CN207461153U - A kind of pheasant breeding chicken cage - Google Patents

Abstract

The utility model discloses a pheasant breeding coop, which comprises a plurality of compartments arranged side by side, wherein the bottom of each compartment is latticed, and the top of each compartment is provided with a transparent baffle; be equipped with the baffle between two adjacent compartments, the below of baffle is crisscross to be equipped with the trough, and the below of every compartment is equipped with the layer board, and the interval between layer board and the compartment bottom is greater than the interval between trough and the baffle, the layer board slopes naturally, and the excrement collection room is connected to the decurrent one end of slope, and egg collection room is connected to the other end. The pheasant breeding coop provided by the utility model adopts the feed trough arranged below the partition plate, so that pheasants can feed in the coop, unnecessary waste is avoided, and the feeding efficiency is improved; the baffle below is provided with the layer board, can separate out pheasant excrement and urine and egg according to weight, has guaranteed the quality of egg and has improved the laying rate, and the egg collecting chamber sets up alone, avoids trampling and clashes and causes the hatching egg damaged or the breeding hen damage even die.

Description

A kind of pheasant breeding chicken cage

technical field

The utility model relates to the technical field of poultry breeding equipment, in particular to a pheasant breeding chicken cage.

Background technique

Pheasant, scientific name pheasant, commonly known as pheasant, adult rooster weighs 1.3-1.5kg, adult hen weighs 0.9-1.1kg; . The pheasant is an omnivorous bird. In the wild, the pheasant likes to eat various insects, small amphibians, cereals, beans, grass seeds, green leaves and twigs, etc., but the food intake is small, and it likes to wander for food. The feature of turning around and coming back to eat. Pheasant has high nutritional value. Its meat is tender, delicious and nutritious. It not only has high protein content, but also is rich in unique fatty acids. It is fragrant and full-bodied. The feathers of the male pheasant are gorgeous and have high ornamental value. The specimens can be provided for teaching, scientific research and exhibitions, and can also be used as elegant and precious decorations.

When the pheasant is raised artificially, it can adapt to a large group of breeding environment; the existing breeding mode used in the pheasant breeding is mostly the breeding cage on the ground or the traditional structure; Hundreds form a group and raise them on the ground for natural mating; while the breeding cages under the traditional structure are generally two-story structure, the width, height and depth of each single cage are generally 330mmx500mmx325mm, therefore, a group of traditional structure breeding cages is two meters Only a maximum of 6 single cages can be placed in each row of wide-width cages, and only 24 single cages can be placed in each group of cages, but each single cage can accommodate 2 breeds of pheasants; although the breeding on the ground or the traditional structure These breeding modes such as cages can carry out the production and breeding of pheasants better, but because the cages are larger, the pheasants in the cages often cause damage to eggs or damage or even death of the breeders due to trampling and collision. And group breeding is also easy to cause cross-infection of chicken flocks, leading to disease invasion and death; at the same time, due to the strong wildness of pheasants, it is easy to cause damage in grabbing food and fighting, reducing egg production rate and egg fertilization rate.

Most of the existing pheasant breeding chicken cages are multi-layer structures, and egg production and defecation are usually unable to be separated, resulting in a decrease in egg production rate; moreover, food is usually outside the cage, resulting in low feeding efficiency of pheasants, resulting in waste of feed , and the breeders need to feed each chicken cage, which reduces the efficiency of feeding.

Utility model content

Based on this, in view of the problems referred to above, it is necessary to propose a pheasant breeding chicken cage, the chicken cage adopts the lower part of the partition to place a trough, so that the pheasant can eat in the cage, avoid unnecessary waste, and improve the feeding efficiency; There is a supporting plate under the partition, which can separate the pheasant feces and eggs according to the weight, ensuring the quality of the eggs and improving the egg production rate, and the egg collection room is set separately to avoid damage to the eggs or chickens caused by trampling and collision even death.

The technical scheme of the utility model is as follows:

A chicken cage for pheasant breeding, comprising several compartments arranged side by side, the bottom of each compartment is grid-like, and the top of each compartment is a transparent baffle; between two adjacent compartments Partition boards are provided, food troughs are staggered under the partition boards, supporting plates are provided under each compartment, and the distance between the supporting boards and the bottom of the compartments is greater than the distance between the food troughs and the partition boards, The supporting plate is naturally inclined, and one end inclined downward is connected to the manure collection chamber, and the other end is connected to the egg collection chamber.

In the utility model, the food trough is arranged under the partition to form a staggered and connected structure, so that the pheasants in each compartment can eat in the food trough, and can eat in the compartment, avoiding the need for feeding. The waste of feed improves the feeding efficiency of farmers; and the supporting plate is placed under the compartment, the distance between the supporting plate and the bottom of the compartment is greater than the distance between the trough and the partition, and one end of the supporting plate is connected to the set The other end of the dung chamber is connected to the egg collection chamber, so that the pheasant feces and eggs can be separated, which ensures the quality of the eggs and improves the egg production rate, and avoids the damage of the eggs caused by trampling and collision.

As a further optimization of the above scheme, the transparent baffle is provided with a water outlet, the water outlet is connected to one end of the water inlet pipe, and the other ends of the multiple water inlet pipes are connected to the same through pipe, and the through pipe is provided with water dispenser. The water supply provides water for each compartment, ensuring the water resources required for pheasant breeding. Through pipes are used to connect multiple water inlet pipes respectively, and the water supply is unified and integrated to avoid waste of water resources, and it is convenient and controllable.

As a further optimization of the above solution, a two-way control valve is provided on the through pipe, and a one-way control valve is provided on the end of the water inlet pipe near the water outlet. The two-way control valve on the through pipe controls the total water output of the water supply device, and the one-way control valve on the water inlet pipe controls the required water intake of each compartment, which is convenient for the farmers to control the water volume, which not only ensures the continuous performance of the water supply device. The water is discharged, and the water intake of each compartment can be controlled separately, which improves the water supply efficiency and avoids the waste of water resources.

As a further optimization of the above solution, a support rod is provided under the support plate, and one end of the support rod is connected to the inclined upward end of the support plate through a spring. The support rod is connected to the inclined upward end of the support plate through a spring. When the objects in the compartment fall onto the support plate through the grid-shaped bottom, if it is a light weight object such as hair or feces, the spring will not be deformed. , these light weight objects fall into the feces collection chamber along the original inclination direction of the pallet; When moving down, the eggs fall into the egg collection chamber along the changed direction of inclination; the supporting plate separates the feces from the eggs in the daily breeding of pheasants, ensuring the quality of the eggs and improving the egg production rate ; And avoid the eggs from staying in the compartment, resulting in trampling and collisions that cause damage to the eggs.

As a further optimization of the above scheme, the deformation force of the spring is 0.45-0.55N. The object with light weight will not deform the spring, and the deformation will only occur when the weight reaches the weight of the egg, which reduces the probability of mistakes.

As a further optimization of the above solution, the supporting plate is provided with a Teflon coating. The Teflon coating is a non-stick coating, which has non-stick properties, heat resistance, sliding properties, moisture resistance, abrasion resistance and corrosion resistance, so that objects dropped on the pallet will not stick to the On the pallet, if objects such as feces are stuck on the pallet, the force of the deformation of the spring will be affected, so that it cannot be accurately judged whether the pallet will tilt.

The beneficial effects of the utility model are:

1. In the utility model, the food trough is arranged under the partition to form a staggered and connected structure, so that the pheasants in each compartment can eat in the food trough, and can eat in the compartment, avoiding the The waste of the fed feed improves the feeding efficiency of the breeders.

2. The pallet is placed under the compartment. The distance between the pallet and the bottom of the compartment is greater than the distance between the trough and the partition. One end of the pallet is connected to the feces collection room, and the other end is connected to the egg collection room, so that it can be separated Opening pheasant manure and eggs ensures the quality of the eggs and increases the egg production rate, avoiding damage to the eggs caused by trampling and collision.

3. The water supply device provides water for each compartment, ensuring the water resources required for pheasant breeding, and the two-way control valve on the through pipe controls the total water output of the water supply device, and the one-way control valve on the water inlet pipe controls the total water output of the water supply device. The required water intake of each compartment is convenient for farmers to control the water volume. It not only ensures the continuous water output of the water supply device, but also controls the water intake of each compartment independently, which improves the water supply efficiency and avoids the waste of water resources. .

4. If the weight of the object dropped on the pallet is light, the spring will not be deformed, and these light objects will fall into the feces collection chamber along the original inclination direction of the pallet; if the object is a heavy egg , the spring deforms, the supporting plate begins to tilt, and the eggs fall into the egg collection chamber along the changed inclined direction; the supporting plate separates the feces from the eggs in the daily breeding of pheasants, ensuring the safety of the eggs The egg production rate is improved, and the eggs are prevented from being stuck in the compartment, resulting in trampling and collision, which may cause damage to the eggs.

5. There is a Teflon coating on the supporting plate, so that the objects dropped on the supporting plate can slide down quickly along the inclined angle without residue, thus ensuring the force accuracy of the deformation of the spring.

Description of drawings

Fig. 1 is the front view of the pheasant breeding chicken cage described in the embodiment of the present invention;

Fig. 2 is a diagram of the positional relationship between the compartment, the food trough and the pallet according to the embodiment of the present invention;

Fig. 3 is a schematic structural view of the pallet described in the embodiment of the present invention.

Explanation of reference signs:

10-compartment; 101-partition; 102-food trough; 20-supporting plate; 201-support rod; 202-spring; 30-feces collection room; 40-egg collection room; 50-water supply; ; 502-through pipe; 503-two-way control valve; 504-one-way control valve.

Detailed ways

Embodiments of the utility model will be described in detail below in conjunction with the accompanying drawings.

Example

As shown in Fig. 1-Fig. 3, a kind of chicken cage for pheasant breeding comprises several compartments 10 arranged side by side, the bottom of each compartment 10 is grid-like, and the top of each compartment 10 is Transparent baffle; a partition 101 is arranged between two adjacent compartments 10, and a food trough 102 is staggered under the partition 101, and a supporting plate 20 is provided under each compartment, and the supporting plate 20 and the The distance between the bottoms of the compartments 10 is greater than the distance between the trough 102 and the partition 101 , the supporting plate 20 is naturally inclined, and one end inclined downward is connected to the manure collection chamber 30 , and the other end is connected to the egg collection chamber 40 .

The utility model arranges the food trough 102 under the partition 101 to form a staggered and connected structure, so that the pheasants in each compartment 10 can eat in the food trough 102 and can eat in the compartment 10 , avoiding the waste of the fed feed, improving the feeding efficiency of the farmers; and placing the supporting plate 20 under the compartment 10, the distance between the supporting plate 20 and the bottom of the compartment 10 is greater than that of the trough 102 and the dividing plate 101 One end of the pallet 20 is connected to the manure collection room 30, and the other end is connected to the egg collection room 40, so that the pheasant manure and the eggs can be separated, ensuring the quality of the eggs and improving the egg production rate, avoiding trampling and collision resulting in egg breakage.

In one of the embodiments, the transparent baffle is provided with a water outlet, and the water outlet is connected to one end of the water inlet pipe 501, and the other ends of the plurality of water inlet pipes 501 are connected to the same through pipe 502, and the through pipe 502 is provided with a water supplier 50 . The water supply device 50 provides water for each compartment 10, ensuring the water resources required for pheasant breeding. The through pipe 502 is used to connect a plurality of water inlet pipes 501 respectively, and the water supply is unified and integrated to avoid the waste of water resources, and it is convenient and reliable. control.

In another embodiment, the through pipe 502 is provided with a two-way control valve 503 , and the end of the water inlet pipe 501 close to the water outlet is provided with a one-way control valve 504 . The two-way control valve 503 on the through pipe 502 controls the total water output of the water supply device 50, and the one-way control valve 504 on the water inlet pipe 501 controls the required water intake of each compartment 10, which is convenient for farmers to control the water volume. The water supply device 50 can realize continuous water discharge, and can separately control the water intake of each compartment 10, which improves the water supply efficiency and avoids the waste of water resources.

In another embodiment, a supporting rod 201 is provided below the supporting board 20 , and one end of the supporting rod 201 is connected to the upwardly inclined end of the supporting board 20 through a spring 202 . The support rod 201 is connected to the inclined upward end of the supporting plate 20 through the spring 202. When the object in the compartment 10 falls on the supporting plate 20 through the grid-like bottom, if it is a lighter object such as hair or feces, , the spring 202 does not deform, and these lighter objects fall into the manure collection chamber 30 along the original inclination direction of the pallet 20; if the object is a heavy egg, the spring 202 deforms, and the pallet 20 begins to tilt , the originally inclined upward end begins to move downward by gravity, and the eggs fall into the egg collection chamber 40 along the changed inclined direction; the supporting plate 20 separates the feces and the eggs in the daily breeding of pheasants , ensure the quality of the breeding eggs, improve the egg production rate; and prevent the breeding eggs from staying in the compartment 10, causing trampling and collisions to cause damage to the breeding eggs.

In another embodiment, the deformed force of the spring 202 is 0.45N.

In another embodiment, the deformed force of the spring 202 is 0.55N.

In another embodiment, the deformed force of the spring 202 is 0.50N.

The spring 202 will not be deformed by objects with a lighter weight, and the deformation will only occur when the weight reaches the weight of the breeding egg, which reduces the probability of mistakes.

In another embodiment, the supporting plate 20 is coated with Teflon. The Teflon coating is a non-stick coating, which has non-stick properties, heat resistance, sliding properties, moisture resistance, wear resistance and corrosion resistance, so that objects dropped on the pallet 20 will not stick On the supporting board 20, if objects such as feces are stuck on the supporting board 20, the magnitude of the force that will cause the deformation of the spring 202 will be affected, so that it is impossible to accurately determine whether the supporting board 20 will tilt.

The above-mentioned embodiments only express the specific implementation manners of the utility model, and the description thereof is relatively specific and detailed, but it should not be construed as limiting the patent scope of the utility model. It should be noted that those skilled in the art can make several modifications and improvements without departing from the concept of the present invention, and these all belong to the protection scope of the present invention.

Claims (4)

1. a kind of pheasant cultivates chicken coop, which is characterized in that including several compartments arranged side by side, the bottom of each compartment is equal It is transparent baffle at the top of each compartment to be latticed；Partition board is equipped between two neighboring compartment, the lower section of the partition board is handed over Mistake is equipped with crib, and the lower section of each compartment is equipped with supporting plate, and the spacing between supporting plate and compartment bottom be more than crib and partition board it Between spacing, the supporting plate tilts naturally, one end connection manure collecting chamber diagonally downward, other end connection egg collection room；The supporting plate Lower section is equipped with supporting rod, and one end of supporting rod is connect with one end that supporting plate tilts upward by spring；Shape occurs for the spring The stress size of change is 0.45-0.55N.

2. pheasant according to claim 1 cultivates chicken coop, which is characterized in that the transparent baffle is equipped with water outlet, institute One end of water outlet connection water inlet pipe is stated, the other end of multiple water inlet pipes is both connected on same siphunculus, and the siphunculus is equipped with Water-feed.

3. pheasant according to claim 2 cultivates chicken coop, which is characterized in that the siphunculus is equipped with bidirectional control valve, institute It states and is equipped with one-way control valve close to one end of water outlet on water inlet pipe.

4. pheasant according to claim 1 cultivates chicken coop, which is characterized in that the supporting plate is equipped with Teflon coating.