Information measuring device and method in river-groundwater conversion process in arid area

By constructing an electronic management map and conversion model for groundwater, marking and numbering measurement points, and pre-setting water quality standard indicators, the problem of information measurement during the conversion of river water to groundwater in arid areas was solved, enabling full collection and accurate display of information, and improving the accuracy and confidentiality of measurements.

CN117990870BActive Publication Date: 2026-06-30TAIYUAN UNIVERSITY OF TECHNOLOGY

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
TAIYUAN UNIVERSITY OF TECHNOLOGY
Filing Date
2023-12-22
Publication Date
2026-06-30

AI Technical Summary

Technical Problem

In arid regions, it is difficult to effectively measure information about the conversion process between river water and groundwater, and the measurement results are difficult to display intuitively and ensure confidentiality.

Method used

The system uses an electronic groundwater management map to mark the information to be monitored, constructs a groundwater conversion model and assigns an activation identification code, selects and numbers measurement points, presets water quality standard indicators and measures water quality information, and uses information marking module, model construction module, selection module and measurement module to collect and analyze data.

Benefits of technology

It enables the full collection and intuitive display of groundwater information, improves the accuracy and confidentiality of measurements, and assists managers in clear data management of the conversion process.

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Abstract

This invention discloses an information measurement device and method for the river water-groundwater conversion process in arid areas, relating to the field of water flow information measurement technology. The method involves obtaining the groundwater management area, constructing an electronic groundwater management map based on the management area, obtaining the water flow conversion route from the river water in the arid area to the groundwater location, selecting groundwater conversion information measurement points based on the water flow conversion route, marking these points in a groundwater conversion model, pre-setting groundwater quality standards based on the groundwater location and marking them corresponding to the groundwater location in the groundwater conversion model, and measuring the water quality information along the water flow conversion route based on the groundwater conversion information measurement points to obtain measurement information. The data from the entire river water-groundwater conversion process in arid areas is relatively clear and explicit, which can greatly improve the accuracy of groundwater measurement.
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