Remote monitoring system and remote monitoring method for self-sustaining profile buoy

Abstract

The invention discloses a remote monitoring system and a remote monitoring method for a self-sustaining profile buoy, which can realize multi-trajectory drawing, display the geographical position trajectory of the self-sustaining profile buoy in real time, display the geographical position trajectory of a plurality of self-sustaining profile buoys in real time, and also display the historical geographical position trajectory. The invention can realize the real-time monitoring of the self-sustaining profile buoy under the condition that no one operates; Remote control is realized, which improves the monitoring and control efficiency of self-sustaining profile buoy and prevents control errors. The invention realizes the expansion of any number of self-sustaining profile buoys through the buoy foundation information management; Through trajectory selection, the geographic location trajectory of self-sustaining profile buoy can be displayed and hidden freely. The invention has the advantages of high real-time performance, fast response speed, stability, reliability, flexibility and practicality, etc. As that data of the invention doe not need to be manually record in paper, the green monitoring of the self-sustaining profile buoy is realized.

Description

technical field [0001] The invention belongs to the technical field of buoy monitoring, and in particular relates to a remote monitoring system and method for a self-supporting profile buoy. Background technique [0002] For the monitoring of existing self-sustaining profile buoys, in order to realize the drawing of buoy trajectories, it is generally necessary to obtain the geographic location information of the buoy first. After obtaining the geographic location information of the buoys, manually enter the geographic location information of the buoys to display the trajectory of a single buoy , the multi-trajectory real-time drawing and trajectory direction indication of buoys cannot be performed. In terms of buoy control, it is impossible to directly set parameters and send remote commands to allow the self-sustained profiling buoy to perform profile movement, but must manually enter commands, form sbd files and edit and send them by email. This method depends on the care...

AI Technical Summary

Problems solved by technology

[0002] For the monitoring of existing self-sustaining profile buoys, in order to realize the drawing of buoy trajectories, it is generally necessary to obtain the geographic location information of the buoy first. After obtaining the geographic location information of the buoys, manually enter the geographic location information of the buoys to display the trajectory of a single buoy , the multi-trajectory real-time drawing and trajectory direction indication of buoys cannot be performed

In terms of buoy control, it is not possible to directly set parameters and send remote commands to allow the self-sustained profile buoy to perform profile movement, but must manually enter commands to form sbd files and edit emails to send

This method depends on the carefulness of the controller, and it is very prone to control errors

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