CN205124694U - Rotation grazing chicken coop that sylvan life was raised chickens - Google Patents

Abstract

The utility model relates to a cultivation techniques field especially relates to a rotation grazing chicken coop that sylvan life was raised chickens. The utility model discloses the institute to solve be technical problem be provide a vegetation can endless rotation grazing chicken coop that sylvan life was raised chickens, perch the district of putting in a suitable place to breed that distinguishes all around including perching the district and centering on, perch the perch space of district for she ding, enclosure, spacer screen, supporting leg, door besieged city, enclosure the latter half is closed curb plate, and the first half is ventilative formula net, put the district in a suitable place to breed and put the unit including a plurality of in a suitable place to breed by what the rail enclosed, put the unit passing -through door in a suitable place to breed and perch the district and communicate with each other. The beneficial effect of the utility model: because of there being a plurality of units of putting in a suitable place to breed, it just can the bye to put the unit like this in a suitable place to breed, and the change that the unit carries out forage grass of putting in a suitable place to breed of bye is renovated to cleaning the disinfection, can realizing balance ecological and that breed, improvement free range chicken puts efficiency in a suitable place to breed and land use is rateed, carry out functional partitioning and location to putting each plate of unit in a suitable place to breed, realize organic integration of rotation grazing system.

Description

Rotational grazing chicken coop for raising chickens under the forest

technical field

The utility model relates to the technical field of breeding, in particular to a chicken coop for grazing chickens in rotation under forests.

Background technique

At present, the semi-freezing and rotational grazing technology in forests for chickens has been applied in a small amount in various places. However, it is generally a fixed rotation grazing place, and the chickens live in the chicken house for a long time, and they are only exchanged with other rotation grazing chicken houses where other chickens live. The biggest shortcoming of the prior art is that the vegetation in the stocking site is completely destroyed due to the unbearable chicken movement and the heavy load of feeding. It becomes a luxury for the chickens to feed on natural green plants, and the constant movement of the chickens also brings difficulties to the disinfection of the site. In this case, the advantages of using rotational grazing are not so prominent, and even the disadvantages outweigh the advantages.

Utility model content

The technical problem to be solved by the utility model is to provide a rotational grazing chicken coop for raising chickens under forests where vegetation can circulate.

The technical scheme adopted by the utility model to solve the above-mentioned technical problems is: a chicken coop for grazing chickens under the forest, including a habitat area and a stocking area around the habitat area; The habitat space enclosed by legs and gates, the lower part of the wall is a closed side panel, and the upper part is a breathable grid; the stocking area includes a plurality of stocking units surrounded by fences, and the stocking units pass through the gate. connected to the habitat.

Preferably, the number of the stocking units is four, and they are scattered around the habitat area.

Preferably, there are fruit tree areas, grass areas and sand areas in the stocking unit.

Preferably, the fruit tree area includes orange trees, apple trees, and peach trees cross-planted at 4m×5m.

Preferably, it is characterized in that the pasture area includes white clover, alfalfa, ryegrass, duckweed, and reed fescue.

Preferably, a feed storage and disinfection preparation area is also provided in the habitat area.

Beneficial effects of the utility model: because there are multiple stocking units, the stocking units can be spared, and the spare stocking units are replaced and refurbished for pastures, and cleaned and disinfected, so that the balance between ecology and breeding can be realized, and the stocking of free-range chickens can be improved. Efficiency and land utilization; functional division and positioning of each plate of the stocking unit to realize the organic integration of the rotational grazing system.

Description of drawings

Fig. 1 is the utility model top view structure schematic diagram;

Fig. 2 is a schematic diagram of the front view of the utility model.

Shown in the figure: 1-habitation area, 2-stocking area, 3-top of the house, 4-wall, 5-bottom net, 6-supporting legs, 7-door, 8-stocking unit.

detailed description

Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail.

As shown in Fig. 1, 2, the rotation grazing chicken coop of raising chickens under the forest of the present utility model comprises habitat area 1 and surrounding area 2 in a suitable place to breed around habitat area 1; Described habitat area 1 is roof 3, enclosure wall 4, Bottom net 5, support leg 6, door 7 enclose the dwelling space of the city, the lower part of described wall 4 is a closed side panel, and the upper part is a ventilating grid; Stocking unit 8, said stocking unit 8 communicates with habitat 1 through door 7. Wherein habitat area 1 is the habitat house of free-range chicken, is the habitat place of flock of chickens when night, and habitat house is all provided with door 7 all around, leads to each independent stocking unit 8 respectively, and all the other three sides of stocking unit 8 are fences, bottom Net 5 is a wire grid, which is convenient for the collection of ight soil from chickens. Because there are a plurality of stocking units 8, the stocking units 8 can be emptied sequentially, and the vacant stocking units 8 are replaced and refurbished for pastures, and cleaned and disinfected, so that the balance between ecology and breeding can be realized, and the efficiency of free-range chickens stocked in a suitable place can be improved and land use rate.

The number of stocking units 8 can be 2, 4, 8, etc. As a preferred embodiment, the number of the stocking units 8 is 4, and they are scattered around the habitat 1 . The area of each stocking unit 8 is equal like this.

In order to utilize the stocking unit 8 more rationally, therefore, a preferred embodiment is that the stocking unit 8 is provided with fruit tree areas, pasture areas, and sand areas. Functional division and positioning are carried out for each plate of the stocking unit 8 to realize the organic integration of the rotational grazing system.

To improve ecological rationality, in a preferred embodiment, the fruit tree area includes orange trees, apple trees, and peach trees cross-planted at 4m×5m.

In order to allow free-range chickens to eat abundant pastures, in a preferred embodiment, the pasture area includes white clover, alfalfa, ryegrass, duck grass, and reed fescue. All of the above are high-quality forage grasses, which can improve the taste of stock-raised chicken.

In order to facilitate people's work, a preferred embodiment is that a feed storage and disinfection preparation area is also set in the habitat area 1 .

The premises in the foregoing embodiments should be selected in orchards or woodlands with pleasant environment, fresh air, sunny and leeward, and good water quality. Each habitat area 1 is designed to be 2 mu. For the purpose of commercial chickens, the stocking density is designed as follows: based on the area of the stocking area 2, 50-100 birds/mu; based on the area of the habitat area 1, it is 6-8 birds/ ^m2 . Design its feeding cycle according to different chicken species, and the replacement and refurbishment of forage grass will be carried out in the empty stocking unit 8, and it will be cleaned and disinfected.

Claims (6)

1. the rotation grazing hen house of sylvan life poultry, is characterized in that, comprise perch district (1) and be centered around perch district (1) surrounding put district (2) in a suitable place to breed;

Describedly perch that district (1) is She Ding (3), enclosure wall (4), spacer screen (5), supporting leg (6), door (7) are encircled a city perches space, described enclosure wall (4) the latter half is closed side plate, and the first half is permeability type grid;

Described put in a suitable place to breed district (2) comprise multiple surrounded by fence put unit (8) in a suitable place to breed, described in put in a suitable place to breed unit (8) by door (7) with perch district (1) and communicate.

2. the rotation grazing hen house of sylvan life according to claim 1 poultry, is characterized in that, described in put unit (8) in a suitable place to breed number be 4, and be dispersed in and perch district (1) surrounding.

3. the rotation grazing hen house of sylvan life according to claim 1 and 2 poultry, is characterized in that, described in put in a suitable place to breed in unit (8) and be provided with fruit tree district, Grassland Area, sand district.

4. the rotation grazing hen house of sylvan life poultry according to claim 3, is characterized in that, described fruit tree district comprises with the orange tree of 4m × 5m intersection plantation, apple tree, peach.

5. the rotation grazing hen house of sylvan life poultry according to claim 3, it is characterized in that, described Grassland Area comprises Trifolium repense, alfalfa, perennial ryegrass, orchardgrass, alta fascue.

6. the rotation grazing hen house of sylvan life according to claim 1 poultry, is characterized in that, described in perch in district (1) and also establish feed to store and sterilization area in preparation.