KR20070012944A - Non woven fabric vegetation bag, slope structure and slope construction method using thereof - Google Patents

Abstract

A non-woven fabric vegetation bag, a slope structure and a slope construction method using the vegetation bag are provided to prevent loss of soil at a cut surface of the slope by using a pre-vegetated non-woven fabric vegetation bag. A non-woven fabric vegetation bag(100), comprises a bag(110) made of a perforated non-woven fabric, an inward soil(120) filled in the bag, and a seed of plant(130) spread in the inward soil. After the bag is filled with the inward soil, an inlet of the bag is sealed. A slope structure using the vegetation bag including the bag, the inward soil, and the plant seed, comprises a landscape block and the non-woven fabric vegetation bag. The landscape block is installed along a boundary of a cut surface of the slope. The non-woven fabric vegetation bag is accumulated on the cut surface within the landscape block. A slope construction method using the vegetation bag comprises a non-woven fabric vegetation bag manufacturing step, an inward soil pre-vegetating step, and a non-woven fabric vegetation bag accumulating step.

Description

Nonwoven Fabric Vegetation Bag, Slope structure and Slope construction method using

1 shows a conventional landscaping block.

Figure 2 shows the structure of the nonwoven vegetation bag of the present invention.

Figure 3 is a specific embodiment of the slope structure and the slope method to which the nonwoven vegetation bag is applied to the present invention, the structure is a laminated nonwoven vegetation vegetation bag is laminated on the incision surface inside the landscaping block.

Figure 4 is another embodiment of the slope structure and the slope method to which the nonwoven vegetation bag of the present invention is applied, it is a case of using a ring-shaped anchor pin and pipe.

5 is another embodiment of the slope structure and the slope method to which the nonwoven vegetation bag of the present invention is applied, a case of using a ridge net and an angle anchor pin.

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

100: nonwoven vegetation bag

110: bag

120: internal soil

130: Seed

200: Coir Roll Mat

300: landscaping block

310: ring type anchor pin

320: Pipe

330: angle anchor pin

340: Rhomboid net

Field of technology

The present invention is used in the vegetation slope method, the bag made of perforated nonwoven fabric; Internal soil filled in the interior of the bag; And, Seeds of plants that are installed in the inner soil; comprising, the bag is a nonwoven vegetation bag, characterized in that the inlet is sealed after the inner soil is filled, the invention relates to a slope structure and slope method using the same.

Prior art

In conventional road slope incisions, various types of vegetation methods are applied to prevent the loss and collapse of soil on the incision surface. Usually, the slope of the incision, the shape of the incision surface, the presence of groundwater discharge in the incision, the width and width of the incision. Considering such factors, the vegetation method with the following contents is selectively applied.

① If the width of the incision is narrow and soil loss is not a big problem, simply spray the seed (Seed spray), or place straw on the incision and spread the seed.

② Place slope garden blocks (see Fig. 1) on slopes where slopes of the incisions are severe or where there is a risk of soil loss or collapse before the vegetation becomes active due to rainwater due to rocks or the like. Or, after fixing the ridge net with an anchor pin on the slope, the green soil containing the soil, adhesive, nutrients, seeds and the like is laid on the slope and vegetated.

However, such conventional methods are not only easily collapsed when the heavy rain falls in rainy season, etc. before plant roots stick to the ground after vegetation, it is impossible to construct during the rainy season, and construction costs are high.

In addition, herbaceous vegetation is possible, but tree vegetation is not possible, there is a problem in the disconnected incision is not exposed because there is no view of the natural forest because there is no tree in the vegetation slope in winter.

The object of the present invention created to solve the above problems is as follows.

First, it is an object of the present invention to provide a vegetation bag capable of vegetation and standardized nonwoven vegetation bag.

Second, by providing inclined slope structure and slope method using vegetated nonwoven fabric vegetation bag, it is possible to prevent soil loss of incision surface, improve workability, and provide slope structure and slope construction method that can be constructed even in rainy season. It is another object of the invention.

Third, another object of the present invention is to provide a means for preventing degeneration of the nonwoven vegetation bag.

Fourth, it is another object of the present invention to provide a means for strengthening the binding force with the incision ground in installing the non-woven vegetation bag from the slope.

The configuration of the present invention created to achieve the above object is as follows.

The present invention is used in the vegetation slope method, the bag made of perforated nonwoven fabric; Internal soil filled in the interior of the bag; And, Seeds of plants that are installed in the inner soil; including, wherein the bag is a nonwoven vegetation bag, characterized in that the inlet is sealed after the inner soil is filled.

In addition, the present invention is a landscaping block is installed along the boundary of the incision; And a nonwoven vegetation bag stacked on the incision surface inside the landscaping block.

In addition, the present invention is a non-woven vegetation bag manufacturing step of filling the inner soil in which the seeds are placed in the bag and sealing the inlet of the bag; And, an internal soil vegetation step for germinating the seeds to take root; And a laminating step of laminating the linearized nonwoven vegetation bag on the incision surface inside the landscaping block. It relates to a slope method using a nonwoven vegetation bag comprising a.

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

As shown in Figure 2, the nonwoven vegetation bag 100 of the present invention is a structure in which the inside of the bag 110 made of perforated nonwoven fabric is filled with the internal soil 120, the seeds of the plant in the internal soil 120 130 are laid and filled together.

There is no particular limitation on the type of the seed 130, it may be selected from wood or herbaceous one to be placed in the inner soil 120, or may be mixed together to install the seeds of the woody and herbaceous seeds together.

In addition, the internal soil 120 is preferably mixed with a nutrient and a moisturizer to promote the development of seeds.

As described above, the inside of the bag 110 is filled with the internal soil 120 in which the seeds 130, the nutrients and the moisturizer are mixed, and then the inlet of the bag 110 is sealed to complete the nonwoven vegetation bag 100.

When the coir roll mat 200 is attached to the top of the bag 110, the bag 110 made of polyethylene or polypropylene may be prevented from being corroded by ultraviolet rays.

In addition, seeds 130 may be installed or seedlings may be planted on the top of the bag 110.

In this way, the seed 130 is laid or seedlings planted nonwoven vegetation bag 100 is spontaneously to promote the germination and growth of seeds, the growth of seedlings.

That is, before the nonwoven vegetation bag 100 is laminated on the incision surface, the vegetation is already made, that is, the construction is made of the nonwoven vegetation bag 100 of the line vegetation state.

Figure 3 is a specific embodiment of the slope structure and the slope method to which the nonwoven vegetation bag 100 of the present invention is applied, the structure is a non-woven vegetation bag 100 is lined on the incision surface inside the landscaping block.

As shown in Figure 3, the landscaping block 300 is installed along the boundary of the incision.

Landscaping block 300 may be made using a material such as cement, plastic, soil using a hardener.

On the incision surface inside the landscaping block 300, the non- vegetation vegetation bag 100 previously grown is sequentially stacked to cover the incision surface.

In this way, using a method of covering the incision surface by stacking the vegetation non-woven vegetation bag 100 in advance can prevent the loss of the soil even after a heavy rain immediately after construction.

Figure 4 is another embodiment of the slope structure and the slope method to which the nonwoven vegetation bag 100 of the present invention is applied, it is a case of using the annular anchor pin 310 and the pipe 320.

As shown in FIG. 4, a plurality of annular anchor pins 310 are installed on the incision surface inside the landscaping block 300, and the pipe 320 is inserted into a ring formed at an upper end of the annular anchor pin 310 and then transversely. Install in the direction.

Thus, the pipe 320 is installed in the transverse direction serves to prevent the nonwoven vegetation bag 100 flowing down along the incision in the middle.

Figure 5 is another embodiment of the slope structure and the slope method to which the nonwoven vegetation bag 100 of the present invention is applied, the case where the ridge net 340 and the angled anchor pin 330 is used.

As shown in FIG. 5, the rhomboid net 340 is installed on the upper portion of the landscaping block 300 in which the nonwoven vegetation bag 100 is stacked.

The rhomboid net 340 covers the upper part of the nonwoven vegetation vegetation bag 100 and serves to hold and fix the nonwoven vegetation vegetation bag 100.

This ridge network 340 is fixed by the angled anchor pin 330.

Construction of the slope structure using the nonwoven vegetation bag 100 as shown in Figures 2 to 5 includes the following steps.

(1) Nonwoven Vegetation Bag Manufacturing Stage

The inner soil 120 in which the seeds 130 are installed is filled in the inside of the bag 110 and the inlet of the bag 110 is sealed to manufacture the nonwoven vegetation bag 100.

(2) Coir Roll Mat Attachment Step

When it is necessary to prevent the nonwoven vegetation bag 100 from being corroded by ultraviolet rays, the coirroll mat 200 is attached to the upper portion of the nonwoven vegetation vegetation bag 100, that is, the bag 110. To prevent corrosion.

(3) Vegetation stage

The seeds 130 installed in the inner soil 120 are germinated in advance so as to germinate inside the nonwoven vegetation bag 100 to lower the roots.

(4) additional vegetation stage

If necessary, the non-woven vegetation bag 100 may further include a step of planting the seed 130 or planting the seedlings together with the seed 130 installed in the internal soil by planting seedlings.

(5) Pipe installation step

When constructing a specific embodiment of the present invention shown in Figure 4, a plurality of annular anchor pin 310 is installed on the inner cutting surface of the landscaping block 300 and the pipe (ring) formed in the upper end of the annular anchor pin 310 Insert 320) and install it in the transverse direction.

The pipe 320 installed in this way serves to prevent the nonwoven vegetation bag 100 to be installed later flowing along the incision surface.

(6) lamination step

The already vegetated nonwoven vegetation bag 100 is laminated on the incision surface inside the landscaping block 300 to cover the incision surface with the vegetation nonwoven vegetation bag 100.

(7) Ridge network installation stage

When constructing a specific embodiment of the present invention shown in Figure 5 after the lamination step is performed non-woven vegetation bag 100 is installed a ridge net 340 in the upper part of the landscaping block 300 is laminated and angled It is fixed by the keffin 330.

Technical effects according to the present invention of the above configuration is as follows.

First, vegetation is possible and can provide a standardized nonwoven vegetation bag.

In other words,

Secondly, by providing the incision slope structure and slope method using the vegetated nonwoven vegetation bag, it is possible to prevent soil loss of the incision surface, improve workability, and construction in the rainy season.

In other words, by using a method of laminating the vegetation bag pre-vegetated nonwoven vegetation on the incision surface can minimize the loss of soil even in heavy rain after construction, and can prevent the loss of soil even during the rainy season at any time.

Third, it is possible to prevent degeneration of the nonwoven vegetation bag.

In other words, by installing a coir roll mat on the top of the nonwoven vegetation bag to prevent corrosion of the nonwoven vegetation bag, it is possible to safely maintain the soil inside the nonwoven vegetation bag for a long time.

Fourth, in installing the vegetated nonwoven vegetation bag on the slope can strengthen the binding force with the incision ground.

In other words, the landscaping block is inserted into a plurality of annular angular pins installed on the cutting surface inside the landscaping block and a pipe formed in the transverse direction by being inserted into a ring formed at an upper end of the annular anchoring pin, or the nonwoven vegetation bag is laminated. The nonwoven vegetation bag and the incision ground can be more firmly integrally fixed by using a ridge net installed on the upper part and an angle anchor pin fixing the ridge net.

Claims (14)

As used for vegetation slope method, Bag made of perforated nonwoven; Internal soil filled in the interior of the bag; And, Seeds of plants buried in the inner soil; Consists of including The bag is a nonwoven vegetation bag, characterized in that the inlet is sealed after the inner soil is filled. In claim 1, The soil is further mixed with nutrients and moisturizers, The seed nonwoven vegetation bag, characterized in that any one or a mixture of wood or herbaceous. In claim 2, The nonwoven vegetation bag, characterized in that the seed is placed in the top of the sacks or seedlings are planted. The method according to any one of claims 1 to 3, A coir roll mat on the top of the bag; Nonwoven vegetation bag, characterized in that attached. Bag made of perforated nonwoven; Internal soil filled in the interior of the bag; And, Seeds of plants that are installed in the inner soil; comprising, wherein the bag is a slope structure using a non-woven vegetation bag is sealed inlet after the inner soil is filled, Landscaping block is installed along the boundary of the incision; And, The nonwoven vegetation bag is laminated on the incision surface inside the landscaping block; Slope structure using a nonwoven vegetation bag, characterized in that comprising a. In claim 5, A plurality of annular anchor pins installed on the incision surface inside the landscaping block; And, A pipe installed in the transverse direction by being inserted into a ring formed at an upper end of the annular anchor pin; Slope structure using a nonwoven vegetation bag, characterized in that it further comprises a. In claim 5, A ridge net installed on an upper portion of the landscaping block on which the nonwoven vegetation bag is stacked; And, An angle anchor pin for fixing the ridge net; Slope structure using a nonwoven vegetation bag, characterized in that it further comprises a. In claim 6 or 7, Slope structure using a non-woven vegetation bag, characterized in that the seed is planted in the top of the sacks or seedlings are planted. In claim 6 or 7, A coir roll mat on the nonwoven vegetation bag; Slope structure using a nonwoven vegetation bag, characterized in that attached. Bag made of perforated nonwoven; Internal soil filled in the interior of the bag; And, Seeds of plants that are installed in the inner soil; comprising, wherein the bag is a slope method using a nonwoven vegetation bag is sealed inlet after the inner soil is filled, A nonwoven vegetation bag manufacturing step of filling the inside soil with seeds embedded in the bag and sealing the inlet of the bag; And, Internal soil vegetation step for germinating the seeds to take root; And, Laminating the pre-woven vegetation vegetation bag on the incision surface inside the landscaping block; Slope construction method using a nonwoven vegetation bag, characterized in that comprising a. In claim 10, A coir roll mat on the nonwoven vegetation bag; Slope construction method using a nonwoven vegetation bag, characterized in that it further comprises a step of attaching a coir roll mat. In claim 10, An additional vegetation step of laying the seed or planting seedlings on the nonwoven vegetation bag; Slope method using a nonwoven vegetation bag, characterized in that it further comprises. The method according to any one of claims 10 to 12, Before performing the lamination step, A pipe installation step of installing a plurality of annular anchor pins on the incision surface inside the landscaping block and inserting a pipe into a ring formed at an upper end of the annular anchor pin to install in a transverse direction; Slope method using a nonwoven vegetation bag, characterized in that it further comprises. The method according to any one of claims 10 to 12, After the lamination step is performed, A ridge net installation step of installing a ridge net on the upper portion of the landscaping block in which the nonwoven vegetation bag is stacked and fixing it with an angle anchor pin; Slope method using a nonwoven vegetation bag, characterized in that it further comprises.

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