Agricultural environment information acquisition and control device with wind speed sensor interface circuit

Abstract

The invention relates to an agricultural environment information acquisition and control device with a wind speed sensor interface circuit. The agricultural environment information acquisition and control device is characterized by comprising a control circuit, the wind speed sensor interface circuit and a GPS and GPRS communication interface circuit, wherein the control circuit, the wind speed sensor interface circuit and the GPS and GPRS communication interface circuit are electrically connected, the wind speed sensor interface circuit is connected with the control circuit, the GPS and GPRS communication interface circuit is connected with the Internet in a wireless mode through a GPRS communication module so that data can be sent to a remote server. Due to the fact that a GPRS wireless network is connected with the Internet, remote intelligent monitoring and remote data analysis are achieved, and the number of varieties of environmental parameters is increased at will through wireless interfaces. According to the scheme, distributed management is adopted for sensor nodes, various sensors can be combined at will, and system flexibility is improved.

Description

Technical field [0001] The invention relates to an agricultural environment information acquisition and control device, in particular to an agricultural environment information acquisition and control device with a wind speed sensor interface circuit, and belongs to the field of agricultural technology. Background technique [0002] The agricultural environment refers to the totality of various natural and artificially modified natural factors for the survival and development of agricultural organisms. Agricultural environmental monitoring is the use of physical, chemical and other means to monitor the environmental parameters of the agricultural site. Agricultural production has been extensively managed for a long time, and the crop environment has been judged based on the experience of the producer, and then corresponding measures have been taken. With the development trend of precision agriculture, more and more attention is paid to the collection of environmental informati...

AI Technical Summary

Problems solved by technology

With the development trend of precision agriculture, more and more attention is paid to the collection of environmental information, and sensors such as soil temperature, soil humidity, and light have been used, but the manual discrete collection method is still the main method, and the workload is heavy, and real-time and long-term monitoring is not possible. Making judgments about the agricultural environment

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