KR200306409Y1 - the earth, sand, stone us manufacture of dike protect gabion - Google Patents

Abstract

The present invention relates to a quilt-type wire mesh that repairs and installs banks or banks that have collapsed due to feng shui damage, and does not destroy natural environments. Bundled in a send bag, piled up in four rows of quilt-type wire meshes installed on the banks, and the quilt-type wire meshes are assembled by filling with soil, gravel, and sandbags in the center.

The upper surface of the quilt-type wire mesh formed by the above-described configuration is formed flat and mixed with super-raw soil + grass seed + fertilizer thereon to cover to a certain thickness and cover the nonwoven fabric to promote germination of lost or grass seeds and By binding the upper part of the gabion to the futon-type gabion below to prevent it from coming off and completely contacting it, the futon-type gabion is formed. In this place, it promotes the propagation of various animals and plants and restores the ecosystem of the riverside.

Description

A wire mesh made up of embankment shafts using soil and gravel. {The earth, sand, stone us manufacture of dike protect gabion}

The present invention is a futon-type wire mesh that is installed during the construction and protection or repair of embankment shafts such as incisions on shores and rivers, and the soil (23), gravel (24), etc., generated during embankment construction are sent to the sendback (22). Put the futon-type wire mesh and put it on the ground of the embankment where you install the futon-type wire mesh, and if you pile up the sendbacks (22) on each side of the four sides (front, back, left, right) of the duvet wire mesh, a space is formed in the center. It is stopped by filling with sand (23) gravel (24) sandbags (22) generated at the construction site to make it flat and uniform, forming a lower layer, and a mixture of fresh soil + grass seed + fertilizer (25) on the upper layer. Covered to a certain thickness and the height is formed of 5cm ~ 15cm and covered with a non-woven fabric (26) to promote the germination of the loss or grass seeds, and to prevent the fluctuation of the non-woven fabric (26) to be installed on the trunk wire mesh top cover (15) Close to the wire mesh 11 and the lid frame 35 Structure which consists of a coupling doeyeo doeyeo quilt type gabion.

Existing bank embankment construction uses gabion blocks and is purchased from distant stone mountains because there is no stone in the construction site.The skilled workers are needed even during the installation and installation.The economic burden is high and the natural environment is destroyed by the stone mountain quarrying. It is the reality that the natural environment is being damaged day by day after the extinction of animals and plants that lived on the banks.

The problem of the present invention is to use the sandbag (23), gravel (24), etc. generated at the construction site of the embankment construction without using various gabion block masonry blocks for damming and installing the natural environment as described above. 22) The material of the futon type wire mesh is made of galvanized iron wire or P, V, C coated fusion wire, and the bottom of the constructed futon wire mesh and the ground of the embankment are in close contact with each other. In the middle of the length of the futon-type wire mesh, the middle of the partition network (14) is installed at intervals of 1m to 2m and is bound to the trunk wire mesh (11). On the right side, the send bag 22 was stacked in four rooms and stepped on. The space formed in the center was filled with earth and sand (23), gravel (24) and sandbags 22 at the site of the embankment construction. Layered layer was formed, and the suspended upper layer was mixed with fresh soil + grass seed + fertilizer (25) with a constant thickness of 5cm to 15cm and promoted loss or germination, and covered the entire upper layer with nonwoven fabric (26). To prevent agitation and to complete the construction of the futon-type wire mesh, the top of the trunk wire mesh (15) is connected with the trunk mesh (11) and the front of the mesh net (12) and the rear of the mesh net (13) and the middle of the partition net (14). The structure of the futon-shaped wire mesh formed.

Figure 1 is a perspective view of the assembled futon-type wire mesh

FIG. 2 is a cross-sectional view of a bed made of a quilt-type wire mesh with earth and sand, a gravel sendback, and a non-woven fabric

Figure 3 is a front view connected by a shaft composed of assembled futon wire mesh

[ Code Descriptions for Main Parts of Drawing ]

11. Trunk links

12. Front of the screen

13. The back of the lid

14. Partition net

15. Cover the top of the trunk wire

21. Trunked Links

22.Men with 23,24 send bags

23. Tosa

24. Gravel

25. A mixture of fresh soil + grass seed + fertilizer

26. Nonwovens

27. Cover the top of the trunk wire

31.Front screen front

32. Trunked Links

33. Middle of partition net

34. Tie wires to tie together

35. Lid Frame

36. Where the wire mesh wires on both sides of the heating wire of the trunk wire mesh are bound together with the lid frame 35 of the front side of the lid network 12 and the rear side of the lid network 13

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of a futon (rectangular) wire mesh installed in the form of a galvanized steel wire, P, V, C-covered fusion wire and synthetic resin, the configuration of the body chain link (11) on the ground of the bank After unfolding, put up the center of the trunk wire chain linking (11) and form the quilt type (rectangular) of the front side of the screening net (12) and the rear screening net (13). Rotating to form a futon-type wire mesh, the net width is 1m ~ 2m and the end of the heating wire remaining as both ends of the heated wires (both ends cut during chain linking) of the chain wire chain link (11) It turns around and binds to the lid frame 35 of the net front 12 and the back net 13 to form a futon-shaped wire mesh, and the length of the wire mesh is 3m to 15m at the request of the consumer. Partitions at intervals of 1 m to 2 m The middle of the net (14) is installed and bound with the chain link (11) and the tie wire (34), and the upper cover of the trunk (15) is in an unfolded form,

Figure 2 is a futon-shaped wire mesh, the lower layer is composed of soil (23), gravel (24), send back (22) and the upper layer is a cross-sectional view of the shaft composed of fresh soil, grass seed, fertilizer (25), non-woven fabric (26), etc. As shown in Figure 1 put the sandbag (23), gravel (24), etc. in the send back 22 to the wire mesh assembled as tightly closed if the strap back (22) quilt (rectangular) wire mesh is formed, Right, both sides and the front of the screening net (12) The back of the screening net (13) Attached to the middle of the screening net (14), piled up in a row to the height of the futon-type wire mesh and closed by stepping on it. (23) Pebbles (24) Filled with sandbags (22) to stop evenly to form the lower layer, the upper layer covered with a mixture of fresh soil + grass seed + fertilizer (25) with a constant thickness of 5cm ~ 15cm In order to prevent germination and loss, the entire upper surface was covered with a nonwoven fabric (26). Tie the woven fabric (26) tightly and securely to the top of the torso (15). The structure of the futon-type wire mesh, which is tied to the wire (34) to bind and install the shaft of the embankment.

FIG. 3 is a front view in which a futon-type wire mesh is assembled and assembled with a shaft, and when the bund is tied to the tie wire 34 from the beginning to the end while continuing to install the shaft on the embankment, the entire embankment shaft is a giant embankment shaft. Futon-shaped wire mesh structure composed of

The present invention avoids installation that destroys the natural environment by using gabion stone blocks, block rock concrete, etc., and prevents dredging from the incision surface of rivers or coastal roads. The sandbags (22) are used to install the embankment's shafts, and the completed shafts are planted with local ripening plants and planted perennial willows, aspens, forsythias, and rose bushes to provide habitats for animals and plants. It is effective to form rivers and banks of beautiful spaces where nature and nature breathe and survive.

Claims (2)

This paper is a wire mesh structure using embankment shaft using earth and sand (23), gravel (24), and it is made of known futon type and made of galvanized steel wire or P, V, C coated fusion steel wire. When installing the embankment on the surface, the soil (23) gravel (24) generated during the stationary dredging process in the field is put into the back bag and composed of the bare ones (22), and then the body wire chain chained (11) to be installed on the embankment to install It consists of a futon-type wire mesh, and piles up and closes the sendbacks 22 in one line on the front, back, left, and right sides of the lower layer, and in the space formed in the center, the earth and sand (23) gravel (24) sandbags ( 22) The top layer was formed flat and covered with the raw soil and grass seeds forming a vegetation layer with fertilizer (25) at a constant thickness of 5 cm to 15 cm to promote germination of grass seeds and to prevent loss. To cover the upper layer with nonwoven fabric 26 Sediment (23), gravel (24) specializing in binding the non-woven fabric (26) by pressing the upper cover (27) of the trunk wire mesh of the high quilt-type wire mesh tightly and the binding of the futon-type wire mesh and tie iron wire (34) installed in the bottom layer ), A wire mesh that forms a levee base using a sandbag (22). The quilt-type wire mesh according to claim 1 has a mesh width of 1m to 2m, and the length of the wire mesh is 3m to 15m at the request of the consumer, and the middle partition net 14 is arranged at intervals of 1m to 2m in the middle of the length of the wire mesh. Put the height of the wire mesh 40cm ~ 100cm in front of the chain-linked chain (11) with a tie wire (34) to form a futon-type wire mesh, and in front of the futon-type gabion installed continuously with the futon-type wire mesh installed first The lid net (12) and the rear net (13) and the middle partition net (14) is connected to the lid frame 35 by a tie wire 34 to form a giant shaft and perennial willow, cottonwood , The wire mesh that constituted the embankment shaft using the earth and sand (23) gravel (24) sandbag (22), characterized in that it is configured to plant forsythia.