Agricultural science and technology remote monitoring system

Abstract

The invention discloses an agricultural science and technology remote monitoring system. The monitoring system comprises a power supply, a plurality of information monitoring modules, an information transmission module, an information storage processing module and a display terminal. The power supply adopts a distributed power supply management mode based on a photovoltaic technology to provide electric energy to control the working state of the information monitoring module. The information monitoring module collects field environment agricultural information in real time and transmits the field environment agricultural information to the information storage processing module through the information transmission module, and the information storage processing module processes the receivedreal-time field agricultural information and feeds back the processed agricultural information to the display terminal. According to the agricultural information real-time remote monitoring system, the operation possibility is improved, transparency of crop growth environment parameters is achieved, an operator can improve the crop growth environment in real time, and the growth environment is optimized.

Description

technical field [0001] The invention relates to the technical field of agricultural science and technology, in particular to a remote monitoring system for agricultural science and technology. Background technique [0002] In the prior art, there are the following three methods for the monitoring of agricultural production environments such as crop planting. One method is that almost all environmental parameter monitoring adopts manual measurement and monitoring. Once any problem is found, all methods are manually adjusted for temperature and humidity. Remote work cannot be realized; [0003] Another way is to judge the environmental situation by experience, and adjust the environmental parameters through past experience, and the error is large; [0004] The third way is to install the existing wired environmental monitoring system, which is inconvenient to install and wire, and the power supply part is not safe or sufficient; [0005] None of the above three methods can w...

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Problems solved by technology

[0002] In the prior art, there are the following three methods for the monitoring of agricultural production environments such as crop planting. One method is that almost all environmental parameter monitoring adopts manual measurement and monitoring. Once any problem is found, all methods are manually adjusted for temperature and humidity. Remote work cannot be realized;

[0003] Another way is to judge the environmental situation by experience, and adjust the environmental parameters through past experience, and the error is large;

[0004] The third way is to install the existing wired environmental monitoring system, which is inconvenient to install and wire, and the power supply part is not safe or sufficient;

[0005] None of the above three methods can ensure that agricultural products grow in a stable temperature and humidity environment, and there is currently no good means of monitoring the soil environment of crops

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