Artificial floating-island intelligent monitoring and controlling system and method

Abstract

The invention discloses an artificial floating-island intelligent monitoring and controlling system and method. The system allows a user to obtain water quality state real-time monitoring data and geographical information data, employs the advanced intelligent monitoring and controlling technology to solve the intelligent monitoring and dispersed layout problems of an artificial floating-island, and allows the user to timely obtain water quality state information and floating-island geographical information so as to locate the floating-island at an optimal geographical position on the water, thereby reducing water quality purifying time and improving water quality purifying efficiency. The system employs a data acquisition unit to collect the water quality monitoring data and geographical information data of the artificial floating-island, sends the data to a micro processing module for processing, and then sends data to a central control unit through a ZigBee module; the central control unit sends system data to a server through a GPRS module, and the servicer can process on-site data; a Web / mobile terminal can browse on-site data information.

Description

technical field [0001] The invention belongs to intelligent monitoring and control technology, in particular to a biological floating island intelligent monitoring and control system and a method thereof. Background technique [0002] Bio-floating island technology uses floating materials as substrates or carriers to plant higher aquatic plants or terrestrial plants in eutrophic waters, and reduce nitrogen, phosphorus and organic pollutants in water through absorption or adsorption by plant roots , so as to purify the biological control method of water quality, and at the same time, move the nutrient-rich substances in the water body out of the water body by harvesting plants, improve the water quality, and create a good water environment. [0003] Most of the existing biological floating islands float on the water surface, and the daily management is completed on the water surface. At present, most of the management operations are done manually, which is acceptable in small...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing biological floating islands float on the water surface, and the daily management is completed on the water surface. At present, most of the management operations are done manually, which is acceptable in small-area experiments and demonstrations. If it is popularized in a large area, frequent and timely monitoring is required. However, manual operation cannot meet the needs and limit its development

Moreover, the area of ​​biological floating islands used at home and abroad is small, and most of them are used in small-area rivers and lakes. It is difficult to carry out ecological restoration on larger rivers and lakes. Now there is a need for super-large-area biological floating islands

On the other hand, the existing biological floating islands are in a free-floating state on the water surface, and advanced intelligent monitoring and control technology is not used, resulting in the floating islands not being in the optimal dispersed layout state, and water purification is not completed in the shortest time , low efficiency, and at the same time, users cannot obtain real-time monitoring data of water quality status and geographic information data of floating islands

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