CN203692163U - Shed for duck breeding - Google Patents

Abstract

A greenhouse for raising ducks, comprising a main wall arranged along the east-west direction, a south shed body is arranged on the south side of the main wall body, a north shed body is arranged on the north side of the main wall body, The outer top of the shed is equipped with roller shutters and insulation quilts, vents are provided on the south shed body and the north shed body, and a number of concrete columns supporting the shed body are respectively arranged in the south shed body and the north shed body. There is a fermentation bed at the bottom of the inner side of the south shed. The ground at the bottom of the fermentation bed is inclined downward from north to south. There are several troughs on the fermentation bed. A fan is arranged in the air vent of the south shed body. Its structure design is reasonable, it can process and discharge the feces of the ducks in time, which improves the living environment of the ducks and the immune function of the ducks; the ventilation is good, and the harmful gas produced by the feces in the duck house can be discharged in time to ensure the safety of the ducks. The ducks are healthy; it is beneficial to the movement of the ducks and ensures the quality of the duck meat.

Description

a duck shed

Technical field:

The utility model relates to a greenhouse for raising ducks.

Background technique:

At present, in the raising process of ducks, the structure of existing duck houses is relatively simple, and has the following disadvantages: 1. It is not conducive to the treatment and discharge of duck manure, causing serious pollution to the living environment of ducks, and is not conducive to the cleaning of duck pens Hygienic, it is easy to cause the immune function of the ducks to decline, and diseases occur; 2. The ventilation is poor, and the harmful gas produced by the feces in the duck house cannot be discharged in time, which seriously affects the health of the ducks; 3. It is not conducive to the movement of the ducks and affects the duck meat. quality. The above factors have seriously hindered the healthy development of the duck industry.

Utility model content:

In order to make up for the deficiencies of the prior art, the utility model provides a greenhouse for raising ducks, which has a reasonable structural design, can process and discharge the feces of the ducks in time, improves the living environment of the ducks, and improves the immunity of the ducks. Function: Good ventilation, timely discharge of harmful gas produced by the feces in the duck house, ensuring the health of the ducks; conducive to the movement of the ducks, ensuring the quality of the duck meat, and solving the problems existing in the prior art.

The technical scheme that the utility model adopts for solving the problems of the technologies described above is:

A greenhouse for raising ducks, comprising a main wall arranged along the east-west direction, a south shed body is arranged on the south side of the main wall body, a north shed body is arranged on the north side of the main wall body, The outer top of the body is equipped with roller shutters and insulation quilts, and there are vents on the south shed body and the north shed body, and several concrete columns supporting the shed body are respectively installed in the south shed body and the north shed body. There is a fermentation bed at the inner bottom of the south shed, and the ground at the bottom of the fermentation bed is inclined downward from north to south. There are several troughs on the fermentation bed, and there are several sewage outlets on the bottom edge of the south shed at the southern end of the fermentation bed. , there is a sewage discharge tank connected with the sewage outlet on the outside of the south shed, several gas concentration sensors are installed on the cement column of the south shed, a fan is installed in the vent of the south shed, and a blower is installed inside the north shed There is a pool at the bottom, and several door openings connecting the south shed and the north shed are provided at the bottom of the main wall. An isolation door is provided in each door opening. Connect to the control unit.

The gas concentration sensor includes an ammonia concentration sensor and/or an oxygen concentration sensor, and the ammonia concentration sensor and/or the oxygen concentration sensor are respectively connected to the control device through wires.

The utility model adopts the above-mentioned scheme, and the structural design is reasonable, and the feces of the ducks can be processed and discharged in time, the living environment of the ducks is improved, and the immune function of the ducks is improved; the ventilation is good, and the feces in the duck house can be discharged in time. Harmful gas, to ensure the health of ducks; conducive to the movement of ducks, to ensure the quality of duck meat.

Description of drawings:

Fig. 1 is the structural representation of the utility model.

In the figure, 1. Main wall, 2. South shed body, 3. North shed body, 4. Roller shutter machine, 5. Thermal insulation quilt, 6. Air vent, 7. Cement column, 8. Fermentation bed, 9. Material Slot, 10, sewage outlet, 11, sewage trough, 12, gas concentration sensor, 13, fan, 14, pool, 15, door opening, 16, isolation door.

Detailed ways:

In order to clearly illustrate the technical features of this solution, the utility model will be described in detail below through specific implementation methods and in conjunction with the accompanying drawings.

As shown in Figure 1, a kind of duck raising shed comprises a main wall body 1 arranged along the east-west direction, a south shed body 2 is provided on the south side of the main wall body 1, and a north shed body is provided on the north side of the main wall body 1. The shed body 3 is provided with roller shutters 4 and insulation quilts 5 on the outer tops of the south shed body 2 and the north shed body 3, and vents 6 are provided on the south shed body 2 and the north shed body 3. The body 2 and the north shed body 3 are respectively provided with several cement columns 7 supporting the shed body, and a fermentation bed 8 is arranged at the inner bottom of the south shed body 2, and the ground at the bottom of the fermentation bed 8 is inclined downward from north to south. The bed 8 is provided with several troughs 9, and the bottom edge of the south shed body 2 at the southern end of the fermentation bed 8 is provided with several sewage outlets 10, and a sewage outlet 11 connected with the sewage outlet 10 is provided on the outside of the south shed body 2. , several gas concentration sensors 12 are arranged on the cement column 7 of the south shed body 2, fans 13 are arranged in the air vent 6 of the south shed body 2, a water pool 14 is arranged at the inner bottom of the north shed body 3, and a water tank 14 is arranged on the main wall The bottom of the body 1 is provided with a number of door openings 15 connecting the south shed body 2 and the north shed body 3, and an isolation door 16 is respectively arranged in each door opening 15, and the roller shutter machine 4, the fan 13 and the gas concentration sensor 12 pass through respectively. The wires are connected to the control unit.

The gas concentration sensor 12 includes an ammonia concentration sensor and/or an oxygen concentration sensor, and the ammonia concentration sensor and/or the oxygen concentration sensor are respectively connected to the control device through wires.

During use, the insulation quilt 5 on the south shed body 2 and the north shed body 3 can be rolled up by the rolling machine 4 during the day, so as to fully absorb sunlight and keep warm; at night, the heat preservation quilt 5 is put down by the rolling machine 4 to ensure Suitable temperature in the duck flock. The fermentation bed 8 located in the south shed body 2 can decompose duck manure. The ground at the bottom of the fermentation bed 8 is inclined downward from north to south, so that liquids such as sewage can be discharged from several sewage outlets 10 at the bottom of the south shed body 2, and It flows into the sewage tank 11, and the feces of the ducks are processed and discharged in time, which improves the living environment of the ducks and improves the immune function of the ducks. Several gas concentration sensors 12 arranged in the south shed body 2 can detect the ammonia gas and oxygen concentration in the south shed body in real time, and transmit the detected data signals to the control device, and the control device compares these data with the set After comparing the standard values, if these data are abnormal compared with the set standard values, the control device will control the fan 13 in the vent 6 to work, speed up the gas exchange between the south shed body 2 and the outside world, and discharge the feces in the duck house in time The harmful gas produced ensures the health of the ducks. Breeders can open the isolation door 16 of the doorway 15 at the bottom of the main wall body 1, and the south shed body 2 and the north shed body 3 are communicated, and the ducks can move freely in the pool, which ensures the quality of duck meat.

The parts of the utility model that are not described in detail are the known techniques of those skilled in the art.

Claims (2)

1. A kind of greenhouse for raising ducks is characterized in that: comprise a main body of wall that is arranged along east-west direction, be provided with south shed body at the south side of main body of wall, be provided with north shed body at the north side of main wall body, in The outer top of the south shed and the north shed are equipped with roller blinds and insulation quilts, there are vents on the south shed and the north shed, and several support sheds are respectively installed in the south shed and the north shed. There is a cement column in the body, and a fermentation bed is provided at the inner bottom of the south shed body. The ground at the bottom of the fermentation bed is inclined downward from north to south. There are several sewage outlets, and a sewage trough connected to the sewage outlet is provided on the outside of the south shed, several gas concentration sensors are installed on the cement columns of the south shed, and fans are installed in the vents of the south shed. , there is a pool at the bottom of the inner side of the north shed, and several door openings connecting the south shed and the north shed are provided at the bottom of the main wall. In each door opening, there is an isolation door, a shutter machine, a fan and The gas concentration sensors are respectively connected with the control device through wires. 2. A kind of greenhouse for raising ducks according to claim 1, characterized in that: the gas concentration sensor comprises an ammonia concentration sensor and/or an oxygen concentration sensor, and the ammonia concentration sensor and/or the oxygen concentration sensor communicate with each other through wires respectively. The control unit is connected.