕鱼、海洋学、地震、遥控操作车辆(ROV)和声学。在所有这些船上,固定或便携式海洋绞车用于下载、上传拖带和通过电缆连接的仪器,以便在海上进行研究工作。本文介绍了一种用于船舶绞车科学管理的控制系统。该系统被设计成一个网络物理系统(CPS),具有通过分布式控制系统(DCS)与系统多功能交互的可能性。它还有一个人机界面,配有日常工作和应急程序,并配有一个由记录和警报支持的信息系统,以便在必要时方便人类做出决策。最后,使用SCADA来证实植物的正常功能。
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