CN205694957U - A kind of full-automatic laying ducks breeding cage - Google Patents

Abstract

This utility model relates to a fully automatic duck egg-laying cage, comprising a stacked cage frame formed by intersecting columns and beams, with several cages vertically spaced on the frame. Feeding devices are located on both sides of each cage, and a manure removal device is located below the cage. A water trough is embedded in the center of each cage, and a feeding water line is located at the center of the top of the cage corresponding to the water trough. Cage doors are located in the middle of both sides of each cage. This utility model effectively reduces the spread of disease, improves operational efficiency, and reduces labor costs.

Description

A kind of fully automatic laying duck breeding cage

technical field

The utility model belongs to the technical field of laying duck cage breeding, in particular to a fully automatic laying duck breeding cage.

Background technique

With the continuous change and development of society, the population is increasing, and the demand for duck eggs is also increasing. The traditional breeding mode has long been unable to meet people's demand, and artificial free-range breeding is labor-intensive and occupies a large area. The epidemic prevention of ducks also has hidden dangers of cross-infection. Therefore, without changing the water-loving habits of ducks, raising ducks in cascading cages is a trend for large-scale breeding of laying ducks in the future.

Contents of the invention

The technical problem to be solved by the utility model is to provide a fully automatic breeding cage for laying ducks, which integrates functions such as automatic water feeding, feeding, automatic excrement removal, and automatic egg collection, so as to change ducks from free-range breeding on flat ground to intensive one. A new farming model in cages.

The technical solution adopted by the utility model to solve the technical problem is: a fully automatic laying duck breeding cage, which is characterized in that it includes a stacked cage frame formed by columns and beams interlaced, and several cages are vertically spaced on the cage frame. A cage is provided with a feeding device on both sides of the cage, a feces removal device is provided under the cage, a water tank is embedded in the middle of the cage, a water line is provided at the position corresponding to the water tank in the center of the top of the cage, and a cage is provided in the middle of both sides of the cage. Door.

According to the above scheme, the bottom of the cage is a structure with slopes formed on both sides of the middle protrusion, and egg collecting tanks are arranged on the outside of the cage on both sides corresponding to the two sides of the bottom of the cage, and the front end of the egg collecting tank is fixed by the cage frame A flip-type egg collector is installed.

According to the above scheme, the feeding device includes a feeder trough and a hopper, the feeder chute is arranged on the outside of both sides of the cage corresponding to the cage door, the hopper is fixed on the cage beam and can move along the beam, the hopper The bottom corresponds to the trough.

According to the above scheme, an egg collection belt is provided at the bottom of the egg collection tank, and the front end of the egg collection belt is connected with the flip-type egg collection machine.

According to the above scheme, the manure removal device includes a manure belt, a driving cylinder, a driven cylinder, a manure conveying motor and a manure scraper, the manure belt is arranged under the cage, and the two ends of the manure belt respectively bypass the The driving cylinder and the driven cylinder, the two ends of the driving cylinder and the driven cylinder are connected to the cage, the driving cylinder is connected to the fecal conveying motor, and upward anti-side leakage pads are provided on both sides of the feces belt , the manure scraping boards are respectively arranged at the two ends of the manure belt and fixed by the cage frame, the manure scraping boards are divided into an outer board and an inner board, the outer board corresponds to the outer surface of the dung belt, and the inner board is connected to the outer surface of the dung belt. Corresponds to the inner surface of the feces belt.

According to the above solution, a concave lining is provided under the feces belt, and both ends of the lining are connected with the cage.

The beneficial effects of the utility model are: a fully automatic breeding cage for laying ducks is provided, which is like a cage for laying ducks. The laying ducks can share the sink in the middle to wash their hair and toppings, and the body does not touch the water, and the duckbill passes through the water line. Ducks drink water from their nipples to prevent the growth of parasites and ensure the sanitation of drinking water; laying ducks will quickly roll their eggs along the slope at the bottom of the cage to the egg collection trough, and the surface is clean and not trampled; duck feces and residual water will fall under the cage On the manure belt, the manure belt is concave due to its own weight, and the side leakage prevention pads on both sides prevent duck manure and accumulated water from overflowing, and are automatically transported to the end for unified collection, which is hygienic and environmentally friendly.

Description of drawings

Fig. 1 is a structural schematic diagram of an embodiment of the utility model.

Among them: 1. Cage frame, 2. Cage, 3. Water tank, 4. Water line, 5. Egg collection tank, 6. Feed tank, 7. Hopper, 8. Feces belt, 9. Anti-side leakage pad, 10. foil.

detailed description

In order to better understand the utility model, the utility model will be further described below in conjunction with the accompanying drawings and embodiments.

As shown in Figure 1, a fully automatic breeding cage includes a stacked cage frame 1 formed by columns and beams interlaced, several cages 2 are arranged vertically at intervals on the cage frame, feeding devices are provided on both sides of the cage, and a feeding device is provided below the cage frame. Defecal removal device, with a water tank 3 embedded in the middle, and a water line 4 at the position corresponding to the water tank in the center of the top, for the laying ducks to wash their heads and toppings. The duck mouth passes through the duck nipples on the water line to drink water. The cage door can be slid open for easy access to poultry.

The bottom of the cage is a structure with slopes formed on both sides of the middle protrusion. The outer sides of the cage are equipped with egg collecting tanks 5 corresponding to the two sides of the bottom of the cage. There is an egg collection belt at the bottom of the egg collection trough, and the front end of the egg collection belt is connected to the flip-type egg collection machine, and the eggs roll down to the egg collection troughs on both sides along the slope at the bottom of the cage, and the egg collection belt moves forward to transport the eggs to the front end Unified collection.

The feeding device includes a hopper 6 and a hopper 7. The trough is located on both sides of the cage and corresponds to the cage door. The hopper is fixed on the beam of the cage frame and can move along the beam. The bottom of the hopper corresponds to the hopper, and the hopper is used for uniform distribution. Automatic feeding, ducks can eat regularly and quantitatively.

The manure removal device includes a manure belt 8, a driving cylinder, a driven cylinder, a manure conveying motor and a manure scraper. The two ends of the driven cylinder are connected with the cage frame, and the driving cylinder is connected with the feces conveying motor. There are upward anti-side leakage pads 9 on both sides of the manure belt, and the manure scrapers are respectively arranged at both ends of the manure belt and pass through the cage. The frame is fixed, and the manure scraping board is divided into an outer plate and an inner plate. The outer plate corresponds to the outer surface of the manure belt, and the inner plate corresponds to the inner surface of the manure belt. A concave liner 10 is arranged below the manure belt, and the two ends of the liner are It is connected with the cage frame, and for very thin feces, it will not overflow from both sides of the equipment, and will not pollute the equipment and the ground.

The utility model can uniformly manage the laying ducks, and will not pollute the feeding and drinking water during the breeding process, and the nutritious and hygienic feed and drinking water are the guarantee of the healthy constitution of the laying ducks. Breeding cages can be made into several layers, which means that the breeding area of the same number of laying ducks can be reduced to a fraction of the original. The air-conditioned breeding house and adjustable lighting in the house can greatly improve the egg production rate and egg production cycle of laying ducks, and the egg surface is clean and the breakage rate is low.

Claims (6)

1. A full-automatic laying and duck breeding cage, characterized in that: it comprises a stacked cage frame formed by columns and beams interlaced, several cages are vertically spaced on the cage frame, and feeding devices are provided on both sides of the cage A manure removal device is provided under the cage, a water tank is embedded in the middle of the cage, a water line is provided at the position corresponding to the water tank in the center of the top of the cage, and cage doors are provided in the middle of both sides of the cage. 2. A fully automatic laying duck breeding cage as claimed in claim 1, characterized in that the bottom of the cage is a structure with slopes formed on both sides of the middle protrusion, and the positions on the outside of the two sides of the cage correspond to the two sides of the bottom of the cage An egg collection tank is provided, and the front end of the egg collection tank is fixed with a flip-type egg collection machine through the cage frame. 3. A kind of fully automatic laying duck breeding cage as claimed in claim 1, wherein the feeding device comprises a trough and a hopper, and the trough is arranged on both sides of the cage to be opposite to the cage door. Correspondingly, the hopper is fixed on the beam of the cage frame and can move along the beam, and the bottom of the hopper corresponds to the trough. 4. A fully automatic laying and duck breeding cage as claimed in claim 2, characterized in that an egg collection belt is provided at the bottom of the egg collection tank, and the front end of the egg collection belt is connected to the flip-type egg collection machine. connected. 5. A kind of fully automatic laying duck breeding cage as claimed in claim 1, characterized in that said manure removal device comprises a manure belt, a driving cylinder, a driven cylinder, a manure conveying motor and a manure scraping plate, said The manure belt is arranged under the cage, and the two ends of the manure belt respectively bypass the driving cylinder and the driven cylinder, the two ends of the driving cylinder and the driven cylinder are connected with the cage frame, and the driving cylinder is connected to the said cage. The manure conveying motor is connected, and there are upward anti-side leakage pads on both sides of the manure belt. The manure scraping plates are respectively arranged at both ends of the manure belt and fixed by the cage frame. The manure scraping plates are divided into outer plates and inner plates. , the outer plate corresponds to the outer surface of the manure belt, and the inner plate corresponds to the inner surface of the manure belt. 6. A fully automatic laying duck breeding cage as claimed in claim 5, characterized in that a concave lining is provided below the manure belt, and the two ends of the lining are connected to the cage frame.