Breeding system

Abstract

The invention discloses a breeding system. The breeding system comprises a breeding house, an environment monitoring module, a marking unit and a central processing module, wherein the breeding house comprises a breeding house body, a barrier divides the breeding house body into two house bodies, the two house bodies are communicated through a weighing channel, a weighing device is arranged at the bottom of the weighing channel, and an identification device is arranged on the weighing device and can identify information in the marking unit; the environment monitoring module can monitor the growth environment of the bred livestock and transmit detected data signals to the identification device; the weighing device matches and packages the weighing information, information, identified by the identification device, of the marking unit as well as the monitored growth environment data and then sends the information to the central processing module, and the central processing module performs comparison and collection. The breeding system performs data comparison and collection, and the growth state and the expected marketing condition of the livestock in an area in the system are mastered through big data analysis; additionally, the central processing module can analyze and judge the best growth environment of the livestock through information comparison.

Description

Technical field [0001] The invention belongs to the technical field of animal breeding, and specifically relates to a breeding system. Background technique [0002] There are few large-scale pig farms in my country, and most of them are small and medium-sized or even small-scale or even scattered farming. In the actual breeding process, it is difficult to construct a pig industry system and management system. The total number of pigs cannot be accurately estimated and often occurs. The uncoordinated relationship between the scale of farming and market supply and demand has led to a substantial increase or decrease in meat prices. In the existing technology, the detection of live pigs is only the monitoring of the number of pigs and the number of reproductive sows at multiple monitoring points across the country by the Animal Husbandry Department of the Ministry of Agriculture, and then statistics on the monitored data to obtain corresponding conclusions. However, such statistical...

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Problems solved by technology

[0002] There are few large-scale pig farms in my country, and most of them are small and medium-sized or small-scale or even free-range farmers. In the actual breeding process, it is difficult to build a pig industry system and management system. The total amount of pigs on hand cannot be accurately estimated. The inconsistency between the scale of breeding and the relationship between supply and demand in the market has led to a sharp rise or fall in meat prices

In the prior art, the detection of live pigs is only the monitoring of the number of live pigs and reproductive sows by the Department of Animal Husbandry of the Ministry of Agriculture at multiple monitoring points across the country, and then statistics the monitored data to obtain corresponding conclusions. However, such statistical results are not comprehensive and cannot fundamentally solve the above-mentioned problems. At the same time, the more monitoring points, the greater the manpower and material resources required for statistics, and the artificially monitored data is not very accurate, and the above-mentioned monitoring is mainly used Because the data statistics will not bring actual benefits to the breeding users, and cannot fundamentally change their breeding methods

In order to choose a suitable growth environment, the breeding factory usually needs to do a large number of weighing comparison experiments. These weighing experiments are often too complicated, time-consuming and labor-intensive, and the obtained data is also somewhat one-sided.

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