CN209824802U - High-quality individual duck breeding cage device - Google Patents

Abstract

The utility model discloses a high-quality duck individual breeding cage device, which comprises at least two cages and at least one group of cage groups, wherein the number of the cages is one more than that of the cage groups, and each group of cage groups is arranged between the two cages; the cage comprises a top beam, two oblique beams, a dung belt bracket beam and a plurality of hook beams; the cage frames are arranged in parallel; the cage body group comprises a plurality of cage body layers and at least one group of excrement baffle groups; the cage body layer comprises two cage bodies which are respectively hung on two groups of hook groups on the left side and the right side of the corresponding hook cross beam, and the distance between the two cage bodies in the lower layer is larger than the distance between the two cage bodies in the upper layer; the middle positions of the front and the back of the cage body are hung on the corresponding hook groups, and the inner side surfaces of the front and the back of the cage body are both placed towards the interior of the cage body group; the number of the dung baffle groups is one less than that of the cage body layers, the dung baffle groups are arranged between the two adjacent cage body layers and comprise two dung baffle plates which are respectively obliquely arranged above the two cage bodies. The utility model has the advantages of reasonable structure, optimized cultivation and the like.

Description

High-quality individual duck breeding cage device

Technical Field

The utility model belongs to the poultry field of breeding especially relates to a high-quality individual duck breeding cage device.

Background

Most of the traditional meat duck breeding modes are fish and duck polyculture and high-bed breeding, so that the labor intensity is high, and the environment is seriously influenced. Even if the cage culture facilities are gradually developed, the cage culture is carried out in large cages. The production data, especially the egg laying data, of each individual cannot be collected by the breeding modes, so that the requirements of variety breeding work cannot be met. In addition, the breeding mode of large-cage breeding has a great number of problems of poor air permeability, excrement pollution and the like.

SUMMERY OF THE UTILITY MODEL

The utility model provides a high-quality individual duck breeding cage device to overcome prior art's defect.

In order to achieve the purpose, the utility model provides a high-quality duck individual breeding cage device, which comprises at least two cages and at least one group of cage groups, wherein the number of the cages is one more than that of the cage groups, and each group of the cage groups is arranged between the two cages; the cage comprises a top beam, two oblique beams, a dung belt bracket beam and a plurality of hook beams; the top cross beam is horizontally arranged at the top end, the two oblique beams are symmetrically and obliquely arranged at two sides, the top end is fixed on the top cross beam, the bottom end is inclined towards the outside, the excrement belt bracket cross beam is horizontally arranged at the bottom end, and two ends of the excrement belt bracket cross beam are respectively fixed with the bottom ends of the two oblique beams; the two ends of the hook cross beam are respectively fixed on the two oblique beams, the hook cross beams are sequentially horizontally arranged from top to bottom, the lengths of the hook cross beams are sequentially increased, and the front surface and the rear surface of each hook cross beam are provided with two groups of hook groups which are respectively symmetrically distributed on the left side and the right side; the cage frames are arranged in parallel; the cage body group comprises a plurality of cage body layers and at least one group of excrement baffle groups; the cage body layers and the hook cross beams are equal in number and correspond to each other one by one, and each cage body layer is positioned between the two hook cross beams at the same height corresponding to the front and the rear cage frames; the cage body layer comprises two cage bodies which are respectively hung on two groups of hook groups on the left side and the right side of the corresponding hook cross beam, and the distance between the two cage bodies in the lower layer is larger than the distance between the two cage bodies in the upper layer; each surface of the cage body is hollow, one side surface is an inner side surface, the other side surface is an outer side surface, the top surface of the cage body is provided with a horizontal part and an inclined part, one end of the horizontal part is connected with the outer side surface, and the lower end of the inclined part is connected with the inner side surface; the middle positions of the front and the back of the cage body are hung on the corresponding hook groups, and the inner side surfaces of the front and the back of the cage body are both placed towards the interior of the cage body group; the number of the excrement baffle groups is one less than that of the cage body layers, and the excrement baffle groups are arranged between the two adjacent cage body layers and comprise two excrement baffle plates which are respectively obliquely arranged above the two cage bodies on the lower cage body layer.

Further, the utility model provides a high-quality individual duck breeding cage device can also have such characteristic: the cage body is provided with a plurality of separation nets which are separated into a plurality of cage positions along the length direction of the cage body.

Further, the utility model provides a high-quality individual duck breeding cage device can also have such characteristic: wherein the cage body is a male duck cage body or a female duck cage body; the lengths of the duck cage bodies are equal to those of the duck cage bodies, and the cage position number of the duck cage bodies is less than that of the duck cage bodies.

Further, the utility model provides a high-quality individual duck breeding cage device can also have such characteristic: wherein the height of the drake cage body is equal to that of the female duck cage body; the width of the male duck cage body is larger than that of the female duck cage body.

Further, the utility model provides a high-quality individual duck breeding cage device can also have such characteristic: wherein the bottom surface of the drake cage body is horizontal; the bottom surface of the female duck cage body inclines downwards along the direction towards the outer side surface of the female duck cage body, the outer side of the bottom surface is provided with an egg collecting groove connected with the bottom surface, and the longitudinal section of the egg collecting groove is in a hook shape.

Further, the utility model provides a high-quality individual duck breeding cage device can also have such characteristic: wherein, the outer side surface of each cage position in the cage body is provided with an entrance and a sliding door; a track cross column which is parallel to the lateral surface and is horizontally arranged is arranged above the inlet and the outlet of the outer lateral surface of the cage position, and a track gap is formed between the track cross column and the outer lateral surface; when the sliding door is closed, the sliding door covers the entrance and the exit, the upper side of the sliding door passes through the track gap, and the two ends of the lower side of the sliding door are bent inwards to form a hook shape and are sleeved on the vertical grid columns on the two sides of the entrance and the exit; and lifting the sliding door upwards, moving the sliding door upwards in the track gap, sliding the two ends of the lower side of the sliding door upwards along the corresponding vertical grid columns, opening the sliding door and exposing the access.

Further, the utility model provides a high-quality individual duck breeding cage device can also have such characteristic: when the sliding door is closed, the upper end of the sliding door is higher than the upper surface of the cage body.

Further, the utility model provides a high-quality individual duck breeding cage device can also have such characteristic: the cage frame also comprises a plurality of groups of trough hook groups, the number of the trough hook groups is equal to that of the hook beams, and the trough hook groups correspond to the hook beams one by one; the trough hook group comprises two trough hooks which are respectively fixed on the outer side surfaces of the two oblique beams, positioned below the corresponding hook cross beam and positioned at the lower part of the cage body hung by the hook cross beam; the cage body group also comprises a plurality of food grooves, the number of the food grooves is equal to that of the cage bodies, the food grooves correspond to the cage bodies one by one, the food grooves are positioned on the outer sides of the corresponding cage bodies, and two ends of the food grooves are placed on the food groove hooks on two sides of the cage bodies; the cross section of the trough is matched with the shape of the trough hook, and the trough is fixedly clamped in the trough hook.

Further, the utility model provides a high-quality individual duck breeding cage device can also have such characteristic: wherein, the cage body also comprises a waterline; the waterline consists of a water supply pipe and a plurality of nipples; the number of the nipples is equal to that of the cage positions in the cage body, the nipples correspond to the cage positions one by one, the nipples are arranged above the corresponding cage positions, and the outlets at the lower ends of the nipples extend into the cage positions; the water supply pipe is communicated with all the nipples to supply water to the nipples.

Further, the utility model provides a high-quality individual duck breeding cage device can also have such characteristic: wherein, the dung baffle is arranged above the inclined part of the cage body.

The beneficial effects of the utility model reside in that: the utility model provides a high-quality individual duck breeding cage device, rational in infrastructure, each cage position has realized raising alone of duck in the cage body, and the productivity effect of every duck of record that can be accurate is favorable to outstanding individual's selection to stay, provides convenience for variety breeding work. In addition, a plurality of cage body settings are supported by two cage framves in front and back, save material cost promptly, have and to strengthen the gas permeability. Further, still be provided with the fender dropping board between the cage body layer to shelter from the excrement and urine that upper cage body layer fell, the slope of fender dropping board sets up, and the excrement and urine of being convenient for falls and collects, and simultaneously, cage body top surface has the rake that sets up in the inboard, with the fender dropping board that adapts to the slope setting, practices thrift the space, makes whole space more rationalize. The utility model has the advantages of reasonable structure, optimized cultivation and the like.

Drawings

FIG. 1 is a front view of a high-quality duck individual breeding cage device;

FIG. 2 is a schematic side view of a high-quality duck individual breeding cage device;

FIG. 3 is a front view of the hook beam;

fig. 4 is a front view of the female duck cage;

FIG. 5 is a longitudinal section of the trough;

fig. 6 is a schematic structural diagram of a drake cage.

Detailed Description

The following describes embodiments of the present invention with reference to the drawings.

As shown in figures 1 and 2, the utility model provides a high-quality individual duck breeding cage device, including two cage 1 and a set of cage group 2, in the main view of device, cage group 2 sets up in the front between two cage 1 in the back.

The cage 1 comprises a top beam 11, two oblique beams 12, a manure belt carrier beam 13 and two hook beams 14.

The top beam 11 is horizontally arranged at the top end. The two oblique beams 12 are symmetrically and obliquely arranged on two sides, the top ends of the two oblique beams are fixed on the top cross beam 11, and the bottom ends of the two oblique beams incline towards the outer side. The fecal ribbon bracket beam 13 is horizontally arranged at the bottom end, and the two ends of the fecal ribbon bracket beam are respectively fixed with the bottom ends of the two oblique beams 12. The top beam 11, the two oblique beams 12 and a manure belt bracket beam 13 form a trapezoid-like support structure. The bottom end of the oblique beam 12 is also provided with a vertically arranged cage foot 121.

The two ends of the hook beam 14 are respectively fixed on the two oblique beams 12. The two hook beams 14 are sequentially horizontally arranged from top to bottom, and the lengths of the hook beams are sequentially increased. The front and rear surfaces of the hook beam 14 are provided with two hook groups which are symmetrically distributed on the left and right sides respectively. Each group of hooks comprises two hooks 141.

The cage frames 1 are arranged in parallel.

The cage body group 2 comprises two cage body layers and a group of excrement baffle groups.

The cage layers are equal in number to the hook beams 14 and correspond to the hook beams 14 one by one, and each cage layer is located between the two hook beams 14 at the same height corresponding to the front and rear cage frames 1. The cage layer comprises two cages. The two cage bodies 21 are respectively hung on the two groups of hook groups on the left side and the right side of the corresponding hook cross beam 14, and the distance between the two cage bodies 21 in the lower layer is larger than the distance between the two cage bodies 21 in the upper layer.

The cage body 21 can be a duck cage body or a duck cage body. In this embodiment, the cage 21 is a female duck cage.

Each face of the female duck cage body 21 is hollow and is formed by a plurality of vertical grid columns and horizontal grid columns in a staggered mode. One side surface of the female duck cage body 21 is an inner side surface 211, and the other side surface is an outer side surface 212. The mother duck cage 21 has a horizontal portion 2131 and an inclined portion 2132 on the top surface thereof, one end of the horizontal portion 2131 is in contact with the outer surface 212, and the lower end of the inclined portion 2132 is in contact with the inner surface 211.

The middle positions of the front and the back of the female duck cage body 21 are hung on the corresponding hook groups to enhance the overall stability. The medial surfaces 211 are all placed towards the interior of the cage group 2.

As shown in fig. 2, the female duck cage 21 has five spacers 214 dividing the cage 21 into six cage positions 215 along the length direction thereof. The length of the female duck cage body 21 refers to the direction distance between two adjacent cages 1. Fig. 2 is a schematic side view of the high-quality duck individual breeding cage device, omitting structures such as a dung baffle, a sliding door, a trough hook and the like, and as shown in fig. 2, six cage positions 215 are arranged along the transverse direction.

The female duck cage body 21 further comprises a waterline. The water line consists of a water supply pipe (not shown) and six nipples 218. The number of nipples 218 is equal to the number of cage positions in the female duck cage body 21, and the nipples 218 are arranged above the corresponding cage positions, and the lower end outlets extend into the cage positions. A water supply line communicates with all of the nipples 218 to supply water thereto.

As shown in fig. 4, the bottom surface 216 of the female duck cage 21 is inclined downward in a direction toward the outer side surface 212 thereof. Preferably, the angle of inclination is 9 °. The outer side (i.e. the bottom side) of the bottom surface 216 is provided with an egg collecting groove 217 connected with the bottom surface, and the longitudinal section of the egg collecting groove 217 is in a hook shape. The egg collecting groove 217 facilitates collection of duck eggs, and cleanliness of the duck eggs is also improved.

The number of the excrement baffle groups is one less than that of the cage body layers, the excrement baffle groups are arranged between the two cage body layers and comprise two excrement baffle plates 22 which are respectively obliquely arranged above the two female duck cage bodies 21 on the lower cage body layer so as to shield excrement falling from the upper female duck cage bodies 21. Specifically, the dung baffle 22 is disposed above the inclined portion 2132 of the duck cage 21. The feces baffle plate 22 is made of polyethylene pp and has strong impact resistance. In the cage 1, the dung belt bracket beam 13 is used for supporting a dung collecting belt (not shown in the figure), and dung falling from the dung baffle 22 and the lower cage body layer can fall into the dung collecting belt, so that the dung can be automatically cleaned.

As shown in fig. 1, the cage 1 further includes two groups of trough hooks 15, the number of the trough hooks is equal to that of the hook beams 14, and the trough hooks correspond to the hook beams one by one. The trough hook 15 group comprises two trough hooks 15 which are respectively fixed on the outer side surfaces of the two oblique beams 12, positioned below the corresponding hook cross beam 14 and positioned at the lower part of the cage body 21 hung on the hook cross beam 14. The trough hook 15 is formed by pressing a hot steel plate, the surface of the trough hook is galvanized and anticorrosive, and the thickness of the trough hook is 2.0 mm.

The cage body group 2 further comprises four food grooves (not shown in fig. 1), the number of the food grooves is equal to that of the cage bodies 21, the food grooves correspond to the cage bodies 21 one by one, the food grooves are located on the outer sides of the corresponding cage bodies 21, and two ends of each food groove are placed on the food groove hooks 15 on two sides of the corresponding cage body 21. The cross section of the trough is matched with the shape of the trough hook 15, and the trough is fixedly clamped in the trough hook 15.

Fig. 5 is a longitudinal sectional view of the trough, and as shown in fig. 5, the trough has a hook-shaped longitudinal section and includes a horizontal plate 231, a vertical plate 232, a first inclined plate 233, a second inclined plate 234, a third inclined plate 235 and a fourth inclined plate 236 connected in sequence, and the fourth inclined plate 236 is higher than the horizontal plate 231. Preferably, the cross-sectional length of the transverse plate 231 is 18mm, the cross-sectional length of the vertical plate 232 is 70mm, the cross-sectional length of the first inclined plate 233 is 50mm, the cross-sectional length of the second inclined plate 234 is 45mm, the cross-sectional length of the third inclined plate 235 is 1150mm, and the cross-sectional length of the fourth inclined plate 236 is 12 mm. The trough is a plastic trough and is 4mm thick.

In this embodiment, the number of the cage 1 and the cage group 2 may be plural, and may be set according to the required cultivation amount, and it is required to satisfy: the number of the cage 1 is one more than that of the cage group 2, and each cage group 2 is arranged between the front and the back cage 1. In cage 1, the quantity of couple crossbeam 14, cage body layer and excrement baffle group also can be a plurality of, and the breed volume that can be as required sets for, needs to satisfy: the cage body layers are equal to the hook cross beams 14 in number and correspond to the hook cross beams one by one, the number of the excrement baffle groups is one less than that of the cage body layers, and the excrement baffle groups are arranged between the two adjacent cage body layers. The number of the separation nets and cage positions of the female duck cage body can be multiple.

Of course, the cages in the cage group 2 can also be drake cages. Fig. 6 is a schematic structural diagram of the drake cage body 21 ', and as shown in fig. 6, the drake cage body 21' has a structure similar to that of the female duck cage body, except that: the bottom surface 216 'of the duck cage body 21' is horizontal and has no egg collecting groove.

The drake cage body 21' in fig. 6 shows only one cage position, and the remaining cage positions are omitted. The outer side 212 'of each cage position 215' in the duck cage body 21 '(i.e. the outer side of the duck cage body) is provided with an access and a sliding door 2151'. The upper part of the inlet and outlet of the outer side 212 'of the cage 215' is provided with a track cross rod which is parallel to the side and is horizontally arranged, and a track gap 2152 'is formed between the track cross rod and the outer side 212'. When the sliding door 2151 ' is closed, the sliding door 2151 ' covers the entrance and exit, the upper side passes through the track gap 2152 ', and the two ends 2153 ' of the lower side are bent into a hook shape towards the cage 215 ', sleeved on the vertical grid columns at the two sides of the entrance and exit, and placed on the horizontal grid columns at the lower side of the entrance and exit. The sliding door 2151 'is lifted upwards, the sliding door 2151' moves upwards in the track gap 2152 ', the two ends 2153' of the lower side of the sliding door 2151 'slide upwards along the corresponding vertical grid columns, the sliding door 2151' is opened, and the access is exposed. Wherein, when the sliding door 2151 'is closed, the upper end of the sliding door 2151' is higher than the upper surface of the duck cage 21 'so as to be convenient for lifting the sliding door 2151' upwards.

The outer side surface of each cage position of the female duck cage body is also provided with an entrance and a sliding door structure which are the same as those of the male duck cage body.

The lengths of the duck cage bodies are equal to those of the duck cage bodies, and the cage position number of the duck cage bodies is less than that of the duck cage bodies. Preferably, the cage positions of the female duck cages are twice as many as the cage positions of the male duck cages. The height of the male duck cage body is equal to that of the female duck cage body. The width of the male duck cage body is larger than that of the female duck cage body. Specifically, the length of the duck cage body and the female duck cage body is 1750mm, the height is 500mm, the width of the duck cage body is 550mm, and the width of the female duck cage body is 420 mm.

In the duck cage body and the female duck cage body, the grid size of the bottom surface is 40 × 20mm, the grid size of the top surface is 80 × 80mm, and the grid size of the separation net is 30 × 10 mm. The surface of the cage body is hot galvanized.

Claims (10)

1. The utility model provides a high-quality duck individual breeding cage device which characterized in that:

the device comprises at least two cages and at least one group of cage groups, wherein the number of the cages is one more than that of the cage groups, and each group of cage groups is arranged between the two cages;

the cage comprises a top beam, two oblique beams, a dung belt bracket beam and a plurality of hook beams;

the top cross beam is horizontally arranged at the top end, the two oblique beams are symmetrically and obliquely arranged at two sides, the top end is fixed on the top cross beam, the bottom end is inclined towards the outside, the excrement belt bracket cross beam is horizontally arranged at the bottom end, and two ends of the excrement belt bracket cross beam are respectively fixed with the bottom ends of the two oblique beams;

the hook comprises hook beams, hook groups and hook beams, wherein two ends of the hook beams are respectively fixed on two oblique beams, the hook beams are sequentially horizontally arranged from top to bottom, the lengths of the hook beams are sequentially increased, and the front surface and the rear surface of each hook beam are respectively provided with two groups of hook groups which are respectively symmetrically distributed on the left side and the right side;

the cage frames are arranged in parallel;

the cage body group comprises a plurality of cage body layers and at least one excrement baffle group;

the cage body layers and the hook cross beams are equal in number and correspond to each other one by one, and each cage body layer is positioned between the two hook cross beams at the same height corresponding to the front and rear cage frames;

the cage body layer comprises two cage bodies which are respectively hung on two groups of hook groups on the left side and the right side of the corresponding hook cross beam, and the distance between the two cage bodies in the lower layer is larger than the distance between the two cage bodies in the upper layer;

each surface of the cage body is hollow, one side surface is an inner side surface, the other side surface is an outer side surface, the top surface of the cage body is provided with a horizontal part and an inclined part, one end of the horizontal part is connected with the outer side surface, and the lower end of the inclined part is connected with the inner side surface;

the middle positions of the front and the back of the cage body are hung on the corresponding hook groups, and the inner side surfaces of the front and the back of the cage body are both placed towards the interior of the cage body group;

the number of the excrement baffle groups is one less than that of the cage body layers, and the excrement baffle groups are arranged between the two adjacent cage body layers and comprise two excrement baffle plates which are respectively obliquely arranged above the two cage bodies on the lower cage body layer.

2. The high-quality duck individual breeding cage device according to claim 1, wherein:

the cage body is provided with a plurality of separation nets which are separated into a plurality of cage positions along the length direction of the cage body.

3. The high-quality duck individual breeding cage device according to claim 2, characterized in that:

wherein the cage body is a male duck cage body or a female duck cage body;

the lengths of the duck cage body and the female duck cage body are equal, and the cage position number of the duck cage body is less than that of the female duck cage body.

4. The high-quality duck individual breeding cage device according to claim 3, wherein:

wherein the height of the drake cage body is equal to that of the female duck cage body;

the width of the drake cage body is larger than that of the female duck cage body.

5. The high-quality duck individual breeding cage device according to claim 3, wherein:

wherein the bottom surface of the drake cage body is horizontal;

the bottom surface of the female duck cage body inclines downwards along the direction towards the outer side surface of the female duck cage body, the outer side of the bottom surface is provided with an egg collecting groove connected with the bottom surface, and the longitudinal section of the egg collecting groove is in a hook shape.

6. The high-quality duck individual breeding cage device according to claim 2, characterized in that:

the outer side surface of each cage position in the cage body is provided with an entrance and an exit and a sliding door;

a track cross column which is parallel to the lateral surface and is horizontally arranged is arranged above the inlet and the outlet of the outer lateral surface of the cage position, and a track gap is formed between the track cross column and the outer lateral surface;

when the sliding door is closed, the sliding door covers the entrance and the exit, the upper side of the sliding door penetrates through the rail gap, and the two ends of the lower side of the sliding door are bent inwards to form a hook shape and are sleeved on the vertical grid columns on the two sides of the entrance and the exit;

and lifting the sliding door upwards, moving the sliding door upwards in the track gap, sliding two ends of the lower side of the sliding door upwards along the corresponding vertical grid columns, opening the sliding door and exposing the access.

7. The high-quality duck individual breeding cage device according to claim 6, wherein:

when the sliding door is closed, the upper end of the sliding door is higher than the upper surface of the cage body.

8. The high-quality duck individual breeding cage device according to claim 1, wherein:

the cage frame also comprises a plurality of groups of trough hook groups, the number of the trough hook groups is equal to that of the hook beams, and the trough hook groups correspond to the hook beams one by one;

the trough hook group comprises two trough hooks which are respectively fixed on the outer side surfaces of the two oblique beams, positioned below the corresponding hook cross beam and positioned at the lower part of the cage body hung by the hook cross beam;

the cage body group also comprises a plurality of food grooves, the number of the food grooves is equal to that of the cage bodies, the food grooves correspond to the cage bodies one by one, the food grooves are positioned on the outer sides of the corresponding cage bodies, and two ends of the food grooves are placed on the food groove hooks on two sides of the cage bodies;

the cross section of the trough is matched with the shape of the trough hook, and the trough is fixedly clamped into the trough hook.

9. The high-quality duck individual breeding cage device according to claim 2, characterized in that:

wherein the cage body further comprises a waterline;

the waterline consists of a water supply pipe and a plurality of nipples;

the number of the nipples is equal to that of the cage positions in the cage body, the nipples correspond to the cage positions one by one, the nipples are arranged above the corresponding cage positions, and the outlets at the lower ends of the nipples extend into the cage positions;

the water supply pipe is communicated with all the nipples to supply water to the nipples.

10. The high-quality duck individual breeding cage device according to claim 1, wherein:

wherein, the dung baffle is arranged above the inclined part of the cage body.