KR200339060Y1 - Frame connector for a fish cage - Google Patents

Abstract

The present invention relates to a frame connector for caged farms to be connected to the square cage farm using a pipe and a connector made of synthetic resin in a continuous manner, more specifically, conventionally combine three types of four connectors for each connection site In the present invention, the two cages are connected to each other to connect the square cages, so that the square cages can be connected continuously. In order to simplify the installation work of the farm and to reduce the installation cost.

The present invention is connected to the corner connection and the orthogonal connection, and the cross connection where a plurality of pipes (1, 1a) meet in order to continuously manufacture a square cage (5) using a plurality of straight pipe (1, 1a) In the connector, the connector 12 is a right angle to the insertion tube 11, the connection pipe portion 12 is inserted into the upper and lower sides of the insertion pipe portion 11 into which the pipes (1, 1a) are inserted in the longitudinal direction. Orthogonal connector 10 is formed in the direction, the support footrest 10 formed in the space between the upper and lower connecting pipe portion 12 of the insertion pipe portion 11 formed with a rope hole 13 in the four corners, and the longitudinal direction The connecting pipe 9 and the connecting pipe parts 22 and 22a into which the pipe 1 is to be inserted are perpendicular to the insertion pipe part 21 on both upper and lower sides of the insertion pipe part 21 into which the pipes 1 and 1a are inserted. It is formed symmetrically, and the space between the upper and lower connecting pipe parts 22 and 22a on both sides of the insertion pipe part 21 outside. Is characterized in that the support foot plate (24) to form a rope-hole 23 in the corner portion is made of a four-way cross fitting 20 formed integrally therewith.

Description

Frame connector for a fish cage

The present invention relates to a frame connector for caged farms to be connected to the square cage farm using a pipe and a connector made of synthetic resin in a continuous manner, more specifically, conventionally combine three types of four connectors for each connection site In the present invention, two types of connectors were combined to form two square cages in each connection, so that the square cages could be connected continuously. In order to simplify the installation work of the farm and to reduce the installation cost.

The frame connector of the conventional cage farm is assembled as a plurality of pipes (1, 1a) having a constant length connected in a continuous connection form a square with a plurality of connectors (2, 3, 4), as shown in FIG. Inside the rectangular space (Crown farm: 5) is a net (not shown) is installed to hold the fish, the pipe (1, 1a) around the periphery forming the rectangular cage (5) is connected to the connector (2, 3 and 4 are installed to be connected in two rows, and the footrest and buoy are installed between the two rows of pipes (1 and 1a).

The connector (2, 3, 4) is a "L" shaped connector (2) formed in the "L" shape, "T" shaped connector (3) formed in the "T" shape and "+" shaped " Three types of connectors of the + " -shaped connector 4 are provided by combining the three types of connectors 2, 3 and 4 as necessary according to the position of the connection portion of the cage farm frame 100.

First, in manufacturing and installing the cage farm frame 100, the corner connector 6, the "L" shaped connector (2), "T" shaped connector (3), and the "+" shaped connector (4) All three connectors are used, and all four connectors are combined by combining one "L" shaped connector (2), two "T" shaped connectors (3) and one "+" shaped connector (4). Forms part.

In addition, the orthogonal connecting portion 7 formed on the outside of the cage farm frame 100 is provided with two "T" shaped connector (3) and two "+" shaped connector (4) to assemble a total of four connectors. , Four "+" shaped connectors 4 are assembled in the cross-connecting portion 8 located at the cross section at the inner part of the cage farm frame 100.

This conventional frame connector for cage farms had to be used in combination of the corner connector (6), the orthogonal connector (7), and the three connectors (2, 3, 4) of different shapes in the cross connector (8), Since four connectors should be combined for each connection part 6, 7, and 8, the installation work takes a lot of time and the workability deteriorates, and the installation cost is increased to install the cage cage.

In order to solve the above problems, the present invention was conventionally selected by connecting three types of connections for each connection part by combining four, in the present invention, two types of connectors are selected for each connection part and combined by two. By reducing the cost of the mold by reducing the type of connector from three to two types, it is possible to reduce the production cost by using two connectors that use four connectors for each connector. It is a technical problem to make this simple.

The present invention for achieving the above object in the connector connected to the corner connection and the orthogonal connection, and the cross-connecting portion where a plurality of pipes meet to continuously manufacture a square cage frame using a plurality of straight pipe, The connector is formed in a direction perpendicular to the insertion pipe portion to the connection pipe is inserted into the upper and lower sides of the insertion pipe portion in which the pipe is inserted in the longitudinal direction, and in the space between the upper and lower connection pipe portion outside the insertion pipe portion of the rope hole in the four corners Orthogonal connector is formed with a support foot formed in the form, and the connecting pipe to be inserted into the pipe and the pipe is inserted in the direction perpendicular to the insertion pipe portion in the upper and lower sides on both sides of the insertion pipe portion is inserted into the longitudinal direction, both sides outside the insertion pipe portion In the space between the upper and lower connecting pipes of the It characterized in that the cross-connect port comprising the soundness supporting scaffold formed.

1 is a plan view showing a frame of a conventional cage farm.

Figure 2 is a perspective view of the cage farm in which the present invention is installed.

Figure 3 is an exploded perspective view showing the structure of the orthogonal connector and cross connector according to the present invention.

Figure 4 is a plan view showing a frame of cage cages the present invention is installed.

5 is a partial cross-sectional view taken from the corner connecting portion 31 of FIG.

6 is a partial cross-sectional view showing an orthogonal connecting portion 32 of FIG.

FIG. 7 is a partial cross-sectional view illustrating the cross connection part 33 of FIG. 4.

<Explanation of symbols for main parts of drawing>

1,1a: Pipe 2: "L" shaped connector 3: "T" shaped connector

4: "+" shaped connector 5: cage farm 6: corner connector

7: Orthogonal Connection 8: Cross Connection 9: Connection Pipe

10: orthogonal connector 11: insertion tube 12: connector

13 rope hole 14 support scaffold 20 cross connector

21: insertion tube 22: connector 23: rope hole

24: support footrest 31: corner connection portion 32: orthogonal connection portion

33: cross connection 100: cage farm frame

Hereinafter, with reference to the accompanying drawings for the frame cage for cage farm according to the present invention 2 to 7 as follows.

Frame connector for cage farm according to the present invention, the corner connecting portion 31 where a plurality of pipes (1, 1a) meet in order to continuously install a rectangular cage (5) using a plurality of straight pipe (1, 1a) ), The orthogonal connection part 32, and the cross connection part 33, each connector 10, 20 is assembled with a plurality of pipes (1, 1a) to form a cage farm frame 100.

As shown in FIGS. 2 and 3, the connector includes two types of orthogonal connector 10 and cross connector 20.

The orthogonal connector 10 has a connection pipe part 12 into which the connection pipe 9 is to be inserted at an upper and lower sides of the insertion pipe part 11 into which the pipes 1 and 1a are inserted in the longitudinal direction, at a right angle with the insertion pipe part 11. In the space between the upper and lower connecting pipe parts 12 outside the insertion pipe part 11, the support scaffold 14 having the rope hole 13 formed at four corners is inserted into the pipe part 11 and the upper and lower connecting pipe parts ( It is formed integrally with 12).

In addition, the cross connector 20 is connected to the pipe (22, 22a) into which the connecting pipe (9) and the pipe (1) are inserted at both upper and lower sides of the insertion pipe (21) in which the pipe (1, 1a) is inserted in the longitudinal direction ) Is formed symmetrically in the direction perpendicular to the insertion tube portion 21, the support scaffold with the rope hole 23 formed in the four corners in the space between the upper and lower connecting pipe portions 22, 22a on both sides of the insertion tube portion 21 24 is formed integrally with the insertion pipe part 21 and the upper and lower connection pipe parts 22 and 22a of both sides.

Unexplained reference numeral 34 of the reference numerals form a buoyancy buoyancy and floating the cage farm frame 100 on the surface, the upper surface is a flat buoy functioning scaffolding, "35" is a two pipe (1, It is fixed to 1a and is a support for supporting the pipes 1 and 1a.

When explaining the assembly relationship of the present invention is configured as described above with reference to Figures 2 to 7 as follows.

In the case of installing the cage farm frame 100 as shown in FIG. 4, two types of connectors, that is, orthogonal connector 10 and cross connector 20, are fitted with a number of pipes 1 and 1a having a constant length. Assembling in the manner, will be described from the corner connecting portion 31 located in the corner portion.

That is, the assembly of the corner connecting portion 31, as shown in Figures 3 to 5 after inserting one end of the short connecting pipe 9 into the upper and lower connecting pipe portion 12 of the orthogonal connector 10, the connecting pipe (9) is fastened through the fixing bolt 36 to the connecting pipe portion 12 is fitted to fix the connecting pipe (9) to the upper and lower connecting pipe portion 12 of the orthogonal connector (10).

Thereafter, the exposed portion of the upper and lower connection pipes 9 fitted and fixed to the connector 12 of the orthogonal connector 10 is inserted into one side upper and lower connector 22a of the cross connector 20, and the connection pipe ( When the connecting pipe 9 is fixed to the upper and lower connecting pipe parts 22a of the cross connector 20 by fastening through the fixing bolt 36 to the upper and lower connecting pipe parts 22a fitted with 9), they cross with the orthogonal connector 10. The connector 20 is connected by the connecting pipe (9).

After connecting the orthogonal connector 10 and the cross connector 20 in a state where the connecting pipe 9 is interposed as described above, as shown in FIG. 5, the connector 22 formed at the other upper and lower parts of the cross connector 20 is formed. Fastening through the fixing bolt 36 in a state in which one end of the pipe (1) is inserted into the lower side, the lower side of the insertion pipe portion 11 and the cross connector 20 of the lower orthogonal connector 10 coupled to each other Insertion of the corner connecting portion 31 as shown in FIG. 5 is completed by fastening through the fixing bolt 36 in the state in which one end of the pipe 1 is inserted into the insertion pipe part 21.

In FIG. 5, the upper right portion of the cage farm frame 100 illustrated in FIG. 4 is taken from the drawing, and in the drawing, the pipe 1a is assembled to the lower portion of the insertion pipe part 11 and the insertion pipe part 21. Since the pipe 1a is inserted into the lower portion as illustrated in FIG. 4, when the corner connecting portion 31 is located in the lower portion of the drawing of FIG. 4, the pipe 1a is inserted into each of the insertion pipe portions 11 and 21. ) Will be inserted and joined to the top side.

The following is a description of the assembling of the orthogonal connecting portion 32 shown in FIG. 6. In this case, the orthogonal connecting portion 32 of the right center portion is described in the cage farm frame 100 shown in FIG. It will be described with the state located in.

In the case of the orthogonal connector 32 shown in FIG. 6, the connector pipe part 12 into which the connection pipe 9 is inserted is inserted in one end of the connection pipe 9 into the upper and lower connector pipe parts 12 of the orthogonal connector 10. Fastening the fixing bolt 36 to the through), and exposed to the outside of the connecting pipe 9 fixed to the upper and lower connecting pipe parts 12 of the orthogonal connector 10, the upper and lower parts of one side of the cross connector 20 Inserting the fixing bolt 36 in the state inserted into the connecting pipe portion (22a) is coupled to the orthogonal connector (10) and the cross connector 20 in a state of interposing the connecting pipe (9).

As described above, the pipe 1 is inserted into the other connector 22 of the cross connector 20 coupled with the orthogonal connector 10, and then, the bolt 1 is firmly fastened as a bolt, and orthogonal to each other. Insert the pipe 1a into the upper and lower parts of the insertion pipe part 11 of the connector 10 and the upper and lower parts of the insertion pipe part 21 of the cross connector 20, and then fasten and fasten the fixing bolt 36 to the part where the pipe 1a is fitted. To complete the assembly of the orthogonal connecting portion (32).

The following is a description of the cross connecting portion 33 shown in FIG. 7 in this case, the two cross connectors 20 are connected with the connecting pipe 9 interposed therebetween, and each of the upper and lower left and right insertion pipes 21 and The pipe (1, 1a) is fitted to the connecting pipe portion (22, 22a) of the.

That is, the two cross connectors 20 are coupled as the connecting pipe 9 as shown in FIG. 7, and both ends of the connecting pipe 9 are inserted into the one connecting pipe part 22a and the other connecting pipe part 22, respectively. After the two cross connectors 20 are connected to the side, the fixing bolts 36 are fastened to both connecting pipe parts 22 and 22a in which the connecting pipes 9 are fitted, thereby firmly fixing the two cross connectors 20 at both sides. Let's do it.

Subsequently, the pipe 1 is horizontally inserted into the connecting pipe part 22a of the cross connector 20 located on the right side of the drawing, and the fixing bolt 36 is fastened to the inserted connecting pipe part 22a. 1) is firmly installed, and the pipe 1a is inserted into the pipe 1a in the vertical direction above and below the insertion pipe 21 of the cross connector 20 located on the right side of the insertion pipe 21. Fasten the fixing bolt 36 to the upper and lower parts.

Next, each pipe (1,1a) is inserted into each of the pipes (1,1a) by inserting the respective pipes (1,1a) into the cross connector (20) on the right side in the drawing and fixed with the fixing bolt (36). Insert and install).

5 to 7, after the corner connecting portion 31, the orthogonal connecting portion 32, and the cross connecting portion 33 are assembled and installed, the respective pipes 1 between the connecting portions 31, 32, and 33 are respectively installed. , 1a) can be installed as a cage farm frame 100 as shown in FIG.

And, the support footrest (14,24) formed in the orthogonal connector (10) and the cross connector 20, respectively, is to be a footrest that can be stepped on when the worker walks with the cage cage frame 100 is installed, this support footrest Rope holes 13 and 23 formed at all sides of the rope can be securely tied and secured by inserting the ropes and other parts needed by the user.

As described above, the frame connector for cage farms according to the present invention allows two types of connectors, such as an orthogonal connector and a cross connector, to be connected to each other by selecting two connectors, whereby three types of connectors are conventionally connected to each other. As a result, the type and number of connectors are reduced compared to the combination of four connectors in order to reduce the mold cost and installation cost, and the installation work becomes simpler and the productivity is improved.

Claims (1)

In the connector connected to the corner connection, the orthogonal connection, and the cross connection where the plurality of pipes (1, 1a) meet in order to continuously manufacture the rectangular cage farm (5) using a plurality of pipes (1, 1a), The connector is formed in a direction perpendicular to the insertion tube portion 11, the connecting tube portion 12 is inserted into the upper and lower sides of the insertion pipe portion 11 into which the pipes 1 and 1a are inserted in the longitudinal direction. In the space between the upper and lower connecting pipe parts 12 outside the insertion pipe part 11, the support footrest 14 having the rope hole 13 formed at four corners is integrated with the inserting pipe part 11 and the upper and lower connecting pipe parts 12. Orthogonal connector formed with 10, The connecting pipe 9 and the connecting pipe parts 22 and 22a into which the pipe 1 is to be inserted are perpendicular to the insertion pipe part 21 on both upper and lower sides of the insertion pipe part 21 into which the pipes 1 and 1a are inserted in the longitudinal direction. It is formed symmetrically in the direction, the support scaffold 24 having the rope hole 23 formed in the four corners in the space between the upper and lower connecting pipe parts 22, 22a on both sides of the insertion pipe part 21, the insertion pipe part 21 And frame connector for cage farm, characterized in that consisting of cross-connecting connector 20 formed integrally with the upper and lower connecting pipe portion (22, 22a) of both sides.