KR102014684B1 - Double type mounting apparatus of 5G antenna - Google Patents

Abstract

The present invention relates to a 5G antenna holder, which is installed on an installation rod installed on the roof or railing of the building, is capable of fixing a plurality of 5G network antennas, is capable of moving the antennas vertically, respectively, and is capable of adjusting an angle in the left and right directions and the vertical direction, respectively. The 5G antenna double type holder comprises: a body clamp unit (100); a wire clamp (200); a plurality of connecting arms (300); a plurality of turn buckles (400); a plurality of antenna support pipes (500); and a bracket portion (600).

Description

Double type mounting apparatus of 5G antenna

The present invention relates to a 5G antenna holder, and more particularly, to be installed on a mounting rod already installed on a roof or a railing of a building, and is capable of fixing a plurality of 5G network antennas, and the vertical movement of each antenna is The present invention relates to a 5G antenna double cradle capable of adjusting angles in left and right directions and up and down directions.

In general, an antenna means an apparatus for transmitting or receiving an electromagnetic wave into a space for transmitting and receiving, and is an essential apparatus for transmitting and receiving information wirelessly. Recently, as the demand for mobile communication has exploded, various types of antennas for mobile communication installed in a base station, a repeater, etc. can be easily found in order to achieve the purpose of communication.

Such antennas for mobile communication are highly required to be installed and maintained in a direction to obtain an optimal transmission / reception ratio for the transmission and reception of radio waves efficiently.

In this regard, the Republic of Korea Patent Publication No. 10-0862143 (2008. 09. 30) has been proposed an antenna fixing device that provides an adjustment function, as shown in Figure 1 the antenna 16 is a support 14 A clamp 22 coupled to the support 14 to be fixed to the support 14, and a slide bracket provided to be spaced along the vertical direction while being disposed in the width direction on the rear surface of the antenna 16 corresponding to the frequency radiation surface 40, the fixed bracket 32 formed on the slide bracket 40 to be connected to the clamp 22 is movably coupled, and the antenna 16 is horizontally positioned around the support 14. An antenna fixing device 26 is provided that includes a guide slot 44 to move and adjust left and right.

Since the proposed technique is provided with a plurality of link members hingedly coupled to the fixing bracket 32, the installation direction of the antenna 16 can be adjusted in the vertical direction, and the antenna (using the guide slot 44) can be used. 16) the installation direction can be adjusted to the left and right by horizontal movement. Therefore, the installation direction of the antenna can be adjusted.

However, in this case, the adjustment of the installation direction of the antenna 16 using the guide slot 44 does not deviate greatly from the width of the antenna 16, and the adjustment of the installation direction in the rotational direction around the support 14 is impossible, so the displacement There is a problem that the range is small, the force to maintain the installation state of the antenna 16, the installation direction is adjusted from the external force by the wind, etc. between the slide bracket 40 and the fixed bracket 32 coupled by the guide slot 44 It can be seen as a frictional force of, usually on the roof or mountain top of the building where the mobile base station is mainly installed, there is a limit to win the high wind speed with the frictional force as described above. In addition, the coupling between the clamp 22 and the fixing bracket 32 and the link members forming the slide bracket 40 are all composed of a hinge coupling 34 using a bolt and a nut. There is a problem with limitations. In addition, there is a problem in that the proposed technique cannot fix a plurality of antennas.

On the other hand, 4G networks have recently moved from 5G networks to 5G networks, which have a maximum speed of 20Ggps. Unlike 4G, which uses frequencies below GHz, 5G has a centimeter wave (3GHz to 30GHz). In the high frequency band of millimeter wave (30GHz to 300GHz), data is transmitted at high speed using a wide bandwidth of several hundred MHz. However, if 5G uses the millimeter wave (mmWAVE) frequency band of 24 GHz or more, the signal is closer to the nature of the light, so that it does not avoid obstacles such as mountains or buildings, and the wavelength is only 1 to 10 mm, so that each base station can transmit and receive frequencies. There is also a narrow area (coverage), there is a problem that a lot of energy is consumed to transmit and receive a signal unless the high frequency band is sent in one direction. In addition, the existing 4G (4G) mobile communication antenna is a separate antenna separated from the transceiver, the weight is 9 ~ 16kg, 5G (5G) mobile communication antenna is an integrated antenna combined with the transceiver, weighs 20 ~ 25kg 5G mobile antennas are designed for safety reasons due to their weight when installed on a monopole of more than 3 meters or a monopole of 2 meters or less among the installation rods installed on the roof or railing of a building. It should be installed less than 2 meters. Therefore, considering the efficient transmission and reception of the frequency signal, the 5G mobile communication antenna is more important to set and maintain the installation direction than the existing 4G mobile antenna.

An object of the present invention devised to solve the above problems, it is possible to fix a plurality of antennas through the body clamp portion consisting of the first body clamp and the second body clamp coupled to the mounting rods already installed on the roof or railing of the building. In addition, it is easy to adjust and maintain the vertical movement and the horizontal rotation of each antenna, and by adjusting the vertical rotation of each antenna through a turn buckle method, the length of which increases or decreases in accordance with the rotation direction, the conventional folding Compared to the method and the screw fastening method, and easy to operate, even if an external force such as wind is related to the 5G antenna double type holder excellent in maintaining the state compared to the prior art.

" 형상을 가지는 복수의 커넥팅판(340)이 구비된 복수개의 커넥팅암(connecting arm, 300)과; 턴버클바디(turn buckle body, 410)의 회전방향에 따라 상기 턴버클바디의 양측에 각각 인출 또는 인입 동작되는 제1 확장로드(420a) 및 제2 확장로드(420b)가 구비되고, 상기 제1 확장로드(420a)는 상기 커넥팅암(300) 각각의 턴버클 체결홀(310)에 힌지 결합된 복수개의 턴버클(turn buckle, 400)과; 상기 커넥팅암(300) 각각의 파이프 체결홀(320) 및 상기 턴버클(400) 각각의 제2 확장로드(420b)와 각각 힌지 결합되고, 상부에는 안테나(20)의 탈락 방지 목적의 로프를 연결하기 위한 로프연결용 아이볼트(510)가 결합된 복수개의 안테나 지지파이프(500)와; 상기 안테나 지지파이프(500) 각각에 안테나(20)가 결합되도록 상기 안테나 지지파이프(500) 각각에 길이방향으로 서로 일정간격 이격되어 결합된 상부 안테나 브라켓(610) 및 하부 안테나 브라켓(620)이 구비되고, 상기 브라켓부(600)의 상부 안테나 브라켓(610) 및 하부 안테나 브라켓(620) 각각에는 상기 안테나(20)와의 접촉면에 절연을 위한 절연판(630)이 결합되는 브라켓부(600)를 포함하여 이루어진 것을 특징으로 하는 5G 안테나 더블형 거치대를 제공한다.According to a feature of the present invention for achieving the above object, while being movable in the longitudinal direction of the installation rod 10 is installed on the roof or handrail of the building rotatably coupled to the left and right directions, the longitudinal direction of the installation rod 10 The first coupling jaw (110a) and the first coupling groove (120a) is formed in a plurality, respectively, the first fixing key 130a for fixing over the top end of the mounting rod 10 is detachably coupled to the first A first body clamp (100a) and the first coupling jaw (110a) and the first coupling groove (120a) of the first body clamp (100a) respectively engaged with the first body clamp (100a) to be detachable. A body clamp unit 100 provided with a second body clamp 100b having a plurality of second coupling jaw 110b and second coupling grooves 120b to be coupled to each other; Rope connection hole 210 is formed to be coupled to the mounting rod while being located below the body clamp portion 100 and to connect the rope for supporting the lower portion of the mounting rod 10 and the body clamp portion 100. A wire clamp 200; It is coupled to the first body clamp 100a and the second body clamp 100b of the body clamp part 100, respectively, the upper turnbuckle fastening hole 310 is formed through, the lower pipe fastening hole 320 is And a plurality of air holes 330 are formed through the turnbuckle fastening hole 310 and the pipe fastening hole 320 so that a cross section is formed.

A plurality of connecting arms 300 including a plurality of connecting plates 340 having a shape; and withdrawing or drawing to both sides of the turn buckle bodies according to a rotational direction of the turn buckle bodies 410. A first extension rod 420a and a second extension rod 420b are provided, and the first extension rod 420a is hinged to a turnbuckle fastening hole 310 of each of the connecting arms 300. A turn buckle (400), a pipe fastening hole (320) of each of the connecting arms (300) and a second extension rod (420b) of each of the turnbuckles (400) are hinged, respectively, and an antenna (20) at the top. A plurality of antenna support pipes 500 to which the rope connection eyebolts 510 for connecting the ropes for the purpose of preventing the falling off of the plurality of antennas are coupled to the antenna support pipes 500; The pipes 500 are spaced apart from each other by a predetermined distance in the longitudinal direction. The upper antenna bracket 610 and the lower antenna bracket 620 are provided, and each of the upper antenna bracket 610 and the lower antenna bracket 620 of the bracket part 600 is insulated from the contact surface with the antenna 20. It provides a 5G antenna double cradle, characterized in that it comprises a bracket 600 is coupled to the insulating plate 630 for.

In addition, the antenna 20 is characterized in that the fifth generation (5G) mobile communication antenna.

In addition, each of the first body clamp 100a and the second body clamp 100b may include a fastening hole for fastening the bolt to be in close contact with or loosened on an outer circumferential surface of the rod in accordance with an operation of tightening or releasing a bolt and a nut ( Fastening plate 150 is formed through each of the 151 is characterized in that it is provided.

In addition, the first body clamp 100a is formed in the first coupling jaw 110a positioned at the top of the first body clamp, and the groove is grooved so that the fixing key 130a is detachable. 160 is provided.

In addition, each of the connecting arms 300 is characterized in that the reinforcing plate 360 is coupled between the connecting plates 340 spaced apart from each other so that each of the connecting plates 340 are spaced apart at a predetermined interval.

In addition, each of the turnbuckles 400, the first extension rod 420a and the second extension rod 420b is pulled out when the turnbuckle body 410 rotates clockwise (CW), respectively, and the turnbuckle body When the 410 is rotated counterclockwise (CCW), the first extension rod 420a and the second extension rod 420b are pulled in, respectively.

In addition, each of the turnbuckles 400 is connected to the antenna support pipe 500 through the bracket part 600 in accordance with the withdrawal or withdrawal operation of the first extension rod 420a and the second extension rod 420b. The combined antenna 20 is characterized in that the angle 70 ° to the front, 20 ° to the rear can be adjusted relative to the installation rod (10).

In addition, each of the antenna support pipes 500 has a hinge means 520 hinged to one side of the second extension rod 420b to be hinged to the second extension rod 420b of the turnbuckle 400. It is characterized by.

5G antenna double holder according to the present invention, the first body clamp and the second body clamp coupled to the mounting rods installed on the roof or railing of the first building can be fixed to a plurality of antennas, respectively, each antenna It is easy to adjust and maintain the up and down movement and the left and right rotation of the antenna. By adjusting the up and down rotation of each antenna through a turn buckle method, the length of which increases or decreases according to the rotation direction, the conventional folding method and screwing are performed. Compared to the method, the operation is easier, and even if an external force such as wind is applied, the state maintenance is superior to the prior art.

Second, compared to the existing 4G (4G) mobile antenna, which weighs 9 ~ 16kg, the 5G (5G) mobile antenna is 20 ~ 25kg, so the 5G (5G) antenna is used on the roof or railing of a building. First body clamp with detachable fixing key, considering that it is installed at less than 2 meters for safety when installing on one pole more than 3 meters or monopole less than 2 meters among the installation rods installed in Through the height and left and right rotation function with the fixing key can be fixed over the top of the mounting rod or by moving downward in accordance with the removal of the fixing key, there is no need for unnecessary work cutting the installation rod.

Third, through the antenna support pipe coupled in the longitudinal direction of the antenna to increase the coupling support with each antenna, there is an effect that can prevent the device from twisting or breaking in the left and right directions from an external force such as wind.

1 is a view showing an antenna fixing device according to the prior art
Figure 2 is a view three-dimensionally showing an embodiment of the 5G antenna double type holder according to the present invention
3 is a view illustrating a plurality of antennas fixed to the embodiment of FIG.
4 is a view illustrating a state in which the first body clamp and the second body clamp of the body clamp part of the embodiment of FIG. 2 are separated;
5 is an enlarged view illustrating a state in which the first body clamp and the second body clamp of the body clamp unit are coupled to each other based on the embodiment of FIG. 4;
6 is a cross-sectional view of the connecting plate of the connecting arm in the embodiment of FIG.
Figure 7 (a) is a view showing an arrow in the vertical movement state according to the body clamp portion of the embodiment of Figure 2
Figure 7 (b) is a view showing an arrow in the left and right rotational state according to the first body clamp of the body clamp portion of the embodiment of FIG.
FIG. 8 is a view illustrating different up and down rotation states according to operations of the turnbuckles in the embodiment of FIG. 2;

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the components of each drawing, it should be noted that the same reference numerals are assigned to the same components as much as possible even though they are shown in different drawings. The prior art should be interpreted as such. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

An embodiment of the 5G antenna double holder according to the present invention is shown in Figures 2 to 8 body clamp unit (body clamp unit, 100), wire clamp (wire clamp, 200), connecting arm (300) ), A turn buckle (400), the antenna support pipe 500 and the bracket portion 600 is made.

Body clamp unit (body clamp unit, 100) as shown in Figures 2 to 5 is rotatably coupled to the left and right while moving in the longitudinal direction of the mounting rod 10 is installed on the roof or handrail of the building, the mounting rod A plurality of first coupling jaw (110a) and the first coupling groove (120a) is formed in the longitudinal direction of the (10), respectively, and the fixing key (130a) for fixing over the top end of the mounting rod 10 is detachable The first body clamp 100a coupled to the first body clamp 100a and the first coupling jaw 110a and the first coupling groove 120a of the first body clamp 100a may be engaged with the first body clamp 100a. A second body clamp 100b having a plurality of second coupling jaws 110b and second coupling grooves 120b is provided to be detachably coupled to 100a, respectively. Here, the first body clamp 100a and the second body clamp (2nd body clamp, 100b) is a reason for configuring each of the connecting arm (connecting arm, 300) to be described later respectively fixed a plurality of antennas, This is to allow angle adjustment in the left and right direction and the vertical direction together with the vertical movement of each antenna.

Specifically, each of the first body clamp 100a and the second body clamp 100b are fastening holes for fastening the bolts to be in close contact with or loosened on the outer circumferential surface of the rod in accordance with the tightening or loosening bolts and nuts ( Fastening plates 150 through which 151 is formed are provided, respectively. Each of the first body clamp 100a and the second body clamp 100b may be independently rotatable in the left and right directions through the fastening plate 150 through which the fastening hole 151 is formed, and may fix the state. .

In addition, the first body clamp 100a is formed in the first coupling jaw 110a positioned at the top of the first body clamp, and the groove 130 is provided with a groove to allow the fixing key 130a to be detachable. ) Is provided. Here, the reason for configuring the fixing key 130a and the detachable groove 160 is to fix the first body clamp 100a over the top of the mounting rod 10 according to the detachment of the fixing key, This is to move downward from the top of the installation rod 10 to fix. At this time. Since the second body clamp 100b is engaged with and coupled to the first body clamp 100a, the second body clamp 100b is moved or fixed in the longitudinal direction, that is, the up and down direction of the installation rod 10 together with the first body clamp 100a. do. On the other hand, the fixing key 130a may be welded and coupled to the detachable groove 160 when the fixed state of the first body clamp 100a is fixed over the top of the installation rod 10 for a long time. .

In addition, Figure 2 is a three-dimensional view showing an embodiment of the 5G antenna double-type holder in accordance with the present invention, the shandong and left and right rotation through the body clamp unit 100 is indicated by an arrow, Figure 4 is The first body clamp 100a and the second body clamp 100b of the body clamp part 100 are shown in a separated state, and FIG. 5 is the first body clamp 100a of the body clamp part 100. And an enlarged view of the state in which the second body clamps 100b are coupled to each other. In addition, Figure 7 (a) is a view showing an arrow in the vertical movement state according to the body clamp portion 100, Figure 7 (b) is a first body clamp portion of the body clamp 100 ( The figure which shows the arrow of the left-right rotation state which concerns on 100a).

Meanwhile, the antenna 20 may correspond to a fifth generation (5G) mobile communication antenna. Unlike 4G, where 5G networks use frequencies below GHz, 5G networks use broadband widths of hundreds of MHz or more in the high frequency bands of centimeter waves (3 GHz to 30 GHz) and millimeter waves (30 GHz to 300 GHz). It is characterized by high speed transmission. However, if 5G uses the millimeter wave (mmWAVE) frequency band of 24 GHz or more, the signal is closer to the nature of the light, so that it does not avoid obstacles such as mountains or buildings, and the wavelength is only 1 to 10 mm, so that each base station can transmit and receive frequencies. There is also a narrow area (coverage), there is a problem that a lot of energy is consumed to transmit and receive a signal unless the high frequency band is sent in one direction. In addition, the existing 4G (4G) mobile communication antenna is a separate antenna separated from the transceiver, the weight is 9 ~ 16kg, 5G (5G) mobile communication antenna is an integrated antenna combined with the transceiver, weighs 20 ~ 25kg 5G mobile antennas are designed for safety reasons due to their weight when installed on a monopole of more than 3 meters or a monopole of 2 meters or less among the installation rods installed on the roof or railing of a building. It should be installed less than 2 meters. Therefore, considering the efficient transmission and reception of the frequency signal, the 5G mobile communication antenna is more important to set and maintain the installation direction than the existing 4G mobile antenna. Accordingly, since the 5G mobile antenna is more important to set and maintain the installation direction than the existing 4G mobile antenna for efficient transmission and reception of frequency signals, the body clamp unit 100 and the body clamp unit 100 will be described later. It is possible to fix a plurality of antennas through a plurality of turn buckle (turn buckle) 400, and to adjust the installation direction of the antenna up, down, left and right compared to the conventional clamp method, folding method and screw fastening method, such as wind Even if an external force is applied, state maintenance is superior to the prior art.

A wire clamp 200 is coupled to the mounting rod while being located below the body clamp portion 100, as shown in FIGS. 2 and 3, and below the mounting rod 10 and the body clamp portion 100. Rope connecting hole 210 for connecting the rope for supporting purposes is formed through. In addition, the wire clamp 200 has a fastening hole 220 for fastening the bolt to be in close contact with or loosened to the outer circumferential surface of the mounting rod 10 according to tightening or loosening the bolt and nut. .

Here, the rope connection hole 210 is the antenna due to the external force such as wind in consideration of the fact that the 5G antenna double type holder according to the present invention is installed on the rooftop or railing of a strong building than the place where the height is generally low. It is formed for fixing and supporting the lower side of the 5G antenna holder, that is, the installation rod 10 and the body clamp 100 to prevent the fall of, one side of the rope is fixed to the roof or handrail, The other side is connected to the rope connection hole 210.

" 형상을 가지는 복수의 커넥팅판(340)이 구비된다. 즉, 상기 커넥팅암(connecting arm, 300)은 상기 제1 바디클램프(100a) 및 제2 바디클램프(100b)에 각각 결합되므로 복수개로 구성된다.A connecting arm 300 is coupled to the first body clamp 100a and the second body clamp 100b of the body clamp part 100, respectively, as shown in FIGS. 2 to 6, and upwards of turnbuckles. The hole 310 is formed through, a pipe fastening hole 320 is formed through the bottom, a plurality of air holes (330) through the turnbuckle fastening hole 310 and the pipe fastening hole 320 through. Formed cross section "

A plurality of connecting plates 340 having a shape are provided. That is, the connecting arms 300 are coupled to the first body clamp 100a and the second body clamp 100b, respectively, and thus constitute a plurality of connecting plates 340. do.

Here, the reason why the air hole (330) is penetrated is formed in consideration of the fact that the 5G antenna double cradle according to the present invention is generally installed on the roof or railing of a building where the wind is stronger than where the height is low. This passage is formed to reduce the frictional resistance from the wind. In other words, the structure installed on the roof or railing of a windy building is designed to solve this problem because the friction resistance is increased while hitting the wind, causing the structure to break down or a part or the whole of the structure falls down below the building. . In addition, the cross-sectional shape of the connecting plate 340 is also a surface except for a portion through which the turnbuckle fastening hole 310, the pipe fastening hole 320, and the air hole 330 are formed so as to minimize frictional resistance from the wind. Made to minimize the shape of "L", a plurality of air holes 351 are also formed through the coupling portion with the body clamp 100.

In addition, each of the connecting arms 300 has a reinforcing plate 360 is coupled between the connecting plates 340 spaced apart from each other so that each of the connecting plates 340 are spaced apart at a predetermined interval. By doing so, the wind is passed through each of the connecting arms 300, and there is an effect of reinforcing the hinge coupling between the first extension rod 420a and the antenna support pipe 500 of the turn buckle (turn buckle 400) to be described later. .

As shown in FIGS. 2 to 4, the turn buckle 400 has a first extension rod 420a which is pulled out or pulled out at both sides of the turn buckle body according to the rotation direction of the turn buckle body 410. And a second extension rod 420b, and the first extension rod 420a is hinged to the turnbuckle fastening hole 310 of the connecting arm 300. That is, when the turnbuckle body 410 is rotated in the clockwise direction CW, the first extension rod 420a and the second extension rod 420b are pulled out, and the turnbuckle body 410 is rotated in the counterclockwise direction CCW. The first extension rod 420a and the second extension rod 420b are pulled in during rotation. Here, the turnbuckle 400 supports the antenna via the bracket part 600 to be described later in accordance with the withdrawal or withdrawal operation of the first extension rod 420a and the second extension rod 420b as shown in FIG. 8. An antenna 20 coupled to each of the pipes 500 may be adjusted at an angle of 70 ° to the front and 20 ° to the rear of the mounting rod 10. That is, the turnbuckle 400 located on the right side of FIG. 8 has the first extension rod 420a and the second extension rod 420b drawn out to the maximum and rotated forward by 70 ° based on the installation rod 10. The turnbuckle 400 located on the left side is a view showing a state in which the first extension rod 420a and the second extension rod 420b are rotated 20 ° to the rear with respect to the installation rod 10 by maximally drawing operation. . Through this, the angle adjusting range is extended compared to the folding method or the screw fastening method in which the angle adjustment is limited to the vertical direction only in the front in the antenna fixing apparatus according to the prior art, and the effect of adjusting each of the plurality of antennas at different angles is improved. have.

Accordingly, each of the plurality of antennas 20 coupled to the antenna support pipe 500 may be independently adjusted and maintained in the vertical direction in accordance with the operation of the turnbuckles 400. On the other hand, turn buckle is one of the fastening mechanisms used to tighten the steel wires etc. connected between two points. The turn buckle has a screw rod on the left and right sides, the thread is connected by a common nut, and one male screw is a right screw. The other male thread is left-handed, so that the female threaded part, that is, the two male screws approaching each other when the nut is rotated, moves away from each other when the rotation is reversed.

As shown in FIGS. 2 to 4, the antenna support pipe 500 is hinged to the pipe fastening hole 320 of each of the connecting arms 300 and the second extension rod 420b of each of the turnbuckles 400, respectively. , The upper portion is a means for connecting the rope connection eye bolt 510 for connecting the rope for preventing the dropping of the antenna. Here, the antenna support pipe 500 is coupled to the hinge means 520 hinged to one side of the second extension rod 420b so as to hinge the second extension rod 420b of each of the turnbuckles 400, The other side of the hinge means 520 may be fixedly coupled to the antenna support pipe 500 by fastening means such as bolts and nuts. The antenna support pipe 500 is configured to be coupled to the longitudinal direction of the gig angle antenna 20 through the bracket portion 600 to be described later, thereby increasing the coupling support force with each antenna, and the device from an external force such as wind. This is to prevent twisting or breaking in the horizontal direction. In addition, the rope connection eye bolt 510 is fixed and supported above the 5G antenna double type holder, that is, the antenna 20 and the antenna support pipe 500 to prevent the antenna from falling off due to external force such as wind. As formed for the purpose, one side of the rope is fixed to the roof or railing, and the other side is connected to the eye bolt 510 for the rope connection. Therefore, by fixing and supporting each of the lower and upper portions of the 5G antenna double type holder according to the present invention through the rope connection hole 210 and the rope connection eye bolt 510, the antenna is prevented from falling off due to external force. can do.

As shown in FIGS. 2 and 4, the bracket 600 includes an upper antenna bracket coupled to each of the antenna support pipes 500 at a predetermined distance from each other in the longitudinal direction so that an antenna is coupled to each of the antenna support pipes 500. 610 and the lower antenna bracket 620 is provided. Here, each of the upper antenna bracket 610 and the lower antenna bracket 620 may be fixedly coupled to each of the antenna support pipe 500 by fastening means such as bolts and nuts, for this purpose the antenna support pipe 500 Each fastening hole is formed through. In addition, each of the upper antenna bracket 610 and the lower antenna bracket 620 is coupled to the insulating surface 630 for insulation on the contact surface with the antenna 20, which is the electricity flowing in the antenna 20 according to the present invention This is to prevent the power supply of the 5G antenna double type holder to prevent the failure of the antenna and the electric shock of workers.

Therefore, the 5G antenna double cradle according to the present invention is capable of fixing a plurality of antennas through a body clamp portion composed of a first body clamp and a second body clamp coupled to an installation rod installed on a roof or railing of a first building, It is easy to adjust and maintain the vertical movement and the horizontal rotation of each antenna, and by adjusting the vertical rotation of each antenna through a turn buckle method, the length of which increases or decreases according to the rotation direction, Compared to the screw fastening method, the operation is easier, and even if an external force such as wind is applied, the state maintenance is superior to the prior art.

Second, compared to the existing 4G (4G) mobile antenna, which weighs 9 ~ 16kg, the 5G (5G) mobile antenna is 20 ~ 25kg, so the 5G (5G) antenna is used on the roof or railing of a building. First body clamp with detachable fixing key, considering that it is installed at less than 2 meters for safety when installing on one pole more than 3 meters or monopole less than 2 meters among the installation rods installed in Through the height and left and right rotation function with the fixing key can be fixed over the top of the mounting rod or by moving downward in accordance with the removal of the fixing key, there is no need for unnecessary work cutting the installation rod.

Third, through the antenna support pipe coupled in the longitudinal direction of the antenna to increase the coupling support with each antenna, there is an effect that can prevent the device from twisting or breaking in the left and right directions from an external force such as wind.

The above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains may make various modifications and changes without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

10: mounting rod 20: antenna
100: body clamp portion 100a: first body clamp
100b: second body clamp
110a, 110b: the first coupling jaw and the second coupling jaw
120a, 120b: the first coupling groove and the second coupling groove
130a: fixed key 150: fastening plate
160: removable groove
200: wire clamp 210: rope connection hole
220: fastening hole
300: connecting arm
310: turnbuckle fastening hole 320: pipe fastening hole
330: air hole 340: connecting plate
360: gusset
400: turn buckle
410 turn buckle body
420a: first extension rod 420b: second extension rod
500: antenna support pipe 510: eye bolt for rope connection
520: hinge means 600: bracket portion
610: upper antenna bracket 620: lower antenna bracket
630: insulation plate

Claims (8)

Is movable in the longitudinal direction of the installation rod 10 installed on the roof or railings of the building and rotatably coupled in the left and right directions, the first coupling jaw (110a) and the first coupling groove (in the longitudinal direction of the installation rod 10) The first body clamp (100a) and a plurality of 120a) are formed in each, the fixing key 130a for fixing over the upper end of the mounting rod 10 is detachably coupled, and the first The second coupling jaw 110b and the second coupling groove are engaged with the first coupling jaw 110a and the first coupling groove 120a of the body clamp 100a to be detachably coupled to the first body clamp 100a. A body clamp unit 100 provided with a second body clamp 100b having a plurality of 120b's;
Rope connection hole 210 is formed to be coupled to the mounting rod while being located below the body clamp portion 100 and to connect the rope for supporting the lower portion of the mounting rod 10 and the body clamp portion 100. A wire clamp 200;
It is coupled to the first body clamp 100a and the second body clamp 100b of the body clamp part 100, respectively, the upper turnbuckle fastening hole 310 is formed through, the lower pipe fastening hole 320 is And a plurality of air holes 330 are formed through the turnbuckle fastening hole 310 and the pipe fastening hole 320 so that a cross section is formed.

A plurality of connecting arms 300 including a plurality of connecting plates 340 having a shape;
The first extension rod 420a and the second extension rod 420b are provided on both sides of the turnbuckle body in accordance with the rotational direction of the turn buckle body 410 and the first extension rod 420b, respectively. 420a includes a plurality of turn buckle 400 hinged to the turnbuckle fastening hole 310 of each of the connecting arms 300;
The pipe coupling hole 320 of each of the connecting arms 300 and the second extension rod 420b of each of the turnbuckles 400 are hinged, respectively, and connect a rope for preventing the dropping of the antenna 20 to an upper portion thereof. A plurality of antenna support pipes 500 to which the eye bolt 510 for rope connection is coupled;
An upper antenna bracket 610 and a lower antenna bracket 620 are provided to each of the antenna support pipes 500 so that the antennas 20 are coupled to each of the antenna support pipes 500. Each of the upper antenna bracket 610 and the lower antenna bracket 620 of the bracket part 600 includes a bracket part 600 to which an insulating plate 630 for insulation is coupled to a contact surface with the antenna 20. 5G antenna double cradle, characterized in that.
The method of claim 1,
The antenna 20,
5G antenna double cradle, characterized in that the fifth generation (5G) mobile communication antenna.
The method of claim 1,
Each of the first body clamp 100a and the second body clamp 100b,
5G antenna double, characterized in that the fastening plate 150 is formed through the fastening hole 151 for fastening the bolt to be in close contact or loosen the outer circumferential surface of the mounting rod according to the tightening or loosening bolt and nut Mold holder.
The method of claim 1,
The first body clamp 100a,
5G antenna double, characterized in that provided in the first coupling jaw (110a) located on the top of the first body clamp, the removable groove 160 is grooved to be removable for the fixing key (130a) is provided. Mold holder.
The method of claim 1,
Each of the connecting arms 300,
5G antenna double cradle, characterized in that the reinforcing plate 360 is coupled between the connecting plate 340 spaced apart from each other so that each of the connecting plate 340 is spaced apart at a predetermined interval.
The method of claim 1,
Each of the turnbuckles 400,
When the turnbuckle body 410 is rotated in the clockwise direction CW, the first extension rod 420a and the second extension rod 420b are each pulled out, and the turnbuckle body 410 is rotated counterclockwise (CCW). The 5G antenna double cradle, characterized in that the first extension rod (420a) and the second extension rod (420b) is pulled in operation when rotating.
The method of claim 6,
Each of the turnbuckles 400,
The mounting rod (20) is coupled to the antenna support pipe 500 via the bracket part 600 according to the drawing out or drawing-out operation of the first extension rod 420a and the second extension rod 420b. 10) 5G antenna double cradle, characterized in that the angle can be adjusted 70 degrees in the front, 20 degrees in the rear.
The method of claim 1,
Each of the antenna support pipes 500,
5G antenna double cradle, characterized in that the hinge means 520 is hinged to one side of the second extension rod (420b) is coupled to the second extension rod (420b) of the turnbuckle (400).

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