Intelligent feeding and cleaning system

Abstract

The invention belongs to the technical field of livestock breeding and provides an intelligent feeding and cleaning system. The system comprises a colony house and a trough corresponding to the colonyhouse. The system comprises an information collection and processing unit, a feed amount feeding unit and a trough cleaning unit. The information collection and processing unit conducts information collection on the environment of the trough of the colony house and the state of livestock, obtaining the feeding amount and a cleaning conclusion through analysis, sending a feeding amount signal to the feed amount control and feeding unit, and sending a cleaning signal to the trough auxiliary-cleaning unit; the feed amount feeding unit adds feed to the trough according to the feeding amount signal sent by the information collection and processing unit; the trough cleaning unit cleans the trough according to the cleaning signal sent by the information collection and processing unit. The systemhas the technical advantages that livestock are fed according to the individual difference, and the growth potential of the livestock is stimulated to the greatest degree.

Description

technical field [0001] The invention relates to the technical field of livestock breeding, in particular to an intelligent feeding and cleaning system. Background technique [0002] Livestock farming has grown from family farming to self-employed farming, and then to enterprise farming. The scale is getting bigger and bigger, and the competition is becoming more and more fierce. Selection, breeding, feed varieties, feeding environment, and feeding methods can reduce morbidity, mortality, and eliminate slow growth. Livestock, if any link is not done well, it may be eliminated in the market competition. [0003] The traditional large-scale feeding method of livestock is to feed specific feed at a specific time at a specific stage of livestock growth, and everything is done in batches. But each pig is an independent individual, and each individual has slightly different food needs or living habits. Ignoring individual differences and blindly mass-breeding are not conducive to ...

AI Technical Summary

Problems solved by technology

But each pig is an independent individual, and each individual has slightly different food needs or living habits. Ignoring individual differences and blindly mass-breeding are not conducive to the growth of livestock

For example, some pigs may have reduced food intake due to illness or other reasons. At this time, they continue to adjust the price of feed in the trough, which will inevitably cause waste. At the same time, due to neglect of individual differences, it is easy to fail to detect in time at the early stage of the disease, leading to disease. expansion, and some pigs have a particularly good appetite. According to the traditional feeding amount, their food intake cannot be satisfied, and their growth potential cannot be truly stimulated.

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