Monitoring device and automatic monitoring system for crop planting based on monitoring device

Abstract

The application relates to an automatic monitoring system for crop planting based on a monitoring device. The automatic monitoring system for crop planting based on the monitoring device includes themonitoring device, a monitoring gateway, a monitoring server and a response device. The monitoring device is arranged in a monitored area where crops are planted and is used for acquiring environmentdata of the monitored area and sending the environment data to the monitoring gateway through local area network technology. The monitoring gateway sends the received environment data to the monitoring server in a wired or wireless manner. The monitoring server processes the received environment data and generates and sends data control instruction to the monitoring device. The monitoring device controls the response device to work so as to regulate the environment of the monitored area. By connecting the monitoring device and a sensor, the layout cost is low and the system has strong extensibility, and moreover, interconnection between agriculture and the Internet of things is realized.

Description

technical field [0001] This application relates to the field of Internet of Things agricultural technology, in particular to a monitoring device and an automatic monitoring system for crop planting based on the monitoring device. Background technique [0002] The development of wireless sensor technology and network communication technology has promoted the development of agricultural informatization, and a series of new agricultural production models such as precision agriculture and smart agriculture centered on information networks have been gradually proposed in research. By distributing sensors in agricultural planting management areas such as farmland and greenhouses, real-time collection of information such as temperature, light, soil humidity, and PH value, agricultural planting management can detect problems in a timely manner, and control related equipment to adjust temperature, light, etc. Watering, ventilation and other decision-making control operations, realize...

AI Technical Summary

Problems solved by technology

[0005] (2) The wired connection between the sensor device and the control host is used, the layout cost is high, and the demand for sensor position adjustment in the later period is greatly affected by the previous engineering, which makes later maintenance and system expansion difficult.

[0006] (3) By adopting the method of locally arranging the control host at the planting site, crop planting users cannot use the system in the external area of ​​the site, and the system is not convenient enough to use

[0007] (4) Since both the sensor equipment and the control host need to directly participate in the use and management of crop planting users, the threshold for using the system is high, and the cost of equipment operation and maintenance is also relatively high

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