KR200242470Y1 - Prefabricated barges - Google Patents

Abstract

This design is required for marine development, landfill, etc. requires a lot of development costs,

As a measure to attract various facilities on the floating structure as a measure to cope with the reality that development is delayed or not easy due to environmental problems,

In the case of general barges, rectangular barges made of steel are used, but this is not only a high facility cost and labor cost but also a permanent condition due to corrosion due to oxidation.

The structure of the present invention is the design of the floating structure that can be assembled and manufactured by dozens and hundreds of meters of extruded molded products (1, 2, 6, 7, 8, 9, 10, 11) with synthetic resin materials such as waste plastic.

Description

Prefabricated barges {omitted}

The prior art of barge manufacturing requires a lot of manpower by welding the joints with steel in a dry dock or on the ship's side,

The present invention is a fabrication technology for assembling and assembling a bolted plastic extrusion into a flat shape (within a dry dock) by assembling an extruded molded product of arbitrary length. Its design is fast and the manufacturing cost is incomparable with the prior art. .

The continuous square pipe type extrusion technology is the key. Currently, about 1M is good, but we need to develop more extrusion technology gradually.

1 is a perspective view of the present invention (top plate and no cell cap)

2A is a continuous coupling table

2B is a side view of the continuous coupling

3 is a cell cap

4A shows the left cell cap

4B is the right cell cap

5 is a cell coupling rod

<Explanation of symbols for main parts of drawing>

1. Cell body 2. Side cell 3. Binding bolt

4. Top Binding Hole 5. Cell Coupler 6. Continuous Coupler

7. Continuous side joining stand 8. Cell cap 9. Left cell cap

10. Right cell cap 11. Cell coupling rod 12. Adhesive hole

13. Glue outlet hole

When the extruded arbitrary length cell body 1 is adhered to several planes or several dozens in parallel on the plane, and the cell coupling rods 11 are inserted into the cell coupler 5, respectively, The bottoms are joined together,

Glue-type adhesive is extruded to make it possible to combine the adhesive hole 12 and the external hydraulic adhesive hose or connector provided in the cell coupling rod 11, which is separately manufactured for more firmness and closeness, and to block water. When discharged through the discharge hole 13, the diffusion cell coupler 5 and the cell coupler 11 inside the cell coupler 5 at the same time as the discharge to bond and fix each other,

The side cells 2 are also combined in the same manner as described above to be sealed with the respective cell caps 8, 9 and 10,

When necessary for the production of large barges, it is possible to continuously combine with each other by using the continuous coupling table 6 in the cell body 1 and the continuous side coupling table 7 in the side cell 2,

The upper part of the cell is a bolt (3) nut (not shown in the figure) between the top plate bases which is shaped and extruded, and when the cells are bound at arbitrary intervals, a set of laying is performed.

Therefore, it is to attach the top plate through the top plate binding hole using the top plate support.

The transport and movement of the present invention can be assembled in a small commercial mall, but the large one can be assembled in a dry dock, so that after the completion of assembling of the barge, it is moved in the state of floating water using high tide in a general dry dock. .

1. Rapid production

2. Low production cost

3. Environmental friendliness

4. semi permanent

5. Manufacture large barges according to dry dock size

6. Installation of secondary facilities such as floating water leisure, wind power generation, solar panel, artificial island

7. Installation of Floating Bridge, Buzan Bridge

8. Apply unit cell to cage form

9. Raising cargo and installing warehouse

10. Application of various eyepieces

11. Landfill Substitution

Claims (1)

To form a cell coupler (5) that can be combined with the base to the bottom edge of the extruded or several dozens of cell body (1) and the side cell (2), An adhesive hole 12 through which a jelly-type adhesive can pass is formed in a cell coupling rod 11 separately manufactured by the length of the cell body 1 that can be inserted into the cell coupling hole 5 without resistance. To form a ball 13, Make a threaded hole on both sides to attach external hydraulic glue hose or connector, If necessary, a continuous coupling table 6 and a continuous side coupling table 7 can be utilized to continuously connect the cell body 1 and the side cells 2, Prefabricated barge for sealing the buoyancy of the cell itself using various cell caps (8, 9, 10) at the finish.