CN115176731A - Breed with clear excrement diverging device - Google Patents

Abstract

The invention discloses a dung cleaning and shunting device for cultivation, which comprises a collecting mechanism, wherein the collecting mechanism is arranged at the bottom of a cultivation cage and is used for collecting poultry dung falling from the cultivation cage, the bottom of the collecting mechanism is provided with a first shunting mechanism and a second shunting mechanism, the inlet end of the first shunting mechanism and the inlet end of the second shunting mechanism are both communicated with the outlet end of the collecting mechanism, the outlet end of the first shunting mechanism and the outlet end of the second shunting mechanism are respectively positioned at two sides of the collecting mechanism, and the first shunting mechanism and the second shunting mechanism are used for guiding the poultry dung of the collecting mechanism to be shunted to the two sides of the collecting mechanism. The poultry manure collecting cage can prevent poultry manure from directly falling to the lower part of the cage, prevents the poultry manure from causing breeding environment pollution, facilitates the centralized cleaning of the poultry manure, and can reduce the cleaning workload of breeding personnel.

Description

A manure cleaning and diverting device for aquaculture

technical field

The invention belongs to the technical field of aquaculture equipment, and particularly relates to a manure removal and diversion device for aquaculture.

Background technique

With the rapid development of the national economy and the gradual improvement of people's living standards, healthy living has become the goal of people's pursuit. People pay more and more attention to various nutrients required by the human body, and the quality requirements for various nutrients are also becoming higher and higher. Poultry meat and eggs have become an important part of people's needs. Traditional cage breeding methods often pursue economic interests and raise high density. The space for each bird to move is very limited. The health of the birds can only be maintained by medicines, while the quality of poultry meat and eggs is ignored, from the taste and nutrition. It has gradually been unable to meet people's needs.

Improving the quality of poultry meat and eggs has become a problem that needs to be solved. To solve this problem, it is necessary to make the poultry healthy. Only high-quality and healthy poultry can provide high-quality poultry meat and egg products. For the health of birds, to provide them with welfare, and to allow them to grow healthily, it is necessary to ensure that birds have enough space for movement, allowing them to eat freely, drink water freely, lay eggs freely, roost freely, and express their nature freely. Therefore, the research and development of poultry welfare breeding is necessary. Paying attention to the welfare of poultry is to improve the health of human beings.

The current poultry welfare breeding equipment mostly uses stacked breeding cages to save floor space and increase breeding space. Due to the special cage structure of poultry welfare breeding, the birds can come out of the breeding cage and enter the open area network for activities. During the activity, the birds will produce a large amount of fecal excrement in the area, and the fecal excrement is easy to fall directly below, resulting in The feces and excrement are not easy to clean, which will cause pollution to the breeding environment and increase the cleaning workload of breeding personnel.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a fecal cleaning and diverting device for breeding, which is used to solve the problem that in the prior art, birds will produce a large amount of fecal excrement during the activity process. It will cause pollution to the breeding environment and increase the cleaning workload of breeding personnel.

In order to achieve the above-mentioned purpose, the present invention adopts the following technical scheme: a dung removal and diversion device for breeding, comprising a collection mechanism, the collection mechanism is arranged at the bottom of the breeding cage and is used to collect the fallen poultry manure from the breeding cage, and the bottom of the collection mechanism is provided with There are a first splitting mechanism and a second splitting mechanism, the inlet end of the first splitting mechanism and the inlet end of the second splitting mechanism are both communicated with the outlet end of the collecting mechanism, and the outlet end of the first splitting mechanism and the second splitting mechanism are connected. The outlet ends are respectively located on two sides of the collecting mechanism, and the first diverting mechanism and the second diverting mechanism are used to guide the poultry manure of the collecting mechanism to divert to the two sides of the collecting mechanism.

As an optional design structure of the above technical solution, the collection mechanism includes a collection hopper, and the collection hopper is hung on the bottom of the breeding cage and used to collect poultry manure dropped from the breeding cage.

As an optional design structure of the above technical solution, the collecting hopper includes a left collecting plate, a front collecting plate, a right collecting plate and a rear collecting plate, the left collecting plate, the front collecting plate, the right collecting plate and the rear collecting plate Connected end to end in sequence, the left collecting plate, the front collecting plate and the right collecting plate are all vertically arranged, and the rear collecting plate is arranged obliquely.

As an optional design structure of the above technical solution, the first diversion mechanism includes a first diversion hopper, the first diversion hopper is inclined at the bottom of the collection mechanism, and the first diversion hopper is used to guide the poultry manure of the collection mechanism. Move to the side of the collection mechanism.

As an optional design structure of the above technical solution, the first split hopper includes a first left split plate, a first front split plate, a first right split plate and a first rear split plate, and the first left split plate , The first front splitter plate, the first right splitter plate and the first rear splitter plate are connected end to end in sequence, the first right splitter plate is inclined, and the first right splitter plate is used to guide the poultry manure of the collecting mechanism from the first splitter hopper. The inlet end moves toward the outlet end.

As an optional design structure of the above technical solution, the first left distribution plate and the first right distribution plate are parallel to each other, the top end of the first left distribution plate is connected with the bottom end of the left collection plate, and the first front distribution plate is connected to the bottom end of the left collection plate. The top end is connected with the bottom end of the front collecting plate, and the top end of the first rear distribution plate is connected with the bottom end of the rear collecting plate.

As an optional design structure of the above technical solution, the second flow distribution mechanism includes a second flow distribution hopper, the second flow distribution hopper is inclined at the bottom of the collection mechanism, and the second flow distribution hopper and the first flow distribution hopper are inverted V-shaped arrangement, the second split hopper is used to guide the poultry manure of the collecting mechanism to move to the side of the collecting mechanism away from the first split hopper.

As an optional design structure of the above technical solution, the second split hopper and the first split hopper are symmetrically arranged at the bottom of the collecting mechanism.

As an optional design structure of the above technical solution, the second distribution hopper includes a second left distribution plate, a second front distribution plate, a second right distribution plate and a second rear distribution plate, and the second left distribution plate , the second front splitter plate, the second right splitter plate and the second rear splitter plate are connected end to end in sequence, the second left splitter plate is inclined and the second left splitter plate is used to guide the poultry manure of the collecting mechanism from the second splitter hopper The inlet end moves toward the outlet end.

As an optional design structure of the above technical solution, the second left distribution plate and the second right distribution plate are parallel to each other, the top end of the second right distribution plate is connected to the bottom end of the right collection plate, and the first front distribution plate is The top end is connected with the bottom end of the front collecting plate, and the top end of the first rear distribution plate is connected with the bottom end of the rear collecting plate.

As an optional design structure of the above technical solution, the breeding cage includes a cage frame, and at least two cage layers are arranged on the cage frame along the vertical direction, and each cage layer is provided with an open area net and At least two caged areas, the two ends of the open area net are respectively connected with the two caged areas, a pedestrian passage is provided below the open area network of the upper cage layer, and the collection mechanism is arranged in the open area of the upper cage layer At the bottom of the net, the outlet end of the first distribution mechanism and the outlet end of the second distribution mechanism respectively extend into the two cage areas of the lower cage layer.

The beneficial effects of the present invention are:

The invention provides a manure cleaning and diversion device for breeding. The bottom of the collection mechanism is provided with a first diversion mechanism and a second diversion mechanism, and the poultry manure of the collection mechanism can enter the first diversion mechanism and the second diversion mechanism. The outlet end of the shunt mechanism and the outlet end of the second shunt mechanism are located on both sides of the collection mechanism, respectively. The first shunt mechanism and the second shunt mechanism can guide the poultry manure of the collection mechanism to be shunted to the two sides of the collection mechanism, which can avoid poultry manure. It falls directly under the breeding cage to prevent poultry manure from polluting the breeding environment, and facilitates the centralized cleaning of poultry manure, which can reduce the cleaning workload of breeding personnel.

Description of drawings

Fig. 1 is the three-dimensional structure schematic diagram of the fecal cleaning and diverting device in an embodiment of the present invention;

Fig. 2 is the front structure schematic diagram of the fecal cleaning and diverting device in an embodiment of the present invention;

Fig. 3 is the side structure schematic diagram of the manure cleaning and diverting device in an embodiment of the present invention;

Fig. 4 is a use state diagram of the fecal cleaning and diverting device in an embodiment of the present invention.

In the figure: 1-collection mechanism; 2-culture cage; 3-first shunt mechanism; 4-second shunt mechanism; 11-collection hopper; 111-left collection plate; 112-front collection plate; 113-right collection plate; 114-rear collection plate; 21-cage frame; 22-open area net; 23-cage area; 24-walkway; 31-first split hopper; 311-first left splitter plate; 312-first front splitter plate 313-the first right splitter plate; 314-the first rear splitter plate; 41-the second splitter hopper; 411-the second left splitter plate; 412-the second front splitter plate;

Detailed ways

Example

As shown in FIGS. 1 to 4 , the present embodiment provides a manure cleaning and diverting device for breeding, including a collection mechanism 1 , the collection mechanism 1 is arranged at the bottom of the breeding cage 2 and is used to collect poultry manure dropped by the breeding cage 2 . As shown in FIG. 4, wherein, the breeding cage 2 includes a cage frame 21, and at least two cage layers are provided on the cage frame 21 along the vertical direction, and each cage layer is provided with an open area net 22 and At least two cage areas 23, two ends of the open area network 22 are respectively communicated with the two cage areas 23. Each cage area 23 is provided with at least one sub-cage, the open area net 22 has sub-cages at both ends, and the open area net 22 has a larger space for movement of the birds in the sub-cage. The open area network 22 is used as a welfare area for free movement of birds, and each sub-cage of each cage area 23 is connected with the activity space of the open area network 22, so that the birds in each sub-cage can enter the open area network 22. Free activities in the activity space, including flying, crossing layers, perching, etc.

A plurality of collection mechanisms 1 can be provided, and the collection mechanisms 1 can collect poultry excrement in the open area net 22 and the cage layer. In the present embodiment, a pedestrian passage 24 is provided below the open area net 22 of the upper cage layer, and the pedestrian passage 24 is convenient for breeders to manage the birds. The open area net 22 is a grid net structure, and at least one sand bath box can be set in the open area net 22, which is convenient for the birds to rest and play, such as to meet the needs of chickens to dig sand and play. The collection mechanism 1 is arranged at the bottom of the open area net 22 of the upper cage layer, and the open area net 22 is located above the pedestrian passage 24. The collection mechanism 1 can collect the poultry manure of the open area net 22 and prevent the poultry manure of the open area net 22 from being directly Drop onto walkway 24.

The bottom of the collection mechanism 1 is provided with a first distribution mechanism 3 and a second distribution mechanism 4. The inlet end of the first distribution mechanism 3 and the inlet end of the second distribution mechanism 4 are both communicated with the outlet end of the collection mechanism 1. The outlet end of the shunt mechanism 3 and the outlet end of the second shunt mechanism 4 are located on both sides of the collection mechanism 1, respectively. side shunt.

The first shunt mechanism 3 and the second shunt mechanism 4 are usually set to the same structure, and the first shunt mechanism 3 and the second shunt mechanism 4 are symmetrically arranged at the bottom of the collection mechanism 1, and the poultry manure of the collection mechanism 1 can enter the first shunt. In the mechanism 3 and the second splitting mechanism 4, since the outlet end of the first splitting mechanism 3 and the outlet end of the second splitting mechanism 4 are located on both sides of the collecting mechanism 1, the first splitting mechanism 3 and the second splitting mechanism 4 can guide the The poultry manure of the collection mechanism 1 is distributed to the two sides of the collection mechanism 1, which can prevent the poultry manure from falling directly under the breeding cage 2, prevent the poultry manure from causing pollution to the breeding environment, and facilitate the centralized cleaning of the poultry manure, which can reduce the cleaning of the breeding personnel. workload.

In this embodiment, the outlet end of the first shunt mechanism 3 and the outlet end of the second shunt mechanism 4 respectively extend into the two cage areas 23 of the lower cage layer. The mechanism 4 diverts and transports the poultry feces collected by the mechanism 1 to the two cage areas 23 in the lower cage layer, so as to prevent the poultry feces from contaminating the pedestrian passage 24 and reduce the cleaning workload of the breeding personnel. Usually, under the open area net 22 of the stacked breeding cage 2 is a pedestrian passage 24 for breeding personnel. If there are no blocking objects, the poultry manure will fall on the pedestrian passage 24, which will cause pollution to the breeding environment and increase the number of breeding personnel. cleaning workload. Through the structural design of the collection mechanism 1, the first distribution mechanism 3 and the second distribution mechanism 4, the present invention can collect the poultry manure produced by the birds during the activity of the open area net 22, and divert the poultry manure into the lower cage layer. Among the two caged areas 23, the structure is simple, the use cost is low, and it has high practicability.

As shown in FIGS. 2 and 3 , in an exemplary embodiment, the collection mechanism 1 includes a collection hopper 11 , which is hung on the bottom of the open area net 22 and used to collect the open area net 22 Falling poultry manure. When the birds enter the open area net 22 from the cage area 23 to play and play, the birds will produce a large amount of poultry manure in the open area net 22 , and the poultry manure can directly fall into the collection hopper 11 .

As shown in FIG. 1 , specifically, the collection hopper 11 includes a left collection plate 111 , a front collection plate 112 , a right collection plate 113 and a rear collection plate 114 . The left collection plate 111 , the front collection plate 112 , and the right collection plate 114 113 and the rear collecting plate 114 are connected end-to-end in sequence, and a first channel for the movement of poultry manure is formed inside, the top of the first channel is the inlet end of the collecting hopper 11, and the poultry manure enters the collecting hopper 11 from the top of the first channel. The bottom end of the first channel is the outlet end of the collecting hopper 11 , and the poultry manure enters the first diverting mechanism 3 and the second diverting mechanism 4 from the bottom end of the first channel.

Preferably, the left collecting plate 111 , the front collecting plate 112 and the right collecting plate 113 are all arranged vertically, and the rear collecting plate 114 is arranged obliquely. The export side moves. The rear collecting plate 114 has a larger area, and most of the poultry excrement in the open area net 22 can directly fall on the rear collecting plate 114. Since the rear collecting plate 114 is inclined, the poultry excrement can follow the rear collecting plate 114 under the action of gravity. Slide down, and then enter the first diverter mechanism 3 and the second diverter mechanism 4 from the outlet end of the collection hopper 11 . Usually, the left collecting plate 111, the front collecting plate 112, the right collecting plate 113 and the rear collecting plate 114 are all made of stainless steel. The inner walls of the collecting plate 111 , the front collecting plate 112 , the right collecting plate 113 and the rear collecting plate 114 are all polished smooth, so as to facilitate the automatic sliding of the poultry manure.

In an exemplary embodiment, the first diversion mechanism 3 includes a first diversion hopper 31 , the first diversion hopper 31 is obliquely arranged at the bottom of the collection mechanism 1 , and the first diversion hopper 31 is used to guide the collection mechanism The poultry manure of 1 moves to the side of the collection mechanism 1 . The first shunt hopper 31 is set at the bottom left position of the collection hopper 11 . A part of the poultry manure in the collection hopper 11 can enter the first shunt hopper 31 and then move to the left side of the collection hopper 11 .

As shown in FIG. 1 , specifically, the first distribution hopper 31 includes a first left distribution plate 311 , a first front distribution plate 312 , a first right distribution plate 313 and a first rear distribution plate 314 . The shunt plate 311, the first front shunt plate 312, the first right shunt plate 313, and the first rear shunt plate 314 are connected end-to-end in sequence, and a second channel for poultry manure is formed inside, and the top of the second channel is the first channel. At the inlet end of the split hopper 31, the poultry manure enters the first split hopper 31 from the top of the second channel; the bottom end of the second channel is the outlet end of the first split hopper 31, and the poultry manure flows from the bottom of the second channel. into the left cage area 23 of the lower cage layer.

Preferably, the first right diverter plate 313 is disposed obliquely, and the first right diverter plate 313 is used to guide the poultry manure of the collecting mechanism 1 to move from the inlet end to the outlet end of the first diverter hopper 31 . The first right diverter plate 313 has a larger area, and a part of the poultry excrement in the collection hopper 11 can fall on the first right diverter plate 313. Since the first right diverter plate 313 is inclined, the poultry excrement can move along the first right diverter plate 313 under the action of gravity. A right dividing plate 313 slides down, and then enters the left cage area 23 of the lower cage layer from the outlet end of the first dividing hopper 31 . The first left distribution plate 311 and the first right distribution plate 313 are parallel to each other, the top end of the first left distribution plate 311 is connected with the bottom end of the left collecting plate 111 , and the top end of the first front distribution plate 312 is connected with the bottom end of the front collecting plate 112 . The bottom end is connected, and the top end of the first rear distribution plate 314 is connected with the bottom end of the rear collecting plate 114 . Usually, the first left splitter plate 311 , the first front splitter plate 312 , the first right splitter plate 313 and the first rear splitter plate 314 are made of stainless steel. The first left splitter plate 311 , the first front splitter plate 312 , the first right splitter The splitter plate 313 and the first rear splitter plate 314 are welded and fixed in sequence, the top of the first left splitter plate 311 and the bottom end of the left collecting plate 111 are welded and fixed, the top of the first front splitter plate 312 and the bottom end of the front collecting plate 112 are welded and fixed. Welding and fixing, the top end of the first rear distribution plate 314 and the bottom end of the rear collecting plate 114 are welded and fixed. The inner walls of the first left divider plate 311 , the first front divider plate 312 , the first right divider plate 313 and the first rear divider plate 314 are all polished smooth, so as to facilitate the automatic sliding of poultry manure.

In an exemplary embodiment, the second diversion mechanism 4 includes a second diversion hopper 41 , the second diversion hopper 41 is obliquely arranged at the bottom of the collection mechanism 1 , and the second diversion hopper 41 is connected to the first diversion hopper 41 . The hoppers 31 are arranged in an inverted V shape, and the second distribution hopper 41 is used to guide the poultry excrement of the collection mechanism 1 to move to the side of the collection mechanism 1 away from the first distribution hopper 31 . The first shunt hopper 31 is set at the bottom right position of the collection hopper 11 . A part of the poultry excrement in the collection hopper 11 can enter the first shunt hopper 31 and then move to the right side of the collection hopper 11 . The second split hopper 41 and the first split hopper 31 are symmetrically arranged at the bottom of the collection mechanism 1 , and the second split hopper 41 and the first split hopper 31 can receive the poultry feces in the collection hopper 11 in a balanced manner.

As shown in FIG. 1 , specifically, the second split hopper 41 includes a second left split plate 411 , a second front split plate 412 , a second right split plate 413 and a second rear split plate, the second left split plate The plate 411, the second front splitter plate 412, the second right splitter plate 413 and the second rear splitter plate are connected end to end in turn, and a third channel for poultry manure is formed inside, and the top of the third channel is the second split hopper At the inlet end of 41, the poultry manure enters the second split hopper 41 from the top of the third channel; the bottom end of the third channel is the outlet end of the second split hopper 41, and the poultry manure enters from the bottom end of the third channel In the right cage area 23 of the lower cage layer.

Preferably, the second left diverter plate 411 is disposed obliquely, and the second left diverter plate 411 is used to guide the poultry manure of the collecting mechanism 1 to move from the inlet end to the outlet end of the second diverter hopper 41 . The second left dividing plate 411 has a larger area, and a part of the poultry excrement in the collecting hopper 11 can fall on the second left dividing plate 411. Since the second left dividing plate 411 is inclined, the poultry excrement can move along the second left dividing plate 411 under the action of gravity. The two left dividing plates 411 slide down, and then enter the right cage area 23 of the lower cage layer from the outlet end of the second dividing hopper 41 .

The second left distribution plate 411 and the second right distribution plate 413 are parallel to each other, the top end of the second right distribution plate 413 is connected to the bottom end of the right collecting plate 113 , and the top end of the first front distribution plate 312 is connected to the bottom end of the front collecting plate 112 . The bottom end is connected, and the top end of the first rear distribution plate 314 is connected with the bottom end of the rear collecting plate 114 . Usually, the second left splitter plate 411, the second front splitter plate 412, the second right splitter plate 413 and the second rear splitter plate are made of stainless steel, the second left splitter plate 411, the second front splitter plate 412, the second right splitter plate 411 The plate 413 and the second rear shunt plate are fixed by welding end to end in sequence, the top of the second right shunt plate 413 is fixed by welding with the right collecting plate 113, the top of the first front shunt plate 312 is fixed by welding with the front collecting plate 112, the first rear The top end of the distribution plate 314 is fixed by welding with the rear collecting plate 114 . The inner walls of the second left divider plate 411 , the second front divider plate 412 , the second right divider plate 413 and the second rear divider plate are all polished smooth, so as to facilitate the automatic sliding of poultry manure.

In the description of the present invention, the terms "installed", "connected", "connected", "fixed", etc. should be understood in a broad sense, which may be fixed connection, detachable connection, or integrated; may be mechanical connection or electrical connection; It is a direct connection or an indirect connection through an intermediate medium, and it can be the internal connection of two elements or the interaction relationship between the two elements. Those skilled in the art can understand the specific meanings of the above terms in the present invention. In addition, the specific features, structures, etc. described in the embodiments are included in at least one embodiment, and those skilled in the art can combine the features of different embodiments without contradicting each other. The protection scope of the present invention is not limited to the above-mentioned specific embodiments. According to the basic technical concept of the present invention, the embodiments that those of ordinary skill in the art can think of without creative work all belong to the protection scope of the present invention.

Claims (10)

1. a manure cleaning and diverting device for breeding, is characterized in that, comprises collection mechanism (1), and described collection mechanism (1) is arranged on the bottom of breeding cage (2) and is used for collecting the fallen poultry manure of breeding cage (2) , the bottom of the collection mechanism (1) is provided with a first shunt mechanism (3) and a second shunt mechanism (4), the inlet end of the first shunt mechanism (3) and the inlet end of the second shunt mechanism (4) are both It is communicated with the outlet end of the collection mechanism (1), the outlet end of the first distribution mechanism (3) and the outlet end of the second distribution mechanism (4) are respectively located on both sides of the collection mechanism (1), and the first distribution mechanism (3) and the second diverting mechanism (4) for guiding the poultry manure of the collecting mechanism (1) to be diverted to two sides of the collecting mechanism (1). 2. The manure-cleaning and diverting device for breeding according to claim 1, wherein the collecting mechanism (1) comprises a collecting hopper (11), and the collecting hopper (11) is hung on the back of the breeding cage (2). The bottom is used to collect poultry manure dropped from the breeding cage (2). 3. The manure clearing and diverting device for breeding according to claim 2, wherein the collecting hopper (11) comprises a left collecting plate (111), a front collecting plate (112), a right collecting plate (113) and a rear collecting plate (111). A collecting plate (114), the left collecting plate (111), the front collecting plate (112), the right collecting plate (113) and the rear collecting plate (114) are connected end to end in sequence, the left collecting plate (111), the front collecting plate (111) Both the plate (112) and the right collecting plate (113) are arranged vertically, the rear collecting plate (114) is arranged obliquely, and the rear collecting plate (114) is used to guide the poultry manure from the inlet end to the outlet end of the collecting hopper (11) move. 4. The manure clearing and diverting device for breeding according to claim 3, wherein the first diverting mechanism (3) comprises a first diverting hopper (31), and the first diverting hopper (31) is inclined and arranged on the At the bottom of the collecting mechanism (1), the first shunt hopper (31) is used to guide the poultry excrement of the collecting mechanism (1) to move to one side of the collecting mechanism (1). 5. The manure clearing and diverting device for aquaculture according to claim 4, wherein the first diverting hopper (31) comprises a first left diverter plate (311), a first front diverter plate (312), a first The right splitter plate (313) and the first rear splitter plate (314), the first left splitter plate (311), the first front splitter plate (312), the first right splitter plate (313) and the first rear splitter plate (314) are connected end-to-end in sequence, the first right dividing plate (313) is arranged obliquely, and the first right dividing plate (313) is used to guide the poultry excrement of the collecting mechanism (1) from the inlet end of the first dividing hopper (31) Move to the exit end. 6. The manure cleaning and diverting device for breeding according to claim 5, wherein the first left diverter plate (311) and the first right diverter plate (313) are parallel to each other, and the first left diverter plate (311) is parallel to each other. The top end of the first front dividing plate (312) is connected to the bottom end of the front collecting plate (112), and the top end of the first rear dividing plate (314) is connected to the rear collecting plate (114) bottom connection. 7. The manure clearing and diverting device for breeding according to claim 4, wherein the second diverting mechanism (4) comprises a second diverting hopper (41), and the second diverting hopper (41) is inclined and arranged on the The bottom of the collecting mechanism (1), and the second splitting hopper (41) and the first splitting hopper (31) are arranged in an inverted V shape, and the second splitting hopper (41) is used to guide the poultry excrement of the collecting mechanism (1) to the collecting mechanism (1). The mechanism (1) moves away from the side of the first split hopper (31); the second split hopper (41) and the first split hopper (31) are symmetrically arranged at the bottom of the collection mechanism (1). 8. The manure cleaning and diverting device for aquaculture according to claim 7, wherein the second diverting hopper (41) comprises a second left diverter plate (411), a second front diverter plate (412), a second diverter plate (412), a second The right splitter plate (413) and the second rear splitter plate, the second left splitter plate (411), the second front splitter plate (412), the second right splitter plate (413) and the second rear splitter plate are connected end to end in sequence The second left dividing plate (411) is inclined and used to guide the poultry manure of the collecting mechanism (1) to move from the inlet end to the outlet end of the second dividing hopper (41). 9. The manure clearing and diverting device for breeding according to claim 8, wherein the second left diverter plate (411) and the second right diverter plate (413) are parallel to each other, and the second right diverter plate (413) is parallel to each other. The top end of the first front dividing plate (312) is connected with the bottom end of the front collecting plate (112), and the top end of the first rear dividing plate (314) is connected with the rear collecting plate (114) bottom connection. 10. The manure cleaning and diverting device for breeding according to any one of claims 1-9, wherein the breeding cage (2) comprises a cage (21), and the upper edge of the cage (21) is vertical At least two caged layers are provided in the direction, and each caged layer is provided with an open area net (22) and at least two caged areas (23), and the two ends of the open area net (22) are respectively connected with the two cages. The raising area (23) is connected, a pedestrian passage (24) is provided below the open area network (22) of the upper cage layer, and the collection mechanism (1) is arranged at the bottom of the open area network (22) of the upper cage layer, so the The outlet end of the first distribution mechanism (3) and the outlet end of the second distribution mechanism (4) respectively extend into the two cage areas (23) of the lower cage layer.

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