Real-time monitoring system and monitoring method for full deep sea pressure simulation test device

Abstract

The invention discloses a real-time monitoring system and monitoring method for a full deep sea pressure simulation test device. The system comprises a pressure simulation device and a monitoring system; the pressure simulation device comprises a control unit electronic cabin, an oil charging junction box, an underwater lamp, an underwater camera, a holder, a pressure sensor and a tested object which are arranged on a support; the support is arranged inside the pressure simulation device, the postures of the underwater lamp and the underwater camera can be adjusted via the holder, and relevant test data information acquired by the underwater camera can be transmitted to the monitoring system via a fiber. The pressure simulation test device is optimized and upgraded on function without being damaged, and the test process of 'blind pressure of a black box' is changed into 'visual pressure of a white box', so that the system has the functions of monitoring the pressure inside the pressure simulation test device, monitoring videos, monitoring and acquiring the state of the tested object and relevant parameters and the like.

Description

technical field [0001] The invention relates to the technical field of performance testing of deep sea engineering equipment, in particular to a real-time monitoring system and a monitoring method for a full deep sea pressure simulation test device. Background technique [0002] The 21st century is the "Ocean Century". The ocean is rich in biological resources, chemical resources, mineral resources, power resources and water resources, and it is currently the most potential strategic space for development. With the development of my country's marine power strategy, the 11,000-meter-level full-sea deep ocean engineering equipment can conduct full-sea-depth submarine observations. It is a sharp tool for exploring the mysteries of the earth, the origin of organisms, and the development of marine resources, and has attracted much attention at home and abroad. All-sea deep-sea equipment puts forward extremely high requirements for each component and its function. During its deve...

AI Technical Summary

Problems solved by technology

At present, the pressure cylinders of many domestic deep-sea engineering equipment research and development units are fully enclosed during the simulated high-pressure environment test process, that is, there is no observation window or any other data information except the console pressure gauge to display the current pressure inside the pressure simulation test device. For the tester to monitor the test status of the test object inside the pressure cylinder, basically in the state of "black box blind pressure"

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