On-line water-quality monitoring system based on intelligent terminal

Abstract

A disclosed on-line water-quality monitoring system based on an intelligent terminal comprises an on-line water-quality monitoring apparatus, the intelligent terminal, a server and a power supply apparatus; the on-line water-quality monitoring apparatus comprises multiple single-point water-quality monitoring devices, and each single-point water-quality monitoring device comprises a single-point water-quality monitoring sensor, a single-point sensing-data processing module and a single-point water-quality data transmission module; the intelligent terminal comprises multiple single-point intelligent terminals for receiving single-point water-quality monitoring data; the server is used for receiving and feeding back all single-point water-quality monitoring data and data requests sent by the single-point intelligent terminals; and the power supply apparatus is used for supplying power supply. The system is capable of monitoring water-quality data of all single points in real time, also transmitting the water-quality data to all single-point intelligent terminals in real time, uploading the water-quality data of all single points to the server in real time by combining a geographical information system, and individually feeding the water-quality data back to a user as requested data according to data requests of all single-point intelligent terminals. The system has the characteristics of individual customization, real-time uploading and feedback, visual data display and friendly interface.

Description

technical field [0001] The invention relates to a water quality monitoring system, in particular to an online water quality monitoring system based on an intelligent terminal. Background technique [0002] Water quality is the abbreviation of water body quality. It marks the physical, chemical and biological properties of the water body and the state of its composition. Water quality monitoring is the process of monitoring and measuring the types of pollutants in the water body, the concentration and change trend of various pollutants, and evaluating the water quality status. [0003] The current water quality monitoring is mainly based on the independent monitoring of the water quality of each single point. It is impossible to upload the water quality monitoring data of multiple single points in real time, compare the data of each single point and summarize the analysis, and it is also impossible to specifically monitor the water quality according to the needs of the clien...

AI Technical Summary

Problems solved by technology

[0003] The current water quality monitoring is mainly based on the independent monitoring of the water quality of each single point. It is impossible to upload the water quality monitoring data of multiple single points in real time, compare the data of each single point and summarize the analysis, and it is also impossible to specifically monitor the water quality according to the needs of the client. Analysis of data feedback, so this monitoring method is not scientific enough, the water quality data monitored by a single point cannot be uploaded in real time and analyzed and compared with other single point data, and the data required for feedback cannot be customized according to the needs of the client, and cannot be personalized And it is impossible to conduct large-scale data processing and comparison, and it is impossible to combine other water quality data and data from other regions for judgment and analysis

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