KR20120006180U - Bracket of fish cage - Google Patents

Abstract

The present invention is installed in a rectangular parallelepiped body (1), the upper portion (2) of the body (1), the left and right side surfaces (3, 4) to form the left and right sides of the body, and is installed in the lower portion of the body (1) The upper ring-shaped pipe fixing part (6) divided into 1/2,
On the pipe fixing lower connection protrusion 61 to the pipe fixing connecting portion 6-10 provided with connecting grooves (not shown) at both ends of the lower ends of the upper ring-shaped pipe fixing part 6 divided into 1/2. The lower ring-shaped pipe fixing lower part 60 divided into 1/2 and connected by the body, and installed between the body (1) and the pipe fixing part (6) and the reinforcing part through hole 51 and both outer sides in the middle of both sides It relates to a cage form bracket consisting of a reinforcing part (5) having a fixing groove (55) at the bottom and a connecting plate (7) installed on the upper part of the body (1).

Description

      Crimson form bracket {BRACKET OF FISH CAGE}

The present invention relates to a cage form bracket suitable for use in offshore structures, particularly cage cages or fishing grounds, and using polyethylene tubes with excellent corrosion and impact resistance as cage cages.

Marine structures, especially cage-shaped brackets used for cage farms or fishing grounds, have fish nets attached to floats made of plastic, styropol, wood, and iron plate so that they can float on the water, or they can be made from tanks on coastal lands. After that, live fish and shellfish were farmed, but after 4 ~ 5 years of construction, it was damaged or corroded by corrosion or waves, and had to be replaced or repaired, and it was difficult to mass-produce. There was a drawback to be consumed. Therefore, many scientists have tried to solve the above problems in various fields.

In Korean Patent Publication No. 100984575, there is a bracket 21 having a pipe 22 cut into a predetermined length, a through hole 23 fitted into the pipe at a predetermined interval, and the bracket 21 The anti-rotation means provided at the coupling portion thereof so that the pipe 22 does not rotate, and the pipe 22 is fused and fixed to the pipe 22 located on both sides of the bracket 21 so that the bracket 21 is the central axis of the pipe 22. Adjacent brackets 21 in a state in which the pipe 22 constituting the scaffold fixing unit 24 is disposed in parallel in one direction by configuring the scaffold fixing unit 24 so that a stopper means is provided so as not to move in the direction. Is fixed to the mutual fastening member and at the same time the offshore structure consisting of fixing the footrest 25 on the upper surface of the bracket 21 forming the same plane is disclosed,

In the publication No. 100984615, in the scaffold fixing unit for offshore structures in which a pipe cut to a predetermined length is fitted into a through hole formed in a plurality of brackets at predetermined intervals, the pipe 22 is attached to the bracket 21. A technique is provided in which the flow of the bracket 21 in the pipe 22 is limited by providing a stopper means on both sides of the bracket 21 while being coupled to prevent rotation by the rotation preventing means.

Korean Laid-Open Patent Publication No. 1020100121070 has a body formed with a plurality of insertion grooves in a multilayer; A plurality of fixing grooves formed at both ends of the upper portion of the body; And a footrest insertion groove formed between the fixing grooves; and a connecting bracket of a multi-layer buoyancy member and a buoyancy fishing field using the same.

Korean Utility Model Registration No. 200156742 has a certain length and air is stored therein, and both ends are buoyant members made of pipes sealed with caps, and three rows of insertion holes are formed at equal intervals to restrain the buoyancy members. On one side of the upper surface is fixed to the position fixing bracket is coupled to the fixing member consisting of the lower body and the upper body, grooves having a radius of curvature smaller than the outer diameter of the buoyancy member is formed at both ends of the lower portion and the pinching member formed with a through hole in the upper center; In the upper surface is described a cage farm consisting of a pedestal formed with a fastening hole corresponding to the through hole of the holding member in a position where a plurality of scaffold member is coupled by a fastening screw and a predetermined distance from both ends,

Publication No. 200268716 discloses a top plate 1 of an upper portion, side portions 3 and 3` formed on both sides of the top plate 1, and a small burette which is attached to the lower portions of both side portions 3 and 3`. (11, 11 '), the upper plate (1) and the lower plate (7, 11) formed on the lower portion of the small portion (11, 11`) and the large plate (12) formed in the lower center of the lower plate (7) , Cage cages, characterized in that consisting of the 井 -shaped connection portion 10 for connecting the small bridle (11, 11`)

Is open,

Publication No. 200317831 discloses two large pipe holes through which a buoyancy pipe of a pipe shape is inserted inside a bracket, and one small pipe shape has a small pipe through hole for fixing the shaking of the bracket caused by wind speed, tidal current and waves. It is known that the buoyancy pipe blast-resistant form bracket having a working step to secure the bolt on the upper side of the bracket,

In the publication No. 1997-1352, two polyethylene pipes are laid in both mounting grooves on the binding support, and then the bolts penetrate at the same time on both sides of the polyethylene pipe with the binding support between the polyethylene. A water tank scaffolding structure for caged cages is described which combines and heat-bonds a lattice-like sheet in the direction of continuous lengths of the upper ends of the two polyethylene tubes.

The publication No. 20015674 is bent in a cage farm at both ends having a predetermined radius of curvature, one end is bent upward from the tip 90, a flange portion having a fastening hole is formed and the upper and lower hooks are formed on the support A coupling pipe coupled with a ring is coupled to the other end thereof, and a position fixing bracket having a fastening hole is coupled to the position fixing bracket by bolts and nuts, and a clamping member having a predetermined radius of curvature is formed at a lower portion thereof. A hollow part partitioned by a piece is formed, and a through hole is formed on one side and the other bottom surface, and a clamping bracket having a compartment formed by a plurality of diaphragms at the top, and a footrest inserted into a compartment of the clamping bracket and fixed by a fastening screw. The cage farm with members is open to the public,

Korean Utility Model Publication No. 97-1352 discloses the structure of a cage farm stand for cages, which is characterized by using polyethylene pipes as cages for cage cages.

The Korean Utility Model Publication No. 2019990005931 has a certain length, air is stored therein and both ends are sealed with a cap, buoyancy member having buoyancy, and band means are coupled to both bottom surfaces to restrain the buoyancy member. The clamping piece is formed with a groove having a radius of curvature, and the upper surface is provided with a fixed bracket on which a pair of support pieces protrude to maintain a constant distance on the upper surface, and a pontoon provided with a longitudinal member having a fixed length and a plurality of scaffold members on the upper surface. Pontoons are described for the management of cage farms and to prevent theft of fish.

In Korean Patent Publication Nos. 94-4881 and 92-484, two livestock cages are connected so that they can sink to the bottom of the sea to raise fish, shellfish, and seaweeds. It is understood that the technology for the seabed safety fishes, fishery, and seashells, which can be raised or submerged on the sea surface and can automatically feed feed to the livestock cages on the seabed, has been disclosed.

The conventional techniques are equipped with a cage net on the sea surface to produce live fish, but are subject to a lot of natural weather conditions, especially because the flotation object to support the cage is floating on the sea surface, the damage of typhoons is large and managed It is a problem to be solved by the present invention because it takes a lot of time to check the cage farm to repair or repair, excessive labor costs, mass production is difficult and difficult to manage.

The present invention is to solve the conventional problems as described above, it is possible to move to the distant sea, it is an object to provide a cage farm that can be attached to the accessories more firmly when farming a variety of fish and shellfish in large quantities.

The present invention uses a connecting plate (7) at the top when connecting the cage form brackets, and the left side and the right side of the other cage form brackets in close contact, each of the protrusions inserted into the groove, anyone with a separate bolt easily short time To the

When repairing caged brackets, pipes, buoyancy, etc., the central body through-hole, a passage through which the repairer can penetrate, can be conveniently repaired or shortened. It can support the cages by penetrating or fixing by penetrating rope.

It is convenient to use a net hanger to temporarily hang a net or to hang a fixing rope, and it is convenient to install a buoyancy part on the outside of the pipe fixing part, and to install it floating in water so that the beetle can be detached from the device by waves or sunlight, When installed, it reduces the sea pollution by the assembly form so that it does not require a long time, and can be easily installed freely at sea, and has the effect of farming various fish and shellfish in large quantities.

1 is a detailed view of the cage form bracket of the present invention
Figure 2 is a front view of the cage form bracket of the present invention
Figure 3 is a side detail of the cage form bracket of the present invention
Left side view (3A), right side view (3B)
Figure 4 is a plan detail of the cage form bracket of the present invention
Figure 5 is a detailed view of the cage form bracket connecting plate of the present invention
Figure 6 is a cage buoyancy buoyancy detail of the present invention
7 and 8 is a state using the cage form bracket of the present invention

In order to achieve the above object, the present invention is a rectangular parallelepiped shaped body (1), the upper portion (2) of the body (1), the left and right side surfaces (3,4) forming the left and right sides of the body, and the body An upper ring-shaped pipe fixing part 6 installed at the lower part of (1) and divided into 1/2,

On the pipe fixing lower connection protrusion 61 to the pipe fixing connecting portion 6-10 provided with connecting grooves (not shown) at both ends of the lower ends of the upper ring-shaped pipe fixing part 6 divided into 1/2. The lower ring-shaped pipe fixing lower part 60 divided into 1/2 and connected by the body, and installed between the body (1) and the pipe fixing part (6) and the reinforcing part through hole 51 and both outer sides in the middle of both sides It relates to a cage form bracket consisting of a reinforcing part (5) having a fixing groove (55) at the bottom and a connecting plate (7) installed on the upper part of the body (1).

The central body through-hole (11) installed in the center of the body (1) installed on the upper part of the pipe fixing part (6) of the present invention is used as a passage that can be penetrated by the repairman when repairing the cage form bracket, pipe, buoyancy, etc. ,

The upper body communication hole (12) of the body (1) and the reinforcing part through hole 51 of the reinforcing part (5) can be supported by penetrating the rope or net or through the rope to support the cage farm,

The mesh rack 37 of the left side 3 of the present invention may be used by temporarily hanging a net or hanging a rope for fixing.

The left side of the cage form bracket of the present invention and the right side of the other cage form brackets are in close contact, and each protrusion is inserted into the groove, it is a structure to connect with a separate bolt.

Pipe fixing part 6 of the cage-like bracket of the present invention is the upper ring shape divided into 1/2, the lower ring-shaped pipe fixing lower portion divided by 1/2 is combined to form a single ring shape ,

The coupling is connected to the pipe fixing connector 6-10 having a coupling groove (not shown) at both lower ends of the pipe fixing part 6 of the bracket, and the pipe fixing lower connection protrusion of the pipe fixing connector 6-10. Connected by 61).

After inserting a pipe (not shown) into the inside of the pipe fixing portion 6 and the pipe fixing lower portion 60 combined as described above, the buoyancy portion (outside the pipe fixing portion 6 and the pipe fixing lower portion 60) 8) can be installed to float in water.

The connecting plate 7 of the present invention is a part for connecting a plurality of cage style brackets in parallel, and the two connecting protrusions 75 installed at regular intervals below the connecting plate body 71 have an upper portion of the body 1. Inserted and fixed in the upper through holes 25 installed at both ends of (2), one of the two connecting projections 75 is matched to the upper through holes 25 of the cage form bracket, the other connecting projections (75) ) Is inserted into and connected to the upper through hole 25 of the neighboring cage form bracket, and if necessary, the above method may be continued and extended in parallel to the desired length.

The present invention can be installed as a fixed and mobile freely, and when the device of the present invention is pulled out to the far sea, the waves are deeper than the coast, and the excess farm food or feed spreads through the waves, or flows to a constant seabed There is no problem of ocean pollution because food is not stacked.

When the present invention is described in detail with reference to the drawings as follows.

1 is a detailed view of the cage form bracket of the present invention, Figure 2 is a front detail of the cage form bracket of the present invention, Figure 3 is a side detail of the cage form bracket of the present invention, left side view (3A), right side view (3B), Figure 4 is a plan detail of the cage form bracket of the present invention, Figure 5 is a detailed view of the cage form bracket connecting plate of the present invention, Figure 6 is a cage buoyancy buoyancy detail of the present invention, Figure 7 and Figure 8 is a cage of the present invention Figure showing the state of use of the form bracket, body (1), top (2), left side (3), right side (4), reinforcement (5), pipe fixing (6),

Pipe fixed connection (6-10), connecting plate (7), buoyancy (8), the body center through hole (11), the upper body communication hole (12), body reinforcement table (13), upper reinforcing part (22), upper part Through hole 25, left side first, second and third protrusions 32, 33 and 35, left side first and second through portions 34 and 36, mesh hook 37, right side first and second, Third grooves (42, 43, 45), right side first, second through (44, 46), hook through portion 47, reinforcing portion through hole 51, fixing groove 55, pipe fixing lower portion ( 60), the pipe fixing lower connection protrusion 61, the connecting plate body 71, the connecting protrusion 75, buoyancy body 81, buoyancy fixing portion 85, it can be seen that the buoyancy buoy 88.

Looking at the structure, as shown in Figure 1 to Figure 7, the cage form bracket of the present invention is a rectangular parallelepiped body (1), the upper portion (2) of the body (1), left and right to form the left and right sides of the body Side ring (3) and (4), the upper ring-shaped pipe fixing part (6) installed in the lower part of the body (1) and divided into 1/2,

On the pipe fixing lower connection protrusion 61 to the pipe fixing connecting portion 6-10 provided with connecting grooves (not shown) at both ends of the lower ends of the upper ring-shaped pipe fixing part 6 divided into 1/2. The lower ring-shaped pipe fixing lower part 60 divided into 1/2 and connected by the body, and installed between the body (1) and the pipe fixing part (6) and the reinforcing part through hole 51 and both outer sides in the middle of both sides It consists of a reinforcing part (5) having a fixing groove (55) at the bottom, and a connecting plate (7) installed on the upper part of the body (1),

The body 1 is composed of a body reinforcing rod 13 formed in the shape of a grid on the front, and the central body through-hole 11 formed in the center,

The upper part 2 of the body 1 is composed of an upper reinforcing part 22 is installed to protrude to the upper part spaced apart a predetermined interval, and the upper through hole 25 is installed at both ends of the upper part 2,

    The left side surface 3 includes first, second and third protrusions 32, 33 and 35 on the left side, which are spaced apart at a predetermined interval,

Left side first and second through parts 34 and 36 provided on the upper side of the second and third protrusions 33 and 35 on the left side, and mesh hooks 37 provided on the upper side of the second through part 36 on the left side. Consists of,

The right side surface 4 has a shape symmetrical with the left side surface 3, and includes right side first, second and third groove portions 42, 43, and 45 provided at predetermined intervals, and the right side second and third groove portions. It is provided with the right side 1st and 2nd through parts 44 and 46 provided in the upper part of 43 and 45, and the meshing through-hole 47 provided in the upper part of the said right side 2nd through part 46,

As shown in FIG. 5, the connecting plate 7 includes a plate-shaped connecting plate body 71 and two connecting protrusions 75 spaced apart from each other at predetermined intervals.

As shown in Figs. 6 and 8, the buoyancy portion 8 is open at the top and has a buoyancy height of 2/3 annular buoyancy bodies 81 and buoyancy installed at both ends of the buoyancy body 81. It can be seen that the government 85 and the buoyancy buoyancy groove 88 is provided on both sides of the inner upper side of the buoyancy body 81.

Referring to the use state, as shown in Figs. 1 and 7,

Pipe fixing connecting portion provided with connecting grooves (not shown) at both ends of the lower ring-shaped pipe fixing part 6 divided into 1/2 installed on the lower part of the rectangular parallelepiped body 1 of the cage form bracket ( 6-10) insert the pipe fixing lower connecting protrusion 61 to connect the lower ring-shaped pipe fixing lower part 60 divided into 1/2,

The right side surface 4 of the rectangular parallelepiped body 1 of the other caged bracket is closely attached to the left side 3 of the rectangular body 1 of the caged bracket,

The first, second and third protrusions 32, 33 and 35 on the left side installed at regular intervals on the left side 3 are inserted into the first, second and third grooves 42, 43 and 45 on the right side,

Insert the mesh hook 37 of the left side (3) into the mesh through-hole 47 of the right side (4),

Separate bolts are assembled by passing through the first and second through parts 34 and 36 on the left side and the first and second through parts 44 and 46 on the right side,

Insert the pipe into the pipe fixing part (6) installed in the lower part of the body,

The net hanger 37 of the left side (3) is used to temporarily hang the net or hang the rope for fixing,

Insert the two connecting protrusions 75 which are spaced at a predetermined interval below the connecting plate body 71 of the connecting plate 7 into the upper through holes 25 installed at both ends of the upper part 2 of the body 1. It is fixed, one of the two connecting projections 75 is matched to the upper through hole 25 of the cage form bracket, the other connecting protrusion 75 is inserted into the upper through hole 25 of the neighboring other cage form bracket Connection (if necessary, the above method may be continued and extended to a desired length in parallel), and used (see Fig. 7).

If necessary, the buoyancy portion 8 is installed outside the pipe fixing portion 6 and the pipe fixing lower portion 60, the upper portion of the buoyancy portion 8 in the fixing groove 55 of the reinforcement portion 5 The buoyancy fixing portion 85, which is open and installed at both ends of the ring-shaped buoyancy body 81 of 2/3, was inserted and fixed. (See Fig. 8)

In addition, the present invention can be installed in a fixed, movable freely, and when the device of the present invention is pulled out by the traction ship in the ocean, the waves are deeper than the coast, the excess farm food or feed spreads through the waves, There is no problem of sea pollution because the food is not stacked on the bottom of the sea, and it is a cage farm that can increase the added value by farming meat of natural quality.

Body (1), upper part (2), left side (3), right side (4), reinforcement part (5), pipe fixing part (6),
Pipe fixed connection (6-10), connecting plate (7), buoyancy (8), the body center through hole (11), the upper body communication hole (12), body reinforcement table (13), upper reinforcing part (22), upper part Through hole 25, left side first, second and third protrusions 32, 33 and 35, left side first and second through portions 34 and 36, mesh hook 37, right side first and second, Third grooves (42, 43, 45), right side first, second through (44, 46), hook through portion 47, reinforcing portion through hole 51, fixing groove 55, pipe fixing lower portion ( 60), pipe fixing lower connecting protrusion 61, connecting plate body 71, connecting protrusion 75, buoyancy body 81, buoyancy fixing portion 85, buoyancy buoy 88,

Claims (2)

In the cage form bracket, a rectangular parallelepiped body (1), an upper portion (2) of the body (1), left and right side surfaces (3,4) forming left and right sides of the body, and a lower portion of the body (1) An upper ring-shaped pipe fixing part (6), which is installed in the
On the pipe fixing lower connection protrusion 61 to the pipe fixing connecting portion 6-10 provided with connecting grooves (not shown) at both ends of the lower ends of the upper ring-shaped pipe fixing part 6 divided into 1/2. The lower ring-shaped pipe fixing lower part 60 divided into 1/2 and connected by the body, and installed between the body (1) and the pipe fixing part (6) and the reinforcing part through hole 51 and both outer sides in the middle of both sides It consists of a reinforcing part (5) having a fixing groove (55) at the bottom, and a connecting plate (7) installed on the upper part of the body (1),
The body 1 is composed of a body reinforcing rod 13 formed in the shape of a grid on the front, and the central body through-hole 11 formed in the center,
The upper part 2 of the body 1 is composed of an upper reinforcing part 22 is installed to protrude to the upper part spaced apart a predetermined interval, and the upper through hole 25 is installed at both ends of the upper part 2,
The left side surface 3 includes first, second and third protrusions 32, 33 and 35 on the left side, which are spaced apart at a predetermined interval,
Left side first and second through parts 34 and 36 provided on the upper side of the second and third protrusions 33 and 35 on the left side, and mesh hooks 37 provided on the upper side of the second through part 36 on the left side. Consists of,
The right side surface 4 has a shape symmetrical with the left side surface 3, and includes right side first, second and third groove portions 42, 43, and 45 provided at predetermined intervals, and the right side second and third groove portions. It is provided with the right side 1st and 2nd through parts 44 and 46 provided in the upper part of 43 and 45, and the meshing through-hole 47 provided in the upper part of the said right side 2nd through part 46,
The connecting plate (7) is a cage-shaped bracket, characterized in that it comprises a plate-shaped connecting plate body 71 and two connecting protrusions (75) installed at a predetermined interval spaced below. According to claim 1, Outside the pipe fixing part 6 and the pipe fixing lower part 60
2/3 annular buoyancy body 81 of which the upper part is opened, the buoyancy fixing part 85 provided in the both ends of the buoyancy body 81, and the inner side of both sides of the buoyancy body 81 is installed Cage style bracket, characterized in that the buoyancy portion (8) provided as a buoyancy portion groove (88) is installed.

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