B/S and C/S architectural pattern based information monitoring and measuring method for tunnels and underground constructions

Abstract

The invention discloses a B / S and C / S architectural pattern based information monitoring and measuring method for tunnels and underground constructions. The method includes the steps of data collection of a mobile intelligent terminal, data processing of a server side, data query and early-warning information reception of the mobile intelligent terminal, and data processing of a PC (personal computer) client side. The mobile intelligent terminal is connected with an instrument in a wired or wireless mode, and test data are collected in real time, stored in the mobile intelligent terminal, and uploaded to the server side immediately through a wireless network; the server side performs data visualization display and early-warning release on the data uploaded by the mobile intelligent terminal; the mobile intelligent terminal inquires the data processed by the server side and receives the early-warning information released by the server side in real time; the PC client side downloads the data uploaded by the mobile intelligent terminal from the server side to process data and output statements. By the method, functions such as timely field data collecting, automatic analyzing and processing and remote monitoring for field monitoring and measuring can be realized in the tunnels and the underground constructions.

Description

technical field [0001] The invention relates to a method for managing monitoring and measuring information of tunnels and underground engineering, in particular to a method for monitoring and measuring information of tunnels and underground engineering based on B / S and C / S architecture modes. Background technique [0002] Tunnel and underground engineering monitoring and measurement is an essential process in the construction process. Through timely and effective monitoring and measurement information feedback, it can correctly guide the construction and reduce the probability and loss of engineering accidents. It is a key to ensure the safety of engineering construction. an important means. [0003] At present, in the implementation of specific work, there are also many difficulties in how to ensure that each construction unit implements the standard and comprehensive implementation. First, the construction unit has difficulties in monitoring the whole process of monitorin...

AI Technical Summary

Problems solved by technology

[0003] At present, in the implementation of specific work, there are also many difficulties in how to ensure that all construction units implement it in a standardized and comprehensive manner.

First, the construction unit has difficulties in monitoring the whole process of monitoring and measurement; the construction unit checks the implementation of the tunnel construction monitoring and measurement work of each construction unit, mainly by watching the site, listening to reports, and checking data. The traditional methods are single and cannot be real-time. Or to control the actual situation on site in a timely manner. In the process of implementation, each unit often has to deal with inspections and compilation of completion materials, which are mere formalities and bury great hidden dangers for construction safety.

Second, on-site monitoring and measurement data collection, analysis and feedback are difficult to meet the timeliness. At present, the monitoring personnel of a construction unit often have to face the data collection, analysis and feedback work of multiple working faces. It will take several hours or longer to process and sort out the report, and the work efficiency is not high, resulting in untimely information feedback, which delays the time for on-site disposal to a certain extent

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