Raspberry Pi-based water surface movable water quality monitoring node apparatus

Abstract

The invention provides a Raspberry Pi-based water surface movable water quality monitoring node apparatus, including: a main body of the node apparatus, a central control module, a power management module, a mobility management module, a data collection module, and a local area network remote terminal. The main body of the apparatus is constructed by a single hull model. The power management module is fixed at the front of the main body of the apparatus to stably supply power to other modules. The mobility management module is fixed at the tail end of the main body of the apparatus, and drivesthe main body of the apparatus to flexibly move to a target water quality monitoring point at a high speed. The data collection module is fixed on the outside of a middle part of the main body of theapparatus, and is configured to collect water quality data of the target water quality monitoring point. The central control module is fixed in the middle part of the main body of the apparatus, andis configured to acquire, process and analyze the water quality data of the target water quality monitoring point, and communicate with the local area network remote terminal. The invention has the following beneficial effects: the node apparatus has low costs, can be flexibly moved, can be competent for high-load complex operations, and facilitates long-time and large-scale deployment and use.

Description

technical field [0001] The invention relates to the fields of Internet of Things information technology and environmental detection, in particular to a water surface movable water quality monitoring node device based on a raspberry pie. Background technique [0002] At present, there are three main forms of water quality monitoring: water quality station monitoring, laboratory monitoring, mobile monitoring. Most domestic water quality monitoring still adopts laboratory monitoring. The collected water quality data is brought back to the laboratory manually on site, and then analyzed and analyzed by professionals. change rule. Water quality station monitoring has the advantages of timely measurement and remote dynamic response to water quality parameters, but the location of the monitoring point is fixed, the monitoring range is limited, and the cost is expensive, making it difficult to deploy on a large scale. However, some developed countries in Europe and the United State...

AI Technical Summary

Problems solved by technology

Although China started relatively late, there are companies that have started to get involved in the field of mobile monitoring, but compared with foreign countries, there are still many shortcomings in the mobile portability and systemicity of monitoring technology.

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