KR100519910B1 - A slope protection equipment for construction development - Google Patents

Abstract

The present invention can effectively achieve the structural stability and protection of the inclined inclined surface to improve the safety of the adjacent building complex, and at the same time to prevent the exposure of the adjacent drainage to the outside and improve the surrounding urban landscape and The present invention relates to a slope protection facility of a construction complex that prevents pedestrians and vehicles from falling into drains.

In particular, a drainage passage and a drainage passage formed in communication with the inside are formed, and the drainage passage is communicated with the drainage passage on the upper surface, and a plurality of mounting holes having an upper opening are formed at equal intervals, and on both sides, the fastening of the closing panel is achieved. Fastening protrusions are formed on the rear surface, and a plurality of inclined drainage holes communicating with the drainage passages are formed at the rear surface, and a work door is formed at the front side to allow entry and exit into the drainage passages and drainage passages. A retaining piece having a shear preventing groove formed at a rear thereof, and a retaining wall structure having a sewer formed in communication with the drainage channel at a buried piece located at the front;

On the front surface, several insertion fixing holes are formed at equal intervals, and an upper surface of the drainage passage communicating with the insertion fixing hole is formed in the longitudinal direction, and the front upper portion of the drain passage communicates with the insertion fixing hole, A connection drainage facility in which an insertion hole is formed to achieve insertion insertion fixing, and a buried piece having a shear preventing groove formed at a rear side thereof is formed at a lower rear side thereof;

It is continuously formed in a circular shape, but a through hole is formed at the rear of the insertion and fixing hole of the connection drainage facility, and several wire hooks are provided at both sides at equal intervals, and the discharge hole is located at the lower part. It characterized in that it comprises a slope protection pipe is formed integrally arranged at intervals.

Description

Slope protection equipment for construction development

The present invention relates to a slope protection facility of a construction complex, and more particularly, it is possible to effectively achieve the structural stability and protection of the slope cut surface to improve the safety of the adjacent construction complex, while being located adjacent to The present invention relates to a slope protection facility in an architectural complex that prevents the drainage path from being exposed to the outside, thereby preventing the improvement of the neighboring urban landscape and the problem of pedestrians and vehicles falling into the drain.

In general, in the process of constructing an architectural complex, construction works that cut natural soil layers or fill soils on foundation grounds to form only road surfaces are called construction works.

This is inevitably determined to fill the cut after the natural soil layer is cut in order to shape the road surface.

This is to prevent the situation where the cut area is collapsed into the complex by external climatic factors.

For reference, when the fill height is inevitably high in taking up such fill, if the fill material is low in shear strength such as viscous soil of high content ratio, it may cause collapse and a large amount of falling rocks, and thus in forming the fill slope slope. Careful review is required.

Therefore, the slope slope is to be determined by the stability calculation to be sufficient for the stability of the fill. However, since the test standard value is usually given according to the type and the fill height of the fill material, the terrain, soil, and weather conditions of the site can be referred to without referring to the table. The conditions, adjacent objects, types of slope protectors, construction methods, etc. shall be determined in consideration.

In this case, the slope protector can protect the slope and subsequent slopes due to external climatic factors, so that the slope can be protected in a manner suitable for the surface geology and soil of the slope. Protectors by plants or concrete structures are commonly taken.

Here, there are many kinds of protective holes by the structure, but is usually used to install the concrete retaining wall in contact with the entire surface or the bottom front cut in the form of this step is used.

This is to prevent the occurrence of collapse of the slopes in the composition complex in advance, but the structure was vulnerable to the structural stability of the slopes and to effectively anticipate falling rocks.

That is, because the concrete retaining wall has a structural shape that is weak in shear strength, it often occurs when the excessive earth pressure is transferred, and when the rainfall falls or collapses due to water penetrating into the snow or snow melter.

In addition, there is a problem that not only quick and easy construction is difficult but also requires considerable air.

That is, it is necessary to form a form of formwork at the location where the retaining wall is to be constructed, and then pour concrete into the form to cure and dry it.

In addition, as well as greatly inhibiting the surrounding landscape, there is a problem that causes a significant adverse effect on the ecosystem by reducing the space to take planting, and seriously inhibit the landscape beauty of the surrounding complex.

The present invention has been made in view of the conventional problems as described above, the object of which is to achieve the structural stability and protection of the slope incision effectively to improve the safety of the adjacent building complex and At the same time, it is to provide a slope protection facility in an architectural complex that prevents the neighboring drainage paths from being exposed to the outside, thereby improving the urban landscape and preventing the pedestrians and vehicles falling into the drains. .

Specific means of the present invention for achieving the above object,

A drainage passage and a drainage passage formed in communication with each other are formed on the inner side, and the drainage passage is communicated with the drainage passage on the upper surface, and a plurality of mounting holes having an upper portion are formed at equal intervals, and on both sides, it is possible to achieve fastening of the closing panel. A fastening protrusion is formed, and a plurality of inclined drainage holes communicating with the drainage passage are formed at the rear side, and a work door is formed at the front side to allow entry and exit into the drainage passage and the drainage passage. A retaining wall having a shear preventing groove formed therein, and a retaining wall structure having a sewer formed in communication with the drainage channel formed at a front of the buried piece;

On the front surface, several insertion fixing holes are formed at equal intervals, and an upper surface of the drainage passage communicating with the insertion fixing hole is formed in the longitudinal direction, and the front upper portion of the drain passage communicates with the insertion fixing hole, A connection drainage facility in which an insertion hole is formed to achieve insertion insertion fixing, and a buried piece having a shear preventing groove formed at a rear side thereof is formed at a lower rear side thereof;

It is continuously formed in a circular shape, but a through hole is formed at the rear of the insertion and fixing hole of the connection drainage facility, and several wire hooks are provided at both sides at equal intervals, and the discharge hole is located at the lower part. It characterized in that it comprises a slope protection pipe is formed integrally arranged at intervals.

Hereinafter, the configuration of the present invention in detail with reference to the drawings.

1 is an exploded perspective view showing the configuration of the slope protection equipment of the construction complex according to the present invention, Figure 2 is a side cross-sectional view showing the installation of the slope protection equipment of the construction complex according to the invention, Figure 3 It is a top view which shows the installation state of the slope protection apparatus of the construction complex which concerns on this 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 gist of the present invention, the detailed description thereof is omitted.

In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users and operators.

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

As shown in the drawing, a drain passage 11 and a drain passage 12 are formed to be in communication with each other, and the top surface communicates with the drain passage 11, but a plurality of mounting holes 13 are opened at equal intervals. Is formed in, both sides are formed with a fastening protrusion 15 to achieve a fastening installation of the closing panel 14, the rear side is formed with a plurality of inclined drain holes 16 in communication with the drain passage (11) And, the front door is formed with a work door 17 to achieve access into the drain passage 11 and the drainage passage 12, the front and rear buried piece having a shear preventing groove 18 is formed ( 19a, 19b are formed, and the retaining wall structure 10 in which the sewer 20 which communicates with the said drainage path 12 is formed in the buried piece 19a located in the front and front.

In addition, the mounting hole 13 formed in the upper portion of the retaining wall structure 10 is repeatedly formed in a circular shape, but a through hole 41 is formed at the rear, and both wire hangers are provided on both sides. (42) is provided at equal intervals, and the lower surface of the slope protection pipe 40, which is formed in the discharge hole 43 is arranged at equal intervals is connected, the rear end of the slope protection pipe 40 in the front Several insertion fixing holes 31 which can insert and fix the rear end of the slope protection pipe 40 are formed at equal intervals, and the drainage passage 32 communicating with the insertion fixing hole 31 is formed on the upper surface thereof. Is formed in the longitudinal direction, the front upper portion of the drainage passage 32 is in communication with the insertion fixing hole 31, the insertion hole 34 that can achieve the insertion fixing of the fixing pin 33 is formed On the lower rear However preventing grooves 18 are embedded side (19c) is connected to drain facility (30) is formed in the connection formed is provided.

On the other hand, the inner surface of the drain passage 11 is provided with a filtration filter 21a capable of achieving excellent filtration discharged from the inclined drain hole 16 communicated with, the upper portion of the connection drainage facility (30) In addition, a filtration filter 21b capable of achieving excellent filtration discharged from the drainage path 32 of the connection drainage facility 30 to the slope protection pipe 40 is provided.

The following describes the operational effects of the present invention with reference to the above technical components.

First, the construction method is briefly explained to help understanding as follows.

During construction, first, the retaining wall structure 10 is placed on the ground adjacent to the sloped surface cut in a right angle, and subsequently, the sloped surface located at the upper rear of the retaining wall structure 10 is repeatedly formed in a curved shape. What is necessary is just to connect and mount the front end of the slope protection pipe 40 to all the several mounting holes 13 formed in the rear upper part of the retaining wall structure 10.

When the installation is completed, the finishing panel 14 is fastened and fixed using the fastening protrusion 15 formed on the retaining wall structure 10, and then the rear end of the slope protection pipe 40 is positioned. The drainage facility 30 may be buried in an upper portion of the slope.

At this time, the rear end of the slope protection pipe 40 should be inserted into and fixed to the insertion fixing hole 31 formed in front of the connection drainage facility 30.

After installation of such a connection, the construction is completed by connecting the wires 22 using wire hooks 42 formed on both sides of the slope protection pipe 40 to protect the slope.

For reference, the wire 22, it is preferable to use a rope and a cord of an environmentally friendly material that is naturally corroded after a certain period of time.

The reason is that the protection of the inclined surface is required only during the growth period when the roots of planted plants are bound within the inclined fill layer.

As described above, the present invention, which can be used by construction, has a structural characteristic that can easily accomplish construction as described above, thereby improving construction convenience and economical efficiency due to shortening of air.

That is, because the retaining wall structure 10, the connecting drainage facility 30, and the slope protection pipe 40, which are main components that can provide the protection function of the slope, have a structure capable of assembling and connecting.

In addition, it has a structural shape with excellent shear strength and is formed to effectively discharge rainwater that has flowed into the fill layer forming a slope, so that excessive earth pressure is transferred to it and during rain or snow melter. It is possible to prevent the loss of stability and collapse by the infiltrated water.

That is, the buried pieces (19a), (19b), (19c) is formed with a shear preventing groove (18) formed in the lower portion of the retaining wall structure 10 and the connection drainage facility 30 to maintain a solid bond with the fill It is provided with, so that the retaining wall structure 10 and the connection to the drainage facility (30) to penetrate into the fill layer forming a slope surface to achieve the drainage of rainwater with a high risk of providing a bad effect on the stability of the fill layer This is because the inclined drainage hole 16 and the drainage path 32 are formed.

In addition, the drainage path 12, which is normally formed adjacent to such a facility, is formed so as not to be exposed to the outside so that the phenomenon of improving the urban landscape and the problem that the pedestrians and vehicles passing by the adjacent area fall into the drainage hole 12 can be prevented. do.

In addition, the contamination of the retaining wall structure 10 can be minimized while the drainage stroke is planned.

That is, because the rainwater flowing into the fill layer forming the slope is discharged through the drainage passage 11 and the drainage passage 12 formed in the retaining wall structure 10, and the drainage is not a simple drainage. It is because it uses using the said filtration filter 21a.

Furthermore, a slope protection pipe 40 which is in close contact with the slope and takes protection, communicates between the drainage path 32 formed in the connection drainage facility 30 and the drainage passage 11 of the retaining wall structure 10. In the case of bad weather with rainfall, the rainwater collected in the drainage path 32 of the connection drainage facility 30 is drained to the drainage passage 11 of the retaining wall structure 30 and formed at the bottom of the drainage process. Through the discharge hole 43 is provided to distribute the moisture throughout the slope to help the growth and growth of plants planted on the slope, rainwater flowing down from the slope slope partly penetrates into the fill layer It is possible to minimize the phenomenon of loss of stability of the fill layer forming the slope.

For reference, the present invention may be variously modified and may take various forms. However, in the detailed description of the present invention, only specific embodiments thereof are described.

Therefore, it is to be understood that the invention is not to be limited to the specific forms referred to in the description, but rather to include all modifications, equivalents and alternatives falling within the spirit and scope of the invention as defined by the appended claims. It must be understood.

As described above, the present invention can effectively achieve the structural stability and protection of the inclined incision surface to improve the safety of the adjacent building complex, and at the same time to prevent exposure of the adjacent drainage to the outside It is possible to prevent the problem of the pedestrians and vehicles falling into the drainage, and to improve the safety and comfort of the neighboring residential spaces.

1 is an exploded perspective view showing the configuration of a slope protection facility of the construction complex according to the present invention.

Figure 2 is a side cross-sectional view showing the installation state of the slope protection facility of the construction complex according to the present invention.

Figure 3 is a plan view showing the installation state of the slope protection facility of the construction complex according to the present invention.

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<Description of the symbols for the main parts of the drawings>

10: retaining wall structure 11: drainage passage

12: drainage channel 13: mounting hole

14: Finishing panel 15: Fastening protrusion

16: drainage hole 17: work door

18: shear prevention groove 19a, 19b: landfill

20: sewer 21a, 21b: filtration filter

30: connection drainage facility 31: insertion fixing hole

32: drainage 33: fixing pin

34: insertion hole

40: slope protection pipe 41: through hole

42: wire hanger 43: discharge hole

Claims (2)

In the slope retaining wall protection facilities constructed to prevent the collapse of the slope cut slope inclined, The drainage passage 11 and the drainage passage 12 are formed in communication with the inside, and the top surface is in communication with the drainage passage 11, but a plurality of mounting holes 13 having an upper opening are formed at equal intervals. Fastening protrusions 15 may be formed at both sides to achieve fastening of the closing panel 14, and a plurality of inclined drainage holes 16 may be formed at the rear thereof, and the inclined drainage holes 16 may communicate with the drainage passage 11. Landfill pieces 19a and 19b in which work doors 17 are formed to allow entry and exit into the drainage passage 11 and the drainage passage 12, and shear prevention grooves 18 are formed in the front and rear of the lower portion. A retaining wall structure (10) having a sewer (20) formed in communication with the drainage passage (12); On the front surface, several insertion fixing holes 31 are formed at equal intervals, and an upper surface of the drainage passages 32 communicating with the insertion fixing holes 31 is formed in the longitudinal direction. Is in communication with the insertion fixing hole 31 in the upper upper portion, the insertion hole 34 is formed to achieve the insertion fixing of the fixing pin 33, the shear prevention groove 18 in the lower rear A connection drainage facility 30 in which a buried piece 19c is formed; Is repeatedly formed in a circular shape, but the through hole 41 is formed in the rear of the insertion fixed hole 31 of the connection drainage facility 30 is fixed, several wire hooks 42 on both sides It is installed at equidistant intervals, the lower surface slope protection facility of the construction complex, characterized in that the exhaust hole 43 is formed to include a slope protection pipe 40 is formed integrally formed at equal intervals. 2. The filter of claim 1, wherein an inner surface of the drain passage 11 is provided with a filtration filter 21a capable of filtration of rainwater discharged from the inclined drain hole 16 communicating therewith. 30, the upper part of the construction characterized in that the filtration filter (21b) that is configured to achieve the excellent filtration discharged from the drainage path 32 of the connection drainage facility 30 to the slope protection pipe 40 is installed The slope protection facility of the complex.