KR100963763B1

KR100963763B1 - semi-submerge type aquaculture brim apparatus in deep-sea

Info

Publication number: KR100963763B1
Application number: KR1020070135030A
Authority: KR
Inventors: 윤인수
Original assignee: 윤인수
Priority date: 2007-12-21
Filing date: 2007-12-21
Publication date: 2010-06-14
Also published as: KR20090067387A

Abstract

The present invention is to raise the submerged captles while the position of the deck on the sea surface higher than expected digging to avoid the waves by lowering the captles during the typhoon, during the calm to raise the caps to position at the depth of the appropriate position A deep sea semi-submersible cage farming device that allows fish to be farmed safely.

The present invention has a column 20 so as to have a length up to the depth of the appropriate sea height and the wavelength length 1/2 or more of the water body, and the hooking 30 connecting to the lower end of the column 20 anchors to the seabed ( 50) and having a deck 10 to be positioned at an appropriate resolution height at the top of the column 20, and installed so that the cage 40 is lifted with the column 20 as the central axis to the deck (10) Characterized in that it is configured to lift the cage 40 to the cable 43 in.

Sea Farm, Wave, Wave, Semi-Submersible

Description

Semi-submerge type aquaculture brim apparatus in deep-sea}

The present invention relates to a deep sea semi-submerged cage farming device, and more specifically, to evacuate the cage to the depth of the wave when the wave is strong, and pull up the cage to the appropriate water temperature when the wind calms A deep sea semi-submerged cage farming device for farming.

Sea fish farms float cages and fish in the Inland Sea. However, when the water temperature in the summer rises, red tide occurs to kill the fish, and algae occur in the caged network, impeding the distribution of dissolved oxygen-rich seawater, and when the storm gets worse, there is a problem of moving to a safe place.

In order to solve this problem, fish farms in the sea have been developed (Domestic Patent Application No. 10-1988-0014370), but it is necessary to fill the ballast tank with seawater or drain the seawater in the ballast tank with compressed air, If the tower equipped with the cage's maintenance facilities and the hollow floatation float in the sea level 5-30 m and 30-55 m each, the stability of the sea level of the upper gas composed of the tower and the hollow float and the columnar container in which it floats is greatly increased. To solve this problem, the city has a problem in that the footnote container needs to be enlarged and there is a lot of difficulties in management and operation because it is rich in algae.

In addition, a method of raising and lowering the cage net by the neutral buoyancy tank was developed, but there was a problem in that the feed could not be supplied during the typhoon, and the high technology and excessive operating cost were required.

The present invention is to raise the submerged captles while the position of the deck on the sea surface higher than expected digging to avoid the waves by lowering the captles during the typhoon, during the calm to raise the caps to position at the depth of the appropriate position Its purpose is to provide a deep-sea submerged cage farming device that allows fish farming safely.

The present invention looks at with respect to the solution for implementing the above object,
A column is provided to have a length of a suitable sea height and a wavelength of 1/2 or more depths in the water body so that a hooking connecting to the bottom of the column is anchored to the sea bottom and positioned at an appropriate sea height at the top of the column. Having a deck, and installed so that the cage is raised and lowered around the column to the center axis to be configured to lift the cage to the cable from the deck to achieve the present invention.

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The present invention is configured to elevate the cage little by little depending on the climate can be placed in the appropriate depth to prevent the typhoon damage, while the fish can be farmed at a suitable depth to form cold water fish at a certain place It can be effective.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing a cage culture apparatus of the present invention, Figures 2a, 2b is an embodiment showing the lifting state of the cage in the present invention, Figure 3 shows a detailed configuration of the cage in the present invention, these Referring to the drawings,
A machine room 11, a warehouse 12, and a resting room 13 are provided on the deck 10 to be positioned at an appropriate height on the sea surface, and a column submerged in a vertical position on the bottom of the deck 10 is provided. Install (20).
At the lower end of the column 20, the hooking 30 is fixedly installed to maintain the deck 10 at an appropriate height on the surface of the water, and the bottom of the hooking 30 is anchored to the bottom of the seabed 30. To be fixed at
The cage 20 is provided with a cage 40 which is suspended from the center of the column 20 so as to be positioned at a proper depth while being raised and lowered.
The cage 40 is formed at the upper and lower ends to form a guide 41 fitted to the column 20, and the cage 45 between the upper and lower guides 41 is framed 44. It is formed to maintain the shape by the upper and lower conical shape, and connected to the cable 43 through the ring 42 formed on both sides to the guide 41 located on the upper side to the cable 43 to the original from the deck By pulling or releasing the cage 40 is configured to be raised and lowered with the column 20 as the central axis.
A portion of the column 20 and the hooking 30 is formed as a ballast tank made of a sealed type of fresh water, but the hooking 30 may be formed in an open shape of the bottom side.
In addition, it is preferable that the column 20 has a length up to a depth of a suitable sea height and a wavelength length of 1/2 or more in the water body, and the deeper the depth of the ocean, the greater the intensity of the circular motion of water particles in the wave. It is weakened and the effect of the wave almost disappears in the depth of the wave more than half the wavelength.
Referring to the interaction state with respect to the present invention,
The deeper the sea, the weaker the intensity of the circular motion of the water, and at the depth of 1/2 or more of the wavelength, the effects of the waves are almost eliminated. Therefore, the deck 10 should be positioned at the proper height on the surface. While the confinement 40 is installed to be supported by the hooking 30 and the anchor 50 so as to be located at the depth of the appropriate depth.
For example, the deep sea wave of each sea area in Korea is 6-7 m on the east coast, 7 to 10 m on the south coast, and 4 to 5 m on the west coast. Deck 10 is installed on the top, and has a cage 40 at a depth of 1/2 or more of the wavelength in the seawater of the water body, and a hooking 30 is installed thereunder, and anchor 50 is used on the seabed. Since it is fixed, it will not be damaged by a typhoon.
Thus, the present invention installed on the sea in the deck 10, by winding or loosening the cable 50 by the winch, etc., the cage 40 can be raised and lowered along the column 20 connected to the cable 50 The cage 40 is positioned at a depth having an appropriate water temperature for the cultured fish, thereby farming cold water fish.
And the height of the wave during typhoon depends on the central pressure and wind speed of the typhoon, and it is closely related to the depth of the typhoon, but at the depth of 1/2 or more of the wave length, the force of the wave is weakened so that the impact is not affected. When you shut up, if you drop the cage (40) to the depth of the waves do not reach the water can be kept safely without being affected by the typhoon, when the water is calm after the typhoon has passed the typhoon (40) The fish will be raised to the appropriate depth to produce cold fish.

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On the deck 10, a machine room 11 equipped with facilities such as a winch for pulling up the cage 40, a warehouse 12 for storing materials such as feed, and a resting room 13 used by a worker are provided. Even if maritime traffic is paralyzed, normal work and life are possible.
Figure 4a, 4b shows another embodiment of the cage 40 in the present invention,
In forming the cage 40 as shown in FIG. 4a, the frame 44 is formed in a multi-circumferential form to form a cage 45 around each circumference so as to have a multi-staged cage 40. In addition, the guide 41 ′ is formed vertically long in the center of the cage 40 so as to be lifted by being inserted into the column 20.
In forming the cage 40 as shown in FIG. 4b, the frame 44 is formed in a single circumferential shape, and the frame mesh 45 is formed around the frame 44 to have the circumferential frame 40. The guide 41 'is formed vertically long in the center of the cage 40 so as to be lifted by being fitted to the column 20.

5 is another embodiment of the present invention.
Deck 10 is provided with a plurality of columns 20 or more in the deck 10 and has a cage 40 to be lowered to each column 20, the plurality of columns 20 is connected to one hooking 30 In order to be supported on the seabed by the anchor 50, which can be applied in various ways as an example that can be applied to increase the size.

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1 is a perspective view showing the cage culture apparatus of the present invention
Figure 2a, 2b is an embodiment showing the lifting state of the cage in the present invention

Figure 3 is a detailed configuration of the cage in the present invention

Figure 4a, 4b is another embodiment of the cage in the present invention

5 is another embodiment of the present invention

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Claims

As a cage farming device to lock the cage 40 in the water to form fish,

A hooking 30 having a column 20 connected to the lower end of the column 20 to have a length of a suitable sea height and a wavelength length of 1/2 or more in the water body is anchored to the seabed. It is provided with a deck 10 so as to be connected to the top of the column 20 at an appropriate resolution height, and installed so that the cage 40 is lifted around the column 20 as a central axis to the cable (10) in the deck (10). 43) deep sea semi-submersible cage farming device, characterized in that configured to lift the cage (40).

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The deep sea submersible according to claim 1, characterized in that the column (20) is installed in a plurality of two or more at regular intervals on the bottom of the deck and has a confinement (40) to elevate and elevate each column (20). Eating cage farming device.

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According to claim 1, The cage 40 is formed in the upper and lower ends of the guide 41 to be fitted to the column 20, the deck 43 by connecting the cable 43 to both sides of the guide 41 Deep sea semi-submersible cage farming device, characterized in that configured to elevate the cage 40 to the cable 43).