Intelligence livestock culturing system

Abstract

An intelligence livestock culturing system comprises an environment acquisition unit, an individual acquisition unit, a security acquisition unit, a signal processing unit, an automatic monitoring unit, a bus control unit, a remote control client and a remote control server, wherein the environment acquisition unit, the individual acquisition unit and the security acquisition unit are connected with the automatic monitoring unit through the signal processing unit, the automatic monitoring unit is connected with the bus control unit for controlling the bus control unit according to the received acquisition information, the remote control client and the remote control server are connected with the automatic monitoring unit through the network, and a remote control terminal employs a cell phone using Android system. The intelligence livestock culturing system employs intelligent control and has the advantages of easy operation and low power consumption. The intelligence livestock culturing system achieves the purposes of monitoring and regulating domestic animal individuals and entire culture region, reduces the manual operation and improves the management efficiency. The livestock management problems can be fundamentally solved. The behavior of each domestic animal individual is monitored, thereby increasing culturing efficiency and culturing income.

Description

[0001] 【Technical field】 [0002] The invention belongs to the technical field of intelligent agriculture, and in particular relates to an intelligent system for raising livestock. [0003] 【Background technique】 [0004] In order to meet the demand for livestock meat products in modern society, the traditional breeding mode has been unable to effectively supply, resulting in an unbalanced trend in the supply and demand market. Therefore, for the livestock breeding industry, it is necessary to adopt advanced breeding models, improve the efficiency of livestock breeding, expand the scale of breeding, and apply modern science and technology to the livestock breeding model, so as to maximize the efficiency of livestock breeding. [0005] Among the breeding environment parameters, livestock are most sensitive to temperature, humidity, light and ammonia concentration, and these environmental variables are often very unstable. Manual treatment, and livestock can grow best under the ...

AI Technical Summary

Problems solved by technology

[0005] Among the breeding environment parameters, livestock are most sensitive to temperature, humidity, light and ammonia concentration, and these environmental variables are often very unstable. Manual treatment, and livestock can grow best under the light intensity of a certain period of time and a certain interval. Most breeders make judgments based on their own rich experience. Due to the limitation of human time and energy, the breeding efficiency is not high. , and because the breeding of dairy cows and other livestock has high requirements on the environment, the staff cannot frequently enter the breeding area, resulting in serious economic losses. Traditional breeding areas use manual methods for safety management, which is costly and has great risks. problems, and it is impossible to monitor the behavior of each livestock, understand the physical condition of each livestock, and carry out disease prevention, etc.

Images