KR200375593Y1 - New wave dissipating block - Google Patents

Abstract

The present invention relates to the sofa block used in the breakwater, the quay wall, and the shelter required for the construction of the port. The blue wave invading from the front of the port structure is guided by the blue guide hole inside the new sofa block. By deflecting the direction of separation to the outside of the block, the blue waves passing through the blue guide hole outside the new sofa block and the separated blue wave collide in four directions from the outside of the block to block the reflected wave, and the remaining non-sofa blue waves up and down the outside of the new sofa block. The present invention relates to a new sofa block which aims to block reflected waves by refracting the advancing direction in the left and right four directions into the block and colliding again in the four up and down and left and right directions inside the new sofa block.

Description

New sofa block {New wave dissipating block}

The constant temperature and port utilization rate of the port, which is a measure of port use, are determined by the waves entering the port from the port inlet and the wave waves entering the port beyond the breakwater and the reflected waves generated from the wall of the quay wall in the port.

The waves entering the harbor from the port entrance can basically be reduced by proper placement of breakwaters, and the waves passing beyond the breakwaters can be reduced by increasing the heights.

However, it is best to apply sofa blocks and sofa structures with low reflectance to reduce reflected waves generated in the harbor.

In order to achieve the above purpose, about 10 types of upright sofa blocks have been developed at home and abroad, and research is being conducted because of the necessity.

Such an upright sofa block can be said to be characterized by having a hole inducing a blue wave and a flowing part of the blue sofa.

The perforated part is combined in various forms according to the structure of the sofa block, but generally has a rectangular parallelepiped shape, and its purpose is to facilitate the absorption of blue waves invading from the front.

The flowing part has a function to sofa the blue light incident through the hole, and has various structures depending on the shape of the sofa block and the form of lamination.

The reflected wave blocking principle of the upright sofa block causes loss of energy due to friction with the wall surface of the perforated part while the blue passes through the perforated part, and reflects the reflected wave by the principle of dividing and converging the energy in the flowing part. I'm in control.

However, since most of the upright sofa blocks using the above principle are located in a straight line through which the perforations and the flowing parts are horizontally penetrated, the wave energy that enters the inside of the sofa block system is not completely couched and the reflected wave exits to the outside of the system. The shortcomings that could not be completely blocked could not be overcome.

In order to overcome the above drawbacks, a new sofa principle and method capable of completely blocking the reflected waves of blue, and the development of a new sofa block structure requiring improvement in workability and beautiful aesthetics were required.

The present invention relates to a new sofa block and when described in detail based on the accompanying drawings as follows.

The new sofa block 10 implemented according to the present invention is largely composed of a front part, a middle part, and a rear part.

The front part of the upper plate 110 and the lower plate 120 is formed in the same size in a rectangular shape, the convex portion 111 is provided on the lower surface of the lower plate 120 on the upper surface of the upper plate 110, the upper plate is provided, Both sidewalls 130 are vertically connected to the 110 and the lower plate 120, and the positions of the sidewalls 130 are vertically connected to the upper plate 110 and the lower plate 120. When the blue guide hole 140a and the blue guide hole 140b are formed on both sides thereof, the widths of the two blue guide holes 140b are selected to be equal to the width of the wave guide hole 140a.

The middle portion forms four horizontal pillars 210 each at a predetermined distance so as to connect the components of the front portion to the rear portion.

When the first sofa wall 220 connecting the respective pillars inward in the middle of the horizontal pillar 210 is placed on the top, bottom, left and right slopes protruding in the front direction, the front horizontal pillar of the first sofa wall 220 is placed. The space between the 210 is naturally formed with a first blue distribution hole 230, the space between the horizontal pillars 210, the back of the first sofa wall 220 is formed with a second blue distribution hole 240.

The components of the rear part are connected to the components of the front part by horizontal pillars 210 of the middle part.

The rectangular parallelepiped rear body 310 has a convex portion 311 and a lower portion 312 on the lower surface of the rear body 310, and the upper body protrudes in the front direction toward both outer sides of the middle portion on the front of the rear body 311. The second sofa wall 320 having a lower slope and an inclined surface inward of the rear body 310 is formed.

The left and right widths of the rear body 310 have the same width as the left and right widths of the upper plate 110 and the lower plate 120 of the front portion.

The sofa method of the port structure using the new sofa block 10 formed as described above will be described with reference to the drawings.

For reference, the notation of 140a and 140b of FIGS. 4 and 5 refers to the insertion of a blue moving position to help understand the sofa principle and structure.

Placing a sandstone on the bottom of the sea floor and flattening the top surface of the sandstone, the new sofa block 10 is stacked in a zigzag to place the concrete concrete as shown in FIG.

Looking at the perspective view of Figure 2, the new sofa block 10 is zigzag interleaved with each other, the blue guide hole (140a) and the blue guide hole (140b) are arranged in a row, horizontally and vertically alternately, of the blue guide hole (140a) The blue guide hole 140b is positioned up, down, left, and right, and the blue guide hole 140a is positioned up, down, left, and right of the wave guide hole 140b.

First, the blue sofa principle of the cross-sectional view taken along line A-A 'of FIG. 3 shows that the blue moisture that invades from the front of the new sofa block 10 as shown in FIG. Separated by. The separated blue is guided into the blue guide hole 140a and the wave guide hole 140b, respectively.

The blue wave guided into the wave guide hole 140a is separated by the first wave wall 220 and the first seawater flow hole 230 in up, down, left and right directions, respectively, and the traveling direction is refracted toward the wave guide hole 140b. . The reason why the sofa wall has an inclined surface to protrude forward is to make it easy for the blue wave to be separated in four directions without the reflected wave and to bend the traveling direction.

The blue waves separated in four directions collide with the blue waves passing through the blue guide hole 140b in up, down, left and right four directions as shown in FIG. 4, and the energy is reduced.

And the wave energy straight ahead without the rest of the sofa is separated in four directions again by the second wave wall 320 and the second seawater distribution hole 240, as shown in Figure 5, the traveling direction is refracted toward the wave guide hole (140a) and separated The blue waves collide on the back of the first sofa wall to be couched.

As a result, the space formed inside the upper plate 110 and the lower plate 120 of the new sofa block 10 and both side walls 130 and the inside of the horizontal pillar 210 is defined as the inside of the new sofa block 10 and the other When the space is defined as the outside, a huge single wave energy invading from the front is separated in four directions up and down, left and right inside the harbor structure using the new sofa block 10 of the present invention, and the direction of refraction is deflected to the outside of the block.

 By using the separated blue energy to hit the other blue energy penetrating the outside of the new sofa block 10 of the present invention in the up and down, left and right four directions, the blue sofa, and the outside of the new sofa block 10 It is a principle that the blue wave is deflected from the outside of the new sofa block 10 in the fourth direction to be deflected into the block to completely sofa the inside of the new sofa block 10.

As such, the sofa structure of the harbor structure using the new sofa block 10 according to the present invention does not generate reflected waves because blue waves completely sofa in the new sofa block system.

In addition, if a hole penetrating the center of the front and rear of the rear body body 310 of the new sofa block 10 is formed, the seawater of the outer sea and the inner sea can be exchanged while maintaining the constant temperature of the inner sea when constructing the breakwater.

As described above, the new sofa block 10 has a simple structure and effectively sofas reflected waves to maintain the constant temperature in the port to improve the efficient operation of the port, and the wave guide holes 140a and b are aligned horizontally and vertically. Have a good aesthetic

1 is a perspective view of a new sofa block according to the present invention.

Figure 2 is a perspective view of a harbor structure using a new sofa block according to the present invention.

3 is a cross-sectional view taken along the line AA ′ of FIG. 2.

Figure 4 is a blue sofa structure of the section line B-B 'of FIG.

5 is a blue sofa structure of the cross-sectional view taken along line C-C 'of FIG.

<Glossary of main parts of drawing>

10. New Sofa Block 110. Top Panel

111.Iron 120.Lower Plate

121. Main part 130. Both side walls

140a, b. Blue guided ball 210. Horizontal pillar

220. First sofa wall 230. First blue distributor

240. The second blue distributor 310. The rear body

311.Iron 312.

320. Second sofa wall

Claims (2)

The upper plate 110 and the lower plate 120 is formed in the same width and length in the shape of a square, the upper portion 110 is provided with a convex portion 111, the lower portion of the lower plate 120 is provided with a recess 121, the upper plate Both sidewalls 130 that vertically connect the 110 and the lower plate 120 are placed so that the blue guide holes 140a are formed at the inside of the side walls 130 and the blue guide holes 140b are formed at the outside of the side walls. Wow The first sofa wall 220 connecting the middle inside of the four horizontal pillars 210 is installed with the inclined surfaces on the top, bottom, left and right sides protruding in the front direction, and the front horizontal pillar 210 of the first sofa wall 220. The space between the first blue distribution hole 230 is provided, the space between the horizontal pillars 210 of the rear is the middle portion with the second blue distribution hole 240 is provided. And it has a concave portion 311 and the lower surface 312 on the upper surface of the rear body 310 and the rear body 310 of the rectangular parallelepiped shape, and the front portion in front of the rear body 310, left and right horizontal pillars 210 The new sofa block (10), characterized in that it is composed of a rear portion formed with a second sofa wall having an inclined surface inwardly of the upper and lower inclined surfaces protruding in the direction. The method of claim 1, The new sofa block 10, characterized in that to form a further hole through the center of the front, rear of the rear body 310 of the new sofa block 10.