KR101353203B1 - Rise-prevening upholder for seaweed and fish cage culture area - Google Patents

Abstract

The present invention relates to a rise-preventing pillar for a seaweed and fish cage farm which includes: a pole with a hollow hole on the inside; a pair of wings located on the lower side of the pole while facing each other, with both ends connected to each other with a hinge; a long hole formed on the lower side of the pole; a life pin elevating along the long hole by being inserted into the long hole; and a connection member connecting the life pin and the wings. The life pin pulls the connection member and spreads the wings inside soil of the sea bottom when force applied to the pole is active on the sea surface by ocean currents, wind and waves, and levitation force of the pole, for preventing the pole from being separated from the soil.

Description

Injury-resistant props for seaweed and cage farming {RISE-PREVENING UPHOLDER FOR SEAWEED AND FISH CAGE CULTURE AREA}

The present invention relates to an algae and cage farm props, and more specifically to the bottom of the pole that is embedded in the soil of the seabed by providing wings that open in the soil of the seabed, the force applied to the current, storm, water pressure and pole to the sea surface When the floating force is generated on the pole, which is a prop, it prevents the algae and cage farm from injuring the wings by opening the wings in the soil of the seabed to create frictional resistance with the soil. It is about landlords.

In general, seaweeds such as seaweed and seaweed are produced in the western and southern seas of Korea. In particular, seaweed grows in its natural state, but its yield is low and is mostly produced by aquaculture. The seaweed farming is harvested at a certain time after attaching seeds (spores) to ropes (gimbal) having a certain length and growing them in seawater.

There are two types of seaweed farming methods: floating and propagation. The floating type floats a large number of floating structures on the sea surface and connects the floating structures with ropes and grows spores of algae on the ropes.

On the other hand, the striking ceremony is carried out in a sea where the sea level is shallow and the difference between the high tide and the low tide is large. This prop form will be described based on FIG. 1.

1 is a schematic view showing a general post-seaweed algae culture. Referring to the drawings, algae, in particular, the prop type for farming seaweed puts the strut 10 having a predetermined length pointed end to the soil of the seabed and exposes a portion of the end of the strut to sea level. Then, the support 10 and the support 10 is connected to the rope 20, the rope 20 is tied to the support 10 so as to be locked close to the sea surface.

In this way, the rope (20) connected between the support (10) and the support (10) is attached to the seeds of algae to be farmed, and will grow by the nutrients contained in the sun and sea water. In particular, the holding type as described above, because the rope 20 is exposed to the sea surface when the sea water is drained by the difference between the tidal tide and the sun and the wind to form a condition close to the natural state to form algae with excellent quality It becomes possible.

On the other hand, the support 10 supporting the rope 20 to be locked close to the sea level was generally made of wood such as bamboo, but recently, the surface of the support is coated with synthetic resin to improve durability and corrosion resistance of the support 10. Will be used.

Such, the prop 10 is installed in the farm, depending on the area of the farm, but hundreds to thousands are installed, and the installation of the post 10 is a lot of labor and time because most of the installation of 3 to 5 workers in a pair Needed.

However, the above-described conventional post 10 has a problem that it is easily pulled from the seabed by the current and wind. In other words, due to the tide between the ocean water flows from time to time changes and these current changes cause the landowner (10) a constant stress is pulled as the landlord shakes over time.

In addition, due to the change of digging due to the wind and buoyancy caused by the buoyancy generated in the strut itself made of wood is pulled into the soil of the seabed to be pulled up to the sea surface, such a strut 10 is bound to the rope (20) As it floats along the current, it not only pollutes the sea, but is also a major cause of marine accidents in which propulsion of impellers or ropes wind around propellers.

Republic of Korea Utility Model Registration No. 20-0329312 (2003.9.27)

The present invention is to solve the problems as described above, to prevent the injured seaweed algae to be studded easily to the seabed to form cages and seaweeds so that the studded shore is stably maintained without being injured by external conditions And to provide cage props.

According to the technical idea of the present invention for achieving the above object, the lower end is inclined downward from one side to the other side and a hollow hole is formed in the inner side, hinged to the other end of the lower end of the pole to rotate around the hinge An injury prevention prop for seaweed and cage farms comprising a wing, a long hole formed in the lower part of the pole, a lift pin which is lifted along the long hole in a state interposed in the long hole, and a connecting member connecting the lift pin and the wing. It features.

Here, the area of the wing is preferably larger than the bottom area of the pole.

On the other hand, in another technical idea of the present invention for achieving the above object, the pole and the hollow hole is formed on the inner side, both ends are located at the lower end of the pole facing the hinge is folded or unfolded around the hinge The seaweed includes a pair of wings, a long hole formed in the lower portion of the pole, a lift pin which is lifted along the long hole in a state interposed in the long hole and a connecting member connecting the lift pin and the pair of wings; Achievement is achieved by cage cages.

Here, the connection member is preferably branched so that the lower end is connected to each of the pair of wings.

In addition, the long hole is preferably formed vertically from the bottom to the top of the pole.

In addition, the connection member is preferably a rope.

In the marine algae and cage farming injury prevention strut according to the present invention, when the force applied to the pole by the current force of the current, storm and poles acts as sea level, the lift pin pulls the connecting member to lift the wings into the soil of the seabed. This will prevent the pole from falling out of the soil below the seabed.

1 is a schematic view showing a general post-seaweed algae culture.
Figure 2 is an exploded perspective view showing a first embodiment of the injury prevention strut for seaweed and cage farm according to the present invention.
Figure 3 is a cross-sectional view showing a state in which the injury prevention strut for seaweed and cage farms according to the first embodiment of the present invention is embedded in the seabed.
Figure 4 is a cross-sectional view showing the action of the injury prevention strut for seaweed and cage farm according to the first embodiment of the present invention.
Figure 5 is an exploded perspective view showing a second embodiment of the injury prevention strut for seaweed and cage farm according to the present invention.
6 is a cross-sectional view showing a state in which the injury prevention strut for the seaweed and cage farm according to the second embodiment of the present invention is embedded in the seabed.
Figure 7 is a cross-sectional view showing the action of the injury prevention strut for seaweed and cage farm according to a second embodiment of the present invention.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings and the inventor may properly define the concept of the term to describe its invention in the best possible way And should be construed in accordance with the principles and meanings and concepts consistent with the technical idea of the present invention.

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

First Embodiment

Figure 2 is an exploded perspective view showing a first embodiment of the marine algae and cage farming injury prevention post according to the present invention, Figure 3 is a sea algae and cage cages anti-injury props embedded in the seabed according to the first embodiment of the present invention It is sectional drawing which showed state.

Referring to the drawings, the seaweed and cage for preventing injury (100) for farming cages according to the first embodiment is largely inclined so that the lower side downward from one side to the other side and the hollow hole 112 formed on the inside and In addition, the lower end of the pole 110 and the hinge is coupled to the wing 120 to rotate around the hinge 122, the long hole 130 formed in the lower portion of the pole 110, and the long hole 130 Lift pin 140 to move up and down along the long hole 130 in the interposed state and the connecting member 150 for connecting the lift pin 140 and the wing 120.

In other words, the pole 110 has a length such that a portion of the bottom thereof is lodged in the bottom of the seabed and the top thereof is exposed above the sea level. The pole 110 may have a polygonal shape, such as a circular or square cross-sectional shape, and is particularly sharply formed so that the bottom thereof can penetrate the bottom of the seabed smoothly.

Preferably, the lower end of the pole 110 is formed to be inclined downward from one side to the other side, and the inner side is formed with a hollow hole 112 through which the lift pin 140 and the connection member 150 described below. .

The lower end of the pole 110 is provided with a wing 120 having a flat surface, the wing 120 is hinged to the other side of the lower end of the pole 110 is installed to rotate around the hinge 122. . Accordingly, the lower end side of the pole 110 and one side of the wing 120 has a structure that rotates closer to or farther from each other.

At this time, the area of the wing 120 is formed larger than the bottom area of the pole so that one side of the wing 120 facing the other side of the hinge 120 is extended beyond the bottom of the pole 110.

In this way, a long hole 130 is formed in the pole 110, the wing 120 is formed around the hinge 122 at the bottom, the long hole 130, both sides of the pole 110 through the same line The long hole 130 is vertically formed so that the lift pin 140 can be lifted with the lift pin 140 interposed therebetween.

Meanwhile, a lift pin 140 is interposed in the long hole 130 formed below the pole 110, and the lift pin 140 has a length enough to penetrate the pole 110 from the side. Both side ends of the lift pin 140 are interposed so as to be guided to the long hole 130 formed on the side of the pole 110, respectively. Accordingly, the lift pin 140 is guided up and down along the long hole 130.

As such, the lift pin 140 interposed in the long hole 130 is connected by the wing 120 and the connection member 150 provided at the lower end of the pole 110 so that the lift pin 140 of the long hole 130. As it rises to the top, the wing 120 is in close contact with the bottom of the pole 110 and on the contrary, as the lift pin 140 descends to the bottom of the long hole 130, the wing 120 is lowered of the pole 110. Spaced apart from

As such, the connecting member 150 connecting the lift pin 140 and the wing 120 may be a rope, and the upper end of the rope is fixed to the center of the lift pin 140 and the lower end of the wing 120 It is fixed to the lift member 140, the connection member 150 is pulled in accordance with the rise of the lift pulls the wing 120, the lowering of the lift pin 140, the connection member 150 is loosened, the wing 120 is pole Spaced from the bottom of 110.

The action of the injury prevention strut 100 for the seaweed and cage farm according to the first embodiment having the above configuration will be described based on FIG. 4.

Figure 4 is a cross-sectional view showing the action of the injury prevention strut for seaweed and cage farm according to the first embodiment of the present invention. Referring to the drawings, the algae and caged injury prevention support 100 for the cage farm according to the first embodiment is to be stably fixed in the soil of the seabed.

To this end, the worker on board the fishing boat to send down the cage 100 and the seaweed farm prop according to the first embodiment to the seabed, wherein the support 100 is lowered to the seabed in a vertical state pole 110 The bottom of the floor will touch the sea floor.

As such, when the bottom of the pole 110 of the support 100 touches the sea bottom, the top of the pole 110 is hit by using a hammer or a hammer such as a hammer. When the top of the pole 110 is hit so that the pressure is transmitted to the bottom of the pole 110, pole 110 is dug into the soil of the seabed.

As described above, the strut 100 of the first embodiment is dug into the soil of the seabed, and when the strut 100 is arranged, the top of the strut 100 and the strut 100 are connected by a rope (kimbal) implanted with seaweed oil leaves. The rope is put in seawater to grow algae and then harvested at a certain time.

In addition, in the cage farms for farming not only seaweed but also fish, etc., the pole 100 is driven into the soil of the seabed using the prop 100 of the present invention to fix the farm net.

However, the force applied to the pole 110 by the floating force of the current, the storm and the pole during the farming of algae or fish as described above acts toward the sea surface.

That is, the buoyancy to the pole 110 to rise toward the sea surface is generated by the current, the storm, when the buoyancy occurs in the pole 110, the lift pin 140 is moved to the upper portion of the long hole 130. .

As such, as the lift pin 140 moves to the upper portion of the long hole 130, the connecting member 150 pulls the wing 120 installed at the bottom of the pole 110.

At this time, since the wing 120 is embedded in the soil of the seabed, the pole 110 flows from side to side by currents and storms, and tries to float to maintain a stable state by the wings 120 embedded in the soil of the seabed. It can be maintained.

Second Embodiment

5 is an exploded perspective view showing a second embodiment of the marine algae and cage farm injury prevention struts according to the present invention, Figure 6 is a seaweed and cage cage injury prevention struts according to the second embodiment of the present invention It is sectional drawing which showed state.

Referring to the drawings, the marine algae and cage cage injury prevention support 200 according to the second embodiment is located in the pole 210 and the hollow hole 212 is formed on the inside of the pole 210, the lower end of the pole 210 A pair of wings 220 which are folded and unfolded around the hinge 222 are hinged and hinged to each other, and a long hole 230 formed below the pole 210, and the long hole 230. Lift pin 240 to move up and down along the long hole 230 in the state interposed therebetween is composed of a connecting member 250 for connecting the lift pin 240 and a pair of wings 220.

In other words, the pole 210 has a length such that a portion of the lower end of the pole 110 is embedded in the bottom of the seabed and the top thereof is exposed above the sea level, similar to the pole 110 of the first embodiment. The pole 210 of the second embodiment may have a polygonal shape such as a circle or a square in cross section, and is particularly sharply formed so that the bottom thereof can penetrate the bottom of the seabed smoothly.

Preferably, the lower end of the pole 210 is formed to be inclined downward from both sides and the hollow hole 212 is formed in which the lift pin 240 and the connecting member 250 can act.

The lower end of the pole 210 is provided with a pair of wings 220, the pair of wings 220 is hinged to both ends facing the wings 220 around the hinge 222 It will be folded or unfolded.

In addition, a long hole 230 is formed in the lower portion of the pole 210, a lift pin 240 is interposed in the long hole 230, the long hole 230, as described in the first embodiment pole 210 Both sides of the through) are formed to be located on the same line through.

In addition, the lift pin 240 is interposed in the long hole 230, the lift pin 240 is formed to a length enough to penetrate the pole 210 from the side as described in the first embodiment Both ends of the lift pin 240 are interposed so as to be guided to the long hole 230 formed on the side of the pole 210, respectively. Accordingly, the lift pin 240 is guided to move up and down along the long hole 230.

As such, the lift pin 240 interposed in the long hole 230 is connected by a pair of wings 220 and a connection member 250 provided at the bottom of the pole 210. Therefore, as the lift pin 240 rises to the upper portion of the long hole 230, a portion of the pair of wings 220 facing each other rises, and at this time, the wing is caught at the end of the side wall of the pole 210. On the contrary, as the lift pin 240 descends to the lower portion of the long hole 230, the pair of wings 220 is naturally narrowed between the wings 220 and the wings 220 by their own weight.

As such, the connecting member 250 connecting the lift pin 240 and the wing 220 may be preferably a rope, and the top of the rope is fixed to the center of the lift pin 240 and the bottom of the rope is bifurcated. Branched to and connected to each of the pair of wings 220 as shown in the figure.

The operation of the seaweed farm for farm 200 according to the second embodiment having the above configuration will be described based on FIG. 7.

Figure 7 is a cross-sectional view showing the action of the injury prevention strut for seaweed and cage farm according to a second embodiment of the present invention. Referring to the drawings, the algae and caged injury prevention support 200 for the cage farm according to the second embodiment is to be stably fixed by driving in the soil of the seabed.

To this end, the worker aboard the fishing boat is sent down the cage or seaweed farm prop 200 in accordance with the second embodiment, wherein the support 200 is lowered to the sea in a vertical state pole 210 The bottom of the floor will touch the sea floor.

As such, when the bottom of the pole 210 of the support 200 comes in contact with the sea bottom, the top of the pole 210 is hit by using a hammering tool such as a hammer and a hammer. When the top of the pole 210 is hit so that the pressure is transmitted to the bottom of the pole 210 so that the pole 210 is dug into the soil of the seabed.

As described above, the strut 200 of the second embodiment is dug into the soil of the seabed, and when the strut 200 is arranged, the top of the strut 200 and the strut 200 are connected with a rope (kimbal) implanted with seaweed oil leaves. The rope is put in seawater to grow algae and then harvested at a certain time.

However, the force applied to the pole 210 by the current force of the current, the storm and the pole 210 during the growth of the seaweed as described above acts toward the sea surface. That is, the buoyancy to the pole 210 to rise toward the sea surface is generated by the current, storm, such that when the buoyancy occurs in the pole 210, the lift pin 240 is moved to the upper portion of the long hole 230. .

That is, the lift pin 240 pulls the connecting member 250 when the force applied to the pole 210 by the current of the current, the storm and the floating force of the pole 210 acts on the sea surface, so that the wing 220 is subsea. By spreading in the soil, the pole 210 is to prevent falling from the soil of the seabed.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. .

100, 200: Shoring 110, 210: Pole
112, 212: hollow hole 120, 220: wing
122, 222: hinge 130, 230: long hole
140, 240: lift pins 150, 250: connection member

Claims (6)

A pole 110 having a lower end inclined downward from the other side and having a hollow hole 112 formed therein;
Wing 120 is hinged to the other end of the lower end of the pole 110 to rotate around the hinge 122;
A long hole 130 formed at a lower portion of the pole 110;
A lift pin 140 for elevating along the long hole 130 in a state interposed in the long hole 130; And
The connecting member 150 for connecting the lift pin 140 and the wing 120; Seaweed and cage for injury prevention struts comprising a.
The method according to claim 1,
The area of the wing 120 is larger than the bottom area of the pole, characterized in that the algae and cage farm injury prevention struts.
A pole 210 having a hollow hole 212 formed therein;
A pair of wings 220 positioned at the lower end of the pole 210 and having opposite ends hinged to be folded or unfolded about the hinge 222;
A long hole 230 formed below the pole 210;
A lift pin 240 for elevating along the long hole 230 in a state interposed in the long hole 230; And
And a connecting member (250) connecting the lift pin (240) and a pair of wings (220).
The method according to claim 3,
The connecting member 250 is a lower end of the algae and the cage, characterized in that the branch is connected to each of the wings 220, the injury prevention post for farms.
The method according to claim 1 or 3,
The long hole 130, 230 is an injury prevention prop for seaweed and cage farms, characterized in that formed vertically from the bottom of the pole 110, 210 toward the top.
The method according to claim 1 or 3,
The connecting member 150, 250 is a rope preventing injury for the algae and cage farms, characterized in that the rope.

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