Novel seabed base

Abstract

The invention provides a novel seabed base. The novel seabed base comprises a baseboard with the circumference uniformly provided with a group of supporting plates, the baseboard is connected with a main releaser, the main releaser is connected with a main floating body, the main floating body is provided with the main releaser, the main releaser is in communication connection of a communication station arranged outside the seabed base, the supporting plates is connected with a main floating body release rope bin, main floating body release ropes respectively connected with the supporting plates and the main floating body are arranged in the main floating body release rope bin, and the main floating body is also connected with a marine apparatus and a tracker; and a drug prevention cover is connected between every two adjacent supporting plates in a matching manner, and drug prevention covers match with the baseboard to form a closed conical structure with a cavity. The novel seabed base is convenient to transport and carry, a serially connected single releaser control single floating body double-insurance system is adopted, floating body effluent GPS tracing positioning is carried out to constantly monitor the position of an apparatus, and baffle plates are arranged below the bottom rack of the seabed base to prevent the bottom net drug in order to prevent fish-up of the seabed base.

Description

technical field [0001] The invention relates to the technical field of seabed foundations, in particular to a novel seabed foundation. Background technique [0002] The seabed base is a carrier for carrying marine observation equipment, and it is the application and development of submersible technology. This carrier can be used for preliminary investigation and environmental protection of marine engineering in shallow waters. The complexity of the marine environment makes us have higher requirements for the stability of marine observation equipment, especially the seabed foundation placed on the shallow bottom of the sea for a long time, due to sedimentation, trawling, biological adhesion, instrument reliability, material life, Influenced by the design structure, etc., the success rate of seabed foundation recovery is not high. Most of the domestic seabed foundation floating systems use two releasers to control one floating body or one releaser to control one floating body,...

AI Technical Summary

Problems solved by technology

The complexity of the marine environment makes us have higher requirements for the stability of marine observation equipment, especially the seabed foundation placed on the shallow bottom of the sea for a long time, due to sedimentation, trawling, biological adhesion, instrument reliability, material life, Influenced by the design structure, etc., the success rate of seabed foundation recovery is not high. Most of the domestic seabed foundation floating systems use two releasers to control one floating body or one releaser to control one floating body, especially the key component of the seabed foundation. , After the release device is released, the floating bodies made of different materials will experience different degrees of water permeability, buoyancy reduction, and jamming problems after long-term immersion in seawater, erosion of ocean currents, or friction of bottom hauling fishing nets. It will not be able to float, or the seabed will be picked up by an unknown ship, and it will not be recovered in time, which will easily lead to recovery failure and double loss of property and ocean observation data

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