KR20060124528A - Plant structure of tree for protecting sectional incline face at road - Google Patents

Abstract

A structure for planting trees on an incline of a road cutting slope is provided to prevent the sliding phenomenon of soils on an incline of a road cutting slope and to protect natural environment by planting trees in a vegetation hole protector inserted to a vegetation hole of an incline of a road cutting slope. A structure for planting trees on an incline of a road cutting slope is formed by perforating a vegetation hole(4) for planting a tree on an incline(2) of a road cutting slope vertically, inserting a cylindrical vegetation hole protector(5) made with high density polyethylene to the vegetation hole, and planting a tree(3) by inserting the root of the tree in the vegetation hole protector and filling up with vegetation soils(6).

Description

Plant structure of tree for protecting sectional incline face at road}

1 is a cross-sectional view showing a problem by planting both grass on the slope of the conventional incision;

Figure 2 is a cross-sectional view showing a tree planting structure of the slope of the road rock cutout according to the present invention;

Figure 3 is a cross-sectional view showing in detail the tree planting structure of the incline slope of road rock according to the present invention;

Figure 4 is an exploded perspective view showing the tree planting structure of the slope of the road rock cutout according to the present invention.

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

2: rock incision slope 3: tree

4: Vegetation Hall 5: Vegetation Hall Guard

6: vegetation soil

The present invention relates to a tree planting structure of the slope of the road rock cutout, and to a tree planting structure of the slope of the road rock cutout to prevent the sliding phenomenon of the slope of the incision when planting trees on the slope of the road rock cutout.

Grass is classified into healthy warm grass in summer and cold grass in spring and autumn depending on the growing environment. It is common for these warm-land grasses to grow well in warm areas of 25-35 ° C, and cold-growth grasses to grow well in cool areas of 15 to 25 ° C. Grass, commonly called sheep grass, western grass, and four-season grass, refers to cold grass.

In particular, Nanji grass is widely used in Korea, and it is divided into broad-leaf Korean grass, mid-leaf Korean grass, and three-leaf Korean grass. Also included is Bermudagrass, which grows well in warmer areas. Nanji turf grows in mid-April, peaks in the summer rainy season, and enters dormancy (yellowing) in mid-October. Bermuda grass is three times faster than Korean grass. Nanji turf is very strong in the pressure, but if you do not step on it is too long and weak in the shade. Korean grass is a good grass, which is regarded as an excellent grass around the world.

In Korea, the one-to-one grass, known as sheep grass, western grass, and four season grass, starts growing in mid-March, reaches its peak in spring and autumn, and remains green until mid-December. From mid-December to March, it turns yellow. These grasses can be seen in four seasons when the temperature is warmer, but unfortunately in the central region of Korea, they have a dormant period of three months. In the hot and humid summer environment, growth is greatly reduced and there is a danger of pests. Sheep grass germinates rapidly and grows rapidly, and in the growing season, more than 80% germination occurs in 4-5 days after sowing.

As shown in Figure 1, but the slopes of the side cancer incision of the road is planted and installed a lot of grass (1), but because the grass grows more than 80% in 4-5 days after planting during the growing season its roots are fragile Therefore, a sliding phenomenon occurs in which the inclined surface of the incision becomes inclined to die within a short period of time, and thus, the soil of the inclined surface is pushed up so that drainage channels on both sides of the road are buried.

Therefore, the present invention is to solve the above problems, an object of the present invention is to plant trees in the rock cutting slope slope planting in the planting hole guard to prevent the incision of the rock cutting edge slope to prevent the incision. To provide a tree planting structure.

Accordingly, in order to realize the above object, the tree planting structure of the road rock cutting slope according to the present invention is a plant for planting trees on the side rock cutting slope of the road, and the vegetation for planting the tree on the rock cutting slope. The hole is dug in the vertical direction, and the vegetation hole guards made of high density polyethylene are inserted into the vegetation holes, while the trees are planted together with the vegetation soil in the vegetation hole guards.

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

Figure 2 is a cross-sectional view showing the tree planting structure of the road rock cut slope in accordance with the present invention, Figure 3 is a cross-sectional view showing a detailed tree planting structure of the road rock cut slope in accordance with the present invention, Figure 4 It is an exploded perspective view which shows the tree planting structure of the slope of a road cutaway site.

As shown in Figures 2 to 4, the tree planting structure of the road rock cutting slope in accordance with the present invention, in the structure of planting the tree on the side rock cutting slope slope of the road, the tree on the rock cutting slope (2) The vegetation hole 4 for planting 3) is excavated in the vertical direction, and the vegetation hole guard 5 of the mesh cylindrical vegetation hole made of high-density polyethylene is inserted into the vegetation hole 4, while the vegetation hole guard 5 The tree 3 is planted together with the vegetation soil 6 inside.

When explaining the operation and effect of the present invention configured as described above, the grass is planted on the rock cut slope slope formed by cutting the mountain area while forming a road to form slopes on both sides of the road, the trees are planted, vertical to the rock cut slope The vegetation hole 4 is dug in the direction, and the vegetation hole protector 5 made of cylindrical and mesh-type high density polyethylene is inserted into the vegetation hole 4. The root of the tree 3 is inserted into the vegetation hole guard 5 and the vegetation soil 6 is filled to complete the planting of the tree 3.

When planting the tree 3 in this way, the sliding phenomenon that the earth and sand is pushed by the vegetation hole guard 5 inserted in the vegetation hole 4 perforated in the vertical direction to the female incision slope 2 is prevented. Moreover, by planting the tree 3, the natural environment by the landscaping greening of the incline slopes is preserved.

According to the tree planting structure of the road female incision slope of the present invention configured as described above, the tree 3 in the vegetation hole protector 5 inserted in the vegetation hole 4 perforated in the vertical direction to the female incision slope 2 By planting the not only the sliding phenomenon of the soil sedimentation of the rock incision slope is prevented, but also has the effect of preserving the natural environment by landscaping greenery of the rock incision slope (2).

Claims (1)

In the structure of planting the tree on the side incline slope of the road, the vegetation hole 4 for planting the tree 3 on the rock incision slope 2 is dug in the vertical direction, and the vegetation hole 4 An inclined surface of a road cancer incision comprising a mesh cylindrical vegetation hole guard 5 made of high-density polyethylene, while a tree 3 is planted together with the vegetation soil 6 in the vegetation hole guard 5. Tree planting structure.

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