Intelligent sheep flock feeding system

Abstract

The invention provides an intelligent sheep flock feeding system. The intelligent sheep flock feeding system comprises a central control system, an information acquisition system, an intelligent access control system and a self-adaptive feeding system which are arranged in a sheep yard, wherein the interior of the sheep yard is composed of a sheep house area and other areas; uniformly-distributedsheep houses and an out-house activity area located at an outer end position are arranged in the sheep house area; and the central control system comprises a central control chamber and an upper computer. The intelligent sheep flock feeding system provided by the invention is simple in structure, has the functions of intelligent sheep flock access classified housing, self-adaptive feeding, livestock health file establishment and livestock loss prevention, is applicable to the breeding industry and places like natural reserve areas and zoos, is low in cost and convenient to operate, greatly saves human resources, improves production efficiency, and increases economic benefits at the same time.

Description

technical field [0001] The invention relates to the technical field of animal husbandry equipment, in particular to an intelligent flock breeding system. Background technique [0002] In the animal husbandry industry, sheep, as an important economic crop, has shown more and more demand in the market. Unlike other animals such as pigs and cattle, sheep need to be grazed in the morning and evening. During the process of going back to the shed, the mood of the sheep fluctuates greatly, and there will be characteristics such as agitation and impulsiveness. Therefore, it is necessary to classify the sheep through access control during the whole process of returning the sheep to the shed. Therefore, the problem of rounding and rounding has become the biggest problem in the grazing process. And in real life, in order to achieve and maximize the economic benefits of sheep breeding in sheep farms, it is necessary to breed different varieties in sheep farms, and the larger the breedi...

AI Technical Summary

Problems solved by technology

[0003] In traditional sheep farms, different types of sheep are usually driven back to the sheep house by the shepherd through manual methods. Due to the different breeds and genders of the sheep in each sheep house, they can only be separated by one sheep house. Grazing management greatly increases labor costs and grazing time. If different types of sheep are grazed at the same time, different types of sheep will be mixed together during the grazing process, and the sheep cannot be directly classified into different types. In the sheep house, if you want to distinguish, you need to manually count, which will also be time-consuming and labor-intensive, and increase the cost, which will cause great inconvenience to modern animal husbandry production.

Moreover, most of the current sheep farms are relatively independent in the two aspects of returning the flock and putting in forage, and there is a certain sequence between the two, which wastes a lot of time; The feeding method is manual feeding, and the feed trough cannot cover all the sheep houses, which will cause the sheep to be too crowded during the feeding process, which will affect the feeding of some sheep and affect the growth and development of the sheep. Therefore, the present invention realizes self-adaptive feeding, Perfect combination of feeding system and feeding system

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