Monitoring and management method for shield machines

Abstract

The invention relates to the field of shield machine monitoring technology, in particular to a monitoring and management method for shield machines. The method comprises the steps that S1, shield machine data on different engineering fields is collected and remotely transmitted to a field database of the engineering fields; S2, the shield machine data is extracted from the field database according to a data form in the field database and stored into a core database, data integration and data processing are performed on the stored shield machine data in combination with project data in a basic database and the field database, the operating state of the shield machines and progress of works are analyzed, and summarization is performed to generate a management data table and a data curve; and S3, the generated management data table and data curve are loaded to a display interface in the form of image-texts or lists so as to perform monitoring and management on each shield machine on different engineering fields. Therefore, construction time is shortened, a large quantity of manual links are reduced, engineering cost is lowered, working efficiency is improved, and finally real-time comprehensive intelligent management of the shield machines is realized.

Description

technical field [0001] The invention relates to the technical field of shield machine monitoring, in particular to a monitoring and management method of a shield machine. Background technique [0002] The shield machine is a large-scale mechanical equipment that integrates machinery, electricity, and hydraulics. Its construction technology is difficult, high-risk, and strict in quality requirements. Faults are inevitable during tunnel construction. In order to ensure the safe operation of the shield machine in the construction process and improve the work efficiency of the project, many monitoring methods of the shield machine have emerged. The existing monitoring method of the shield machine is to use the data obtained by the data acquisition system at the project site Analysis, in order to monitor the operating status of the shield machine on site, and deal with problems such as shield machine failures in a timely manner. [0003] However, most of these monitoring methods...

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Problems solved by technology

[0003] However, most of these monitoring methods can only monitor a certain tunnel project. As more and more tunnel projects are distributed all over the country, if the construction company needs to understand all the projects, it will need to spend a lot of manpower and material resources. Invest in the monitoring of each tunnel project; in addition, when problems arise during the construction process, experts need to go to the site to support, not only does not have universality, but also can only use on-site monitoring screenshots and other lags in the remote monitoring and management process of the shield machine To understand the progress of the project, it is necessary to receive reports from the project site. Therefore, the construction unit cannot understand the construction status of the project in real time, and cannot manage the shield machine in time and provide technical support

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