TWM546670U - High bed type waterfowl breeding bath - Google Patents

Description

High bed waterfowl culture bath

This creation is a bath for water supply birds. It can create a pool that mimics the natural environment indoors, conforms to the growth habits of waterfowl, overcomes the long-term technical bottleneck of waterfowl intensive indoor breeding, and achieves clean and avian flu infection. And the effect of saving water and energy.

Taiwan's poultry industry includes two major categories: land birds and waterfowl. Waterfowls are mainly ducks and geese. According to the nature of ducks and geese, most traditional farming methods are open farms, but ducks are virus reservoirs. It is the original pathogen of low-pathogenic avian influenza virus, which does not cause disease itself, or the symptoms are mild and not fatal, but once these low-pathogenic viruses are transmitted to land birds, they are repeatedly infected into land-borne birds and become highly pathogenic viruses. After that, it caused a high mortality rate of poultry and had a serious impact on the poultry market. In recent years, the bird flu epidemic has been serious. In order to prevent similar disasters from happening again, and related to the international trend, the relevant management units have begun to counsel the waterfowl aquaculture industry to adopt non-open or closed poultry houses. It is hoped that the waterfowl will be infected by migratory birds by changing the breeding environment. The risk of bird flu.

In addition, whether it is raising poultry or livestock, traditional open farms are prone to hygiene and river pollution concerns, rather than in open or closed poultry houses, "high bed breeding" using elevated farming methods is to bring poultry, Livestock farming is carried out on a raised grid-like floor, so that its excrement is automatically dropped from the grid to the lower floor. It is not only easier to maintain the sanitation of the culture environment and to concentrate on the excrement, but also to avoid the excrement of the eggs. Pollution, overcoming the problems of traditional ground farming.

However, when raising waterfowl in the above-mentioned high-bed farms, it is necessary to build a pool or shallow ditch water supply in the poultry house, otherwise it will be a violation of the waterfowl. Water nature causes problems in breeding. At present, the way to build a pool or shallow ditch is usually to reserve a pool space or shallow ditch in the poultry house, and then build a gentle slope water supply bird walking to the pool on the side of the elevated grid floor. As a result, the construction cost of the whole poultry house cannot be reduced, and the required construction area of the poultry house will also increase, and the pool and shallow ditch are mostly shallow pools, so that the excrement in the pool is easily agitated and floats everywhere, except In addition to the problems of the aforementioned pollution and infectious diseases, the traditional cleaning method is also used in the cleaning of the pool, which is not easy to clean and is not conducive to systematic management.

In view of this, the creator has accumulated many years of research and practical experience in related fields, and created a bath that can be installed in a grid-like floor, which not only reduces the cost of building the poultry house, but also improves the excrement in the pool. Floating in the middle, and the problem of not being able to effectively save the cleaning time, so that the high-bed waterfowl farm can be systematically managed when breeding waterfowl.

The purpose of the present invention is to provide a bath for water supply poultry, which can be embedded in the floor gap of a high-bed waterfowl farm to effectively utilize the floor area, and is convenient for discharge cleaning, water exchange, disinfection, etc., to maintain the upper layer. The water source is clean; in addition, this creation can indoorally plan a pool that imitates the natural environment and can control the water quality and quantity, conforms to the growth habits of waterfowl, overcomes the long-term technical bottleneck of waterfowl intensive farming, and achieves clean and avian flu virus. The effect of contagion and water conservation is extremely valuable for industrial use.

In order to achieve the above object, the present invention provides a high-bed waterfowl culture bath which is embedded downward in a floor gap of a high-bed waterfowl farm, comprising a surrounding wall standing around the top of the bath, and a surrounding wall. a guiding surface extending obliquely downward toward the center, a stencil disposed on the guiding surface, a tapered drainage tube extending downward from the center of the guiding surface, and a control valve closing the outlet end of the drainage tube The drainage tube can quantitatively store water between the surrounding wall plates, so that the water supply birds move in the space between the stencil and the surrounding surrounding wall plates, and the water bird's excrement can pass through the stencil and slide down through the guiding surface to The central drainage tube is deposited downwards and can be discharged when the control valve is opened.

With the above configuration, when waterfowl such as ducks and geese are cultured in a high-bed waterfowl farm, the operator does not need to build another pool at other locations, so that the waterfowl can freely enter the bath with the top surface flush with the floor when the floor is active. After the waterfowl enters the bath, it moves between the top of the stencil and the surrounding slab, and the bath is funnel-shaped, allowing the effluent to pass through the stencil and can be deposited downward through the guiding surface to the central drainage tube. To improve the problem that the excrement is stirred and floated in the traditional pool, and the waste water can be discharged when the control valve at the bottom of the bath is opened, which is convenient for the operator to clean the bath and perform water exchange operations.

The embodiment of each component is further described below: when implemented, a support frame placed on the ground is disposed at a position opposite to the floor notch, and a frame is supported on the bottom surface of the guide surface to assist the bearing bath The weight after storage to avoid damage to the floor collapse.

In implementation, the top edge of the surrounding panel is provided with a frame that protrudes outwardly and is held around the top of the notch to stabilize the inlay of the floor, so that the floor does not damage the structural strength due to the gap.

When implemented, the guiding surface is a downwardly inclined plane or a curved surface that is curved downward.

When implemented, the surrounding wall and the guiding surface have a horizontal plane for the stencil to be stably erected, so as to avoid the swaying of the stencil and causing injury to the foot of the waterfowl.

In implementation, the outlet end of the drainage tube is straight cylindrical, which facilitates the installation of the aforementioned control valve.

In implementation, the high-bed waterfowl farm has a plurality of notches on the floor to respectively embed a bath, and the farm roof is provided with a plurality of solar panels arranged neatly.

Compared with the prior art, the creation is directly embedded in the floor gap of the high-bed waterfowl farm, allowing the waterfowl to freely enter the bath with the top surface flush with the floor when the floor is active, without additional construction. The pool or shallow ditch can effectively use the floor area of the farm; and the bath is funnel-shaped, which can make the water bird excrement slide down to the center and deposit downward, improving the problem that the excrement is stirred and floated in the traditional pool; The bottom end of the bath is provided with a control valve, which can be discharged when the control valve is opened Waste water, convenient for operators to clean the bath and carry out water exchange operations.

In the following, according to the technical means of the creation, the implementation method suitable for the creation is listed, and the description is as follows:

100‧‧‧floor

101‧‧‧ gap

102‧‧‧ solar panels

200‧‧‧ bath

10‧‧‧Wrap around the siding

11‧‧‧Border

12‧‧‧Strengthened ribs

20‧‧‧ Guide surface

21‧‧‧ horizontal plane

30‧‧‧ stencil

40‧‧‧Drainage tube

41‧‧‧export end

50‧‧‧Control valve

60‧‧‧Support frame

61‧‧‧Frame

The first picture: the three-dimensional appearance of the creation.

The second picture: a schematic diagram of the side structure of the creation.

Third figure: A partial enlarged view of the second figure.

The fourth picture: a three-dimensional appearance of the perspective below the creation.

Figure 5: Schematic diagram of the support frame and frame of the creation.

Figure 6 is a perspective view of the second embodiment of the present creation.

Figure 7 is a schematic view showing the side structure of the second embodiment of the present invention.

Figure 8: Schematic diagram of the creation of a number of baths in high-bed waterfowl farming.

As shown in the first to third figures, the present high-bed waterfowl culture bath is funnel-shaped and can be embedded down in the floor 100 notch 101 of the high-bed waterfowl farm, including: a erected around the top of the bath 200 The wall panel 10, a guiding surface 20 extending obliquely downward from the bottom edge of the surrounding wall panel 10 toward the center, a mesh panel 30 disposed on the guiding surface 20, and a cone extending downward from the center of the guiding surface 20 The draft tube 40 and a control valve 50 that closes the outlet end 41 of the draft tube 40.

Wherein, the drainage tube 40 can quantitatively store water between the surrounding wall panels 10 for the water birds such as ducks and geese to move in the space between the stencil 30 and the surrounding surrounding siding 10 as shown in FIG. And the excrement of the waterfowl can pass through the stencil 30, slide down to the central drainage tube 40 via the guiding surface 20, and there is a certain distance between the active area of the waterfowl, and the excrement is improved in the traditional pool. The problem of agitation floating everywhere, and the control valve 50 at the bottom of the bath 200 is opened, the waste water can be discharged, which is convenient for the operator to clean the bath 200 and perform water exchange operations.

When implemented, the guiding surface 20 is a downwardly inclined plane, and the surrounding wall 10 and the guiding surface 20 have a horizontal surface 21 for the stencil 30 to be stably erected. Avoid swaying the stencil 30 and causing injury to the foot of the waterfowl.

The top edge of the surrounding wall panel 10 is provided with an outwardly protruding frame 11 which is held around the gap 101 to stably fit into the notch 101 of the floor panel 100.

In practice, the outlet end 41 of the draft tube 40 is straight cylindrical to facilitate the installation of the control valve 50. The downstream end of the control valve 50 can be connected to a sewage line to enable the overall high bed waterfowl breeding plant to be systematically managed.

In the implementation, the bath 200 can be integrally molded by plastic, forming the frame 11, the surrounding wall 10, the guiding surface 20, the drainage tube 40, etc., and the frame 11 and the surrounding wall 10 can be as shown in the fourth figure. A plurality of reinforcing ribs 12 are provided to increase the structural strength of the bathtub 200.

In practice, the shape of the bath 200 is an easy-to-manufacture geometry. For example, the outline of the surrounding wall panel 10 is rectangular, and the draft tube 40 is conical. In actual implementation, the contour of the surrounding wall panel 10 may also be circular. , ellipse, polygon, or irregular shape. In addition, as shown in FIG. 5, a support frame 60 disposed on the ground is disposed at a position opposite to the notch 101 of the floor panel 100. The support frame 60 has a frame 61 supported on the bottom surface of the guide surface 20 to assist The weight of the water after the bath 200 is stored is prevented from collapsing and damage of the grid floor 100 around the notch 101.

Further, as shown in the sixth and seventh figures, the second embodiment of the bathtub 200 differs in that the guide surface 20 of the second embodiment is a curved surface that is curved downward. As long as the distance between the bottom surface of the stencil and the guiding surface 20 is kept so that the waterfowl moves in the space between the stencil and the surrounding surrounding siding, the excrement of the waterfowl can pass through the stencil 30 and pass through the guiding surface. 20 The drain tube 40 that slides down to the center can be deposited downward.

With the above configuration, the creation allows the operator to build a bath in the poultry house, so that when the waterfowl is active on the floor of the farm, the user can freely enter the bath in the top of the floor and flush with the floor to effectively use the farm. The floor area; in addition, as shown in the eighth figure, this creation can be combined with various forms of farm settings, such as: advanced planning in conjunction with the “species of electricity” in agriculture and fisheries, on the floor 100 of a high-bed waterfowl farm A plurality of notches 101 are disposed to respectively define a bath 200, and the farm roof is provided with a plurality of solar panels 102 arranged neatly to make the farm The upper layer forms a solar power generation system, and the lower layer is composed of a plurality of baths 200, which can save water, control water quality and clean waterfowl growth environment, and form a symbiotic system of waterfowl farming and solar power generation.

The above description of the embodiments and the drawings are merely illustrative of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention; any objects that are similar or identical to the purpose, structure, device, features, etc. of the present invention should be It belongs to the scope of patent of this creation.

200‧‧‧ bath

10‧‧‧Wrap around the siding

11‧‧‧Border

20‧‧‧ Guide surface

21‧‧‧ horizontal plane

30‧‧‧ stencil

40‧‧‧Drainage tube

41‧‧‧export end

50‧‧‧Control valve

Claims (7)

A high-bed waterfowl culture bath, which is funnel-shaped and embedded downward in a floor gap of a high-bed waterfowl farm, comprising a surrounding wall standing around the top of the bath, and a center from the bottom edge of the surrounding wall a guiding surface slightly inclined downwardly, a stencil disposed on the guiding surface, a tapered drainage tube extending downward from the center of the guiding surface, and a control valve closing the outlet end of the drainage tube to make the drainage tube Water can be quantitatively stored between the surrounding panels, so that the water supply birds move in the space between the stencil and the surrounding surrounding siding, and the effluent of the waterfowl can pass through the stencil and slide down to the center through the guiding surface. The tube is deposited downward and can be discharged when the control valve is opened. The high-bed waterfowl culture bath according to claim 1, wherein a support frame disposed on the ground is disposed at a position opposite to the floor notch, and a support frame has a frame supported on a bottom surface of the guide surface. The high-bed waterfowl culture bath of claim 1 or 2, wherein the top edge of the surrounding panel is provided with a frame that protrudes outwardly and is held around the gap. The high-bed waterfowl culture bath according to claim 1 or 2, wherein the guiding surface is a downwardly inclined plane or a curved surface that is curved downward. The high-bed waterfowl culture bath according to claim 1 or 2, wherein the surrounding wall and the guiding surface have a horizontal plane for the stencil to be stably erected. The high-bed waterfowl culture bath according to claim 1 or 2, wherein the outlet end of the draft tube is straight. The high-bed waterfowl culture bath according to claim 1 or 2, wherein the high-bed waterfowl farm has a plurality of notches on the floor to respectively embed a bath, and the roof of the farm is arranged in a neatly arranged plural Solar panels.