Information system for integration of indoor work and field work in engineering geology

Abstract

The present invention discloses an information system for integration of indoor work and field work in engineering geology. By taking an engineering geology specialty process as a main line and a professional technical requirement as a foundation, the information system for integration of indoor work and field work in engineering geology is realized by using a novel information technology in combination with a mobile terminal technology, a global positioning system technology, a geography information system and a computer-aided design technology. The system takes an engineering geology database as core data, and comprises six subsystems of an engineering geology field data acquisition subsystem, an engineering geology data management subsystem, an engineering geological data analysis subsystem, an engineering geology three-dimensional modeling and visualization analysis subsystem, an engineering geology CAD drawing subsystem, and an engineering geology reconnaissance data visualization display subsystem. The system according to the invention can extremely improve the work efficiency of indoor work and field work in engineering geology, and a repetitive workload due to technical means is reduced to a certain extent, so that the purpose of lowering the production cost is achieved.

Description

technical field [0001] The invention belongs to the field of engineering geology, relates to the technical field of geological information, and in particular relates to an information system integrating engineering geology with internal and external operations. It is mainly used in the field of engineering geology in hydropower, water conservancy, highway, railway, petroleum, marine and other industries. Background technique [0002] At present, the data collection of engineering geology still adopts the traditional method that has been used for nearly a hundred years. With the development of information technology, the work efficiency of data collection has a large room for improvement; for the management and analysis of engineering geological data, most of the industry currently adopts traditional methods. Distributed organization mode, although the informatization of data management and analysis has been partially realized, but the means of collaborative management and ra...

AI Technical Summary

Problems solved by technology

[0002] At present, the data collection of engineering geology still adopts the traditional method that has been used for nearly a hundred years. With the development of information technology, the work efficiency of data collection has a large room for improvement; for the management and analysis of engineering geological data, most of the industry currently adopts traditional methods. Distributed organization mode, although the informatization of data management and analysis has been partially realized, but the means of collaborative management and rapid analysis of data are relatively scarce; the output of survey results, especially the 3D design work of engineering geology, lacks the organization and utilization of data System background data support

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