Livestock culture environment regulating device

Abstract

The invention discloses a livestock culture environment regulating device, comprising a measurement and control unit which comprises an intelligent measurement and control terminal. The intelligent measurement and control terminal comprises a microprocessor, a detector connected with the microprocessor and a control output which is connected with a control device; the detector comprises a temperature and humidity detector and an ammonia concentration detector; the control device comprises an air blower; the livestock culture environment regulating device is characterized in that the detector also comprises dust concentration monitoring, illuminance detection and wind speed detection; the control device also comprises a lighting device, an atomization device, a heating device and a sprayingdevice; when temperature reduction is required, the device performs temperature drop by adopting the mode of combining the air blower with atomization, namely, when the temperature is higher than theset value, temperature drop is carried out by adopting the mode of combining atomization with the air blower; and when the temperature is lower than the set temperature, temperature drop is carried out by adopting the air blower. The invention has the advantages of dropping temperature by combining the air blower with atomization, being capable of multifunctional detection and fuzzy control and the like.

Description

1. Technical field [0001] The invention relates to a regulating device, in particular to a multi-functional, atomizing and fan-cooled poultry breeding environment regulating device using a fuzzy control method. 2. Background technology [0002] The environmental factors affecting the growth and development of poultry mainly include temperature and humidity, dust concentration, light intensity, ammonia concentration and ventilation; therefore, the control of these environmental factors plays an important role in the growth and development of poultry and livestock. [0003] At present, small poultry and livestock are raised artificially, and the environment is generally sensed manually by the breeder. The sensing effect is poor and real-time monitoring and control cannot be performed. [0004] The environment inside a poultry house has multiple complexities. The specific performance is that the interior of the poultry house is a nonlinear system, and the internal climate is i...

AI Technical Summary

Problems solved by technology

[0005] The complexity of the environment inside a poultry house prevents it from being accurately modeled, and thus cannot be controlled with classical control theory, nor can it be dealt with with modern control theory

[0006] The existing poultry breeding environment control devices generally use fans to cool down, and the cooling effect of a single fan is not significant, especially when the temperature changes greatly.

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