KR100645315B1 - Establishment construction for river levee block - Google Patents

Abstract

A structure for installing an embankment block of a river is provided to stream water actively by continuously and repeatedly installing protruded embankment blocks and recessed embankment blocks in a slope of an embankment, and to construct the eco-friendly embankment block by forming a habitat and a spawning ground for aquatic organisms. A structure for installing an embankment block of a river includes plural embankment support bars(30) arranged in a slope between a river and an embankment, a protruded embankment block(10) fitted to an inclined beam(31) of the embankment support bar, a recessed embankment block(20) continuously and repeatedly fitted to the inclined beam, and a handle fixing unit(51) combined with an upper part of the inclined beam and combined with a handle bar(50). A fitting projection(12) is combined with a fitting elongated groove(32) of the inclined beam, and a curved projection(11) is protruded and bent outward. An assembling hole is formed vertically at both ends of a horizontal beam to penetrate a sliding recess, and a floor panel(40) is fitted to the sliding recess. A fixing bolt(41) is inserted to the assembling hole to fix the floor panel in the embankment, and a meshed block is installed in the lower part of the inclined beam by an anchor bolt(61) and a nut(62).

Description

Establishment construction for river levee block}

1 is an exploded perspective view showing the assembly of the river embankment block and the river preventive zone is an embodiment of the present invention,

Figure 2 is a perspective view showing the assembled state of the embankment block and the river preventive zone of the present invention,

Figure 3 is a side cross-sectional view showing the assembled state of the river embankment block and the river prevention zone is an embodiment of the present invention,

Figure 4 is a plan view showing the construction of the river bank block and the river preventive zone of the embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

10: protrusion embankment block 11: curved protrusion

12,22: fitting protrusion 20: Ubu embankment block

21: curved lugs 30: river prevention zone

31: inclined beam 32: fitting groove

33: horizontal beam 34: sliding main

35: fastening hole 40: floor plate

41: fixing bolt 50: handle

51: handle lock 60: mesh block

61: anchor bolt 62: nut

70 dike

The present invention relates to an installation structure of a river dike block, and more particularly, a protruding dike block and a recessed dike block can be installed on the slope of the lake continuously to achieve a smooth flow of water flow, and at the same time to protect the slope of the lake bank. It can be used to provide floors using anti-corrosive wood on the part in contact with the ground to improve the beauty of the scenery around the river, and provide a stable installation for a long time. It is related to the installation structure of the eco-friendly river bank block can be scattered.

Levees restrict the flow of rivers, shores, lakes, and swamps within certain flow paths to prevent flooding and to protect soils and shores from storms, tidal waves, and waves. It is a piled up civil engineering structure. The dike is protected by grass, stone, concrete and other revetment works depending on the location and purpose. In primitive rivers, sedimentary forces accumulated on the boundary between flood plains (flood waters or coarse lands) are formed along both sides of the estuary, which is called natural embankment.

Rivers usually run through the lowest point of the valley, but if there is a lot of precipitation, the water level rises and it is drained with considerable width. In the plain, flooding is wider. Therefore, inhabitants living along the river limit the width of the river by building a levee. Therefore, floods exceeding the quantity of water flowing within the limits will flood and become a disaster.

The height of the levee is determined by the level of the flood (planned flood level) at that point, plus a margin of 0.5-2.0 m to the height of the levee floor. The clearance height is to cope with floods exceeding the plan, earthquake deposits on the banks' embankments, causing shortages in the runoff section, subsidence of the foundations, and rising water levels due to centrifugal forces outside the wave and grain areas. Apart from the clearance height, in preparation for the consolidation settlement of the dam body, a suitable piled soil is placed on the floor, as in the general embankment. Floor width of at least 2 m is required, usually 4 to 5 m. When used as a road, the floor is attached according to the regulations of the road. The berm is set when the height of the bank exceeds 4 to 5 m for stability of the bank. It is about 4 m wide, but wider for other purposes. The back jaw is used as a channel for flood work.

The structure of such a general river facility is built on the side of the river dike, by installing a concrete retaining wall at the location where the river and the river bank contact, faithful to the purpose of preventing the loss of the river bank and to reduce the construction cost As a result, the revetment work is being carried out.

However, when the construction of the revetment construction does not consider the underwater ecosystem at all, there is no facility that can protect the underwater ecosystem around the shoreline, there is no habitat or spawning place of aquatic life, there is a problem that the balance of the ecosystem is broken.

In addition, when the river is blown strongly and repeatedly hits the river banks due to the heavy rainfall, the river banks are gradually damaged by the impact, so that the cracks may be generated and eventually lost.

The present invention is to solve the above problems, the protruding embankment block and the recessed embankment block can be repeatedly installed on the slope of the lake shore to achieve a smooth flow of water flow, and at the same time to protect the slope of the lake shore slope By providing a floor using anti-corrosive wood on the part which is in contact with the ground, it can improve the beauty of the scenery around the river and provide a stable installation state for a long time, and the aquatic plants and organisms can form and spawn on the bottom part of the lake. The purpose is to provide an eco-friendly river bank block installation structure.

In order to achieve the above object, the present invention has a cross-section H-shaped fitting grooves are formed at both ends and has an inclined beam located on the inclined surface of the river and the embankment, the cross-section is H-shaped sliding recesses are formed at both ends A river preventive zone having a horizontal beam welded to one end of the inclined beam and installed horizontally on an upper end surface of the embankment, and arranged on the river bank at a predetermined interval;

A protruding embankment block having a convex protrusion protruding outwardly of a central portion of the plate into a plate body having both end portions fitted into the fitting grooves of the inclined beam preventing zone;

A plate body having a fitting protrusion in which both ends are fitted into the fitting groove of the inclined beam preventive zone, and having a curved recess formed in the center of the plate to be bent inwardly, and the recess embankment block repeatedly installed with the protruding embankment block. and;

It is fitted to the top of the inclined beam of the river preventive zone, the upper has a feature having a handle fastener is fastened to the lower end of the handle.

Fastening holes formed in the vertical direction through the sliding recesses at both ends of the horizontal beam of the river restraint zone; A floor board material which is a preservative wood inserted into a horizontal beam sliding recess of a river restraint zone; It further comprises a fixing bolt for penetrating the fastening hole to fix the floor plate material to the embankment.

Both ends of the inclined beam of the river preventive zone are fastened and fastened by anchor bolts and nuts, and further includes a network block in which aquatic plants and organisms inhabit and scatter.

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

1 is an exploded perspective view showing the assembled state of the river embankment block and the river preventive zone, the embodiment of the present invention, Figure 2 is a perspective view showing the assembled state of the river embankment block and the river preventive zone of the present invention, Figure 3 is 4 is a side cross-sectional view showing the assembled state of the river embankment block and the river embankment prevention zone, and FIG. 4 is a plan view showing the construction of the river embankment block and the river embankment prevention zone according to the present invention.

For reference, in describing the present invention, when it is determined that a detailed description of related known functions or configurations may unnecessarily obscure the subject matter of the present invention, the detailed description thereof is omitted.

In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of a user or an operator.

Therefore, the definition should be made based on the contents throughout the specification.

In the present invention, the installation structure of the river bank block includes a river restraint zone 30 and a slope beam 31 of the river restraint zone 30, which are arranged at regular intervals on a slope between the river 70 and the dam 80. Protruding embankment block 10 to be fitted in, the protruding embankment block 10 and the recessed embankment block 20 is inserted into the inclined beam 31 repeatedly and fastened to the upper end of the inclined beam 31, the handle bar on the top The handle 50 is coupled to the handle is composed of 51.

The protruding embankment block 10 is a plate body having a fitting protrusion 12 which both ends are fitted to the fitting groove 32 of the inclined beam 31 of the river prevention zone 30, the plate body protrudes outwardly curved. It has the curved protrusion 11 which was made.

The recessed part embankment block 20 is a plate having a fitting protrusion 22 which both ends are fitted to the fitting groove 32 of the inclined beam 31 of the river restraint zone 30, and the center of the plate is curved inwardly. It has a curved recess 21 formed, and is repeatedly installed with the protruding embankment block 10.

The river preventive zone 30 has a cross-section H-shaped fitting grooves 32 are formed at both ends and has an inclined beam 31 located on the inclined surface of the river 70 and the embankment 80, the cross-section is H-shaped Sliding recesses 34 are formed at both ends and have horizontal beams 33 which are welded to one side of the upper end of the inclined beam 31 and are horizontally installed on the upper surface of the embankment 80. ) Is arranged.

Fastening holes 35 penetrating the sliding recesses 34 are formed in the vertical direction at both ends of the horizontal beam 33 of the river restraint zone 10, and the horizontal beam 33 sliding recesses of the river restraint zone 10 are formed. A floor board member 40 is formed of a preservative wood fitted to the 34, and has a fixing bolt 41 penetrating the fastening hole 35 to fix the floor plate member 40 to the embankment 80.

Both ends of the inclined beam 31 of the river restraint zone 10 are fixed to each other by anchor bolts 61 and nuts 62 to form a network block 60 in which aquatic plants and organisms live and scatter.

The handle fixture 51 is fitted to the top of the inclined beam 31 of the river preventive zone 30, the upper end of the handle 50 is fastened and fastened.

Referring to the use state of the present invention as follows.

First, the inclined beam 31 of the river restraint prevention zone 30 is positioned on the inclined portion of the river 70 and the embankment 80, and the horizontal beam 33 is positioned to the rear side.

In this state, both side end fitting protrusions 12 of the protruding embankment block 10 in which the curved protrusions 11 are formed are fitted into the fitting grooves 32 of the inclined beam 31, and the curved recesses 22 are formed in the recessed banks. The fitting protrusions 22 on both sides of the block 20 are fitted to the fitting protrusions 31 of the inclined beam 31, but are repeatedly installed on the inclined surface of the rake so that the flow of water flows more smoothly. The protection of the slope is made firm. The lower end of the handle 50 is suddenly disappeared on the top of the inclined beam 31 of the river restraint zone (30).

The horizontal beam 33 and the sliding recess 34 of the river restraint zone 30 are provided with a floor board member 40 using preservative wood at a portion in contact with the ground, and the horizontal beam 33 and the floor plate member are fixed bolts 41. By driving deep into the dike 80 through the 40, the scenic beauty around the river 70 is greatly improved, and a stable installation state can be provided for a long time.

In addition, aquatic plants and living organisms can be inhabited and spawned on the bottom portion of the river preventive zone 30 located in the lake.

In this way, the present invention is a protruding embankment block and recessed embankment block can be repeatedly installed on the slopes of the lake to achieve a smooth flow of water flow, and at the same time can protect the slope of the lake slope, the side of the neck facing the ground It provides floors using ash to improve the beauty of the scenery around the river and provide a stable installation for a long time. The bottom part of the lake can be inhabited and spawned with aquatic plants and organisms, which is environmentally effective.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Claims (3)

The cross section is H-shaped, and grooves are formed at both ends and have inclined beams located on the inclined surfaces of rivers and banks. A river restraint zone having a horizontal beam installed horizontally and arranged on the river bank at a predetermined interval; A protruding embankment block having a convex protrusion protruding outwardly of a central portion of the plate into a plate body having both end portions fitted into the fitting grooves of the inclined beam preventing zone; A plate body having a fitting protrusion in which both ends are fitted into the fitting groove of the inclined beam preventive zone, and having a curved recess formed in the center of the plate to be bent inwardly, and the recess embankment block repeatedly installed with the protruding embankment block. and; It is fitted to the top of the inclined beam of the river preventive zone, the upper structure of the river bank block having a handle fixing fixture that is fixed to the bottom of the handle fastening. The method of claim 1; Fastening holes formed in the vertical direction through the sliding recesses at both ends of the horizontal beam of the river restraint zone; A floor board material which is a preservative wood inserted into a horizontal beam sliding recess of a river restraint zone; An installation structure of a river bank block further comprising a fixing bolt for fixing the floor plate to the bank through the fastening hole. The method of claim 1; At the bottom of the inclined beam of the river prevention zone, both ends are fastened and fastened by anchor bolts and nuts, and the installation structure of the river bank block further includes a network block in which aquatic plants and organisms live and scatter.

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