KR100355782B1 - Construction of resin for public works and method for mounting water flow anchor plate and anchor cut-off plate - Google Patents

Abstract

PURPOSE: Construction of resin for public works and a method for mounting a water flow anchor plate and an anchor cut-off plate are provided to prevent soft ground, scour of earth and sand and leakage, and to promote drainage by selectively using a water cut-off plate, a water flow plate, an anchor cut-off plate, a water flow anchor plate, and a corrugated water flow and cut-off plate. CONSTITUTION: In injection-molding resin for public works, an anchor cut-off plate(1), an anchor water flow screen plate, an anchor cut-off screen plate, an anchor water flow plate and a corrugated anchor water flow and cut-off plate are formed to be used for construction work to reinforce the soft ground and to prevent scour of earth and sand and leakage. Needles(3,4) are arranged at one side or both sides of the water cut-off plate with geometric structure, and the anchor cut-off plate is installed in the base of the structure. Needles for buffering and the anchors are formed in the resin plate, and large and small through holes are formed between the needles.

Description

Construction of civil engineering resin and anchor anchor plate installation and anchor plate installation method using the same.

The present invention is to produce a resin material having a structural function suitable for this according to the geological and topographical and environmental conditions of various grounds and port embankments, banks, rivers, etc., which are the basis of various civil works, and economically accomplish the construction in accordance with the site conditions. The present invention relates to a resin material having a structure invented so that it can be manufactured, and to a civil engineering method using the same.

Various products used as sheets and mats in conventional civil engineering include various PP-PE nonwoven fabrics, PP-PE nonwoven fabrics, nylon woven fabrics, mesh cloths, impermeable materials, tents, caporines, oxfords, and vinyls. It has been used as a main product, and also products that use a mixed composition of various PP-PE nonwoven fabrics, PP-PE woven fabrics, mesh cloth tents, etc. have been the main products.

However, the former products are general, and they have tensile strength, but they are flaky, thin, slippery, and have no shock absorber. Although it was constructed and used, it also lacked friction and safety function was not satisfied.

The present invention has been developed in view of the above points, and the groundwater for drainage and the protection of various structures constructed for the prevention of soft ground adjustment, protection of the protection surface and loss of sediment, and the prevention of leakage such as water leakage and submerged leachate are ideal. It was developed to be able to perform the construction while obtaining various functions for the bar to be described as an example.

First degree

On one or both sides of the order plate 1, the small and large buffers and anchoring needles 3 and 4 are attached at regular intervals to form a geometrical structure to be bonded to each other. In order to prevent the danger caused by all natural conditions of the ground and the ground, the construction is used according to the soil conditions of the construction site and the construction structure to be constructed and the purpose of the construction. Promote the safety of the construction by installing it at the intended place (for leak prevention car).

2nd degree

One hand or both sides of the water-receiving plate (2) is excavated by applying geometric patterns, and the large and small permeable holes (6) are laid between the effective filtering and early consolidation promotion functions. Mini anchor function, earth excavation function, uniform consolidation function, flatness stratification function, earth pressure support function, etc., have slip prevention function, and in case of construction, soil condition of construction site (engineering characteristics of soil, Physical and chemical properties, hydrodynamic properties, etc.), and the construction and installation according to the purpose of the construction, such as fill, structure, etc., to improve the safety of the construction.

3rd degree

One side of the anchor plate 7 is provided with the gathering needles 8 at geometric intervals, and the other side has a large number of large and small knitting needles 4 '. In order to prevent the risks caused by all the conditions on the ground, the construction of this construction can be done according to the soil conditions of the construction site, the soil structure, and the purpose of the construction cost. ) To promote safety.

4th degree

On both sides of the anchor anchor plate 9, large and small gathering needles 10, 10 'are disposed by applying geometric patterns, and a large number of large and small water holes 11 are laid between the ground, soil, earth pressure and soil. Absorbs bad soils and makes it possible to obtain the effect of absorbing various slidings, and in the construction work, the soil condition of construction site (engineering characteristics, physical and chemical It is installed or laid according to the characteristics, hydrodynamic characteristics), fill, construction of the structure and the use of the construction, and the safety of the construction is promoted.

5th degree

On one side of the non-woven fabric 14 and the joint plate 26, the plurality of knitting needles 16 are arranged in a geometric pattern, and the other side is bonded to the nonwoven fabric 14, and a plurality of large and small vents 13 The construction method of FIG. 2 and FIG. 4 at the time of disclosure by the water-transmitting plate 26 laid out by the same is the same.

6th degree

Large amount of large and small water holes 17 can be disposed on the water holding plate 15 mixed with the nonwoven fabric 18 and the woven fabric 19, and have large and small needles 16, which can have an effective drainage and water supply function. When constructing civil engineering using this membrane (16).

The construction method of FIG. 2, FIG. 4, and FIG. 5 is the same.

7th degree

As the order plate 21 jointed with the mat 29 and the nonwoven fabric 28, a large and small knitting needle 20 was disposed on the upper plate of the plate as geometric patterns so that it could be used in construction requiring strong earth pressure or earthing function. Bar construction is the same as FIG. 1 and 3.

8th degree

In constructing the corrugated barrier plate 22, the curvature of the plate is linked to each other, and on both sides, a plurality of knitting needles 23 and 24 are disposed in geometric patterns, A small water hole 25 is laid in the bottom of the car curtain plate 22 is the same as the first and second roads at the time of construction.

1 is a partial perspective view of an order plate.

2 is a partial perspective view of the transmembrane plate.

3 is a partial perspective view of the anchor anchor plate.

4 is a partial perspective view of the water anchor anchor plate.

5 is a partial perspective view of a water separator plate fused with a nonwoven fabric.

6 is a partial perspective view of a translucent plate combined with a nonwoven fabric and a mat.

7 is a partial perspective view of a lining plate incorporated with a mat.

8 is a partial perspective view of a corrugated barrier plate.

9 is a partial perspective view of a corrugated barrier plate.

Explanation of symbols on the main parts of the drawings

DESCRIPTION OF SYMBOLS 1 Order Plate 2 Anchor Passing Board 3,3 '

4: knitting needle 5: knitting needle 6: water hand

7: anchor lining board 8: meeting needle 4 ': needle

9: water supply anchor last 10: meeting needle 11: water

12: knitting needle 13: water hole 14: nonwoven fabric

15: water-receiving board 16: single hand 17: water

18: nonwoven fabric 19: woven fabric 20: knitting needle

21: order plate 22: corrugated anchor tube receiving plate 23: single hand

24: single hand 25: water hole 26: water plate

27: gathering needle 28: nonwoven fabric 29: mat

30,31: Eccentricity 32: Corrugated anchor anchor plate

Claims (10)

In the injection molding of civil engineering resin, the anchor order plate (1), anchor plate (2 '), anchor plate (7), anchor plate (9), anchor plate (26) and anchor plate (15) ) Civil engineering resins that can be selectively applied to multi-purpose construction such as soft ground safety treatment, earth and earth scour prevention and leakage prevention construction by molding into anchor anchor plate (21) and corrugated anchor vehicle barrier plate (22). Construction and anchor anchor plate installation and anchor plate installation method using the same. The anchor order plate according to claim 1, wherein a large and small single needle (for buffers and anchors) 3 and 4 'are disposed in a geometric configuration on one or both sides of the order plate 1, and are leaked, permeated, submerged, and leached. The structure of the civil engineering resins installed and installed on the foundation of various structures to prevent the earth and sand scrubbing void hole pipe phenomenon, and the anchor order plate installation method using the same. 2. Anchor carrying plate according to claim 1, wherein one side or both sides of the resin plate are disposed by applying geometrical patterns to the biasing buffers and anchors (3 ') (5). (2) The composition of civil engineering resins that can be selectively applied to multi-purpose constructions, such as soft ground treatment and anti-soil scrubbing construction, and the method of installing anchor headboard using the same. The anchor according to claim 1, wherein one side of the order plate is arranged with geometric needles (buffers and anchors) 8 at geometric intervals, and the other side is provided with a large number of large and small needles (buffers and anchors) 4 '. As the curtain board (7), the construction of civil engineering resins that can be selectively applied to multi-purpose construction such as soft ground safety treatment, earth and earth scour prevention, and water leakage prevention work, and installation of anchor water channel and anchor plate Method. The method according to claim 1, wherein large and large gathering needles (buffers and anchors) 10, 10 'are disposed on one or both sides of the resin plate by applying geometric patterns, and a large number of small and large water holes 11 are installed between them. Construction of civil engineering resin and anchor anchor plate installation method installed on the foundation of various structures to prevent leaks, permeation, immersion, leachate, soil scour pore-hole pipe phenomenon. . The method according to claim 1, wherein a plurality of knitting needles (buffers and anchors) 12 are disposed in a geometric pattern on one side of the resin plate 26, which is joined with the nonwoven fabric 14, and the other side is joined by a nonwoven fabric 14, and is large. Civil engineering resin installed on the foundation of various structures to prevent leaks, permeations, immersions, leachates, etc. Composition of water and installation method of anchor plate using the same. 2. The anchor head according to claim 1, wherein a large number of small and small knitting needles 16 are disposed in a plurality of small needles 16 and a plurality of large and small water holes 17 are laid in the water supply fabric 15 mixed with the nonwoven fabric 18 and the woven fabric 19. A plate (15), comprising a structure of civil engineering resin installed and installed on the basis of various structures to prevent leakage, permeation, immersion, leachate, sediment scour pore hole pipe phenomenon, and anchor plate installation method using the same. According to claim 1, Leakage with the anchor lining plate 21 is formed by a large number of large and small knitting needles 20 in the geometric pattern on the top plate of the anchor lining plate 21, which is joined to the woven fabric 19 and the nonwoven fabric 18, The structure of civil engineering resin which is installed and installed on the foundation of various structures in order to prevent the earth and sand scour pore hole pipe phenomenon such as permeation, immersion, leachate, etc. and anchor plate installation method using the same. The wave form according to claim 1, wherein the corrugated anchor barrier plate (22) is formed to form a plurality of knitting needles (23) and (27) in geometric patterns on both sides, and a plurality of large and small holes (25) are laid as necessary. Anchor shielding plate (22) is a structure of the civil engineering resins installed and installed on the foundation of various structures to prevent leakage, permeation, immersion, leachate, such as the earth and sand scour pore hole pipe phenomenon, and anchor plate installation method using the same. The method of claim 1, wherein by forming the corrugated anchor lining plate (32) to arrange a plurality of gathering needles (30, 31) in one or both sides in a geometric pattern, soft ground safety treatment and earth and sand scour prevention and leakage prevention Construction of civil engineering resins that can be selectively applied to multi-purpose construction such as water-retaining construction, anchor laying plate installation and anchor water-receiving plate installation method.