KR200271829Y1 - Culture equipments on the sea bottom using the fixed type frame - Google Patents

Abstract

The present invention relates to a structure of a bottomed chaff cage.

The chamfer type cage form farming device is composed of the vertical and horizontal rods on the bottom of the sea, which consists of a towing unit which connects the pillars to tow aquaculture chalons, and an auxiliary fixing means for fixing the props. As a result, it is firmly fixed to the surface of the water by buoys, thus eliminating the disadvantages such as loss of water due to rapid current, wind, or destruction of facilities. However, there has been a demand for the development of a reliable cage farming apparatus that can induce more close cultivation, increase yields per unit area, and maintain a nearly fixed state even when a stable and severe storm comes.

This design is not a type of towing the chalon in the water by installing the props, but the vertical and horizontal fixed members are assembled between the props so that they have a multi-stage structure, and each chalon is fixed directly to the member itself. In this way, even if there were severe storms or changes in currents, they were kept in a stable state such as seabed rocks. In addition, the collection of chalons has been developed with a new trapping-type cage farming device that can be pulled to the surface without any diving in the deep sea, so that a separate collection means can be installed at the top. In addition, it is possible to fundamentally avoid the green algae caused by the severe offshore pollution.

Description

Culture equipments on the sea bottom using the fixed type frame}

The present invention relates to a chamfered cage type farming device to draw the chalong to the structure directly fixed to the sea floor, but to configure the box-shaped fixed structure, and to install the chalong in multiple stacks.

Marine resources are also harvested and harvested in order to get offshore resources increasingly poor, devastated, and to increase catches per unit time. In the case of chalon farming, in the conventional case, a buoy is placed on the surface of the water, and a traction line is hung on it to install a chalon for farming fish and shellfish, whereby fish and shellfish grow in the chalon.

Such floating cage farming equipment is severely lost when the water surface is severely changed. Especially, it is difficult to install in places such as the distant sea and the east coast, and even if it is installed, fish and shellfish farming is not smooth. In addition, due to the pollution of the near sea, the green cages are almost completely destroyed.

The present inventors have developed Patent Application No. 1999-47821, "Sweet-Long Cage Forming Apparatus," in order to alleviate these drawbacks. This device is installed on the bottom of the seashore by the support of horizontal posts assembled by vertical bar, the traction means to pull the chalon while connecting the support, and the auxiliary fixing means for strengthening the fixing of the support, and the change of the wind and current It is possible to farm fish and shellfish even in the distant sea, near the Jeju island, and even on the east coast.

However, there has been a growing demand for more efficient large capacities, ease of management and stability in limited sea areas. In particular, in order to maximize productivity per unit area, wheat farming is necessary, and it is difficult to manage even if it is crowded. There is also a problem that the growth of the living organisms is delayed due to the strong fluctuations in the algae.

The present invention aims to provide a bottomed chapel cage system for maximizing the installation of chalons per unit area to enable large harvesting.

The present invention intends to configure the entire frame as a box-shaped basic frame and to open the upper surface arbitrarily so that a plurality of chalons can be installed and dismantled freely so as to be easily managed and installed.

The present invention also aims to provide a cage farming device without damage even if there is a severe wind or ocean current change by connecting the space between the pillars with a fixed structure such as a rod.

1 is a front view showing the overall configuration of the present invention,

2 is a side view of the present invention,

3 is a plan view of the present invention,

Figure 4 is a front view of the use state of the present invention.

<Explanation of symbols for the main parts of the drawings>

5, 6: Left and right side 7: Bottom 8, 9: Front and rear 10: Top 50: Chalon 5a, 6a, 7a, 8a, 9a: Release prevention frame 5b, 6b: Holding 15: Auxiliary tug

The present invention relates to a device for farming fish and shellfish caused by chalons on the ocean floor, where the ocean currents are relatively fluctuating and the winds are severe. In particular, the present invention relates to a chaff-style cage type structure that can be densely cultivated in a multi-structure in which at least two chalons are integrated into a frame fixed to the sea bottom in a box form.

Specific embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a front view showing the overall configuration of the present invention, Figure 2

3 is a plan view of the present invention, and FIG. 4 is a front view showing an upper open state.

In the present invention, in the bottom bottom installation chamfer type cage farming apparatus for fixing the shores assembled by the horizontal vertical bar to the bottom and then install the breeding chawing with the support shaft as a fixed axis,

The struts are arranged on the left and right sides 5, 6, bottom 7, front and rear 8, 9 and top 10 to form a basic frame in the form of a box, the top of which is openly installed. The present invention relates to a bottoming chapel type cage culture apparatus capable of stacking a chalon in a multi-layered structure in a formed box-shaped base frame.

In the present invention, the separation prevention frames (5a) (6a) (7a) (8a) (9a) are installed in the vicinity of the center of the left and right sides (5), (6), bottom (7) and front and rear (8) (9). The anti-separation frames 5a and 6a installed on the left and right sides are installed to be perpendicular to the sea bottom, and the other anti-separation frames installed on the bottom and front and rear surfaces are horizontal to the sea bottom.

The struts 5b and 6b of the left and right side surfaces 5 and 6 in the present invention are fixed shafts to fix the overall structure of the present invention to the sea bottom, but are pulled by a separate auxiliary towing line 15. Afterwards, the end of the auxiliary towing line is fixed to the sea bottom with a separate fixing means to prevent the fragility of the entire structure by the left and right sides only.

The bottom (7) of the present invention is to be installed at a certain distance (d) from the sea bottom (B) to facilitate the flow of the current, and at the same time to block the access of the creature that harms other shellfish such as other starfish. do.

In the present invention, the separation preventing frames 8a and 9a installed at the front and rear surfaces are arranged to contact only a part of the upper end 51 of the chalon 50, as shown in FIG. 1, so that the chalon is prevented from further moving forward and backward. do.

In the present invention, the upper surface 10 has a front and rear end to each of the upper end of the left and right side surface, one end is provided with a hinge 11, the other end to the bolt nut type, or other common fastening means to be installed Opening is possible, and a separate departure prevention frame (10a) in the vicinity of the center to install similar to the bottom to prevent the separation to the upper side of the chalong.

Chalon 50 used in the present invention is a cylindrical structure in which the front and rear surfaces formed with the grooves 51 having continuous repeated sides is formed with a bent portion at the center of the shelter 52 in which fish and shellfish can inhabit therein. It is installed in the shape of a child, and a net body 53 is installed on the front and rear open surfaces to smoothly distribute seawater and prevent invasion of other sea creatures. The chalon 50 may be installed separately in the box-shaped chalong farm in this paper, but in order to prevent the deviation caused by the rapid current or current fluctuations and to improve the work efficiency, the binding unit 55 in five units as shown. It can be installed after binding, and furthermore, it can be installed by stacking them continuously. In this paper, the number of Chalong installations is shown in five units. However, five or more units or less can be installed in a unit according to the habitat environment or target quantity.

In the present invention, the chalon is installed in a two-layer structure in five units, but by extending the length of the left and right sides, it is possible to install the chalon in a continuous multilayer structure of three or more layers.

In the present invention, the lower ends of the left and right sides (5) and (6) are fixed to rock or artificial structures naturally formed on the sea bottom. If there is no such structure, but the bottom is relatively stable, the bottom is formed long. It is fixed to the sea bottom as it is compressed.

Another example of the present invention is to provide a separate weight on the bottom of the seabed in the case of soft ground such as sand, sand is difficult to fix simply by using the anchor bolt. Specifically, concrete, rock, or other heavy material is to be installed below the support posts 5b, 6b or auxiliary towing lines 15 so that the ends of the support posts or auxiliary towing ships are fixed thereto. The form of the heavy material is not particularly fixed and may be used as long as it gives a weight, but the better resistance to seawater can be used for a long time is preferable. In case of severe accumulation of water on the sea floor, the long rod-shaped structure is deeply inserted into the water, and it is desirable to fix the above-mentioned prop or towing line.

An operation relationship according to the above structural features will be described with reference to FIG. 4.

On the bottom surface B, the posts 5b and 6b on the left and right sides are installed to be symmetrical with each other, and the bottom and front and back surfaces are also installed. The upper surface 10 is to be loaded in the box-shaped structure formed by integrating the chalon 50 into the binding means 55 by the desired number while maintaining the open state. After loading, the installation is completed by closing the upper surface 10. If a certain period of time has passed and cleaning, sorting, etc. of the chalong is necessary, only the upper surface 10 is opened and the required work is completed by closing the upper surface again after the necessary work is performed.

In the present invention, the left and right sides (5) and (6), departure prevention frames (5a) and (6a), front and rear surfaces (8) (9), and front and rear departure prevention frames (8a) and (a) of the drawings are symmetric with each other. Therefore, the parentheses are duplicated.

In this paper, it is possible to install the chalon in a multi-layered structure in which a chapel-type cage farming device obtained by the present inventors is arranged so that a single chalon is disposed on the sea bottom by a traction line. Therefore, the number of chalongs installed per unit area can be increased from several times to several tens of times, resulting in breakthrough production effects.

In addition, because the chaong is fixed by a fixed structure, not the traction ship, chaong is maintained stable even under severe changes in algae, so the shellfish and shellfish inhabit the chaotic psychological stability to promote growth.

Claims (5)

In the bottom bottom installation claw cage type farming device, in which the shores assembled by the horizontal vertical bar are fixed to the sea bottom, and then the breeding chasons are installed with the shores fixed. The struts are arranged on the left and right sides 5, 6, bottom 7, front and rear 8, 9 and top 10 to form a basic frame in the form of a box, the top of which is openly installed. A chaffing cage type cage device, characterized in that the chalon (50) can be stacked in a multi-layer structure in the formed box-shaped base frame. The method of claim 1, The separation prevention frames 5a, 6a, 7a, 8a, and 9a are provided near the center of the left and right sides 5, 6, the bottom 7, and the front and rear surfaces 8, 9, respectively. Departure prevention frame (5a) (6a) is installed to be installed to be perpendicular to the bottom of the sea, the remaining bottom, the separation prevention frame to be installed on the front and rear surfaces are installed to be horizontal to the sea bottom, A fixed claw-type cage farming device, characterized in that one end of the auxiliary towing line 15 is fixed to the props 5b and 6b of the left and right sides 5 and 6 so that the other end is fixed to the sea bottom for towing. The method of claim 1, Detachment frame (8a) (9a) is installed on the front and rear surfaces are arranged to contact only part of the upper end (51) of the chaong (50), chaklong claw-type cage device. The method of claim 1, The upper surface 10 is such that the front and rear ends are spread over each of the left and right sides of the upper and lower ends, and a hinge 11 is installed at one end and a fastening means is installed at the other end so that the opening can be arbitrarily opened. Cage farming equipment. delete