KR101842776B1 - A bird park - Google Patents

Abstract

The present invention relates to a bird performance theme park in which birds flying in a group can be observed.
The algae performance theme park according to the present invention includes a net 102 supported by a frame 101 to form a space inside a theme park; A food main supply pipe 110 formed horizontally in an upper portion of the theme park and filled with fresh food therein; A predetermined number of food supply units formed at predetermined intervals in the food main supply pipe 110 to discharge and drop food; And a hopper 116 for storing food to be supplied to the food main supply pipe 110. The food supply unit of the food main supply pipe 110 is capable of dropping bird food to fly birds Remote control device.

Description

Bird performance theme park {A bird park}

The present invention relates to a bird performance theme park in which birds flying in a group can be observed.

As society develops and becomes more sophisticated, the quality of life is significantly improved compared to the past. As a result, citizens' desire for leisure, hobbies, and outdoor activities is increasing.

As a result, there are many amusement parks and water facilities, but there is no theme park related to algae.

In the large zoo, a tiny altar is installed to allow the visitors to enjoy the experience of releasing parrots and other birds in the room, but there are no facilities that allow visitors to watch the flight of a large number of algae. to be.

In fact, it is very difficult for the majority of people to see the flight of a multitude of birds.

Literature 1. Korea Patent Office Registration No. 10-0825917, "Water Ecological Experience and Water Leisure Park" Document 2: Korean Patent Application Publication No. 10-2002-0076464, "Bird park system and control method thereof" Document 3: Korean Patent Application Publication No. 10-2003-0092027, "Bird park system and control method thereof"

By solving the absence of a bird theme park that allows visitors to watch the flight of birds swarming in the manner described above, it is possible to provide a bird performance theme park that allows viewers to comfortably observe the flight performance of birds flying in an environment similar to nature It is an object of the present invention.

In order to achieve the above object, a bird park performance theme park according to the present invention includes: a net 102 supported by a frame 101 to form a space inside a theme park; A food main supply pipe 110 formed horizontally in an upper portion of the theme park and filled with fresh food therein; A predetermined number of food supply units formed at predetermined intervals in the food main supply pipe 110 to discharge and drop food; And a hopper 116 for storing food to be fed to the main feeding pipe 110. The main feeding pipe 110 is configured to drop a new food from the feeding part of the feeding main feed pipe 110 and to guide the birds to fly .

At this time, the food supply unit is configured to individually operate by a control device that individually controls ON / OFF of each food supply unit.

The food supply unit includes a discharge pipe 119 protruding to one side of the food main supply pipe 110 and having a food discharge port 120; A feed screw 118 installed inside the feeding main pipe 110 and the discharge pipe 120; And a motor 117 for driving the feed screw 118 to rotate the feed screw 120. By driving the motor, the new feed of the feed main feed pipe 110 is transferred to the discharge pipe 119 and dropped to the food discharge port 120 .

A portion of the new food falling from the discharge pipe 119 is left on the pedestal 121 and the rest of the new food falls on the pedestal 121 121) through the discharge port (122).

In addition, the control device operates only the food supply portion formed at one end of the food main supply pipe 110 to fly the birds on the ground, and after a predetermined time, only the food supply portion formed at the other end of the food main supply pipe 110 Whereby the birds are configured to rapidly fly from one side of the feeding main supply pipe 110 to the other side.

In addition, the control device sequentially moves and stops the food supply unit formed at the other end from the food supply unit formed at one end of the food main supply pipe 110 so that the birds are moved from one side of the feeding main supply pipe 110 to the other side So as to induce the user to fly to the station.

Further, it is characterized in that a specific acoustic signal is generated before or during operation of the food supply unit.

In addition, the feeding main pipe 110 is installed at the upper edge of the upper part of the theme park, and is configured to fly in a concentrated form when birds are flying.

In addition, a barrier is provided which divides the space inside the theme park by being supported by the frame 101 and sliding.

Further, the shielding film may include a bar-shaped rail 135 supported on the frame 101; A support table 136 in the form of a rod and provided at both ends with rollers 137 moving along the rails 135; And a shielding film 138 disposed between the supporting frame 136 and the supporting frame 136 so that the supporting frame 136 moves along the rails 135 and the blocking film 138 is folded or unfolded.

The aviation theme park of the present invention having the above-described structure controls the moving flight of algae by using algae feeding, thereby providing the audience with a performance to show the flight of birds flying. Thus, You can see it.

1 is a perspective view showing a theme park of a bird performance according to the present invention.
2 is a front view showing a theme park of a bird performance according to the present invention;
Figs. 3 to 8 sequentially illustrate the process of inducing the formation of algae through the food main supply pipe. Fig.
Fig. 9 is a plan sectional view showing the food main supply pipe structure. Fig.
10 is a side sectional view showing the fed main supply pipe structure.
11 is a view showing a state in which a shielding film is installed on a theme park for algae performance according to the present invention.
12 is a perspective view showing the structure of a shielding film.
13 is a cross-sectional view showing a barrier film structure;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, the present invention will be described in detail with reference to preferred embodiments of the present invention and the accompanying drawings, wherein like reference numerals refer to like elements.

It is to be understood that when an element is referred to as being "comprising" another element in the description of the invention or in the claims, it is not to be construed as being limited to only that element, And the like.

1 and 2, the algae performing theme park according to the present invention supports a net 102 with a frame 101 to form a cubic space.

It is preferable that the internal space of the mesh network 102 is formed to be large so that algae can be released from the internal space of the mesh network 102 so that algae can fly and fly in the mesh network 102.

At this time, a part of the network 102 of the theme park is provided with a transparent plate 103 made of glass or a transparent material, so that the light-receiving property can be enhanced and wind and rain can be prevented.

The inside of the mesh network 102 is configured so that the internal environment of the mesh network 102 is similar to the natural environment as much as possible by forming the walkway 105, the stream bank 106, and the trees 107 on the walk.

And a feeding plant 108 such as a barley, corn, or sunflower that can be a feed for the birds so that the birds can eat a minimum amount of food from the feeding plant 108.

In addition, it is preferable to install the grandstand 109 in the inside of the mesh network 102 so that viewers can sit comfortably and watch bird flying and flying.

The theme park for algae performance according to the present invention is configured to watch a flight of a group of birds flying in a net 102 constructed as described above, and to lead the birds to their prey.

1 and 2, a hopper 116 in which fresh food is stored on the ground, a long main feed pipe 110 in the form of a pipe is installed in the upper part of the mesh network 102, And supplies the new feed to the supply pipe 110.

As shown in FIG. 2, the food main supply pipe 110 is provided with a predetermined number of food supply units at predetermined intervals to guide the birds through the food supply unit.

2, the first feeding part 111, the second feeding part 112, the third feeding part 113, the fourth feeding part 114 and the second feeding part 114 are provided in the feeding main feeder 110, A fifth feeding part 115 is formed, and each feeding part is individually operated through a control device.

The process of inducing the flight of birds through the food supply unit installed in the upper part of the mesh network 102 as described above is as follows.

First, the feed main feed pipe 110, which is horizontally long, is fed to the upper part of the theme park inside the hopper 116. And the feeding of the food from the hopper 116 installed at a low place to a high position can be selected and used, and a detailed description thereof will be omitted.

In addition, it is preferable that the food main supply pipe 110 is configured to be inclined downward to one side, so that new food is uniformly supplied through the food main supply pipe 110.

The first food supply unit 111 and the second food supply unit 112 installed at predetermined intervals in the food main supply pipe 110 after the control unit (not shown) is lifted up to the food main supply pipe 110 located in the upper part of the theme park, ), The third feeding part 113, the fourth feeding part 114 and the fifth feeding part 115 are selectively opened to drop the new food.

3, the control unit opens the first food supply unit 111 installed at the outermost side (the first one from the left) of the food main supply pipe 110 to feed the new food from the first food supply unit 111 Drop.

As described above, when the food falls in the first food feeding unit 111, the birds sitting on the ground sit on the ground to catch the falling food and catch the falling food.

Before releasing new food, that is, before feeding new food, if a beat is strong, such as Beethoven's 'Symphony of Destiny' It is desirable to learn to fly for food intake.

The fifth food supply unit 115 installed on the outermost side of the food main supply pipe 110 after stopping the operation of the first food supply unit 111 for eating the food falling from the first food supply unit 111 for a predetermined time, And the new food is dropped from the fifth feeding part 115.

After the operation of the first feeding part 111 is stopped, the fifth feeding part 115 is opened to drop the new food. As shown in FIG. 4, birds flying in the first feeding part 111 fly while feeding from the first feeding part 111 to the fifth feeding part 115 for feeding food, In the process, the birds' collective flight duties are unfolded.

At this time, when the operation of the first food feeding unit 111 is stopped and the food is dropped by the fifth food feeding unit 115, music played with weak bits such as 'blues' is repeatedly played back so that, It is preferable to guide the fifth food supply unit 115 to fly away from the fifth food supply unit 115 when the blues music comes out by learning that the food supply unit 115 supplies the food.

As described above, the fifth food supply unit 115 drops the food for a predetermined period of time, stops the operation of the fifth food supply unit 115, stops feeding the food, and stops the fourth food supply unit 114 are operated to drop the food, birds located in the fifth feeding part 115 fly to the fourth feeding part 114 for feeding.

After the lapse of a predetermined time, the operation of the fourth feeding part 114 is stopped to stop the feeding of the food. When the third feeding part 113 next to the third feeding part 113 is operated to drop the food as shown in FIG. 6, Are fed to the third food supply unit 113 for feeding the birds.

After the lapse of a predetermined time, the operation of the third feeding part 113 is stopped to stop the feeding of the food. When the second feeding part 112 next to the feeding part 112 is operated to drop the food as shown in FIG. 7, The birds located in the first feeding section 113 fly to the second feeding section 112 for feeding.

After the lapse of a predetermined time, the operation of the second feeding part 112 is stopped to stop the feeding of the food. When the first feeding part 111 next to the first feeding part 111 is operated as shown in FIG. 8 to drop the food, The birds located in the bird feeder 112 are able to control the direction and the speed of the flight in which the bird flies by flying in the first feeding part 111 for feeding.

3, the birds fed from the first feeding part 111 are supplied with 5% of the birds to fly the birds resting on the ground, and then, The feeding of the food from the first feeding part 111 is stopped and the fifth feeding part 115 feeds a large amount of food at 83% To induce all the birds to move and to bring the birds into flight.

5 to 8, the fourth feeding part 114, the third feeding part 113, the second feeding part 114, the second feeding part 115, The second food supply unit 112 and the first food supply unit 111 are sequentially operated so that the birds are sequentially fed from the fifth food supply unit 115 to the first food supply unit 111 It is desirable to induce them to be strong.

As described above, according to the present invention, the feeding main part of the birds is controlled through the feeding part provided at regular intervals in the feeding main pipe 110 installed in the upper part of the theme park. .

9 is a sectional view showing the first feeding part 111 and the second feeding part 112 of the first feeding part 111 to the fourth feeding part 114 provided in the feeding main pipe 110. As shown in FIG.

9, the food supply units 111 and 112 of the food main supply pipe 110 are provided with a discharge tube 119 protruding by a predetermined length to one side of the food main supply pipe 110, And a feed screw 118 that rotates by driving is provided.

When power is applied to the motor 117 by the on / off control of the control unit, the feed screw 118 rotates and feeds the new food inside the food main supply pipe 110 to the discharge pipe 119, 119 through the food discharge port 120 formed in the discharge pipe 119.

At this time, it is preferable that the discharge pipe 119 is sloped downward at an angle of about 15 degrees. Since the discharge pipe 119 is formed so as to be inclined downward as described above, not only the new food of the food main supply pipe 110 is smoothly moved to the discharge pipe 119, but even if there is not enough fresh food inside the food main supply pipe 110, (119).

10, it is preferable to provide a pedestal 121 having discharge ports 122 formed in a lower portion of the discharge pipe 119. [

A new food is discharged from the food discharge port 120 of the discharge pipe 119 and falls down and a part thereof falls through the discharge port 122 of the pedestal 121 and is positioned above the pedestal 121 as shown in FIG. And not only feeds and feeds the birds of the birds, but also feeds the birds on the pedestal 121 to induce birds to fly on top of the theme park.

As shown in FIG. 11, it is preferable to provide a horizontal cut-off film 130 and a vertical cut-off film 131 for dividing the inner space of the theme park into vertical and horizontal directions.

In maintaining the theme park, birds need to be gathered inside a theme park, and there is a need to limit the feeding of birds from the feeding plant 108 planted inside the theme park. In this case, the horizontal barrier 130 and the vertical A barrier (131) is provided to limit the activity space of the birds.

12 and 13, the horizontal shielding film 130 and the vertical shielding film 131 slide along the rails 135 provided on the frame 101 supporting the theme park network 102, Folded or unfolded.

As shown in FIG. 12, a support rod 136 is formed in the form of a rod, a blocking film 138 is fastened between the support rods 136, and a roller 137 is provided at an end of each support rod 136.

The roller 137 slides along the rail 135 supported by the frame 101 and the roller 137 slides and the support 136 slides so that the blocking film 138 is folded or unfolded.

In the embodiment of the present invention, as shown in FIG. 11, a single horizontal shielding film 130 is provided to cover the horizontal shielding film 130 and to block algae on the horizontal shielding film 130, And the network 102 may be opened.

In the embodiment of the present invention, three vertical blocking films 131 are provided as the first vertical blocking film 132, the second vertical blocking film 133 and the third vertical blocking film 134.

The inner space of the theme park may be divided by selectively opening the barrier between the first to third vertical blocking films 132, 133, and 134 to maintain and repair the interior of the theme park in a state where the birds are restricted or obscured.

As shown in FIG. 11, it is preferable that the feeding main supply pipe 110 is provided on the side of the top of the theme park so as to induce the birds to form the bird's body in a densely populated state without spreading when feeding for food.

In this case, the first vertical blocking film 132 or the second vertical blocking film 133 may be unfolded in FIG. 11, so that the bird's flight can be formed more densely.

The aviation theme park of the present invention having the above-described structure controls the moving flight of algae by using algae feeding, thereby providing the audience with a performance to show the flight of birds flying. Thus, You can see it.

The technical idea of the present invention has been described above with reference to the embodiments.

It will be apparent to those skilled in the art that various changes and modifications may be made to the embodiments described above from the description of the present invention.

Further, although not explicitly shown or described, those skilled in the art can make various modifications including the technical idea of the present invention from the description of the present invention Which is still within the scope of the present invention.

The above-described embodiments described with reference to the accompanying drawings have been described for the purpose of illustrating the present invention, and the scope of the present invention is not limited to these embodiments.

101: frame
102: mesh
103: transparent plate
104: Entrance
105: Walkway
106: Thirst
107: Tree
108: feeding plant
109: Grandstand
110: Feed main feeder
111: First feeding part
112: second feeding unit
113: Third feeding unit
114: Feeding unit 4
115: Fifth feeding unit
116: Hopper
117: Motor
118: Feed screw
119: discharge pipe
120: Feed outlet
121: Stand
122: Outlet
130: Horizontal shielding film
131: Vertical barrier
132: first vertical blocking film
133: second vertical blocking film
134: third vertical blocking film
135: Rail
136: Support
137: Roller
138:

Claims (10)

A mesh network 102 supported by the frame 101 to form a space inside the theme park;
A food main supply pipe 110 formed horizontally in an upper portion of the theme park and filled with fresh food therein;
A predetermined number of food supply units formed at predetermined intervals in the food main supply pipe 110 to discharge and drop food;
A hopper 116 for storing food to be fed to the feeding main pipe 110; And
Only the food supply portion formed at one end of the food main supply pipe 110 operates to fly the birds on the ground and only the food supply portion formed at the other end of the food main supply pipe 110 operates after a predetermined time, And a controller for individually controlling on / off each of the food supply units so as to rapidly fly from one side of the supply pipe 110 toward the other side,
Wherein the bird feeder is configured to drop a bird feed from the feeding portion of the feeding main supply pipe (110) so as to sweep the birds and fly the birds.
delete The method according to claim 1,
The food supply unit includes:
A discharge pipe 119 protruded to one side of the food main supply pipe 110 and equipped with a food discharge port 120;
A feed screw 118 installed inside the feed main feed pipe 110 and the feed pipe 119; And
And a motor 117 for driving the feed screw 118 to rotate the feed screw 118 so that the new feed of the feed main feed pipe 110 is transferred to the discharge pipe 119 and dropped onto the food discharge port 120 by driving the motor It is a theme park featuring bird performance.
The method according to claim 1,
A part of the new food falling from the discharge pipe 119 is left on the pedestal 121 and the rest of the food is left on the pedestal 121. The pedestal 121 is provided at the lower part of the feeding part, Through the discharge port (122) of the tidal flat.
delete The method according to claim 1,
The control device includes:
The food supply portion formed at one end of the food main supply pipe 110 is sequentially moved and stopped from the food supply portion formed at the other end to guide the birds from one side of the food main supply pipe 110 to the other side It is a theme park featuring bird performance.
The method according to claim 1,
And a specific sound signal is generated before or during operation of the food supply unit.
The method according to claim 1,
Wherein the feeding main pipe (110) is installed at a rim of the upper side of the top of the theme park and is configured to fly in a concentrated form when flying birds.
The method according to claim 1,
And a blocking membrane is provided for dividing the space inside the theme park by being slidably supported by the frame (101).
10. The method of claim 9,
The blocking layer
A rail 135 in the form of a rod supported on the frame 101;
A support table 136 in the form of a rod and provided at both ends with rollers 137 moving along the rails 135; And
Wherein the support block is configured to move along the rail and the barrier layer to be folded or unfolded by the barrier block being installed between the support blocks.

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