Bionic artificial feeding machine for young pigeons

Abstract

The invention discloses a bionic artificial feeding machine for young pigeons. The bionic artificial feeding machine comprises a mixing and crushing tank, a stirring motor, a conveying pump, a power supply, a feed pipe, a heater, a main console and a bionic feeding gun, wherein the mixing and crushing tank is connected with the stirring motor; the conveying pump is arranged at one side of the stirring motor; the power supply is arranged at the bottom parts of the stirring motor and the conveying pump; the main console is arranged at one side of the mixing and crushing tank; a through hole capable of being opened or closed is arranged at the bottom part of the mixing and crushing tank; one end of the feed pipe is connected with the through hole; the other end of the feed pipe penetrates through the conveying pump to be connected with the bionic feeding gun; and the heater is arranged on the feed pipe. The bionic artificial feeding machine provided by the invention can realize heat preservation, accurate feeding and autonomous feeding of a young pigeon feed, reduces the workload of artificial feeding of the young pigeons and reduces the feeding cost of the young pigeons.

Description

technical field [0001] The invention relates to an animal feeding machine, in particular to a bionic artificial feeding machine for pigeons. Background technique [0002] Pigeon is one of the poultry widely raised in the world at present. Pigeon meat is delicious, high in protein and low in fat, and pigeon eggs are rich in nutrition. Therefore, it is known as "one pigeon wins nine chickens". Pigeons are late adults, and the newly hatched young pigeons need to be fed by their parents for about 28 days, which greatly limits the production performance of the breeders. If the young pigeons can be moved out of the dovecote for artificial feeding, the parents can be liberated so that they can enter the next production cycle as soon as possible to improve breeding efficiency. However, there are many problems in the current production procedure of artificially raising squabs. (1) The feeding port of the squab feeder is simple and rough, and the direct perfusion method is adopted, w...

AI Technical Summary

Problems solved by technology

However, there are many problems in the current production procedure of artificially raising squabs. (1) The feeding port of the squab feeder is simple and rough, and the direct perfusion method is adopted, without considering the animal welfare issues; (2) The labor intensity of the breeding producers is high; (3) The feeding amount of squabs is inaccurate each time, the feed temperature is unstable, and the operation of the feeder is cumbersome, etc.

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