A kind of dryland automatic duck breeding house and breeding method thereof

Abstract

The invention discloses an automated duck breeding house on dry land and a breeding method thereof, belonging to the technical field of poultry breeding. The pillars are provided with chute, and the pillar is used as a pillar with chute; between the pillars with chute, there are multi-layer living hangers, and a pool is arranged under the living hangers. The side of the living hanger in the length direction is provided with a transfer board, and a launching hanger is arranged under the living hanger at the bottom layer, and the living hanger, the transfer board and the launching hanger can be The strut with chute moves up and down smoothly; the launching hanger can sink into the pool. The invention enables the ducks to meet the requirement of growing without the duck house in the whole life cycle, facilitates the control of the growth environment, ensures the health of the body, reduces the probability of disease occurrence, and improves the economic output.

Description

technical field [0001] The invention relates to the technical field of poultry breeding, in particular to the technical field of duck breeding, in particular to an automated duck breeding house on dry land and a breeding method thereof. Background technique [0002] Duck is one of the main poultry. Whether it is duck meat, duck eggs or duck down, they are all products that are in high demand in people's lives. Since ducks are waterfowl, in the history of human farming, they are generally rich in natural water resources. However, since duck farming can easily cause water pollution, related industries advocate dry farming or cage farming. However, in the absence of water for a long time, the growth and development of ducks may be affected to a certain extent, resulting in a decrease in the rate of meat production and egg production, especially not conducive to feather growth, and easy to cause diseases. However, raising ducks in water-deficient areas generally requires manual...

AI Technical Summary

Problems solved by technology

The disadvantages are: long-term non-bathing of breeding ducks may affect the smoothness of feathers; breeders must manually remove duck droppings on the playground every day, so the workload is huge; there is no pool in hot summer, which is not conducive to cooling ducks

At present, a small number of breeding enterprises try to transform the open sports field into an indoor closed sports field so that the temperature and humidity of the entire duck house can be controlled; changing the flushing ring into a fermentation bed can reduce the workload of duck manure treatment on the sports field, but the water consumption is greatly increased. , and although ducks are waterfowl, they require a relatively dry living environment and do not like a humid environment for daily life. Therefore, developing a duck house that can provide ducks with an environment with a water system but a dry daily life area can Effectively improve the growth efficiency of ducks to meet feeding needs

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