CN205389968U - Be suitable for automated management's dove cage composite set - Google Patents

Abstract

The utility model discloses a pigeon cage combination device suitable for automatic management, which comprises a pigeon cage unit main body, a water supply pipe, a clean automatic drinking water terminal device, a drainage pipe, and a reciprocating feces bearing belt. It not only provides the necessary space environment for the survival, living and production of the breeding pigeons, but also provides the necessary supporting facilities and facilities for the automatic management of pigeon breeding, that is, automatic feeding, automatic cleaning of drinking water, electric manure cleaning, and picking up pigeon eggs outside the cage. operating environment. The utility model realizes the application of new automatic management technologies such as a clean automatic drinking water system, an electric excrement cleaning system, a backside feeding system, and an automatic rolling cage for laying pigeons. It greatly improves the labor efficiency, not only replaces manual feeding, but also replaces the front side feeding system, thus greatly reducing the cost of feeding labor and facilities. Egg damage. The utility model promotes the application and development of the large-scale pigeon raising automatic management technology.

Description

A pigeon cage combination device suitable for automatic management

technical field

The utility model relates to the technical field of breeding equipment for large-scale pigeon breeding industry, in particular to a pigeon cage combination device suitable for automatic management.

Background technique

Large-scale pigeon breeding refers to the pigeon breeding industry that raises a large number of breeding pigeons and has a certain level of specialization, including meat pigeon breeding, laying pigeon breeding and carrier pigeon breeding. In the past ten years, the breeding scale of the pigeon industry has continued to expand, labor costs have continued to rise, and the environmental requirements of the pigeon house have continued to increase. The demand for automated management equipment has become more and more urgent. At present, pellet feed technology, automatic feeding technology, automatic clean drinking water technology and electric mechanical excrement cleaning technology have become the four main technologies for large-scale feeding, automatic management and industrialization technology upgrading in the pigeon industry. The implementation of these technologies is used in Production practices all rely on a new type of combined pigeon cage with automated management. This new type of combined pigeon cage is used as a carrier and support for the implementation of large-scale breeding and automated management technology, and it will improve the production level of the pigeon industry, labor efficiency, and reduce production costs. It is of great significance to promote the technical development and industrialization upgrading of the pigeon industry, and ultimately promote its rapid and healthy development.

The basic feature of the pigeon breeding method is that each pair of breeding pigeons occupies a cage as a space for their survival, living, and production, and provides feeding, drinking water, and manure cleaning facilities or equipment inside or outside the cage space to complete continuous maintenance. production process. The pigeon cages used in the actual production of the pigeon industry in my country are mainly vertical stacked cages, which have the advantages of large cage space, reasonable stocking density, convenient operation by personnel, and low price; another kind of pigeon cage is the stepped cage. Tower cages have better ventilation and light transmission, but the stocking density is low, the price is high, and personnel operation is difficult. The main unit of the vertical laminated cage is a pigeon cage, which is in the shape of a cuboid, with a width, depth, and height of 2.0 meters, 0.6 meters, and 1.5 meters, respectively. When in use, place the main pigeon cage of each unit on a support 20-25 cm high from the ground, with a total height of 1.75 meters; generally 15-25 unit main pigeon cages are connected and combined into one row, mostly two rows of pigeon cages Combined back to back to save space; the main pigeon cage of each unit contains 12 cages, namely the upper, middle and lower layers, with 4 cages on each layer, and the width, depth and height of each cage space are 50 cm , 60 cm, 45 cm, and the space between the upper and lower cages is 5 cm; the traditional facilities and equipment matched with the vertical stacked cages: ①Fixed troughs for manual feeding. Hang the cuboid food trough with a length of 20 cm, a width of 8 cm, a depth of 7.5 cm, and an opening above the place in front of the pigeon cage, and artificially feed 4 times a day for the pigeons to eat. The operation is time-consuming and labor-intensive; ② water tank or The water bowl is hand-fed water. Hang a water tank or water bowl in front of the cage, add water manually or use a water pipe to send water to it for the breeding pigeons to drink. Board, manual insertion and scraping, cleaning. Insert a manure board under each pigeon cage position, manually extract each manure board in turn, scrape the pigeon manure to the ground and reinsert it, which is time-consuming and labor-intensive and pollutes the loft environment; ④Arrange back to back. Breeding pigeons in two rows of pigeon cages can put their heads into another cage of the other side to peck pigeon eggs or pigeons through the grid. In practice, this phenomenon has become an important factor affecting the hatching rate and survival rate and cannot be ignored. . To this end, we have successfully researched facilities and equipment technologies such as dorsal feeding automatic feeding machine, electric manure cleaning system, clean automatic drinking water system, dorsal feeding arrangement and combination of pigeon cages. However, the following problems have been encountered when promoting the application of traditional vertical stacked cages in actual production: ①The drinking trough or drinking bowl is set in front of the outside of the cage, colliding with the trough of the mobile automatic feeding machine, and the automatic feeding machine cannot be installed and operated ; ② It is impossible to install a whole row of manure belts that pass through 30-50 meters long, and the lowest layer of the pigeon cage has no manure belt support frame, which is not suitable for installing and running an electric manure cleaning system; ③ It is impossible to install a clean automatic drinking device, and the manure belt Reciprocating movement will set up water pipes and cause water leakage; ④ Back-to-back arrangement affects hatching hatching rate and survival rate, and automatic feeding technology on the back of the cage cannot be used. Solving the above problems all depends on transforming the traditional pigeonhole structure and integrating it with the automation management facilities and equipment to make it a pigeonhole assembly device assembly suitable for automation management. The utility model is to solve these problems. The ideal result formed by the experimental research.

Utility model content

Aiming at the technical problems existing in the prior art, the purpose of this utility model is to provide a pigeon cage combination device suitable for automatic management, which not only provides the necessary space environment for the survival, living and production of breeding pigeons, but also provides feeding , drinking water cleaning, safety and other automatic management facilities and technologies.

The technical scheme adopted in the utility model is:

A pigeon cage assembly device suitable for automatic management, comprising a pigeon cage unit main body, a water supply pipe, a clean automatic drinking water terminal device, a drainage pipe, and a reciprocating manure bearing belt;

The main body of the pigeon cage consists of a vertical mesh, a cage bottom mesh, a cage top mesh, a manure belt support mesh, a front vertical mesh, a rear vertical mesh, a cage door mesh, and an egg nest perching frame mesh. Several pigeonhole mesh pieces and several spring pieces, the pigeonhole mesh pieces are combined into a pigeonhole unit main body, the spring pieces fix the open and closed states of the cage door mesh pieces, and the long axis direction of several pigeonhole unit main bodies is connected as One row of pigeonholes, two rows of pigeonholes are placed back to back to form a group of pigeonholes;

The water supply pipeline includes a horizontal water supply pipe, a vertical water supply pipe, a branch water supply pipe and a clean automatic drinking water terminal device. The horizontal water supply pipe is installed horizontally above the front vertical net of the pigeon cage on the upper layer of the main body of the pigeon cage unit, and is connected through a three-way fitting. Longitudinal water supply pipe and branch water supply pipe, the horizontal water supply pipe extends horizontally to the two ends of the unit pigeon cage main body, the longitudinal water supply pipe extends downward from the vertical partition mesh side of the pigeon cage main body to the bottom of the lower pigeon cage, and the branch water supply pipe Connect to the clean automatic drinking water terminal device;

The clean type automatic drinking water terminal device is installed on one side of the pigeon drinking water window, including branch water supply pipes, columns, upper brackets, lower brackets, nipple drinking fountains, upper funnel water bowls, lower water collection bowls, the upper bracket and the lower layer The brackets are respectively fixed on the upper and lower layers of the column, and the nipple drinker is installed on the branch water supply pipe. The upper funnel water bowl and the lower water collection bowl are set directly against the nipple drinker ejector rod, and are respectively installed on the upper bracket and the lower bracket On the top, the end of the branch water supply pipe is provided with a plug, and the bottom of the lower water collection bowl is connected through the branch water collection pipe and the summary water collection pipe;

The drainage pipe is first connected to the overflow collection hose under the automatic drinking water terminal device of the upper pigeon cage, and then connected to the overflow collection hose under the automatic drinking water terminal device of the middle layer and the lower pigeon cage through a "Y" type tee, and finally passes through The reducing tee is connected to the PVC drain pipe;

Further: the pigeon drinking water window is set at the position of the vertical partition mesh in the upper, middle and lower layers of the pigeon cage main body, and the clean automatic drinking water terminal device is located inside the pigeon cage to supply two adjacent pigeons. Caged pigeons drink water.

Further: the water supply and drainage pipes are installed in combination of two "I" characters. A horizontal water supply pipe above the main body of each pigeon cage unit is connected to two vertical water supply pipes, and is connected with the horizontal drain pipe below the main body of the pigeon cage unit. Connect to realize the connection and sharing of water supply and drainage pipes, and install the drainage cut-off door connection mode between the erected water supply pipes and drainage pipes to realize the connection and sharing of water supply and drainage pipes.

The reciprocating manure-bearing belts are respectively installed on the manure-bearing belt support mesh below the three-layer pigeon cages, and run through the bottom of each layer of pigeon cages along the long axis of the pigeon cages until one end of a row of pigeon cages is connected with the electric cleaning machine. Manure connection.

Further: the several pieces of vertical mesh pieces of the main body of the pigeon cage are respectively provided with upper, middle and lower three manure belt passing holes; the cage bottom mesh is provided with vertical water supply pipe passing holes near the cage bottom mesh.

Further: the head end and the end two pieces of vertical mesh pieces among the several pieces of vertical mesh sheets in the main body of the pigeon cage are respectively provided with vertical water pipes to protect the vertical wires at the front ends of the upper, middle, and lower manure-bearing belts passing through the tunnels. .

Further: the rear vertical nets are respectively installed in two rows of back-to-back pigeon cages in each group, and are located in the rear vertical nets of the left and right columns corresponding to the main body of the pigeon cage unit, and the rear vertical nets are provided with feeding At the same time, the vertical wire dislocation structure when two rows of pigeon cages are combined back to back is set. When the main bodies of the left and right pigeon cage units are arranged back to back, the vertical wires are dislocated and arranged, forming a gap that is half the width of the single-layer rear vertical mesh interval. Risi spacing.

Preferably, the vertical mesh interval of the main body of the left row of pigeonhole units is evenly distributed at a distance of 5 cm, and the interval of the vertical mesh of the main body of the right row of pigeonhole units is 2.5 centimeters at the beginning and end of each cage position. cm, when the main bodies of the left and right pigeon cage units are arranged back-to-back, the vertical wires are misplaced to form a vertical wire interval of 2.5 cm. Under the condition of not increasing the vertical wire density, use the vertical wire dislocation principle to reduce the vertical wire vertical wire interval from 5 centimeters to 2.5 cm after the two cages, and isolate the breeding pigeons in two groups of back-to-back pigeon cages.

Further: the front end of each cage bottom mesh is respectively provided with an egg collection tank, the egg collection tank protrudes from the front of the pigeon cage and is set in front of the vertical net, the egg collection tank is arc-shaped, and the bottom surface of the egg collection tank is lower than the rear front Stand on the lower edge of the net.

Preferable: the lowest point of the egg collection tank is 37.6mm lower than the lower edge of the front vertical net.

The bottom of the vertical partition mesh is reserved with the force horizontal wire of the manure-bearing belt support mesh, and the lowermost layer of the manure-bearing belt support mesh is fixed on the force horizontal wire of the vertical partition mesh, which is used as the lowest layer of the feces-bearing belt weighing net. piece.

Further, a spring cage door is installed on the front vertical net, and the two ends of the spring leaf of the spring cage door are connected with the hanging wire of the cage door and the hanging wire of the front vertical mesh respectively, and the top hook of the cage door is supported on the top wire of the vertical mesh in front of the pigeon cage. In this way, both sides of the cage door respectively form three points of force to fix the cage door on the front vertical mesh.

Further, the perching frame and the egg nest frame are set on the mesh of the egg nest perching frame, and the two frames of the perching frame and the egg nest frame are connected as one. Egg nests perched on racks.

Further: the reciprocable manure-bearing belt is set as a long plastic belt, and the reciprocable manure-bearing belt is installed under the upper, middle and lower three-layer pigeon cages along the long axis of the main body of the pigeon cage unit.

Preferably: the reciprocating feces-bearing belt is set as a long plastic belt with a width of 50 cm and a thickness of 0.7 mm.

The beneficial effects of the utility model are:

The utility model redesigns the main structure of the vertical laminated cage unit, and perfectly combines new technologies such as the clean automatic drinking water system, the feces belt of the electric manure cleaning system, and the automatic feeding machine for feeding on the back side into the main body of the unit pigeon cage. Among them, a new type of unit combination pigeonhole suitable for automatic management is formed, and multiple new unit combination pigeonholes are arranged and connected along the long axis to form a large-scale, automatic management new type of pigeonhole combination column. The utility model has the following obvious advantages: firstly, the clean type automatic drinking water terminal device is ingeniously combined and installed in the pigeon cage. The drinking water device supplies drinking water for breeding pigeons in two cages in the way of "one belt and two". The drinking water height and habits of pigeons of different sizes prevent spilling and overflowing of drinking water and maintain the environment of the pigeon house; the water bowl can be easily removed for cleaning and disinfection; as the terminal device of the automatic drinking water system facility of the three-layer vertical stacked cage for large-scale pigeon breeding, it is installed in the The windows reserved by the two pigeon cage vertical partitions allow the breeding pigeons and young pigeons raised in the two adjacent pigeon cages to automatically obtain clean drinking water without obstructing the automatic feeder and the cage door ;Secondly, installing the manure belt and allowing it to carry out reciprocating movement can complete the installation and operation of the electric manure cleaning system, so that the vertical three-layer stacked pigeon cage can completely replace the manual manure cleaning operation, avoiding the environment caused by manure cleaning Pollution, improving labor efficiency; third, to arrange the egg pigeon cages, you can choose to install a feeder on the back of the pigeon cages for feeding, which solves the problem that the egg pigeon cages cannot be installed with automatic feeding because the bottom net of the eggs protrudes from the front facade of the pigeon cages machine problem.

The utility model is used in the practice of large-scale pigeon breeding and can replace the traditional vertical pigeon cage. It can save the labor time for breeders to wash a large number of water bowls every day, reduce labor intensity, water bowls can be easily cleaned and disinfected, and at the same time provide convenience for young pigeons to drink water in the later stage; it can replace manual manure cleaning operations, improve labor efficiency, reduce pigeon house pollution and Labor cost; it can be suitable for feeding on the back side of the pigeon cage, that is, the feeding machine is installed on the side of the rear vertical mesh of the pigeon cage, and a group of automatic feeding troughs supply 2 rows of pigeon cage breeding pigeon feed. By contrast feeding test, we observe that the utility model helps squabs to learn to drink water early, thereby promotes squabs to learn to eat in the later stage of raising, and makes squabs 28 days old slaughter body weight improve about 30 grams (6.52%); The breeding test results of the comparison of drinking water with the traditional drinking water show that the utility model reduces the pollution of drinking water, and can conveniently take out the water bowl for disinfection, improves the health level of the pigeons, and reduces the mortality rate of the pigeons by 3.5 percentage points; automatic feeding and electric feeding Automated management operations such as the operation of manure cleaning facilities improve labor efficiency by 66%; back-side feeding can save 50% of the number of feeders, reduce the cost of breeding facilities, and avoid the need to mix with bottom nets for rolling eggs, health care sand cups, and drinking cups outside the cage. Egg breakage, water leakage, and feed soaking caused by collisions, etc., facilitate feeding and management.

It can be seen from the above that the utility model, as an infrastructure for raising pigeons, not only provides suitable space for survival, life and production for raising pigeons, but also overcomes the prominent problem that traditional pigeon cages cannot adapt to automation and electrification management technology, making the clean automatic The application of new management technologies such as drinking water system, electric manure cleaning system, dorsal side feeding system, and automatic egg collection for laying pigeons has become a reality. Due to the reasonable application of the clean automatic drinking water system, the existing problems of pigeons drinking water, overflowing drinking water, easily polluted drinking water, inconvenient cleaning of drinking water bowls, easy blockage of drain pipes, and collisions in the installation position of drinking water bowls have been solved; The smooth application of the electric manure cleaning system has greatly improved the labor efficiency, reduced the labor intensity and the pollution of the dovecote caused by the manure cleaning; due to the application of the back side feeding system, it not only replaces manual feeding, but also replaces the front feeding. The side feeding system greatly reduces the cost of feeding labor and facilities, and at the same time prevents the breeding pigeons from harming the pigeons and breeding eggs of the opponent's cage during the production of meat pigeons. The utility model promotes the application and development of the large-scale pigeon raising automatic management technology.

Description of drawings

Fig. 1 is the three-dimensional structure schematic diagram of the pigeonhole combination device suitable for automatic management of the utility model;

Fig. 2 is a sectional view of a single cage in the utility model shown in Fig. 1;

Fig. 3 is the schematic diagram of the spring cage door of the unit pigeon cage in the utility model shown in Fig. 1;

Fig. 4 is the schematic diagram of the middle vertical mesh sheet in the utility model shown in Fig. 1;

Fig. 5 is the second, four vertical mesh diagrams in the utility model shown in Fig. 1;

Fig. 6 is a schematic diagram of the first and fifth vertical mesh sheets in the utility model shown in Fig. 1;

Fig. 7 is the schematic diagram of the left row pigeon cage mesh of the split mesh at the bottom of the rolling egg cage in the utility model shown in Fig. 1;

Fig. 8 is the schematic diagram of the right row pigeon cage mesh of the split mesh at the bottom of the rolling egg cage in the utility model shown in Fig. 1;

Fig. 9 is a side view of the net sheet at the bottom of the rolling egg cage in the utility model shown in Fig. 1;

Fig. 10 is a schematic diagram of the vertical mesh sheet before the pigeon cage in the utility model shown in Fig. 1;

Fig. 11 is the schematic diagram of pigeon cage perching frame in the utility model shown in Fig. 1;

In the figure: 1 the first vertical mesh; 2 the second vertical mesh; 3 the third vertical mesh; 4 the fourth vertical mesh; 5 the fifth vertical mesh; 6 the bottom of the first cage Net; 7 the bottom net of the second cage position; 8 the bottom net of the third cage position; 9 the bottom net of the fourth cage position; 10 the top mesh of the upper cage; 11 the top mesh of the middle cage; 12 the top mesh of the lower cage; 13 manure belt supporting mesh; 14 front vertical mesh of the upper cage; 14-01 feeding hole set by the front vertical mesh; 15 front vertical mesh of the middle cage; 16 front vertical mesh of the lower cage; 17 rear vertical mesh of the upper cage Mesh; 17-01 feeding hole set by the rear mesh on the left row; 17-02 feeding hole set by the rear mesh on the left row; 18 vertical mesh behind the middle layer cage; 19 vertical mesh behind the lower cage; 20 horizontal water supply 21 Longitudinal water supply pipe; 22 Branch water supply pipe; 23 Clean type automatic drinking water terminal device; 23-01 Nipple drinker ejector rod; The lower water collection bowl of the device; 24 horizontal drainage pipes; 25 branch water collection pipes; 26 collective water collection pipes; 29 lower floor bearing manure belt; 29A lower floor manure belt passing hole; 30 pigeon cage support; 31 perching frame; 32 egg nest frame; 33 spring gantry of pigeon cage; 33-01 spring leaf; 33-02 cage door top hook; -03 cage door hanging wire; 33-04 pigeon cage front vertical mesh hanging wire; 33-05 pigeon cage front vertical mesh top wire. 1-01 The vertical mesh protects the vertical wire of the vertical water supply pipe; 2-01, 2-02, 2-03 The installation window of the clean automatic drinking water device; 7-01, 9-01 The bottom passage hole of the vertical water supply pipe cage; 6 -02, 7-02, 8-02, 9-02 Egg-collecting trough of the bottom net for rolling eggs.

detailed description

A pigeon cage combination device suitable for automatic management, including a pigeon cage unit main body, a water supply pipe, a clean automatic drinking water terminal device, a drainage pipe, and a reciprocating manure bearing belt:

The main body of the pigeon cage is composed of 51 pieces of pigeon cage mesh, including 5 pieces of vertical mesh, 12 pieces of cage bottom mesh, 3 pieces of cage top mesh, 1 piece of manure bearing belt support mesh, 3 pieces of front stand Mesh, 3 pieces of rear vertical mesh, 12 pieces of gantry, 24 pieces of spring, 12 pieces of egg nest perching frame, a total of 51 pieces of pigeon cage mesh and 12 pieces of spring are combined into a pigeon cage unit body, multiple The main body of the pigeonhole unit is connected in the direction of the longitudinal axis to form a row of pigeonholes, and two rows of pigeonholes are placed back to back to form a group of pigeonholes;

The 5 vertical mesh sheets are respectively 1, 2, 3, 4, and 5 vertical mesh sheets, and the vertical parallel arrangement divides the main body of the pigeon cage unit into 4 spaces on average. The mesh partition is provided with a vertical water supply pipe to protect the vertical wire to prevent the vertical water supply pipe from being cut by the manure belt of the reciprocating movement; the second and fourth vertical partition meshes are provided with a clean automatic drinking water window, and an automatic clean type automatic drinking window is installed. Drinking water terminal device, so that the drinking water device can be responsible for the water supply task of two adjacent pigeon cages; the bottom of the 1st, 2nd, 3rd, 4th, and 5th vertical partition meshes are all equipped with bottom-layer feces-bearing belt load-bearing meshes to support horizontal wires .

Described 12 cage bottom net sheets are installed in the bottom of 12 cage positions of 3 layers of pigeon cages respectively. Each piece of cage bottom mesh can extend forward from the rear vertical net of the pigeon cage to the front vertical net of the pigeon cage, and continue to protrude forward by 10 cm, and the protruding 10 cm presents an arc-shaped tilt; it is connected with the rear vertical net Use tying nails to connect the shaft as a movable connection shaft, so that the front protrusion of the cage bottom mesh can move up and down a distance of 3.6 cm. Silk binding; said 12 cage bottom mesh sheets, 6 of which are provided with 40×48mm vertical water pipe through holes.

Described 3 cage top mesh sheets are respectively installed on the cage top of the three-layer cage, and the periphery is connected with the vertical mesh sheet, the front vertical mesh sheet, and the rear vertical mesh sheet. The one piece of feces-bearing belt supporting mesh is installed on the bottom of the lower cage, and the periphery is respectively bound and connected with the corresponding vertical partition, front vertical mesh and rear vertical mesh.

The 3 front vertical nets are respectively installed on the front facade of the three-layer pigeon cage, bound and connected with the vertical spacer net, the cage top net, and the bottom net of the cage, and the lower layer is connected with the manure bearing belt support net. The front vertical mesh is provided with a cage door, a cage bottom supporting horizontal wire, a lower cage door or a feces belt mesh connecting horizontal wire.

Described 3 rear vertical mesh sheets are respectively installed on the rear facades of 3 layers of pigeon cages, and are respectively connected to vertical mesh sheets, cage top mesh sheets, and cage bottom mesh sheets, and the lower floor is connected with the manure bearing belt support mesh sheets. The rear vertical nets are respectively installed in two rows of back-to-back pigeon cages in each group, and are located in the left and right columns of the rear vertical nets corresponding to the main body of the pigeon cage unit. The rear vertical nets are provided with feeding holes and at the same time set The vertical wire dislocation structure when two rows of pigeon cages are combined back to back, the vertical wires are dislocated when the left and right pigeon cage unit main bodies are arranged back to back, forming a vertical wire interval of 2.5 cm.

Preferably, the gap between the vertical wires of the main body of the pigeon cage is set to the width that the breeder pigeons can eat, and an automatic feeder is installed in the rear vertical wire direction of the egg pigeon cage to solve the difficult problem of feeding the vertical wire in front of the egg pigeon cage.

Further, the perching frame and the egg nest frame are set on the mesh of the egg nest perching frame. hemisphere structure.

Preferably, the 12 egg nest perching frames are respectively installed in cage positions for fixing egg nests and breeding pigeon rest frames.

Further, a spring cage door is installed on the front vertical net, and the two ends of the spring leaf of the spring cage door are connected with the hanging wire of the cage door and the hanging wire of the front vertical mesh respectively, and the top hook of the cage door is supported on the top wire of the vertical mesh in front of the pigeon cage. In this way, both sides of the cage door respectively form three points of force to fix the cage door on the front vertical mesh.

Preferably, the 12 gantry mesh sheets are respectively installed at the door holes of the pigeon cage provided by the front vertical mesh sheet, for opening and closing the inner and outer passages of the pigeon cage;

Preferably, the 24 spring pieces are used to elastically fix the gantry mesh at the open or closed position.

The water supply pipeline includes a horizontal water supply pipe, a vertical water supply pipe, a branch water supply pipe and a clean automatic drinking water terminal device. The horizontal water supply pipe is installed horizontally above the front vertical mesh of the pigeon cage on the upper layer of the main body of the pigeon cage unit, and is connected through a three-way valve. Longitudinal water supply pipe and branch water supply pipe, the horizontal water supply pipe extends horizontally to the two ends of the unit pigeon cage main body, the longitudinal water supply pipe extends downward from the vertical partition mesh side of the pigeon cage main body to the bottom of the lower pigeon cage, and the branch water supply pipe Connect to the clean automatic drinking water terminal device;

Further, the water supply pipeline includes a PVC horizontal water supply pipe with a diameter of 25mm, a tee, a straight-through, and a hose with a diameter of 9.5mm. Longitudinally extend downward from the main body of the pigeon cage on the side of the 2nd and 4th vertical partitions until the lower cage is installed with a cut-off door, and connect the 25mmPVC horizontal water supply pipe through the cut-off door and the tee to extend horizontally to the two ends of the unit pigeon cage main body. When passing through each layer of cages, connect a branch water supply pipe through a tee, and connect a clean automatic drinking water terminal device through a branch water supply pipe.

The clean type automatic drinking water terminal device is installed on one side of the pigeon drinking water window, and includes a branch water supply pipe, a column, an upper bracket, a lower bracket, a nipple drinker ejector, an upper funnel water bowl, a lower water collection bowl, and the upper bracket The upper and lower brackets are respectively fixed at the upper and lower ends of the column, the nipple drinker ejector rod is set on the branch water supply pipe, the upper funnel water bowl and the lower layer water collection bowl are set directly against the nipple drinker ejector rod, and are respectively installed on the upper bracket and on the lower bracket, the end of the branch water supply pipe is provided with a plug, and the bottom of the lower water collection bowl is connected through the branch water collection pipe and the collection water collection pipe; the function of this device is to provide clean water for breeding pigeons and prevent drinking water from spilling .

Preferably, when installing a clean automatic drinking water device, a miniature one-way pressure regulating valve is installed at the front end of its branch water supply pipe.

The drainage pipe is first connected to the overflow collection hose under the automatic drinking water terminal device of the upper pigeon cage, and then connected to the overflow collection hose under the automatic drinking water terminal device of the middle layer and the lower pigeon cage through a "Y" type tee, and finally passes through The reducing tee is connected to the 25mm PVC drain pipe;

The reciprocating manure-bearing belts are respectively installed on the manure-bearing belt support mesh below the three-layer pigeon cages, and run through the bottom of each layer of pigeon cages along the long axis of the pigeon cages until one end of a row of pigeon cages is connected with the electric cleaning machine. Manure connection.

Further, the reciprocable manure-bearing belt is set as a long plastic belt with a width of 50 cm and a thickness of 0.7 mm, and the reciprocable manure-bearing belt is installed on the upper, middle and lower layers of pigeons along the long axis of the main body of the pigeon cage unit. Below the cage, until one end of a row of pigeon cages is connected with the electric manure cleaner.

Further, the pigeon drinking water window is set at the spacer position of the upper, middle and lower vertical partitions of the pigeon cage main body, and the clean automatic drinking water terminal device is located inside the pigeon cage to supply two adjacent pigeons. Caged pigeons drink water.

Preferably, described dovecote main body 2,4 are vertically separated mesh sheets, are provided with wide, high each 10 centimetres, 15 centimeters permeable drinking water windows at the appropriate height and depth of every layer of dovecotes.

Further, several pieces of vertical mesh sheets of the main body of the pigeon cage are respectively provided with upper, middle, and lower three manure-bearing belt passages, and the bottom of the vertical mesh sheet is reserved to set the force horizontal wire of the manure-bearing belt support mesh. , the feces-bearing belt is fixed on the horizontal wire of the vertical mesh sheet.

Preferably, the two vertical mesh sheets at the head end and the end of the several vertical mesh sheets in the main body of the pigeon cage are respectively provided with vertical water pipe protection vertical wires at the front ends of the upper, middle, and lower manure belt passages. .

Preferably, the vertical mesh sheets on both sides of the pigeon cage main body 1 and 5 are respectively provided with a vertical wire at a distance of 4 cm from the front vertical mesh sheet, which is used to isolate the vertical water pipe and the feces belt to prevent the reciprocating movement of the feces belt When cutting the vertical water pipe, it will cause damage and water leakage.

Preferably, the lower ends of the pigeonhole main bodies 1, 2, 3, 4, and 5 are respectively provided with spaces for supporting the horizontal wires of the manure-bearing belt mesh and installing the manure-bearing belt.

Preferably, the distance between the vertical mesh sheets of the pigeon cage main body 1, 2, 3, 4, and 5 is set to 9 centimeters, leaving space for moving up and down and installing a manure belt for the front edge of the mesh at the bottom of the cage.

Preferably, the vertical wires of the pigeonhole main bodies 1, 2, 3, 4, and 5 are cut between the layers of the mesh sheets to open up passages for the longitudinal installation of the manure belt and its reciprocating motion.

Further, the spaced cage bottom meshes of the cage bottom meshes are provided with holes for vertical water supply pipes to pass through.

Further, each of the cage bottom nets is respectively provided with an egg collection groove, the egg collection groove protrudes from the front of the pigeon cage and is set in front of the vertical net, the egg collection groove is arc-shaped, and the bottom surface of the egg collection groove is lower than that under the rear front vertical net. Edge, the lowest point of which is 37.6 mm lower than the lower edge of the front vertical net.

Further, the water supply and drainage pipes are installed in combination of two "I" characters. A horizontal water supply pipe above the main body of each pigeon cage unit is connected to two vertical water supply pipes, and is connected with the horizontal drain pipe below the main body of the pigeon cage unit. Connect to realize the connection and sharing of water supply and drainage pipes, and install the drainage cut-off door connection mode between the erected water supply pipes and drainage pipes to realize the connection and sharing of water supply and drainage pipes.

Specific embodiments of the present utility model will be further described below in conjunction with accompanying drawings.

As shown in Figures 1 to 11, a pigeon cage combination device suitable for automatic management includes a pigeon cage unit main body, a water supply pipe, a clean automatic drinking water terminal device, a drainage pipe, and a reciprocating manure bearing belt. This new type of pigeon cage assembly suitable for large-scale and automatic management is divided into three parts in terms of function and structure, namely, the pigeon cage main body composed of pigeon cage mesh ①, composed of common drainage pipes and clean automatic drinking water terminal devices The drinking water system ②, and the manure belt ③ that works with the electric manure removal system. ① Contains the first vertical mesh sheet 1, the second vertical mesh sheet 2, the third vertical mesh sheet 3, the fourth vertical mesh sheet 4, the fifth vertical mesh sheet 5, the first upper and lower cage positions Three-layer universal bottom net 6, the upper and lower layers of the second cage universal universal bottom net 7, the third cage upper and lower common universal bottom net 8, the fourth cage upper and lower three layers General-purpose rolling bottom mesh 9, upper cage top mesh 10, middle cage top mesh 11, lower cage top mesh 12, feces belt support mesh 13, upper cage front vertical mesh 14, middle cage front vertical mesh 15. Lower cage front vertical mesh 16, upper cage rear vertical mesh 17, middle cage rear vertical mesh 18, lower cage rear vertical mesh 19, pigeon cage bracket 30, perching frame 31, egg nest frame 32, pigeon cage The spring gantry 33; ② includes a horizontal water supply pipe 20, a vertical water supply pipe 21, a branch water supply pipe 22, a clean automatic drinking water terminal device 23, a horizontal drain pipe 24, a branch water collection pipe 25, and a collection water collection pipe 26; ③ contains an upper layer Bear manure belt 27, middle floor bear manure belt 28, lower floor bear manure belt 29.

The vertical mesh sheets 1, 2, 3, 4, and 5 are used as warp lines to divide the main body of the pigeon cage into four spaces on the left and right in the vertical direction; The egg-rolling bottom mesh is a combination of weft threads, which divide the left and right four spaces into 12 cage positions; the egg-rolling bottom mesh of the top 6, 7, 8, and 9, the bottom cage top mesh 11, 12, and the feces belt mesh 13 is the combination of parallels, which separates the space below each layer of pigeon cages to form a manure-bearing belt channel space. The front vertical mesh sheets 14, 15, 16 and the rear vertical mesh sheets 17, 18, 19 seal the 12 cage spaces formed by the separation before and after, forming a rectangular closed space as pigeon cages for breeding pigeons to survive, live and produce. Install spring cage door 33.

The method for pigeon cage configuration drinking water is to divert water from the water source to the horizontal water supply pipe 20, flow through the vertical water supply pipe 21, enter the branch water supply pipe 22, the clean type automatic drinking water terminal device 23. The water that dove drinking water leaves and spills concentrates and flows into branch water collecting pipe 25, gathers water collecting pipe 26, and horizontal drainage pipe 24.

Pigeon cage manure removal configuration is that plastic translucent manure bearing belts 27, 28, 29 are passed through holes 27A, 28A, 29A for the pigeon cage manure bearing belts, and the manure bearing belts 27, 28 are placed on the top net of the pigeon cage On the sheet 11,12, the manure bearing belt 29 is placed on the manure bearing belt support mesh 13.

Preferably, the vertical partition mesh sheets 1, 2, 3, 4, and 5 are designed as three-segment mesh sheets, and the vertical wires of the mesh sheets are disconnected in the middle to reserve passage holes 27A, 28A, and 29A for the feces belt. The manure bearing belt is placed under the bottom net of each layer of pigeon cages, and runs continuously through a row of pigeon cages (generally 15 to 23 pigeon cage unit main bodies are connected to form a row of pigeon cages, with a length of 30 meters to 46 meters). The manure cleaning machine drags the manure belt to the end of the pigeon, scrapes it off and transports it to the outside of the house. The design of the manure belt channel of the vertical partition mesh enables the implementation and operation of the electric manure cleaning operation of the vertical stacked cage, which greatly reduces the labor intensity and Pollution to the dovecote improves labor efficiency.

Preferably, the design of the vertical spacer mesh sheets 1, 5 reserves the vertical water pipe protection vertical wire 1-01, and the vertical water supply pipe 21 is very close to the feces bearing belts 27, 28, 29 moving laterally, and the protection vertical wire 1-01 is set up. -01 can avoid splitting the vertical water supply pipe 21 when the dung bearing belt transports pigeon dung and does horizontal reciprocating motion.

Preferably, the vertical partition meshes 2 and 4 are designed to reserve drinking water windows 2-01, 2-02, and 2-03 shared by two cage positions, and the clean automatic drinking water device is divided into upper and lower layers of pigeon cages respectively. Installed on one side of the 2 and 4 vertical mesh sheets, the breeding pigeons in the two cage positions can obtain drinking water through the drinking water window.

Preferably, the design of the bottom of the vertical spacer mesh sheets 1, 2, 3, 4, and 5 reserves the force horizontal wires 29A1, 29A2, and 29A3 of the manure-bearing belt support mesh, and the lower layer of manure-bearing belt 29 is laid on the manure-bearing belt support network. On the sheet 13, the lower layer of feces bearing belt 29 is fixed on the horizontal wires 29A1, 29A2, and 29A3 of the vertical mesh sheet, so that the pigeon manure of the lower layer of the pigeon cage avoids falling directly to the ground and falls on the dung bearing belt, and passes through the dung bearing belt. Transported to one end of the loft.

Preferably, the upper, middle and lower pigeonhole bottom net sheets 7,9 are designed to reserve vertical water pipes through holes 7-01,9-01. The vertical water pipe 21 is installed near the vertical mesh sheets 2 and 4 on the inside of the vertical mesh sheets 14, 15, and 16 before the pigeon cage, and is installed through three layers of pigeon cages from top to bottom, and the design reserves through holes to make it installed smoothly And fixed, and accurately obtain the protection of the vertical water supply pipe protection stand wire 1-01.

Preferably, the vertical water pipes of the reserved cage bottom mesh pass through the holes 7-01, 9-01, and the directions of the positions on the left row of pigeonholes and the right row of pigeonhole bottom meshes arranged back to back are symmetrical, that is, the left Row pigeon cages are on the left side, and right row pigeon cages are on the right side, so that the pigeon cages arranged in two rows back to back are symmetrically installed with vertical water pipes, which can shorten the length of the pipeline and save elbow fittings.

Preferably, the front ends of the bottom net sheets 6, 7, 8, and 9 of the pigeon cage and egg rolling cage are designed as the egg-collecting mesh grooves 6-02, 7-02, 8-02, and 9-02 of the arc-shaped curved rolling egg bottom net. Make it incline downward from the bottom of the rear vertical net to the bottom of the front vertical net, the arc bends to protrude from the front vertical net by 10 cm, and the slope ratio is 100:5.8, so that the output of breeding pigeons in the production process of egg pigeons or the production process of young pigeons can be controlled artificially. The pigeon eggs produced during hatching automatically roll down to the curved bend outside the cage, which can reduce the egg breaking rate caused by the trampling of the breeding pigeons, and is convenient for the breeders to pick up eggs and save labor.

Preferably, the left and right rows of pigeon cages arranged in back-to-back two rows of pigeon cages, the vertical mesh sheets 17, 18, 19 vertical wire gaps of the upper, middle and lower pigeon cages have carried out feeding holes 17-01, 17 of different arrangement designs -02, when two rows of pigeon cages are closely arranged back to back, the vertical wire density of two adjacent rows of pigeon cages is reduced from 5 cm to 2.5 cm, and the breeding pigeons in two adjacent pigeon cages are completely separated to avoid fighting and pecking each other's pigeons Injuries and losses caused by eggs or squabs; when two rows of pigeon cages are not closely arranged back to back, and a feeder is set in the middle for feeding, the distance between the vertical wires of the vertical mesh behind the single row of pigeon cages is restored to 5 cm. The feeding hole allows the breeder to stick its head out of the cage to feed. This design can adapt to the two methods of using pigeon cages arranged in the front elevation feeding and rear elevation feeding without increasing the vertical wire density of the rear vertical mesh. The loss caused by fighting and pecking the opponent's eggs or pigeons.

Preferably, a spring cage door is arranged on the front vertical mesh sheet of the pigeon cage. The two ends of the spring sheet 33-01 are connected with the hanging wire 33-03 of the cage door and the hanging wire 33-04 of the front vertical mesh of the pigeon cage respectively, and the top hook 33-02 of the cage door is supported on the top wire of the vertical mesh in front of the pigeon cage , both sides of the cage door form three points of force in this way to fix the cage door on the front vertical mesh. When closing, the cage door is closed in the vertical direction due to the elastic tension of the spring sheet. When the door is closed, when the cage door rotates with the top wire 33-05 of the vertical mesh in front of the pigeon cage as the axis, when the rotation angle is greater than 45°, the cage door will automatically open due to the change of the elastic tension direction of the spring sheet, and it will be fixed in the open state, and then force downward When closing the cage door, when the angle of rotation is greater than 45° with the top wire 33-05 of the front vertical mesh of the pigeon cage as the axis, the cage door will be automatically closed downward due to the change of the direction of action of the elastic tension of the spring sheet. The structure and method of the spring cage door are convenient for the breeder to open and close the cage door, and the operation can be completed with one arm, and the cage door is fixed in the desired position.

Preferably, a perching frame 31 and an egg nest frame 32 are arranged in the cage, and the two frames are connected as one. The perching frame is to create a good resting environment for the breeding pigeons, and to avoid fatigue caused by standing on the cage bottom net sheet with a slope for a long time. The egg nest support frame is designed for laying egg nests. The design aims to maximize the principle of automatic water drinking device during breeding pigeon egg hatching and feeding process, so as to prevent squabs and breeding pigeons from falling into the double nest when they excrete on the egg nest. Contamination in the layer water bowl.

Preferably, the pigeonhole water supply system and the main body of the pigeonhole are optimally combined and installed, and the horizontal water supply pipe 20, the vertical water supply pipe 21 and the horizontal drain pipe 24 are "I-shaped" installed, and the vertical water supply pipe and the drain pipe are installed with a drainage cut-off door connection method. This method greatly shortens the length of the water supply pipe and the drainage pipe. When cleaning the dirt in the pipe, the cut-off door can be opened to drain water, and the cut-off door can be closed to maintain clean water supply.

Preferably, the installation method of the clean automatic drinking water terminal device is to install the automatic drinking water device on one side of the drinking water windows 2-01, 2-02, and 2-03 of the vertical partition mesh, and the breeding pigeons and the squabs are in adjacent cages on the left and right of the main pigeon cage Drinking water is available in all positions, saving half of the automatic drinking water terminal devices, and reducing the phenomenon of watering to keep the loft dry and hygienic.

Preferably, the installation method of collecting and converging pipelines for breeding pigeons drinking water spills partly, each automatic drinking device 23 is provided with a branch water collection pipe 25, and it is connected and collected in the horizontal drain pipe 24 for discharge.

Preferably, the installation method of the manure belt of the electric manure cleaning system is to continuously lay the pigeon manure belt through the holes 27A, 28A, and 29A of the vertical mesh belt, and successfully complete the simultaneous reciprocating movement of the three-layer manure belt. The pigeon manure is transported to one end of the loft to replace the problems of high labor intensity, environmental pollution and high labor cost caused by manual pumping and cleaning of manure.

The assembling sequence and the method of use of the novel pigeon cage assembly suitable for large-scale feeding and automatic management of the present embodiment are:

Manufacture the required pigeonhole mesh according to the design, and assemble it into the main pigeonhole unit according to the order of various pigeonhole meshes, and then connect multiple pigeonhole units left and right to form a row of pigeonholes, and the two rows of pigeonholes are arranged back to back It is a group of pigeon cages; install and connect the water supply pipes and clean automatic drinking water terminal devices of the pigeon cages; install the self-propelled long trough automatic feeding machine for standby, and feed the pigeon cages with vertical nets in front or rear vertical nets The method can be used; the pigeon manure bearing belt is laid through the hole of the manure bearing belt, and the vertical three-layer laminated cage electric manure cleaning machine is used for standby. When starting to use, the breeding pigeons are put into the pigeon cage position, and a pair of breeding pigeons are placed in each cage position to start the breeding process. Both the front vertical mesh and the rear vertical mesh of the utility model are designed with feeding holes, so that the pigeon cages arranged in different ways to feed in the front of the pigeon cage or in the rear of the pigeon cage can all be fed by an automatic feeder to realize Automatic feeding management; when the breeding pigeons need to drink water, they can lightly touch the drinking water terminal device to provide clean drinking water for the breeding pigeons in two adjacent cages, and the spilled drinking water passes through the water collection of the drinking water terminal device The hose is discharged without manual operation; when the pigeon manure produced by the breeding pigeons reaches a certain amount for a week, the electric manure cleaner can be started, and the three-layer pigeon manure belt will be pulled out and scraped down to the loft at the same time each time One end is transported to the outside of the dovecote, and the operation of electric manure removal has been replaced by manual manure removal operation; Horizontal drainage pipe 24 is communicated, thereby automatically finishes common, drainage pipeline cleaning operation. The use of the utility model realizes the comprehensive automation or electric management of feeding, drinking water and manure cleaning, and greatly improves economic benefits, labor efficiency and management efficiency.

During the popularization and application of the utility model, 4 large-scale meat pigeon farms in Beijing and Shandong installed the utility model for 6720 pairs of breeding pigeons, which opened a precedent for the automation of the main operation process of large-scale pigeon breeding. This solves the long-term management problems that have plagued large-scale pigeon breeding, such as large-scale labor, high cost, and serious environmental pollution in the loft, including the problem of traditional trough feeding: manual feeding is labor-intensive, labor-intensive, time-consuming, and costly. , Large waste of landed grain, etc.; including problems related to traditional bowl-type drinking water: time-consuming and labor-intensive cleaning of water bowls or sinks, serious drinking water pollution, high mortality, pigeons cannot drink water (all rely on breeding pigeons to spray feed, water is not enough), slaughter Low body weight; including problems related to manual cleaning of pigeon manure: high labor intensity, serious pollution of pigeon lofts, serious shortage of manure cleaning workers, etc.; including problems related to feeding with front vertical mesh feeder for pigeon cage arrangement: feeding efficiency Low, that is, the feeding amount of the feeding trough on both sides of a feeding machine is equal to the feeding amount of the feeding trough on one side of a back-feeding type feeding machine, and the ground rail feeding machine affects the sanitation operation on the ground and the maintenance of the breeding staff Others manage the operating space, while the top rail type has problems such as complicated installation and high cost. When the utility model is used, the back feeding of the rear vertical net can be used, which overcomes the main disadvantages of the front elevation feeding method, conforms to the development direction of automatic management, reduces the cost of automatic feeding equipment, and provides economic feasibility for the implementation of automatic management. sex. According to the comparison and measurement of the feeding test, compared with the traditional manual management method, the water supply of the utility model can increase the body weight of the 28-day-old squab by about 30 grams (6.52%), improve the labor efficiency by 66.7%, and reduce the manual management cost by 40%.

The above embodiments of the utility model have been described in detail in conjunction with the accompanying drawings, but the utility model is not limited to the above-mentioned embodiments. The various changes made below should also be regarded as the protection scope of the present utility model.

Claims (10)

1. the pigeon house combination unit being suitable to automated management, it is characterised in that: include pigeon house unit main body, water supply line, lustration type automatic water-drinking termination, drainage pipeline, reciprocally formula hold excrement band:

Described pigeon house main body includes vertical filter sheet, cage bottom mesh sheet, cage top mesh sheet, holds excrement several pieces pigeon house mesh sheet sum flat spring sheets with supporting mesh sheet, front vertical mesh sheet, afterwards vertical mesh sheet, cage door mesh sheet, egg nest habitation support mesh sheet composition, described pigeon house mesh sheet is combined as a pigeon house unit main body, the fixing cage door mesh sheet of spring leaf opens and closes state, several pigeon house unit main body long axis directions are connected as string pigeon house, and two row pigeon houses are placed back-to-back and are arranged as one group of pigeon house；

Described water supply line includes horizontal feed pipe, longitudinal feed pipe, branch's feed pipe and lustration type automatic water-drinking termination, horizontal feed pipe is the top of vertical mesh sheet before being horizontally installed in pigeon house unit main body upper strata pigeon house, and by the longitudinal feed pipe of three-way fitting connection and branch's feed pipe, described horizontal feed pipe extends transverse to the two ends of unit pigeon house main body, longitudinal feed pipe extends downwardly into bottom lower floor's pigeon house from the vertical filter sheet side of pigeon house main body, and branch's feed pipe connects lustration type automatic water-drinking termination；

Described lustration type automatic water-drinking termination is arranged on the side of Columba livia drinking-water window, including branch's feed pipe, column, upper layer bracket, lower floor support, nipple drinking device push rod, upper strata funnel water bowl, lower floor catchments bowl, described upper layer bracket and lower floor support are separately fixed at the two ends up and down of column, nipple drinking device push rod is arranged on branch's feed pipe, described upper strata funnel water bowl and lower floor catchment bowl just to the setting of nipple drinking device push rod, and it is separately mounted on upper layer bracket and lower floor support, the end of described branch feed pipe is provided with plug, lower floor catchment bowl bottom by branch header and collect collector pipe connect；

First described drainage pipeline is communicated in the spilling water below the pigeon house automatic water-drinking termination of upper strata and collects flexible pipe, connect the spilling water below the automatic water-drinking termination of middle level, lower floor's pigeon house again through Y-shaped threeway and collect flexible pipe, be connected to PVC drain pipe eventually through reducing tee；

Described reciprocally formula is held excrement band and is respectively arranged in holding in excrement band support mesh sheet below three layers pigeon house cage position, and along pigeon house long axis direction through the lower section of every layer of pigeon house, the one end until string pigeon house is connected with electronic shit remover.

2. the pigeon house combination unit being suitable to automated management according to claim 1, it is characterized in that: described Columba livia drinking-water window is arranged on the vertical filter sheet position, interval in the vertical filter sheet of upper, middle and lower layer of pigeon house main body, lustration type automatic water-drinking termination is positioned at inside pigeon house cage position, supplies two adjacent pigeon house kind Columba livia drinking-water.

3. the pigeon house combination unit being suitable to automated management according to claim 1, it is characterised in that: several pieces vertical filter sheets of described pigeon house main body are respectively provided with and hold excrement band insertion hole road；The interval cage bottom mesh sheet of described cage bottom mesh sheet is provided with setting feed pipe and passes through hole.

4. the pigeon house combination unit being suitable to automated management according to claim 1; it is characterized in that: head end and the two panels of end in several pieces vertical filter sheets of described pigeon house main body found filter sheet, the setting vertical silk of water pipe protection is set respectively at the front end holding excrement band insertion hole road.

5. the pigeon house combination unit being suitable to automated management according to claim 1, it is characterized in that: after described, vertical mesh sheet is separately mounted on often group two row back-to-back pigeon house arrangement, and it is positioned at the rear vertical mesh sheet of the corresponding pigeon house unit main body of left and right row two, rear vertical mesh sheet is provided with hole of searching for food, it is provided with vertical silk misconstruction when two row pigeon houses combine back-to-back simultaneously, two the pigeon house unit main body in left and right are vertical silk Heterogeneous Permutation when arranging back-to-back, forms the vertical silk interval in subsidiary gap.

6. the pigeon house combination unit being suitable to automated management according to claim 1, it is characterized in that: the front end of described every cage bottom mesh sheet is respectively arranged with egg collection groove, can found mesh sheet lower edge horizontal hair afterwards with the cage bottom mesh sheet of egg collection Cao is that axle moves up and down, with the different needs adapting to laying pigeon and meat pigeon is raised.

7. the pigeon house combination unit being suitable to automated management according to claim 1, it is characterized in that: described water supply line and drainage pipeline, adopt the combined installation of two " work " words, above each pigeon house unit main body, a horizontal feed pipe connects two setting feed pipes, and be connected with transverse drain below pigeon house unit main body, erect and draining pipe valve connected mode is installed between feed pipe and drain pipe, it is achieved supply water and share with connecting of drainage pipeline.

8. the pigeon house combination unit being suitable to automated management according to claim 1, it is characterised in that: bottom described vertical filter sheet, reserved being provided with is held excrement and is puted forth effort horizontal hair with what support mesh sheet, holds excrement band and is fixed on the putting forth effort on horizontal hair of vertical filter sheet.

9. the pigeon house combination unit being suitable to automated management according to claim 1, it is characterized in that: vertical online installation spring cage door before described, the spring leaf two ends of spring cage door and cage door hanging wire, front vertical mesh sheet hanging wire link respectively, cage door top dog is before being supported on pigeon house on vertical mesh sheet jackscrew, and cage door both sides are respectively formed all in this way before cage door is fixed on by three impetus and stand in mesh sheet.

10. the pigeon house combination unit being suitable to automated management according to claim 1, it is characterized in that: described egg nest habitation support mesh sheet arranges habitation support and egg nest frame, habitation support and two shelfs of egg nest frame connect as one, and egg nest is the hemisphere structure of the concave downward made by Shooting Technique.