KR101415102B1 - frame for ocean fish farm - Google Patents

Abstract

The present invention relates to a frame for a fish farm, which is composed of at least one frame body, wherein the frame body is formed into a polyhedron equipped with contact frames each facing one another in different directions. The frame body is installed to form a space with a specific volume as different contact frames touch each other sequentially. A plurality of connection holes penetrating in horizontal and vertical directions are formed at the frame body, wherein a rope among ropes penetrating the connection holes, which is inserted through at least two connection holes of the connection holes, is fixed at the frame body through a fixing means. A fishnet is fixed at one or more contact frames formed at the frame body.

Description

Frame for ocean fish farm}

The present invention is a structure in which at least one cage body is connected, the cage body being a polyhedron having opposed contact frames in mutually different directions, wherein different contact frames successively come into contact with each other, Wherein a plurality of connection holes are formed in the cage body so as to pass through the cage body in both the lateral and longitudinal directions, and a rope inserted into at least two of the plurality of connection holes when the rope passes through the connection hole, And a mesh net is fixed to at least one contact frame formed on the cage body. The cage frame is fixed to the cage body through fixing means.

In general, the aquatic structures used for the installation of cage farms, marine huts, sea fishery managers, and other leisure facilities installed on the water surface are composed of styrofoam, plywood and logs.

Here, a typical cage farm is used in a cage farm. The cage farm is equipped with a rectangular rail-shaped cage litter formed by joining a plurality of pipes having a predetermined length and a rail-shaped pipe forming the cage litter. (Styrofoam) mounted on the lower part of the scaffold and float the cage farm in the sea, and a net having one end fixed to the pipe and extending to the sea floor.

As shown in FIG. 1, a synthetic pipe made of a synthetic resin and having a plurality of reinforcing ribs formed on the inner surface thereof is used as a construction material for a cage culture fishing net, as disclosed in Utility Model Registration No. 261095, The transverse connecting rod 3 and the vertical connecting rod 4 are arranged at regular intervals in the quadrangular frame body A after the corner connecting piece 2 is sandwiched between the vertical connecting rods 3 (4) a rectangular frame body (a) formed by bending both ends thereof into a bending portion (4a) and connected to a connection hole (2a), and a connecting string is pushed at the intersection of the transverse connecting portion and the vertical connecting portion; Is formed and connected to the support body 6 by the connection cord 7. [

However, the above-mentioned net protector is always exposed to the water surface and is likely to be damaged by a typhoon or the like. There is no space where the meat to be produced can be rested by forming a single space to which the whole net is connected, So that the assembling work becomes difficult.

SUMMARY OF THE INVENTION It is an object of the present invention to overcome the above-mentioned problems of the related art, and it is an object of the present invention to provide a cage frame structure in which a plurality of cage bodies are connected to each other, It is possible to implement, and it is possible to form fishes as well as abalone, to provide optimum conditions for fish culture with maintaining the desired temperature, and to make the shape of the fishy little freely changeable. .

 In order to achieve the above object, at least one cage body is connected to the cage body, and the cage body is formed as a polyhedron having contact frames which are opposed to each other in different directions, And a plurality of connection holes are formed in the cage body so as to pass through the cage body in the lateral and longitudinal directions, respectively. When the rope is inserted into the connection hole, at least one of the plurality of connection holes Wherein the rope is inserted through at least two fixing members to be fixed to the rim body and the mesh is fixed to at least one contact frame formed on the rim body.

Further, the net of the present invention provides a cultivating cage frame supported through a fixing bar formed in the mounting groove formed in the contact frame and formed in correspondence with the mounting groove.

The fastening means of the present invention is composed of a first union screwed into one contact frame and a second union screwed into another contact frame while being coupled to each other through corresponding first and second threads,

Wherein the first union has a first thread on an outer diameter side and a second thread on an outer diameter side of the rope,

The second union includes an inner diameter through which the rope passes, while an inclined surface for compressing the cooperating piece is provided on the inner diameter side, while the first union is moved to the outer side, and the actuating piece having the second thread is rotatably connected. .

In addition, the second union provides a culturing cage frame having a flat pressing surface on the outside while the operating piece is integrally formed.

Also, the cage body may be provided with a cage frame provided for exposing and forming an exposure space in at least one direction of the upper, lower, or both sides of the separator plate while being connected to the contact frame to form an isolation space through the separator plate do.

Subsequently, the cage body is connected to an auxiliary body such that the isolation space is closed on one side of the contact frame provided with the separation plate, and the auxiliary body is connected to the forming cage frame through the fixing means after the rope is passed therethrough. to provide.

The fixing means is provided with a slot through which the rope is exposed at one side of the second union, and is tightly fixed as a second nut after passing through the space retaining plate.

In addition, the rope of the present invention provides a cultivating caddy frame for adjusting the installation position of the caddy frame by adjusting the distance between the buoyant body and the caddy frame while the end of the rope is connected to the buoyant body to which the footplate is connected.

In addition, the present invention provides a cage frame provided for supplying hot water or oxygen, which is further provided with a helical pipe having nozzles, inside the separating plate of the present invention.

As described above, according to the present invention, it is possible to install water in the water as well as to expose the water surface, and it is possible to provide a desired strength by forming a cage lid with a structure in which a plurality of cage bodies are connected to each other, And it is possible to freely change the shape of the dog louse and to use it.

1 is a perspective view showing a conventional cage farm.
FIG. 2 is a perspective view showing the installation state of the cage frame according to the present invention. FIG.
FIG. 3 and FIG. 4 are perspective views illustrating the connection state of the cage frame according to the present invention, respectively.
5 is a state in which the cage body is connected to the body according to the present invention.
6 is a perspective view illustrating a cage frame according to another embodiment of the present invention.
FIGS. 7 and 8 are a perspective view and a cross-sectional view of the fastening means for connecting the cage body according to the present invention.
9 is a cross-sectional view of a fastening means for connecting a cage body according to another embodiment of the present invention.
10 is a perspective view illustrating a cage body connected state according to another embodiment of the present invention.
11 is an exploded view illustrating a cage body according to another embodiment of the present invention.

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

FIG. 2 is a perspective view illustrating a state of a cage frame according to the present invention, FIGS. 3 and 4 are perspective views illustrating a connection state of a cage frame according to the present invention, 7 and 8 are a perspective view and a cross-sectional view, respectively, of the fastening means for connecting the cage body according to the present invention, and FIG. 9 is a perspective view of the fastening means for fastening the cage body according to another embodiment of the present invention. FIG. 10 is a perspective view illustrating a connection state of a cage body according to another embodiment of the present invention, and FIG. 11 is a cross-sectional view of another cage body connecting member according to another embodiment of the present invention. 1 is an exploded view showing a cage body according to an embodiment.

The cage frame (C) of the present invention comprises a cage body (100) or a structure in which a plurality of cage bodies (100) are continuously connected.

The cage body 100 is formed as a polyhedron having contact frames 110 that are opposed to each other in different directions.

In addition, the cage body 100 is installed so that different contact frames 110 are continuously connected to each other to form a space having a constant volume inside.

In addition, the cage body 100 is formed with a plurality of connection holes 120 through which the contact frame 110 passes in the horizontal and vertical directions, respectively.

The rope 130 inserted into at least two of the plurality of connection holes when the rope 130 is passed through the connection hole 120 is fixed to the cage body 100 through the fixing means 140 Respectively.

A mesh 150 is fixed to at least one contact frame 110 formed on the cage body 100.

At this time, the mesh 150 is installed to be supported through the fixing bar 153 which is inserted into the mounting groove 151 formed at the edge of the contact frame 110 and formed to correspond to the mounting groove.

In addition, the fixing means 140 includes a first union 141 which is coupled to the one contact frame 110 while being coupled to each other through the corresponding first and second threads, and a screw And an assembled structure of the second union 145 to be coupled.

At this time, the first union 141 has an inner diameter through which the rope 130 passes. The first union 141 has a first thread 141a on the outer diameter side. The first thread 141a is partially radially cut at one end, (141b)

The second union 145 has an inner diameter allowing the rope 130 to pass therethrough while an inclined surface 145a for compressing the contact piece 141b is provided on the inner diameter side and a second thread 145b are rotatably connected to each other.

At this time, the second union 145 is provided with a planar pressing surface 145d on the outer side while the operating piece 145c is integrally formed.

In addition, the cage body 100 is provided with a reinforcing bar 160 which is a hexahedron and connects the contact frames in a lattice form.

The cage body 100 is connected to the contact frame 110 so as to form an isolation space through the separation plate 170. The cage body 100 has an exposure hole (175).

Subsequently, the cage body 100 is connected to the auxiliary body 180 on one side of the contact frame 110 where the separation plate 170 is provided, to close the isolation space.

At this time, the auxiliary body 180 is also connected through the fixing means after the rope passes through.

The fixing unit 140 includes a slot 147 through which a rope is exposed at one side of the second union, and a second nut 149 is interposed between the fixing unit 140 and the second union, do.

In addition, the rope 130 is installed such that the end of the rope 130 is connected to the buoyant body 200 to which the footrest 210 is connected, and the installation position of the cage frame is adjusted by adjusting the interval between the buoyant body and the cage frame.

In addition, a spiral pipe (not shown) having nozzles is connected to the inside of the separator 170 through an external pump or a boiler through a supply pipe, and is installed to supply hot water or oxygen .

The operation of the present invention constructed as described above will be described.

As shown in FIGS. 2 to 11, the cage frame (C) of the present invention is configured such that a mesh network (150) is connected to an exposed outer surface of a cage body (100) Thereby forming an exposure space S2.

In addition, the cage frame (C) comprises a plurality of cage bodies (100) each having a hexahedral shape, a rope inserted into a connection hole formed in each cage body (100) And are connected to each other through a fixing means to form a space in which the fish cultivated on the inside are activated.

The cage frame C is continuously connected with the cage body 100 extending in the longitudinal direction through the contact frame 110.

In addition, the cage frame (C) may be a structure in which a plurality of cage bodies (100) are coupled to each other, and may be connected to the exposed part after forming the corners.

The cage body 100 is formed in a hexahedron or in an exposure space S2 through a contact frame 110 which is integrally connected to the separator plate while an isolation space S1 is formed through a separation plate 170. [ The fish can be freely moved in the exposure space and the isolation space.

In addition, the cage body 100 is provided with a plurality of connection holes 120 respectively penetrating the contact frame 110 in the horizontal and vertical directions, respectively, and each cage body 100 is divided into The connection operation through the rope 130 is made freely.

The rope 130 inserted into at least two of the plurality of connection holes when the rope 130 is passed through the connection hole 120 is tightly fixed to the cage body 100 through the fixing means 140 A plurality of cage bodies coupled to each other to form a single structure.

The mesh 150 is fixed to the exposed surface of one cage body 100 or the outer surface of the cage frame C formed by combining a plurality of cage bodies 100 to form an environment similar to an artificial element .

At this time, when the fixing bar is inserted into the mounting groove 151 formed at the edge of the contact frame 110, the mesh 150 is supported by the contact frame.

In addition, the fixing means 140 includes a first union 141 which is coupled to the one contact frame 110 while being coupled to each other through the corresponding first and second threads, and a screw When the first and second unions are coupled with each other after the rope 130 is passed through the first and second unions, a part of the rope 130 is radially cut, and the tapered contact pieces 141b Is tightly supported by the second union provided on the inner diameter side so that the rope is firmly supported by the inclined surface 145a for compressing the close contact piece 141b.

The fixing unit 140 is provided with a slot 147 through which a rope is exposed on one side of the second unit and is installed in a tightly fixed manner as a second nut 149 after passing through a gap holding plate. The rope being once supported on the outside of the contact frame is once again supported to be firmly fixed.

In addition, the rope 130 connected to the frame C is connected to the buoyant body 200 to which the footrest 210 is connected, and the rope 130 is connected to the frame 210 by the gap between the buoyancy body and the frame. To adjust the installation position.

In other words, when a typhoon occurs, the gap between the buoyant body and the frame is adjusted so that the frame is settled in the sea, thereby minimizing the damage caused by the rocking frame due to the typhoon.

In addition, the cage mold C having the separating plate is configured such that at least one separating plate 170 is integrally connected through the contact frame 110 so as to form a cylindrical shape, and an isolation space S is formed inside The mesh 150 is connected to the exposure hole 175 formed between the separation plates 170 so that fish can be cultured in the isolation space formed inside.

At this time, the auxiliary frame 180 having a shape corresponding to the periphery of the separating plate is connected to both ends of the separating plate 170 to form a sealed space separated from the outside.

In addition, the cage frame C may be exposed by connecting only the mesh 150 to the both ends of the separation plate 170 without connecting a separate auxiliary body 180.

In addition, a spiral pipe (not shown) having nozzles is further provided inside the separator plate 170 to supply oxygen from outside when hot water is generated in winter, thereby providing optimum culture conditions .

100 ... cage body 110 ... contact frame
120 ... connection ball 130 ... rope
150 ... mesh 153 ... fixed bar
170 ... separation plate 180 ... auxiliary body
200 ... buoyancy body

Claims (7)

Wherein the cage frame has a structure in which a cage body or a plurality of cage bodies forming a space on the inner side are coupled,
Wherein the cage body is formed as a hexahedron having contact frames which are coupled to each other in different directions,
A plurality of cage bodies coupled to each other while being coupled to each other through a contact frame on different surfaces when the plurality of cage bodies are coupled are provided to have a space covering at least five surfaces of the cage frame,
At least two connecting holes are formed in six surfaces of the cage body,
Wherein the rope is fixed to the rim body through the fixing means when the at least one rim body is coupled with the rope through the connection hole and at least one of the contact frames formed on the rim body is fixed to the mesh frame A cage frame made of. The caged frame according to claim 1, wherein the net is supported by the mounting groove through a fixing bar formed in the mounting groove formed in the contact frame and corresponding to the mounting groove. 2. The apparatus of claim 1, wherein the fastening means comprises a first union screwed into one contact frame and a second union screwed into the other one of the contact frames, ,
Wherein the first union has a first thread on an outer diameter side and a second thread on an outer diameter side of the rope,
Wherein the second union has an inner diameter for allowing the rope to pass therethrough while an inclined surface for compressing the contact piece is provided on the inner diameter side and an actuating piece having a second thread is rotatably connected so that the first union moves on the outer side, Cage frame for forms. [2] The apparatus according to claim 1, wherein the cage body is formed with an exposure hole in which at least one separating plate is further connected to form an isolation space in the contact frame, and a mesh is fixed in at least one direction of the separating plate, A cage frame for a form characterized by. [5] The apparatus as claimed in claim 4, wherein the cage body is connected to an auxiliary body on one side of the contact frame on which the separating plate is provided and the auxiliary body is connected to the auxiliary body through the fixing means after the rope is passed therethrough. Is fixed to the cage frame. [4] The cage frame according to claim 3, wherein the second union further comprises a slot through which the rope is exposed, and a second nut is fixed to the rope through the gap holding plate and then supports the rope. The cage frame according to claim 4, wherein a spiral pipe having nozzles is further provided inside the separation plate to supply hot water or oxygen.

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