KR100868912B1 - Underpinning apparatus for communication antenna - Google Patents

Abstract

An underpinning apparatus for a communication antenna is provided to enhance a supporting force by forming a plurality of ribs. A hatch type underpinning(100) includes an electric pole joint(110), a close adhesion part(104), a arc portion(102), a center support rib(114). The electric pole joint of the semicircle form is closely adhered to a part of an outer circumference of the communication electric pole. The close adhesion part is extended in both ends of the electric pole joint and includes a bolt coupling hole in a constant interval. A plurality of bolt coupling holes are formed in the arc portion with a constant interval and a protrusion for preventing nesting is formed protrusively in an upper surface of the arc portion. The center support rib connects the electric pole joint and the arc portion. Upper and lower ends of a pole type underpinning are vertically fixed at the outer circumference of the plurality of the hatch type underpinnings which are adjacent in an upper side and a lower side. The pole type underpinning(200) supports the communication antenna by coupling the communication antenna with the outer circumference.

Description

Antenna mount for communication {UNDERPINNING APPARATUS FOR COMMUNICATION ANTENNA}

1 is a partial side cross-sectional view schematically showing the configuration of a communication antenna mount device according to an embodiment of the present invention;

Figure 2 is a perspective view showing the appearance of the trap type mount constituting the communication antenna mount device according to an embodiment of the present invention,

Figure 3 is a perspective view showing the outer shape of the pole-shaped mount constituting the communication antenna mount device according to an embodiment of the present invention,

Figure 4 is an exploded perspective view showing a coupling state of the communication antenna mount device according to an embodiment of the present invention,

5 is a partial side cross-sectional view showing a coupling state of a communication antenna mount device according to an embodiment of the present invention;

Figure 6 is a side cross-sectional view showing another pole type coupling state of the antenna mount device for communication according to an embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

4: communication pole, 10: antenna device,

100: penetrating mount, 102: circular arc,

104: close contact, 106: incision,

108: bolt fastening, 110: electric pole coupling,

112: bolt coupling hole, 114: the center support rib,

116: lower rib, 118: upper rib,

120: bird nesting prevention projections, 200: pole type stand,

202: the outer cylinder, 204: inner cylinder,

206: incision, 208: ground portion,

210: auxiliary support rib, 212: screw coupling groove,

214: screw coupling surface.

The present invention relates to a telecommunications antenna mount device, and more particularly to a tunggak trestle coupled to the outer periphery of the communication pole, and a pole mount coupled vertically to the outer periphery of the trapped trestle, in particular of the communication pole The present invention relates to an antenna mount device for communication, which has excellent mobility, can be quickly combined with a stand type pole and a pole type stand, and a structure in which birds are difficult to build a house.

As is well known, with the development of the industry, the demand for wireless communication increases, as well as a number of obstacles to radio signals such as high-rise buildings, and more communication antennas are inevitably installed for smooth communication.

However, such terrestrial wireless relay device has a lot of restrictions in the installation place, and installs a communication pole having a very long height, and attaches a plurality of antennas for terrestrial wireless relay to the outer periphery of the communication pole, thereby making smooth communication. I'm losing.

Commonly installed communication antennas are mounted on the roof of a building with a communication pole mounted on the roof of the building, and a common mounting pole and pole poles are mounted on the upper side of the pole, and an antenna device is mounted on a part of the pole poles. to be.

However, since the conventional communication antenna device is exposed to the outside, the communication antenna device is frequently damaged because it is unprotected by an unauthorized person.

Therefore, the communication antenna device is generally installed near the upper end of the communication pole. As a result, the antenna contractor had to install the antenna device at a height not reachable by the general public, and for the construction, the installer had to carry the antenna device and climb up to a predetermined portion of the upper end of the communication pole. However, there are problems in that the conventional trapping type pole or pole type mount is very heavy because the parts are usually made of iron.

In addition, since the pole type mount used a general pipe steel pipe, there was a problem that the bearing capacity was relatively weak, and in the case of combining the trap type mount and the pole type, a bolt was used in the trap type mount so that a plurality of bolt holes were provided. It was economically disadvantageous to be formed, there was a problem that the nut coupling action must be repeated a plurality of times even when tightening a single bolt.

In addition, in the case of the above-mentioned bolts, the ends of the bolts and the bent parts of the bolts are exposed to the outside, which makes the exterior of the complex antenna device more complicated. there was.

In addition, the conventional trapping-type stand has a problem that the bird is a good configuration to build a house, because the bird is composed of a flat-shaped flat upper edge, there was a problem that such a bad contact frequently caused by the bird's house.

The present invention has been made in view of the above-described prior art, and its material is made of lightweight non-ferrous metal such as aluminum, so that the mobility of the communication pole is excellent. By providing a simple form, the economical effect is high, the aesthetics are excellent, the durability is provided through a large number of reinforcing ribs, and the troughs on the upper ribs provide a communication antenna mount device that has a structure that makes it difficult for birds to build a house. The purpose is.

In order to achieve the above object, according to a preferred embodiment of the present invention, in the communication pole for installing the communication antenna device outdoors, a plurality of upwardly attached to the outer periphery of the communication pole, the appearance is semi-circular Comprising a plurality of bolts are formed laterally to form an arc shape, the trap-like mount is formed so as to protrude a bird-blocking projection on the upper surface; Communication antenna mount, characterized in that the upper and lower ends are fixed to the outer periphery of the plurality of trapping-type mounts vertically adjacent to each other, and a pole-shaped mount supporting the communication antenna device by coupling the communication antenna device to the outer periphery thereof. An apparatus is provided.

Preferably, the trap-shaped mount is made of a semi-circular shape and the pole pole engaging portion in close contact with the outer peripheral edge of the communication pole; An intimate portion extending from both ends of the pole coupling portion, in close contact with another trap type mount, and formed with bolt fastening holes at predetermined intervals; An arc portion extending at both ends of the close contact portion and formed in a semicircular shape having a larger diameter than the close contact portion, and having a plurality of bolt coupling holes formed at regular intervals; A center support rib for connecting the close contact portion and the arc portion to support the arc portion; A lower rib protruding inward from the lower end side of the arc to increase the bearing force of the arc; There is provided an antenna mounting apparatus for communication, which protrudes inward from an upper side surface of the arc portion and comprises an upper rib for increasing the supporting force of the arc portion.

Preferably, the tide blocking projection is projected to a predetermined length in the central predetermined portion of the upper rib, there is provided a communication antenna mount device characterized in that formed in an arc shape along the upper rib.

Preferably, the antenna coupling device for communication, characterized in that the electric pole coupling portion, the close portion, the arc portion, the central support rib is composed of a '∩' cross-section convex upwards.

Preferably, the pole-shaped mount is cylindrical pipe-like outer cylinder portion that forms the outside; An inner cylinder portion having a square pipe shape formed inside the outer cylinder portion; An auxiliary support rib for connecting the outer cylinder part and the inner cylinder part to increase a supporting force; The antenna mount device for communication, characterized in that formed in the longitudinal direction extending into the outer cylinder portion in the outer cylinder portion, and the support surface portion adjacent to the incision to form a bolted groove in the longitudinal direction so that the bolt head can be recessed. Is provided.

Preferably, the trapped mount and the pole mount is provided with a communication antenna mount device, characterized in that the material is an aluminum alloy containing aluminum.

Preferably, the contact portion is provided with an incision cut part is provided an antenna mount device for communication, characterized in that to adjust the play of the pole coupling portion.

Preferably, among the surfaces formed of the support surface portion and the outer cylinder portion, a plurality of recesses and convex portions are formed at the inner circumference of the outer cylinder portion in the longitudinal direction thereof, so that the bolt head is inserted into any recess when the nut is coupled, so that the coupling type pole and the pole type mount force are combined. There is provided a communication antenna mount device, characterized in that configured to increase the.

Preferably, the main portion is provided with a communication antenna mount device, characterized in that the upper and lower length is larger than the diameter of the bolt head.

EMBODIMENT OF THE INVENTION Hereinafter, this invention is demonstrated in detail with reference to drawings.

1 is a partial side cross-sectional view schematically showing the configuration of a communication antenna mount device according to an embodiment of the present invention, Figure 2 is an appearance of a trap type mount configuring a communication antenna mount device according to an embodiment of the present invention Figure 3 is a perspective view showing the external appearance of the pole-shaped mount constituting the communication antenna mount device according to an embodiment of the present invention.

Referring to this, the communication antenna mount device 2 according to an embodiment of the present invention is made of a lightweight non-ferrous metal, such as aluminum material is excellent in mobility to the communication pole, the trap mount and pole mounts quickly It is combined with a simple appearance, economical effect, high aesthetics, excellent durability through a number of reinforcing ribs, and a stand made of a structure that is difficult to build a bird house due to the protrusions on the upper rib surface to be.

In more detail, the communication antenna mount device 2 according to an embodiment of the present invention is configured outdoors, a communication pole 4 for installing a communication antenna device on its outer circumference is provided, and the communication pole 4 A plurality of upwardly attached to the outer periphery of the), the shape is composed of a semi-circle shape and the plurality of bolts are laterally formed to form an arc shape, the trapping-shaped stand is formed to protrude a bird-blocking protrusion 120 on the upper surface ( 100). Reference numeral 6 is a scaffold installed at regular intervals on the communication pole (4).

That is, the trapped mount 100 is made of a semi-circular shape, and when the plurality of trapped mounts 100 are in close contact with each other to form a disc shape, a plurality of trapped mounts 100 as a pair for the communication It is coupled to the outer periphery of the electric pole (4).

In addition, one set of communication poles 4 is provided with a plurality of trapping type mounting stand 100.

On the other hand, the communication antenna mount device 2 according to an embodiment of the present invention, the upper and lower ends are respectively fixed perpendicularly to the outer periphery of the plurality of trapping type mount 100 adjacent to the up and down, the communication antenna on the outer periphery The pole mount 200 which supports the antenna device 10 for communication by combining the apparatus 10 is provided. Reference numeral 12 denotes a cable.

In more detail, the pole-shaped mount 200 is formed in the shape of a pipe, the upper predetermined portion and the lower predetermined portion in the trap-shaped mount 100 is installed adjacent to the outer periphery of the communication pole 4, respectively Is coupled, the communication antenna device 10 is fixed to the outer periphery of the pole-shaped mount 200 through a separate fixing member (bolt or anchor, shock bolt, etc.).

At this time, the trap type mount 100 has a semicircular shape on the inner side thereof is provided with a pole pole engaging portion 110 in close contact with a part of the outer periphery of the communication pole 4, both ends of the pole pole coupling portion 110 It is extended in the radial direction, is in close contact with the other trap-shaped mounting frame 100, the contact portion 104 is provided with a bolt fastening hole 108 at a predetermined interval.

In addition, the trap type mount 100 is formed to surround the contact portion 104 at the same time extending to both ends of the contact portion 104, and made of a semi-circular shape of larger diameter than the contact portion 104 , A circular arc portion 102 is provided with a plurality of bolt coupling holes 112 at regular intervals, the center support for connecting the contact portion 104 and the arc portion 102 to support the arc portion 102 Ribs 114 are provided.

Therefore, a portion formed by the close contact portion 104, the arc portion 102 and the central support ribs 114 is formed by the hollow portion cut out, so that the antenna device 10 for communication while receiving less resistance due to external force such as wind. ) Is fixed and supported.

In this case, a predetermined portion of the close contact portion 104 is formed with a cutout portion 106 cut out of the contact portion 110 is configured to adjust the play between the outer periphery surface of the electro-coupling portion 110 and the communication pole 4. .

In addition, the trap type mount 100 is formed with an upper rib 118 and a lower rib 116 at the upper and lower ends of the inner surface of the arc portion 102, the lower rib 116 is the arc portion It is a means for projecting inwardly from the lower end side of the 102 to increase the support force of the arc portion 102, the upper rib 118 protrudes inwardly from the upper end side of the arc portion 102 to support the arc portion Means to increase.

On the other hand, preferably in the central predetermined portion of the upper rib 118 is formed a bird block preventing protrusion 120 protruding upward in an arc shape along the upper rib 118, the bird block preventing projection 120 Since the projecting upward along the central portion of the upper rib 118 in the form of a thin film, the space for the bird to build a house on the upper surface of the trapped mount 100 due to the bird-blocking protrusion 120 is very narrow It becomes difficult to build a house.

At this time, the trap type mount 100 is composed of a '∩' shaped cross-section that the upper surface of the pole coupling portion 110, the close contact portion 104, the arc portion 102, the central support rib 114 is convex upward. This configuration is also a configuration that does not provide a space for birds to build a house, when the contractor climbs the communication pole 4 in the state carrying the trap-type mounting frame 100 and the electric pole coupling unit 110 , The close contact portion 104, the arc portion 102, the upper surface of the central support rib 114 is a configuration that can prevent the risk of safety accidents due to the sharpness.

On the other hand, the pole-shaped mount 200 is formed outside, the outer cylinder portion 202 is formed in a cylindrical pipe shape, the outer periphery portion is formed with a cutout 206 cut in the longitudinal direction, the outer cylinder portion ( Inside the 202, the inner cylinder portion 204 is configured in the longitudinal direction of the outer cylinder portion 202 and made of a square pipe shape.

In addition, an auxiliary support rib 210 is provided to connect the edges of the outer cylinder portion 202 and the inner cylinder portion 204 in the width direction to increase the supporting force, and the outer cylinder portion 202 and the inside of the outer cylinder portion 202. It is extended and formed in the longitudinal direction, the support surface portion 208 is provided with a neighboring to the cutout 206 to form a bolt coupling groove 212 in the longitudinal direction so that the bolt head (see Fig. 5: 304) can be recessed have.

In this case, the bolt coupling grooves 212 need only be configured such that its length and width are such that the bolt head 304 is not separated from the bolt coupling groove 212 while the bolt head 304 is recessed. .

In addition, the bolt head 304 is inserted from the upper or lower opening of the bolt coupling groove 212 formed in the pole-shaped mount 200, whereby the threaded body of the bolt (see Fig. 4: 300) is It is exposed to the outside perpendicular to the cutout 206.

In this case, the trap type mount 100 and the pole type mount 200 is preferably made of an aluminum alloy containing aluminum. Therefore, since the weight of the trap-shaped stand 100 and the pole-shaped stand 200 which is carried by the contractor when climbing the communication pole 4 is very light, the mobility is excellent and the installation of a fast antenna device becomes possible. .

Figure 4 is an exploded perspective view showing a coupling state of the communication antenna mount device according to an embodiment of the present invention, Figure 5 is a side cross-sectional view showing a coupling state of the communication antenna mount device according to an embodiment of the present invention. .

Referring to this, the communication antenna mount device 2 according to an embodiment of the present invention first installs the trapped mount 100 at the upper coupling position of the communication pole 4, the trapped mount 100 ) Is provided as a set of a plurality so that the circular trap type mounting stand 100 is coupled to the outer periphery of the communication pole (4).

That is, the electric pole coupling part 110 formed in the plurality of trapping type mount 100 is inserted into a part of the outer periphery of the communication pole 4, in this case, the contact portion 104 of each trap type mount 100 is mutually Position each trap type mounting stand 100 to face each other, and fastening the bolt (not shown) and the nut (not shown) through the bolt fastening hole 108 formed in the close contact portion 104, the electric pole coupling portion 110 ) Is made into a circle having a certain diameter.

Therefore, even if the bolts and nuts fastened through the bolt fastening holes 108 of each trapping mount 100 are not tightly tightened, a plurality of trapping type mounts 100 are coupled to each other to form a diameter formed by the pole coupling part 110. At a position smaller than the diameter of the communication pole 4, the trap mount 100 is no longer moved below the communication pole 4 and is caught by the outer periphery of the communication pole 4.

In that state, the head 304 of the bolt 300 is inserted into the bolt coupling groove 212 formed in the pole type mount 200, and the body having the thread 306 of the bolt 300 is formed into the trap type mount. Inserted into the bolt coupling hole 112 formed in the arc portion 102 of the (100) to be exposed to the inside of the trap-shaped mount (100).

Then, the washer 310 and the nut 302 are fastened to the screw thread 306 of the bolt 300 to fix one end of the pole type mount 200 to the trap type mount 100. In addition, the other end of the pole-shaped mount 200 is fixed to another neighboring trap-shaped mount 100 in the same manner.

Then, any one pole-type mount 200 is fixed to the state coupled to the outside of the plurality of trapped mount 100 is fixed to the outer periphery of the communication pole 4, respectively.

At this time, the antenna device 10 is coupled to the outer peripheral portion of the pole-shaped mount 200 through a separate bracket (not shown) and bolts (not shown) and nuts (not shown).

Figure 6 is a side cross-sectional view showing another pole type coupling state of the antenna mount device for communication according to an embodiment of the present invention.

Referring to this, as shown in FIG. 5, the antenna mount apparatus 2 for communication according to an embodiment of the present invention includes the head of the bolt 300 in the bolt coupling groove 212 formed in the pole type mount 200. 304 is inserted into the bolt coupling hole 112 formed in the arc portion 102 of the trap-shaped mounting frame 100, the threaded line 306 of the bolt 300 is inserted into the trap-shaped stand 100 ) To one side of the pole mount 200 by fastening the washer 310 and the nut 302 to the screw thread 306 of the bolt 300. When the other end of the pole mount 200 is fixed to the other trap type mount stand 100 in the same manner, any one pole mount 200 is a plurality of fixed to the outer periphery of the communication pole 4, respectively It is fixed to the state coupled to the outside of the trap-shaped mounting frame (100).

However, when the pole type mount 200 and the trap type mount 100 is fixed in this manner, the pole type mount 200 is caused by the weight of the pole type mount 200 and the antenna device 10. There is a possibility that the coupling force to the 100 is weakened and the pole type mount 200 is separated from the trap type mount 100.

Accordingly, as shown in FIG. 6, the pole-shaped mount 200 ′ has a plurality of recesses in the longitudinal direction of the inner circumference of the outer cylinder portion 202 of the surfaces formed of the support surface portion 208 and the outer cylinder portion 202. 218 and the convex portion 216 are formed so that the bolt head 304 is inserted into any one recess 218 when the nut 302 is coupled so as to increase the coupling force between the trap mounting frame 100 and the pole mounting frame 200 '. Good to do.

At this time, the recess 218 is preferably formed in the upper and lower length larger than the diameter of the bolt head 304, the bolt head 304 inserted into the recess 218 is perpendicular to the upper portion of the recess 218 The convex portion 216 can prevent the pole mount 200 'from being separated further by its own weight.

On the other hand, the antenna mount device for communication according to an embodiment of the present invention is not limited to the above embodiment, but various modifications can be made without departing from the technical gist of the present invention.

As described above, the communication antenna mount device according to the present invention is light by the trapped mount and the pole mount made of aluminum alloy, the trapped mount and the pole mount can be formed a plurality of ribs to strengthen the bearing capacity, Since the bird-blocking protrusion is formed, it can prevent various communication obstacles and failures, and the coupling force is excellent when the trapping type pole and the pole type coupling are combined, and the coupling point is small, so the quick coupling is possible, and the coupling member does not protrude outward. There is also an advantage that the beauty is beautiful.

Claims (9)

In the communication pole for installing the communication antenna device outdoors, A pole pole coupling portion which is formed in a semicircle shape and adheres to a part of the outer circumference of the pole pole for communication; An intimate portion extending from both ends of the pole coupling portion, in close contact with another trap type mount, and formed with bolt fastening holes at predetermined intervals; An arc portion formed in a semicircular shape extending from both ends of the close contact portion, and formed with a plurality of bolt coupling holes at predetermined intervals and protruding from the top surface; The trap type mount including a central support rib connecting the pole coupling portion and the arc, The upper and lower ends are fixed to the outer periphery of the plurality of trapping-type mounts vertically adjacent to each other vertically, and composed of a pole-shaped stand for supporting the communication antenna device by combining the communication antenna device on the outer periphery, And two trap holders are bolted together at the close contact portion to form a disk, and are attached upwards to the outer periphery of the communication pole. The lower rib of claim 1, further comprising: a lower rib protruding inward from the lower end side of the circular arc to increase a bearing force of the circular arc; And an upper rib protruding inward from an upper end side of the arc portion to increase a support force of the arc portion. The antenna mounting apparatus of claim 2, wherein the tidal block preventing protrusion protrudes at a predetermined length from a central predetermined portion of the upper rib and is formed in an arc shape along the upper rib. The telecommunications antenna mount apparatus of claim 1 or 2, wherein the pole coupling portion, the adhesion portion, the arc portion, and the central support rib have a '으로' cross section with an upper surface thereof convex. The method of claim 1, wherein the pole mount An outer cylinder portion of a cylindrical pipe shape forming an outer portion thereof; An inner cylinder portion having a square pipe shape formed inside the outer cylinder portion; An auxiliary support rib for connecting the outer cylinder part and the inner cylinder part to increase a supporting force; And an outer surface portion extending in the outer cylinder portion in a longitudinal direction, and a support surface portion adjacent to the cutout portion to form a bolt coupling groove in the longitudinal direction so that the bolt head can be recessed. The antenna mounting apparatus of claim 1, wherein the trap holder and the pole holder are made of aluminum alloy including aluminum. The antenna mounting apparatus of claim 2, wherein the close contact portion has a cut portion formed therein so as to adjust the play of the pole coupling portion. According to claim 5, Among the surfaces formed by the support surface portion and the outer cylinder portion, a plurality of recesses and convex portions are formed in the longitudinal direction of the outer cylinder portion in the longitudinal direction, so that the bolt head is inserted into any recess when the nut is coupled to the trap-shaped stand and pole type Communication antenna mount device, characterized in that configured to increase the coupling force of the mount. 9. The antenna mount according to claim 8, wherein the recess has a vertical length larger than the diameter of the bolt head.

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