An Integrated Information System for Offshore Platforms Based on Distributed Technology

Abstract

The present invention relates to a comprehensive information integration system for offshore platforms based on distributed technology, which has the ability of long-term, continuous, and real-time data collection, centralized monitoring, and centralized storage of the operating status of various business systems on the platform, and supports remote monitoring and command. Centrally stored data can provide data processing and analysis services. The system mainly consists of five parts: platform data center, centralized monitoring center group, remote data service center, mobile application system and Beidou transmission module. The system is deployed as a whole on the floating platform, islands and reefs, the headquarters and the cloud. The present invention adopts OPC‑UA standard technology and cloud computing technology to realize the three places of the offshore platform, nearby islands and reefs, and the headquarters, and to realize the data intercommunication based on the mobile terminal without limiting the specific physical orientation, and has high reliability, safety and reliability. Maintainability, can effectively adapt to severe weather conditions at sea.

Description

technical field [0001] The invention relates to the technical field of ship and ocean engineering testing, in particular to an integrated information integration system for offshore platforms based on distributed technology. Background technique [0002] The sea test verification platform includes multiple specific business subsystems, involving many contents and technical categories, and there are many types of information to be monitored, and the monitoring cycle is long. During the verification process, how to effectively integrate different types and structures of test information , efficiently and economically inspect and evaluate the overall state of the platform, reduce the number of platform test personnel, and ensure the safety of test personnel have become urgent problems to be solved. [0003] Existing information integration systems are mostly aimed at a single business system, which can only meet the local data collection, monitoring and storage of the business ...

AI Technical Summary

Problems solved by technology

The disadvantages of this information integration system are: (1) Since each business system is independent of each other, the data between different business systems cannot be interconnected, and it is impossible to collect various information and data from multiple business systems on the platform and to centrally monitor multiple business subsystems , there is a lack of inspection and evaluation of the overall status of the platform, different business systems are deployed in different locations, many test personnel are required to monitor, and the subsystems in harsh environments may have a certain impact on the health of monitoring personnel; (2) the information and The monitoring and storage of data is only local. Under the complex environmental conditions at sea, the security of data cannot be guaranteed, and the requirements for remote monitoring and remote command of the platform cannot be met. In bad weather such as typhoon, the platform personnel evacuate, resulting in During the period, the status of the platform is unknown

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