KR20010113073A - Apparatus for resist waves of preabricated brim - Google Patents

Abstract

The present invention is easy and easy to assemble the cage frame consisting of buoy tube clamp and working foot, elastic connector to support the net, and also to allow the cage form workers to perform aquaculture work quickly and safely The present invention relates to a prefabricated breakproof cage device in which the cage frame is not damaged due to the impact caused by waves, and its technical configuration is a lower side of the work platform 2 having a plurality of holes 1 formed on its surface. The buoy clamp 10 is installed on both sides of the buoy tube 7 and the scaffold support pipe 9 to be interpolated to allow the working scaffold 2 to float on the water, and the working scaffold 2 and the buoy clamp are installed. The frame base frame 21 to which the buoy tube 7 is fixed by 10 is made to connect as an elastic connector 25.

Description

Prefabricated wrecking cage {APPARATUS FOR RESIST WAVES OF PREABRICATED BRIM}

In the present invention, when the fish are farmed by installing the net in the sea or a lake, the cage base frame composed of the buoy tube clamp and the working footrest and the elastic connector so that the net is supported from the sea or fresh water surface easily and easily. Prefabricated piercing cage to support the net by assembling and floating, and to enable cage farmers to carry out farming operations quickly and safely, and to prevent the cage base from being damaged by the impact of waves. In particular, a plurality of holes are formed on the surface, and bolt coupling holes are formed on both sides of the support scaffold to be fixed and fixed to the support positioned on the lower side, and buoy inserts are inserted into the buoy tube on both sides to float the scaffold A band is formed in the hole and a pipe hole in which the scaffold support pipe is interpolated And a hinge core on both sides of the buoy clamp fixed as a U bolt, and a cage base frame to which the buoy tube is fixed by the scaffold and the buoy clamp, and an elastic connector in which the wire core is extended as a sleeve. In addition, it is easy and easy to assemble the cage base frame composed of the clamp and the working footboard and the elastic connector to which the buoy tube is fixed to support the net, and also to prevent the breakage of the cage base frame even in the judgment wave. The present invention relates to a prefabricated seismic cage device that allows aquaculture workers to safely carry out farming operations.

Commonly known fish farming cages take a lot of manpower and time due to weaving multiple logs or Schiropoles with strings using Schiropol. In addition, the cage device is easily broken, and as a result, the floating float of the cage device floats on the sea or in a lake, which contaminates the sea or the lake.

In particular, the cage device is easily corroded by seawater, which requires frequent replacement, and requires a lot of manpower and time according to maintenance and repair, as well as the logs used as the scaffolding device of the cage device, even in narrow and weak waves. It is easily shaken to cause worker safety accidents for cage farming, as well as the installation place of the cage is limited, the efficiency of farming work has been extremely reduced, there were many problems.

The present invention has been made in order to solve the various problems of the prior art as described above, the object is to easily and easily assemble the frame base frame consisting of the clamp and the working footrest, the elastic connector to which the buoy tube is fixed, and easily Not only to support, but also to prevent the breakage of the cage frame, especially in the umpire wave, a wide working scaffold is installed, and handrails can be installed if necessary so that the elderly can safely carry out farming work. It is to provide a prefabricated breakproof cage device that can be easily assembled and dismantled in various forms, regardless of the size and surrounding environment of the cage farm by connecting each cage base frame through the elastic connector.

1 is a perspective view schematically showing the installation state of the prefabricated breakproof cage device according to the present invention.

Figure 2 is a schematic perspective view of the scaffold installed in the prefabricated breakproof cage device according to the present invention.

3 is a schematic perspective view of a buoy clamp to which a buoy tube installed in a prefabricated breakproof cage device according to the present invention is fixed;

Figure 4 is an exploded perspective view of the main portion of the buoy tube fixed to the buoy clamp of the present invention.

Figure 5 is a cross-sectional structural view of the elastic connector connecting each cage frame of the present invention.

Figure 6 is a schematic perspective view showing the cage frame of the present invention.

Fig. 7 (A) (B) (C) (D) is a view showing a state in which the cage base frame of the present invention is assembled in a three-stage hinge core, a corner shape and a three-stage tee, and a cross shape, respectively.

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

1 ... hole 2 ... work scaffold

3 bolt mounting hole 4 support

5 ... Combination bolt 6 ... Slope

7 buoy tube 8 buoy insertion hole

9 ... steel pipe frame 10 ... buoy clamp

11 ... pipe hole 12 ... band

13 ... U bolt 14 ... Handrail

15 ... Bolt Coupling 16 ... Sleeve

17 ... 0 ring 18 ... bolt hole

19 Cap 20 Combination Bolt

21.Criminal framework 22 ... Hinge core

23.Wire iron core 24.Sleeve

25.Connector 26 ... Bolt coupling hole

27 ... Bolt bolt 28 ... Rubber member

29 ... rib 30 ... handrail pipe

31 Steel pipe reinforcement 32 Bolt hole

33 ... Joining bolt 34 ... Clamp bolt hole

As a technical configuration for achieving the above object, the present invention, a plurality of holes are formed on the surface, the bolt coupling hole is formed on both sides is supported and fixed to the support base is fixed to the lower position;

A buoy clamp having a buoy insertion hole into which the buoy tube is interpolated on both sides of the scaffold and a pipe hole into which the scaffold support pipe is interposed;

Hinged cores are spoken at both sides to connect the cage base frame to which the buoy tube is fixed by the scaffold and the buoy clamp, and the prefabricated breakproof cage device is characterized in that it comprises an elastic connector having an inner wire core as the sleeve. By

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

1 is a perspective view schematically showing the installation state of the prefabricated breakproof cage according to the present invention, Figures 2 and 3 is a schematic perspective view of the buoy clamp is fixed to the footrest and buoy tube installed in the prefabricated breakwater cage according to the present invention, 4 and 5 are exploded perspective views of the main portion of the buoy tube secured to the buoy clamp of the present invention and the cross-sectional structural view of the elastic connector for connecting the respective cage base frame, the prefabricated breakproof cage device of the present invention, Two bolt coupling holes 3 are formed at both ends of the work scaffold 2 having a plurality of holes 1 formed therein to prevent the support 4 and the coupling bolts positioned below the work scaffold 2. 5) is coupled and fixed, wherein the plurality of holes (1) formed on the surface of the scaffold (2) is provided with an inclined portion (6) inclined downward as shown in FIG. By allowing to reduce the resistance of the pumping waves work scaffolding (2).

In addition, the buoy clamp 10 having a buoy insertion hole 8 into which the buoy tube 7 is inserted at both sides to float the working scaffold 2 on the surface of the buoy clamp 10 has a scaffold above the buoy insertion hole 8. By forming the pipe hole 11 into which the support pipe 9 is inserted, the buoy tube 7 inserted into the buoy insertion hole 8 of the buoy clamp 10 is band 12 as shown in FIG. 6. As shown in Fig. 2, the foot support pipe 9, which is fixedly coupled to the buoy clamp 10 and inserted into the pipe hole 11, is a plurality of handrails 14 which are inserted into one side of the work footrest 2 as a U bolt 13. ) To be fixed.

In this case, as shown in FIG. 4, the buoy tube 7 is provided with a sleeve 16 protruding around the bolt coupling hole 15 at both ends of the buoy tube 7, and the buoy tube is disposed on the sleeve 16. The cap 19 on which the bolt hole 18 is installed is installed through the 0 ring 17 for the sealing of the coupling bolt 20 to be fixed to the sleeve 16 as the coupling bolt 20.

On the other hand, the cage base frame 21, in which the buoy tube 7 is fixed by the working scaffold 2 and the buoy clamp 10, the hinge core 22 is spoken on both sides so as to connect the buoy tube 7 to a predetermined shape. The elastic connector 25, in which the wire core 23 is projected as the sleeve 24, is projected to both sides of the scaffold support pipe 9.

At this time, the elastic connector 25, as shown in Figure 5, the bolt coupling hole 26 is formed at both ends of the hinge core 22 is coupled to the end of the scaffold support pipe 9 as a coupling bolt 27 A rubber member 28 for improving durability is installed on the wire core 23 and the sleeve 24 inside the elastic connector 25, and a rib 29 for reinforcing strength on an outer circumferential surface of the rubber member 28. ) Will go away.

In addition, it consists of a configuration consisting of a hand rail 14 which can be additionally installed as needed by entering a plurality of sides of the work scaffold (2).

Referring to the operation and effect of the present invention made of such a configuration as follows.

As shown in Figures 1 to 6, the work platform 2 of the cage base frame 21 in a state in which a plurality of holes (1) are formed to prevent slipping when the cage form worker walks and works The working scaffold 2 is coupled to the support 4 positioned below the working scaffold 2 using the coupling bolt 5 through two bolt coupling holes 3 formed at both ends thereof. In this case, the plurality of holes 1 formed on the surface of the scaffold 2 are provided with an inclined portion 6 which is inclined downward to reduce the resistance of the waves rising to the working scaffold 2 by waves or the like. It becomes possible.

On the other hand, the buoy clamp 10 in which the buoy tube 7 is inserted in the lower portion so as to float the cage base frame 21 on the surface of the steel pipe frame welded at a predetermined distance by the steel pipe reinforcement 31 on the upper portion (9) is firmly fitted, and is fully fixed by the coupling bolt (33).

Then, the band 12 is fixed to the buoy tube (7), buoy clamp (10), steel pipe frame (9) again, and re-fixed with a U-bolt (13) to double fixed to withstand any external force.

Referring to the coupling structure of the buoy clamp 10 in detail, the buoy clamp 10 is to be firmly fixed by hitting in the direction of the arrow of Figure 3 on both sides of the steel pipe reinforcement 31 in a pair of two stages.

At this time, the buoy tube (7), as shown in Figure 4, in the state in which the sleeve 16, the bolt coupling hole 15 protruding around the periphery of the buoy tube (7) is installed, the sleeve (16) After the cap 19 on which the bolt hole 18 is installed is installed through the 0 ring 17 for sealing the buoy tube in the buoy tube, the buoy tube 7 is fixed by coupling with the sleeve 16 as the coupling bolt 20. ) It completely prevents the inflow of seawater, etc., and prevents corrosion by seawater by buoy tube composed of synthetic resin.

Subsequently, in the cage base frame 21 on which the buoy tube 7 is fixed by the working step 2 and the buoy clamp 10, the hinge cores 22 are provided on both sides in order to connect the buoy tube 7 to a predetermined shape. The inner side of the elastic connector 25 is the wire core 23 is to be spoken as the sleeve 24, and then it is coupled to both bolt holes (35) of the scaffold support pipe 9 as a coupling bolt 27 to bound the frame 21 will be connected.

At this time, the elastic connector 25 is a wire reinforcement core 23 and the sleeve 24 inside the rubber member 28 for improving durability in the state that is installed, the strength reinforcement on the outer peripheral surface of the rubber member 28 Since the ribs 29 are protruding, it is possible to easily absorb shocks due to waves and external collisions.

According to the prefabricated breakproof cage according to the present invention as described above, it is easy to easily and easily assemble the cage base frame consisting of the clamp and the working footboard, the elastic connector to which the buoy tube is fixed, so as to support the net, in particular, It is possible to prevent damage of the cage frame even in the judging wave, and it is possible for the farm worker to safely form the cage through a plurality of holes installed on the work platform, and each cage frame is elastic in various forms. By connecting through the connector there is an excellent effect that can be easily assembled and dismantled regardless of the size of the cage farm and the surrounding environment.

While the invention has been shown and described with respect to specific embodiments thereof, it will be appreciated that the invention can be varied and modified without departing from the spirit or scope of the invention as set forth in the claims below. It will be clear to those skilled in the art that they can easily know.

Claims (4)

A plurality of holes 1 are formed on a surface thereof, and a working scaffold 2 which is fixedly coupled to a support 4 positioned downward by bolt coupling holes 3 formed at both sides thereof; A buoy clamp 10 in which a buoy insertion hole 8 into which the buoy tube 7 is interposed on both sides of the working scaffold 2 and a pipe hole 11 into which the scaffold support pipe 9 is interposed therein are formed. ); Hinge cores 22 are protruded on both sides to connect the cage base frame 21 on which the buoy tube 7 is fixed by the working scaffold 2 and the buoy clamp 10, and a wire iron core 23 is sleeved inside. A prefabricated brace device comprising a resilient connector 25 that is spoken as 24. 2. The buoy tube (7) according to claim 1, wherein the buoy tube (7) has a sleeve (16) in which bolt coupling holes (15) protrude from the two ends of the buoy tube (7). Prefabricated breakproof edging device, characterized in that the cap 19 is installed through the bolt hole 18 is installed through the 0 ring 17 for sealing of the coupling bolt 20 and the sleeve 16 to be fixed to the sleeve. The method of claim 1, wherein the elastic connector 25, bolt coupling holes 26 are formed at both ends of the hinge core 22 to be coupled to the end of the scaffold support pipe 9 as a coupling bolt (27). A prefabricated breakproof cage device characterized by the above-mentioned. According to claim 1 or 3, wherein the elastic connector 25 is installed in the wire core 23 and the sleeve 24, the inner side of the rubber member 28 for improving durability, the rubber member 28 Prefabricated piercing cage device characterized in that the rib 29 for the reinforcement of strength on the outer peripheral surface.