The DeepDragon intelligent operation system helps the decentralized sewage treatment of villages and

Mondo Social Updated on 2024-02-19

In the field of decentralized sewage treatment in villages and towns, there have long been pain points in design, construction and operation. These problems not only affect the efficiency of project implementation, but also restrict the improvement of village and town infrastructure. However, with the continuous advancement of science and technology, the DeepDragon intelligent system launched by Liding Environmental Protection is providing a new solution to solve these problems.

DeepDragon is an intelligent system that integrates advanced technology, analyzes remote sensing maps of rural areas through deep learning technology, uses drones to shoot and identify features, quickly establishes models and solves data problems. The application of this technology has greatly improved the efficiency and accuracy of data acquisition, and provided strong support for the subsequent project launch and implementation.

In terms of design and budget, the DeepDragon demonstrated its superior performance. It can automatically design the scheme of decentralized sewage treatment pipelines, automatically recommend the collection points of sewage pipelines according to aerial photography data and regional feature identification data, combined with the requirements of sewage discharge and pipeline design, and automatically design the flow direction and length of sewage pipelines according to geographic information data. This approach not only takes into account the gravity flow scheme, but also ensures the formation of an optimal pipeline design. In addition, the software can also automatically generate detailed construction details, costs, construction periods and budget data reports based on various information in the pipeline design scheme, providing fast and accurate data support for investment decisions.

In terms of operation, DeepDragon has created a new decentralized sewage operation model. This model realizes the autonomy and controllability of the whole process, fast deployment, out-of-the-box data access, flexible function configuration, and low construction cost. Through the intelligent inspection system and method technology, the functions of real-time alarm, push WeChat message, and intelligent distribution of tasks have been realized. In addition, the system also supports the development of multi-protocol interconnection of the Internet of Things, and supports remote devices and unlimited access to multi-protocol data from multiple platforms. This provides comprehensive technical support and data analysis for the operating unit, improves operational efficiency and equipment utilization, and reduces energy and labor costs.

The system solves the problem of sunbathing engineering in sewage treatment projects in a variety of ways.

First of all, the system uses professional methods and advanced technology to improve the efficiency of the design unit, thereby speeding up the project.

Secondly, the system can automatically design the scheme of the decentralized sewage treatment pipeline, quickly generate the optimal design scheme, and reduce the time cost of manual design and planning.

In addition, the system also provides a rapid budget generation function, which automatically generates detailed construction details, costs, construction periods and budget data reports according to the design plan, providing fast and accurate data support for investment decision-making, thereby accelerating the investment decision-making process of the project.

Finally, through the intelligent inspection system and method technology, the system also realizes the functions of real-time alarm, push WeChat message, intelligent distribution of tasks, etc., which improves the operational efficiency and quality, and further shortens the time cycle of the project from design to operation.

Through these methods, the system effectively solves the problem of sun exposure engineering in sewage treatment projects, and improves the speed and operational efficiency of the project.

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