Underground water intelligent supervision platform based on three-dimensional geological model

Abstract

The invention belongs to the technical field of information networks, and mainly relates to an underground water intelligent supervision platform based on a three-dimensional geological model. The underground water intelligent supervision platform comprises a spatial database which is used for the uploading, storage and management of underground water monitoring data, a three-dimensional visualization system which is used for three-dimensional data uploading, stratum and drilling data three-dimensional display and three-dimensional water level surface visualization display, a monitoring systemwhich is used for monitoring data statistical analysis, dynamic analysis and pollution map functions, and a management system which is used for background management, user management and updating maintenance. According to the underground water intelligent supervision platform, a pollution center can be quickly found through plane interpolation processing of water quality monitoring data and three-dimensional display of water level monitoring data, the relative position and stratum where a monitoring well is located can be clearly found in combination with an overground oblique photography model and an underground three-dimensional geologic model, the underground water pollution causes can be found easily, and an all-around basis is provided for underground water treatment and restoration.

Description

technical field

[0001] The invention belongs to the technical field of information network, and in particular relates to a groundwater intelligent monitoring platform based on a three-dimensional geological model. Background technique

[0002] At present, the domestic groundwater monitoring and early warning platform mainly realizes the dynamic management and online analysis function of groundwater monitoring, and some of them can realize the early warning function by setting the alarm value. It also does not support the online generation of contour maps and three-dimensional isowater surface operations of monitoring data, so the existing groundwater monitoring and early warning platform cannot meet the needs of the current stage.

[0003] At the same time, the current groundwater environment monitoring system is in the form of multi-department and multi-system supervision, with different working channels and purposes, and low data sharing. In addition, the information of mo...

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