KR100723276B1 - Antenna camouflage for wireless communication antenna and antenna camouflage manufacturing method - Google Patents

Abstract

(1) The technical field to which the invention belongs

The present invention provides an antenna camouflage material and antenna camouflage material manufacturing method for a wireless communication antenna.

(2) Purpose of the invention

The antenna for the wireless communication installed on one side of the building should be covered so as not to harm the city's aesthetics and not to affect the wireless communication (such as radio interference).

(3) Composition of invention

Camouflaged camouflage was made by applying a mixture to a mold of a predetermined shape, covering the mesh on the hardened and hardened surface, and re-coating the mixture on the mesh, and repeating this process to make the mixture and the mesh repeatedly stacked to form a predetermined thickness. Paint the outer surface of the ash or other sculptures so that the radio antenna is located inside the camouflage.

(4) effects of the invention

It hides the wireless communication antenna, which can be seen as ugly, from the public's view, saving the aesthetics of the city and preventing interference from wireless communication.

Camouflage, wireless communication, antenna, outdoor installation

Description

Method for manufacturing antenna camouflage and antenna camouflage for wireless communication antenna {Antenna masquerade for radio communication antenna and make method to antenna masquerade}

1 to 10 is an exemplary view showing a manufacturing process of the antenna camouflage material according to the present invention.

11 to 13 is an exemplary view showing an example of use of the antenna camouflage material according to the present invention.

14 and 15 are exemplary views showing another embodiment of the antenna camouflage material according to the present invention.

Explanation of symbols on the main parts of the drawings

1: mold 2: molding part

3: non-molded part 4: separation layer

10: Blend 20: Mesh

30, 30a, 30b: camouflage material 31: shape hole

40, 40a: support frame 42: hinge

50: wireless antenna 60: support

61: weight

70: sculpture 100: building

The present invention relates to an antenna camouflage for a wireless communication antenna and a method for manufacturing the antenna camouflage, and more particularly to a wireless communication antenna used for personal cellular communication such as digital cellular, PCS, and wireless local loop. It is intended to provide a method for manufacturing antenna camouflage and antenna camouflage for a wireless communication antenna that is easy to install and maintain in harmony with the environment without giving people a feeling of rejection.

Recently, the number of wireless mobile subscribers has increased exponentially, and the demand for antennas for mobile communication base stations is expected to increase significantly due to the implementation of new communication services and broadcasting services such as IMT2000 and digital terrestrial broadcasting.

Conventional wireless communication base station antenna has a plurality of antenna holders mounted on a steel structure, and a plurality of antennas mounted on the antenna holder.

Such a conventional antenna for wireless communication requires a height higher than a predetermined level due to the characteristics of a base station, and is installed in the form of a steel tower to withstand wind pressure of a predetermined size or more.

However, the conventional wireless communication antenna as described above is made in the form of a steel tower, so that it does not naturally harmonize with the surrounding environment of the area where the antenna is installed, such as buildings, fishing villages, resorts, and national parks, causing new environmental problems. there was.

In addition, due to the above problems, the owner of a building suitable for installing the antenna or the manager of a resort or national park encounters complaints such as opposing the installation of the antenna for wireless communication. It is becoming.

The present invention is to provide an antenna camouflage and antenna camouflage manufacturing method for a wireless communication antenna that can solve the above problems.

The present invention is to apply the mixture to the mold of a predetermined shape to cover the mesh on the hardened and hardened surface and to re-apply the mixture on the mesh and to repeat the above process to produce a camouflage material by repeatedly laminating the mixture and the mesh to a predetermined thickness One of them is to paint the outer surface of the camouflage material or with other sculptures so that the wireless communication antenna is located inside the camouflage material. From the outside, the antenna for the wireless communication antenna to make the wireless communication antenna camouflaged by the sculpture. And an antenna camouflage manufacturing method.

In order to achieve the above object, a first embodiment of the present invention provides a mold preparation step of preparing a mold having a predetermined molding portion shape; A separation layer forming step of forming a separation layer by applying poly wax to the mold in the mold preparation step ; To the top of the separation layer applied to the mold of the separation layer forming step, a powder mixed with a torque powder and a liquid unsaturated polyester resin for fiber reinforcement at a predetermined compounding ratio are formed to form a thickness of the gastrointestinal material. A camouflage material thickness forming step of covering a mesh on a surface of a mixed agent coating layer, and repeating a process of applying the mixed material and covering the mesh to form a camouflage material thickness at a predetermined thickness; The gastrointestinal material separation step of separating the gastrointestinal material mixture and the mesh is hardened from the mold after the gasoline material thickness forming step: and the gasoline material separated in the camouflage material separation step is a post- Provides a method for manufacturing an antenna camouflage for a wireless communication antenna, characterized in that it comprises a camouflage completion step to complete the antenna camouflage by processing.

In the first configuration example for effectively implementing the object of the first embodiment, the mold preparation step, it is effective that the non-molded portion is further formed by extending the edge of the molding portion.

In a second configuration example for effectively implementing the object of the first embodiment, the mixing agent in the camouflage material thickness forming step, the torque powder and the liquid unsaturated polyester resin for fiber reinforcement ratio of 1: 0.8 ~ 1.2 It is effective to be mixed with.

In a third configuration example for effectively realizing the object of the first embodiment, it is effective that the mesh in the camouflage material thickness forming step has a width and a width of 0.5 mm to 5 mm.

In a fourth configuration example for effectively realizing the object of the first embodiment, the thickness of the antenna camouflage material, it is effective that the thickness from the surface of the initially applied mixture to the surface of the mixture applied last 1.5mm to 10mm to be.

In a fifth configuration for effectively implementing the object of the first embodiment, the antenna camouflage material has a semicircular shape having a predetermined thickness, a non-circular shape having a predetermined thickness, and a panel having a predetermined thickness. It is effective to form one of the shapes.

In order to achieve the above object, a second embodiment of the present invention provides a mold preparation step of preparing a mold having a predetermined molding portion shape; A separation layer forming step of forming a separation layer by applying poly wax to the mold in the mold preparation step ; To the top of the separation layer applied to the mold of the separation layer forming step, a powder mixed with a torque powder and a liquid unsaturated polyester resin for fiber reinforcement at a predetermined compounding ratio are formed to form a thickness of the gastrointestinal material. A camouflage material thickness forming step of covering a mesh on a surface of a mixed agent coating layer, and repeating a process of applying the mixed material and covering the mesh to form a camouflage material thickness at a predetermined thickness; Camouflage material separating step of separating it passes through the camouflage material thickness forming the predetermined time has elapsed admixture with camouflage material binary mesh is solidified in said mold: and a camouflage material camouflage material edge and inside and outside separated by the camouflage material separating step It provides an antenna camouflage for a wireless communication antenna, characterized in that the post-processing is made of a camouflage completion step of completing the antenna camouflage material.

In a first configuration example for effectively implementing the object of the second embodiment, the mixing agent in the camouflage material thickness forming step, the torque powder (talk powder) and fiber unsaturated liquid unsaturated polyester resin 1: 0.8 to 1.2 ratio It is effective to be mixed with.

In a second configuration example for effectively implementing the object of the second embodiment, the mesh in the camouflage material thickness forming step, it is effective that the line and the blade has a width and width of 0.5mm to 5mm.

In a third configuration example for effectively implementing the object of the second embodiment, the thickness of the antenna camouflage material, it is effective that the thickness from the surface of the initially applied mixture to the surface of the mixture applied last 1.5mm to 10mm to be.

According to a fourth configuration example for effectively realizing the object of the second embodiment, the antenna camouflage material has a semicircular shape having a predetermined thickness, a non-circular shape having a predetermined thickness, and a panel having a predetermined thickness. It is effective to form one of the shapes.

Hereinafter, the present invention configured as described above will be described in detail.

1 to 10 is an exemplary view showing a manufacturing process of the antenna camouflage material according to the present invention, Figures 11 to 13 is an exemplary view showing an example of the use of the antenna camouflage material according to the present invention, Figures 14 and 15 Exemplary diagram showing another embodiment of the antenna camouflage material according to the present invention.

Antenna camouflage material 30, 30a, 30b according to the present invention will be described in detail with respect to each step with reference to the accompanying drawings, Figures 1 to 10.

Step 1: prepare the mold

As shown in FIG. 1, the mold 1 which has a predetermined shape is prepared.

The above-described mold 1 is manufactured in consideration of the shape of the finished antenna camouflage. The mold 1 shown in FIG. 1 shows one example formed in a semicircular shape in order to manufacture a cylindrical camouflage material.

For example, if the shape of the finished camouflage material is in the form of a square column or a panel, it is preferable to have a shape suitable for it.

In more detail, the above-described mold 1 is formed in any one of a semi-circular shape, a non-circular shape, and a panel shape, and the antenna camouflage material to be completed is the above-described mold 1 It is similar to the shape of, and is manufactured in any one of a semicircle shape having a predetermined thickness, a non-circular shape having a predetermined thickness, and a panel shape having a predetermined thickness.

The above-described mold 1 extends to the edge of the molding part 2 to form the non-molding part 3.

In particular, the above-mentioned non-molding part 3 extends in consideration of the part which deviates from the shaping part 2 when moving the mold 1 or apply | coating the mixture 10 demonstrated later.

Step 2: forming the separation layer

As shown in FIG. 2, the separation layer 4 is apply | coated to the mold 1 mentioned above.

The above-described separation layer 4 is applied so that the mixture 10 described later can be easily separated from the above-described mold 1, and the main material of the separation layer 4 is preferably poly wax.

Step 3: forming camouflage thickness

3 to 7 is a step of forming a thickness in the separation layer 4 applied to the above-described mold (1) to repeatedly apply and cover the mixture (10) and the mesh (mesh: 20).

The above-mentioned mixture 10 is a mixture of a talk powder and a liquid unsaturated polyester resin for fiber reinforcement at a predetermined blending ratio.

It is preferable that the above-mentioned liquid unsaturated polyester resin for fiber reinforcement has minimal influence on radio wave radiation.

In addition, the above-mentioned predetermined mixing ratio is preferably mixed well of the torque powder and the liquid unsaturated polyester resin for fiber reinforcement at a ratio of 1: 0.8 to 1.2, and for this reason, if the torque powder is too small, the mixture may become viscous. This is so low that it is difficult to apply to the mold (1), too much torque powder is too high viscosity of the mixture is not easy to apply when applying to the mold (1) and the quality of the finished gastrointestinal material to be finished later cracks This can cause a significant deterioration in quality.

It is preferable that the above-described mesh 20 has the least influence on radio wave radiation, and it is desirable to avoid that the spacing between the string and the blade is too wide or narrow.

For example, if the spacing between the string and the blade of the mesh 20 is too narrow, the movement of the above-described mixture 10 is hindered, so that the above-mentioned mixture 10 and the later-coated mixture 10 are hardened. ) Is not firmly hardened and may cause problems such as separation in the finished camouflage material 30.

On the other hand, if the spacing between the string and the blade of the mesh 20 is too wide, it may cause a problem that the durability of the camouflage material 30 is reduced.

Therefore, as described above, the proper spacing between the string and the blade of the mesh 20 is preferably 0.5mm to 5mm.

In the above-described camouflage material thickness forming step, as shown in FIG. 3, the above-described mixture 10 is applied to a surface of the separation layer 4 coated on the inside of the mold 1 to a predetermined thickness and additionally, a curing agent is applied. do.

The curing agent described above is a material that helps the curing agent 10 to cure, and the curing agent is a conventional material, and a detailed description thereof is omitted.

Subsequently, as shown in FIG. 4, the mesh 20 is cut to a predetermined size, and the mesh 20 is covered on the surface to which the above-described mixture 10 is applied.

Thereafter, as shown in FIGS. 5 to 6, the process of covering the mesh 20 again on the surface of the mixture 10 is repeated, and the process is repeated until a predetermined thickness is formed as shown in FIG. 7. The thickness is preferably 1.5 mm to 10 mm.

If the camouflage material having a thickness of less than 1.5mm can cause a problem that the durability is significantly lowered, when having a thickness of 10mm or more, durability is improved while profitability is poor and handling such as cutting is inconvenient.

The above-mentioned predetermined thickness does not mean to limit to this thickness as an example, and the camouflage material 30 installed in the place where external force, such as a strong wind, is anticipated can form the thickness more than 10 mm.

As described above, when the mixture 10 is first applied and the predetermined thickness is reached while repeating the process of covering the mesh 20, the mixture 10 is applied later.

Step 4: Separation of Camouflage Material

As shown in FIG. 8, when the thickness of the camouflage material 30 is formed to a predetermined thickness, the camouflage material 30 is separated from the mold 1.

At this time, it is preferable to separate after a predetermined time has elapsed, and it is preferable to have a longer time as the thickness of the gastrointestinal material is thicker.

The separated camouflage material 30 may have a separation layer 4 which is buried when separated from the mold 1, and this separation layer 4 is preferably wiped off with an industrial detergent or thinner.

Step 5: Complete Camouflage

As shown in FIG. 9, the camouflage material 30 separated from the mold 1 may have debris at the edges, and the scrape is cut through post processing to complete the antenna camouflage material 30.

In particular, the inner and outer surfaces of the camouflage material, including the edge of the camouflage material, are painted to have a specific shape.

In other words, by post-processing, the edge and the inner and outer surfaces of the camouflage material become smooth and tidy.

10 to 15 will be described in detail an example of the use of the camouflage material 30, 30a, 30b according to the present invention.

<Example 1>

As described above, the completed camouflage material 30 may be reprocessed into a specific structure by drilling the shape hole 31 in a predetermined shape as shown in FIG. 10.

<Example 2>

In addition, as shown in FIG. 11, two semicircular camouflage materials 30 may be stacked and the hinges 42 may be attached to one side to be deformed into a cylindrical shape, and a separate support frame 40 may be provided to improve durability. It can be attached.

11 to 13 is to camouflage the camouflage material 30 in the form of a ventilator.

The wireless communication antenna 50 is mounted on the support 60, the support 60 is supported by the weight 61, the wireless communication antenna 50 is formed to be hidden inside the camouflage material 30 described above. It is.

In addition, it is possible to add another sculpture 70 to the top of the camouflage material 30, as shown in Figures 12 and 13 will be equipped with a vent 70 shaped sculpture 70.

That is, the camouflage material 30 is formed in a form similar to the structure installed on the roof of the building 100 or the building. The camouflage material 30 can be harmonized with the surrounding environment by camouflaging the wireless communication antenna 50. In addition, the building owner can resolve the rejection of the installation of the wireless antenna.

<Example 3>

Figure 14 is a camouflage material (30a) in the form of a rectangular pillar to form a space for accommodating the intact communication antenna 50 on either side of the support frame (40a) for improving durability in the upper and lower sides ) To install more.

In particular, one of the camouflage material (30a) is configured to open and close one of the camouflage material (30a) by mounting the hinge as a door in the other camouflage material (30a).

That is, the wireless communication antenna 50 is mounted in the space formed therein, and the camouflage material 30a including the wireless communication antenna 50 is installed on the roof of the building to be in harmony with the surrounding environment in which the wireless antenna is installed.

<Example 4>

15 is a main feature of manufacturing a camouflage material 30b in the form of a square pillar, but having a shape as if the bricks are stacked on the outer surface thereof, and a space capable of accommodating the intact communication antenna 50 inside either side thereof. To form, and to further support the upper and lower support frame 40a for improving the durability.

In particular, one of the camouflage material (30b) is configured to open and close one of the camouflage material (30b) by mounting the hinge as a door in the other camouflage material (30b).

That is, the wireless communication antenna 50 is installed in the space formed therein, and the camouflage material 30b including the wireless communication antenna 50 is installed on the roof of the building to be in harmony with the surrounding environment in which the wireless antenna is installed. The camouflage material 30b shown in Example 4 looks like a chimney stacked with bricks when viewed from a distance.

Although the invention has been described in detail only with respect to the specific examples described, it will be apparent to those skilled in the art that various modifications and variations are possible within the spirit of the invention, and such modifications and variations belong to the appended claims.

The antenna camouflage material and antenna camouflage manufacturing method for a wireless communication antenna according to the present invention can realize a smooth wireless communication environment without causing radio interference in the wireless communication and can also camouflage the wireless communication antenna in the form of other sculptures.

In particular, it can be manufactured in the form of other sculptures, for example, ventilation, fences, chimneys and the like to suit the surrounding environment in which the wireless communication antenna will be installed.

Therefore, it is possible to suppress civil complaints from landlords or ordinary citizens as much as possible, but rather to enhance the aesthetics of the city by installing specific sculpture forms.

Claims (11)

A mold preparation step of preparing a mold having a predetermined molded part shape; A separation layer forming step of forming a separation layer by applying poly wax to the mold in the mold preparation step ; To the top of the separation layer applied to the mold of the separation layer forming step, a powder mixed with a torque powder and a liquid unsaturated polyester resin for fiber reinforcement at a predetermined compounding ratio are formed to form a thickness of the gastrointestinal material. A camouflage material thickness forming step of covering a mesh on a surface of a mixed agent coating layer, and repeating a process of applying the mixed material and covering the mesh to form a camouflage material thickness at a predetermined thickness; Camouflage separation step of separating the gastrointestinal material mixture and the mesh is hardened from the mold after the gastric material thickness forming step : And The camouflage material separated in the camouflage material separating step is a camouflage material completion step of completing the antenna camouflage material by post-processing on the edges and the inner and outer surfaces of the camouflage material ; Method for manufacturing an antenna camouflage for a wireless communication antenna, characterized in that it is included. The method according to claim 1, wherein the mold preparation step, An antenna camouflage manufacturing method for a wireless communication antenna, characterized in that the non-molded portion is further formed by extending the edge of the molded portion. The method according to claim 1, In the camouflage material thickness forming step, the mixing agent, A method for manufacturing an antenna camouflage for a wireless communication antenna, characterized in that a torque powder and a liquid unsaturated polyester resin for fiber reinforcement are mixed at a ratio of 1: 0.8 to 1.2. The method according to claim 1, In the camouflage material thickness forming step, A method for manufacturing an antenna camouflage for a wireless communication antenna, characterized in that the string and the blade has a width and width of 0.5mm to 5mm. The method according to claim 1, The thickness of the antenna camouflage material, A method for producing an antenna camouflage for a wireless communication antenna, characterized in that the thickness from the surface of the initially applied mixture to the surface of the last applied mixture is 1.5mm to 10mm. The method according to claim 1, The antenna camouflage material, Manufacture of antenna camouflage for a wireless communication antenna, characterized in that formed in any one of a semi-circular shape having a predetermined thickness, a non-circular shape having a predetermined thickness, a panel shape having a predetermined thickness. Way. A mold preparation step of preparing a mold having a predetermined molded part shape; A separation layer forming step of forming a separation layer by applying poly wax to the mold in the mold preparation step ; To the top of the separation layer applied to the mold of the separation layer forming step, a powder mixed with a torque powder and a liquid unsaturated polyester resin for fiber reinforcement at a predetermined compounding ratio are formed to form a thickness of the gastrointestinal material. A camouflage material thickness forming step of covering a mesh on a surface of a mixed agent coating layer, and repeating a process of applying the mixed material and covering the mesh to form a camouflage material thickness at a predetermined thickness; After a predetermined time has passed through the camouflage material thickness forming step, a gastrointestinal material separation step of separating the gastrointestinal material from which the mixture and the mesh are hardened from the mold: The camouflage material separated in the camouflage material separation step is a camouflage material completion step of completing the antenna camouflage material by post-processing the edges and the inner and outer surfaces of the camouflage material ; Antenna camouflage material for a wireless communication antenna, characterized in that consisting of. The method according to claim 7, In the camouflage material thickness forming step, the mixing agent, Talking powder and liquid unsaturated polyester resin for fiber reinforcement is 1: 1 ~ 0.8 ~ 1.2 Antenna camouflage for wireless communication antenna, characterized in that mixed. The method according to claim 7, In the camouflage material thickness forming step, An antenna camouflage for a wireless communication antenna, characterized in that the string and the blade has a width and width of 0.5mm to 5mm. The method according to claim 7, The thickness of the antenna camouflage material, An antenna camouflage for a wireless communication antenna, characterized in that the thickness from the surface of the initially applied mixture to the surface of the mixture applied last is 1.5mm to 10mm. The method according to claim 7, The antenna camouflage material, An antenna camouflage for a wireless communication antenna, characterized in that formed in any one of a semi-circular shape having a predetermined thickness, a non-circular shape having a predetermined thickness, and a panel shape having a predetermined thickness.

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