Internet of Things sprinkling system with video scanning function

Abstract

The invention relates to the technical field of saline-alkali land treatment and in particular relates to an Internet of Things sprinkling system with a video scanning function. The Internet of Things sprinkling system comprises a monitoring unit, a network coordinator, a gateway server, an upper computer, a main controller and a sprinkling system, wherein the main controller can download and update a control scheme form the upper computer; and a control signal of the main controller is sent to the sprinkling system to control the same via the gateway server and the network coordinator. The Internet of Things sprinkling system with the video scanning function solves problems of artificial sampling difficulty and incapability of remote-control monitoring of the sprinkling system in the prior art can be solved; the Internet of Things sprinkling system has great intelligence degree; each ZigBee network node can be wirelessly connected with a plurality of independent sub-nodes taking no network information transferring tasks in a signal coverage range; and problems of information transmission collection block and data loss due to poor outdoor network coverage can be solved.

Description

Technical field [0001] The invention relates to the technical field of saline-alkali soil treatment, in particular to an Internet of Things sprinkler irrigation system with a video scanning function. Background technique [0002] At present, the distribution of saline-alkali land in my country is very extensive. According to the statistics of the second national soil survey organized by the Ministry of Agriculture, the area of ​​saline-alkali land in my country is 34.67 million hectares (excluding coastal beaches). Among them, 16 million hectares of saline soil, 867,000 hectares of alkaline soil, 18 million hectares of various salinized and alkalized soils, and about 6.67 million hectares of saline-alkali soils have been cultivated and planted. It is estimated that there are still about 17.33 million hectares of potential saline-alkali soil in my country. If such soils are not properly developed and utilized, irrigation and farming, etc., measures are prone to secondary salinizat...

AI Technical Summary

Problems solved by technology

In the existing patented technology, there is no real-time automatic synchronous detection equipment for water and salt in the special environment of saline-alkali land. At present, the detection of the above-mentioned information on saline-alkali land mainly relies on manual sampling and chemical analysis, which is time-consuming, laborious, and inefficient. Compared with the existing Generally, farmland information collection devices are easy to find that the unique environment of saline-alkali land makes the sensor susceptible to corrosion, poor network coverage in the field leads to poor transmission of collected information, and easy data loss. The collection of large-area and multi-plot information cannot be synchronized. Analysis of salt information is extremely limited

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