Agriculture facility environment parameter acquisition device, system and method

Abstract

The invention discloses an agriculture facility environment parameter acquisition device, system and method. The device comprises a microprocessor, an environment parameter detection sensor, a local human-computer interaction device and a wireless transmit-receive module, wherein the microprocessor is connected with the environment parameter detection sensor, the local human-computer interaction device and the wireless transmit-receive module. The local human-computer interaction device is used for carrying out input operation at an acquisition point and displaying environment parameter valuescollected by an acquisition point environment parameter detection sensor. The system comprises a remote terminal and at least one agriculture facility environment parameter acquisition device above.The agriculture facility environment parameter acquisition device, system and method can realize automatic monitoring and early warning of agriculture facility environment, and through distributed andfixed point acquisition and numerical simulation, can study environment distribution characteristics of agriculture facilities to provide basis for structural design and improvement of the agricultural facilities.

Description

technical field [0001] The invention relates to an environmental parameter acquisition device and system, in particular to an agricultural facility environmental parameter acquisition device, system and method, belonging to the field of agricultural facility environmental monitoring. Background technique [0002] Facility agriculture includes livestock and poultry breeding and greenhouse facilities. With the development of modern agricultural animal husbandry and plant factories, in the production operations of facility agriculture, environmental parameters have an important impact on the growth and output of animals and plants. Monitoring requirements are getting higher and higher. Especially in animal breeding, due to the influence of feed, excrement, air flow and other factors, the environmental conditions of agricultural facilities are complicated and the environmental quality is very poor. [0003] The development of modern protected agriculture urgently needs to solve...

AI Technical Summary

Problems solved by technology

Especially in animal breeding, due to the influence of feed, excrement, air flow and other factors, the environmental conditions of agricultural facilities are complicated and the environmental quality is very poor

[0003] The development of modern protected agriculture urgently needs to solve the real-time, continuous and comprehensive monitoring of the environmental parameters in the facility. The existing monitoring system of the protected agricultural environmental parameters includes wireless monitoring and wired monitoring; the wired monitoring system, due to complex wiring and high cost, collects After the point is laid out, it is inconvenient to change

Due to the uneven distribution, hysteresis, and dynamic changes of environmental factors in agricultural facilities, the detection of environmental parameters that only stay at a single point or a fixed point cannot meet the needs

Ambient air quality factors in breeding agricultural facilities include: temperature, humidity, concentration of harmful gases (H2S, NH3, CO, CO2), dust concentration, air velocity, etc., different parameter values ​​of various factors in the breeding environment, and their impact on animal health and growth However, there are almost no convenient and low-cost equipment and systems on the market for centralized collection of multiple environmental factors in agricultural facilities.

Images