Full life cycle tracking method for welding seam information of oil platform steel structure

Abstract

The invention discloses a full life cycle tracking method for welding seam information of an oil platform steel structure, which comprises the steps of performing modeling on the oil platform steel structure by adopting TEKLA software, performing secondary development on a TEKLA platform, and realizing extraction for basic welding seam information of an oil platform steel structure model; building an oil platform steel structure welding seam information tracking system by using a C# language, inputting the basic welding seam information extracted from the TEKLA into the welding seam information tracking system, and editing and storing the basic welding seam information according to requirements; generating a retrieval two-dimensional code for each piece of welding seam information; respectively printing the retrieval two-dimensional codes, and pasting each two-dimensional code at one side of the corresponding welding seam; completing the welding work according to the basic information of the welding seams; and inputting relevant information of the welding personnel, welding seam detection quality information, welding seam maintenance information into a welding seam information query webpage corresponding to the retrieval two-dimensional codes of the welding seams. The work efficiency of welding seam tracking is improved by adopting the method disclosed by the invention.

Description

technical field [0001] The invention relates to a welding seam information tracking method, in particular to a two-dimensional code-based full lifecycle tracking method for welding seam information of an oil platform steel structure. Background technique [0002] An offshore oil platform is a large steel structure used for offshore oil exploitation, and is one of the facilities used for the development and production of offshore oil resources. In the entire platform, the welding area of ​​the oil platform is the most prone to failure. If this area fails, the oil platform will cause local structural instability, which will cause serious harm and huge economic losses. The workload of welding accounts for about one-third of the construction of the entire oil platform, and the cost of welding will also account for about one-half of the construction of the entire oil platform. Very important for construction. The existing welding seam information tracking method is mainly in th...

AI Technical Summary

Problems solved by technology

The existing welding seam information tracking method is mainly in the form of combining software management and paper report storage, resulting in unsmooth transmission of welding information, easy loss, difficult query, low welding efficiency, and increased welding costs

The whole life cycle tracking process of steel structure weld information on oil platforms is completed in a large time span and geographic location span, and it is difficult to complete it at the same time and place at one time

Moreover, the whole life cycle tracking of weld information is a dynamic process. The whole life cycle process of welds needs to be inspected regularly to achieve real-time update of weld information. In the whole life cycle of welds, there is no perfect tracking System, can regularly update the information of the weld, so as to maintain at any time

The emergence of two-dimensional codes has made it easier and faster to obtain information on many occasions. At present, the technology for information management of steel structure welds on oil platforms has appeared, but the application of two-dimensional codes to track the entire life cycle of steel structure weld information on oil platforms technology has not yet appeared

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