KR100850745B1 - Composite mesh rope type plantation coir roll - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a coil roll, which is installed on a sloping side or a slope, to allow the growth and growth of plants. The present invention relates to a filler made of natural fibers and the like, and a mesh-like shell surrounding the same. It consists of a low coir roll, which is composed of twisted wire ropes of a plurality of composite wires, which are composed of twisted yarns made of core material and coir fibers and water soluble synthetic resin receiving yarns.

Through the present invention, while ensuring the high level of strength and durability during the production, storage, transportation, construction and plant life of the coir roll, when a certain level of life progresses, it is naturally and quickly decomposed to promote vegetation expansion. Eco-friendly coir rolls can be provided, and after the construction of the coir rolls, it is possible to quickly create an environment as close as possible to the natural state, as well as to obtain a quick composition of vegetation formation and aquatic ecosystem and a water change pipe.

Coir Roll, Composite, Rope, Water Soluble

Description

Composite mesh rope type plantation coir roll}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a coil roll, which is installed on a sloping side or a slope, to allow the growth and growth of plants. The present invention relates to a filler made of natural fibers and the like, and a mesh-like shell surrounding the same. It consists of a low coir roll, which is composed of twisted wire ropes of a plurality of composite wires, which are composed of twisted yarns made of core material and coir fibers and water soluble synthetic resin receiving yarns.

The roll-shaped planting member in which the water-containing filler is filled inside the reticulated shell is called a vegetation roll.

Vegetation rolls can be installed in a variety of ways, such as being mounted on riversides and banks, or fixed to a frame filled with sandstones inside, and quickly create an ecological environment at riversides by securing high functionality compared to natural riverside soils. It will play a role.

These vegetation rolls are constructed by applying natural materials such as jute, crest, and coir as fillers and reticulated shells with increasing interest and demand for preservation of waterside ecosystem and creation of hydrophilic environment. It is being developed as an eco-friendly coir roll that prevents the outflow of toxic substances and enhances the ecological environment. Among them, the coir rolls, which are mainly coir, have excellent water functionality, plant adhesion and strength. The demand is increasing in various river works.

Coir refers to the fiber obtained from the outer shell of coconut, which is not only nature-friendly but also has good processability, and is used as the material of the mesh rope constituting the outer shell of the coir roll. Staple-type coir and coconut husk chips may be applied to the filler.

Conventional coir rolls form strands by processing coir fibers, twisting a plurality of strands to form a mesh rope, and then filling the envelope knitted with this mesh rope with a coir staple or coconut husk chip. To complete it.

The mesh rope composed of the coir strands is not only excellent in moisture and plant lubrication, but also has good processability, making it easy to assemble the mesh shell and to fill the filling material. Form will be maintained.

However, long-term network loaf formation even after the plant adheres to the coiler can not only interfere with vegetation expansion, but also lead to degradation and soiling of the core.

Thus, biodegradable resins, which are naturally decomposed over time, may be applied as the material of the mesh rope of the core rolls or as the material of the mesh rope. However, when the diameter of the mesh rope is reduced, the strength and durability of the mesh rope are remarkably increased. It can be degraded and degraded and decomposed before the process of manufacturing, storing, transporting and constructing coir rolls, as well as significant sticking of plants. When applying biodegradable resin as a material for network rope, the basic strength Of course, there has been a serious problem of disintegrating coyrroles even during storage and transportation.

In view of the above-described problems, the present invention maintains a high level of strength and durability during manufacturing, storage, transportation, and construction, as well as during a predetermined sliding period. Coirroll was created for the purpose of spontaneously decomposing and promoting vegetation expansion, and is composed of a water-containing natural fiber filler 300 filled with a coir fiber mesh rope 200. In the coil roll, the mesh rope 200 is formed by twisting a plurality of composite wires 210, and the composite wire 210 is configured by twisting a plurality of structural yarns 211. Coir fiber 213 and the core material 214 is a composite mesh rope-type coil roll, characterized in that the twisted structure, the composite wire 210 is a structural yarn 211 and a water-soluble synthetic fiber receiving yarn ( 212) is characterized by being twisted Is a roll after the composite rope-shaped net body nose, the number of thermal spraying (212) is a composite rope-shaped net body nose roll ear, characterized by a water-soluble polyvinyl alcohol made of an (polyvinyl alcohol) fibers.

Through the present invention, while ensuring the high level of strength and durability during the production, storage, transportation, construction and plant life of the coir roll, when a certain level of life progresses, it is naturally and quickly decomposed to promote vegetation expansion. It can provide an environmentally friendly coirroll.

As a result, as soon as the construction of the coir roll to create an environment as close as possible to the natural state as well as to obtain the effect of the vegetation formation and the rapid composition of the waterfront ecosystem and the water change pipe.

The detailed configuration of the present invention through the accompanying drawings as follows.

First, Figure 1 is a perspective view showing the appearance of the present invention, Figure 2 is a cross-sectional view of the river on which the present invention is constructed.

As can be seen through Figure 2, the coir roll 100 of the present invention can be installed in a variety of ways, such as being mounted on a riverside or fixed to a room filled with sandstone inside, after the plant is slid to ecology Create an environment.

In addition, it can be constructed in various ways in artificial wetlands, artificial waterways, and various landscaping landscaping works, and can be used for the formation of biotope, which is used as a habitat for various plants and animals, not limited to the use of plants. .

As shown in Figure 1, the coir roll 100 of the present invention is filled with a natural material functional filler 300, such as Coir staples and coconut husk chips inside the outer shell knitted with a mesh rope 200 Formed in the form of a roll, as can be seen in the excerpt enlarged portion of the drawing, the network rope 200 is composed of a plurality of twisted wire 210 is twisted.

In the illustrated embodiment, the mesh rope 200 is composed of three lines of the composite element wire 210, but may be composed of three or more lines of the compound element wire 210 according to the required diameter and strength of the mesh rope 200.

The composite wire 210 constituting the mesh rope 200 is composed of a plurality of twisted yarn 211, as shown in the enlarged portion of the circle of the structural yarn 211 is also a core fiber (213) and core material ( 214 is twisted and configured.

Here, the core material 214 is made of synthetic fiber long fiber, and the coir fiber 213, which is a vegetable natural fiber, is a staple, that is, a short fiber, so that twist processing through an automated facility is performed through the core material 214, which is a long fiber. Make it possible.

On the other hand, as can be seen through Figure 3, the composite wire 210 is composed of the receiving yarn 212 is twisted together in addition to the structural yarn 211, where the receiving yarn 212 is made of water-soluble synthetic fibers It is composed.

Structural yarn 211 serves to maintain the structure of the mesh rope 200, as in the dictionary meaning, the receiving company 212 is in contact with the river water after the construction is completed and the lubrication of the plant proceeds a predetermined level or more In the subsequent process, as shown in the lower view of Figure 3 is dissolved to play a role of naturally relaxing the structure of the network rope 200.

That is, in the process of knitting the outer layer of the coir roll 100 through the mesh rope 200, filling, storage, transportation, construction of the filler 300, and the adhesion of the plant, the structural yarn 211 and the receiving yarn 212 are firmly secured. Combination to express high strength and durability, but after a certain level of sliding of the plant proceeds in contact with the river water as the acceptor 212 is dissolved to relax the structure of the network rope 200 by the core roll 100 To promote natural grounding

As the water-soluble synthetic resin constituting the receiving yarn 212, water-soluble polyvinyl alcohol fibers may be applied. The water-soluble polyvinyl alcohol fibers can adjust the solubility and dissolution temperature according to the composition and the kink state, so that the mesh rope There is an advantage that the relaxation time of the 200 can be adjusted relatively freely.

On the other hand, Figure 4 illustrates a variety of embodiments of the present invention, the planting pot (150) that can be directly planted the water vegetation in the coir roll 100, or the shape of the net body It is a combination of diamonds.

In particular, in the case of the embodiment in which the planting pot 150 is applied, as shown in the lower end of Figure 4, it may be constructed in the state of the plant's slid.

1 is a perspective view and a main portion of the present invention

2 is a representative cross-sectional view of a river to which the present invention is applied

Figure 3 is a representative cross-sectional view of the main portion of the present invention and the state of use

4 is a perspective view of a modified embodiment of the present invention

<Code Description of Main Parts of Drawing>

100: coir roll

150: planting pot

200: mesh rope

210: composite wire

211: rescuer

212: prisoner

213: Coir fiber

214: heartwood

300: filling material

Claims (3)

In the coil roll (coir roll) consisting of a water-containing natural fiber filler 300 is filled in the outer sheath knitted with a coir fiber mesh rope 200, The mesh rope 200 is composed of a plurality of composite wires 210 are twisted; The composite element wire 210 is composed of a plurality of twisted yarn 211; Structural yarn (211) is a composite mesh rope-type core roll, characterized in that the core fiber 213 and the core material 214 is twisted. The composite mesh rope type coir roll according to claim 1, wherein the composite wire (210) is constructed by twisting a structural yarn (211) and a water-soluble synthetic fiber receiving yarn (212). The composite mesh-rope type coir roll according to claim 2, wherein the receiving yarn (212) is made of water-soluble polyvinyl alcohol fibers.

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