KR20120006156A

KR20120006156A - Sidewalk construction method using logging root and stem and sidewalk block

Info

Publication number: KR20120006156A
Application number: KR1020100066733A
Authority: KR
Inventors: 김병식
Original assignee: 김병식
Priority date: 2010-07-12
Filing date: 2010-07-12
Publication date: 2012-01-18

Abstract

The present invention relates to a sidewalk construction method and a sidewalk and sidewalk block using a felling root and stem to have a simple yet very durable construction and have a walking shock absorption function.
Therefore, the present invention is a construction groove base-based step (S1) for the excavation to have a construction groove in the ground for constructing the road; A construction groove boundary stone installation step (S2) of standing up the boundary stones on both sides of the construction groove; A crushed ground layer forming step (S3) of compacting the ground under the construction groove to be a ground ground layer; A permeable layer forming step (S4) of mixing aggregate 75-80wt%, cement 12-15wt%, and water 8-10wt% on the chopped ground layer to have a permeable layer; It comprises a wood chip layer forming step (S5) to apply the adhesive on the top surface of the water permeable layer and to have the wood chip layer having a length of 8-15mm to be entangled with each other to be bonded by an adhesive to have a wood chip layer formed with a gap It is made to obtain the sidewalk 10 and the sidewalk block 100 having a wood chip layer 50 on the permeable layer 40 while providing a press construction method using a felling root and stem.

Description

Sidewalk construction method using logging root and stem and sidewalk block}

The present invention relates to a sidewalk, and more particularly, to a sidewalk construction method and a sidewalk and sidewalk block using an improved logging root and stem to reduce the construction process and to perform a robust and pedestrian shock absorption function.

In general, a report and a construction method for recycling a waste such as logging roots and stems from felling to function as a walking shock absorber have been disclosed by Korean Patent No. 0741712 by the applicant.

However, since the prior art has a layer made of a large chip material and a small chip material, a portion having a large chip material has a large space between the chips, causing a problem of sitting down after a long time.

In addition, the prior art has no problem in making a sidewalk, but when the sidewalk block for making the sidewalk has a weak durability, the applicant has been led to study a sidewalk that can be made into a sidewalk block with more durability. .

KR 10-0741712 B1 2007.07.23

It is an object of the present invention to provide a construction method and a sidewalk using logging roots and stems to have a simple yet very durable construction and have a walking shock absorption function.

It is another object of the present invention to provide a walkway block that is capable of absorbing walking impact using felling roots and stems.

The present invention, the construction groove base-based step of making a trench to have a construction groove in the ground for constructing the road; A construction groove boundary stone installation step of standing up the boundary stones on both sides of the construction groove; A crushed ground layer forming step of compacting the ground under the construction groove to be a ground crushed layer; A permeable layer forming step of mixing and adding 75-80 wt% of aggregate, 12-15 wt% of cement, and 8-10 wt% of water to the chopped ground layer to have a permeable layer; Wood chip layer comprising the wood chip layer forming step of applying an adhesive to the upper surface of the permeable layer and the wood chips to have a length of 8-15mm tangled with each other to be bonded by an adhesive to have a wood chip layer formed a gap It features a press construction method using stems.

In addition, the present invention is that the boundary stone is installed on both sides of the construction groove formed in the ground; And crushed ground layer which is provided by chopping the lower ground of the construction groove; A permeable layer having a perforation hole between the aggregates by mixing and curing 75-80wt% of aggregate, 12-15wt% of cement, and 8-10wt% of water on the chopped ground layer; It is another feature of the press using a stem and a felling root comprising a wood chip layer coated with an adhesive and the wood chips having a length of 8-15mm are bonded with an adhesive to form a gap between the wood chips.

And the present invention is a sidewalk block having a cuboid shape; A permeable layer having a permeability hole between the aggregates by mixing and curing 75-80wt% of aggregate, 12-15wt% of cement, and 8-10wt% of water; The press block is applied to the top surface of the water permeable layer and the wood chips having a length of 8-15mm are bonded with an adhesive, characterized in that the sidewalk block using a felling root and stem comprising a wood chip layer to form a gap between the wood chips.

It is another feature that the ratio of the height of the permeable layer and the wood chip layer is formed to be 8; 2 ratio.

The present invention has the effect of providing a walkway and the sidewalk block is very simple and very durable and durable construction and walking shock absorption function than the existing construction.

And it is a rainwater pitcher, it is effective to provide an eco-friendly walking road made of natural materials such as wood chips.

1 is a construction step diagram showing a construction method according to the present invention,
2 is a cross-sectional view showing a sidewalk according to the present invention,
3 is an enlarged view of a part of the water permeable layer and the wood chip layer according to the present invention;
Figure 4 is an enlarged view showing a boundary portion of the water permeable layer and the wood layer according to the present invention,
5 and 6 are a cross-sectional view and a perspective view of the sidewalk block according to the present invention.

When described in more detail on the basis of the accompanying drawings the preferred embodiment of the present invention.

1 and 2, the present invention is a construction groove base-forming step (S1) is carried out.

The construction groove base forming step (S1) is to first construct the construction groove 11 on the ground to construct the sidewalk 10, using equipment such as an excavator as shown in FIG.

Next, the construction groove section boundary stone installation step (S2) to install the installation of the boundary stone 20 on both sides of the construction groove 11 is carried out, and then the ground underneath the construction groove 11 by using the equipment to compact the ground ground ( 30 is formed a crushed ground layer forming step (S3) to be formed.

Next, as the permeable layer forming step (S4) is carried out, the permeable layer forming step (S4) is mixed with the aggregate 75-80wt%, cement 12-15wt%, water 8-10wt% into the construction groove 11 to the permeable layer To have 40.

Referring to Figure 3 (a), the aggregate 41 is like gravel, aggregate size of about 8-12mm diameter is used. Therefore, the gaps between the aggregates 41 are generated, so that the permeable holes 42 are formed, and are mixed with water so that the cement components serve to attach the aggregates 41 to each other.

Next, the wood chip layer forming step S5 is performed after applying the adhesive 43 on the permeable layer 42.

As shown in FIG. 4, the adhesive 43 is applied to the surface of the aggregate 41 of the permeable layer 40 in a thin layer so that the permeable hole 42 is not blocked. Of course, the adhesive 43 is applied only to the entire surface of the aggregate 41 on the upper surface of the permeable layer 40, but only adhered to the portion where the wood chip 51 abuts and the permeability hole (the space between the aggregates 41) 42) is expressed in the drawing that it is not stuck because it is not bonded.

In the wood chip layer forming step (S5), the wood chips 51 having a length of 8-15 mm are intertwined using a logging root or a stem to have a wood chip layer 50 formed by being bonded by an adhesive. It is. The adhesive may be a pollution-free natural rubber or an environmentally friendly adhesive may be used.

Making wood chips using the logging root or stem is described in detail in Korean Patent No. 0741712, which is pre-registered by the applicant, so a detailed description thereof will be omitted.

Therefore, since the wood chips 51 are bonded to each other to intertwine the wood chips 51, a gap 52 is formed between the wood chips 51 as shown in FIG. 52) serve as a buffer space.

In addition, since water such as rainwater passes through the gap 52, the wood chip layer 50 has an absorption function of absorbing rainwater.

Therefore, the wood chip layer forming step (S5) is completed by leveling the wood chip layer 50. In some cases, the wood chip layer 50 is coated with a paint to have a thin layer of color (not shown). You may.

And after the wood chip layer forming step (S5) is completed 20 to 24 hours to be cured to be a solid sidewalk 10 is to be built as the state can be opened by the sidewalk 10.

The finished walkway 10 is durable because the permeable layer 40 serves as a solid support layer because the aggregates 41 are fixed by cement, so that the walkway 10 does not fall down at all. It will provide a solid walkway 10.

In addition, during the rainy season, the rainwater penetrates into the ground through the gap of the wood chip layer 51 and the permeation hole 42 of the permeable layer 40, so that the artificial walkway 10 penetrates water naturally, such as a walkway made of natural soil. It will play a role.

And since the surface of the sidewalk 10 is a wood chip layer 50 has a buffer function to provide a sidewalk 10 that absorbs the walking impact force that is inevitably generated when stepping on foot.

In addition, if the height of the permeable layer 40 and the wood chip layer 50 is 8: 2, such that the height of the permeable layer 40 is 8 cm and the height of the wood chip layer 50 is 2 cm, the wood chip layer ( 50) is a cushioning effect, but not lumpy, and has a supportive force like a plate, so that you can get a sidewalk 10 that can be used as a walking road or a bicycle road.

And the present invention can make the sidewalk block 100 as shown in Figs.

The sidewalk block 100 is manufactured by a mold (not shown), and since the mold is already known, detailed illustration and description thereof will be omitted.

The sidewalk block 100 has a lower layer as the permeable layer 40 and an upper layer with the wood chip layer 50.

Since the permeable layer 40 and the wood chip layer 50 are the same as those described in the sidewalk 10, detailed description thereof will be omitted.

Therefore, the present invention can provide a sidewalk block 100 having a wood chip layer 50 in the upper layer and at the same time the rain block is pitched.

Therefore, the pedestrian road made of the sidewalk block 100 of the present invention can absorb the pedestrian impact force and can be provided with a rainwater pitcher and provide an eco-friendly pedestrian road made of natural materials such as wood chips 51.

Although the present invention has been illustrated and described by way of example, it is not limited thereto and may be modified in various forms by those skilled in the art without departing from the scope of the claims. It is self-evident that it should be protected as broadly as possible.

10: Press 11: Construction groove
20: boundary stone 30: chopped ground layer
40; permeable layer 41; aggregate
42: perforator 43: adhesive
50: wood chip layer 51: wood chip
52: gap 100: sidewalk block
S1: Construction groove base construction stage S2: Construction groove boundary installation stage
S3: chopped ground layer forming step S4: permeable layer forming step
S5: Wood Chip Layer Formation Step

Claims

A construction groove base construction step of digging a construction groove to have a construction groove in the ground for constructing a road;
A construction groove boundary stone installation step of standing up the boundary stones on both sides of the construction groove;
A crushed ground layer forming step of compacting the ground under the construction groove to be a crushed ground layer;
A permeable layer forming step of mixing and adding 75-80 wt% of aggregate, 12-15 wt% of cement, and 8-10 wt% of water to the chopped ground layer to have a permeable layer;
And a wood chip layer forming step of applying an adhesive to the upper surface of the permeable layer and having wood chips having a length of 8-15 mm to be entangled with each other to be bonded by an adhesive to have a wood chip layer having a gap formed therein. Press construction method using felling roots and stems.

As the boundary stone is installed on both sides of the construction groove formed in the ground;
A ground crushed ground layer provided by mining the ground under the construction groove;
A permeable layer having a perforation hole between the aggregates by mixing and curing 75-80wt% of aggregate, 12-15wt% of cement, and 8-10wt% of water on the chopped ground layer;
The press using a root and a stem, characterized in that the wood chip layer is applied to the top surface of the water permeable layer and the wood chips having a length of 8-15mm are bonded with an adhesive to form a gap between the wood chips.

A sidewalk block having a hexahedron shape;
A permeable layer having perforations between the aggregates by mixing and curing 75-80 wt% of aggregate, 12-15 wt% of cement, and 8-10 wt% of water;
Covering block using a felling root and stem, characterized in that the wood chip layer is coated with an adhesive and the wood chips having a length of 8-15mm are bonded with an adhesive to form a gap between the wood chips.

4. The sidewalk block using felling roots and stems according to claim 3, wherein the ratio of the height of the permeable layer and the wood chip layer is 8: 2.