Underwater crack detector control system and method

Abstract

The invention provides an underwater crack detector control system and method. The control system comprises a mobile terminal, a server, a plurality of cell terminals and an underwater crack detector; the underwater crack detector shoots pipe walls of underwater pipelines to acquire video data; a control unit is used for analyzing the acquired video data at real time, intercepting a video segment containing a corrosion or a crack as a suspicious video when judging the corrosion or the crack exists in the video data, and sending the suspicious video to the mobile terminal by a communication unit; the mobile terminal is used for filtering the received suspicious videos by workers and uploading the filtered suspicious videos to a server; according to the corrosion or crack degree in the suspicious video, the server generates a reminding instruction and sends the reminding instruction to the cell terminals; and, the cell terminals display the received reminding instruction. The underwater crack detector control system can detect the crack of the underwater pipelines by infrared detection, and can send the videos to the mobile terminal, so that the workers are convenient to check.

Description

technical field [0001] The invention belongs to the field of building flaw detection, and in particular relates to an underwater flaw detector control system and method. Background technique [0002] At present, the number of underwater pipelines in our country is increasing. Because the underwater pipelines are in a special underwater environment, many underwater pipelines have side leakage, fracture and other accidents over the years and with the use of time, which has become a huge hidden danger to property and life safety. At present, the commonly used underwater pipeline flaw detection method is mainly to drain the reservoir, and then inspect the underwater pipeline, but this method is more complicated and time-consuming. Therefore, the flaw detection of underwater pipelines is a difficult point in the repair and reinforcement of underwater pipeline cracks. Contents of the invention [0003] Aiming at the defects in the prior art, the present invention provides an u...

AI Technical Summary

Problems solved by technology

Because the underwater pipelines are in a special underwater environment, over the years, with the longer and longer use time, many underwater pipelines have side leakage, fracture and other accidents, which have become a huge hidden danger that endangers property and life safety.

At present, the commonly used underwater pipeline flaw detection method is mainly to drain the reservoir and then inspect the underwater pipeline, but this method is more complicated and time-consuming

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