Duck body cleaning and disinfecting equipment for duck breeding

Abstract

The utility model discloses duck body cleaning and disinfecting equipment for duck breeding. The device is arranged between a breeding pool and ducks in a shed, the device comprises an entering section, a duck body cleaning section, a buffering transition section, a duck body disinfection section and a duck body blow-drying section, the ducks returning to the shed enter the device in order through the entering section, the duck body cleaning section is used for cleaning foreign matter and soil on the ducks, and the buffering transition section is used for drying the ducks. The buffer transition section is used for transition when entering the duck body disinfection section to prevent too many ducks from crowding and entering the duck body disinfection section, the duck body disinfection section is used for disinfecting duck bodies, and the duck body blow-drying section is used for blow-drying the disinfected duck bodies. According to the equipment, the duck body cleaning section and the duck body disinfection section are arranged, so that the duck body is comprehensively treated from cleaning to disinfection. The concave cleaning liquid cavity of the cleaning section can enable the ducks to be fully soaked in cleaning liquid, foreign matter and soil on the ducks are effectively removed, and a good foundation is laid for subsequent disinfection.

Description

TECHNICAL FIELD

[0001] The utility model relates to duck breeding field, concretely relates to a duck breeding back to the equipment of the duck body cleaning, disinfection, drying when. BACKGROUND

[0002] In the duck breeding process, duck in the breeding pond activity back to the duck body when, often will carry a large number of foreign matter, soil and various bacteria.If not in time to the duck back to the effective cleaning and disinfection, will bring serious threat to the health of duck group, easy to cause various diseases to spread, and then influence the breeding benefit.

[0003] The traditional duck back to the processing mode is simple manual driving, lacks the equipment and process of special duck body comprehensive cleaning and disinfection.This manual processing mode is inefficient, and it is difficult to ensure that each duck can be fully cleaned and disinfected.Moreover, manual operation is difficult to accurately control the duck's running speed and processing order, and the duck is crowded and chaotic, which leads to part of the duck not being properly handled.

[0004] In addition, some simple cleaning devices available only have single function, can only carry out simple cleaning or disinfection, and cannot realize integrated and automatic processing flow from cleaning to disinfection to blow-drying.For example, some can only carry out preliminary flushing of the duck body, and cannot clean the dirt and bacteria in the duck hair gap;Some can disinfect, but the disinfection method is single, and the disinfection effect is not ideal;After processing, the duck body is wet, which is easy to make the duck catch a cold and get sick, and the wet duck house environment is also conducive to the breeding of bacteria.

[0005] In order to solve the above problems, it is urgent to provide a device capable of comprehensive, efficient and automatic cleaning and disinfection of duck back to the duck, so as to improve the health level and health protection of duck breeding, and promote the sustainable development of breeding industry. UTILITY MODEL CONTENT

[0006] Therefore, in order to solve the above problems, the utility model provides a duck breeding duck body cleaning and disinfection equipment;The device realizes comprehensive processing of the duck body from cleaning to disinfection by setting the duck body cleaning section and the duck body disinfection section.The concave cleaning liquid cavity of the cleaning section can make the duck fully soak in the cleaning liquid, effectively remove the foreign matter and soil on the duck body, and lay a good foundation for subsequent disinfection.

[0007] The utility model discloses a duck breeding return to the duck body cleaning and disinfecting equipment, which is set between a breeding pool and a duck house, and comprises an entering section, a duck body cleaning section, a buffer transition section, a duck body disinfecting section and a duck body drying section.

[0008] Further, the duck body cleaning section and the duck body disinfecting section are correspondingly provided with concave cleaning liquid cavities and disinfecting liquid cavities at the lower parts, so that the ducks can pass through in a soaking mode.

[0009] Further, a plurality of disinfecting liquid spraying heads are installed on the top of the duck body disinfecting section, so that the disinfection can be further increased in a spraying mode.

[0010] Further, a plurality of air blowers for drying the duck body are installed on the lower sides of the duck body drying section, so that the duck body can be quickly dried.

[0011] Further, fences are arranged between the entering section and the duck body cleaning section, between the buffer transition section and the duck body disinfecting section, and in front of and behind the duck body drying section, respectively, so that the passing ducks can be controlled, and the ducks can not crowd forward.

[0012] Further, the fences are electrically lifted, so that the fences can be easily opened.

[0013] Further, anti-skid protrusions are arranged on the ground of the entering section, the buffer transition section and the duck body drying section, so that the ducks can not slide.

[0014] The utility model has the following advantages:

[0015] 1. Efficient Duck Cleaning and Disinfection: This equipment utilizes both a duck cleaning and disinfection section to achieve comprehensive duck cleaning and disinfection. The concave cleaning chamber in the cleaning section allows the ducks to be fully immersed in the cleaning solution, effectively removing foreign matter and dirt from their bodies and laying a good foundation for subsequent disinfection. The disinfection section not only features a bottom disinfectant chamber for the ducks to soak, but also multiple top-mounted spray nozzles that spray disinfectant from above. This combination of immersion and spraying significantly improves the comprehensiveness and thoroughness of disinfection, effectively killing various pathogens and parasites carried by the ducks, reducing the risk of disease and improving the survival rate of the flock. Multiple fans in the drying section quickly dry the ducks after disinfection, preventing them from catching cold and becoming ill due to damp feathers. This also reduces humidity within the duck house, improving the environment and promoting the healthy growth of the ducks and maintaining a hygienic breeding environment.

[0016] Second, orderly duck movement control: Electric lifting fences installed between the entry section and the duck cleaning section, between the buffer transition section and the duck disinfection section, and before and after the duck drying section precisely control the duck's movement speed and number. Appropriately blocking and releasing ducks between each processing step prevents large numbers of ducks from crowding together and moving in disorder, ensuring that each duck receives adequate and orderly processing in each processing section, improving the equipment's overall processing efficiency and quality. This orderly management method also reduces stress reactions in the ducks within the equipment, allowing them to complete the cleaning and disinfection process in a relatively quiet and orderly environment, which is beneficial to their physical and mental health, and in turn has a positive impact on their growth and egg production.

[0017] 3. Good equipment safety: The anti-slip bumps installed on the ground of the entry section, buffer transition section, and duck body drying section effectively prevent ducks from slipping and getting injured while walking. During the cleaning and disinfection process, the ground can easily become slippery due to liquids. The presence of anti-slip bumps greatly improves the stability of the ducks' walking, reduces the possibility of injury or stress reactions due to slipping, and ensures the safety of the ducks in the equipment. The overall structural design of the equipment is reasonable, and the various sections are tightly connected and have clear functions, which reduces the risk of ducks getting stuck in the equipment or suffering other mechanical injuries. At the same time, the reasonable setting of the electric lifting fence also avoids accidental injuries to the ducks due to sudden lifting or malfunction of the fence, further improving the safety of equipment use.

[0018] 4. Improved Farming Efficiency and Management Convenience: Using this equipment to centrally and efficiently clean and disinfect ducks returning to the shed can effectively reduce the spread of disease among the ducks, reduce drug use costs and duck mortality, and increase the growth rate and egg production rate of ducks, thereby significantly improving farming efficiency. The equipment's automated and integrated design allows farmers to simply guide the ducks into the equipment at the starting point, and subsequent cleaning, disinfection, and drying processes are all completed automatically, greatly reducing the labor intensity of farmers, improving the convenience and efficiency of farming management, and facilitating the expansion of farming scale and the implementation of refined management. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 It is a schematic diagram of the overall implementation of this application.

[0020] Among them: entry section 1, duck body cleaning section 2, cleaning liquid cavity 2-1, buffer transition section 3, duck body disinfection section 4, disinfection liquid cavity 4-1, duck body drying section 5, fence 6, anti-slip protrusion 7. DETAILED DESCRIPTION

[0021] The following will be combined with the Figure 1 This utility model is described in detail, and the technical solutions in the embodiments of this utility model are clearly and completely described. Obviously, the embodiments described are only some of the embodiments of this utility model, not all of them. Based on the embodiments of this utility model, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of this utility model.

[0022] The utility model provides a device for cleaning and disinfecting ducks when they are returned to the duck house. The device is arranged between the breeding pool and the duck house. Figure 1 As shown, it can be implemented as follows; the equipment includes an entry section 1, a duck body cleaning section 2, a buffer transition section 3, a duck body disinfection section 4 and a duck body drying section 5 (the space and length of each area section can be determined according to the specific situation), and the entry section 1, the duck body cleaning section 2, the buffer transition section 3, the duck body disinfection section 4 and the duck body drying section 5 are connected in sequence to form a whole; the ducks returning to the house enter the equipment in an orderly manner through the entry section 1, the duck body cleaning section 2 is used to clean foreign matter and dirt on the ducks, the buffer transition section 3 is used for transition to the duck body disinfection section 4 to prevent too many ducks from crowding into the duck body disinfection section 4, the duck body disinfection section 4 is used to disinfect the duck bodies, and the duck body drying section 5 is used to dry the disinfected duck bodies.

[0023] like Figure 1 As shown, the duck body cleaning section 2 and the duck body disinfection section 4 described in this application have concave cleaning liquid cavities 2-1 and disinfection liquid cavities 4-1 at the bottom, which facilitate the ducks to pass through in an immersion manner.

[0024] As Figure 1 shown in the duck body disinfection section 4 of the present application, a plurality of disinfectant spraying heads 4-2 are installed at the top, so that the disinfection can also be increased by spraying.

[0025] As Figure 1 shown in the duck body drying section 5 of the present application, a plurality of air blowers 5-1 for drying the duck body are installed on both sides below, realizing rapid drying of the duck body.

[0026] As Figure 1 shown, the fence 6 is respectively arranged before and after the entering section 1, the duck body cleaning section 2, the buffer transition section 3, the duck body disinfection section 4 and the duck body drying section 5, which can control the passing ducks and prevent too many ducks from crowding.

[0027] As Figure 1 shown, the fence 6 of the present application is an electric lifting fence, which is convenient to open.

[0028] As Figure 1 shown, the ground of the entering section 1, the buffer transition section 3 and the duck body drying section 5 of the present application is provided with anti-skid protrusions 7 to prevent the duck from slipping.

[0029] The implementation process of the present application is as follows:

[0030] I. Equipment installation and debugging:

[0031] (1) Site selection and infrastructure: According to the layout of the breeding site, choose a suitable position between the breeding pond and the duck house to install the duck body cleaning and disinfection equipment. Ensure that the site is flat and has enough space to accommodate the equipment and is convenient for the duck to enter and exit. The selected installation site is treated, such as ramming the ground and laying necessary drainage pipes, to ensure that the wastewater generated during equipment operation can be smoothly discharged, avoiding water accumulation affecting the normal use of the equipment and the hygiene of the site.

[0032] (2) Equipment assembly and connection: The entering section 1, the duck body cleaning section 2, the buffer transition section 3, the duck body disinfection section 4 and the duck body drying section 5 are assembled in sequence according to the design requirements, ensuring that the connection between each section is tight and seamless, forming a complete cleaning and disinfection channel. During the connection process, check whether the connection of each section is sealed well to prevent the leakage of cleaning liquid and disinfectant. Install the concave cleaning liquid chamber 2-1 and the disinfectant chamber 4-1 to ensure that their installation position is accurate, the depth and slope are appropriate, so that the cleaning liquid and disinfectant can be fully filled and the duck can pass through smoothly during soaking.

[0033] A plurality of disinfectant spraying heads 4-2 are installed on the top of the duck body disinfection section 4, and the angle and spacing of the spraying heads are adjusted to uniformly spray disinfectant on the duck body. The disinfectant supply pipeline is connected, the pipeline is ensured to be unobstructed, and a pressure regulating device is installed to ensure stable disinfectant spraying pressure. A plurality of fans 5-1 are installed on both sides below the duck body drying section 5, and the position of the fan is fixed so that the air outlet of the fan can effectively dry the duck body. The fan power line is connected, and the fan direction and wind speed are checked to see if they meet the requirements. The drying effect can be controlled by adjusting the fan speed or installing a wind volume adjusting device.

[0034] Fences 6 are installed between the entry section 1 and the duck body cleaning section 2, between the buffer transition section 3 and the duck body disinfection section 4, and before and after the duck body drying section 5. The fence is installed firmly to ensure that it can withstand a certain impact force, and the electric lifting device is installed correctly. The lifting function of the fence is debugged to make it flexible to open and close, facilitating the control of the duck's movement.

[0035] Anti-slip protrusions 7 are installed on the ground of the entry section 1, the buffer transition section 3, and the duck body drying section 5. The anti-slip protrusions can be fixed to the ground by pasting or inlaying, ensuring that they are evenly distributed and have an appropriate height, which can both prevent slipping and not affect the normal walking of the ducks.

[0036] (3) Equipment debugging: Inject an appropriate amount of cleaning liquid into the cleaning liquid cavity 2-1, check if the liquid level is normal, and whether the circulation system is unobstructed. If necessary, start the cleaning liquid circulating pump, observe the flow of the cleaning liquid, adjust the flow and pressure of the pump, and ensure that the cleaning liquid can fully cover the duck body and play a good cleaning role. Add disinfectant of a specified concentration to the disinfectant cavity 4-1, test the spraying effect of the disinfectant spraying head 4-2, check the spraying range, uniformity and pressure of the disinfectant, and adjust the parameters of the spraying head or replace the nozzle according to the actual situation to ensure that the disinfectant can be uniformly sprayed on the duck body to achieve the expected disinfection effect. Start the fan 5-1 of the duck body drying section 5, test the drying capacity of the fan, and use a humidity sensor to detect the change in humidity after the duck body passes through the drying section. Adjust the operating parameters of the fan, such as wind speed, air volume and operating time, to ensure that the duck body can be dried in a short time, while avoiding excessive noise of the fan that may frighten the ducks.

[0037] Debug the electric lifting function of the fence 6, check if the fence lifts smoothly and smoothly, and if the control switch is sensitive and reliable. Set the lifting time interval and height of the fence to reasonably control the ducks according to their speed and number, preventing them from crowding or escaping.

[0038] II. Equipment operation:

[0039] (1) Duck guiding and entering: The breeding personnel guide the ducks returning to the shed to the entering section 1 of the equipment at the edge of the breeding pool. Some guiding facilities such as baffles, channels, etc. can be set to make the ducks enter the equipment in an orderly manner. When the ducks enter the entering section 1, the fence 6 between the entering section 1 and the duck body cleaning section 2 is started to temporarily block the ducks in the entering section 1, waiting for subsequent processing.

[0040] (2) Duck body cleaning: When a batch of ducks gather to a certain number in the entering section 1, the fence 6 between the entering section 1 and the duck body cleaning section 2 is slowly raised to let the ducks enter the duck body cleaning section 2. The ducks pass through the concave cleaning liquid cavity 2-1 in a soaking manner in the cleaning section 2, and the cleaning liquid in the cleaning liquid cavity can remove most of the foreign matters and soil on the duck body. The residence time of the ducks in the cleaning section can be adjusted according to the actual cleaning situation, which is generally controlled within 3-5 minutes.

[0041] (3) Buffer transition: The cleaned ducks enter the duck body disinfection section 4 through the buffer transition section 3. When the ducks enter the buffer transition section 3, the fence 6 between the duck body cleaning section 2 and the buffer transition section 3 is closed to prevent the subsequent ducks from entering too early. The ducks slowly move forward in the buffer transition section 3, adjusting the moving speed and spacing to avoid a large number of ducks rushing into the duck body disinfection section 4 at the same time, causing congestion. The residence time of the buffer transition section 3 can be flexibly controlled according to the number of ducks and the moving speed, which is generally within 1-2 minutes.

[0042] (4) Duck body disinfection: When the ducks enter the duck body disinfection section 4 from the buffer transition section 3, the disinfectant spraying head 4-2 is started to uniformly spray disinfectant on the duck body. At the same time, the ducks are further disinfected in the disinfectant cavity 4-1 in a soaking manner to ensure that each part of the duck body is fully disinfected. The disinfection time is determined according to the type and concentration of the disinfectant and the disinfection requirement, which is generally within 3-5 minutes. During the disinfection process, the concentration and liquid level of the disinfectant should be monitored in time to supplement and replace the disinfectant.

[0043] (5) Duck body drying: The disinfected ducks enter the duck body drying section 5, and the lower two side fans 5-1 are started to dry the duck body. The ducks slowly move forward in the drying section 5, and the wind blown by the fan can quickly remove the moisture on the duck body. According to the humidity of the duck body and the drying effect, the operating parameters of the fan can be adjusted or the residence time of the ducks in the drying section can be prolonged. Generally, the residence time of the ducks in the drying section is within 2-4 minutes, and after the duck body is basically dried, the fence 6 at the outlet of the duck body drying section 5 is opened to let the ducks enter the duck shed.

[0044] The above description of disclosed embodiments enables one of ordinary skill in the art to make or use the application. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein can be applied to other embodiments without departing from the spirit or scope of the application. Thus, the present application is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A device for cleaning and disinfecting ducks after they are returned to the duck house. The device is installed between the breeding pond and the duck house, and is characterized by: The equipment comprises an entry section (1), a duck body cleaning section (2), a buffer transition section (3), a duck body disinfection section (4) and a duck body drying section (5), wherein the entry section (1), the duck body cleaning section (2), the buffer transition section (3), the duck body disinfection section (4) and the duck body drying section (5) are sequentially connected to form a whole; the ducks returning to the house enter the equipment in an orderly manner through the entry section (1); the duck body cleaning section (2) is used to clean foreign matter and dirt on the ducks; the buffer transition section (3) is used to transition to the duck body disinfection section (4) to prevent too many ducks from crowding into the duck body disinfection section (4); the duck body disinfection section (4) is used to disinfect the ducks; and the duck body drying section (5) is used to dry the disinfected ducks.

2. The duck body cleaning and disinfection equipment for duck breeding according to claim 1, characterized in that: The corresponding lower portions of the duck body cleaning section (2) and the duck body disinfection section (4) are concave cleaning liquid cavities (2-1) and disinfection liquid cavities (4-1), which facilitate the ducks to pass through in an immersion manner.

3. The duck body cleaning and disinfection equipment for duck breeding according to claim 1, characterized in that: A plurality of groups of disinfectant spray heads (4-2) are installed on the top of the duck body disinfection section (4), so that disinfection can be increased by spraying.

4. The duck body cleaning and disinfection equipment for duck breeding according to claim 1, characterized in that: A plurality of fans (5-1) for drying the duck body are installed on both sides below the duck body drying section (5), so as to achieve rapid drying of the duck body.

5. The duck body cleaning and disinfection equipment for duck breeding according to claim 1, characterized in that: Fences (6) are respectively provided between the entry section (1) and the duck body cleaning section (2), between the buffer transition section (3) and the duck body disinfection section (4), and before and after the duck body drying section (5). The fences (6) can play a corresponding role in controlling the ducks passing through and prevent too many ducks from crowding forward.

6. The duck body cleaning and disinfection equipment for duck breeding according to claim 5, characterized in that: The fence (6) is an electric lifting fence, which is convenient for opening the fence.

7. The duck body cleaning and disinfection equipment for duck breeding according to claim 1, characterized in that: Anti-skid protrusions (7) are provided on the ground of the entry section (1), the buffer transition section (3) and the duck body drying section (5) to prevent the duck from slipping.

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