KR200303578Y1 - Cellular block structure and construction structure which is used at the vertical harbor structure - Google Patents

Abstract

The present invention is a structure of the unit sofa block used to construct the upright structure and the unit sofa block to the breakwater, As another embodiment of the present invention, the structure of the sofa block and the unit sofa block to allow the structure of the sofa block to be applied when constructing a water cage or a revetment can be changed within the scope of the invention. It is about structure structure when we build breakwater or water farm by masonry.

Description

Sofa block structure and construction structure which is used at the vertical harbor structure}

The present invention is a structure of the unit sofa block used to construct the upright structure and the unit sofa block to the breakwater, As another embodiment of the present invention, the structure of the sofa block and the unit sofa block to allow the structure of the sofa block to be applied when constructing a water cage or a revetment can be changed within the scope of the invention. Designed for the structure of the structure when building breakwater or water booth by masonry, conventionally, there is no unit sofa block commonly used in water booths or lakes where seawater contacts only the front and back and before seawater. By developing the structure of the unit sofa block according to the characteristics, It was built breakwater soccer twos or mulyangjang, such as Joan.

In general, the breakwater has the highest number of hybrids, and it has a slope of a predetermined slope before and after the body, and sometimes the upright structure type is selected depending on the terrain conditions. In this case, since the ship is docked, it must be an upright type to be built in the port, so it is not necessary to have a sofa function that sofas the blue waves from the open sea. When the sofa function is required for the entrance blue, there is a need to structurally secure the sofa function.

1 is a partial perspective view showing a sofa block structure and a construction state applied to the breakwater of the port structure to be carried out in accordance with the present invention.

2 is an exploded perspective view illustrating a unit sofa block structure used in FIG. 1;

3 is a cross-sectional view along the line A-A 'in FIG.

Figure 4 is a partial perspective view showing a sofa block structure and the construction state of the structure applied to the water cupboard or lake as another embodiment carried out in accordance with the present invention.

<Code Description of Main Parts of Drawing>

1. Upright breakwater

2. Bottom 3,3a. Sandstone 4. Foundation 5. Hollow Block

20. Unit Sofa Block 20a. Outer Sea Unit Sofa Block

22. Octagonal recesses 23,34. Octagonal Column 24. Octagonal Intermediate Wall

25. Back cube 26,32. Overhang 27,33. Indentation

30. Unit sofa block on the offshore side 31. Cube 35. Back wall

36. Flowing space 40. Cap concrete 50. Water crew

As mentioned above, the necessity of a sofa block having a structure having a function of a sofa that can be used in an upright breakwater or a water pad or a lake has emerged, and the present invention provides a unit sofa block that can be used in a water pad or a lake as well as an upright breakwater. The embodiment of the upright breakwater (1) will be described first by devising such a unit sofa block and constructing a breakwater or a water farm or a shelter.

Example 1

On the upper surface of the sea bottom 2, the foundation stage 4 is formed at a predetermined height and width, and the hollow blocks 5 of a plurality of stages (three stages in the drawing) are stacked on the upper surface thereof, and the interior of the temple 3a ) And then install a concrete block 10 of predetermined thickness and size on the top surface of the sandstone surface so that there is no loss of the sandstone 3a, and the breakwater implemented according to the present invention on the top surface of the concrete block 10. Multi-layer (three steps in the drawing) stacking unit sofa blocks (20) for erecting and upright type is carried out according to the present invention in the body structure to cast cap concrete 40 on the top of the unit sofa block (20) for breakwater The structure of the breakwater (1) is to be configured, but the structure of the unit sofa block (20) is provided with a separate offshore unit sofa block (20a) and the inland unit sofa block (30) to give a speech bar first offshore unit sofa Referring to the structure of the block 20a, the front face has a predetermined size and thickness An octagonal front wall 21 is provided, and the octagonal front wall 21 is recessed in the octagonal concave portion 22 to a predetermined depth and width to enhance the appearance and additionally, the octagonal concave portion 22 is provided. The blue swelled on the sofa, and the octagonal front wall (21) to the rear side of the octagonal pillar (23) of a certain length (length shown in Fig. 2: L) in the speech, but the octagonal pillar (23) ) The middle part is provided with an octagonal intermediate wall 24 having the same thickness as the octagonal front wall 21 and having a predetermined thickness, and the image of the octagonal intermediate wall 24 at the inner sea side of the octagonal pillar 23. The rear cube 25 having a rectangular surface coinciding with the lower, left and right surfaces is integrally addressed, and two of the four surfaces of the rear cube 25 are provided with protrusions 26 having a predetermined size and height. And the recesses 2 of size and depth into which the protrusions 26 protruding from the rear cubes of the other unit sofa blocks are inserted into the other two surfaces. 7) to form a structure of the outer sea side unit sofa block (20a) and the structure of the inshore unit unit sofa block (30) that is addressed to the back cube 25 on the back of the outer sea unit unit sofa block (20a) A cube 31 having the same size as the rear cube 25 and two projections 32 and two recesses 33 are formed on each of four sides, and an octagonal pillar 34 is spoken on the rear of the cube 31. The structure of the inshore unit sofa block 30 is constructed in such a manner that the rear wall 35 having the same shape and size as the front wall 21 of the octagonal pillar 34 and the outer unit sofa block 20a is spoken. And the protrusions 26 of the blocks welded to the recesses 27 and 33 of each block by stacking the outer unit sofa block 20a and the inner unit sofa block 30 in multiple stages up, down, left and right. (32) is inserted into the body of the upright breakwater (1) to build up the body of the cap concrete (40) on the upper surface of the upright breakwater (1) Build.

Example 2

The structure of the unit sofa block for constructing the water booth or the revetment 50 is provided in the inshore unit sofa block 30 in the first embodiment using the inshore unit sofa block 30 in [Example 1] as it is. The rear wall 35 is placed in contact with the seawater of the water tank or the raft 50 to assemble them up, down, left, and right to build a water tank or raft in a structure in which the cap concrete 40 is poured at the top. Therefore, between each unit block 20, 30, the water flow space 36 of the seawater is formed in the body, so that the blue wave is exhausted inflow between the flow space.

As described above, the structure of each unit sofa block (20, 30), etc. are composed of eight sides, and when these are assembled up, down, left, and right, a space part having a quadrilateral angle is formed at each corner of the welded part, and this space part is passed through. A ball 50 plays a role of blue and flows into the octagonal intermediate wall 24 or the back cube 25 so as to be couched, and a running space 36 formed between each unit block 20 and the block 30. The entire masonry block is capable of inflow and distribution of seawater, and the inflow wave is large on the outer sea side, so that double runoff spaces 36 are formed on the inland sea side, so that even the ingress of the blue waves is immediately dissipated and the appearance is orderly. It is an upright breakwater and a sofa-efficient body structure that can be seen as a hydrophilic facility by allowing the viewer to feel aesthetics because it is geometric and geometrical. The.

Claims (2)

In constructing the structure of an upright breakwater or a water tank and a lake, the foundation stage 4 is formed on the upper surface of the sea bottom 2 at a predetermined height and width, and a plurality of stages (three steps on the drawing) are formed on the upper surface. The hollow block 5 is laminated and filled therein the dead stone 3a, and then the concrete block 10 having a predetermined thickness and size is laid on one side of the dead stone surface so that there is no loss of the dead stone 3a. An octagonal front wall 21 having a predetermined size and thickness is provided on the front surface of the block 10, and the octagonal concave portion 22 is recessed in a predetermined depth and width on the octagonal front wall 21 to view the appearance. The blue octagonal concave part 22 is made to be better and additionally, and the back octagonal pillar of a certain length (length: L shown in Fig. 2) is fixed to the rear side of the octagonal front wall 21. (23), but the same size as the octagonal front wall (21) in the middle of the octagonal pillar (23) It has an octagonal intermediate wall 24 having a thickness, and has a rectangular surface coinciding with the upper, lower, left, and right surfaces of the octagonal intermediate wall 24 at the inner sea side tip of the octagonal column body 23 to have a predetermined length. The rear cube 25 is integrally addressed, and two of the four sides of the rear cube 25 protrude the projections 26 of a predetermined size and height, and the other two sides of the rear cube 25 are adjacent to the rear cube of another unit sofa block. The structure of the outer sea side unit sofa block 20a is formed by forming the concave inlet portion 27 having a size and depth into which the protruding protrusion 26 is inserted, and the rear cube of the rear side of the outer sea unit unit sofa block 20a ( A sofa block structure and a construction structure used for an upright port structure, characterized in that the speech of the inland unit sofa block (30) to be addressed. According to claim 1, the inshore unit sofa block 30 forms a cube 31 and the same size as the rear cube 25 and two projections 32 and the recessed portion 33 on each of the four sides and such The octagonal pillar 34 is spoken on the back of the cube 31, and the back wall 35 of the same shape and size as the front wall 21 of the octagonal pillar 34 and the outer sea unit sofa block 20a is speeched. The structure of the inshore unit sofa block 30 is configured to be such that the outer sea unit sofa block 20a and the inshore unit sofa block 30 are stacked in multiple stages up, down, left, and right. The sofa block structure used for the upright harbor structure, characterized in that the protrusions (26) and (32) of the block facing the mouth (27) (33) is inserted into engagement to build up the body of the upright breakwater (1). Construction structure.