Novel offshore detection platform

Abstract

The invention provides a novel offshore detection platform. The novel offshore detection platform comprises: a main ship body; auxiliary ship bodies which are fixed to the two sides of the stern of the main ship body; an ROV retracting and releasing system which is composed of ROV retracting and releasing platforms arranged on the two sides of the bow of the main ship body and underwater detection ROV equipment matched with the ROV retracting and releasing platforms; a sonar detector whch is arranged at the bottom of the main hull; close-range observation devices which are arranged on the two sides of the ship bottom of the main ship body; an unmanned aerial vehicle whichc is provided with a video acquisition device and a signal receiving-transmitting device; a communication system whichcomprises a communication base station arranged on the deck of the main ship body; a power system which is composed of a main driving device arranged on the main ship body and a slave driving devicecarried on the underwater detection ROV equipment; and a control system which comprises a platform control system, a detection equipment control system and a communication equipment control system. The novel offshore detection platform has the characteristics of wide communication range, strong detection effect, large detection range, long working time and the like, and can be used as a reliable detection platform.

Description

technical field [0001] The invention relates to offshore detection, in particular to a new type of offshore detection platform. Background technique [0002] The current detection methods include unmanned aerial vehicles, detection ships and AUV (Autonomous Underwear Vehicle, referred to as AUV, autonomous underwater robot) detection, etc. Although the detection range of unmanned aerial vehicles is wide, it is not detailed, let alone the underwater situation. , and cannot be used in deep seas (no take-off and landing platform); the detection ship can detect the underwater situation to a certain extent, but it is not clear and the detection accuracy is not high; although the AUV can do detailed detection of the underwater situation, the speed Low, the detection range is small, and direct communication with the shore base is not possible. The above detection methods are often restricted by various conditions when performing operations, and it is difficult for us to meet the r...

AI Technical Summary

Problems solved by technology

[0002] The current detection methods include unmanned aerial vehicles, detection ships and AUV (Autonomous Underwear Vehicle, referred to as AUV, autonomous underwater robot) detection, etc. Although the detection range of unmanned aerial vehicles is wide, it is not detailed, let alone the underwater situation. , and cannot be used in deep seas (no take-off and landing platform); the detection ship can detect the underwater situation to a certain extent, but it is not clear and the detection accuracy is not high; although the AUV can do detailed detection of the underwater situation, the speed Low, the detection range is small, and it cannot communicate directly with the shore base

The above detection methods are often restricted by various conditions when performing operations, and it is difficult for us to meet the requirements in terms of detection accuracy, working hours and measurement range at the same time

Images