Breed duck dry-breeding duck house

Abstract

The invention discloses a breed duck dry-breeding duck house including a drinking trough, a walking net, walking ground paved with pads, and a feeding device for forage transmission that are successively arranged along the width direction of the duck house, the walking net is higher than the walking ground, the walking net and the walking ground are connected through a plurality of slopes, and a night soil collection system is arranged under the walking net. The duck house reduces the exercise amount during the breed duck egg producing period, is simple in operation, saves manpower, forages, charges for water and electricity, and cost, the breed duck production indexes are stable, the biological safety is effectively guaranteed, the pollution discharge problem is fundamentally solved, and the bottleneck for breed duck development restricted by environmental protection is broken thoroughly. The duck house particularly reduces the breed duck foot disease and is an ideal breed duck house during the actual production at present.

Description

technical field [0001] The invention relates to a duck house, in particular to a duck house for raising ducks. Background technique [0002] On the basis of the traditional duck house, the dry-raised duck house does not have a bathing pool, with sufficient light, a large exercise area, and the ducks are robust. However, it consumes a lot of materials, has relatively many leg diseases, and has a high elimination rate. It takes a lot of labor for workers to clear the excrement of the sports field every day. It is greatly affected by factors such as wind, rain, snow, high temperature, severe cold, and birds in the natural climate. The fertilization rate of dryland breeding is higher than that of bathing The pool is 1-2% lower. Although the amount of water used and the generation of sewage are reduced to a certain extent, the rain and sewage cannot be diverted, and the sewage problem cannot be solved fundamentally, and the biosafety level is low. [0003] If the dry-raised duck...

AI Technical Summary

Problems solved by technology

However, it consumes a lot of materials, has relatively many leg diseases, and has a high elimination rate. It takes a lot of labor for workers to clear the excrement of the sports field every day. It is greatly affected by factors such as wind, rain, snow, high temperature, severe cold, and birds in the natural climate. The fertilization rate of dryland breeding is higher than that of bathing The pool is 1-2% lower. Although the water consumption and sewage production are reduced to a certain extent, the rain and sewage cannot be diverted, and the sewage problem cannot be solved fundamentally. The biosafety level is low

[0003] If the dry-raised duck house with all the nets in the duck house is adopted, the utilization rate of the building area is high, a large amount of water and electricity resources are saved, and the pressure of sewage discharge on environmental pollution is reduced. However, the breeding ducks do not bathe for a long time, and the feathers are dirty, and the eye diseases are relatively increased, so The design of the water tank must be scientific and reasonable, and the hardware requirements for the construction of the duck house must be high.

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