KR20070034410A - Transceiver Concealed Communication Antenna - Google Patents

Abstract

The present invention relates to a communication antenna that is installed outdoors, especially on the roof of a high-rise building, and more particularly, to conceal the transceiver from the outside, and to be stably installed on the roof under low wind resistance, and to be installed on the roof. Transceiver is a concealed communication antenna that does not require additional drilling.

Transceiver concealed communication antenna of the present invention for achieving the above object,

A support serving as weight; Skeleton body including a support stand is fixed to the support body and the upper and lower support members coupled to the support stand; And a plurality of concealing rods arranged in the outer periphery of the skeletal body, which are fastened to the upper and lower supporting members by a fastening means to conceal a transceiver located therein.

And the support member of the skeleton is characterized in that the opening and closing door is hinged,

The fastening means is formed with a plurality of insertion holes for entering the concealed rod is characterized in that it comprises an elastic member that can be freely bent, and a fixing member for fixing the elastic member to the support member.

Communication antenna, transceiver, concealment, FRP, PC, elastic member, opening door

Description

Transceiver concealed communication antenna {ANTENNA FOR COMMUNICATION CONCEALING TRANSMITTER-RECEIVER}

1 is a diagram illustrating a conventional transceiver concealed communication antenna.

2 to 4 is a front view and a plan view showing a transceiver concealed communication antenna according to an embodiment of the present invention.

5 is a perspective view of the communication antenna shown in FIG.

6 shows a fastening means;

7 is a view showing the support body and the holding pedestal fixed thereto.

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

10: support 20: prop

30: support member 30-5: opening and closing door

40: concealed rod 46: elastic member

47: fixing member 50: transceiver

The present invention relates to a communication antenna that is installed outdoors, especially on the roof of a high-rise building, and more particularly, to conceal the transceiver from the outside, and to be stably installed on the roof under low wind resistance, and to be installed on the roof. Transceiver is a concealed communication antenna that does not require additional drilling.

As the industry develops, the demand for wireless communication continues to increase, and as there are more obstacles to radio signals such as high-rise buildings, communication antennas have been installed throughout the city center for smooth wireless communication.

In the conventional communication antenna, most of the building stands on the roof of the building, and the top of the holding tower is equipped with a radio transceiver. However, the antenna installed in this way is conspicuous and hurts the aesthetics of the city, and people are rejected by the concern about electromagnetic waves. In addition, there are many limitations on the installation of communication antennas because the government is promoting a public deliberation policy to organize the numerous communication antennas installed and installed by each mobile carrier.

Recently, various types of communication antennas have been proposed to exclude the deliberations of the public deliberation policy of the government without harming the aesthetics of the city and giving less objection. Typical examples are the garden water type (refer to Fig. 2 of the Korean Utility Model Model No. 390140) in which a transceiver is camouflaged in a tree branch, a wall mounting type in which a transceiver is arranged on a side wall of a building, or a transceiver and a support stand are used as a camouflage film. It is a communication antenna manufactured in a wrapping form (see FIG. 1 of Korean Patent Laid-Open Publication No. 2001-27833) or manufactured in a concealed type in which a transceiver is concealed using a concealment bar as shown in FIG.

The communication antenna of the garden water type is rust occurs in the branches, the green water pollutes the building, the grounds of civil complaints are multiplied, the durability is weak, and the branches need to be maintained continuously in the future, such as wind pressure and weak unit price.

The communication antenna surrounding the transceiver with the gastrointestinal membrane or the concealment rod is also weak in wind pressure and has a high manufacturing cost.

Looking at the concealed communication antenna of Figure 1, which may be related to the present invention in more detail, four pillars (2) equipped with a transceiver (1) on the upper side is fixed on the building roof, fabric, plastic, metal Concealment member (3) made of a material such as is coupled to the holding post is configured to conceal the transceiver (1). By the way, the communication antenna having such a structure faithfully performs the role of concealing the transceiver 3 so that the transceiver 1 is not visible from the outside, but a problem arises in the stability of the antenna itself.

As shown in the figure, the concealing member 3 is rectangular in shape when viewed from one side, and the rectangular concealing member 3 has no gap (space) through which the wind passes, so that the antenna receives the wind resistance. When a lot of wind resistance is received, the support stand 2 is shaken by the wind and the transceiver 1 is also shaken together, so the transmission and reception efficiency of the wireless signal is poor, and the support stand 2 is continuously shaken by the wind. If the roof can not be firmly fixed to the floor, if the wind blows strongly the holding pole (2) is a high risk of falling or breaking.

And as shown in the drawings, to secure the holding post (2) to the roof floor bolting is inevitably carried out, the water leaks into the building or there is a problem in the stability of the building structure will cause friction with the landlord.

The present invention has been made to solve the above-mentioned conventional problems, it is inconspicuous and does not impair the aesthetics of the city and makes people less susceptible to the concern about electromagnetic waves, and also conforms to the government's communication antenna publicization policy It is an object to provide an antenna.

In addition, the installation is simple and easy maintenance work, the impact of the wind is minimized by minimizing the influence of the wind to maintain a good transmission and reception efficiency of the radio signal, the communication antenna does not need a separate drilling work for installation The purpose is to provide.

Transceiver concealed communication antenna of the present invention for achieving the above object,

A support serving as weight; Skeleton body including a support stand is fixed to the support body and the upper and lower support members coupled to the support stand; And a plurality of concealing rods arranged in the outer periphery of the skeletal body, which are fastened to the upper and lower supporting members by a fastening means to conceal a transceiver located therein.

And the support member of the skeleton is characterized in that the opening and closing door is hinged,

The fastening means is formed with a plurality of insertion holes for the closing rod is formed, characterized in that it comprises a freely bendable elastic member, and a fixing member for fixing the elastic member to the support member,

The concealed rod is characterized in that made of polycarbonate (PC) material.

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

2 to 4 are front and plan views of a transceiver concealed communication antenna according to an embodiment of the present invention, and FIG. 5 is a perspective view of the communication antenna shown in FIG. 5, a perspective view of the communication antenna of FIGS. 2 and 3 will be easily associated.

2 to 5, the present invention is a skeleton consisting of a support body (10) acting as a weight (weight), the support pole 20 is mounted on the transceiver 50 and the support members (30, 30a) It can be seen that it comprises a sieve, and the concealed rod 40 of the rod-shaped concealing the transceiver 50.

The supporting body 10 will be described later, and the skeletal body includes a support base 20 and upper and lower support members 30 and 30a, and the support base 20 is the support body 10. It is fixed to the upright, the support member (30, 30a) is connected to the holding table 20 and the concealed rod 40 is mounted. And the load member 61 for supporting the load of the support member (30, 30a) and the concealed rod 40 and the like coupled to the support member (30, 30a) and the holding table 20 or the support member (30, 30a) and the support 10 are coupled.

The support members 30 and 30a of the frame body have a plate-shaped horizontal portion 31 and a plate-shaped vertical portion 32 bent from the plate-shaped horizontal portion 31 and have a cross-sectional shape of 'b'. This is to prevent the deformation caused by the external force by reinforcing the strength not only in the longitudinal direction but also in the transverse direction.

In addition, as shown in the figure, the support members 30 and 30a are preferably formed by assembling a plurality of powders (four in the figure) 30-1, 2, 3, and 4. This is for convenience of transportation. Since the communication antenna is installed on the roof, a large size (length) of the support members 30, 30a is heavy, and many powders 30-1, 2, 3, and 4 have sizes that are easy to transport because of many restrictions on movement. ) Is preferably assembled. The assembly of the powder 30-1 and the powder 30-2 is a fragment piece 62 having a shape corresponding to the powders 30-1, 2, 3, 4, as shown in the drawing. By assembling both powders (30-1, 2, 3, 4) may be an example.

The opening / closing doors 30-5 provided in the support members 30 and 30a have the same shape as the powder of the support members 30 and 30a. That is, it consists of a horizontal part and a vertical part. And the opening and closing door (30-5) is hinged to one side of the horizontal portion 31 of the support member (30,30a) (powder), respectively to the support member (30,30a) and the opening and closing door (30-5) of the other side The locking hole 33 is formed.

The concealed bar 40 is coupled to the upper and lower support members 30 and 30a so that the transceiver 50 and the support stand 20 located inside are not visible from the outside.

Since the concealed bar 40 surrounds the transceiver 50 located inside, the concealed bar 40 is preferably made of a material having excellent durability without disturbing transmission and reception of a radio signal. Since metal interferes with the transmission and reception of radio signals, it should be avoided as much as possible. Natural materials such as wood (especially bamboo) may have good aesthetics, but plastics are preferable because they may have poor durability. Among them, glass fiber reinforced plastic (FRP) or polycarbonate, which is a material mixed with glass fiber and plastic, is preferable. The polycarbonate (PC) is a semi-permanent product that is strong in impact and hardly shrinkage deformation due to sunlight or temperature change due to its durability.

Since the concealed bar 40 is preferably less affected by wind, it is preferable that the cross section is circular or oval, and has a gap (space) 45 through which the wind can be arranged, arranged at a predetermined interval as shown in the drawing. . In addition, it is preferable to have a cylindrical shape (in this case, the support member is also circular in shape) arranged on the outer side of the skeleton in order to be less affected by the wind. The concealed bar is to minimize the influence of wind (wind pressure) is possible that other forms are natural. For example, a web in which a plurality of holes are drilled, or a plate in which a plurality of holes are formed in the longitudinal direction or in the horizontal direction may be used as the concealment bar 40.

As such, the plurality of concealed rods 40 have a cylindrical shape as a whole, so that the blowing wind flows sideways and some wind passes through the gap 45 between the concealed rod and the concealed rods, thereby receiving less wind resistance. The gap between the concealment bar 40 and the concealment bar 40 (that is, the gap 45) may be appropriately adjusted to meet the two purposes of concealment and passage of wind. In terms of aesthetics and wind pressure reduction, the diameter of the concealed bar (L) is about 30mm, the distance (W) between the concealed bar and the concealed bar is preferably about 50mm. And the color of the concealed rod 40 is more preferable if it has a protective color that is inconspicuous and suits the surrounding environment.

5 and 6 show the fastening means for coupling the support member and the concealment rod. 5 shows a U bolt and FIG. 6 shows an elastic member.

Referring to Figure 5, the combination of the concealed rod 40 and the support member (30, 30a) is a bolt hole 43, the U bolt 41 is drilled in the support member (30, 30a) as shown in the figure ) And the nut 42 is tightened by the U bolt (41).

Referring to FIG. 6, the concealment bar 40 and the support members 30 and 30a are coupled to each other by an elastic member 46 and a fixing member 47 that fixes the support member 30 and 30a to the support members 30 and 30a. The elastic member 46 is made of a rubber material and can be bent smoothly and freely, and a plurality of insertion holes 46a for the concealed rod 40 are perforated. In addition, the fixing member 47 has a corresponding vertical plate 47-1 having a shape corresponding to the vertical portion 32 of the supporting member, and the supporting members 30 and 30a with the elastic member 46 therebetween. One example is a bolt 47-2 for fixing the corresponding vertical plate 47-1, and the vertical portion 32 of the support members 30 and 30a between the concealment rod 40 and the concealment rod 40. And the '47' shaped section 47-3 is fitted to the elastic member 46 is another example.

As described above, the fastening means composed of the elastic member 46 and the fixing member 47 makes the installation (or disassembly) of the antenna simple and quick. The operator inserts a plurality of concealed rods 40 into the insertion holes 46a of the elastic member 46, and contacts them to the support members 30 and 30a to bend them to their shape and then fix them with the fixing member 47. Simply do the coupling of the support members (30, 30a) and the concealed bar (40).

7 shows the support 10 and the support 20 fixed thereto, and shows that the support 20 is fastened to the end of the block. Referring to this, the support body 10 is a plurality of hexahedral block 11 is connected to each other arranged in the form of a cross and the four ends of the block 11 forming a cross is a metal block 12 is arranged connecting means 13 The blocks 11 and 12 are firmly fixed by the reference numeral 14. And the support base 20 is fixed to the metal block (12).

The support 10 serves as a weight (stable) to stably support the structure installed on it, it should have a sufficient weight to perform the weight (weight) role without the drilling work for fixing on the roof floor, human This would have to be transportable directly. To this end, the present invention solves the problem of weight and transportation by interconnecting a large number of hexagonal blocks 11 of about 2.5 kg with the anchor bolt 13 and the nut 14.

And since it is a technical difficulty to directly fix the strut 20 to the hexahedral block 11, the metal block 12 was further arranged. The upper surface of the metal block 12 has a coupling hole (12a) is inserted into the end portion 21 of the strut 20 in the center and a bolt hole (12b) for fixing the strut 20 in the corner. .

4 is shown in the figure is a support 20 is mounted on the transceiver 50 and fixed upright to the support 10. The strut 20 is a functioning point when the antenna is shaken by the wind. Therefore, in the case of one support stand 20, since the shaking force is concentrated in one place, it is preferable to have a plurality of support stands 20 to disperse it. However, if the number of the holding posts 20 increases, the unit cost increases and the installation time of the antenna increases. Therefore, the number of the holding posts should be appropriately selected in consideration of the installation location, the size of the antenna, and the strength of the wind. will be.

As described above, even though the communication antenna of the present invention is inconspicuous, even if it is conspicuous, the concealed bar effectively conceals the structure (transmitter, prop, etc.) located inside, so that it is not considered a communication antenna and thus reduces people's rejection. It is environmentally friendly and complies with the government's communication antenna public policy.

In addition, since the concealed rod passes well through the wind to prevent the communication antenna from being shaken by the wind, the transmission and reception efficiency of the radio signal is good and there is little risk of damage such as collapsed or broken props.

In addition, the opening and closing door is provided for easy maintenance of the wireless transmitter and receiver, the coupling of the concealment rod and the support member is made simple and fast by the fastening means consisting of the elastic member and the fixing member.

And since the drilling work is not carried out in the building to install the communication antenna on the roof of the building, there is little possibility of friction with the landlord.

In the above description of the present invention has been described with respect to the transceiver concealed communication antenna having a specific shape and structure with reference to the accompanying drawings, the present invention can be variously modified and changed by those skilled in the art, such variations and modifications the present invention It should be interpreted as falling within the protection scope of.

Claims (8)

A support serving as weight; Skeleton body including a support stand is fixed to the support body and the upper and lower support members coupled to the support stand; And Transceiver concealed communication antenna comprising a; arranged in the outer periphery of the frame, a plurality of concealed rods that are fastened to the upper and lower support members by a fastening means to conceal a transceiver located therein. The method of claim 1, Transceiver concealed communication antenna, characterized in that the support member of the skeleton is provided with an opening and closing door hinged. The method according to claim 1 or 2, The fastening means is a transceiver concealed communication antenna, characterized in that the U bolt is inserted into the bolt hole drilled in the support member and the nut coupled to the U bolt. The method according to claim 1 or 2, The fastening means is a transceiver concealed communication antenna, characterized in that a plurality of insertion holes are formed in the concealed rod is formed and comprises a freely bendable elastic member, and a fixing member for fixing the elastic member to the support member. The method of claim 4, wherein The concealed rod is a transceiver concealed communication antenna, characterized in that made of glass fiber reinforced plastic (FRP) material. The method of claim 4, wherein The concealed rod is a transceiver concealed communication antenna, characterized in that made of polycarbonate (PC) material. The method of claim 6, The supporting member is a transceiver concealed communication antenna, characterized in that a plurality of powders consisting of a plate-shaped horizontal portion and the plate-shaped vertical portion bent from the horizontal portion of the plate is assembled. The method of claim 7, wherein The supporting member is circular or oval, and the concealed bar coupled thereto is a transceiver concealed communication antenna, characterized in that forming a cylindrical or oval column.

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