Monitoring device used for remote management of ship and application method thereof

Abstract

The invention discloses a monitoring device used for remote management of a ship and an application method thereof and belongs to the ship remote management technology field. The monitoring device used for the remote management of the ship and the application method thereof comprise a ship monitoring mechanism and a buoy monitoring signal correction mechanism. The ship monitoring mechanism is connected to the buoy monitoring signal correction mechanism in a signal connection mode. The ship monitoring mechanism comprises a center control bench, a signal input end and a signal output end. Sea area magnetic field distribution can be monitored. When the ship is sailing on a sea surface with an abnormal magnetic field area, an error offset of sensor data is recorded, and parameters during a sailing process of the ship are corrected in time so that a seaman can timely and correctly adjust a sailing condition of the ship. At the same time, an ocean buoy is used as a signal base station, a signal connection method of carrying the ocean buoy is adopted, offset adjustment data is uploaded and backed up to facilitate the normal sailing of other ships.

Description

Technical field [0001] The invention relates to the technical field of ship remote management, and more specifically, to a monitoring device for ship remote management and a method of use thereof. Background technique [0002] In ship navigation technology, ship remote monitoring technology has attracted more and more attention in recent years. With the improvement of ship information management requirements, higher requirements have been put forward for the monitoring of ship equipment. However, due to the particularity of the geographic location of ship equipment, the traditional manual monitoring and management methods are far from meeting the requirements of information management and realizing effective remote monitoring of ship equipment. The research and development of a network-based ship monitoring system is based on It is an inevitable requirement for a maritime power to become a maritime power. In addition to improving the working conditions of the crew, reducing their...

AI Technical Summary

Problems solved by technology

[0004] Existing ship monitoring devices have played a very important role in anti-collision, anti-pollution, anti-piracy and management monitoring of ships. It can be monitored, but the magnetic field distribution in the deep sea is special and closely related to the occurrence of magnetic bodies, forming a more complex magnetic anomaly image. The characteristics of the magnetic anomaly in the ocean basin are completely different from those in the shallow sea. It shows that the positive and negative phases are parallel to each other. The strip-shaped magnetic anomaly or a series of high-amplitude spike-shaped magnetic anomalies and chain-shaped magnetic anomalies caused by magnetic seamounts and seamount chains, so the high-precision ships equipped with high-precision ships are extremely vulnerable to The influence of the abnormal magnetic field distribution will cause errors in the monitoring data, and the monitoring data will be directly fed back to the adjustment of the ship's navigation, which will affect the ship's navigation

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