Piglet management method and intelligent piglet heat preservation device

Abstract

The invention discloses a piglet management method and an intelligent piglet heat preservation device. The piglet management method comprises the following steps of making electronic identifiers in one-to-one correspondence with sows; acquiring image information and environment parameter information of an environment where piglets born by the sows are located; carrying out intelligent analysis onthe image information and the environment parameter information to obtain number information of the produced piglets and health information of the piglets; and regulating and controlling environmentalparameters according to the acquired piglet number information and piglet health information. In view of the appropriate growth temperature difference between the lactating sows and the piglets, thesows are in a room temperature environment, and the piglets tend to enter the heat preservation device for a rest after lactation; when the piglets have a rest in the heat preservation device, the lactating sows can be conveniently fed in a refined mode, and meanwhile healthy growth of the sows and the piglets is guaranteed; and in the process, key data of breeding are automatically obtained.

Description

technical field [0001] The invention belongs to the technical field of animal husbandry, and in particular relates to a piglet management method and an intelligent heat preservation device for piglets. Background technique [0002] In recent years, the state has encouraged and vigorously supported the construction of agricultural infrastructure, and supported technology and technological innovation. In large pastures, farmers and enterprises began to abandon traditional artificial animal husbandry and management models, and began to gradually transform towards production automation, centralized management, economic benefits, and intelligent decision-making. On the one hand, farmers and enterprises will increase the overall construction of pastures and begin to introduce some advanced automation equipment, such as farrowing beds, incubators, automatic feeding machines, environmental monitors, etc.; on the other hand, they will continue to carry out technological innovations, ...

AI Technical Summary

Problems solved by technology

[0007] The existing traditional incubator can only irradiate the back of the piglet with the heat preservation lamp, but it lacks the monitoring and temperature control of the piglet’s small environment. The height of the heat preservation lamp needs to be adjusted manually according to the age of the piglet, which requires a lot of manpower At the same time, there is no record of the living conditions of piglets, and there is no corresponding intelligent data management platform. The data of piglets from birth to slaughter is mainly manually entered, which greatly increases the cost

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