KR100930124B1 - The environmental-friendly prefabricated camouflage plate installation structure of antenna for wireless communication - Google Patents

Abstract

The present invention relates to a camouflage membrane installation structure of the antenna for environmentally friendly wireless communication, more specifically, a plurality of radios installed on top of the installation structure having a camouflage membrane divided into a plurality of radially on top of the pillar of the installation structure in which the antenna is installed By making the communication antenna invisible to the outside, it is environmentally friendly to harmonize with the surrounding environment, and the pillar supporting the antenna of the installation structure can be separated into a lower pillar, a middle pillar and an upper pillar to install the antenna at an appropriate height from the ground. It is easy to assemble and install the installation structure in a short time with a small number of people, camouflage membrane camouflaging the antenna installed on the upper part of the installation structure is not divided into a plurality of parts can be easily fixed to the support bar installed on the column, Its simple structure can improve productivity. The support network is installed between the lower support frame and the support frame of the antenna installed on the installation structure, so that the operator can go up to the inside of the gastrointestinal membrane installed on the upper part of the column to easily replace and repair the antenna, and to prevent safety accidents in advance. The present invention relates to a gastrointestinal membrane mounting structure of an environmentally friendly antenna for wireless communication.

Antenna, installation structure, column, support frame, fixed frame, support bar, camouflage film, support network, ladder

Description

Camouflage membrane installation structure of environmentally friendly wireless communication antenna {THE ENVIRONMENTAL-FRIENDLY PREFABRICATED CAMOUFLAGE PLATE INSTALLATION STRUCTURE OF ANTENNA FOR WIRELESS COMMUNICATION}

The present invention relates to a camouflage membrane installation structure of the antenna for environmentally friendly wireless communication, more specifically, a plurality of radios installed on top of the installation structure having a camouflage membrane divided into a plurality of radially on top of the pillar of the installation structure in which the antenna is installed By making the communication antenna invisible to the outside, it is environmentally friendly to harmonize with the surrounding environment, and the pillar supporting the antenna of the installation structure can be separated into a lower pillar, a middle pillar and an upper pillar to install the antenna at an appropriate height from the ground. It is easy to assemble and install the installation structure in a short time with a small number of people, camouflage membrane camouflaging the antenna installed on the upper part of the installation structure is not divided into a plurality of parts can be easily fixed to the support bar installed on the column, Its simple structure can improve productivity. The support network is installed between the lower support frame and the support frame of the antenna installed on the installation structure, so that the operator can go up to the inside of the gastrointestinal membrane installed on the upper part of the column to easily replace and repair the antenna, and to prevent safety accidents in advance. The present invention relates to a gastrointestinal membrane mounting structure of an environmentally friendly antenna for wireless communication.

In general, the installation structure of the antenna for wireless communication is to embed or fix the lower portion of the installation structure on the ground and to provide a wireless communication service to the user by installing a communication antenna on the upper pillar of the installation structure.

The antenna installation structure is to install the antenna on the top of the installation structure in order to extend the radio wave reach of the antenna, and in the case of the urban area in general, it is installed in a high place such as the roof of the building, or on a flat or mountain without a building. In the place, it is installed on the flat or near the top of the mountain.

In recent years, as the installation structure of the antenna is rapidly increasing in number of users of wireless mobile communication terminals, and the number of base stations is increasing to improve the quality of communication services, the installation structure of the antenna is also increasing every year.

In particular, the antenna installation structure installed on the roof of a city center building and a place where many users gather, for example, a beach or a resort area, needs to be in harmony with the surrounding environment. As it affects, there is an urgent need for environmentally friendly installation.

The antenna installation structure is installed on the top of the pillar, the frame that can be fixed to the pillar of the antenna structure is fixed to the pillar of the installation structure.

However, the installation structure of the antenna as described above has a problem that the frame is installed on the top of the pillar, and the plurality of antennas installed to be spaced apart from the frame is exposed to the outside as it is not harmonized with the surrounding environment, which is not environmentally friendly. Since a plurality of communication cables connected to the antenna are connected to the ground in a state exposed to the outside outside the pillar of the installation structure, there is a problem that harms the environment of the roof of the building and furthermore, the city aesthetics.

In addition, the installation structure of the antenna as described above has a problem in that it is necessary to climb up to the top of the pillar of the installation structure by using a ladder during the replacement or maintenance work of the antenna, or separately install a ladder on the pillar of the installation structure. There was a problem.

In order to solve the above problems, the applicant has received a patent application for "Installation structure of the antenna for environmentally friendly wireless communication (Patent registration No. 775636, Nov. 5, 2007)".

Looking at the configuration of the installation structure of the antenna as shown in Figure 1 as shown in Figure 1 the upper end of the lightning rod 10 is provided with a lightning rod 11, and fixed to the lower portion of the lightning rod 10, the antenna is installed and lightning rod An upper support pillar 20 supporting the rod 10 and the antenna, a lower support pillar 30 coupled to the lower portion of the upper support pillar 20 to support the upper support pillar 20, and the upper support pillar The conduit tube 40 and the lower support pillar which are coupled to the center of the lower support pillar 30 and the cable is inserted therein so that the cable of the antenna installed in the upper support pillar 20 is not visible from the outside. 30 is coupled to the lower portion of the lightning rod 10, the upper support pillar 20, the support 50 for supporting the lower support pillar 30, and the antenna installed in the upper support pillar 20 so that the antenna is not visible from the outside Consists of a cylindrical camouflage drum (60) fixed to the upper support pillar (20) All.

The installation structure of the antenna is divided into three to the outside of the antenna installed on the top of the upper pillar, one camouflage drum body one side hinged to the other camouflage drum is rotated around the hinge, the other side is provided with a locking device After releasing the locking device, the camouflage drum is rotated around the hinge so that the inside of the camouflage drum is exposed to the outside, and the operator enters the camouflage drum to replace or repair the antenna.

However, the antenna installation structure as described above has a problem that it is very difficult to transport a considerable weight of the camouflage drum to the top of the upper pillar, there is a problem that is very difficult to be fixed to the upper pillar.

In addition, there is a problem that is very difficult to install and install the antenna installation, there is a problem that takes a long time to install the assembly, there is a problem that is difficult to install the antenna inside the camouflage drum, the operator when replacing or repairing the antenna There was a problem that a safety accident occurs by artificially releasing the locking device installed on the outer peripheral surface of the camouflage drum.

Therefore, in recent years, easy installation, simple assembly and installation, easy maintenance of the antenna, the development of the installation structure of the antenna that can prevent the safety accident in advance is urgent situation.

The present invention has a camouflage membrane divided into a plurality of radially on the top of the pillar of the installation structure in which the antenna is installed in order to solve the above problems, so that the plurality of antennas for wireless communication installed on the top of the installation structure is not visible to the outside It is an object of the present invention to provide an antenna installation structure that can be friendly to the surrounding environment.

In addition, the present invention can install the antenna to the appropriate height from the ground by separating the pillar supporting the antenna of the installation structure into the lower column, the middle column, the upper column, easy assembly and installation of the installation structure in a short time with a small number of people Another object is to provide an installation structure for the antenna.

In addition, the camouflage membrane camouflage to camouflage the antenna installed on the upper portion of the installation structure is not divided into a plurality of pieces to be easily fixed to the support bar installed on the column, the structure is simple to improve the productivity for another object of the present invention It is to provide an installation structure of the antenna.

And the present invention is a support network is installed between the support frame and the lower support frame of the antenna installed on the installation structure, the operator climbs to the inside of the gastrointestinal membrane installed on the top of the column, easy to replace and repair the antenna, safety accident in advance Another object is to provide an installation structure of an antenna that can be prevented.

In order to achieve the above object, the present invention provides a lower fixing plate 102 having a plurality of fixing bolt holes 102a formed at a radial position by protruding outward from a lower portion of the cylindrical first pillar body 101 through which the center is penetrated. It is provided, the lower column 100 is provided with a first ladder 103 on the outer peripheral surface of the first pillar body 101,

The second pillar body 121 is inserted into the first pillar body 101 of the lower pillar 100 and coupled to the fixing bolt 110 under the cylindrical second pillar body 121 penetrated by the center thereof. The first locking jaw 122 is formed to protrude outward so that the intermediate pillar 120 is provided with a second ladder 123 on the outer peripheral surface of one side of the second pillar body 121,

The fixing plate 132 protruding outward is provided on the upper portion of the cylindrical third pillar body 131 penetrated through the center, and the second pillar body 121 of the intermediate column 120 is provided below the third pillar body 131. A second catching jaw 133 protruding outward is formed to be inserted into the third pillar body 131 to be inserted into the fixing bolt 110. The third pillar body 131 is disposed on an outer circumferential surface of one side of the third pillar body 131. Upper column 130 is provided with a ladder 134,

An upper fixing plate 230 is provided on the upper portion of the cylindrical fourth pillar body 210 so that the lightning rod 220 is coupled to the fixing bolt 110, and a lower portion of the fourth pillar body 210 has a cylindrical shape. A lower fixing plate 240 fixed to the fixing bolt 120 is provided on the upper pillar 130 and the fixing plate 132 protruding from the upper portion of the third pillar body 131, and the center of the fourth pillar body 210 is provided. The outer circumferential surface is provided with an upper support plate 250 having a plurality of first bolt holes 251 formed in a radial position, and spaced apart at regular intervals from the lower portion of the upper support plate 250 by a plurality of reinforcing ribs 260. An antenna pillar 200 having a lower support plate 270 having a plurality of second bolt holes 271 formed therein;

The first upper support frame 310 is coupled to the fixing bolt 110 at a radial position from the lower side of the upper fixing plate 230 provided on one side of the fourth pillar body 210 of the antenna pillar 200. It is provided, and the one end is fixed in the radial position with the same length as the first upper support frame 310 in the lower portion of the upper support plate 250 provided on the center peripheral surface of the fourth pillar body 210 of the antenna pillar 200 A first lower support frame 320 coupled to the bolt 110 is provided, and one end thereof is radially disposed under the lower support plate 270 provided at the center of the fourth pillar body 210 of the antenna pillar 200. A second upper support frame 330 is provided, which are respectively coupled to the fixing bolts 110 at positions, and one side end of the fixing plate 132 protrudes outward from the upper portion of the third pillar body 131 of the upper pillar 130. Fixing bolt in the radial position at the same length as the second upper support frame 330 in the lower ( A plurality of second lower support frames 340 are respectively provided to be coupled to the 110, one side end is coupled to the lower portion of the second lower support frame 340, the other end is a third pillar of the upper column 130 A support frame 300 radially coupled to an outer circumferential surface of the body 131 and having a support frame 350 supporting a lower portion of the second lower support frame 340;

Both ends of the two first frame bodies 411 curved in a semicircular section at the B-shaped cross section are bound in a circular ring shape by the frame fastening holes 440 so that an upper portion of the first upper support frame 310 of the support frame 300 is formed. The first frame frame 411 is coupled to the fixing bolt 110, the first fixed frame 110 is coupled to the other first frame body 411 to the fixing bolt 110 on the first lower support frame 320 ( 410 is provided, and both end portions of the two second frame bodies 421 which are bent in a semicircle having a b-shaped cross section are bound in a circular ring shape by the frame fastener 440 to support the second upper portion of the support frame 300. The second frame body 421 is coupled to the fixing frame 110 on the upper frame 330, the other second frame body 421 is coupled to the fixing bolt 110 on the upper part of the second lower support frame 340. The second fixing frame 420 is provided to the first frame body 41 of the first fixed frame 410 and the second fixed frame 420 1) and a fixed frame 400 fixed to the upper and lower portions of the plurality of antennas 140 outside the second frame body 421,

Support bar 500 and both sides are coupled between the outer end of the support frame 300, respectively,

Camouflage membrane 600 coupled to the outside of the support bar 500 to camouflage the plurality of antennas 140 fixed to the fixed frame 400 so as not to be exposed to the outside,

The second lower support frame different from the upper part of the second lower support frame 340 of the support frame 300, the one end of which is coupled to the fixing plate 132 provided on the third pillar body 131 of the upper column 130 (340) the support net 700 is fixed to the four sides between the edge,

The fixing bolt hole 102a formed in the lower fixing plate 102 provided at the lower portion of the lower column 100 is inserted into the ground by the fixing bolt 110 to fix the lower pillar 100 to the ground. In the antenna installation structure in which the configured communication antenna is installed,

The support bar 500 protrudes inwardly in an A shape on both sides of the first support bar body 511 curved in an arc shape, and includes a first fixing protrusion 513 having a first fixing hole 512 formed at the center thereof. In the center of the first support bar body 511, a plurality of first bolt insertion holes 514 are provided, and the first fixing protrusion 513 is provided on both sides of the first support bar body 511. The fixing bolt 110 is inserted into the ball 512 so that the first support bar body 511 between the first upper support frame 310 of the support frame 300 and the outer end of the other first upper support frame 310. Both sides of the first fixing protrusions 513 are coupled, and the fixing bolt 110 is inserted into the first fixing holes 512 of the first fixing protrusions 513 provided on both sides of the other first supporting bar body 511. A plurality of first supports to which both first fixing protrusions 513 of the first support bar body 511 are coupled between the first lower support frame 320 and the outer ends of the other first lower support frames 320. Bar 510,

The second support bar body 521, which is curved in an arc shape, protrudes inwardly in an A shape on both sides thereof, and is provided with a second fixing protrusion 523 having a second fixing hole 522 formed at the center thereof. A plurality of second bolt insertion holes 524 are provided at the center of the side portion 521, and the fixing bolts are fixed to the second fixing protrusions 523 and the second fixing holes 522 provided at both sides of the second support bar body 521. Both sides of the second fixing protrusions of the second support bar body 521 are inserted between the second upper support frame 330 of the support frame 300 and the outer end of the other second upper support frame 330. 523 is coupled, the fixing bolt 110 is inserted into the second fixing protrusion 523, the second fixing hole 522 provided on both sides of the other second support bar body 521, the second lower support frame 340 ) And a plurality of second support bars 520 coupled to both sides of the second fixing protrusions 523 of the second support bar body 521 between the second lower support frame 340 and the outer end of the second support bar 340.

Meanwhile, the camouflage film 600 is disposed between the first upper support frame 310 of the support frame 300 and the outer end of the first upper support frame 310, and the first lower support frame 320 and another first first support frame 310. Between the outer end of the lower support frame 320, the first gastric membrane 610 and the inner upper and lower are respectively coupled to the outer side of the first support bar 510 of the support bar 500 in which both ends are coupled in an arc shape, respectively; ,

Between the second upper support frame 330 and the outer end of the second upper support frame 330 of the support frame 300, the second lower support frame 340 and another second lower support frame 340 It includes a second gastric membrane 620, the inner upper and lower portions are coupled to the outer side of the support bar 500, the both ends are respectively coupled in an arc shape between the outer ends.

In addition, the first gastrointestinal membrane 610 and the second gastrointestinal membrane 620 of the gastrointestinal membrane 600 have an arc-shaped bent body 611 and 621 and a net body at both ends of the mesh body 611 and 621. Hanging plates 612 and 622 which are bent inwardly and integrally formed with the 611 and 621, and insertion portions 613 and 623 into which the support bars 500 are inserted into upper and lower portions of the stopping plates 612 and 622, respectively. ), A plurality of air distribution holes 614 and 624 provided at regular intervals in the center of the mesh bodies 611 and 621, and a plurality of bolt holes provided at upper and lower portions of the mesh bodies 611 and 621. 615, 625.

In addition, the insertion portions 613 and 623 of the first gastrointestinal membrane 610 and the second gastrointestinal membrane 620 may include insertion grooves 613a and 623a formed from the inner side of the engaging plates 612 and 622 to the outside, and the insertion grooves ( The transfer grooves 613b and 623b are formed to be bent to the top of the 613a, 623a, and the locking protrusions 613c and 623c protrude downward from the inside of the transfer grooves 613b and 623b.

In addition, the fixing member 800 is bent to the outside, the upper portion of the fixing bolt ball radially formed on the lower fixing plate 102 protruding outward to the lower portion of the first pillar body 101 of the lower column ( A plurality of fixing bars 810 having an upper portion coupled to 102a, and a fixed bar insertion hole 821 is formed at the rim by penetrating the center thereof in a disc shape, so that the fixing bar 810 is inserted into the fixing bar insertion hole 821. And a spacing holder 820 for maintaining the fixed bar 810 at regular intervals.

Then, the upper part of the first ladder 103 of the lower pillar 100 and the lower part of the second ladder 123 of the intermediate pillar 120 are coupled, and the upper and upper pillars of the second ladder 123 of the intermediate pillar 120 are formed. 130, the third ladder 134 includes a-shaped ladder binding unit 900 for binding the lower portion.

The present invention configured as described above has a camouflage membrane divided into a plurality of radially on the pillar top of the antenna installation structure, so that a plurality of antennas for wireless communication installed on the top of the installation structure are invisible to the environment and environmentally friendly. There is an effect that can be achieved.

In addition, the pillar supporting the antenna of the installation structure can be separated into the lower column, the middle column, and the upper column to install the antenna at an appropriate height from the ground, and it is easy to assemble and install the installation structure in a short time with a small number of people. .

In addition, the camouflage membrane camouflaged so as not to be exposed to the outside of the antenna installed on the top of the installation structure can be divided easily into a plurality of support bars installed on the column, the structure is simple, there is an effect that can improve the productivity.

And a support network is installed between the lower support frame and the support frame of the antenna installed on the installation structure, the operator climbs into the gastrointestinal membrane installed on the upper part of the pillar, so it is easy to replace and repair the antenna, and to prevent safety accidents in advance. It has an effect.

Hereinafter, described in detail with reference to the accompanying drawings a preferred embodiment of the present invention.

Figure 2 is an exemplary view showing a gastrointestinal membrane mounting structure according to the present invention, Figure 3 is an exemplary view showing a pillar of the gastrointestinal membrane mounting structure according to the present invention, Figure 4 is supported on the antenna pillar top of the gastrointestinal membrane mounting structure according to the present invention 5 is an exemplary view showing a sequence of combining the frame and the fixed frame, Figure 5 is an exemplary view showing a sequence of combining the support frame and the fixed frame in the lower antenna pillar of the camouflage membrane installation structure according to the present invention, Figure 6 is a camouflage membrane according to the present invention Exemplary view showing the side of the support frame and the fixing frame is coupled to the antenna pillar of the installation structure, Figure 7 is an illustration showing an upper portion of the gastrointestinal membrane mounting structure according to the present invention, Figure 8 is a gastrointestinal membrane mounting structure of the present invention 9 is an exemplary view showing the front of the ladder, Figure 9 is an exemplary view showing the side of the gastrointestinal membrane mounting structure according to the present invention, Figure 10 is the present invention Other wijangmak an exemplary view showing the plane of the installed structure.

In the figure, reference numeral 910 denotes an aeronautical lamp, 920 denotes a pine pattern outer shell, and 930 denotes a branch.

As shown in FIG. 2, the antenna mounting structure of the present invention protrudes outward from the lower portion of the cylindrical first pillar body 101 through which the center of the lower fixing plate has a plurality of fixing bolt holes 102a formed at a radial position. 102 is provided, the lower pillar 100 is provided with a first ladder 103 on one side outer peripheral surface of the first pillar body 101, and the lower portion in the lower cylindrical second pillar body 121 through the center The first catching jaw 122 is formed to protrude outward so that the second pillar body 121 inserted into the first pillar body 101 of the pillar 100 and coupled to the fixing bolt 110 is provided. The middle pillar 120 having the second ladder 123 on one outer circumferential surface of the second pillar body 121, and the fixing plate 132 protruding outward from the upper portion of the cylindrical third pillar body 131 through which the center is penetrated It is provided, is inserted into the second pillar body 121 of the intermediate pillar 120 in the lower portion of the third pillar body 131 A second catching jaw 133 is formed to protrude outward so that the third pillar body 131 coupled to the bolt 110 is provided, and a third ladder 134 is disposed on an outer circumferential surface of one side of the third pillar body 131. The upper pillar 130 is provided, first fixed bolt ball formed in a plurality of radially on the lower fixing plate 102 protruding outward to the lower portion of the cylindrical lower column 100 first pillar body 101 through the center The upper portion of the fixing bar 810 of the fixture 800 coupled to the fixing bar insertion hole 821 of the spacing retaining hole 820, respectively (102a).

And the middle pillar 120 is coupled to the upper portion of the lower pillar 100, the first locking jaw 122 protruding outwardly formed on the lower portion of the second pillar body 121 of the intermediate pillar 120 is the lower column ( 100) Insert the lower portion of the second pillar body 121 of the intermediate column 120 into the lower column 100, the first pillar body 101 to be caught in the upper end of the first pillar body 101, the fixing bolt 110 Combining the lower column 100 and the intermediate column (120).

At this time, when coupling the lower portion of the second pillar body 121 of the intermediate column 120 to the first bolt body 101 of the lower column 100 with the fixing bolt 110, the first of the lower column 110 The fixing bolt 110 is coupled to the upper side of the pillar body 101, and then the other fixing bolt 110 is coupled to the opposite side of the fixing bolt 110, and the fixing bolt 110 is firstly coupled as described above. Combining the fixing bolt 110 in the second in order in order to combine the fixing bolt 110 on the opposite side in the radial position in order to combine the fixing bolt 110 in the lower column 100 and the intermediate column 120 It is desirable to firmly combine.

Meanwhile, as described above, the lower fixing plate 102 of the lower column 100 and the lower pillar 100 before the lower portion of the second pillar body 121 of the intermediate column 120 are coupled to the upper portion of the first pillar body 101. After embedding the fastener 800 coupled to the lower fixing bolt hole 102a of the lower fixing plate 102 on the ground of the place where the antenna is installed, the middle pillar 120 is coupled to the upper portion of the lower pillar 100. desirable.

As described above, the lower portion of the first pillar body 101 of the lower pillar 100 is coupled to the lower portion of the second pillar body 121 of the intermediate pillar 120 and the upper portion of the intermediate pillar 120 as shown in FIG. 3. Similar to the second pillar body 121, the lower portion of the third pillar body 131 may be caught by the second catching jaw 133 protruding outward from the lower portion of the third pillar body 131 so that the upper end of the second pillar body 121 is caught. To the inside of the second pillar body 121 by using the fixing bolt 110 in the same manner as the method of fixing the lower portion of the intermediate column 120 to the upper side of the lower column 100 by the fixing bolt 110. The upper pillar 130 is coupled to the upper portion of the intermediate pillar 1220.

The lower fixing plate 240 provided on the lower portion of the cylindrical fourth pillar body 210 on the fixing plate 132 provided on the upper portion of the third pillar body 131 of the upper pillar 130 is fixed to the fixing bolt 110. Coupling couples the fourth pillar body 210 of the antenna pillar 200 to the upper portion of the upper pillar 130.

At this time, the upper support plate 250 formed with a plurality of first bolt holes 251 at a radial position on the central outer circumferential surface of the fourth pillar body 210, and a plurality of reinforcement ribs 260 under the upper support plate 250; An upper fixing plate provided on an upper portion of the fourth pillar body 210 of the antenna pillar 200 provided with the lower support plate 270 having a plurality of second bolt holes 271 formed at a radial position and spaced at regular intervals. 230, the lightning rod 220 is coupled to the fixing bolt 110 at the top.

Then, the first ladder 103 of the lower pillar 100 coupled as described above and the second ladder 123 lower portion of the intermediate pillar 120, the second ladder 123 upper portion and the upper pillar of the intermediate pillar 120. The lower part of the third ladder 134 of 130 is tightly bound to each other with a-shaped ladder fastener 900.

As described above, the middle pillar 120 is coupled to the upper portion of the lower pillar 100 embedded in the ground, and the upper pillar 130 and the antenna pillar 200 are sequentially coupled to the upper portion of the intermediate pillar 120. As shown in the first support frame 300 of the L-shape to the fixing bolt 120 in the radial position from the lower side of the upper fixing plate 230 provided on the fourth pillar body 210 of the antenna pillar 200 first Combine one side end of the upper support frame 310, respectively.

At this time, it is preferable to loosely couple the fixing bolt 110 when fixing the upper fixing plate 230 provided on the upper portion of the fourth pillar body 210 of the first upper support frame 310 of the antenna pillar (200).

As described above, the one end of the first upper support frame 310 of the support frame 300 is radially coupled from the lower side of the upper fixing plate 230 of the antenna pillar 200, and the upper portion of the first upper support frame 310 is disposed above. Combine the fixed frame 400, but the cross-section is formed to be bent in a semi-circle in the shape of the N-shaped circular first fixed frame 410, the first fixed frame body 411 of the both ends are bound by the frame fastener 440 It is coupled to the fixing bolt (110).

At this time, the first fixed frame 410 of the fixed frame 400 has a cross-sectional shape of the antenna fixing bolt 430 of the U-shaped antenna at regular intervals in the center of the first fixed frame body 411 curved in a semi-circular shape. Coupled to the position.

When the first fixing frame 410 of the fixed frame 400 is coupled to the upper portion of the first upper support frame 310 of the support frame 300 as described above, the first fixed frame 410 is biased to one side. It is preferable to combine the fixing bolt 100 while balancing the first upper support frame 310 so as not to tilt.

As shown in FIG. 5 and FIG. 6, the first upper support frame 310 and the first upper support frame 310 are disposed under the upper support plate 250 provided at the center outer circumferential surface of the fourth pillar body 210 of the antenna pillar 200. Coupling one end of the first lower support frame 320 in the radial position with the same length, and the radial position in the lower support plate 270 provided in the center of the fourth pillar body 210 of the antenna pillar 200 Coupled to one side end of the second upper support frame 330, the second upper support frame 330 and the lower fixing plate 132 provided on the upper portion of the third pillar body 131 of the upper pillar 130 and Coupling one end of the second lower support frame 340 in the radial position with the same length, respectively.

At this time, between the second lower support frame 340 and the second lower support frame 340 of the support frame 300, the edge of the support net 700 is installed in the second lower support frame 340 by welding or the like method. do.

In addition, one side of the support frame 350 is coupled to the lower portion of the second lower support frame 340 so that the lower portion of the second lower support frame 340 is supported, and the other side of the third pillar body of the upper pillar 130 ( 131) radially coupled to the outer peripheral surface.

The first fixing frame 410 is coupled to the upper portion of the first lower support frame 320, and the second upper support frame 330 and the second lower support frame 340 of the support frame 300. Coupling the second fixed frame body 421 of the second fixed frame 420, respectively.

At this time, the second fixed frame 420 of the fixed frame 400 has a plurality of antenna fixing bolts 430 having a plurality of 상의 -shaped at regular intervals in the center of the second fixed frame body 421 curved in a semicircular shape in the b-shaped cross section is It is provided, the both ends of the second fixing frame 420 is bound to the frame binding port 440, respectively.

Meanwhile, between the first upper support frame 310 and the outer end of the other first upper support frame 310 of the support frame 300, one side of which is coupled to the lower side of the upper fixing plate 230 of the antenna pillar 200, and the antenna pillar. The first support bar body 511 curved in an arc between the first lower support frame 320 having one side end coupled to the lower end of the upper support plate 250 and the outer end of the other first lower support frame 320. The first fixing protrusion 513, which has a first fixing hole 512 formed at the center thereof, is formed to protrude inward in the shape of a to both sides, and is coupled to the fixing bolt 110, respectively.

At this time, a plurality of first bolt insertion holes 514 are provided at the center of the first support bar body 511 of the first support bar 510.

The second fixing protrusion 523 having the second fixing hole 522 formed at the center thereof is formed to protrude inwardly in an A shape on both sides of the second support bar body 521 curved in an arc shape. The fixing bolt 110 is disposed between the second upper support frame 330 and the outer end of the second upper support frame 330 and between the second lower support frame 340 and the outer end of the second lower support frame 340. The second support bar 520 is coupled to each other.

A plurality of second bolt insertion holes 524 is provided in the center of the second support bar body 521 of the second support bar 520.

On the other hand, the cross section is curved in a semi-circular shape in the B shape in the center of the first fixed frame body 411 of the first fixed frame 410 and the second fixed frame body 421 of the second fixed frame 420 at regular intervals. An antenna fixing bolt 430 having a shape is provided to horizontally penetrate the first and second fixed frame bodies 411 and 421, and both side ends of the first fixed frame body 411 and the second fixed frame body 421. Are bound to each other by the frame binding holes 440, the antenna 140 is fixed to the first and second fixed frame bodies 411 and 421 by using the antenna fixing bolt 430, respectively.

A plurality of antennas 140 coupled to the outside of the support bar 500 and fixed to the outside of the first fixing frame 410 and the second fixing frame 420 of the fixing frame 400 are exposed to the outside. Combine the camouflage membrane 600 to camouflage.

The camouflage membrane 600 is coupled between both ends between the first upper support frame 310 of the support frame 300 and the outer end of the other first upper support frame 310, and the first lower support frame 320. The inner upper and lower portions of the first gastrointestinal membrane 610 are formed on the outer side of the first support bar 510 of the support bar 500, in which both ends are coupled in an arc shape between the outer ends of the other first lower support frame 320. Each side is coupled, and both ends are coupled between the second upper support frame 330 and the outer end of the other second upper support frame 330, the second lower support frame 340 and the other second lower support frame ( The inner upper and lower portions of the second gastrointestinal membrane 620 are respectively coupled to the second support bar 520 of the support bar 500 in which both ends are coupled in an arc shape between the outer ends of the 340.

11 is an exemplary view showing a state in which a gastrointestinal membrane mounting structure of the gastrointestinal membrane is disassembled, Figure 12 is an exemplary view showing a state in which the gastrointestinal membrane is coupled to the support bar of the gastrointestinal membrane mounting structure according to the present invention, The coupling method of 600 is described in more detail as shown in FIGS. 11 and 12. The first gastrointestinal membrane 610 and the second gastrointestinal membrane 620 provided with a plurality of air distribution holes 614 and 624 at regular intervals in the center thereof are illustrated. At both ends of the mesh bodies 611 and 621, the inserts 613 and 623 are provided at the upper and lower portions of the engaging plates 612 and 622 which are bent inwardly and protruded integrally with the mesh bodies 611 and 621. The mesh bodies 611 and 621 of the first gastrointestinal membrane 610 and the second gastrointestinal membrane 620 are transferred inward from the outside of the support bar 500 such that the support bar 500 is inserted.

As described above, when the mesh bodies 611 and 621 of the first gastric membrane 610 and the second gastric membrane 620 are transferred to the support bar 500, that is, the first support bar 510 and the second support bar 520. The first support bar body 511 and the second support bar of the first support bar 510 by the insertion grooves 613a and 623a of the insertion portions 613 and 623 formed from the inner side of the stopping plate 612 and 622 to the outside. The second support bar body 521 of 520 is inserted.

As described above, the first support bar body 511 of the first support bar 510 is inserted into the insertion grooves 613a and 623a of the first gastrointestinal membrane 610 and the second gastrointestinal membrane 620. When the second support bar body 521 of the second support bar 520 is inserted, the first support bar is transferred when the mesh bodies 611 and 621 of the first gas mask 610 and the second gas mask 620 are moved downward. Transfer groove 613b formed by extending the first support bar body 511 of 510 and the second support bar body 521 of the second support bar 520 to be bent upwardly of the insertion grooves 613a and 623a. 623b).

The first support bar body 511 of the first support bar 510 transferred to the insertion portions 613 and 623 of the first gastric membrane 610 and the second gastric membrane 620 and the transfer grooves 613b and 623b as described above. The second support bar body 521 of the second support bar 520 is caught by the locking protrusions 613c and 623c protruding downward from the inside of the transfer grooves 613b and 623b, and the first gastrointestinal membrane 610 and the first support bar body 521. The mesh bodies 611 and 621 of the second gastrointestinal membrane 620 are coupled to the first support bar body 511 of the first support bar 510 and the second support bar body 521 of the second support bar 520. .

As described above, the mesh bodies 611 and 621 of the first gas mask 610 and the second gas mask 620 are the first support bar body 511 and the second support bar 520 of the first support bar 510. The first support bar body formed at the same position as the bolt holes (615, 625) provided with a plurality of at regular intervals on the upper and lower portions of the mesh body (611, 621) after coupling to the second support bar body 521 ( A plurality of first bolt insertion holes 514 and a second support bar body 521 in the center of the 511, the fixing bolt 110 is coupled to a plurality of second bolt insertion holes 524 in the center of the first support bar The first support bar body 511 of 510 and the second support bar body 521 of the second support bar 520 of the first body 610 and the second body 620 of the second body 620 of the mesh body 611, 621 ) Should be firmly combined so as not to escape.

On the other hand, one side of the lightning rod 220 coupled to the upper portion of the antenna pillar 200, as shown in Figures 2 to 3 so that it is possible to identify the installation structure of the antenna in bad weather or at night, such as difficult to secure visibility It is preferable to install and implement 910.

In addition, the gastrointestinal membrane 600 is preferably made of one of FRP, polycarbonate, polycarbonate, urethane, and plastics through which radio waves are transmitted.

When replacing or repairing the antenna 140 installed above the installation structure of the antenna installed as described above, the operator is the first pillar body 101 and the first pillar of the lower pillar 100, the intermediate pillar 120, the upper pillar 130 Stepping on the first ladder 103, the second ladder 123, the third ladder 134 provided on one side of the second pillar body 121, the third pillar body 131, the upper portion of the upper pillar 130 To go up to the inside of the radially installed camouflage membrane 600 is to work on the support net 700 installed between the second lower support frame 340 and the second lower support frame 340 of the support frame 300.

By working inside the camouflage membrane 600 installed in a circular form as described above it is possible to prevent the safety accident inadvertently falling to the ground in the upper portion of the installation structure in advance.

On the other hand, Figure 14 is an exemplary view showing another embodiment of the support bar and the gastrointestinal membrane of the gastrointestinal membrane mounting structure according to the present invention, the first support bar 510 of the support bar 500, the first support bar body 511 and the second support bar The second support bar body 521 of the 520 is formed to be inclined from the upper side to the lower side from the first fixing protrusion 513 and the second fixing protrusion 523 protruding inwardly in a shape on both sides of the support bar 500 The first support bar 510 and the first support bar body 511 of the first support bar body 511 and the second support bar body 521 of the second support bar 520 of the second support bar 520 of It can be carried out so that the mesh body (611, 621) of the inclination.

15 is a view showing another embodiment of the gastrointestinal membrane mounting structure according to the present invention, the first pillar body 101 and the first column of the lower pillar 100 and the intermediate pillar 120, the upper pillar 130 of the mounting structure; 2 pillar body 121, the third pillar body 131 formed on the outer circumferential surface of the same material as the synthetic resin can be carried out by attaching or fixing the pine shell 920, the pine pattern is formed on the surface, pine shell 920 One side of the can be carried out by fixing a plurality of branches (930).

1 is an exemplary view showing an antenna installation according to the prior art

2 is an exemplary view showing a gastrointestinal membrane mounting structure according to the present invention

3 is an exemplary view showing a pillar of the gastrointestinal membrane mounting structure according to the present invention

4 is an exemplary view showing a sequence of coupling the support frame and the fixing frame on the antenna pillar upper portion of the gastrointestinal membrane mounting structure according to the present invention.

5 is an exemplary view showing a sequence of coupling the support frame and the fixing frame to the lower antenna pillar of the gastrointestinal membrane mounting structure according to the present invention.

Figure 6 is an exemplary view showing the side of the support frame and the fixed frame is coupled to the antenna pillar of the gastrointestinal membrane installation structure according to the present invention
7 is an exemplary view showing an upper portion of the gastrointestinal membrane mounting structure according to the present invention.

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8 is an exemplary view showing the front of the ladder of the gastrointestinal membrane mounting structure according to the present invention

9 is an exemplary view showing a side of the gastrointestinal membrane mounting structure according to the present invention

10 is an exemplary view showing a plane of the gastrointestinal membrane mounting structure according to the present invention

11 is an exemplary view showing a state in which the gastrointestinal membrane is partially disassembled gastrointestinal membrane installation structure according to the present invention

12 is an exemplary view showing a state in which the gastrointestinal membrane is coupled to the support bar of the gastrointestinal membrane mounting structure according to the present invention.

13 is an exemplary view showing a state in which the gastrointestinal membrane mounting structure is installed on the ground according to the present invention;

14 is an exemplary view showing another embodiment of the support bar and the gastrointestinal membrane of the gastrointestinal membrane mounting structure according to the present invention;

15 is an exemplary view showing another embodiment of the gastrointestinal membrane mounting structure according to the present invention

Explanation of symbols on the main parts of the drawings

100: lower pillar 101: the first pillar body

102: lower fixing plate 102a: fixed bolt ball

103: first ladder 110: fixing bolt

120: middle pillar 121: second pillar body

122: first jaw jaw 123: second ladder

130: upper pillar 131: third pillar body

132: fixing plate 133: second locking jaw

134: third ladder 140: antenna

200: antenna pillar

210: fourth pillar body 220: lightning rod

230: upper fixing plate 240: lower fixing plate

250: upper support plate 251: first bolt ball

260: reinforcement rib

270: lower support plate 271: second bolt hole

300: support frame

310: first upper support frame 320: first lower support frame

330: second upper support frame 340: second lower support frame

350: support frame

400: fixed frame

410: first fixed frame 411: first frame body

420: second fixed frame 421: second frame body

430: antenna fixing bolt 440: frame fastener

500: support bar

510: first support bar 511: first support bar body

512: the first fixed hole 513: the first fixed protrusion

514: first bolt insertion hole

520: first support bar 521: second support bar body

522: the second fixed hole 523: the second fixed protrusion

524: second bolt insertion hole

600: gastrointestinal membrane

610: first gas mask 620: second gas mask

611, 621: mesh body 612, 622: stopping plate

613, 623: insertion portion 613a, 623a: insertion groove

613b, 623b: transfer groove 613c, 623c: locking projection

614, 624: air distribution hole 615, 625: bolt hole

700: support network

800: fixture

810: fixed bar

820: spacing zone 821: fixed bar insertion hole

900: ladder binding

Claims (5)

The lower column 100 of the cylindrical through the center, the middle pillar 120 is coupled to the upper portion of the lower column 100 through the cylindrical through the center, the center of the cylindrical through the cylindrical 120 An upper pillar 130 coupled to an upper portion, an antenna pillar 200 coupled to an upper portion of the upper pillar 130, and a support frame coupled to radial positions in multiple stages on an outer circumference of the antenna pillar 200 ( In the antenna installation structure is installed in the communication antenna consisting of a fixed frame 400, 300 and a plurality of antennas 140 fixed to the outside coupled to the upper stage of the support frame 300, A first fixing protrusion 513 is formed on both sides of the first support bar body 511 curved in an arc shape and protrudes inwardly in a shape to form a first fixing hole 512 in the center thereof. A plurality of first bolt insertion holes 514 are provided at the center of the 511, and fixing bolts are fixed to the first fixing protrusions 513 and the first fixing holes 512 provided at both sides of the first support bar body 511. 110 is inserted into both first fixing protrusions on both sides of the first support bar body 511 between the first upper support frame 310 of the support frame 300 and the outer end of the other first upper support frame 310. 513 is coupled, the fixing bolt 110 is inserted into the first fixing protrusion 513, the first fixing hole 512 provided on both sides of the other first support bar body 511, the first lower support frame 320 A plurality of first support bars 510 to which both first fixing protrusions 513 of the first support bar body 511 are coupled between the first lower support frame 320 and an outer end of the other first lower support frame 320; The second support bar body 521, which is curved in an arc shape, protrudes inwardly in an A shape on both sides thereof, and is provided with a second fixing protrusion 523 having a second fixing hole 522 formed at the center thereof. A plurality of second bolt insertion holes 524 are provided at the center of the side portion 521, and the fixing bolts are fixed to the second fixing protrusions 523 and the second fixing holes 522 provided at both sides of the second support bar body 521. Both sides of the second fixing protrusions of the second support bar body 521 are inserted between the second upper support frame 330 of the support frame 300 and the outer end of the other second upper support frame 330. 523 is coupled, the fixing bolt 110 is inserted into the second fixing protrusion 523, the second fixing hole 522 provided on both sides of the other second support bar body 521, the second lower support frame 340 And a plurality of second support bars 520 coupled to both side second fixing protrusions 523 of the second support bar body 521 between the second lower support frame 340 and the outer end of the second lower support frame 340. will And the support bar 500 can be combined with each of the two sides in between the frame 300, an outer end, Between the first upper support frame 310 and the outer end of the other first upper support frame 310 of the support frame 300 and between the first lower support frame 320 and the outer end of the other first lower support frame 320 A first gastrointestinal membrane 610 having an inner upper side and a lower side coupled to an outer side of the first support bar 510 of the support bar 500, in which both ends are coupled in an arc shape, respectively; Between the second upper support frame 330 and the outer end of the second upper support frame 330 of the support frame 300, the second lower support frame 340 and another second lower support frame 340 The support bar is composed of a second gastric membrane 620 which is respectively coupled to the upper and lower portions of the second support bar 520 of the support bar 500, in which both ends are coupled in an arc shape between the outer ends, respectively. The camouflage membrane installation structure of an antenna for environmentally friendly wireless communication, characterized in that it comprises a camouflage membrane 600 coupled to the outside of the camouflage membrane 600 is fixed to the fixed frame 400 so as not to be exposed to the outside. delete delete The gastrointestinal membrane 600 of the first gastrointestinal membrane 610 and the second gastrointestinal membrane 620 are curved arcuate bodies 611 and 621, and both side ends of the mesh bodies 611 and 621. Hanging plates 612 and 622 which are bent inwardly and integrally formed with the mesh bodies 611 and 621, and first support bars of the support bars 500 on the upper and lower portions of the locking plates 612 and 622. Insertions 613 and 623 into which the 510 and the second support bar 520 are inserted, and a plurality of air distribution holes 614 and 624 provided at regular intervals in the center of the mesh bodies 611 and 621. , A camouflage membrane installation structure of an environmentally friendly wireless communication antenna, characterized in that it comprises a plurality of bolt holes (615, 625) provided on the upper and lower portions of the mesh body (611, 621). The method according to claim 4, wherein the insertion portion 613, 623 of the first gastrointestinal membrane 610 and the second gastrointestinal membrane 620 is the insertion grooves (613a, 623a) formed from the inner side of the locking plate (612, 622) to the outside, Transfer grooves (613b, 623b) formed to be bent to extend to the upper portion of the insertion grooves (613a, 623a) and a locking projection (613c, 623c) protruding downward from the inside of the transfer grooves (613b, 623b) A camouflage membrane installation structure of an environmentally friendly antenna for wireless communication, characterized in that.

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