A livestock water supply system based on automatic identification

Abstract

The invention discloses a livestock water supply system based on automatic identification, comprising a first infrared sensor, a first camera device, an access control opening device, a second infrared sensor, a second camera device, a data storage device, a main control device, etc. . The invention makes full use of solar energy resources, improves energy utilization efficiency, ensures that livestock drink water automatically; the invention improves the accuracy of liquid level measurement of each water tank through multiple sensors, prevents insufficient water storage supply or excessive water storage, and ensures the safety of pastoral areas. Normal water use; and, only for livestock water supply, to achieve better livestock water supply management; the linkage relationship between various circuit components makes the energy consumption extremely low.

Description

technical field [0001] The invention belongs to the technical field of automatic control, and in particular relates to a water supply system for livestock in pastoral areas based on automatic identification. Background technique [0002] The severe winter climate brings many problems to livestock drinking water. It is intended to achieve the following research objectives: due to the low water temperature and the freezing of the water tank, the water intake of livestock is greatly reduced, resulting in stunted growth, reduced diet, sharp decline in milk production, and serious impact on growth performance; Cold stress reaction leads to high physical energy consumption, easy to catch cold, miscarriage, inhibition of lactation, lower feed conversion rate and other problems; lack of automatic control and information technology, it is impossible to realize the research and experiment of unmanned livestock drinking water management, and it is impossible to liberate the labor force...

AI Technical Summary

Problems solved by technology

It is intended to achieve the following research goals: due to the low water temperature and the freezing of the water tank, the amount of drinking water for livestock is greatly reduced, resulting in stunted growth, reduced diet, sharp drop in milk production, and serious impact on growth performance; Cold stress response leads to high physical consumption, easy cold, miscarriage, inhibition of lactation, lower feed conversion rate and other problems; lack of automatic control and information technology, can not realize unmanned livestock drinking water management research and experiment, can not liberate herdsmen's labor force

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