Offshore operating personnel drowning monitoring system

Abstract

The invention discloses an offshore operating personnel drowning monitoring system, which comprises a drowning monitoring module, a positioning module, a communication module and a control module, wherein the drowning monitoring module is used for monitoring related information of offshore operating personnel; the positioning module is used for monitoring the positioning information of the offshore operating personnel; the communication module is used for transmitting the information to a back-end system; and the control module is electrically connected to the drowning monitoring module, the positioning module and the communication module, and is used for judging whether the related information which is monitored by the drowning monitoring module is normal or not and / or for analyzing and comparing the related information which is monitored by the drowning monitoring module with original related information saved in the control module, so as to judge whether the related information is normal or not, and when the related information is abnormal, drowning alarm information is transmitted by virtue of the communication module, and the related information monitored by the drowning monitoring module and the positioning module is transmitted to the back-end system. The monitoring system provided by the invention is timely in alarm, accurate in positioning and capable of avoiding misoperations.

Description

technical field [0001] The invention relates to the technical field of offshore worksites, in particular to a monitoring system for personnel falling into the water at sea. Background technique [0002] The sea is rich in resources, people get more and more things from the sea, and more and more developments are carried out on the sea, which also increases offshore operations, such as offshore oil exploration, offshore wind farms, etc. At present, offshore wind power generation has many advantages over land wind power generation, but the construction of offshore wind power plants is more difficult, and the safety and rescue of staff are also facing great challenges. [0003] At this stage, the environment of offshore work sites such as offshore wind farms is relatively harsh, and staff often need to work on offshore platforms 10-80 kilometers offshore. However, due to the importance of personnel positioning, the majority of owners have not paid attention to it. There have b...

AI Technical Summary

Problems solved by technology

At present, many human body safety status monitoring devices are poor in portability and have a single function. They can only realize the collection and monitoring of human vital signs information, and cannot meet the safety status monitoring, early warning, and life support of personnel in special environments such as offshore wind farms and other offshore operations. and management

[0005] In addition, most devices use a single positioning system, namely the Beidou satellite system or GPS global positioning system, to obtain the location information of the corresponding personnel, but because different positioning systems have different emphases, they often have certain limitations

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