An Intelligent Thrust Shaft Monitoring System for Ships

Abstract

The invention discloses an intelligent shafting monitoring system of a ship, which includes a data acquisition device and an intelligent cloud platform. The invention realizes the control and management of the shafting operation network through the intelligent cloud platform, and ensures that the information of the shafting is transmitted to the staff on board in time. When the shafting system is connected to the intelligent cloud platform, the relevant sensors provide the intelligent cloud platform with the basic information, capability information, time information, status information and task information of the shafting equipment through the local area network; the navigation satellite provides navigation information for the platform; the cloud platform The firewall ensures the safety of the entire operating network. The visual monitoring system is used to monitor whether the related hardware is in good condition during the work process and whether the hardware is damaged during the operation process, which greatly improves the monitoring speed and accuracy of the shafting fault and prevents artificial Misjudgment: Connecting the network and the visual monitoring system can carry out online and offline video surveillance, more intuitively observe the operating status of the shafting system and detect shafting operation problems in time.

Description

technical field [0001] The invention relates to an intelligent shafting monitoring system of a ship, which belongs to the technical field of shafting monitoring and management of ships in ships and ocean engineering. Background technique [0002] With the development of science and technology and the improvement of intelligent level, the field of intelligent monitoring system has gradually matured, and the same is true for shafting monitoring. With the increasing tonnage of ships, the demand for ship power is also increasing , the volume of the shafting system will also expand accordingly, which makes the monitoring of the shafting system more difficult. Therefore, the intelligent monitoring of the shafting system has great potential value and can reduce the pressure on the staff on board. [0003] The current shafting monitoring is mainly through manual monitoring, which can only monitor the problems of shafting equipment intuitively, but cannot find the objective problems ...

AI Technical Summary

Problems solved by technology

[0003] The current shafting monitoring is mainly through manual monitoring, which can only monitor the problems of shafting equipment intuitively, but cannot find the objective problems of the shafting system. If the failure of the shafting system is not found in time, the service life of the shafting system will be shortened and the ship will be heavier. Financial expenditure and operating costs of the enterprise

At the same time, due to the harsh sea environment, shipping companies have high requirements for the quality of crew members, resulting in a shortage of crew members

[0004] At present, the crew's judgment on shafting failures and difficult problems mainly relies on experience and theoretical knowledge, and it is inevitable that inappropriate decisions will occur, resulting in unnecessary manpower, material and financial losses.

For ships underway, due to the complex navigation environment at sea, inappropriate decision-making will cause more serious losses

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