System, method and device for prefabricating informatization whole-lifecycle pipeline

Abstract

The invention discloses a system and method for prefabricating and installing an informatization whole-lifecycle pipeline. The method comprises the following steps of outputting an ISO-IDF (International Standard Organization-Integrated Data File) interface file in a design stage, reading coordinates and data in an IDF, and forming a prefabricated pipe section package; creating a prefabricating plan according to the production ability, the productivity and the processing process of each production line, forming a work order, and generating barcode data; calculating the length of a pipe, creating CNC (Computerized Numerical Control) cutting data, length data and prefabricating data, automatically distributing the work order to each production line, and carrying out the production process tracking and the state tracking; and scanning a barcode once by using a scanner, wherein the scanning shows that a corresponding working procedure is completed and qualified, real-time stage variation exists in a database after each scanning, and thus the production process and the state of the pipe can be queried in a tracking way. According to the system and method disclosed by the invention, the organic integration of whole-lifecycle information during a designing, prefabricating and installing process of a pipeline can be reached, and the purposes of data search, resource sharing and information communication are realized.

Description

technical field [0001] The invention relates to a pipeline prefabrication system, in particular to an informationized full life cycle pipeline prefabrication system, method and device thereof. Background technique [0002] The prefabrication and installation of pipelines is an important part of factory construction. From drawing design to plan preparation, to factory prefabrication of pipelines, and to on-site installation, there are many procedures and frequent site transfers; The entire process and status of the final product are not effectively managed and monitored. The existing technical problems mainly include the following points: [0003] (1) The information in the process of pipeline design, prefabrication and installation has not been effectively integrated and unified; [0004] ⑵The design drawings of the pipeline are manually disassembled, and the plan is compiled manually, all of which are sent to the production department in the form of paper documents, withou...

AI Technical Summary

Problems solved by technology

[0003] (1) The information in the process of pipeline design, prefabrication and installation has not been effectively integrated and unified;

[0004] ⑵The design drawings of the pipeline are manually disassembled, and the plan is compiled manually, all of which are sent to the production department in the form of paper documents, without effective traceability;

[0005] ⑶ The production process and progress, including the results of testing and inspection, are all archived in paper form, which is difficult to query and difficult to count data;

[0006] ⑷The entire production process cycle is scattered, and the single-point management mode leads to high management costs

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