Engineering geology informatization work system

Abstract

The invention relates to an engineering geology informatization work system which comprises an engineering geological data acquisition module, a database, a field process platform system, a geological information data management system, a three-dimensional geological modeling system and an engineering geology drafting system. The database is used for storing geological data acquired by the engineering geological data acquisition module. The field process platform system is used for field geological survey work and drafting of a material graph. The geological information data management system is used for the management and application of the geological data in the database. The three-dimensional geological modeling system is used for generating a geological body three-dimensional model according to the geological data acquired by the engineering geological data acquisition module. The engineering geology drafting system is used for generating a standard geological map meeting the requirements of various regulations and norms according to the geological data with a topographic map and an orthophoto map as the background. The engineering geology informatization work system provides a complete solution for engineering geological investigation work, and the functions of the informatization work system can be expanded. By the application of the system, revolutionary change can be brought to the engineering geological investigation work, and the efficiency of the engineering geological investigation work is greatly improved.

Description

technical field [0001] [The present invention relates to the field of engineering technology, in particular to an engineering geology informatization work system. [0002] Background technique [0003] The engineering geological workflow is a process starting from data collection and field data acquisition, to internal data collation and processing, and then to the preparation of charts and reports. The types of data information involved in the geological survey of water conservancy and hydropower projects are various, and have the characteristics of information systems such as multiple data sources, multiple types, multiple levels, and huge data volumes. Field data collection mainly includes geological point positioning, geological point description, written records, sketches, photography, sampling, etc. The amount of data is large. In the traditional geological survey mode, all data collection is mainly done manually, and all Most of the field data information is recorde...

AI Technical Summary

Problems solved by technology

Field data collection mainly includes geological point positioning, geological point description, written records, sketches, photography, sampling, etc. The amount of data is large. In the traditional geological survey mode, all data collection is mainly done manually, and all Most of the field data information is recorded in the form of paper media, which brings great difficulties to data management and data sharing, greatly increases the workload of the office, and to some extent restricts the full play of the benefits of data resources, especially With the rapid development of the Internet today, the demand for real-time transmission and processing of data in the network is becoming more and more intense

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