KR20120126219A

KR20120126219A - Custodian Stay Type Fixed Deep Sea Cage

Info

Publication number: KR20120126219A
Application number: KR1020110043849A
Authority: KR
Inventors: 윤인수
Original assignee: 윤인수
Priority date: 2011-05-11
Filing date: 2011-05-11
Publication date: 2012-11-21

Abstract

The present invention relates to a fixed type deep-sea cage farming facility that maintains vertical heavy parks as floating means of cages and vertical lifting shafts, and more particularly, to allow cages to float in seawater and to be able to lift in vertical directions. The cage penetrating the cage is installed in a vertical heavy park with a large width ratio to be the central axis of the lifting operation of the cage. The height of the vertical sea park is 15.0m or less, and the length of seawater is 50.0 ~ 200.0m. The interior of the building is divided into multiple layers to accommodate all the external facilities, and the facilities, equipment, equipment, machinery, laboratories, lounges, bedrooms, restaurants, and various warehouses necessary for fish farming are provided. At the top of the state, there are 3-4 anchors, the bottom of which is anchored to the sea floor to protect the vertical hollow sake from the flow of birds and the blue. It is related to a fixed deep sea cage facility where the manager secures the necessary power for all the machines and devices of the cage facility by installing wind power facilities on the upper part of the vertical park and the solar cell on the outer part of the sea level.

Deep-sea cage heavy park typhoon anchor

Description

Custodian Staying Fixed Deep Sea Cage Facility

The present invention relates to a cage farming facility capable of farming fish in the deep sea, while floating the cage in the deep sea, during typhoons such as typhoons, submerging the cage in the deep sea without the influence of waves, and in calm to rise to sea level or appropriate water temperature It is to enable the farming of breezes.

For this purpose, it is used as a floating body of the cage, and the cage is installed in the vertical heavy park, which is the lifting axis of the cage, and it is vertically suspended in seawater, and the top and bottom of the vertical hollow fluid are fixed to the seabed by anchors, respectively. The inside of the park is divided into multiple layers, and the facility, facilities, equipment, machinery, laboratories, rest rooms, bedrooms, restaurants, warehouses, etc. are required for fish farming. In addition, it relates to a fixed deep sea cage facility, which is a manager who secured the power necessary for all facilities in the cage by installing photovoltaic cells at the outer periphery of the sea level.

Korean Patent Application No. 10-2007-0135030 The deep sea semi-submersible cage farming device has a deck 10 positioned at an appropriate sea height at the top of the column 20, and a control wing is installed thereon to lift and operate the cage with a cable. .

Application No. 10-1997-0706872 Anchored movable circumferential and ring fish cages Anchored movable cages 30 for farming meat or shellfish have at least one horizontal net support ring 10 to yield a cage 30 which is enclosed. It is equipped with a long vertical spur buoy 12 surrounded by), and the cage and the spur buoy are simultaneously integrated when the cage facility is settled and raised.

Application number 10-2011-0005742 cage farm farm automatic feed supply system is installed on the outer surface of the maritime maritime facilities, underwater camera to shoot the cage farm in real time and transmit the corresponding image to the controller, the controller is analyzed by the cage cage farm Determining the amount of feed to be fed to the

Korean Patent Application No. 10-1988-0014370 Marine fish farm must contain seawater in the ballast tank or drain the seawater in the ballast tank with compressed air, and the tower and hollow floating body equipped with the feed facility of the agent facility and the cage maintenance facility Increasing the sea level by 5 ~ 30m and 30 ~ 55m each can cause a very big problem in the sea level stability of the upper body consisting of the tower and the floating body and the columnar container in which it is floating. Footnote containers have to be oversized, and there are many difficulties in management and operation because they are rich in algae.

In addition, there was a cage facility where people slept and rose using neutral buoyancy as a unit of the column and cage.

Korean Patent Application No. 10-2007-0135030 The deep sea semi-submersible cage farming device is equipped with various facilities on the sea surface, so the wind pressure applied to the facilities during the typhoon is enormously large, and the manufacturing cost is expensive.

Application number 10-2011-0005742 cage farm farm automatic feed supply system is installed on the outer surface of the maritime maritime facilities, underwater camera to shoot the cage farm in real time and transmit the corresponding image to the controller, the controller is analyzed by the cage cage farm It is characterized in that it determines the amount of feed to be supplied to the manager because there is a problem that the management cost rises and can not do a complete form management,

Application No. 10-1997-0706872 Anchored portable columnar and ring fish cages are coastal cages, not deep seas, which are sensitive to seawater quality and must be moved frequently and are defenseless against typhoons.

There is a facility to submerge injuries using neutral buoyancy, but the entire circumference around the island also injects air into the ballast tank, or invades the sea by inflowing seawater.In case of typhoon, the manager must evacuate and infuse air into the typhoon. There is a case where the lake is lost, so it is difficult to manage, and the operation cost of the management ship is high.

According to the present invention, a cage penetrating the center of the cage is installed in a vertical heavy park with a large width ratio, and the inside of the vertical heavy park is divided into a multi-layered, fish farming system. Equipped with facilities, facilities, equipment, machinery, laboratories, lounges, bedrooms, restaurants, and various warehouses, it is fixed to the sea floor with three to four anchors at the top of vertical parks and anchors at the bottom. It is a fixed deep-sea cage facility that is secured to protect against currents of birds and waves, and secures the power necessary for the various devices of the cage by installing wind power facilities at the top of vertical parks and solar cells at the outer periphery of the sea level.

In particular, all the facilities installed outside are seriously connected to all the damages caused by the typhoon, so that all the facilities except the wind power generation facilities and solar cells, which are the power source, are accommodated inside the vertical park, and the cage net support ring A flexible air tube is mounted on the top to submerge and injure the cage through the filling and exhaust of the air, and to illuminate the cage, and to install fish in the vertical hollow park of the submerged part of the seawater. In order to monitor the condition of, the cage of the present invention can be installed in the deep sea to avoid marine pollution.

We eliminated marine auxiliary facilities, such as machine room warehouse accommodation on large platforms, and housed them in vertical heavy parks to minimize wind pressure on cages on sea level during typhoons. It is used as a support of the battery, and the manager can stay in the cage for a long time to save the management cost, the year-round management is possible, and the sight glass can be installed to monitor the fish condition.

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

1 is an overall perspective view showing the floating state of the cage, the cage 20 is installed to penetrate the central portion of the cage 20 with the vertical hollow park column 10 as an axis.

The vertical heavy park column 10 has a diameter of 2.0 to 7.0 m and a length of 50.0 to 200.0 m, and a solar cell 25 outside the vertical heavy park column 10 at the top of the sea level, and a wind generator at the upper part thereof. 80) is installed.

And the platform 16 and the door 14 is installed directly above the sea level, the sight glass 12 is installed at a predetermined interval below the sea level, the upper anchor 50 at the top of the vertical hollow park (10), the lower anchor at the bottom (40) so that it is fixed to the sea floor so that the vertical hollow park 10 is not lost to birds or typhoons.

2 is an overall perspective view showing the state in which the cage is submerged in the deep sea during typhoon, the typhoon during the typhoon 20 soaks in the deep sea where the waves of the typhoon do not affect safely protect fish.

Figure 3 is a detailed perspective view of the cage, the air tube 30 is mounted on the top of the cage 20, it was to be able to charge or exhaust the air with the air hose (70).

And the guide 60 is installed in the center of the cage 20 to allow the cage to be lifted up and down with the vertical center park (10) as the axis.

The sight of the cage was placed on the outside of the vertical jungjuju 10 under the sea level at a predetermined interval.

4 is a detailed view of the vertical hollow park (10), the top of the wind generator 80, and the solar cell 25 is installed on the outer periphery on the sea surface, the platform 16 and the door 14 near the sea surface It is equipped with the manager and the supplies necessary for aquaculture, and has a multi-layer structure (90) inside, equipped with facilities, equipment, equipment, machinery, laboratories, lounges, bedrooms, restaurants, and warehouses for fish farming. It was.

The operation of the present invention configured as described above is as follows.

Since the center of the vertical heavy park (10) is located in the deep sea outside the impact zone of the typhoon, the typhoon does not shelter even when the typhoon blows, and it invades only the cage (20) in the deep sea safely without any damage from the typhoon. Fish can be farmed.

In addition, a multi-layer structure (90) is provided inside the vertical hollow park (10) to provide facilities, equipment, equipment, machinery, a laboratory, a lounge, a bedroom, a restaurant, various warehouses, and the like necessary for fish farming, so that the manager can stay at all times. It is possible to manage and all external facilities in the former cage facility are accommodated inside so that the wind pressure of strong typhoon can be minimized during typhoon, so the whole facility is safe and the production cost can be reduced.

And the lifting action of the cage 20 also enables the lifting action by filling or exhausting the air tube 30 installed on the top of the cage and by solving itself, the buoyancy scale of the vertical hollow park 10 can also be minimized It is possible to manufacture the structure economically.

In addition, for the monitoring of fish in the cage 20, the lighting system in the cage 20 (not shown in the figure), so that the sight glass (12) can be placed and managed.

Power needed in the cage facility was to be supplied to the wind generator 80 and the solar cell (25).

1 is an overall perspective view showing the injury state of the cage

Figure 2 is an overall perspective view showing the state submerged in the deep sea during typhoon

3 is a detailed perspective view of the cage

4 is a detailed view of the vertical heavy park

Description of the Related Art

10: vertical park 12: sight 14: door 16: platform

20: cage 25: solar cell 30: air tube

40: lower anchor 50: upper anchor 60: guide

70: air hose 80: wind power generator 90: multilayer structure

Claims

The vertical hollow park column 10 has a diameter of 2.0 to 7.0 m and a length of 50.0 to 200.0 m.

Its multi-layer structure (90) has facilities, equipment, equipment, machinery, laboratories, rest rooms, bedrooms, restaurants, warehouses, etc., necessary for fish farming, so that the manager can stay at all times for efficient management. Characterized by the Stayer, a fixed deep-sea cage facility.

A fixed-type deep sea cage facility for a caretaker, characterized by placing a plurality of sight glass 12 at a predetermined interval on the outside of the vertical heavy park line under the sea level to observe the state of the cage.

Stay-type fixed deep-sea cage facility for the caretaker, characterized in that the wind turbine generator 80 is installed on the top of the vertical park.

A maintenance-type fixed deep sea cage facility for a caretaker, characterized in that a solar cell (25) is installed outside the vertical center park (10) at the top of the sea level.