Ecological pig raising method capable of preventing and treating diseases

Abstract

The invention discloses an ecological pig raising method capable of preventing and treating diseases. The method comprises the steps of (1) carrying a mobile monitor on each pig, wherein the upper surface of the mobile monitor is provided with a two-dimensional code picture, and the mobile monitor is used for collecting the body temperature of the pig, collecting the position of the pig and sending the collected information to a remote monitoring terminal; (2) dividing each feeding trough of the pigs into a plurality of feeding spaces, wherein each feeding space is fixedly provided with a miniature camera and a two-dimensional code recognizer, and feeding of each pig can be monitored by recognizing the corresponding two-dimensional code on the pig and analyzing the corresponding position of the pig; (3) regularly detecting excreta of the pigs, and using the excreta which is confirmed to be healthy through detection as a raw material for producing fertilizer. The method has the advantages that a scientific means is adopted for large-scale breeding, the health conditions of the pigs can be known in time, and the excreta of the pigs and other wastes can be recycled.

Description

Technical field [0001] The invention belongs to the technical field of animal breeding, and specifically is an ecological pig raising method for preventing and curing diseases. Background technique [0002] As the current scale of pig farming has gradually changed from a small-scale workshop operation based on a family unit to a large-scale centralized operation, the original breeding methods, breeding environment and facilities are also difficult to adapt to the new breeding methods. In this intensive breeding environment, it is necessary to pay attention to the pigs in real time, observe their feeding status, activity status, and body temperature status, and use this to determine their health status and whether they need treatment and isolation. The existing breeding does not have complete observation and management methods. They all use manual care. Not only is the number of caretakers limited by each person, but observations from a distance alone cannot find the early signs o...

AI Technical Summary

Problems solved by technology

The existing breeding does not have a perfect observation and management method, and they are all guarded by humans. Not only is the number of guards for each person limited, but only relying on experience to observe from a distance can not find the early signs of some diseases, and once there is an infectious disease If it breaks out, it will spread quickly and on a large scale, and it is even more difficult to treat.

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