CN205161507U - Utilize fermentation bed's tie to support formula laying hen house - Google Patents

Abstract

The utility model discloses a flat-raised laying hen house using a fermentation bed, which comprises a chicken house body, a fermentation bed is laid on the ground inside the chicken house body, and a An automatic feeding device and an automatic drinking device, and an egg laying box and an automatic egg collection device are arranged on the backlit side of the chicken house body. The laying hen house using the fermentation bed in the utility model avoids the limitations of traditional cage raising, and enhances the stress resistance and disease resistance of the laying hens. After laying eggs, the laying hens can automatically pass the conveyor belt. Collection, reducing the procedure of manually picking eggs. And according to the degradation needs of chicken manure in laying hen farms, we can regularly carry out raking of fermented bedding materials and supplement of special bacteria for fermented beds, and add probiotics in drinking fountains according to the situation to reduce undigested nutrients in chicken manure.

Description

A kind of flat raising type laying hen house using fermentation bed

technical field

The utility model belongs to the technical field of chicken houses, in particular to a flat-raised layer chicken house using a fermentation bed.

Background technique

my country's laying hen breeding industry has developed steadily in recent years and the scale has continued to expand. Most laying hen farms adopt the traditional cage breeding mode. The feces cannot be cleaned up in time, the chicken house has a strong odor, and the surrounding environment has deteriorated, which in turn affects the economic benefits of the laying hen farm. Long-term cages also severely restrict the movement of laying hens, reduce stress resistance, frequent diseases, and poor product quality.

Fermentation bed laying hens are based on the principle of micro-ecology, using the microorganisms in the fermented bedding material to continuously ferment and decompose chicken manure. It is a healthy ecological farming model with no pollution and zero emissions. This technology uses the fermentation bed as the carrier, and the discharged feces and urine are adsorbed on the litter and rapidly fermented and degraded by microorganisms to achieve zero emissions, no odor, and realize the purpose of environmental protection and pollution-free breeding from the source. Because the environmental conditions meet the requirements of welfare chicken raising, the chickens have recovered their natural habits, less stress occurs, and they eat beneficial bacteria and bacterial protein, the disease resistance is significantly enhanced, and the incidence rate is reduced. Decrease, the amount of medication is also significantly reduced, and the quality of the eggs produced is significantly improved. The micro-ecological fermentation bed flat laying hen technology has significantly improved the feed conversion rate, reduced the discharge of nutrients in the chicken feed and environmental pollution, and achieved the goal of high yield, high quality and ecological breeding, and is expected to become a key development model for the laying hen breeding industry.

Therefore, adopting the method of raising chickens in a fermentation bed can liberate the laying hens from the chicken cage, but how to pick up eggs has become a difficult problem. The combination of raising chickens in fermentation beds and automatic egg collection reduces the incidence of disease and manual labor in laying hens.

Utility model content

The purpose of the utility model is to provide a flat-raised laying hen house using a fermentation bed, which completely liberates the laying hens from the chicken cage, and the laying hens are free to inhabit and eat on the fermentation bed at ordinary times, and the environmental stress is small. The incidence of disease is low. Due to its natural habit, laying hens will automatically enter the laying box to lay eggs during the laying period. The administrator does not need to enter the chicken house to check eggs, but only needs to start the egg conveyor to automatically collect eggs.

The above purpose of the utility model is achieved through the following technical solutions: a flat-raised laying hen house using a fermentation bed, including a chicken house body, a fermentation bed is laid on the ground in the chicken house body, and a fermentation bed An automatic feeding device and an automatic drinking device are arranged along the length direction of the chicken house body, and an egg laying box and an automatic egg collection device are arranged on the backlit side of the chicken house body.

As a preferred embodiment of the present utility model, the egg-laying box is two groups, and the upper and lower phases are arranged in parallel on the backlight side of the chicken house body, wherein the front side of the egg-laying box is provided with a A movable opening for laying hens to enter and exit. The rear side of the egg-laying box is provided with an artificial egg-picking activity opening. The lower bottom surface of the egg-laying box is obliquely arranged on the backlight side of the chicken house body.

Further, the angle of inclination is 8-12°.

As a further improvement of the present utility model: a groove is provided at the connection between the lower bottom surface of the laying box and the backlight side of the hen house body, and the automatic egg collecting device is arranged in the groove.

As a preferred embodiment of the present utility model, the automatic egg collection device is a conveyor belt. Preferably a tracked conveyor belt.

Furthermore, the automatic feeding devices in the utility model are divided into two groups, the automatic drinking devices are in three groups, the automatic drinking devices are arranged in parallel with the automatic feeding devices, and two groups of automatic drinking devices They are arranged outside the two groups of automatic feeding devices respectively, and the remaining group of automatic drinking water devices are arranged between the two groups of automatic feeding devices.

As a preferred embodiment of the present invention, the automatic feeding device includes a feed conveying pipeline and a plurality of feeding pans arranged below the feed conveying pipeline, and the interval between the feeding pans is 60-80 cm.

As another preferred embodiment of the present utility model, the automatic drinking device includes a drinking water delivery pipeline and a plurality of drinking fountains arranged on the drinking water delivery pipeline.

Further, the distance between the drinking fountains is 40-60 cm, and the height of the drinking fountains from the fermentation bed is 10-30 cm.

Preferably, the drinking fountain is a nipple drinking fountain.

The utility model has the following advantages:

(1) The laying hen house using the fermentation bed in the utility model avoids the limitations of traditional cage raising, and enhances the stress resistance and disease resistance of the laying hens. After laying eggs, the laying hens can Automatically collected by the conveyor belt, reducing the procedure of manual egg picking;

(2) The flat-raised laying hen house utilizing the fermentation bed in the present utility model can regularly carry out fermentation bed material raking and supplementation of special bacteria for the fermentation bed according to the degradation needs of the chicken manure of the laying hen farm, and according to the situation in the drinking water Adding probiotics in time to reduce undigested nutrients in chicken manure.

Description of drawings

Fig. 1 is the structural representation of the laying hen house utilizing the fermentation bed in a specific embodiment;

Fig. 2 is a structural schematic diagram of the bottom surface of the laying box and the automatic egg collecting device in Fig. 1 .

detailed description

As shown in Figure 1, a flat-feeding laying hen house using a fermentation bed includes a chicken house body 1, a fermentation bed 2 is laid on the ground inside the chicken house body 1, and the top of the fermentation bed 2 is along the length direction of the chicken house body. An automatic feeding device 3 and an automatic drinking device 4 are provided, and an egg-laying box 5 and an automatic egg-collecting device 6 are arranged on the backlit side of the chicken house body.

Laying boxes 5 are two groups, and the upper and lower phases are arranged in parallel on the backlight side of the chicken house body 1, wherein the front side of the laying box 5 is provided with movable openings for laying hens to enter and exit (not shown in the figure, for this purpose) conventional technology in the field), the rear side of the egg-laying box 5 is provided with an artificial egg picking activity opening (not shown in the figure, which is a conventional technology in the art, and is used to manually pick up eggs or have bad guys occur when the automatic egg collecting device is in trouble. When it is convenient to manually pick out), the lower bottom surface of the laying box 5 is inclined (from high to low, so that the eggs automatically roll down to the automatic egg collection device 6) and is arranged on the backlight side of the chicken house body 1.

The angle of inclination is 8-12°.

As shown in Figure 2, the lower bottom surface of the egg-laying box 5 (the lower bottom surface of the egg-laying box 5 is a metal grid structure in this embodiment, also can be other conventional structures in the art) and the backlight of the chicken house body 1 A groove 51 is provided at the junction of the sides, and the automatic egg collection device 6 is arranged in the groove 51 .

The automatic egg collection device 6 is a conveyor belt.

The automatic feeding device 3 is two groups, the automatic drinking water device 4 is three groups, the automatic drinking device 4 is arranged in parallel with the automatic feeding device 3, and wherein two groups of automatic drinking devices are respectively arranged on the outside of the two groups of automatic feeding devices, The remaining group of automatic water drinking devices is arranged between two groups of automatic feeding devices.

The automatic feeding device 3 includes a feed conveying pipeline 31 and a plurality of feeding pans 32 arranged below the feed conveying pipeline, and the interval between the feeding pans is preferably 60-80 cm.

The automatic drinking water device 4 includes a drinking water delivery pipeline 41 and a plurality of drinking fountains 42 arranged on the drinking water delivery pipeline 41 .

The distance between the drinking fountains 42 is preferably 40-60 cm, and the height of the drinking fountains 42 from the fermentation bed is preferably 10-30 cm.

Drinker 42 recommendations are not unique to nipple drinkers.

Finally, it should be noted that the above content is only a specific embodiment of the utility model, and should not be a limitation of the protection scope of the utility model. , Various simple deformations or equivalent replacements made to the utility model shall fall within the protection scope of the utility model.

Claims (10)

1. one kind utilizes the flat of fermentation bed to support formula Laying House, comprise hen house body, it is characterized in that: in described hen house body, ground is equipped with fermentation bed, above described fermentation bed, hen house body length direction is provided with automatic feeding device and self-waterer, the backlight side of described hen house body is provided with laying nest and automatically receives egg device.

2. the flat of fermentation bed that utilize according to claim 1 supports formula Laying House, it is characterized in that: described laying nest is two groups, upper and lower parallel be arranged on described hen house body backlight side on, the leading flank of wherein said laying nest is provided with can for the active open of laying hen turnover, the trailing flank of described laying nest is provided with manually picks up egg active open, and the bottom surface of described laying nest is inclined on the backlight side of described hen house body.

3. the flat of fermentation bed that utilize according to claim 2 supports formula Laying House, it is characterized in that: the angle of inclination is 8 ~ 12 °.

4. the flat of fermentation bed that utilize according to Claims 2 or 3 supports formula Laying House, and it is characterized in that: the bottom surface of described laying nest and the connection, backlight side of described hen house body are provided with groove, described automatic receipts egg device is arranged in the trench.

5. the flat of fermentation bed that utilize according to claim 4 supports formula Laying House, it is characterized in that: described automatic receipts egg device is conveyer belt.

6. the flat of fermentation bed that utilize according to claim 1 supports formula Laying House, it is characterized in that: described automatic feeding device is two groups, described self-waterer is three groups, described self-waterer parallels setting with described automatic feeding device, and wherein two groups of self-waterers are separately positioned on the outside of two groups of automatic feeding devices, remain one group of self-waterer and are arranged between two groups of automatic feeding devices.

7. the flat of fermentation bed that utilize according to claim 6 supports formula Laying House, it is characterized in that: described automatic feeding device comprises feed line and is located at the multiple feeding dishs below feed line, and the interval between described feeding dish is 60 ~ 80cm.

8. the flat of fermentation bed that utilize according to claim 6 supports formula Laying House, it is characterized in that: multiple drinking bowls that described self-waterer comprises drinking-water conveyance conduit and is located on described drinking-water conveyance conduit.

9. the flat of fermentation bed that utilize according to claim 8 supports formula Laying House, it is characterized in that: be spaced apart 40 ~ 60cm between described drinking bowl, and described drinking bowl is 10 ~ 30cm apart from the height of described fermentation bed.

10. the flat of fermentation bed that utilize according to claim 8 or claim 9 supports formula Laying House, it is characterized in that: described drinking bowl is nipple-shaped drinker.