Novel duck breeding cage

Abstract

The utility model relates to the technical field of meat duck breeding, in particular to a novel duck breeding poultry cage which not only can prevent excrement of ducks from corroding a metal net plate and prolong the service life of the device, but also can be adjusted along with the growth of the ducks and improve the use flexibility of the device. Comprising a supporting mechanism; the duck cage further comprises a defecation mechanism, a feeding mechanism, a lifting mechanism and a shielding mechanism, the defecation mechanism is installed on the supporting mechanism and prevents duck excrement from corroding the defecation mechanism, the feeding mechanism is installed on the defecation mechanism so that ducks can be conveniently fed, and the lifting mechanism is installed on the supporting mechanism and the height of the cage can be conveniently adjusted along with the growth of a duck group. The shielding mechanism is installed on the supporting mechanism and prevents excrement from scattering.

Description

TECHNICAL FIELD

[0001] The utility model relates to the technical field of meat duck breeding, in particular to a novel duck and poultry cage. BACKGROUND

[0002] Duck and poultry cage is an essential equipment for breeding ducks, which provides a safe and comfortable living environment for ducks, and also helps to improve breeding efficiency and health level of ducks.

[0003] The existing duck and poultry cage, such as the duck cage device disclosed in the utility model patent with the application number 201220229468.4, mainly comprises a cage net, which includes a front cage net, a rear cage net, a partition net, a bottom net, a manure blocking plate, the partition net divides the cage net into multiple duck cage units, the front cage net of the duck cage unit is provided with a cage door and a feeding trough, the bottom net is provided below the manure blocking plate, and the feeding trough is arranged on the front cage net and is 3-5 cm higher than the bottom net; in use, the duck is fed on the cage, and the feeding trough is used for feeding to reduce the waste of feed and the opportunity of feed being polluted by manure.

[0004] However, most of the existing cages are metal wire mesh plates, which are easily corroded after sticking with duck manure, affecting the service life, and the cage needs to be replaced constantly as the duck grows, which is very troublesome. UTILITY MODEL CONTENTS

[0005] To solve the above technical problems, the utility model provides a novel duck and poultry cage which can not only avoid corrosion of duck manure on the metal mesh plate, prolonging the service life of the device, but also adjust the cage as the duck grows, improving the use flexibility of the device.

[0006] The novel duck and poultry cage of the utility model comprises a supporting mechanism; further comprises a manure discharging mechanism, a feeding mechanism, a lifting mechanism and a shielding mechanism, the manure discharging mechanism is installed on the supporting mechanism and avoids corrosion caused by duck manure, the feeding mechanism is installed above the manure discharging mechanism to facilitate feeding of the duck, the lifting mechanism is installed on the supporting mechanism and facilitates adjustment of the cage height as the duck grows, and the shielding mechanism is installed on the supporting mechanism and avoids scattering of manure; the staff opens the lifting mechanism, puts the duck into the space formed by the supporting mechanism and the manure discharging mechanism, avoids corrosion caused by duck manure by setting the manure discharging mechanism, prolongs the service life of the cage, the staff puts the feed in the feeding mechanism to feed the duck, avoids scattering of duck manure everywhere by setting the shielding mechanism, the staff expands the survival space of the duck group by lifting the lifting mechanism as the duck grows, and improves the use flexibility of the device.

[0007] Preferably, the supporting mechanism comprises a main support, four groups of side beams, a main beam, four groups of limiting supports and two groups of side metal nets, the bottom end of the main support is connected with the ground, the four groups of side beams are all installed on the main support, the main beam is installed between the opposite two groups of side beams, the bottom end of the four groups of limiting supports are all connected with the top end of the main support, a plurality of limiting holes are opened on the limiting supports, and the side metal nets are installed on the main support and the side beams; the overall stability of the cage is improved by arranging the main support, the side beams and the main beam, the survival space of the ducks is conveniently adjusted by arranging the limiting supports, and the movement range of the ducks is limited by arranging the two groups of side metal nets.

[0008] Preferably, the excrement discharging mechanism comprises a plastic net plate, a plurality of reinforcing ribs and a plurality of fixing clamps, the plastic net plate is laid on the four groups of side beams and the main beam, a plurality of mesh holes are opened on the plastic net plate, the plurality of reinforcing ribs are cross-laid at the bottom end of the plastic net plate and are embeddedly coupled with the main beam, and the plurality of fixing clamps are all installed on the plastic net plate and clamped with the side beams; the plastic net plate has good corrosion resistance, the excrement of the ducks leaks out through the mesh holes of the plastic net plate, the service life of the device can be prolonged, the stability of the plastic net plate is enhanced by arranging the plurality of reinforcing ribs and the plurality of fixing clamps, and the connecting effect of the plastic net plate and the supporting mechanism is enhanced.

[0009] Preferably, the feeding mechanism comprises two groups of arc-shaped supports, a U-shaped groove plate and a front metal net, the two groups of arc-shaped supports are all installed on the main support, the U-shaped groove plate is placed on the two groups of arc-shaped supports, and the front metal net is installed on the side beam close to the U-shaped groove plate, and the mesh holes of the front metal net are more sparse than those of the side metal net; the staff pours the feed into the U-shaped groove plate, and the mesh holes of the front metal net are more sparse, so that the head of the duck is convenient to protrude out for feeding.

[0010] Preferably, the lifting mechanism comprises a lifting frame, a plurality of fixing bolts, an upper metal net, two groups of hinges and two groups of metal net doors, the lifting frame is slidingly installed on the limiting support, the plurality of fixing bolts are all installed in the limiting holes of the limiting support, the upper metal net is installed on the lifting frame, the two groups of hinges are all installed on the lifting frame, and the two groups of metal net doors are respectively installed on the two groups of hinges; the staff adjusts the height of the lifting frame according to the growth accuracy progress of the ducks, and then fixes and connects the lifting frame and the limiting support by using the plurality of fixing bolts, and the staff rotates the metal net door to conveniently take the ducks.

[0011] Preferably, the shielding mechanism comprises two groups of positioning plates, a positioning rod and a feces blocking plate, the two groups of positioning plates are all installed on the main support, a plurality of through holes are opened on the main support, the positioning rod is slidingly installed in the through hole of the main support, and the feces blocking plate is installed on the positioning rod; according to the growth progress of the ducks, the staff adjusts the height of the positioning rod, and then fixes the feces blocking plate and the two groups of positioning plates by using bolts to enhance the stability of the feces blocking plate, and the feces blocking plate can avoid the excrement from scattering everywhere.

[0012] Compared with the prior art, the beneficial effects of this utility model are as follows: When the staff opens the lifting mechanism, the ducks are placed into the space combined with the support mechanism and the manure discharge mechanism. By setting up the manure discharge mechanism, the duck manure can be prevented from corroding the cages and the service life of the cages can be extended. The staff puts feed in the feeding mechanism to feed the ducks. By setting up the shielding mechanism, the duck manure is prevented from scattering everywhere. As the ducks grow taller and bigger, the staff can expand the living space of the duck flock by raising the lifting mechanism, thereby improving the flexibility of the device. Attached Figure Description

[0013] Figure 1 This is a schematic diagram of the isometric structure of this utility model;

[0014] Figure 2 This is a cross-sectional isometric structural diagram of the support mechanism and the manure discharge mechanism of this utility model;

[0015] Figure 3 This is a partially enlarged isometric structural diagram of the feeding mechanism of this utility model;

[0016] Figure 4 This is a partially enlarged isometric structural diagram of the lifting mechanism of this utility model;

[0017] Figure 5 This is a partially enlarged isometric structural diagram of the shielding mechanism of this utility model.

[0018] The attached diagram is labeled as follows: 01, Support mechanism; 11, Main support frame; 12, Side beam; 13, Main beam; 14, Limiting frame; 15, Side metal mesh; 02, Manure discharge mechanism; 21, Plastic mesh plate; 22, Reinforcing rib; 23, Fixing clip; 03, Feeding mechanism; 31, Arc-shaped support; 32, U-shaped trough plate; 33, Front metal mesh; 04, Lifting mechanism; 41, Lifting frame; 42, Fixing bolt; 43, Upper metal mesh; 44, Hinge; 45, Metal mesh door; 05, Covering mechanism; 51, Positioning plate; 52, Positioning rod; 53, Manure baffle plate. Detailed Implementation

[0019] To facilitate understanding of this utility model, a more complete description will be given below with reference to the accompanying drawings. This utility model can be implemented in many different forms and is not limited to the embodiments described herein. Rather, these embodiments are provided to make the disclosure of this utility model more thorough and complete.

[0020] Example 1

[0021] This utility model discloses a novel duck and poultry cage, comprising a support mechanism 01; it also includes a manure discharge mechanism 02, a feeding mechanism 03, a lifting mechanism 04, and a shielding mechanism 05. The manure discharge mechanism 02 is installed on the support mechanism 01 to prevent duck manure from corroding it; the feeding mechanism 03 is installed on the manure discharge mechanism 02 to facilitate feeding the ducks; the lifting mechanism 04 is installed on the support mechanism 01 to facilitate adjusting the cage height as the ducks grow; and the shielding mechanism 05 is installed on the support mechanism 01 to prevent manure from scattering. The support mechanism 01 includes a main body. The main support 11 consists of a support frame 11, four sets of side beams 12, a main beam 13, four sets of limiting frames 14, and two sets of side metal mesh 15. The bottom end of the main support 11 is connected to the ground. All four sets of side beams 12 are installed on the main support 11. The main beam 13 is installed between two opposite sets of side beams 12. The bottom ends of all four sets of limiting frames 14 are connected to the top end of the main support 11. Multiple limiting holes are opened on the limiting frames 14. The side metal mesh 15 is installed on the main support 11 and the side beams 12. The manure discharge mechanism 02 includes a plastic mesh plate 21, multiple sets of reinforcing ribs 22, and multiple sets of fixing clips 23. The plastic mesh plate 21 is laid on four sets of side beams 12 and the main beam 13. Multiple sets of mesh openings are formed on the plastic mesh plate 21. Multiple sets of reinforcing ribs 22 are laid in a cross shape at the bottom of the plastic mesh plate 21 and are embedded and coupled with the main beam 13. Multiple sets of fixing clips 23 are installed on the plastic mesh plate 21 and secured to the side beams 12. The feeding mechanism 03 includes two sets of arc-shaped supports 31, a U-shaped trough plate 32, and a front metal mesh 33. The two sets of arc-shaped supports 31 are installed on the main support 11, the U-shaped trough plate 32 is placed on the two sets of arc-shaped supports 31, and the front metal mesh 33 is installed on... Mounted on the side beam 12 close to the U-shaped channel plate 32, the mesh of the front metal mesh 33 is sparser than that of the side metal mesh 15; the lifting mechanism 04 includes a lifting frame 41, multiple sets of fixing bolts 42, an upper metal mesh 43, two sets of hinges 44 and two sets of metal mesh doors 45. The lifting frame 41 is slidably mounted on the limiting frame 14. The multiple sets of fixing bolts 42 are all installed in the limiting holes of the limiting frame 14. The upper metal mesh 43 is mounted on the lifting frame 41. The two sets of hinges 44 are all mounted on the lifting frame 41. The two sets of metal mesh doors 45 are respectively mounted on the two sets of hinges 44.During operation, the overall stability of the cage is improved by setting up the main support 11, side beams 12, and main beam 13. The limiting frame 14 facilitates adjustment of the ducks' living space. Two sets of side metal meshes 15 restrict the ducks' movement range. The plastic mesh 21 has good corrosion resistance, allowing duck droppings to leak out through its mesh, extending the device's lifespan. Multiple sets of reinforcing ribs 22 and fixing clips 23 enhance the stability of the plastic mesh 21 and improve the connection between it and the support mechanism 01. Feed is poured into the U-shaped trough 32; the sparser mesh of the front metal mesh 33 allows the ducks to easily poke their heads out to eat. The height of the lifting frame 41 is adjusted according to the ducks' growth progress, and then multiple fixing bolts 42 are used to securely connect the lifting frame 41 to the limiting frame 14. The worker can then rotate the metal mesh door 45 to easily retrieve the ducks.

[0022] Example 2

[0023] like Figures 1 to 5 As shown, this utility model discloses a novel duck and poultry cage based on embodiment 1. The shielding mechanism 05 includes two sets of positioning plates 51, positioning rods 52, and manure-blocking plates 53. Both sets of positioning plates 51 are mounted on the main support 11, which has multiple sets of through holes. The positioning rods 52 are slidably mounted in the through holes of the main support 11, and the manure-blocking plates 53 are mounted on the positioning rods 52. During operation, the overall stability of the cage is improved by setting the main support 11, side beams 12, and main beams 13. The limiting frame 14 facilitates the adjustment of the ducks' living space. The two sets of side metal meshes 15 restrict the ducks' range of movement. The plastic mesh plate 21 has good corrosion resistance, and the ducks' droppings leak out through the mesh of the plastic mesh plate 21, which can extend the service life of the device. To extend the lifespan, multiple sets of reinforcing ribs 22 and multiple sets of fixing clips 23 are used to enhance the stability of the plastic mesh plate 21 and the connection between the plastic mesh plate 21 and the support mechanism 01. The staff pours the feed into the U-shaped trough plate 32. Because the mesh of the front metal mesh 33 is more sparse, it is easier for the ducks to stick their heads out to eat. The staff adjusts the height of the lifting frame 41 according to the growth progress of the ducks, and then uses multiple sets of fixing bolts 42 to fix the lifting frame 41 to the limiting frame 14. The staff rotates the metal mesh door 45 to easily take out the ducks. According to the growth progress of the ducks, the staff adjusts the height of the positioning rod 52, and then uses bolts to fix the manure baffle plate 53 and the two sets of positioning plates 51 to enhance the stability of the manure baffle plate 53. By setting the manure baffle plate 53, the manure can be prevented from scattering everywhere.

[0024] The above description is only a preferred embodiment of the present utility model. It should be noted that for those skilled in the art, several improvements and modifications can be made without departing from the technical principles of the present utility model, and these improvements and modifications should also be considered within the protection scope of the present utility model.

Claims

1. A novel duck and poultry cage, comprising a support mechanism (01); characterized in that, It also includes a manure discharge mechanism (02), a feeding mechanism (03), a lifting mechanism (04), and a shielding mechanism (05). The manure discharge mechanism (02) is installed on the support mechanism (01) to prevent duck manure from corroding it. The feeding mechanism (03) is installed on the manure discharge mechanism (02) to facilitate feeding the ducks. The lifting mechanism (04) is installed on the support mechanism (01) to facilitate adjusting the cage height as the ducks grow. The shielding mechanism (05) is installed on the support mechanism (01) to prevent manure from scattering. The support mechanism (01) includes a main support (11), four sets of side beams (12), a main beam (13), four sets of limiting frames (14) and two sets of side metal mesh (15). The bottom end of the main support (11) is connected to the ground. The four sets of side beams (12) are all installed on the main support (11). The main beam (13) is installed between two opposite sets of side beams (12). The bottom end of the four sets of limiting frames (14) is connected to the top end of the main support (11). The limiting frames (14) have multiple limiting holes. The side metal mesh (15) is installed on the main support (11) and the side beams (12). The manure discharge mechanism (02) includes a plastic mesh plate (21), multiple sets of reinforcing ribs (22) and multiple sets of fixing clips (23). The plastic mesh plate (21) is laid on four sets of side beams (12) and main beams (13). Multiple sets of mesh are opened on the plastic mesh plate (21). Multiple sets of reinforcing ribs (22) are laid in a cross shape at the bottom of the plastic mesh plate (21) and the multiple sets of reinforcing ribs (22) are embedded and coupled with the main beams (13). Multiple sets of fixing clips (23) are installed on the plastic mesh plate (21) and are clamped to the side beams (12). The lifting mechanism (04) includes a lifting frame (41), multiple sets of fixing bolts (42), an upper metal mesh (43), two sets of hinges (44) and two sets of metal mesh doors (45). The lifting frame (41) is slidably installed on the limiting frame (14). The multiple sets of fixing bolts (42) are all installed in the limiting holes of the limiting frame (14). The upper metal mesh (43) is installed on the lifting frame (41). The two sets of hinges (44) are all installed on the lifting frame (41). The two sets of metal mesh doors (45) are respectively installed on the two sets of hinges (44).

2. The novel duck and poultry cage as described in claim 1, characterized in that, The feeding mechanism (03) includes two sets of arc-shaped supports (31), a U-shaped trough (32) and a front metal mesh (33). Both sets of arc-shaped supports (31) are mounted on the main support (11). The U-shaped trough (32) is placed on the two sets of arc-shaped supports (31). The front metal mesh (33) is mounted on the side beam (12) close to the U-shaped trough (32). The mesh of the front metal mesh (33) is sparser than that of the side metal mesh (15).

3. The novel duck and poultry cage as described in claim 1, characterized in that, The shielding mechanism (05) includes two sets of positioning plates (51), positioning rods (52) and manure-blocking plates (53). Both sets of positioning plates (51) are installed on the main support (11). The main support (11) has multiple sets of through holes. The positioning rods (52) are slidably installed in the through holes of the main support (11). The manure-blocking plates (53) are installed on the positioning rods (52).

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