Automatic nestling pigeon feeding equipment

Abstract

The invention provides automatic nestling pigeon feeding equipment which has the functions of fully-automatic fodder feeding and water feeding and can completely replace manpower, improve production efficiency, raise nestling pigeon survival rate and lower production cost. The automatic nestling pigeon feeding equipment comprises an outer frame sleeve and an inner frame movably arranged in the outer frame sleeve; the inner frame is sequentially provided with a detachable fodder supply device, a control system and a water supply system from left to right; the fodder supply device is arranged on the inner frame in a front-rear swing mode and is sequentially provided with a fodder box, a discharging hopper and a fodder tank from top to bottom; the water supply device is arranged on the inner frame in a front-rear swing mode and is sequentially provided with a water supply portion and a water supply tank from top to bottom.

Description

technical field [0001] The invention relates to a feeding device for poultry, in particular to an automatic feeding device for young pigeons. Background technique [0002] Young pigeons refer to young pigeons born 1-5 days old, and young pigeons refer to young pigeons born 6-25 days old. A pair of breeding pigeons mate and lay eggs after eating and drinking, and naturally brood for 18 days. The young pigeons hatch, and the breeding pigeons vomit the naturally secreted substance "pigeon milk" back to the young pigeons to eat. After 5 days, the young pigeons grow up and grow up. For young pigeons, the breeding pigeons start to feed the young pigeons with feed such as corn and peas. After feeding for 15-20 days, the young pigeons can be sold. Using this male-female pairing and parent-pigeon feeding mode, a pair of breeding pigeons can only produce 7 eggs a year. - 8 litters of young pigeons (2 per litter), each time you can only bring up 1 nest, that is, 2 young pigeons. It ta...

AI Technical Summary

Problems solved by technology

A pair of breeding pigeons mate and lay eggs after eating and drinking, and naturally brood for 18 days. The young pigeons hatch, and the breeding pigeons vomit the naturally secreted substance "pigeon milk" back to the young pigeons to eat. After 5 days, the young pigeons grow up and grow up. For young pigeons, the breeding pigeons start to feed the young pigeons with feed such as corn and peas. After feeding for 15-20 days, the young pigeons can be sold. Using this male-female pairing and parent-pigeon feeding mode, a pair of breeding pigeons can only produce 7 eggs a year. - 8 litters of young pigeons (2 per litter), each time you can only bring up 1 nest, that is, 2 young pigeons. It takes an average of 47 days to feed 2 young pigeons until they can be sold. During this period, you need to consume 6-7 catties of feed. The pigeon feeding cycle is long, the quantity is small, the feed consumption is large, and the cost is extremely high

[0003] In order to increase production and reduce costs, people use incubators instead of nests for hatching of hens. The more hatched young pigeons are merged into the nest of breeding pigeons in natural breeding. A pair of breeding pigeons has to feed 3-4 chicks each time. Although the production of pigeons has increased by 25% and the cost has been reduced by 5%, it breaks the rule that breeders only feed 2 young pigeons at a time. Eliminate early

[0004] In order to reduce the pressure on the mother pigeons to feed young pigeons and young pigeons, people have developed artificial synthetic pigeon milk feed, and adopted the method of incubator and artificial force feeding. , after the eggs are hatched by the incubator, the young pigeons of 1-5 days are artificially fed artificially synthesized pigeon milk feed to replace the naturally secreted pigeon milk of the hens, and the young pigeons of 6-25 days are artificially fed Feed, adopting this mode, the breeding pigeons can produce a nest of eggs in 12 days on average, and can produce 30 nests of eggs a year, which greatly improves the output of young pigeons. It is easy to twist or poke the neck of the young pigeons, causing the young pigeons to be injured or even die young, or the young pigeons are strangled to death due to excessive feeding doses. The survival rate is normally 70%, and the feeding personnel need to have certain feeding skills In order to achieve such a survival rate, the survival rate of ordinary people to force-feed is only about 50%, so it is difficult to hire people. , high labor intensity and low efficiency

[0005] In order to solve the above problems, Chinese patent CN204598989U discloses "an automatic feeding device for young pigeons", which solves the problem of manual feeding of young pigeons, but still has problems such as inconvenient drinking water and inconvenient stuffing for young pigeons

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