CN205567446U - Ecological cycle type aquatic bird culture room house - Google Patents

Abstract

The utility model discloses an ecological circulation type waterfowl breeding house, which comprises an indoor rest room and an outdoor sports field. There is a net bed, and several groups of partitions are arranged on the net bed, and several waterfowl living areas are arranged between each group of partitions and between the edge partitions and the edge of the net bed; waterfowl living areas are arranged between each group of partitions. passageway; a slope connecting portion is provided between the indoor restroom and the outdoor playground; a passageway is provided between the net bed and the wall of the indoor restroom; entrances and exits are respectively provided on the indoor restroom and the outdoor playground. The utility model conforms to the physiological characteristics of the waterfowl, can give full play to the production performance of the waterfowl, saves litter, is simple to operate, is environmentally friendly, realizes resource recycling, and forms a good demonstration benefit for the healthy and sustainable development of the waterfowl industry.

Description

An ecological circulation type waterfowl breeding house

technical field

The utility model belongs to the technical field of animal husbandry, in particular to an ecological circulation type waterfowl breeding house.

Background technique

Waterfowl breeding is a traditional and advantageous industry in my country's animal husbandry industry, and the number of laying and duck breeding ranks first in the world. With the continuous acceleration of rural urbanization and the continuous improvement of people's environmental protection requirements, the disadvantages of the current laying duck farming method are becoming more and more obvious. Waterfowl excrement is directly discharged into the river, polluting the water body environment; waterfowl and pathogenic microorganisms are contacted and infected. Accelerate the spread of epidemic diseases, seriously affect the health of waterfowl, and make it difficult to guarantee the safety of livestock products.

Aiming at the current situation of waterfowl breeding polluting the environment, cage breeding and online breeding of laying ducks have begun to appear one after another, but the cost is high and this model has changed the characteristics of waterfowl, and the environment in the house is poor and waterfowl excreta are not treated. Completely solved; improved modes such as fermented bed culture and manure raising earthworms can only solve one aspect of the problem, and most of them are separated from the livestock and poultry breeding process, which increases the cost of breeding.

In view of this, technicians need to develop an ecological circulation type waterfowl breeding house with reasonable design and organic combination of several processes to solve a series of environmental pollution and product safety problems caused by waterfowl breeding, as well as save cost and labor, and turn waste into Treasure, recycling, has become an urgent problem to be solved.

Contents of the invention

The technical problem to be solved by the utility model is to overcome the above-mentioned defects, and provide an ecological circulation type waterfowl breeding house, which is reasonable in design, conforms to the physiological characteristics of waterfowl, can give full play to the production performance of waterfowl, saves litter, and the group is not easy to be infected with diseases. The feces that come down directly raise earthworms to eliminate the odor in the house. The feces are fermented into loose and dry high-quality organic fertilizers. At the same time, earthworms use the carbon, nitrogen and other nutrients in the feces to grow and transform quickly. After disinfection and drying, they can be used as high-quality protein for waterfowl. Feed can improve the quality of meat, eggs and other products, and improve breeding efficiency. This mode is simple to operate, environmentally friendly, and realizes resource recycling. It has formed a good demonstration benefit for the healthy and sustainable development of the waterfowl industry, and has good practicability and promotion value.

In order to solve the above problems, the technical solution adopted in the utility model is:

An ecological circulation type waterfowl breeding house is characterized in that: it includes an indoor rest room and an outdoor sports field, and a pool is arranged in the middle of the outdoor sports field; several ventilation windows are arranged on the walls of the indoor rest room, and the indoor rest room is provided with Net bed, several groups of partitions are arranged on the net bed, several waterfowl living areas are arranged between each group of partitions, and between the edge partitions and the edge of the net bed; waterfowl passages are arranged between each group of partitions A slope connection is provided between the indoor lounge and the outdoor playground; a channel is provided between the net bed and the wall of the indoor lounge for managing traffic or excrement cleaning; the indoor lounge and the outdoor playground There are entrances and exits respectively.

As an optimized technical solution, the partitions are made of mesh, and each set of partitions has two meshes.

As an optimized technical solution, the height of the mesh bed from the ground is 60-80cm, and the height of the mesh sheet above the mesh bed is 30-40cm.

As an optimized technical solution, the slope connection part is made of wood boards, and its slope is 40-50°.

As an optimized technical solution, the width of the indoor rest room is 8-10m.

As an optimized technical solution, the waterfowl living area is set between the net bed and the mesh sheet, the length of the waterfowl living area is n meters, the width is n meters, 2≤n≤4; each waterfowl living area is provided with an entrance , the entrance and exit are waterfowl passages; each waterfowl living area is equipped with egg-laying nests, automatic drinking fountains and troughs.

Due to the adoption of the above technical scheme, compared with the prior art, the utility model conforms to the physiological characteristics of waterfowl, can give full play to the production performance of waterfowl, save litter, the colony is not easy to be infected with diseases, and the leaked feces can directly feed earthworms, eliminating the need for waterfowl in the house. Odor, feces are fermented into loose and dry high-quality organic fertilizers. At the same time, earthworms use the carbon, nitrogen and other nutrients in the feces to grow and transform rapidly. After disinfection and drying, they can be used as high-quality protein feed for waterfowl to improve the quality of meat, eggs and other products. To improve breeding efficiency, this mode is simple to operate, environmentally friendly, and realizes resource recycling, which has formed a good demonstration benefit for the healthy and sustainable development of the waterfowl industry.

At the same time, the utility model will be further described below in conjunction with the accompanying drawings and specific embodiments.

Description of drawings

Fig. 1 is a schematic structural view of an embodiment of the utility model.

detailed description

Example:

As shown in FIG. 1 , an ecological circulation type waterfowl breeding house includes an indoor lounge 1 and an outdoor sports field 2 , and a pool 5 is arranged in the middle of the outdoor sports field 2 . According to needs, the pool 5 is located in the middle of the outdoor playground 2, and communicates with the water inlet channel 3 and the drainage channel 4 buried underground.

The wall of the indoor rest room is provided with some ventilation windows 12, and the indoor rest room 1 is provided with a net bed 10, and several groups of partitions are arranged on the net bed 10, between each group of partitions, and the partitions on the edge There are several living areas for waterfowl between the edge of the mesh bed. A waterfowl channel 14 is arranged between each set of partitions. A slope connecting portion 6 is arranged between the indoor lounge 1 and the outdoor playground 2 , and the slope connecting portion 6 can also connect the outdoor playground 2 and the net bed 10 . A channel is provided between the net bed 10 and the wall of the indoor lounge 1 for managing traffic or cleaning up feces. The indoor lounge and the outdoor playground are provided with entrances 7 and 8 respectively.

In this embodiment, the partitions are made of mesh, and there are two meshes on each set of partitions. The height of the net bed 10 from the ground is 60-80cm, and the height of the mesh sheet above the net bed 10 is 30-40cm. The slope connecting portion is made of planks with a slope of 40-50°. The width of the indoor rest room is 8-10m. Similarly, planks with a slope of 40-50° are set between the net bed and the ground of the indoor lounge.

The waterfowl living area is set between the mesh bed and the mesh sheet, and the length of the waterfowl living area is n meters, the width is n meters, and 2≤n≤4; each waterfowl living area is provided with an entrance and exit, and the entrance and exit are waterfowl passages. All be provided with egg-laying nest 9, automatic drinking fountain 13 and feeding chute 11 in each waterfowl living area.

This embodiment includes an indoor lounge, an outdoor playground, a sports pool, an indoor net bed, and the feces under the net bed can be used to raise earthworms, etc., and can also realize the utilization of organic fertilizers, and the earthworms can also raise waterfowl. Install wooden planks with a slope of 45 degrees at the connection between the entrance and exit of the indoor lounge and the net bed for waterfowl to enter the net bed; the indoor net bed is 60-80 cm from the ground, and the net beds are arranged in two rows. The slices are separated into small rooms with a length of 2 meters and a width of 3 meters, and each small room raises 15-20 waterfowl. The excrement of waterfowl is discharged to the ground through the mesh, and the larvae of earthworms are inoculated in the manure, and the manure is fermented into organic fertilizer in situ. After the earthworms are cleaned and dried, they are fed to waterfowl; the manure is generally cleaned once every 1-3 months in summer and 3-6 months in winter. Clean up once a month; waterfowl go to the playground during the day and return to the net bed in the house at night. Net beds need to be cleaned once a day, and playgrounds, duck and goose houses, etc. should be disinfected once every half a month. If the area of the outdoor sports field is 800-1000 square meters, the pool is in the middle of the sports field, about 100 square meters, the length and width of the indoor poultry house are controlled at 50-70 meters and 10-12 meters respectively, and there are two rows of indoor net beds, each row 25-30 Each is divided into a small room, and the stocking density is 2.5-3.5 waterfowls/square, and 1000 waterfowls can be raised.

The utility model conforms to the physiological characteristics of waterfowl, can give full play to the production performance of waterfowl, save litter, the group is not easy to be infected with diseases, and the leaked feces can directly raise earthworms, eliminate the odor in the house, and ferment the feces into loose and dry high-quality organic fertilizer. At the same time, earthworms use the carbon, nitrogen and other nutrients in the feces to grow and transform rapidly. After disinfection and drying, they can be used as high-quality protein feed for waterfowl, improve the quality of meat, eggs and other products, and improve the breeding efficiency. Recycling has formed a good demonstration benefit for the healthy and sustainable development of the waterfowl industry.

The utility model is not limited to the preferred embodiment described above, and anyone should know that the structural changes made under the inspiration of the utility model, and all technical solutions that are the same as or similar to the utility model, all belong to the utility model protected range.

Claims (6)

1. An ecological cycle type waterfowl breeding house is characterized in that: it comprises an indoor lounge and an outdoor sports field, and a pool is arranged in the middle of the outdoor sports field; The wall of the indoor rest room is provided with some air windows, and the indoor rest room is provided with a net bed, and the net bed is provided with several groups of partitions, between each group of partitions, and between the partitions of the edge and the edge of the net bed. A number of waterfowl living areas are set; waterfowl passages are set between each group of partitions; A slope connecting portion is provided between the indoor lounge and the outdoor playground; A channel is provided between the net bed and the wall of the indoor rest room for managing traffic or excrement cleaning; There are entrances and exits respectively on the indoor lounge and the outdoor playground. 2. The ecological circulation type waterfowl breeding house according to claim 1, characterized in that: the partitions are made of mesh, and there are two meshes on each group of partitions. 3. The ecological circulation type waterfowl breeding house according to claim 2, characterized in that: the height of the net bed from the ground is 60-80 cm, and the height of the net sheet above the net bed is 30-40 cm. 4. The ecological circulation type waterfowl breeding house according to claim 1, characterized in that: the slope connection part is made of wood boards, and its slope is 40-50°. 5. The ecological circulation type waterfowl breeding house according to claim 1, characterized in that: the width of the indoor rest room is 8-10m. 6. The ecological circulation type waterfowl breeding house according to claim 1, characterized in that: the waterfowl living area is set between the net bed and the mesh, the length of the waterfowl living area is n meters, the width is n meters, 2≤ n≤4; each waterfowl living area is equipped with entrances and exits, and the entrances and exits are waterfowl passages; each waterfowl living area is equipped with egg-laying nests, automatic drinking fountains and feeding troughs.