KR102115554B1 - Eco-friendly power generation type poultry shed - Google Patents

Abstract

The present invention relates to a house for raising poultry, the top of the rear wall (12) of the house where the radiation field (19) is formed exceeds the top of the front wall (11), and the roof of a straight flat chain ( 13) is formed in a single slope, the roof 13 is formed with a transparent window 14, the upper and lower roof 13, the fixed power panel 21 is attached to the surface.
Through the present invention, the effective area of photovoltaic solar power generation can be dramatically expanded, and the cost of constructing related facilities can be reduced, thereby securing economic feasibility of power generation-type housing.

Description

ECO-FRIENDLY POWER GENERATION TYPE POULTRY SHED}

The present invention relates to a house for raising poultry, the top of the rear wall (12) of the house where the radiation field (19) is formed exceeds the top of the front wall (11), and the roof of a straight flat chain ( 13) is formed in a single slope, the central portion of the roof 13 is formed with a light transmitting window 14, and the fixed power panel 21 is attached to the upper and lower roof 13 surfaces of the light transmitting window 14.

The conventional poultry housing structure focuses on the rapid growth of poultry and efficient utilization of indoor space, and has a typical pentagonal façade where an isosceles triangle roof is installed on the top of a rectangular wall such as other houses or warehouses. .

In particular, in the case of livestock buildings, including poultry houses, in consideration of the use environment and construction cost, unlike a residential or office building, the high-rise structure is lacking feasibility and is mostly composed of a single floor. A roof area exceeding this may be secured.

Accordingly, a power generation barn has been developed that installs solar panels on the roof to perform power generation, and related related technologies include Patent No. 1287129.

Conventional power generation houses including Patent No. 1287129 have a basic structure in which a large number of solar panels are simply installed on the roof of a general house, securing power generation efficiency due to the structural limitations of the house building itself, and improving the livestock breeding environment. Even has various problems.

First, as described above, the conventional power generation housing is to install a solar panel on a building having a typical pentagonal facade, and to secure an effective directivity angle, a solar panel is attached to only a part of the triangular roof, or a patent is applied. As in the case of No. 1287129, a method of installing a separate frame on the roof of a barn and mounting a solar panel on the frame is applied, which results in insufficient power generation efficiency and excessive installation cost.

That is, in the conventional power generation house, only one surface of both sides of an isosceles triangle shape faces the sun, and thus the entire surface area of the roof cannot be utilized for power generation. In addition, it is not only enormously expensive to build, but also has a negative effect on structural stability.

Particularly, in the conventional power generation housing system, the housing itself had to be enlarged in order to overcome the difficulties in securing the above-described power generation area and to secure economic feasibility, thereby increasing the housing construction cost as well as eroding the external breeding space. There was a serious problem that overcrowding indoors was inevitable.

The present invention has been devised in view of the above-mentioned problems, and in a farm for power generation type poultry, a radiating field 19 in contact with a barn having a rectangular flat shape is formed, and the upper elevation of the rear wall 12 is the front wall (11) The roof 13, which is a flat plate connecting the top of the front wall 11 and the top of the rear wall 12 in a straight line above the upper elevation, is formed as a single slope, and the translucent window ( 14) is formed, the upper roof 13 of the floodlight window 14 and the surface of the lower roof 13 of the floodlight window 14 is an environment-friendly power generation poultry house characterized in that a fixed power generation panel 21 is attached.

In addition, a plurality of openings 31 are formed in the lower part of the front wall 11, and an opening and closing door 32 for opening and closing activities is installed at the front of the opening, and is an eco-friendly power generation poultry house.

Through the present invention, the effective area of the photovoltaic solar power generation can be drastically expanded, and the related facility construction cost can be reduced, thereby securing the economic efficiency of the power generation house.

In particular, since the power generation area can be secured without excessive expansion of the barn area, it is possible to minimize the erosion of the area outside the barn, thereby creating a radiation field 19 with a sufficient area to overcrown the poultry. It is possible to avoid breeding and ensure a pleasant working environment.

In addition, since the power generation area is sufficiently secured, a part of the house roof 13 can be devoted to form a light transmitting window 14, whereby energy saving through natural light and improvement of the breeding environment can be achieved.

As described above, through the present invention, while improving the power generation efficiency of the power generation-type house, and suppressing the erosion of the outdoor area, securing the radiation field 19 and performing natural light, it is possible to improve the breeding environment, such as the conventional factory type. By avoiding concentrated livestock farming and realizing animal welfare livestock farming, while reducing livestock consumption and producing clean energy, environmental protection can be obtained.

1 is a perspective view of the present invention
2 is a representative cross-sectional view of the present invention
Figure 3 is a partial cut-away perspective view of the front wall of the present invention
4 is a perspective view of a panel movable embodiment of the present invention
5 is a perspective view showing a state in which the light transmitting window is opened in the embodiment of FIG. 4
Figure 6 is a perspective view excerpt of the main portion of the Figure 4 embodiment
Figure 7 is a representative cross-sectional view of the Figure 4 embodiment
Figure 8 is a perspective view excerpt of the door to which the Gayobong is applied
Figure 9 is a perspective view excerpt of the through-hole applied

When explaining the detailed configuration and operation principle of the present invention through the accompanying drawings are as follows.

First, FIG. 1 shows the appearance of the present invention. As shown, the present invention, which is a house for electric power generation poultry, has a radiation field 19 formed adjacent to a house having a rectangular planar shape as a whole, The house roof 13 is constructed in such a way that a single flat plate is inclined, and a plurality of fixed power generation panels 21, which are solar panels, are installed on the upper and lower surfaces of the roof 13.

That is, as shown in Figure 2, the front wall 11 constituting the house and the front and rear walls 12, respectively, the radiation field 19 is formed, the rear wall 12 top elevation is the front wall 11 top elevation Above the front wall 11 and the top of the rear wall 12 is a flat chain that is connected to the top of the roof 13 is formed as a single slope, as shown in Figure 1, the slope of the north and south bottom (北 高 南 低) Is formed on the roof (13).

As described above, the conventional poultry house has an isosceles triangle shape with its roof shape attached to the center, while the roof 13 of the house house has a high rear wall 12 in the north and high in the south. Since the front wall 11 forms a single inclined surface, the entire surface of the roof 13 can be utilized for solar power generation.

As such, it is possible to maintain an appropriate directional angle at any point on the surface of the roof 13, thereby significantly improving the power generation efficiency compared to the conventional power generation house, and thus, without using the entire area of the roof 13 for power generation. A bar capable of securing the amount of power generation, as shown in FIGS. 1 and 2, may be provided with a light transmitting window 14 by dedicating a portion of the roof 13 surface.

That is, as shown in FIG. 2, the central part of the roof 13 is opened on the barn cross section to form a light transmitting window 14, the upper roof 13 surface of the light transmitting window 14 and the lower roof of the light transmitting window 14 ( 13) By attaching the fixed power generation panel 21 to the surface, solar power generation is performed, and natural light for the house interior is also possible.

Particularly, the solar light incident through the light-transmission window 14 is biased to a part of the indoor space of the house by configuring the light-transmission window 14 at the center of the roof 13 rather than at the top or bottom of the roof 13. It can not be spread evenly throughout the room, thereby reducing energy required for lighting and heating, as well as solving various problems caused by artificial lighting such as poultry stress.

Meanwhile, as illustrated in FIGS. 1 and 2, in the barn of the present invention, a radiation field 19 adjacent to the front wall 11 or the rear wall 12 of the barn is formed, as in FIGS. 1 to 3, A plurality of openings 31 communicating with the house indoors and the radiation field 19 were formed, so that the poultry in breeding can move freely inside and outside the house.

The opening 31 of the front wall 11 or the rear wall 12 can be opened and closed through a door 32 installed in a standing state parallel to the wall, as shown in FIG. 3, and a plurality of openings 31 A plurality of openings 32 for opening and closing is connected to the opening and closing line 35 to be opened and closed at once.

That is, as shown in FIG. 3, a plurality of openings 31 are formed in the lower part of the front wall 11, and a door 32 that is opened and closed in the front of the opening is installed in the same number as the opening 31. The opening / closing rail 33 is horizontally attached to the opening 31 of the front wall 11, the opening / closing roller 34 is mounted on the top of the door 32, and the side end of the door 32 The opening / closing line 35 composed of a strand is bound, and the opening / closing roller 34 is opened / closed as the opening / closing line 35 is pulled while the opening / closing roller 34 is coupled to the opening / closing rail 33. The door 32 will move while driving along the rail 33.

As shown in Figure 3, the opening and closing rail 33, U-shaped section steel can be applied, both ends of the opening and closing line 35, the opening and closing line 35 is a winch (卷取) and unwind (卷 出) (win) winch) is connected to the opening and closing driving unit 36.

As described above, by connecting a plurality of doors 32 to the opening and closing line 35 and driving the batch together, smooth radiation of poultry accommodated in the house and rapid incidence of poultry radiating to the radiation field 19 are possible. In particular, by repeatedly acquiring the noise generated during the opening and closing operation of the door 32, poultry breeding can be wetted as an entrance signal, thereby enabling autonomous radiation and incidence without artificial guidance from the administrator.

The barn of the present invention not only conducts solar power generation, but also performs natural light, and creates a breeding environment as close to the natural habitat as possible by repeating radiation and incidence. It may be necessary to shade 14).

In other words, when breeding poultry is being radiated, natural light may not be necessary for the house interior, and it is necessary to close the floodlight window 14 to block excessive indoor inflow of direct sunlight in the summer. As shown in FIG. 7, the upper movable panel 41 and the lower movable panel 42, which are movable solar panels on the upper portion of the transparent window 14, are installed, and at the same time as the light-shielding of the transparent window 14, the transparent window 14 Solar power generation using area was made possible.

FIG. 4 is a state in which the upper movable panel 41 and the lower movable panel 42 close the upper portion of the light transmitting window 14 to block sunlight from entering the house, and FIG. 5 shows the upper movable panel 41 transmitting light. The window 14 is moved to the upper side, and the lower movable panel 42 is moved to the lower side of the transparent window 14 to show a state in which the transparent window 14 is exposed and sunlight enters the house.

4 and 5, the transparent window 14 is shown in a completely concealed state and a fully exposed state, respectively, but the opening degree by adjusting the moving distance of the upper movable panel 41 and the lower movable panel 42 ( You can also adjust the degree.

The upper movable panel 41 and the lower movable panel 42 of the present invention are connected to the panel rail 45 as shown in FIG. 6 and connected to the panel driving unit 47 and the towing line 46 to be driven. .

That is, as in FIGS. 6 and 7, the panel rail 45 is attached to the roof 13 of the barn of the present invention, and the upper movable panel 41 and the lower movable panel 42 are active on the panel rail 45. (sliding) is coupled to be possible, one end of the towing line 46 is wound (卷取) and unwound (卷 出) by the panel driving unit 47 is bound to the upper movable panel 41, the other end is a lower movable panel It is bound to (42).

In addition, the towing line 46, once connected to the upper end of the upper movable panel 41, is rotated through the panel driving part 47 and then bound to the upper end of the lower movable panel 42 via the lower part of the upper movable panel 41, As the panel driving part 47, which is a kind of winch, is operated, the upper movable panel 41 is raised and the lower movable panel 42 is driven in a downward manner.

That is, the upper movable panel 41 and the lower movable panel 42 is driven in a state where the towing line 46 is wound around the panel driving unit 47 in a state where the single towing line 46 is bound, and the upper movable panel ( 41) When driving to wind the upper side, the self-weight of the lower movable panel 42 acts in the direction of raising the upper movable panel 41 through the towing line 46, and conversely, the lower movable panel 42 When driving to wind upward, the self-weight of the upper movable panel (41) acts in the direction of raising the lower movable panel (42) through the towing line (46), and the self-weight and lower of the upper movable panel (41). As the self-weight of the movable panel 42 is mutually canceled, it is possible to smoothly raise and lower the upper movable panel 41 and the lower movable panel 42, which are heavy even with minimal power.

The panel rail 45 supporting the seating state of the upper movable panel 41 and the lower movable panel 42 and inducing movement may be formed of a section steel having a C-shaped cross section as shown in FIG. 6, and the excerpt of FIG. 6 is enlarged. As shown in the enlarged portion in the ellipse of FIG. 7 and FIG. 7, upper rollers 43 and lower rollers 44 are installed at both ends of the upper movable panel 41 and the lower movable panel 42, and these upper rollers 43 ) And the lower roller 44, a method in which the upper plate body of the C-shaped cross-section panel rail 45 is coupled is applied.

Through the coupling structure of the upper roller 43 and the lower roller 44 and the C-shaped cross-section panel rail 45, the free running in the axial direction of the panel rail 45 of the upper movable panel 41 and the lower movable panel 42 While ensuring the activity, the departure of the panel rail 45 of the upper movable panel 41 and the lower movable panel 42 can be strongly suppressed.

On the other hand, as described above, in the present invention, autonomous radiation and incidence of poultry during breeding is possible through automatic batch opening and closing of the door 32 and humidification of the entrance and exit signals. A poultry accident may occur between the door 32 and the opening 31.

Accordingly, in the present invention, as shown in FIG. 8, a plurality of flexible rods 51 are protruded at the end portions of the openings 32 on the side of the openings 32, so that the flexible rods of flexible materials 51 are closed in the closing process of the gates 32 ) Was made to induce the rapid movement of poultry by primary contact with poultry.

As shown in FIG. 8, a flexible rod 51, which is a rod made of a flexible flexible material, is attached to an opening 31 side end of the opened door 32, and the end of the flexible rod 51 is sharply formed. In this case, since poultry may be stuck in the flexible rod 51, the end of the flexible rod 51 is gently expanded and curved to form a curved head 52.

In addition, as shown in FIG. 9, by forming a through hole 55 penetrating through the through door 32 and installing a rotation plate 56 attached to the through hole 55 so as to be rotatable freely through a rotation shaft 57. , After the collective closing of the door 32, the manager can individually enter poultry that has not yet joined.

That is, when the entire door 32 is opened in a batch to cause some poultry remaining in the radiation field 19 to enter the barn, a problem occurs in which the poultry in the barn is re-emitted, so that the closed state of the entire door 32 is maintained. In the state, by rotating the rotating plate 56 of some of the doors 32 to open the through holes 55, the remaining poultry is individually entered.

At this time, a protrusion rod 58 is formed at the other end of the rotation shaft 57 of the rotation plate 56, so that the administrator can easily operate the rotation plate 56, and at the same time, the through hole of the rotation plate 56 (55) When closed, the protruding rods 58 can act as a weight to suppress unnecessary rotation of the rotating plate 56.

Particularly, through the rotating plate 56, not only a simple opening / closing operation of the through hole 55 is possible, but also the rotating plate 56 is automatically rotated by the weight of the rotating plate 56 and the protruding rod 58, and through Since 55) can be closed, there is no need to perform a separate operation to close the through hole 55.

In addition, a stable closing structure in which opening of the through hole 55 is impossible without a special locking device can be constructed.

11: Front wall
12: rear wall
13: roof
14: floodlight
19: radiation field
21: Fixed power generation panel
31: opening
32: Gate
33: opening and closing rail
34: opening and closing roller
35: opening and closing line
36: opening and closing driving unit
41: upper movable panel
42: lower movable panel
43: upper roller
44: lower roller
45: panel rail
46: towing line
47: panel driving unit
51: Gayobong
52: tofu
55: through
56: rotating plate
57: rotating shaft
58: protrusion rod

Claims (2)

In the poultry house for electric power generation,
A radiating field 19 in contact with a rectangular flat-shaped barn is created;
The top elevation of the rear wall 12 is above the top elevation of the front wall 11, and the roof 13, which is a flat plate connecting the top of the front wall 11 and the top of the rear wall 12 in a straight line, is formed with a single slope;
A transmissive window 14 is formed at a central portion of the roof 13 on a cross-section, and a fixed power generation panel 21 is attached to the surface of the upper roof 13 of the transparent window 14 and the lower roof 13 of the transparent window 14. The upper movable panel 41 and the lower movable panel 42, which are movable solar panels, are installed on the upper portion of the transparent window 14, and the panel rail 45 is attached to the roof 13, and the panel rail 45 ) The upper movable panel 41 and the lower movable panel 42 are coupled to enable sliding, and are wound and unwound by a panel driving unit 47 which is a winch. One end of the single towing line 46 is bound to the upper movable panel 41, and the other end is bound to the lower movable panel 42, when driving the panel driving unit 47 for hoisting the upper movable panel 41 upward The self-weight of the lower movable panel (42) acts in the direction of raising the upper movable panel (41) through the towing line (46), and the lower panel (47) of the driving unit (47) is wound upward. When driving, the self-weight of the upper movable panel (41) acts in the direction of raising the lower movable panel (42) through the towing line (46), and the self-weight of the upper movable panel (41) and the self-weight of the lower movable panel (42) are mutually An eco-friendly power generation poultry house characterized by being offset. delete

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