KR100617898B1 - an anchor block for a silt protector - Google Patents

Abstract

end. The technical field to which the invention described in the claims belongs.

The present invention relates to an anchor block for anchoring the anti-fouling film used in the offshore construction site, environmentally friendly, easy to transport, construction and demolition is possible by a simple operation on the site, and to be recycled after demolition The construction cost can be greatly reduced.

I. The technical problem to be solved by the invention.

Anchor branches or concrete block types are used as anchors for anchoring of antifouling films. However, anchor branch type anchors are most likely to be used because they have a high possibility of loss and are difficult to apply on site.

However, this concrete block type is manufactured and constructed at the construction site, and the construction cost is large due to the large work space and prolongation of the production period required for the curing and production of concrete, and difficult to transport and lift due to the enormous weight. Therefore, it is difficult to reuse to other construction sites to generate construction waste, while harmful components of concrete adversely affect the marine ecosystem while remaining in water, and there is a problem that scattering dust is generated by cement particles in the manufacturing process.

All. Summary of the Solution of the Invention.

Therefore, the antifouling membrane anchor block of the present invention is to put the stuffing material of the eco-friendly material that can be obtained and recycled at the construction site in the bag (톤), such as a tone bag to allow the construction of the antifouling membrane by simple operation on the site, After demolition, the stuffing material was taken out of the unit and recycled as construction material at the construction site.

       la. Important use of the invention.

       Anchor for anchoring antifouling film.

Description

Antifouling Anchor Block {an anchor block for a silt protector}

1 is a perspective view showing a configuration according to an embodiment of the present invention.

2 is a perspective view showing a configuration according to another embodiment of the present invention.

Figure 3 is a perspective view showing the configuration according to the embodiment of the present invention.

Figure 4 is a reference diagram of the construction of the anchor block of Figure 1;

5 is a reference diagram of the construction of the anchor block of FIG.

6 is a reference diagram of a state in which the anchor block of FIG.

  <Explanation of symbols for the main parts of the drawings>

       10: bag 11: opening and closing part

       20: stuffing material 30: hook means

       40: connecting means 50: reinforcing sheet

       60: turret

       The present invention relates to an anchor block for anchoring the anti-fouling film used in the construction and water purification work at sea, construction and demolition is possible by environmentally friendly, simple field work, and can be recycled after demolition The construction cost will be greatly reduced.

       Currently, anchors used for anchoring of antifouling membranes are installed on the ground of the sea floor and anchor-type anchors to support the membranes of the antifouling membranes by horizontal support force by the shear strength of soil, and are cured in the form of concrete blocks. There is a concrete block-type anchor that can support the membrane by means of the anchor, anchor-type anchor has the advantages of easy mounting and demolition lifting work and low construction cost, but it is likely to be lost in long-term construction, bearing capacity according to the ground structure Due to the large gap between them and the limited application in the field, most of the concrete block anchors are used.

       However, these concrete block-type anchors are manufactured and constructed directly at the construction site, and at this time, a large work space and prolonged production period required for curing and production of concrete require a great construction cost, Due to the difficulty of transportation and lifting work and the huge transportation cost, it is difficult to reuse it at the next construction site after construction is completed. Therefore, it generates a large amount of construction waste. There is a problem that adversely affects the marine ecosystem, and also generates scattering dust on the work site by the cement particles as a raw material in the process of manufacturing the concrete block-type anchor.

      As a result, all of the above problems have the problem of increasing the overall construction cost due to the excessive cost of anchoring for anchoring the antifouling film on the seabed rather than the construction cost of the antifouling film itself. Anchor's new proposal is emerging as an urgent task.

       Therefore, the present invention has been made in order to solve the above-mentioned conventional problems, by putting a stuffing material of environmentally-friendly material that can be obtained and recycled at the construction site in the bag (ton), such as a tone bag, by a simple operation in the field The construction of the protection film was made possible, and after dismantling, the filling material was taken out from the unit and recycled as construction material at the construction site.

       Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

       1 and 2, the anti-fouling film anchor of the present invention is a bag 10 formed in a three-dimensional form having a bag or a hexahedron, and the weight introduced or withdrawn through the opening and closing portion 11 of the bag 10 It is composed of a stuffing material 20 having, and the hook means 30 for mounting on the antifouling film.

       At this time, the opening and closing portion 11 of the bag 10, as shown in Figure 1 when the bag 10 is sewn in the form of a bag to form an opening (11a) at the top to turn off the opening (11a) 11b The fastening and loosening by) is to enable the introduction and withdrawal of the filling material 20 in such a way as to enable, at this time opening or closing the opening (11) by the zipper (11c) to the side or the bottom of the bag (10) The additional formation of 11a) may facilitate the withdrawal of the filling material 20.

      In addition, when the bag 10 is sewn in the form of a piezoelectric body having a faceted body, as shown in FIG. 2, an opening 11a is formed on the upper surface of the bag 10 to open and close means such as a zipper 11c. Opening (11a) is formed to be opened and closed by allowing the filling and withdrawal of the filling material 20 to be possible, while at this time also easy withdrawal of the filling material 20 on the side or lower surface of the bag 10 Will be able to further form another opening 11 for.

       In addition, the bottom surface of the bag 10 is laid with a reinforcing sheet 50 to fix the shape of the bottom surface for a firm anchoring to the sea bottom, wherein the reinforcing sheet 50 has an elastic force It is preferable to form a material so as to prevent breakage due to the weight of the stuffing material 20 when the stuffing material 20 is added.

       In addition, the hook means 30 is formed in order to facilitate the connection with the connecting means 40 which is directly connected to the contamination prevention film or formed separately, even if sewn in the form of a hook in the upper center of the bag 10 Possible, but is formed in the form of a band extending from the bottom surface of the bag 10 to the top surface with a chain, wire, rope or metal strap to support the bottom surface of the bag 10 by filling material 20 It will be to be able to prevent the bottom surface of the bag 10 due to.

       At this time, the outer side of the bag 10 is fixed to the fixing member 12 for preventing the firm fixing and separation of the hook means 30 is sewn.

       The band-shaped hook means 30 is to support the entire surface of the bag 10 when the construction of the anti-fouling film in the anchor block of the present anti-contamination film can be stably anchored on the sea floor, due to the completion of construction At the time of the lifting operation of the antifouling film on land, the lifting operation of the anchor block of the present invention anchored on the sea bottom is easily made.

       Meanwhile, the bag 10 is made of glass fiber rein forced plastic, which is an advanced new material capable of semi-permanent reuse due to corrosion resistance and excellent strength, and the glass fiber composite material is made of high strength glass fiber and unsaturated poly. Ester resin is the main material used, and its strength is 1.5 times higher than that of steel, it is high strength, light weight as 1/5 of concrete, and it is environmentally friendly as chemical resistant material, and it can be used semi-permanently due to its excellent durability and water resistance. It is a material used in the field.

       In addition, the inner filling material 20 can be used in a variety of materials, such as earth and sand, sand, gravel, aggregate, waste slag, gypsum, which is an eco-friendly material that can be easily purchased at the construction site during the sea construction and can be recycled to construction materials, etc. These materials may be used alone or in combination of one or more.

       In addition, Figure 3 shows another embodiment of the present invention, by forming the bag 60 to be wrapped at the same time two or more bags (10) filled with the filling material 20 as an additional configuration, small It is possible to form the anchor block using a plurality of forces (10).

      At this time, the bag 60 is formed in the shape of a net having a mesh so that water can be dropped during anchoring in water so that there is no resistance to water to facilitate the construction, in this case the hook means 30 bag The upper side of the (60) is formed in the manner of sewing or formed in a band form wrapped around the outside of the bag 60 in the same manner as formed in the bag (10).

       Therefore, the anti-fouling film anchor block of the present invention configured as described above can easily transport the bag 10 to the construction site, the contaminated by the simple operation of injecting the sokum body 20 can be easily obtained at the construction site The construction can be applied to the prevention film, and after removal from the contamination prevention film, the inner packing material 20 is again removed from the bag 10, and the filling material 20 is recycled as a construction material at the construction site, while the bag 10 is It can be reused because it can be recovered and convenient transported to other construction sites.

       The antifouling film anchor block of the present invention configured as described above is reusable and recyclable, and has a feature of greatly reducing the construction cost by shortening the site area and period of construction site required for the construction of the anchor.

Claims (7)

      In the bag 10 and the stuffing material 20 having a weight that is put or withdrawn through the opening and closing portion 11 of the bag 10, and the hook means 30 for mounting on the antifouling film, the bag 10 is sewn in the form of a granular body by a glass fiber rein forced plastic fabric is formed in the opening and closing means consisting of a zipper on the upper and side surfaces, the filling material 20 is earth, sand, It is made of one or more of gravel, aggregate, waste concrete, waste slag, gypsum, the bottom surface of the bag 10 is laid with a reinforcing sheet 50 for fixing the shape of the bottom surface, the hook means 30 ) Extends from the bottom surface of the bag (10) to the top surface, the outer surface of the bag (10) has a fixing member (12) formed with a fixing member (12) for fixing and preventing separation of the hook means (30). delete delete delete delete delete        The antifouling membrane anchor block of claim 1, wherein a bag (60) for wrapping two or more bags (10) filled with the filling material (20) at one time is added.

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