Intelligent control system for pigsty

Abstract

The invention provides an intelligent control system for a pigsty and relates to an environmental control system. A liquid crystal display is arranged on the front of a host of a data acquisition device of the intelligent control system, an infrared receiver is arranged on the front lower left corner, a solar photovoltaic panel covers the left side of the upper portion of the host, and five sensors are disposed on the right side of the upper portion of the host and are sequentially a temperature sensor, a humidity sensor, a carbon dioxide concentration sensor, a light sensor and an ammonia concentration sensor from left to right, and a ZigBee antenna is disposed on the right side of the host. The temperature sensor, the humidity sensor, the carbon dioxide concentration sensor, the light sensor and the ammonia concentration sensor are connected to an MSP430FR2000 microprocessor in the host through series ports respectively. The front of the environmental control host is provided with the liquid crystal display, the front lower left corner of the host is provided with an infrared remote control receiver, and the upper portion of the host is covered with a solar cell panel. Accordingto the system, through the pigsty data acquisition device, the growth environment of pigs in the pigsty is adjusted so that the environment in the pigsty can meet the pig growth requirements.

Description

technical field [0001] The invention relates to an environment control system, in particular to an intelligent control system for pig houses. Background technique [0002] Pig farming has changed from traditional one-family farming to large-scale farm farming intelligentized by the Internet of Things. However, the commonly used method of adjustment and control in pig houses is manual adjustment and control based on experience. This kind of manual adjustment requires a lot of labor, and it depends entirely on the experience of the workers. There is no good quantitative index, so it cannot be quantified. The intelligent pig house has the functions of automatic collection of environmental data, intelligent learning of pig house environmental data, and automatic control of pig house environment. This intelligent pig house can realize the intelligent closed-loop automatic control of the pig house, thereby improving the management level of the pig house and liberating the labor ...

AI Technical Summary

Problems solved by technology

However, the adjustment and control methods commonly used in pig houses are manual adjustment and control based on experience.

This kind of manual adjustment requires a lot of labor, and it is completely based on the experience of the workers. There is no good quantitative index and cannot be quantified.

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