KR100467264B1 - structure for the leading aforestation of the cutting ground slope - Google Patents

Abstract

The present invention relates to a structure for inducing natural greening of the gravel slope, and fixed to the cut slope type I high information that can support the grass support frame on the artificially formed cutting slope, between the fixed I type high information By fixing the grass support frame to support the grass mat to obtain a structure for inducing natural greening of the gravel slope,

When constructing roads with good flat buildings and vertical lines when constructing roads or other buildings, man-made slopes will inevitably occur, preventing rockfall and weathering on loose ground in cut slopes, and improving natural affinity. By providing a protective structure for constructing greenery such as flowers and grass on the slope and the construction method thereof, it is possible to construct a road in good condition for the vehicle to operate safely and to construct a safe structure from the collapse of an artificial cut slope. That has a very outstanding effect.

Description

{Structure for the leading aforestation of the cutting ground slope}

The present invention relates to a structure for inducing natural greening of the gravel slope, and more specifically, to fix the I-type high information that can support the grass support frame on the artificially formed cutting slope, The present invention relates to a structure for inducing natural greening of the gravel soil slope by supporting the grass mat by fixing the grass support frame between the high type I information.

Currently, 70% of the land in Korea is mountainous, and accordingly, when road construction or other buildings are constructed, cut slopes are inevitably inevitable. Since the cut slope is basically composed of soil, there are many attempts to prevent the loss of the slope by planting grass.

Conventional structures for greening of inclined surfaces are sown with grass glue on the inclined soil where the soil on the inclined surface is badly formed and adhered to the inclined surface. And how to prevent the loss of slopes by rotting and composting using eco-friendly and eco-friendly natural materials to promote uniform germination and growth of grass seeds. In order to prevent soil loss on the slope, there was a structure to prevent the loss of soil on the slope by constructing a concrete block or a concrete block formed with a certain space on the entire surface of the slope.

This prior art method of constructing straw or using a natural material has the advantage of being used as a compost easily rotting due to the characteristics of the material, the problem that is not easy to fix, and before the grass seed germinated and settled There is a problem that can be lost, and the method of constructing the concrete block may look clean, but if the rain is not rainy, such as rainy season like rainy season, the rainwater can not be alleviated. There is a problem that can be caused, the method of constructing a concrete block formed a certain space was a problem that the rain water penetrates the bottom surface of the concrete block and the soil formed on the bottom is lost by the rain water to collapse the slope.

Therefore, the present invention has been made to solve the problems of the prior art to prevent the loss and falling of the inclined surface and to plant the grass on the slope to have environmental friendliness, to form a greenery, easy to fix so that the greenery is not lost The purpose of the present invention is to provide a structure for inducing natural greening of the cut soil slope.

In order to achieve the above object, the present invention provides a plurality of I-type high information fixed on a cutting slope, a grass support frame inserted into both side grooves of the plurality of I-type high information, and a grass support frame fixed to the cutting slope, and the I-type high information. Anchor bolts fixed to the cut surface, and achieved by including a grass mat loaded in the grass support frame.

1 is a construction diagram showing a construction method for inducing natural greening of the gravel soil according to a preferred embodiment of the present invention,

Figure 2 is a perspective view showing a structure for inducing natural greening of the gravel slope according to a preferred embodiment of the present invention,

3 is an enlarged view illustrating a portion A of FIG. 2;

4 is an exploded perspective view of a structure for inducing natural greening of the gravel soil of the present invention;

Figure 5 is a perspective view of a grass support frame of the present invention,

Figure 6 is a cross-sectional view showing an inner cross-section of the grass support frame and a plurality of grass support frame of the present invention,

Figure 7 is a state diagram showing the use of the structure for inducing natural greening of the soil slope of the present invention.

* Explanation of symbols for main parts of the drawing

1: Green area composition 3: First drain

4: second drain 10: grass support frame

15: side drain pipe 16: convex opening

17: concave opening 18: drain hole

19: lower drain pipe 20: type I high information

22: hinge 23: right mat support frame

24: left mat support frame 30: anchor bolt

31: cap 45: grass mat

47: fixing member 48: discharge groove

50: greenery

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

As shown in FIG. 1, the construction method for inducing natural greening of the cut soil slope of the present invention includes a cutting slope compacting step (S1) to solidify an artificially generated cutting slope; Green I-structure structure installation step (S2) for installing the I-type high information 20 and the grass support frame 10; A green space structure fixing step (S3) for firmly fixing the I-type high information 20 and the grass support frame 10 to the cutting slope; It was configured to include a greening composition step (S4) of inserting the grass mat 45 in the I-type high information 20 and the grass support frame 10 fixed to the cut slope to guide the recording paper.

Next, each step will be described in detail with reference to FIGS. 2 to 6.

The cutting slope compacting step (S1) is a road or other building or life saving due to rockfall and weathering due to rocking and weathering due to rocking and weathering in the present situation in Korea where 70% of the whole land is mountainous. In order to prevent the damage to the greenery composition and the structure to install the structure and the step of tightening the cut slope so that the structure can be firmly supported.

The step of installing the green space structure (S2) is firmly attached to the cutting slope I-type information 20 to correspond to the length of the cutting slope on the solid cut-off surface, and sequentially in both side grooves of the type I high information 20 By inserting and fixing a plurality of grass support frame 10, and is fixed by inserting the fixing member 47 at both ends of the I-type high information (20).

The green space structure fixing step (S3) is the I-type high information so that the I-type high information 20 for supporting the position of the grass support frame 10 and the grass support frame 10 installed on the foundation ground firmly After fixing the anchor bolt 30 by inserting the anchor bolt 30 into the through hole 21 of 20, the cap 31 is attached to the upper end of the anchor bolt 30.

After the greenery composition step (S4) is inserted into the grass mat 45 loaded with the grass seed and sawdust into the I-type high information 20 and the grass support frame 10 is fixed in the fixing step (S3), The grass mat 45 is appropriately compacted to allow the germination, rooting, and growth of the grass to be easy.

Next, the structure for inducing natural greening of the cut soil slope of the present invention constructed by the construction method as described above, as shown in Figures 2 and 4, a plurality of I-type high information (20) fixed on the cut slope ), A grass support frame 10 inserted into both side grooves of the plurality of I-type high information 20 and fixed to the cutting slope, and anchor bolts 30 fixing the I-type high information 20 to the cutting slope. ), And a grass mat 45 loaded in the grass support frame 10.

The I-type high information 20 is made of a synthetic resin of PVC material as the material, and forms the through-hole 21 at regular intervals so that the anchor bolt 30 can be inserted for the fixing, and formed in both side grooves. When the grass support frame 10 is inserted, and the installation of the plurality of grass support frames 10 is completed, the fixing member 47 is inserted into the grooves at both ends of the I-type high information 20 to flow to the lower end of the inclined surface. It is configured not to fall.

As shown in FIG. 5, the grass support frame 10 has a left support frame 24 and a right support frame 23 which are formed symmetrically with each other and are hinged by a hinge 22 at the center thereof. The lower drain pipe 19 formed inside the lower ends of the support frames 24 and 23 and the side drain pipes 15 formed inside the side parts are formed to communicate with each other in a “b” shape, and are recessed at both ends of the side drain pipes 15. The opening 17 and the convex opening 16 are formed to easily assemble when installing the grass support frame 10, and communicate with the bottom drain pipe 19 of the left and right support frame 23 at right angles. It was configured to include a drain hole 18 to be formed.

The hinge 22 installed in the center of the grass support frame 10 is easily configured to be folded, so that the assembly is easy and the storage and transportation are easy.

The lower drain pipe 19 and the side drain pipe 15 are formed to communicate with each other inside the lower and side surfaces of the left and right support frames 24 and 23 so as to smoothly drain the left and right support frames ( The drain hole 18 communicated with the lower drain pipe 19 of the 23 is configured to drain to prevent water from collecting on the grass mat 45.

In particular, care should be taken when installing the grass support frame 10 should be installed so that the drain hole 18 is formed in the lower direction of the inclined surface drainage function is smooth.

As shown in FIG. 6, the concave opening 17 and the convex opening 16 formed at both ends of the drain pipe 15 formed at the lower end of the right support frame 23 are coupled to a plurality of grass support frames 10. When the plurality of grass support frames 10 are coupled to each other, the drain pipes 15 are continuously connected to each other to form one drainage path, so that water is discharged to the second drain 4 located at the bottom of the inclined surface shown in FIG. 7. It is configured to flow down.

The anchor bolt 30 is inserted in the through-hole 21 of the I-type high information 20 in the state that is attached to the foundation ground to secure the I-type high information 20 The anchor bolt is fixed by fastening, and the cap 31 is inserted into the head of the anchor bolt 30, and when the partial damage of the grass support frame 10 occurs, the anchor bolt 30 is loosened and the damaged grass support is supported. The frame 10 is configured to be very easy to replace and dismantle repair.

The grass mat 45 is made of a natural fiber material, the sawdust and grass seeds, fertilizer, etc. are built therein so that the grass grows through the mesh gap of the grass mat 45, the grass The right support frame 23 and the left support frame 24 of the support frame 10 are inserted and fixed in an extended state.

It will be described in detail the action of the structure and the grass mat for inducing natural greening of the gravel slope of the present invention configured as described above.

FIG. 7 is a state diagram showing a state in which the green composition 1 is formed on the cut slope.

2, 3, and 7, water or rainwater accumulated in the first drain 3 formed at the top of the inclined surface is inclined surface through the bottom drain pipe 15 formed by the grass support frame 10. The water discharged to the second drain 4 formed in the lowest end of the water, in particular the water flowing into the grass support frame 10 through the drain hole 18 formed in the grass support frame 10 and the lower drain pipe 19 and the side Along the drain pipe 15 is discharged to the second drain (4) formed on the lowest end surface of the inclined surface to prevent the loss of soil and rockfall.

Grass mat 45 shown in Figure 4 has the characteristics of activating the growth of the plant by promoting the germination of the seed excellent in breathability and excellent heat and moisturizing effect in the nature of the natural fiber material and sawdust.

For example, the present invention is not limited to the above-described embodiments, and various modifications can be made by those skilled in the art without departing from the gist of the present invention as claimed in the claims. Of course, such variations are within the scope of the present invention.

As described through the above embodiment, the present invention is built by the sawdust and grass seeds in the grass mat of the natural fiber material to create a climate in which the grass can grow quickly, and the germination of the grass at the same time without the need for additional greening process, It is easy to install and replace by constructing a structure that can fasten work and growth, and can be fixed in a simple structure, and it is easy to install and replace. It is a very useful invention for the road construction industry because it has a very excellent effect of carrying and repairing.

Claims (3)

delete A plurality of I-type high information 20 fixed on the cutting slope, The left support frame 24 and the right support frame 23, which are inserted into both side grooves of the plurality of I-type high information 20 and fixed to the cutting slope, are formed symmetrically and hinged by a hinge 22 in the center. Grass support frame 10 and An anchor bolt 30 for fixing the I type high information 20 to a cutout surface; And A structure for inducing natural greening of the gravel slope characterized in that it comprises a grass mat 45 is inserted into the grass seed frame and sawdust is inserted into the grass support frame (10). According to claim 2, The grass support frame 10 is the bottom drain pipe 19 and the side drain pipe 15, the side drain pipe 15 formed in communication with each other inside the left, right support frame (24, 23) The concave opening 17 and the convex opening 16 are formed at both ends of the grass support frame 10 so that the assembly is easy to assemble, and the lower drain pipe 19 of the left and right support frames 24 and 23 is provided. ) And a structure for inducing natural greening of the gravel soil slope, characterized in that it comprises a drainage hole (18) formed to communicate in a right direction.