Integrated management and control system for PE pipe welding data

Abstract

The invention discloses an integrated management and control system for PE pipe welding data which comprises a user layer, an application layer and a bundled layer as well as an intelligent data acquisition terminal. The user layer consists mainly of the management on the personnel, equipment, projects, engineering, data analysis, data inquiry and reports. Through the gathering, statistics and analyzing of the acquired data, the construction and management over PE natural gas pipelines could be ensured forcibly. The application layer provides a unified organization and mechanical service and a unified code service so as to ensure the uniqueness of all users and the fundamental data as well as provides statistical analyzing services needed for the display of businesses at previous layer; at the same time, in order to make the system more expansive and more integrated, an enterprise service bus is provided. The data layer is mainly responsible for data acquisition, cleaning and storing. The intelligent data acquisition terminal acquires data from various welding devices and communicates with an automatic data acquisition platform to complete the two-way data exchange.

Description

technical field [0001] The invention belongs to the field of database technology. Background technique [0002] The engineering quality of the gas pipeline network is related to the safety of gas transmission and use, and is a crucial issue. In order to ensure the safety of gas engineering, we are required to do a good job in the quality of gas construction. In gas construction, we usually use flaw detection and filming methods to inspect the welding joints of cast iron pipe connections, and only after the welding joints are qualified can they be buried; for the welding joints of polyethylene pipes, we also need to ensure that the welding joints are qualified It can be landfilled later, so what method should be used? Under normal circumstances, the method of observation is used to inspect the welded joints, which is highly subjective; the method of suppressing the PE pipe network is used for inspection, which can only inspect the current air tightness of the pipe network. ...

AI Technical Summary

Problems solved by technology

In gas construction, we usually use flaw detection and filming methods to inspect the welding joints of cast iron pipe connections, and only after the welding joints are qualified can they be buried; for the welding joints of polyethylene pipes, we also need to ensure that the welding joints are qualified It can be landfilled later, so what method should be used? Under normal circumstances, the method of observation is used to inspect the welded joints, which is highly subjective; the method of suppressing the PE pipe network is used for inspection, which can only inspect the current air tightness of the pipe network. The internal quality and long-term working performance of the mouth are inconclusive

Images