A kind of intelligent Internet of things monitoring method

Abstract

The invention discloses an intelligent Internet of Things monitoring method, which detects environmental parameters in the planting greenhouse and the operating status of controlled equipment through sensors arranged in the planting greenhouse; the sensor includes a wireless temperature and humidity sensor array, a camera, a flow meter and a heater The monitoring sensor; the wireless temperature and humidity sensor array includes a plurality of wireless temperature and humidity sensors (1); the data collected by the sensors is transmitted to the server end through the microprocessor, and the monitoring terminal equipment obtains the monitoring data through the server. The intelligent IoT monitoring method is easy to implement, can actively monitor the controlled equipment, and has a remote monitoring function.

Description

technical field [0001] The invention relates to an intelligent monitoring method for the Internet of Things. Background technique [0002] The existing greenhouse monitoring system generally adopts the framework of the lower computer and the upper computer. Without access to the Internet, remote monitoring cannot be realized. In addition, the existing monitoring system uses passive monitoring methods for the monitoring of the execution module, causing the monitoring system to display The state of the greenhouse is different from the actual operating state, and the monitoring goal cannot be achieved. Moreover, the general greenhouse monitoring uses fewer sensors, and it is impossible to collect detailed distribution data of specific temperature and humidity parameters. Moreover, the sensors use wired mode, and the wiring is difficult and complicated. It is not conducive to the expansion of sensors, therefore, it is necessary to design a new intelligent monitoring method. Co...

AI Technical Summary

Problems solved by technology

[0002] The existing greenhouse monitoring system generally adopts the framework of the lower computer and the upper computer. Without access to the Internet, remote monitoring cannot be realized. In addition, the existing monitoring system uses passive monitoring methods for the monitoring of the execution module, causing the monitoring system to display The state of the greenhouse is different from the actual operating state, and the monitoring goal cannot be achieved. Moreover, the general greenhouse monitoring uses fewer sensors, and it is impossible to collect detailed distribution data of specific temperature and humidity parameters. Moreover, the sensors use wired mode, and the wiring is difficult and complicated. It is not conducive to the expansion of sensors, therefore, it is necessary to design a new intelligent monitoring method

Images