Progress monitoring and early warning system for slope engineering

Abstract

The invention relates to the technical field of slope engineering, and especially relates to a progress monitoring and early warning system for slope engineering. The slope engineering is divided into multiple levels according to elevations, the lowest elevation, the maximum elevation difference of shallow support and the maximum elevation difference of deep support of completed procedures in each level of elevation are calculated through an operation module on the basis of each level of elevation, the coordination of excavation and support is embodied through the maximum elevation difference of shallow support and the maximum elevation difference of deep support, and an early warning module gives out early warning when the maximum elevation difference of shallow support exceeds a first threshold value and gives out early warning when the maximum elevation difference of deep support exceeds a second threshold value. A slope engineering manager can judge whether excavation and supporting are not coordinated in the slope engineering or not according to the early warning, so that the problem that the slope engineering manager is difficult to count the coordination of excavation and supporting in the slope engineering construction process is solved, and the slope engineering management method is suitable for slope engineering management.

Description

technical field [0001] The invention relates to the technical field of side slope engineering, in particular to a progress monitoring and early warning system for side slope engineering. Background technique [0002] In the construction process from high to low of high slope engineering of hydropower engineering, there are many procedures, including excavation, shallow support and deep support. The procedures of shallow support include bolts, shotcrete, hanging net and Drainage holes, etc., the deep support is such as an anchor cable. The procedures of the anchor cable include drilling, threading, grouting, pouring anchor piers and tensioning. During the implementation process, according to construction specifications and technical requirements, excavation, There are specific requirements for the timeliness of shallow support and deep support, but the support is often disconnected in progress, that is, the support progress lags behind the excavation. If the lag range is too ...

AI Technical Summary

Problems solved by technology

[0004] The technical problem solved by the present invention is to provide a progress monitoring and early warning system for slope engineering, which solves the problem that it is difficult for slope engineering managers to calculate the coordination of excavation and support in the construction process of slope engineering

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