Deep sea section tight type anchor buoy arrangement method

Abstract

The invention discloses a Deep sea section tight type anchor buoy arrangement method. The method comprises the following steps of: assembling the buoy on a boat and then making the buoy enter a normalworking state; making a sensor mounted on the buoy have real-time communication with a buoy controller; vulcanizing an ICC steel cable and a plastic-coated steel cable interface; carrying out total-water-depth vertical section CTD field observation at a preset buoy position so as to finish preparation before arrangement; determining the final actual buoy arrangement point position according to the seabed conditions and water depth close to the preset buoy position; determining the sailing route based on against-wind and against-flow sailing arrangement rules according to the actual buoy arrangement point position, the arrangement field air flow environment, the predicted operation time and the preset sailing speed; lifting the buoy body from the start point of the sailing route, and starting the boat at a first-grade speed against the air flow synthetic direction; and sequentially putting the steel cable, a nylon rope, a glass floating ball and a releaser into water until an anchor block is lifted at the end point of the sailing route so as to end arrangement of the buoy.

Description

technical field

[0001] The disclosure belongs to the technical field of deep-sea buoys, and relates to a method for deploying deep-sea section tensioned mooring buoys. Background technique

[0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art.

[0003] As a kind of ocean observation platform, buoys are playing an increasingly important role, and their application range is becoming wider and wider. However, it is difficult for most buoys to measure underwater ocean parameters in large quantities and at large depths in real time. At the same time, they can only be deployed offshore due to the limitation of communication networks. For example, some buoys use self-contained sensors installed in the mooring system of the buoy, and the data can only be read from the sensor after the buoy is recovered; the data acquisition controller of some buoys is directly connected to each sen...

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