A large-scale dry-raised egg duck farm

Abstract

The invention provides a large-scale dry-raised duck farm, which belongs to a design of duck house, including a first duck farm, a second duck farm and a feeding and drinking area. The first duck farm and the second duck farm have the same structure. The feeding and drinking area is set between the first duck farm and the second duck farm, and the first duck farm and the second duck farm are symmetrically arranged relative to the feeding and drinking area; the first duck farm includes duck houses and a land sports field, and the land sports field is located at Between the feeding and drinking area and the duck house, one end of the feeding and drinking area and one end of the duck house, and the other end of the feeding and drinking area and the other end of the duck house are connected by walls, and there are water sports fields in the land sports fields adjacent to the walls on both sides. The structure of the duck farm is reasonable, and the feeding, drinking water, and egg-laying areas are divided into partitions, which reduces the humidity in the duck house, reduces the incidence of duck diseases and dirty eggs, improves feed utilization, and prolongs the egg-laying time and egg-laying level of laying ducks. , increase egg production, effectively solve the problem of dirty eggshells, increase the efficiency of duck farming, and save investment in drinking water equipment.

Description

technical field [0001] The invention belongs to a duck house, in particular to a large-scale dry farm for laying ducks. Background technique [0002] Laying ducks are waterfowl, which are characterized by water-loving and dry, cold-resistant and heat-resistant, and afraid of humidity. The traditional duck farm design includes three parts: duck house, land sports field and water surface sports field. Ducks rest in the house at night and generally move around in the land sports field and water surface field during the day. The traditional design of duck farms does not fully consider the biological learning of laying ducks, and there are the following problems. [0003] First, the humidity in the duck house is too high, and the design and placement of drinking water and feeding equipment in the duck house is unscientific. The duck exit is designed on the sunny side, and the feed basin is designed in the middle of the duck house. It does not conform to the habit of ducks eati...

AI Technical Summary

Problems solved by technology

[0004] Humidity in the duck house often leads to shedding of laying ducks, a drop in egg production rate, and serious diseases such as colibacillosis, fungal disease, and even influenza; resulting in dirty eggshells and affecting sales prices

[0005] Second, the design of the water playground is unreasonable. The duck farm design water surface playground is too small to meet the bathing requirements of the laying ducks, resulting in dirty feathers, wet water and even hair loss of the laying ducks, resulting in a drop in egg production rate and even induced diseases.

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