KR20050010443A - Method of construction using the puddle and the Fabrie Mesh bag - Google Patents

Abstract

PURPOSE: A construction method is provided to use without regard to the size of materials, to simplify a construction operation and to easily plant aquatic plants after a construction by using a puddle, transferring construction materials in a fiber net bag and layering in a construction spot. CONSTITUTION: A fiber net bag(10) having a hook to connect with a moving device in a circumference is prepared. A puddle is formed on the ground. The fiber net bag is spread in the puddle. Construction materials(20) are put in the fiber net bag by using a forklift(21). The circumference of the fiber net bag is sutured. The fiber net bag is moved to a construction spot by connecting the moving device with the hook. The moved fiber net bag is layered in the construction spot. Thereby, the layered status is maintained for a long time by preventing the corrosion and seaweeds are easily grown by sticking in the fiber net bag.

Description

Method of construction using the puddle and the Fabrie Mesh bag}

The present invention relates to a process that can be used in an environment-friendly and safe way using a puddle and fiber mesh, in particular embankment construction, dam construction, surface protection construction using materials such as blasting stone, natural stone, gravel, sand, earth and dredged soil Using a puddle to safely and simply transport the above materials for various construction work, such as incision barriers, crumbling protection walls, soft slope protection walls, and emergency repair support walls for damaged banks. It is about a fiber mesh method.

Conventionally, the materials used in the above-mentioned construction are transported using a wire mesh and laminated at the construction site. The wire mesh used in the above-described conventional construction is formed in a constant size having an inlet, so that the material is injected through the inlet, which takes a lot of time to put the material into the mesh. As such, the small material escapes into the hole, so there is a problem that it needs to be used selectively. In particular, the wire mesh is highly corrosive, and after a certain time, the wire mesh is corroded and the laminated layer collapses. In addition, the wire mesh of the prior art was not easy to seal the mouth after containing the material is hard.

Therefore, there is a need for a new construction method for improving the problems of the above-described conventional construction method, as well as to simply carry the construction material, and to facilitate the reproduction of aquatic plants when the construction is carried out in shore renovation or in rivers.

It is an object of the present invention to transfer a construction material such as gravel to a fiber mesh using a puddle and to laminate it at a construction location so that it can be used regardless of the size of the material, and the construction work is easy, so that aquatic plants can easily inhabit after construction It is to provide a construction method.

The object of the present invention described above is to spread a fibrous mat such as a synthetic mat into a puddle formed on the ground and to transfer the material such as gravel to a fibrous mat placed in the puddle by using a suitable means such as a fork-lane to seal the entrance of the mesh and then It is achieved by the fiber netting method using the puddle of the present invention by using a ring formed at the edge of the lamination in the required construction position using a suitable transport means such as fork crane or crane.

1a to 1e is a plan view showing the unfolded state of the fiber mesh used in the present invention,

2 is a cross-sectional view showing the reinforcing band and the ring attachment portion,

3 is a cross-sectional view showing a state in which the fiber mesh is inserted into the puddle,

Figure 4 is a schematic diagram showing a state in which the gravel in the fiber mesh;

5 is a schematic view showing a state in which the inlet of the fiber mesh tied;

Figure 6 is a schematic diagram showing a state of lifting the fiber mesh using the fork-lane.

<Description of Major Codes in Drawings>

10 ... fiber mesh 11 ... ring 12 ... reinforcement band 13 ... hole

14 ... tension string 20 ... construction material

Fiber netting method using the puddle of the present invention is to prepare a fiber netting having a ring that can be connected to the moving means in the periphery, forming a puddle on the ground, spreading the fiber netting in the puddle, laid out using a fork The construction method includes a step of inserting construction materials such as gravel on the fiber mesh, suturing the periphery of the fiber mesh, and moving and stacking the mobile means such as a crane formed on the periphery of the fiber mesh by connecting to a hook. do.

In the present invention, the puddle should be formed to have a diameter smaller than that of the fiber net, and the depth can be arbitrarily adjusted according to the size of the fiber net and the amount of material to be transferred.

The fiber mesh is preferably formed of a synthetic resin, in particular, a woven fabric or mat woven from polypropylene or polyolefin fibers or bands, and a woven fabric woven from polyester fibers may be used if necessary. The size and shape of the fiber mesh can be arbitrarily adjusted according to the amount of material to be conveyed. In general, the fiber mesh can be produced in the form of quadrilateral, circular, hexagonal and octagonal, and forms a ring connecting to a vehicle such as a crane in the periphery for convenience when transporting. If the fiber mesh is formed into a polygon, it is preferable to form a loop at the edge of the periphery. If necessary, a fastening strap may be inserted into the loop so that the edge can be tied together after the material is contained in the fiber mesh. May separately form a hole for inserting the fastening string inside the periphery. The hole described above may use an eyelet or may be formed in a ring shape.

In particular, the fiber mesh used in the present invention is preferably attached in a diagonal direction from the center of the bag for stability when lifting. And it is preferable to attach the reinforcing band on the diagonal line forgetting each ring and the ring to prevent the fiber mesh from tearing when lifting. The reinforcing band described above may be formed in a small width, but in some cases, the reinforcing band may be attached to a portion where a hole is formed.

Hereinafter, the present invention will be described in detail with reference to the drawings. Figures 1a to 1d is a schematic plan view of various types of fiber mesh used in the present invention, according to the above-described drawings, the fiber mesh 10a, (10b), (10c), (10d), (10e) are respectively The periphery has rings 11a, 11b, 11c, 11d and 11e. The above-mentioned ring is for connecting to a crane when the construction material such as gravel is put into the fiber mesh 10 and transferred using a transfer means such as a crane as described below. The above-mentioned ring is formed in an appropriate number at the periphery of the fiber mesh bar, in order to maintain stability when moving to a crane, it is preferable to form to be symmetrical with the ring on the opposite side of the mesh.

1C and 2, the fiber mesh 10 has a reinforcing band 12 extending from the center to a ring formed diagonally across the center, which may be formed of fibers of the same material as the fiber mesh or the fiber It may be formed of a fiber of a material stronger than that of the mesh.

The fiber mesh 10 has a plurality of holes 13 at the periphery, and the holes are penetrated by a string 14 so that the fiber mesh 10 is used to seal the inlet after the material is contained in the fiber mesh.

In the fiber mesh of Figs. 1A and 1B, the reinforcing bands 10a and 10b are formed in a triangle and attached to a portion where the hole 13 is formed.

In order to achieve the present invention, a puddle must be formed on the ground. Spread the fiber mesh 10 in the puddle and use the equipment such as the fork-lane to pour construction materials such as gravel into the fiber mesh and then block the inlet with a drawstring 14 and the ring 11 to the fork-lane 21. By connecting the hook to heavy equipment such as crane or crane transports the fiber mesh (10) containing the construction material to the construction site or transported to the transport equipment and laminated in a suitable form on the construction site.

According to the present invention, a large amount of construction materials can be simply packaged and transported, and the material of the synthetic resin fiber mesh used is not corroded to seawater, so that the laminated state is maintained for a long time and the seaweeds are easily attached to the fiber mesh to grow easily. It can be used as an effect.

Claims (3)

Preparing a fiber mesh having a loop that can be connected to the means of movement in the periphery, forming a puddle on the ground, spreading the fiber mesh in the puddle, the construction material such as gravel on the fiber mesh laid out using a fork Putting step, suturing the periphery of the fiber mesh, forming the periphery of the fiber mesh by connecting a moving means such as a crane to the hook and moving the fiber mesh to the construction site and laminating the moved fiber mesh at the construction site Method using a puddle and fiber mesh, including. The method according to claim 1, wherein the fiber mesh has a hole in the periphery and the step of suturing the periphery of the fiber mesh is closed by tightening a squeezing string penetrating the aforementioned hole. The method according to claim 1, characterized in that the fiber mesh has a reinforcing band connecting the rings located diagonally.