KR20130012896A - Block to prevent sofa in port or coastal area - Google Patents

Abstract

PURPOSE: A block for preventing coastal erosion in a harbor or a coastal area is provided to supply perfect durability and stability in the harbor or a coastal area by blocking sea current moving from seabed. CONSTITUTION: A block(30) for preventing coastal erosion in a harbor or a coastal area includes a column pipe(15) connected with a convex bar(14) in the state of being wrapped, includes a fixture connected with a parking with a fixing pin in the lower side between the convex bar and the column pipe, passes through a binder in the middle or the upper side of the column pipe, connects an elliptical branch pipe to the binder, connects a inserted branch pipe(22) in the binder, fixes the branch pipe connected to the column pipe around the end part of the branch pipe.

Description

Block to prevent sofa in port or coastal area {Omitted}

The present invention is a block for preventing sofa against waves in the coastal area, more specifically, by weakening the wave power and wave power of the terrain that is pushed over the geographic area in the coastal area, such as a port or beach adjacent to the sea, the mobility of seawater The present invention relates to a block for the prevention of sofas against waves in ports and coastal areas provided to maintain a stable coast along with a reduction of

In general, when a high tide or low tide occurs, such as a strong wind generated in a coastal area or a harbor, the moving sea water induces flooding along the banks and the sea floor and damages to the sea. It is providing a sofa function by installing the Techlaport repeatedly.

In addition, when houses are damaged by strong winds blown by typhoons, etc. among houses and private buildings in the coastal area, windbreak forests are developed in coastal areas, and facilities are prevented from being damaged by the typhoons.

When a huge wave hits a season or a typhoon in a port or coastal area, the ship is anchored in the harbor or the waves are hit by a ship in flight, causing damage to the ship or fishing boat.

In addition, in the coastal areas of the seashore, the risk of flooding is caused by passing over the embankment built by over-the-wave waves, and the damage of the erosion occurs on the ground of the beach.

In addition, the pipes in which the irregularities are formed repeatedly in the longitudinal direction among the pipes made of synthetic resin have good external pressure reinforcement and have good flexibility, and are mainly used for exhaust gas so that they can be applied by flexibility and stability under adverse conditions such as buildings. In addition, the flexible underground cable is used mainly for underground burial because of its enhanced external pressure strength and flexibility.

In addition, various binding means have been provided in order to prevent the over-current caused by the huge waves.

In addition, coastal areas, etc., are provided with a stack of lanyard blocks, etc., in the coastal area is used to build a sofa break (e.g. tetra-port, sambari) by building a breakwater.

However, sofa structures such as techrapports used in the lamination as described above are mostly hard bodies, and thus, the durability against waves is long term.

Therefore, the description of one embodiment of the above-described shelter block is described in the above-described area by structurally canceling the water such as the waves rushing by typhoons, heavy rains, etc. in the protection banks of the conventional coastal areas and port areas described above. It is for safety by preventing flood damage to oversea waters.

In addition, the embankment constructed as described above is installed on the breakwater so that the blue waves from the open sea to the inland sea, as formed by the movement of sea water, is sometimes installed due to the oversea wave, causing damage to life or flooding. In addition, there is a limit to the sofa function for the moon wave.

Here, by constructing a passageway for dispersing the movement of the wave waves over the coastal area or the port embankment to be described, there was a lot of difficult problems to install a stable sofa structure.

In addition, when damaged by strong winds blown by typhoons, etc. among houses and facilities in coastal areas, when windbreaks are developed in coastal areas, the wind speed of typhoons is reduced due to the bending and flexibility of the windbreaks. There are cases where facilities are not damaged.

In addition, in the case of the windbreak forest used in the coastal region, the branches of the trees forming the windbreak forest, such as attenuate the wind blown by the bending stress and at the same time to strengthen the durability.

In addition, a bollard such as a convex rod protruding into underground burial uses a flexible bollard composed of an elastic material reinforced with bendability and resilience in order to mark a boundary for safety on roads and construction sites.

In the present invention, a portion of the direction of the flow of the rough moving force of the current in the sofa block installed in the breakwater is reduced by the bending stress of the bent pipe so that the blue waves that enter the inland sea from the external sea in the harbor or coastal area can be couched. It is intended to prevent it to be possible, and by providing the interconnection block to each other in a predetermined section to increase the blocking phenomenon for a predetermined sofa power, and to provide as a habitat section such as fish, and also the movement of blue By delaying the phenomenon, it is combined to prevent the erosion of sand or soil, and mainly to prevent sea currents moving from the sea floor, to provide stability and perfect durability in the port or coastal area of the construction site.

In the port 11 or the coastal area 12, the indictor 13 is repeatedly fixed so that the blue waves from the external sea to the inland sea can be couched continuously. In the block to be joined to the protrusion,

The convex rod 14 is wrapped around the outer circumferentially provided with a column tube 15 is joined, the lower side of the convex rod 14 and the column tube 15, the parking 32 and the fixing pin (18) And a fixing tool 16 coupled to each other and penetrates the binding holes 33 and 33 'in the middle and upper sections of the column pipe 15, and the binding hole 33 has an elliptical branch pipe ( 29) is coupled to the branch pipe 22 to be inserted into the binding hole 33 ', but the branch pipe 22 is coupled to the end of the branch pipe (22) in the binding column pipe (15) It is an invention to provide a block (30) which is constructed by fixing (22 ') to one another in combination.

Fixing both ends of the elliptical branch pipe (29), and coupled between the column pipe 15 and the branch pipe 22 section with an arc-shaped binding pipe 28, the column pipe 15 is reinforced The sphere 36 is formed of a synthetic resin pipe 35 reinforced with a spiral winding, and the branch pipes 22 and 22 'are provided with an uneven section 26 for bending.

In addition, the convex bar 14 is configured as a convex rod 14 'is bent and flexible reinforced, the convex bar 14 is configured as a convex rod 14' is reinforced with bendability and resilience, The coupling pipe fixed to the column pipe 15 of the block 30, and coupled to the sofa base 40 to the column pipe 15 or branch pipes 22, 22 'coupled to the convex rods 14. It is an invention provided to reinforce the couch force against the moon wave by configuring the block block 39 'of a wide section which is installed by continuously connecting the 20 and the support tubes 22 and 22'.

In addition, the block 30 is an invention provided to reinforce the windshield and the shade of the sun by installing in the farming complex 50.

The present invention relates to a block for protecting against erosion of blue seas and coastal areas from sea level, and the embankment of the present invention makes it easy to move a certain amount of seawater while offsetting the movement of the current. It is a useful invention that provides the environment for the prevention and erosion of the seawater and the drainage to ensure the drainage of the coastal area as a drive for the induction stand as a blocking and moving passageway.

Hereinafter, with reference to the accompanying drawings, the configuration according to an embodiment of the present invention in detail as follows.

That is, Figure 1 is an exploded partial perspective view of the main part of the present invention, Figure 2 is a partial assembled state of the block which is the main part in Figure 1, Figure 3 is a partial use state diagram for the block in Figure 2, Figure 4 1 is a partially enlarged view of an embodiment of the main part in FIG. 1, FIG. 5 is a partial perspective view of the use state of the jar type in FIG. 3, and FIG. 6 is an embodiment of a construction site for the main part in FIG. It is a partial illustration for.

Therefore, when the present invention will be described in detail with reference to the accompanying drawings based on one embodiment to suit the construction site,

In the present invention, since the movement of the seawater caused by the strong wind or the change of weather often causes damage in the coastal region 12 adjacent to the port 11, in the present invention, In order to reduce the moving force, the direction in which most waves are drawn is almost constant.

Therefore, the prose 13 is buried in a predetermined size and interval in the appropriate section of the drawway, the convex bar 14 for fixing the block 30 to be installed on the upper side of the prose 13 It is provided with a protrusion.

In addition, the convex rod 14 described above compensates for the flow force of the wave due to the bending force while the wave moves, thereby providing durability and flexibility, and also provides the following restoring force in the long term. If possible, while inserting the convex rod 14 is extrapolated to fix the pillar tube 15 formed of a synthetic resin pipe to provide bendability and chance by the flow of waves.

Wherein the convex rods 14 and the column tube 15 described above to secure to each other by bonding; a preferred embodiment is fitted with a parking 32 in the separation section, to fix the fixing pin 18 through It is preferable to provide the fixture 16 to give.

In order to provide a desirable sofa structure, the blue waves from the sea to the inland sea can be couched on the slopes 25 of the harbor 11 or the coastal region 12, and the incoming tide is gradually pushed out. In order to provide a block 30 that is fixed to the prosecution 13 repeatedly repeatedly, but protruding from the convex rod 14 in the prosecution 13,

The convex rod 14 is wrapped around the outer circumference and provided with a protruding pillar tube 15, but the parking section 32 and the fixing pin at the lower side of the convex rod 14 and the pillar tube 15 It is preferable to provide the fixture 16 coupled to (18).

In addition, the binding holes 33, 33 'penetrating to a predetermined size in the upper section of the protruding pillar tube 15 to penetrate so as to cross each other, the binding section of the lower section of the pillar tube 15 Reference numeral 33 provides an overall balance of the block complex 30 'which will be described later by fixing with the binding pipe 20 and connecting with the insulator 13 embedded in the connection.

In addition, the binding hole (33 ') provided in the middle, the upper side of the pillar tube (15) is coupled to the elliptical branch pipe 29 through each other, in order to reinforce the sofa function separately, to make a plurality of perforations The branch pipe 22 is inserted into the binding hole 33 ', but the branch pipe 22 is coupled to the end of the branch pipe 22' is continuously coupled to the column pipe (15) continuously installed around the end of the branch pipe (22 ') It is an invention to provide a block (30) that is constructed by fixing ') to a bond that binds each other.

Wherein the spaced interval between the support pipe 15 and the branch pipe 22, 22 'coupled to be provided with a synthetic resin to provide flexibility, for example, almost similar to the structure of the cleaning broom to prevent the movement of the wave If the sofa base 40 is woven and installed in a proper manner, while the wave is passing, it is provided to the effective sofa because it is fixed while being moved in bending.

In this case, the block 30 fixed to the convex rod 14 to be flexibly reinforced by the flow of waves flexibly reinforces the elastic material, such as rubber, which is not shown to reinforce the bendability and resilience. It is preferable to provide a flexible convex rod 14 'composed of (Figs. 2 to 3).

In addition, an embodiment of the present invention for reinforcing the block 30, which is an essential part of the present invention, according to a predetermined sofa section and reinforcing each other's speed and durability for the block complex 30 'and the effective sofa effect will be described. If you do,

In the lower section of the column pipe 15 is fixed to a separate binding pipe (20 ') which is fixed while protruding in the left and right direction while intersecting the binding pipe 20 provided with each other, the column pipe 15 is continuously fixed in the left and right direction (15) ) To fix it.

In addition, the description of one embodiment to reinforce the couch force for the protruding middle side section of the pillar tube 15, as shown in Figures 3 to 4, the middle side of the pillar tube 15 Fixing both ends of the elliptical branch pipe (29) to be inserted into the binding hole (33) penetrated in the.

In addition, the column pipe 15 and the branch pipe 22 is coupled between the arc-shaped binding tube 28, the both ends formed while protruding in the curvature of the arc-shaped binding pipe 28 is a column pipe (15). It is provided by fixing it on both sides of the center.

Fixing to both side ends of the arc-shaped binding pipe 28 is fixed to the column pipe 15 described above, it is to be provided by a fixing strap or pin, which is widely used in the construction site.

In addition, the detailed description of the pillar pipe 15 and the branch pipe 22 which is the main part described in the present invention, for economical and durable reinforcement in the construction site,

The pillar tube 15 is formed of a synthetic resin pipe 35 reinforced with a spiral winding reinforcement 36, and also as a zoom, to strengthen the bendability and durability due to water shock or typhoon caused by the fluctuation of the wave Let it go

The branch pipes 22 and 22 'are provided with a concave-convex section 26 for bending to reinforce bendability and durability due to water shock or typhoon caused by wave fluctuations.

In addition, the description for providing a suitable block complex in the structure according to the topography of the port or coastal area to be used for use, as shown in Figure 4, the area such as coastal sub-region, port or farming complex has a depth of ground surface Otherwise, the curved zone (a) is present, so as an embodiment for installing an effective block complex 30 'to this, the depth of the column tube 15 in accordance with the depth in the deeper or lower area (a) It is desirable to provide a simple fit for the length of the installation.

In addition, in order to reinforce the effective sofa force, the sofa seating zone 40 formed of a flexible synthetic resin is coupled to the appropriate intervals and sections in the column pipe 15 or the branch pipes 22 and 22 ', and the block ( Block section of a wide section which is installed by successively connecting the binding tube 20, 20 'and the support tube 22, 22' fixed to the column tube 15 protruding from the prosecution 13 of the ( 39 '), it is preferable to provide so as to reinforce the sofa force against the moon wave.

In addition, when explaining an embodiment of the main block 30 of the present invention, not only the damage of the moon wave due to the original waves, but also the damage caused by the strong wind, especially in the plastic house 45 or coastal area fishing villages, etc. Most of the damage is prevented by the corners.

Therefore, in the present invention, if the block 30 is continuously provided to one side as a fence in a direction in which strong wind blows in a farming area 50 such as the vinyl house 45 described above, vinyl by strong wind It is an invention that provides to prevent damage to the house (45).

Therefore, the block 30 is an invention that is provided to reinforce the windshield and shade of the sun by installing in the farming complex 50.

1 is an exploded partial perspective view of the main part of the present invention;

Figure 2 is a partially assembled state of the main block in Figure 1

3 is a partial use state diagram for a block in FIG.

4 is a partially enlarged view of an embodiment of the main part in FIG.

Fig. 5 is a partial perspective view of the use of the jar type for the block in Fig. 3;

Figure 6 is a partial illustration of an embodiment of the construction site for the main portion in Figure 5

Explanation of symbols on main parts in the drawing

11. Harbors 12. Coastal areas 14. Convex rods 15. Columns 16. Fixtures

18. Fixing pin 20. Binding pipe 22. Branch pipe 25. Slope 26. Uneven section

28. Circular arc-bound building 30. Block 40. Sofa basin 50. Farming complex

Claims (4)

In the port 11 or the coastal area 12, the indictor 13 is repeatedly fixed so that the blue waves from the external sea to the inland sea can be couched continuously. In the block to be joined to the protrusion, The convex rod 14 is wrapped around the outer circumferentially provided with a column tube 15 is joined, the lower side of the convex rod 14 and the column tube 15, the parking 32 and the fixing pin (18) And a fixing tool 16 coupled to each other and penetrates the binding holes 33 and 33 'in the middle and upper sections of the column pipe 15, and the binding hole 33 has an elliptical branch pipe ( 29) is coupled to the branch pipe 22 to be inserted into the binding hole 33 ', but the branch pipe 22 is coupled to the end of the branch pipe (22) in the binding column pipe (15) Block for preventing a sofa in a port or coastal area providing a block (30) consisting of fixing (22 ') in combination with each other. The method of claim 1, In the lower section of the column pipe 15 is fixed to the binding pipe 20, fixed to both ends of the elliptical branch pipe (29), Between the pillar tube 15 and the branch pipe 22 section is coupled to the arc-shaped binding pipe 28, The column pipe 15 is formed of a synthetic resin pipe 35 reinforced with a reinforcing hole 36 spiral wound, The branch pipe (22) (22 ') is provided with a concave-convex section (26) for bending block for preventing sofa in the harbor or coastal area. The method according to claim 1 or 2. The convex bar 14 is composed of a convex bar 14 'reinforced with bendability and resilience, Coupling the sofa base 40 to the pillar tube 15 or the branch tube 22, 22 'coupled to the convex rod 14, and fixed to the pillar tube 15 of the block 30 A port or coastal area provided to reinforce the sofa power by forming a block block 39 'of a wide section installed by continuously connecting the binding pipe 20 and the support pipes 22 and 22'. Blocks to prevent the sofa from falling out. The method of claim 1, Block for preventing the sofa in the harbor or coastal area provided to install the block 30 in the farming complex 50 to reinforce the windshield and shade of the sun.

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