A new type of fully automatic seabed foundation

Abstract

The invention discloses a novel full-automatic seabed base. The novel full-automatic seabed base comprises a disc seat body, a floating body, a releaser and a control system, wherein the floating body is arranged in an accommodating chamber, fixed by the releaser and connected with the accommodating chamber via a rope; the releaser is connected with the control system; a cover body and a driving device are arranged on the disc seat body; a silt removal device is arranged under the disc seat body; a detecting element is arranged on the cover body or the disc seat body and connected with the control system; the control system sends a driving signal for separating the cover body from a seabed silt layer to the silt removal device; the detecting element sends a detection signal to the control system after detecting that the cover body is separated from the seabed silt layer; the control system sends an opening / closing signal for opening the cover body to the driving device after receiving the detection signal; the driving device opens the cover body; the control system sends a release signal for releasing the floating body to the releaser; the releaser releases the floating body. The novel full-automatic seabed base is simple in structure, convenient to operate, good in silting prevention effect, high in degree of automation and instrument recovery, convenient and efficient.

Description

technical field [0001] The invention relates to the technical field of marine monitoring, in particular to a novel fully automatic seabed foundation. Background technique [0002] With the development of the marine industry, the detection of the ocean is becoming more and more important. The seabed base is a comprehensive automatic monitoring device equipped with detection instruments and placed on the seabed for fixed-point, long-term, continuous measurement of the marine environment. It has long-term automatic monitoring, With good concealment and other characteristics, it is an important technical means to obtain long-term underwater comprehensive observation data. When the seabed base is put into the seabed, due to the presence of ocean currents on the seabed, the seawater will often roll up sand and cover the seabed base during the flow, making it impossible for the floating body to float up, resulting in the failure of the detection instrument and the seabed base to be...

AI Technical Summary

Problems solved by technology

When the seabed base is put into the seabed, due to the presence of ocean currents on the seabed, the seawater often rolls up sand and covers the seabed base during the flow process, making it impossible for the floating body to float up, resulting in the failure of the detection instrument and the seabed base to be recovered, resulting in the loss of data and property. At present, the anti-silting effect of the existing seabed foundation is not good, the seabed foundation has no automatic desilting ability, and the floating body cannot float when the siltation is deep, and the low recovery rate of the equipped instruments restricts the development of the marine monitoring industry

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