KR100833714B1 - A mark-buoy of boundary display for a sea area and method for the preparating thereof - Google Patents

Abstract

A sea area boundary mark-buoy and a method of manufacturing the same are provided to apply a fluorescent paint on the surface of the buoy to enable discrimination in nighttime and coat a corroded part with FRP(Fiber Reinforced Plastics) to increase lifespan of the buoy. A sea area boundary mark-buoy includes a buoy body(10), a buoyancy material(16), and a coating member. The buoyancy material is filled in the buoy body. The coating member coats a fastening member for fastening the buoy body to seal the buoy body. The buoy body is made of an FRP material having good tension and impact resistance. The buoy body includes an upper body(11), and a lower body. The upper body has a coupling strip(11a) formed on its one end. The lower body has a coupling strip(12a) to be coupled to a lower part of the upper body.

Description

A Mark-Buoy Of Boundary Display For A Sea Area and Method For The Preparating Thereof}

1 is a plan configuration diagram of a sea area boundary mark mark buoy according to the present invention;

2 is an enlarged view illustrating an enlarged portion A of FIG. 1;

3 is a flow chart of a method for producing a seam boundary mark mark buoy according to the present invention.

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

10: buoy

11: upper cylinder 11a: coupling band

111: first reinforcing plate 112: pedestal

112a: light emitting means 113: fluorescent paint

114: injection hole

12: lower cylinder 12a: coupling band

121: second reinforcing plate 122: connecting ring

13: Coating means (FRP layer)

14: fastening means

15: wire

16: buoyant material

100: sea area boundary mark mark buoy

The present invention controls the voyage of the vessel by displaying a boundary in a clean sea area in which various fish and fish are inhabited or a farmed sea area to protect farmed fish and fishes, as well as natural corrosion, flooding, and breakdown due to various bad conditions such as sea water and air volume. It is related to buoy buoy mark mark buoy of the structure and its manufacturing method, which can increase the life of buoy dramatically by preventing the buoy. More specifically, it is made of FRP material having tensile strength and impact resistance, The furnace has a wide cross-sectional area, and the upper part of the odd-numbered line is manufactured to take a conical shape so that water is led to the lower part, so as to maintain an excellent balance sense, and the self-luminous fluorescent paint is applied to the surface as well. It is equipped with light emitting means so that it can be identified at night, and the corrosion part is coated with FRP so that the life of buoy Waters of the structure that can be used as a permanent boundary marks and buoys relates to a method of manufacturing.

Buoys, also commonly called buoys or buoys, are used for various purposes. As one of them, the buoy is installed to direct the route to help the ship sail safely or to warn of the existence of nautical hazards such as reefs and sinking ships, and is not chained with the seabed. Particularly, a lamp is installed for night use, which is called a back buoy. The meaning of the buoy or back buoy varies depending on the color and shape of the buoy or the color and quality of the back buoy.

In addition to these purposes, buoys are also used to indicate the location of objects in water, such as fishing gear and anchors. The simplest buoys used for this purpose include a flagpole on a large moxibustion in the daytime, a weight on the bottom, a flag on the upper side, and a lamp on a wooden frame at night, or an iron and moxa frame. There is a light on with the battery on.

Many of these conventional buoys are made of styrofoam or plastic.

Therefore, the conventional buoys are easily damaged in case of typhoon or tsunami because their strength is weak. If many buoys are broken, they not only cause environmental pollution, but also cause economic problems for farmers, such as having to buy and reinstall buoys again.

The present invention has been made in view of the above problems, and the first object of the present invention is to mount a light emitting means and to apply a fluorescent paint on the surface to control the navigation of the ship at night, as well as a relatively simple structure. Corrosion parts are manufactured to increase the strength by sealing, so that they are not easily damaged by external forces, thereby providing economics to users and preventing pollution from occurring in the sea area. To provide a way.

In addition, the second object of the present invention is made of a FRP material having a tensile strength and impact resistance, to take a wide cross-sectional area below the odd line, and to take a conical shape so that the water is led to the top of the odd line. Manufactured to maintain an excellent balance sense, and the self-luminous fluorescent paint is applied to the surface as well as the light emitting means at the top to enable identification at night, and also by coating the corrosion area with FRP, buoy life It is to provide a seam boundary mark buoy and a method of manufacturing the same that can be used semi-permanently.

To solve the above technical problem

The sea area boundary mark mark buoy of the present invention,

Take a conical shape having a coupling band formed at the end, the inner upper surface is in close contact with the first reinforcing plate for reinforcement, the outer upper surface is in close contact with the base for fixing the light emitting means, and the first reinforcing plate and The pedestal has an upper cylinder to which the fastening means are fixed to each other, and a coupling band is formed at the end thereof, and is coupled to the lower portion of the upper cylinder. The buoy body and the buoyant material of the polyurethane foam material is filled in the buoy body for buoyancy consisting of a lower cylinder is fixed through the connecting ring of the "U" shape for connecting the wire; The upper and lower cylinders of the buoy body are coupled to each other by a fastening means in close coupling with each other, and the fastening means is coated to prevent exposure to the outside to prevent corrosion; The coating is achieved by the area boundary mark buoy being configured.

Preferably, the buoy body and the coating means are fiber reinforced plastics (FRP).

In the above, as the outer peripheral surface of the buoy body, it is preferable that a fluorescent paint is applied so as to self-luminous at night.

The invention will become more apparent through the preferred embodiments described below with reference to the accompanying drawings. Hereinafter will be described in detail to enable those skilled in the art to easily understand and reproduce through embodiments of the present invention.

1 is a plan configuration diagram of a sea area boundary mark mark buoy according to the present invention, and FIG. 2 is an enlarged view of an enlarged portion A of FIG. 1.

As shown in Figure 1 and 2, the present invention is equipped with a light emitting means (112a), and also coated with a fluorescent paint 113 on the surface to control the navigation of the ship at night, as well as having a relatively simple structure In addition, the corrosion part is manufactured to increase the strength rather than sealing, so that it is not easily damaged by external force, thereby providing economic efficiency to the user and environmentally friendly mark mark buoy 100 to prevent pollution from occurring. will be.

The buoy 100 is composed of three parts, which is buoy body 10, buoyancy material 16 is filled in the buoy body 10, the fastening means 14 for coupling the buoy body (10) It consists of a coating means 13 to coat the seal.

The buoy body 10 is made of a FRP material having a tensile strength and impact resistance, the upper cylinder 11 formed with a coupling band 11a at the end, and the coupling band 12a is formed at the end of the upper cylinder ( It consists of a lower cylinder 12 coupled to the lower part of 11).

"의 형상을 취하고 있는 구조이다.Here, the upper cylinder 11 is a portion exposed to the upper part of the odd line, that is, above the sea level, and has a conical shape whose diameter decreases toward the upper part, and the cross-sectional shape thereof is "

It is a structure taking the shape of ".

"의 제 1보강판(111)이 밀착되고, 외부 상부면으로는 발광수단(112a)을 탑재하여 고정할 수 있는 받침대(112)가 밀착되어 구성된다.At this time, the upper cylinder (11) to the inner upper surface to maintain the reinforcement and conical shape "

Of the first reinforcing plate 111, and a pedestal 112 which can be mounted and fixed to the light emitting means 112a on the outer upper surface.

In addition, the first reinforcing plate 111 and the stand 112 are in close contact with the upper cylinder 11 through the fastening means 14. Wherein the fastening means 14 is any one of the ball / nut, rivet.

The shape of the upper cylinder 11 is to induce seawater to the bottom so that seawater does not accumulate.

"의 형상을 취하고 있 는 구조이다.In addition, the lower cylinder 12 is a lower portion of the odd line, that is, a portion that is stored in the sea surface, and has a wide cross-sectional shape.

It is a structure that takes the form of ".

"형상의 제 2보강판(121)이 밀착되는 구조이다.At this time, the lower cylinder 12 is also for reinforcement and shape maintenance to the bottom surface "

"The shape of the second reinforcing plate 121 is in close contact.

In addition, the lower cylinder body 12 has a structure in which a connecting ring 122 having a “U” shape for fixing the second reinforcing plate 121 and connecting the wire 15 to the bottom is connected to the center of the bottom.

The connecting ring 122 is connected to the anchor or weight stored in the seabed through the wire 15, such as a chain, cable is configured to not be floated by the sea water.

Buoy body 10 of the above structure is a simple structure, but the strength is increased through the FRP material, it is a structure that can maintain a good sense of balance.

Meanwhile, the upper cylinder 11 and the lower cylinder 12 are in close contact with each other through the coupling bands 11a and 12a, and then are fastened and fixed through fastening means 14 such as bolts / nuts. Bar / nut is vulnerable to corrosion by sea water, in order to prevent this is a structure in which the coating means 13 is coated to seal the surface.

Here, the coating means 13 is also composed of FRP (fiber reinforced plastics) laminated a plurality of layers by bonding the glass fiber through the bonding means.

At this time, the FRP layer of the coating means 13 seals roundly to the upper and lower surfaces of the mutually laminated coupling bands 11a and 12a to prevent corrosion of the bolt / nut as the fastening means 14 as well as seawater. It is a structure that can minimize the damage by not interrupting the flow.

And the buoy body 10 is filled with the buoyancy material 16 through the injection hole 114 formed in the upper, such buoyancy material 16 is preferably a lightweight polyurethane foam material light weight and specific gravity.

The buoyancy material 16 is to block the inflow of seawater to the buoy body 10 while the buoyancy of the buoy body 10 is further promoted.

In addition, the buoy body 10 is configured with a fluorescent paint 113 is applied to the light emitting means (112a) to the self-emitting at night to the outer peripheral surface. In this case, it may be configured by writing an advertising or warning phrase to the surface of the buoy body 10 through the fluorescent paint 113 in another embodiment.

As described above, the sea area boundary mark mark buoy 100 has a simple structure, but the corrosion part is manufactured to increase the strength by sealing, so that it is not easily broken by external force, thereby providing economic efficiency to the user and environmental pollution. The foundation can be laid to prevent the occurrence.

In addition, the manufacturing method of the sea area boundary mark buoy of the present invention for solving the technical problem,

Molding the upper cylindrical mold and the lower cylindrical mold by gypsum or mud or wood, respectively; (S10) and bonding the glass fiber to the upper cylindrical mold and the upper cylindrical mold by laminating a plurality of layers, and drying the upper part of the FRP material. Separating the cylinder and the lower cylinder; (S20) and the pedestal for coupling the light emitting means to facilitate the night identification to the outer upper surface of the upper cylinder in close contact, the inner reinforcement to the inner upper surface of the upper cylinder Closely adhering the first reinforcing plate for the support, and fixing the pedestal, the upper cylinder, and the first reinforcing plate integrally through fastening means; (S30) and the second reinforcing plate to the bottom surface of the lower cylinder. In close contact with the second reinforcing plate and the lower cylinder is fixed to the lower body by integrally connected through the connecting ring of the "U" shape coupled to the central portion; (S40) and the upper cylinder and the lower cylinder through the fastening means texture Forming a buoy body by combining; (S50), and filling the buoyancy material into the inside of the buoy body; (S60) and bonding the glass fiber to the top through the bonding means so that the fastening means is not exposed to the outside The process of stacking a plurality of layers to seal the FRP; (S70) and the step of applying a fluorescent paint to the buoy body to complete; (S80) is achieved by the manufacturing method of the sea area boundary mark mark buoy.

The invention will become more apparent through the preferred embodiments described below with reference to the accompanying drawings. Hereinafter will be described in detail to enable those skilled in the art to easily understand and reproduce through embodiments of the present invention.

3 is a flow chart of a method for producing a seam boundary mark mark buoy according to the present invention.

As shown in FIG. 3, the present invention displays a boundary in a clean sea area in which various fish and fish are inhabited or a farmed sea area that protects farmed fish and fishes, controls the navigation of a vessel, as well as various bad conditions on the sea such as sea water and air volume. The present invention relates to a method of manufacturing a seam boundary mark mark buoy with a structure that can prevent natural corrosion, flooding, and decay, thereby significantly increasing the life of the buoy.

The manufacturing method of such a seam boundary mark mark buoy is as follows.

First, to form a buoy body, the upper cylindrical mold and the lower cylindrical mold are respectively formed of a material such as gypsum, mud, wood, or clay. (S10) In this case, the upper cylindrical mold and the lower cylindrical mold are molded. Then, the buoy body can be separated into an upper cylindrical mold and a lower cylindrical mold. Of course, this may be different in manufacturing.

In addition, the glass fiber is bonded to the upper cylindrical mold and the upper cylindrical mold by laminating a plurality of layers, and after drying, the upper cylinder and the lower cylinder of the FRP material are separated.

And a pedestal for coupling the light emitting means to the outer upper surface of the upper cylinder to facilitate nighttime identification, and a first reinforcing plate for internal reinforcement to the inner upper surface of the upper cylinder, and the pedestal; The upper cylinder and the first reinforcing plate is integrally fixed through the fastening means. (S30)

At this time, the production of the pedestal and the first reinforcing plate is due to the formation of the upper inner / outer surface of the upper cylinder should be preceded after step S20 before step S30.

The second reinforcing plate is brought into close contact with the bottom surface of the lower cylinder, and the second reinforcing plate and the lower cylinder are tightly fixed through the connecting ring of the "U" shape which is coupled to the center of the bottom surface.

Here, the manufacture of the second reinforcing plate should also be preceded after the step S20.

In addition, the order of steps S20 and S30 may be changed.

The upper and lower cylinders are coupled to each other through fastening means to form a buoy body. (S50)

And the buoyancy material is filled into the buoy body. (S60)

In order to prevent the fastening means from being exposed to the outside, a plurality of layers of glass fiber are bonded to each other through an adhesive means to seal the FRP. (S70) In this case, the fastening means exposed when the pedestal and the first reinforcing plate are combined. It can also be sealed with FRP.

In the above steps S60 and S70 may be reversed.

And finally, by applying a fluorescent paint to the buoy body to complete; (S80)

As described above, according to the seawater boundary mark mark buoy according to the present invention and a method for manufacturing the same, the light emitting means is mounted, and a fluorescent paint is applied to the surface to control the navigation of the ship at night, as well as having a relatively simple structure. At the same time, the corrosion part is manufactured to increase the strength by sealing, so that it is not easily damaged by external force, thereby providing economics to the user and preventing pollution from occurring in the environment.

In addition, it is made of FRP material having tensile strength and impact resistance, and has a wide cross-sectional area under the odd line, and takes the conical shape so that water is led to the lower part of the odd line to maintain excellent balance. In addition, the self-luminous fluorescent paint is applied to the surface as well as having a light emitting means at the top to enable identification at night, and by coating the corrosion area with FRP, it is possible to use the life of the buoy semi-permanently. have.

Although the invention has been described in connection with the preferred embodiments mentioned above, other various modifications and variations may be made without departing from the spirit and scope of the invention. Accordingly, it is intended that the appended claims cover such modifications and variations as fall within the true scope of the invention.

Claims (4)

Take a conical shape having a coupling band (11a) formed at the end, the first reinforcing plate 111 is in close contact with the inner upper surface for reinforcement, and the pedestal for fixing the light emitting means (112a) to the outer upper surface (112) is in close contact, the first reinforcing plate 111 and the pedestal 112 is the upper cylinder 11 for fixing the fastening means 14 and the coupling band 12a is formed at the end of the upper cylinder Is coupled to the lower portion of 11, the bottom surface is reinforced with a second reinforcing plate 121 for reinforcement, the second reinforcing plate 121 is a "U" shape for connecting the wire 15 to the central portion of the bottom surface Buoy body (10) consisting of a lower cylinder 12 is fixed through the connection ring 122 of; And Buoyancy material 16 of the polyurethane foam material is filled in the buoy body 10 for buoyancy; The upper and lower cylinders 11 and 12 of the buoy body 10 are coupled to each other by a fastening means 14 to a coupling band 11a which is in close contact with each other, and the fastening means 14 are exposed to the outside to prevent corrosion. Coating means (13) for blocking the; sea zone boundary mark buoy characterized in that the coating is configured. The method of claim 1, The buoy body (10) and the coating means (13) is a seam boundary mark buoy, characterized in that the fiber reinforced plastics (FRP). The method of claim 1, Sea area boundary mark mark buoy, characterized in that the fluorescent paint 113 is applied to the outer peripheral surface of the buoy body (10) so as to self-luminesce at night. In the manufacturing method of the sea area boundary mark mark buoy, Molding the upper cylindrical mold and the lower cylindrical mold respectively by plaster or mud or wood; (S10) Bonding the fiberglass to the upper cylindrical mold and the upper cylindrical mold to laminate a plurality of layers, and separating the upper and lower cylinders of the FRP material after drying; (S20) Closely adhering the pedestal for coupling the light emitting means to the outer upper surface of the upper cylinder for easy night identification, the first reinforcing plate for the internal reinforcement is in close contact with the inner upper surface of the upper cylinder, the pedestal and the upper Fixing the cylinder and the first reinforcing plate integrally through the fastening means; (S30) A second reinforcing plate is in close contact with the bottom surface of the lower cylinder, and fixing the second reinforcing plate and the lower cylinder integrally through the connecting ring of the "U" type coupled to the bottom center portion; (S40) Combining the upper and lower cylinders through a fastening means to form a buoy body; (S50) Filling the buoyancy material into the buoy body; (S60) Bonding the glass fiber to the top through the bonding means so that the fastening means is not exposed to the outside by laminating a plurality of layers FRP sealing; (S70) and Comprising the step of applying a fluorescent paint to the buoy body; (S80) The manufacturing method of the seam boundary mark mark buoy comprising a.

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