KR100947473B1 - Repeater holding device for communication machine - Google Patents

Abstract

The present invention relates to a fixing device capable of installing a repeater for communication equipment on the ground.

The purpose is to uniformly manufacture the basic structure for repeater fixing for communication equipment, to be able to use regardless of the size of the repeater, and to install several repeaters together in one basic structure.

It is an additional object of the present invention to enable the use of a repeater regardless of the size of a repeater in one basic structure, and to prevent malfunctions caused by rain or sunburn. .

The basic structure may be manufactured by using a rolled steel sheet and an aluminum extrusion bar, but the horizontal support to which the repeater is fixed to the basic structure may be moved up and down to be installed regardless of the size of the repeater.

The present invention can be installed regardless of the size of the repeater, the structure is simple and easy to manufacture, it is possible to install a plurality of repeaters in one base structure.

Description

Repeater holding device for communication device {Repeater holding device for communication machine}

The present invention relates to a repeater for receiving a weakened signal in the middle of a communication system, amplifying, retransmitting, shaping a waveform of a distorted signal, adjusting a timing, or reconstructing the transmission, and more particularly, a repeater can be installed on the ground. It relates to a fixing device.

In general, repeaters for communication devices are used to improve the quality of communication by installing in areas where the signal wavelength is weakened.

That is, the conventional repeater fixing base structure is custom-made according to the shape of the repeater, and thus the basic structure for the repeater has not been standardized, and thus the shape and size have been differently installed.

In addition, conventionally, the steel used as the foundation structure is also mainly used by the angle of the 'b' formed by installing a plurality of repeaters in the foundation structure if the product weight is excessive, the foundation structure is bent or broken, the repeater installed in the foundation structure There is also a problem that is broken.

In addition, there is a disadvantage in that the basic structure is installed in the conventional repeater is not prepared by the earthquake, so when a weak earthquake occurs, the basic structure is easily shaken or severely damaged.

In more detail, as shown in FIGS. 1 and 2, an angle base structure () is manufactured and a repeater () is installed on the top.

However, the above method is not determined in size because the foundation structure is assembled by cutting the angle, and thus, when the foundation structure in which each repeater is installed is installed on the ground or on the roof of each building, the aesthetic view is unsightly.

In addition, when a plurality of repeaters are installed in the conventional basic structure, the position is different, so it is unsightly, and each communication company has a different basic structure, so there is a disadvantage that the basic structure must be manufactured according to the size of the repeater.

In the case of a conventional foundation structure, when installed on the roof of a building, the flat weight of a heavy load is fixed to both sides of the foundation structure to prevent the foundation structure from shaking in strong winds, or the foundation structure is formed by using a fixing bolt by forming a through hole in the foundation structure. Is fixed to the floor of the building.

As described above, the method of fixing the flat weight to the side of the foundation structure has a disadvantage of carrying the heavy weight flat weight to the roof of the building.

In addition, the method of fixing by using a fixing bolt to the foundation structure has the disadvantage that the leak occurs due to the damage of the building, there is a problem that the owner of the building is opposed to such a disadvantage.

 On the other hand, the conventional foundation structure is simply a fixed installation of the repeater is installed in the outdoors, so that it is the main factor causing the system malfunction by being exposed to rain or sun.

The present invention has been made in order to solve the above problems, and the object of the present invention is to uniformly produce a basic structure for fixing a repeater for a communication device, and to be used regardless of the size of the repeater.

Another object of the present invention is to enable the installation of several repeaters together in one base structure.

Another additional object of the present invention is to make it possible to use one structure regardless of the size of the repeater.

Another additional object of the present invention is to provide a repeater installed in the foundation structure to prevent malfunctions caused by rain or sun.

Another additional object of the present invention is to provide protection of the repeater from shaking due to an earthquake or other impact.

 Another object of the present invention is to provide a base structure to be fixed to the base structure in a variety of ways according to the surrounding situation.

As a means for solving the above problems, the basic structure is manufactured by using a rolled steel sheet and an aluminum extrusion bar, but the horizontal support to which the repeater is fixed to the basic structure can be moved up and down to be installed regardless of the size of the repeater. There is a number.

As a means for solving the additional problem of the present invention, it is possible to solve by installing a vertical support on each side of the base structure, respectively, by installing a repeater on each vertical support.

As a means for solving the additional problem of the present invention can be solved by allowing the horizontal support to be fixed by moving the horizontal support up and down to the vertical support installed in the base structure regardless of the size of the repeater.

As a means for solving the additional problem of the present invention, it can be solved by installing a sunscreen screen that blocks rain or sunlight on the upper side of the vertical support provided in the foundation structure.

As a means for solving the additional problem of the present invention, it is possible to solve the problem by installing a shock absorber in each of the support for fixing the repeater and the base for supporting the foundation structure from the ground.

Forming a fastening hole on the side of the body of the base structure as a means for solving the other additional object of the present invention, by fastening the various fixing pieces to the fastening hole to fix the base structure to the ground in a manner suitable for the surrounding environment It can be solved by making it possible.

According to the present invention as described above, by uniformly unifying the structure fixing the repeater, the aesthetic appearance is good, and the production time can be shortened by being manufactured in a constant size.

In addition, the present invention can be installed regardless of the size of the repeater, the structure is simple and easy to manufacture, it is possible to install several repeaters in one basic structure.

In addition, according to the present invention, since the sunshade is installed on the upper side of the foundation structure, the repeater can be protected from rain or sunlight and the repeater can be prevented from malfunctioning. The repeater can be secured.

And the present invention is a useful invention that can be fixed to the ground in various ways without a separate fixing means can be fastened to the lower side of the base structure to fit the surrounding environment.

 The vertical support (2) (3) is installed vertically on both sides of the center of the foundation structure (1), and the sunshade (4) that can cover the sunlight or rainwater on the upper side of each vertical support (2) (3). At the lower corners, the pedestal body (7) is provided by installing a pedestal (6) serving as an earthquake isolation device (5),

The vertical support (2) (3) is installed horizontally, a plurality of up and down is fastened to the horizontal support (8), the upper and lower ends of the repeater by two pairs of upper and lower, respectively, which can be moved up and down, respectively,

Repeater fixing plate 10 is installed in each of the horizontal support (8) is provided with a vibration preventing device (9) to block shaking from earthquake or various shocks,

Separate fixing devices 11 for fixing the pedestal body 7 to the ground on both sides of the pedestal body 7

The level 12 is included in the upper center portion of the pedestal main body 7 so as to know the inclination of the pedestal main body 7.

The horizontal support 8,

To each of the vertical equipment (2) (3) to form a 'T' shaped inner and wide outer fastening hole (13), the nut 14 is inserted into the fastening hole (13),

The nut 14 fastened to the fastening hole 13 by fastening the fixing bolt 17 to the fastening hole 16 formed in the horizontal support (8) formed in the '되어' shape and the support piece 15 on both sides and By allowing the horizontal support (8) is to be operated up and down.

 Anti-vibration device 9 for protecting the repeater from earthquake or shaking,

Horizontal support (8) which is fastened horizontally to the vertical support (2) (3), and formed a plurality of fastening holes (18) at regular intervals in the center,

Fixed plate 10 formed of a 'c' type to be fastened to the horizontal support and the fastening hole 19 is formed so that the inner side is wide and the outer side is narrow in the central portion,

Fixing bolts 20 and nuts 21 for fastening and fastening to fastening holes 18 and fastening holes 19 formed in the horizontal support 8 and the fixing plate 10,

It is fastened to the fixing bolt 20 fastened to the horizontal support (8) and the fixed plate 10, but is fastened between the horizontal support (8) and the fixed plate 10 by a nut 21 on the outside of the horizontal support (8) The compression ring 22 is made of a fixed.

The fixing device 11 is formed with a fastening hole 23 on both sides of the pedestal main body 7, 'b' type fixing plate 24 is fixed as a bolt to the fastening hole 23,

The structure 25 of the high load is laid at the lower end of the pedestal main body 7, and the foundation structure 1 is placed on the upper part of the fastening hole 26 formed in the fixing plate 24 fixed to the pedestal main body 7. By fastening the fixing bolt to the pedestal body 7 is to be fixed to the high load structure (25).

On the other hand, it is preferable to place a high-load structure on the 'b' type fixing plate 24 fastened to both sides of the pedestal body 1 and fixed.

The seismic isolator 5 is fastened to the bottom of each pedestal 6 is fastened and fixed to the bottom of the pedestal body (7) by fastening the rubber rubber 27 so that it is absorbed by the buffer rubber when an earthquake occurs It is.

Another embodiment of the seismic isolation device 5 may be provided with a fixed shaft 31 in the center of the pedestal 30, fastening the spring 32 to the fixed shaft and then fastening the fastener 33 on the upper side thereof. Do.

Another embodiment of the seismic isolator may be fixed to the cable 37 having a plurality of tension between the lower support plate 35 and the upper support plate 36 formed with the through hole 34 in the center.

Referring to the present invention as described above in detail as follows.

When the repeater is to be installed on the base structure 1, the upper and lower parts of the repeater fixing plate 10 for fixing the upper and lower parts of the repeater are installed on the vertical supports 2 and 3 that are vertically erected on the upper part of the pedestal body 7. The horizontal support 8 is moved in accordance with the size of the repeater.

That is, as shown in FIGS. 3 and 4, when each of the fixing bolts 17 is fastened to the respective vertical supports in the upper and lower horizontal supports 8 and fixes both sides of the support pieces 15 of the horizontal supports 8. The fixing bolt 17 is released from the nut 14 fastened to the fastening hole 13 formed in each vertical support (2) (3), so that the support piece 15 of the horizontal support (8) is each vertical support (2) (3) Since the force that was pressed is eliminated, the upper and lower horizontal support (8) can be moved up and down in accordance with the size of the repeater.

When the upper and lower horizontal support (8) in accordance with the repeater and then tightening the fixing bolt 17 again, the fixing bolt 17 is fastened to the fastening hole 13 of each vertical support (2) (3) The support pieces 15 formed on both sides of the horizontal support 8 while being fastened by the 14 are firmly fixed while pressing each of the vertical supports 2 and 3.

When the repeater is inserted into the fixing plate 10 installed on the horizontal support 8 in the above state, the fixing plate 10 is fastened to both upper and lower sides of the repeater, and in this state, the fixing bolt is fastened to fix the repeater. Just do it.

When shaking occurs due to an earthquake or various shocks in the above state, vibration is absorbed by the seismic isolation device 5 of the pedestal 6 which fixes the pedestal main body 7 constituting the foundation structure 1 to the ground. As a result, the foundation structure is not shaken.

That is, when an earthquake occurs, the rubber 27 fixing the pedestal 6 is absorbed by the earthquake isolation device 5 installed in the pedestal 6, thereby preventing the foundation structure 1 from shaking. .

On the other hand, when an earthquake or shake occurs, the earthquake isolator 5 supporting the pedestal body 7 at the bottom of the pedestal body 7 primarily absorbs the impact or shake, and at the same time the horizontal support 8 In the fixed plate 10 is fixed to the repeater and the anti-shake device 9 is fixed to the fixed plate 10 to prevent the second impact or shake.

That is, because the fixing bolt 20, which the buffer ring 22 is fastened between the fixing plate 10 and the horizontal support 8, which fixes the repeater, is fixed, the repeater absorbs the shaking or the impact in the second after the first. It can protect.

In more detail, when the remaining vibration wave absorbed by the primary earthquake isolation device 5 by vibration shakes the foundation structure 1, the vertical supports 2 and 3 installed on the pedestal main body 7 shake together. do.

At the same time, as shown in FIGS. 5 and 6 and 7, the horizontal support 8 fastened to the vertical supports 2 and 3 is fixed to the fixing bolt 20 in a state in which the buffer ring 22 is fastened to both sides. Therefore, only the horizontal support 8 is shaken in the state where the fixed plate 10 holding the heavy load repeater remains intact by its own load.

That is, when the horizontal support (2) (3) is shaken is fastened to the horizontal support (8) and the fixing bolt 20 for supporting the fixed plate 10 is shaken together, the shake is fastened to the fixed bolt (20) Since the buffer ring 22 is absorbed, the repeater can be protected.

On the other hand, as shown in Figure 11 as a means for fixing the foundation structure (1) to the ground, as shown in the two base plate (6) in which the seismic isolation device (5) is installed on the bottom of the pedestal body (7) or pedestal body ( 7) fastening the 'b' type fixing plate 24 to the fastening hole 23 formed on both sides of the front and rear, and fastening the fixing bolt to the fastening hole formed in the fixing plate 24 to fix it to the ground or a separate high load structure It may be fixed to (25).

In addition, as shown in FIG. 12, when the high load structure is placed on the upper side of the fixed plate 24 fastened to both sides of the pedestal main body 7, the base structure 1 is supported by the high load structure to prevent typhoons and wind. This can prevent the base structure from shaking.

On the other hand, Figure 10a, b, c relates to another embodiment of the support isolator, when an earthquake occurs, the shock wave due to the earthquake is transmitted to the pedestal 30, the shock wave is a spring 32 installed in the pedestal 30 Absorption of) prevents the foundation structure 1 from shaking.

That is, the base structure (1) in which the heavy load repeater is installed is a spring in which the shock wave transmitted to the pedestal (30) fixed to the ground is fastened to the fixed shaft (31) in a state of being stopped by the repeater and its own load. The lower end of 32) is shaken, and the upper end is in a stationary state, so that the shock is absorbed to protect the repeater.

On the other hand, as shown in Figure 8, the level 12 is attached to the upper central portion of the pedestal main body 7, when the base structure is installed on the ground leveling the ground or the pedestal (6) installed on the bottom of the pedestal main body (7) By adjusting the height of), the foundation structure 1 can be leveled.

1 is a schematic perspective view showing the whole of the present invention

Figure 2 is a schematic perspective view showing a state of use of the present invention

Figure 3 is an enlarged schematic perspective view of the main portion showing the present invention the horizontal support

Figure 4 is an enlarged cross-sectional view of the main portion showing the operating state of the present invention horizontal support

Figure 5 is an enlarged separated perspective view of the main portion extract showing the present invention vibration-proof device

Figure 6 is a schematic perspective view showing the assembled state of the vibration preventing device of the present invention

Figure 7A is a schematic flat cross-sectional view showing a state before the operation of the vibration damping device of the present invention

    B is a schematic flat cross-sectional view showing a state after the operation of the vibration preventing device of the present invention.

Figure 8 is an enlarged perspective view of the main portion excerpt showing the state of the level of the present invention installed

9 is a schematic side cross-sectional view showing an installation state of the spirit level of the present invention.

10A is a schematic perspective view of an earthquake isolation device of the present invention;

     B is a schematic perspective view showing another embodiment of the seismic isolation device of the present invention

     C is a schematic perspective view showing another embodiment of the seismic isolation device of the present invention

11 is a schematic perspective view showing a fixing device for fixing the present invention foundation structure to the ground

12 is a schematic perspective view showing another fixing device for fixing the present invention foundation structure to the ground

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

1. Foundation Structure 2. 3. Vertical Support

4. Sunshade 5. Earthquake Isolation Device

6. 30. Base 7. Base Body

8. Horizontal support 9. Anti-vibration device

10. 24. Mounting plate 11. Mounting device

12. Level 13. 19. Fastener

Nut 21.Support piece

16. 18. 23. 26. Fastener 17. 20. Fixing bolt

22. Shock Absorbing Ring 25. Structure

27. Shock Absorbing Rubber

31. Fixed shaft 32. Spring

33. Fixture 34. Through Hole

35. Upper base plate 36. Lower base plate

37. Cable

Claims (8)

delete The vertical support (2) (3) is installed vertically on both sides of the center of the foundation structure (1), and the sunshade (4) that can cover the sunlight or rainwater on the upper side of each vertical support (2) (3). At the lower corners, the pedestal main body 7 and the vertical support 2 and 3 are installed horizontally, and a plurality of vertically fastened up and down 2 are installed by installing a pedestal 6 serving as an earthquake isolation device 5. A repeater fixing plate provided with a horizontal support (8) for fixing the upper and lower ends of the repeater one by one, and each of the horizontal support (8) is provided with a vibration preventing device (9) to prevent shaking from earthquakes or various shocks ( 10), a separate fixing device 11 for fixing the pedestal body 7 to the ground on both sides of the pedestal body 7, the inclination of the pedestal body 7 in the upper center of the pedestal body 7 In the repeater fixing device for a communication device, characterized in that it includes a level (12) so as to know, The horizontal support 8, To each of the vertical equipment (2) (3) to form a 'T' shaped inner and wide outer fastening hole (13), the nut 14 is inserted into the fastening hole (13), The nut 14 fastened to the fastening hole 13 by fastening the fixing bolt 17 to the fastening hole 16 formed in the horizontal support (8) formed in the 'ㅛ' shape and the support piece 15 on both sides and Repeater fixing device for a communication device, characterized in that the horizontal support (8) to be operated up and down by fastening. The method of claim 2,  The vibration preventing device 9, Horizontal support (8) which is fastened horizontally to the vertical support (2) (3), and formed a plurality of fastening holes (18) at regular intervals in the center, Fixed plate 10 is formed of a 'c' type to be fastened to the horizontal support and the fastening hole 19 is formed so that the inner side is wide and the outer side is narrow in the central portion, Fixing bolts 20 and nuts 21 for fastening and fastening to fastening holes 18 and fastening holes 19 formed in the horizontal support 8 and the fixing plate 10, It is fastened to the fixing bolt 20 fastened to the horizontal support (8) and the fixed plate 10, but is fastened between the horizontal support (8) and the fixed plate 10 by a nut 21 on the outside of the horizontal support (8) Repeater fixing device for a communication device, characterized in that consisting of a crimp fixed buffer ring (22). delete delete delete delete delete

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