Integrated system based on three-dimensional geological structure model and underground water numerical simulation

Abstract

The invention discloses an integrated system based on a three-dimensional geologic structure model and underground water numerical simulation. The integrated system comprises three-dimensional detection equipment, mobile equipment and a simulation integration device, the three-dimensional detection equipment comprises a geological detection module, a foundation detection module and a processing module. The mobile equipment comprises a far-end computer, an integrated control processing device and a plurality of underwater robots. The simulation integration device is used for obtaining three-dimensional geological maps of a three-dimensional geological structure model through corresponding three-dimensional detection equipment and mobile equipment, and monitoring data of underground water values, fusing the two to obtain an analog integration result; the system can improve the detection precision, is high in detection sensitivity, can achieve the quick monitoring in real time, achieves the underground movement under the condition that ground equipment does not need to move, is low in cost, is high in efficiency, can quickly and efficiently simulate the three-dimensional space of an underground water channel, carries out the model building, and achieves the direct presentation.

Description

technical field [0001] The invention relates to the field of real-time monitoring of groundwater water level and quantity in underground space, in particular to an integrated system based on a three-dimensional geological structure model and groundwater numerical simulation. Background technique [0002] Groundwater is an important part of water resources. Due to the stable water quantity and good water quality, it is one of the important water sources for agricultural irrigation, industrial mining and cities. Today's underground hydrological detection methods mainly include remote sensing technology, salinity method, radioactive element method, engineering physical exploration method, etc. Many hardware facilities need to be installed during detection, which is costly and time-consuming. [0003] The groundwater detection device refers to the process of detecting the water flow in the soil through the corresponding mechanical equipment, so as to detect the presence or abse...

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Problems solved by technology

Finally, the location and structure of the underground space can be determined through the acquisition, processing and analysis of the waveform. However, the detection accuracy of this method is not high, and the follow-up processing method is complicated and the amount of calculation is large.

[0008] Moreover, in the prior art, for the three-dimensional space simulation method of groundwater development channel, the algorithm is simple, and the simulation effect is not good, and it cannot be effectively presented and quickly simulated

[0009] In addition, in the prior art, underground detection needs to be equipped with above-ground detection equipment. Every time a borehole or a different location is detected, the entire detection equipment needs to be moved, which is time-consuming, laborious, and inefficient.

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