The agricultural IoT architecture can be divided into three layers: perception layer, transmission layer and application layer.Perception layer: Use various sensors, such as temperature and humidity sensors, light sensors, carbon dioxide sensors, wind direction sensors, wind speed sensors, rainfall sensors, soil temperature and humidity sensors, etc. to obtain various information about plants. The···

The general application of the agricultural Internet of Things is to form a monitoring network with a large number of sensor nodes, and collect information through various sensors to help farmers find problems in time and accurately determine the location of the problem.

NiuBoL is committed to building automated smart agriculture, which is mainly composed of environmental monitoring system, intelligent control system, and intelligent monitoring system. Using the combination of software and hardware to achieve less human and unmanned control of farms, under the guidance of big data, fully automatic control of agricultural greenhouses can be realized to increase out···

Agricultural Internet of Things, that is, the Internet of Things that participates in automatic control through real-time display of various instruments or as parameters of automatic control. It can provide a scientific basis for the precise regulation of greenhouses, and achieve the purpose of increasing production, improving quality, regulating growth cycle and improving economic benefits.

wall-mounted humidity sensor is a fully digital detection, high-precision sensor, which is integrated by high-precision digital temperature and humidity. The built-in signal processing unit can output corresponding signals according to user needs. It is mainly used to measure indoor temperature and humidity, and can sensitively detect environmental conditions. Atmospheric temperature, atmospheric ···

ultrasonic wind speed and direction sensor is a fully digital detection, high-precision sensor, which is integrated by the ultrasonic wind speed and direction sensor, which can accurately and quickly detect the wind speed and wind direction.

Compared with the traditional mechanical wind sensor, the ultrasonic wind sensor has obvious advantages: there are no rotating parts, and there will be no wear and aging problems caused by rotation; high sensitivity; starting wind speed is zero, measuring speed Hurry up.

A measuring instrument that calculates wind speed and wind direction by sending ultrasonic pulses and measuring the time or frequency (Doppler transform) difference at the receiving end. We call it an ultrasonic wind speed and direction transmitter, which is an application of ultrasonic detection technology in gaseous media.

Ultrasonic wind speed transmitter is a relatively advanced instrument for measuring wind speed and direction. It overcomes the shortcomings of mechanical wind speed and direction sensors well, and is used in more and more industries to monitor wind speed and direction in meteorology.

Agricultural crop monitoring with IoT and timely action to eliminate common threats can increase crop yields. In the livestock industry, the use of IoT monitoring can also help maximize productivity.