KR101186361B1 - Assembly block for dike draining from river - Google Patents

Abstract

The present invention is constructed to prevent flooding due to heavy rain in a dike formed on one side in a river or river, such as a relatively large scale, the dike drained from a river configured to drain excess water from a position constructed at the dike to a safe area. It is related to a building assembly block.

In general, an embankment that is built on the edge of a river or river takes a huge amount of soil to build, and roads, etc., are constructed by mining soil, which is applied to vehicles moving on the roads. In addition, the river flowing on one side absorbs water to the components of the road and the like, thereby providing a decrease in the earth pressure. In addition, when the drainage flowing through the river or river overflows with heavy rain, most of the embankments, which are constructed as fillets, become weak as water penetrates and is damaged by the pressure of flowing water, thereby causing enormous damage. Accordingly, the present invention is to provide a portion of the flood due to the above-described heavy rain flows into the safety zone, to prevent flooding due to heavy rain or oversea wave of the embankment,

Therefore, the present invention is provided to solve the above problems, the inner space 36 is composed of the upper surface 49 and the inner, outer wall surface 24, 25, both sides of the upper surface 46 An enlarged portion 58 protruding from both edges 47 is formed to protrude from both sides, and the upper portion 49 is turned into the road 60 by protruding the partition wall 44 protruding upward from the enlarged portion 58. The transfer block is formed, the inlet port 57 is formed on the upper side of the inner wall surface 24, the fixing bar 63 is driven to the outer wall surface 25 is installed on the shaft of the piston 68 ( 55),

In one side of the fixing bar 63 is connected to the support rods 59 fixed to the upper side 49 and assembled as a ring ball 62, the fixing rod 67 and the removal plate 66 are assembled,

The fixing bar 63 is configured by connecting to the shaft of a known piston 68,

Garbage and the like caught in the inlet 57 by the reciprocating operation of the fixing rod 67 and the removal plate 66 is swept by water to pass through.

In addition, an enlarged road (58) is formed on one side edge portion (47) of the upper side (49), which protrudes around both sides, and is provided with a binding hole (48) on the enlarged portion (58). 60 '), and the binding hole 48 is configured to bind the binding beam 74 embedded in the ground of the enlarged road 60'.

In addition, the extended portion 58 is formed as a long width enlarged portion 59 further protruding, the long width enlarged portion 59 is further provided with a binding hole 48 ',

The inlet portion 57 of the inner wall surface 24 is composed of a moving portion 61 and the support pillar 62, so that the inner space 36 is configured to extend to the river section 36 ' Invention.

Rivers, Inlets, Enlargements, Bindings

Description

Assembly block for dike draining from river

The present invention relates to a dike assembly block for draining in a river that is configured to drain the excess drainage of the stream in a position constructed in the dike to a safe area.

In general, the dike formed on one side in a river or river is constructed to prevent flooding due to heavy rains, and is introduced while floating in the flood water flowing into the inlet formed at one side in the overflow preventing transfer pipe. In many cases, floating materials such as garbage were blocked by the inlet, and thus, a predetermined purpose was not achieved.

In particular, roads built on slopes that engage with the edges of rivers and rivers are mostly local loggers, which are constructed with a small number of farm roads and work paths.

Also, in modern society, bicycle roads are often built for eco-friendly movement.

However, the construction of the embankments described above and the construction of roads require enormous amounts of soil and excessive consumption of costs, and if the drainage flowing through a river or river overflows with heavy rain, overflowing the river's permissible capacity. Most of the embankment, such as embankment, is weakened as water soaks into it and is damaged by the pressure of flowing water, thus causing enormous damage.

In addition, it is an invention to provide an effective drainage to the phenomenon that clogging the inlet for the block which is the main part of the present invention while floating by the flood generated in the river.

In addition, since the demand for the green industry is increasing for the purification of the environment due to the advancement of the industry, the present invention is an invention provided for constructing an effective road while increasing the use width of the slope adjacent to the river. .

In other words, localized heavy rains and floods are caused by the warming due to industrialization in modern society. Therefore, low areas, dwellings, farmland, and huahe complexes are cultivated near urban areas in the vicinity of rivers due to agricultural water problems. .

In addition, most of the rivers pass through the city center, and for the opening of roads, the slopes of rivers are used due to the excessive cost of roads in the city center, which is rather obstructive of excessive water flow due to floods. Therefore, it is rather a factor of flooding.

In addition, when excess water flows from a river in the case of a medium or large scale river, such as flooding, it flows while forming a trough phenomenon in which the amount of water flows.In most cases, excess water is separated by passing an embankment constructed in an urban or agricultural land. Although it is provided to remove it to Yeosu, the effective amount of separate structure provides a high risk of flooding in the local heavy rain caused by warming like modern society.

Most of the rivers are flooded due to the rainy season, the water flowing in the river flows near the ground, it is difficult to natural drainage, so that the water is collected in a certain area, and then the drainage pump is used to mechanically drain the device.

In addition, in the case of opening a circumference in an area adjacent to a slope on which one side is inclined on most terrain, it is used by constructing a protective block on roads and slopes by filling it with soil and the like.

This is often connected to a shape that leads to collapse due to the settlement of the earth and sand deposited due to the flood that flows as the flow rate is applied in the river.

The present invention is to open the inlet of the inner wall surface in the transport block for opening the road and the like as described above in the edge of the river, inflowing the overflowing water of the flood of the stream, effective separation of the suspended matter blocking the inlet It is also pushed in the direction of the stream flowing along the lower side by the load of the vehicle, such as moving on the road that is built on the edge of the river, by binding solidly to the shape to sink, robustness to the road settled by floods, etc. It is an invention configured to prevent flooding or clavicle, etc. of the road or river by reinforcement.

An inner space 36 is formed by the upper side 49 and the inner and outer wall surfaces 24 and 25, and an enlarged portion 58 protruding around both sides from both edge portions 47 of the upper side 46. To form the upper wall 49 to the road 60 by protruding the partition wall 44 protruding upward from the enlarged portion 58, the inlet port 57 above the inner wall surface (24) In the transfer block 55 is formed on the outer wall 25, the fixing bar 63 is driven while being installed on the shaft of the piston 68,

In one side of the fixing bar 63 is connected to the support rods 59 fixed to the upper side 49 and assembled as a ring ball 62, the fixing rod 67 and the removal plate 66 are assembled,

The fixing bar 63 is configured by connecting to the shaft of a known piston 68,

Garbage and the like caught in the inlet 57 by the reciprocating operation of the fixing rod 67 and the removal plate 66 is swept by water to pass through.

In addition, an enlarged road (58) is formed on one side edge portion (47) of the upper side (49), which protrudes around both sides, and is provided with a binding hole (48) on the enlarged portion (58). 60 '),

The binding port 48 is an invention characterized in that it is configured to bind with the binding beam 74 embedded in the ground of the enlarged road (60 ').

In addition, the extended portion 58 is formed as a long width enlarged portion 59 further protruding, the long width enlarged portion 59 is further provided with a binding hole 48 ',

The inlet portion 57 of the inner wall surface 24 is composed of a moving portion 61 and a support column 62, so that the inner space 36 is configured to extend to the river section 36 '. It is an invention to make.

In addition, in the dike to provide a large inner space 36 'compared to the size of the sewage moving in the large river, river, etc.,

The enlarged portion 58 protrudes from the upper side 49 at an edge 47 at which the inner and outer wall surfaces 24 and 25 and the upper side 49 are connected to each other, and protrudes the partition 44 from the edge thereof. To construct the railing 54 for the road 61,

The lower side protruding downward while forming the assembly jaw (50 ') to be fitted in accordance with the assembly jaw 50 formed at the end of the inner, outer wall surface 24, 25, the assembly jaw 50 is assembled to each other The lower surface 31 is protruded inwardly while keeping the lower surface 31 horizontally at the edge portion 47 ″ which constitutes the inner and outer wall surfaces 24 ′ and 25 ′ of the portion. The lower side 31 of the inner space 36 is assembled by assembling 35) and the assembly tool 38 '.

In addition, the upper side 49 is divided into two to form an enlarged upper side 49 ',
End 51 of the edge facing the upper side 49 to each other is formed by the groove portion 35 and the assembly opening 38 to be fixed by tightening with a bolt and nut, etc.,

The inner and outer wall surfaces 24 and 25 through the fixing rod 70 to bind,

Bind with a separate fixing rod 70 for penetrating the support wall 41 formed at the corners 47 "of the inner and outer wall surfaces 24 'and 25',

The groove portion 35 is an invention characterized in that the central portion of the road 60, which is filled with cement mortar 43 and fixed by curing, forms a central separator 46.

The present invention is to provide to prevent the phenomenon of clavicle and flooding such as rivers caused by high volleyball pressure when the flow of water flows from the river or reservoir embankment, such as rivers, to prevent flooding and to stably It is a useful invention that is configured for use in an appropriate amount of multiples.

The present invention is to provide a solution to the above problems, to the support bar 54 fixed to the upper side 49 to one side of the fixing bar 63 connected while being assembled as a ring hole 62, the inlet 57 Assembling the removal plate 66 in accordance with the interval between), the removal plate is connected to the axis of the piston (68).

Therefore, when the water blown in by the flood is introduced into the inlet (57), the waste removal device is a support rod fixed to the upper side (49) by the operation of the piston (68), which is not described timer and steam ( 59) is a loose fitting (62) assembled in the back.

Therefore, the trash or the like hanging on the inlet 57 by the reciprocating operation of the removal plate 66 is swept away by water.

Accordingly, the main part of the present invention will be described in detail with reference to the accompanying drawings,

Figure 1 is a perspective view of the main part of the present invention, Figure 2 is an application state diagram for the main part of the present invention in Figure 1, Figure 3 is a cross-sectional view taken along line AA in Figure 2, Figure 4 is an enlarged cross-sectional view of the main part in the present invention. to be.

That is, the inner and outer wall surfaces 24 and 25 protruding at predetermined heights from both sides of the bottom surface 31 maintaining a predetermined interval at the seat of the slope 20 formed at the edge of the river 32. (Hereinafter, the wall surface in the direction of the river 32 is referred to as the inner wall surface 24 and the wall surface in the direction of the slope 20 is referred to as the outer wall surface 25 based on the inner space 36 of the transport block 55.) And a plurality of inlets 57 equally spaced in the longitudinal direction on the upper side of the inner wall surface 24, which forms an inner space 36, which forms the upper side 49 and the inner space 36, which is formed in the longitudinal direction of the stream 32. In this case, when water flows from the river 32 due to a flood or the like, the stream water flows into the inlet 57 and flows into the inner space 36.

However, the transport block 55 is a stream of water blown out of the stream 32 by the flood, the wood, the synthetic resin material and the trash floating in the process of entering the inlet 57 is the inlet 57 At the moment the floodwaters enter,

Since the inflow force of the inflow port 57 is often blocked, the invention provides a structure to solve this problem, from the upper surface 49 of the block 55 to the upper portion of the inner space 36. It is provided with a support rod (59) fixed to hang.

In addition, the ring rod 62 is assembled to both sides so as to maintain a predetermined interval on the support rod 59, and configured to be moved in the left and right directions by the driving of the piston 68 to be described later.

In addition, a piston fixedly assembled to the outer wall surface 25 by a support bar 52 downwardly from the center of the fixing bar 63 supported between the ring holes 62 between which the ring holes 62 between the two sides are connected to each other. Connect it to the axis of (68).

In addition, the support bar 52 has a plurality of removal to move in accordance with a plurality of inlets (57) continuously formed at predetermined intervals in the longitudinal direction of the block 55 on the upper side of the inner wall surface 24 described above The plate 66 is assembled, but the other side is connected to the support bar 52 and the fixed bar 63 connected to the shaft of the piston 68 fixed to the outer wall 25 by assembly.

Here, the driving of the cleaning removal plate 66 of the inlet port 57 by connecting to the support bar 52 and the fixed bar 63 connected to the shaft of the piston 68 is not shown in the drawings. It is provided to be driven by a control device having a back,

Therefore, the waste removal device is the inlet opening by the reciprocating operation of the removal plate 66 by the operation of the piston 68 when the water blown in by flooding or the like flows into the inlet 57, according to the timer and the steam flowing in accordingly Garbage hanging on the 57 is pushed to the stream 32, and is swept away by the flowing river water.

Therefore, the present invention not only prevents the disadvantage that the floating material such as garbage flows into the inner space 36 of the transport block 55 due to heavy rain such as flooding, but also blocks the blockage at a narrow interval of the inlet 57. To be removed.

And, as shown in Figure 4, the water flowing into the inlet portion 57 is transferred to the outer space for the inner space 36 in the drainage formed in the lower portion flowing through the inner space 36, the number of streams 32 As the invention is configured to discharge the stored river water from the bottom surface 31 by using the elbow-type discharge pipe 88 connected to the pump 87 is fixed to the wall surface 25, etc., the overflow of the slope 20 or river 32 The invention is configured to provide prevention and robustness.

[Example 1]

In a modern society in which industrial society is highly developed, it is often the case that a moving path such as the road 60 is opened by cutting the slope 20 with respect to the slope of the river 32.

In addition, when the local heavy rain, such as due to climate change, or rain for a long time due to the rainy season, rainwater is flooded into the road built and built, such as rivers composed of the inclination direction of the block 55, the main part of the present invention ( 32) There are many cases of sinking as if sliding in the direction.

Therefore, the block 55 is provided to bind and fix the block 55 to the road so as to prevent subsidence by rainwater, etc. submerged in the road 60 constructed at the edge of the slope 20 corresponding thereto. It is a description of an embodiment of the invention to provide reinforcement for it.

That is, while preventing the settlement of the road block 55 built between the river 32 and the slope 20 inclined to the edge, it is for the reinforcement of the road accordingly.

Therefore, the present invention will be described in detail with reference to the accompanying drawings, Figure 5 is a perspective view of an embodiment of the main portion of the present invention, Figure 6 is a cross-sectional view taken along line BB in Figure 5, Figure 7 is a state of use in Figure 5 Fig. 8 is a sectional view taken along line CC in Fig. 7, Fig. 9 is a perspective view of the embodiment shown in Fig. 5, Fig. 10 is a partial perspective view of the viewing example shown in Fig. 9, and Fig. 11 is a sectional view taken along the line DD in Fig. 10. to be.

That is, in the block 55 for opening the road 60 in the slope 20 described above, the enlarged portion 58 protruding outward from the corner portion 47 of the upper surface 49 formed in the slope direction is protruded. In the middle of the enlarged portion 58, a plurality of binding holes 48 for maintaining the same distance along the longitudinal direction of the block 55 is made to perforate,

In addition, when the road 60 is opened by burying the block 55 by digging from the slope 20, the binding beam is coupled while being inserted into the binding hole 48 drilled in the protruding protrusion 58. (74) is inserted to provide binding.

Here, by installing a road 60 'wider in the road 60, a shoulder 77 is formed at the edge thereof, and a drainage path 78 is buried at the lower edge of the slope 20. Drain rainwater along the slope.

In this case, the binding hole 48 covers the enlarged road 60 'and binds to the binding hole 48 while tying the support beam 74 to the earth and sand for the enlarged enlarged road 60'. It is an invention provided to reinforce the binding of the block 55 which is an object of the present invention.

In addition, by binding with the binding beam 74 buried in the ground of the block 55 and the enlarged road 60 'adjacent thereto,

An enlarged road 60 is formed to form an enlarged portion 58 protruding around both sides from one side edge portion 47 of the upper side 49, while providing a binding hole 48 to the enlarged portion 58. Install it with '),

The binding hole 48 is an invention provided to reinforce the binding to the block 55 while reinforcing the enlarged road 60 ', and the long width enlarged portion further protruding the enlarged portion 58. It is formed in the (59), the long width enlarged portion 59 is further provided with a binding hole (48 '), while reinforcing the long width enlarged portion (59) to cover in the enlarged road (60'), The binding hole 48 ′ is fixed by inserting a separate support beam 74 ′, and the block 55 is flooded by rainwater immersed in the earth and sand of the road that has been formed and compacted by flooding or the like, which is the purpose of the present invention. 32) The invention provides to prevent accidents to sink while sliding in the direction.

In addition, the inlet portion 57 provided on the upper side of the inner wall surface 24 described above is provided to transport the river water when the river water flows due to flooding, etc., but as an embodiment thereof, the inner wall surface 24 In the present invention is provided by providing the moving portion 61 of the river water alternately with the support pillar 62 in accordance with the entire section in the up, down direction, the inner space 36 of the block 55 when the river water flows This is an invention for providing to the river section 36 'flowing river water.

This is an invention for providing a flowing section of the river in addition to the construction of the road in the magnetic field of the stream (32).

Therefore, the enlarged portion 58 is formed as a long width enlarged portion 59 which further protrudes, and the long width enlarged portion 59 is further provided with a binding hole 48 'so that the binding beam 74 or the support beam ( 74 ') to support the block 55,

The inlet portion 57 of the inner wall surface 24 is composed of a moving portion 61 and a support column 62, and the inner space 36 is expanded to the river section 36 ′ to flood and rainy season. The invention is characterized in that it is configured to reinforce the flow of blowing river mouth.

[Example 2]

In the modern society where industrial society is highly developed, local storms are often poured out due to climate change, and there is a high demand for more and more expanded blocks due to local storms.

It is also a description of an embodiment of the present invention to provide reinforcement for the road, while providing a large amount of the river water flows from the block constructed at the edge of the river 32 according to this.

Therefore, the present invention will be described in detail with reference to the accompanying drawings,

12 is an application state diagram for another main part of the present invention, FIG. 13 is a partially enlarged perspective view of the main part in FIG. 12, FIG. 14 is a partially enlarged perspective view of the main part in FIG. 12, and FIG. It is sectional drawing of the Example about.

In order to provide a high intensity of local heavy rain or typhoon due to the warming of the temperature in a high industrial society, and to increase the treatment capacity for the occurrence of flooding or the runway in large-scale rivers or rivers, 36) is an invention for providing a large inner space (36 ') compared to the size of the sewage moving in a large river or river.

Therefore, the inner and outer wall surfaces 24 and 25 and the upper surface 49 are connected to each other corner 47 to form the width of the road 60 by connecting the upper surface 49 to the outer circumference. Protruding the enlarged portion 58, but protrudes the partition wall 44 at the corner thereof provides a railing 54 for the road 61.

In addition, the width of the upper side 49 is enlarged so as to maintain a predetermined width, and the upper side 49 is divided into two to form an enlarged upper side 49 ', but the upper side 49 ) And the end portion 51 between the longitudinal direction of the upper surface 49 ′ enlarged in a symmetrical connection with each other.

Here, the grooves 35 and the assembly holes 38 are connected to each other symmetrically with respect to the edges intermittently and symmetrically with respect to the edges 51 assembled to each other for fixing while connecting the end 51 to each other. It is formed by tightening with bolts and nuts, etc., but the center portion of the road 60, which is filled with cement mortar 43 in the groove portion 35 and fixed by curing, forms a central separator 46 to operate the vehicle. Provide a stable structure to the

In addition, the inner and outer wall surfaces 24 and 25 are formed to extend the predetermined width in the downward direction of the vertical state at the corners 47 to form the inner space 36, but the inner and outer wall surfaces 24 are formed. On the intermediate side of (25), an assembly step (50) is formed at the end separated in two parts.

Also, at each of the inner wall surfaces 24 and 24 'separated into two portions, the inlet 57 repeatedly maintains a predetermined equal interval in the longitudinal direction of the inner wall surface 24 assembled to the upper portion. Give it.

Wherein the lower edge of the inner wall surface 24 to form the assembly jaw 50 and the assembly opening (38 ').

In addition, the outer wall surface 25 protruding vertically downward from the corner 47 'is enlarged so as to be equal to the same length as the enlarged inner wall surface 24 described above. An end 51 is formed between the lower outer wall surfaces 25 and 25 ', and the assembly jaw 50' is formed at each end.

In addition, in order to assemble the lower portion of the inner space 36 to form an assembly jaw (50 ') to be assembled by fitting the assembly jaw 50 formed at the end of the inner, outer wall surface 24, 25 to each other Give it.

Here, the inner and outer wall surfaces which are assembled to the inner and outer wall surfaces 24 and 25 of the lower portion formed by protruding downward from the corner portion 47 of the upper surface 49 to the end portions 50 and 50 '( 24 'and 25' are protruded inwardly while keeping the lower surface 31 'horizontal to the corner 47 "constituted by the grooves 35 at the edges 51 adjacent to each other. The invention is provided by constructing the lower surface 31 of the inner space 36 by assembling the sphere 38 '.

In addition, the upper and lower portions of the inner and outer wall surfaces 24 and 25 to be assembled are penetrated by a fixing rod 70 that maintains a predetermined distance in the longitudinal direction to bind with a nut or the like to form a center of the road 66. Reinforcing the binding force to the end 51 of the assembly sphere 38 is formed in.

The support wall 41 is formed to protrude downward from each corner 47 ″ formed on the inner and outer wall surfaces 24 ′ and 25 ′ of the lower portion, and is fixed between the support walls 41. The device of the present invention is provided even when the rod 70 is provided in a binding state.

In addition, the fixing rod 70 described above is perforated in each of the upper and lower portions of the inner and outer wall (24, 25) and a separate fastener, respectively, while inserting the fastener in both sides of the nut and the like assembling Fix it.

In addition, the fixing rod 70 is fixed to a plurality of to maintain a predetermined interval in the longitudinal direction of the block 55, to be fixed in accordance with the size and size of the block 55.

Therefore, in the present invention, while the structure of the inner space 36 of the transfer block 55 is prefabricated, the upper side 49 to which the enlarged upper side 49 'is joined constitutes a road, The fixed portion fixed to the end 51 is the invention that constructs the central separator 46 along the lengthwise direction, thereby reinforcing the robustness of the assembled block 55 and the stability of the road running while expanding.

1 is a perspective view of main parts of the present invention;

Figure 2 is an application state diagram for the main part of the present invention in Figure 1

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

Figure 4 is an enlarged view of the main portion in the present invention

5 is a perspective view of an embodiment of the main portion of the present invention;

6 is a cross-sectional view taken along the line B-B in FIG.

Figure 7 is a partial perspective view of the state of use in Figure 5

8 is a cross-sectional view taken along the line C-C in FIG.

Figure 9 is a perspective view of the embodiment of Figure 5

FIG. 10 is a partial perspective view of the viewing example of FIG. 9. FIG.

FIG. 11 is a sectional view taken along the line D-D in FIG.

Figure 12 is an application state diagram for another main part of the present invention

Fig. 13 is a partially enlarged perspective view of the main portion in Fig. 12;

FIG. 14 is a partially enlarged perspective view of the main portion in FIG. 12; FIG.

Figure 15 is a sectional view of an embodiment of the main part in Figure 12;

Explanation of symbols on main parts in the drawing

20. Slope 31. Bottom 24. Inner wall 25. Outer wall

32. River 35. Groove 36. Inner space 38. Assembly

44, bulkhead 46. Median 47. Corner 48,48 '. Binding

50. Assembly Jaw 51. End 54. Handrail 55. Block

57. Inflow 58. Enlargement 59. Long Width Expansion 60. Road

60 '. Expansion road 61. Moving part 62. Support pillar 63. Fixing bar

66. Removal plate 67. Retaining tube 68. Piston 70. Retaining rod

74. Bond Beam 74 '. Support beam

Claims (5)

An inner space 36 is formed by the upper side 49 and the inner and outer wall surfaces 24 and 25, and an enlarged portion 58 protruding from both side edge portions 47 of the upper side 49 around both sides. To form the upper wall 49 to the road 60 by protruding the partition wall 44 protruding upward from the enlarged portion 58, the inlet port 57 above the inner wall surface (24) In the transfer block 55 is formed on the outer wall 25, the fixing bar 63 is driven while being installed on the shaft of the piston 68, In one side of the fixing bar 63 is connected to the support rods 59 fixed to the upper side 49 and assembled as a ring ball 62, the fixing rod 67 and the removal plate 66 are assembled, The fixing bar 63 is configured by connecting to the shaft of a known piston 68, Rubbish and the like hanging on the inlet (57) by the reciprocating operation of the fixing rod (67) and the removal plate (66) is assembled to drain embankment in the river, characterized in that configured to pass through the water. The method of claim 1, An enlarged road 60 is formed to form an enlarged portion 58 protruding around both sides from one side edge portion 47 of the upper side 49, while providing a binding hole 48 to the enlarged portion 58. Install it with '), The binding hole 48, the assembly block for drainage from the river, characterized in that configured to bind with the binding beam (74) embedded in the ground of the enlarged road (60 '). The method of claim 1, It is formed as a long width enlarged portion 59 to further protrude the enlarged portion 58, the long width enlarged portion 59 is further provided with a binding hole 48 ', The inlet portion 57 of the inner wall surface 24 is composed of a moving portion 61 and the support pillar 62, so that the inner space 36 is configured to extend to the river section 36 ' Assembly block for dike draining from river. An inner space 36 is formed by the upper side 49 and the inner and outer wall surfaces 24 and 25, and an enlarged portion 58 protruding from both side edge portions 47 of the upper side 49 around both sides. To form a but the protrusions 44 protruding upward from the enlarged portion 58 to form the upper side 49 to the road 60, the inner space of the inner space 36 is enlarged In the embankment to provide the space 36 ', The inner and outer wall surfaces 24 and 25 are fitted in accordance with the assembly jaw 50 formed on the end 51 divided into two portions, and the assembly jaw 50 'is assembled to the assembly jaw 50 to each other. While forming the inner and outer wall surfaces 24 'and 25' of the lower portion protruding downward, The lower surface 31 'is horizontally projected on the edge portion 47 "formed on the inner and outer wall surfaces 24' and 25 'of the lower portion, and protrudes inward to adjoin each other. Assembling block for drainage from the river, characterized in that the groove (35) and the assembly opening (38 ') is assembled to form a lower side 31 of the inner space (36). 5. The method of claim 4, The upper side 49 is divided into two to form an enlarged upper side 49 ', End 51 of the edge facing the upper side 49 to each other is formed by the groove portion 35 and the assembly opening 38 to be fixed by tightening with a bolt and nut, etc., The inner and outer wall surfaces 24 and 25 through the fixing rod 70 to bind, Bind with a separate fixing rod 70 for penetrating the support wall 41 formed at the corners 47 "of the inner and outer wall surfaces 24 'and 25', In the groove portion 35 of the end 51 in contact with the upper side 49 ', the center portion of the road 60, which is filled with cement mortar 43 and fixed by curing, forms a central separator 46. Assembly block for dike drained from the river characterized in that.

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