An intelligent monitoring system and method for the growth environment of a livestock farm

Abstract

The present invention proposes an intelligent monitoring system and method for the growth environment of electrified animal husbandry farms, including several breeding pens, sewage tanks, centralized pools and processors. One side of the breeding pen is provided with some high-pressure water spray heads, and the bottom of the dry breeding pen is provided with some ammonia gas detectors, and the ammonia gas detector is electrically connected with the processor, and the processor passes through the first solenoid valve It is electrically connected with the first high-pressure water spray head, and the breeding pen includes an upper hurdle and a lower hurdle, an interlayer is provided between the upper hurdle and the lower hurdle, the interlayer is provided with a number of discharge holes, and the plurality of first high-pressure spray nozzles The water head is set at one end of the lower hurdle, the other end of the lower hurdle is connected with the sewage tank, and the ammonia gas detector is set at the bottom of the lower hurdle. The invention can improve the degree of automation and intelligence of traditional animal husbandry, realize intelligent monitoring of the pig house environment, automatically discharge sewage, and reduce pig farm stench.

Description

technical field [0001] The invention relates to the field of farming technology, in particular to an intelligent monitoring system and method for the growth environment of a livestock farm. Background technique [0002] Pig farmers cannot effectively monitor the status of various electrified equipment, and the monitoring of temperature and ammonia gas is often done manually, which is inefficient and has potential safety hazards. In addition, for the breeding bases that have been equipped with some basic smart equipment, the water pumps of the sewage treatment station, air conditioners, and other equipment consume a lot of energy, and the electricity bill is usually high. Moreover, the frequency converters of water pumps, air conditioners, and water curtain fans are often prone to failures, which can cause high temperatures to burn out equipment, fail to predict failures in advance, and cause huge maintenance costs. The traditional animal husbandry industry has a low level o...

AI Technical Summary

Problems solved by technology

[0002] Pig farmers cannot effectively monitor the status of various electrified equipment, and the monitoring of temperature and ammonia gas is often done manually, which is inefficient and has potential safety hazards

In addition, for the breeding bases that have been equipped with some basic intelligent equipment, the water pumps of the sewage treatment station, air conditioners, and other equipment consume a lot of energy, and the electricity bill is usually high

In addition, the frequency converters of water pumps, air conditioners, and water curtain fans are often prone to failures, causing high temperatures to burn out the equipment. Failures cannot be predicted in advance, and maintenance costs are huge.

Traditional animal husbandry has a low degree of automation and intelligence, and most of the slaughtered pigs come from small farms, so it is difficult to guarantee the level of breeding

The environment of the traditional pig house is harsh, and the stench pollutes several kilometers around the pig farm, and the environmental control ability is poor, so it is difficult to cope with the high temperature in summer and the severe cold in winter

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