KR102113073B1 - A communicatory repeater box for mounting of electric pole - Google Patents

Abstract

The present invention relates to an improved small distribution repeater box to be mounted on an electric pole and, more specifically, to an improved small distribution repeater box to be mounted on an electric pole, capable of preventing various accidents by maximizing the efficiency and safety of a small distribution repeater box. According to the present invention, the improved small distribution repeater box to be mounted on an electric pole comprises: a box housing (100); and a distributor unit (200) installed on one side inside the box housing (100), wherein the box housing (100) comprises: a board installation space (110); a communication equipment holding space (120); an exhaust space (130); a front opening and closing door (140); and a cable insertion punching hole (150).

Description

Improved electric pole mounting small distribution repeater box {A communicatory repeater box for mounting of electric pole}

The present invention relates to a small distribution repeater box for mounting an improved electric pole, and more specifically, a distributor for distribution and relay of cables, such as the Internet, a telephone, and a small communication equipment, is built in and mounted on the electric pole. In addition, the present invention relates to an improved electric pole-mounted small-scale distribution repeater box that enables the installation of an optical connector relay device and maintains the internal condition of the distribution repeater box to maximize the effectiveness and safety of the distribution repeater box.

In general, a telephone line, an optical cable for Internet communication, and other communication cables go through a number of distributors in the process of being wired to a subscriber from a carrier such as KT.

Such a small distribution repeater box is generally composed of a box body of a square body having a fixed panel for fixing an outdoor box on a pole, and a cover that is selectively opened and closed by connecting the box body and a hinge.

In addition, an inlet and an outlet through which a main cable for communication connection is drawn is formed on the bottom surface of the enclosure, and a distributor for distribution and connection of communication cables is installed inside the enclosure, and additional Ethernet service is provided. A board for media and a media converter for converting an optical cable to a UTP cable are also installed.

However, as the distributor for distributing or connecting the communication cable is usually installed in a vertically fixed state inside the enclosure, there is a problem that the work space is very narrow and the work is very difficult when the cable is distributed and connected.

As a technique for solving this problem, the door type board case of an outdoor enclosure for optical communication (Korean Registered Utility Model Publication No. 20-0364099, Patent Document 1) is divided into a door type to enable independent opening and closing. As it is configured, it was opened to the door type by the user's selection, so that it was possible to conveniently work for each selectively separated space.

However, in the case of a door-type enclosure, the doors are still opened in a horizontal direction with respect to the enclosure. In the case of weather conditions such as rain or snow, rain or rain may occur when the door is opened in a horizontal direction. There is a problem in that it becomes a situation in which snow or the like can be introduced into the space inside the enclosure, making operation in bad weather practically impossible.

In addition, the distributor installed inside a small distribution repeater is standardized and can distribute 100 circuits per one, but it is possible to install two distributors inside the standardized enclosure, so that up to 200 circuits can be installed in one enclosure. .

However, as the density of the population increases, and housing and apartments are also densely located, it is difficult to distribute circuits with only one enclosure per pole, which increases the number of cases where multiple enclosures are installed in one pole.

However, in this case, two separate enclosures are simply separated from each other by using angles and clamps on the poles, and the main cables are separately installed at the bottom inlets of each enclosure, making it difficult to organize the cable distribution work line. There was a problem that caused it.

Republic of Korea Utility Model Publication No. 20-0364099 (2004.09.30.)

The improved miniature distribution repeater box for electric pole mounting of the present invention is intended to solve the problems occurring in the prior art as described above,

It is an object of the present invention to provide a small distribution repeater box that can easily install an optical connector relay device as well as a distributor for a communication repeater.

Another object of the present invention is to maintain safety and durability by using a board of insulating material inside a small distribution repeater box.

Another object of the present invention is to prevent malfunction and safety accidents due to temperature rise by circulating heat inside the small distribution repeater box.

Another object of the present invention is to mount a variety of functions in the distribution unit coupled to the inside of the small distribution repeater box, so that the effectiveness of the small distribution repeater box and the ease of management by the administrator are maximized.

In order to solve the technical problem as described above, the small distribution repeater box for improved electric pole mounting of the present invention,

In the Jeonju small relay distribution box (1),

The housing housing 100, the distributor 200 is installed therein; and,

Consisting of; the distributor housing 200 is installed on one side inside the housing housing 100;

The housing housing 100,

The board installation space 110 in which the distribution unit fixing bracket 111 in which the distribution unit 200 is installed is formed; and,

In addition to the distribution unit 200, a communication equipment mounting space 120 in which a communication equipment mounting bracket 121 capable of mounting small communication equipment is formed; and,

Exhaust space 130 is formed with an exhaust fan 131 to discharge the heat inside the housing housing 100 to the outside to circulate the air; And,

The distribution unit 200 and the small communication equipment located in the board installation space 110 and the communication equipment housing space 120 are protected from the outside, and opened during maintenance, repair, and inspection, so that the inside of the housing 100 can be checked. Front opening and closing door 140 to enable; and,

It is composed of; cable insertion punching hole 150 into which the cable is inserted,

The distributor 200,

Insulation plate 210 made of an insulating material; And,

A terminal board module 220 coupled to one side of the insulating plate 210 and extending and connecting electric wires; and,

Is coupled to one side of the insulating plate 210, the optical connection distributor 230 for connecting and branching the optical cable; And,

A short circuit breaker 240 coupled to one side of the insulating plate 210 and preventing malfunction and electric shock of the distributor 200 due to short circuit;

A surge protector 250 coupled to one side of the insulating plate 210 and preventing malfunction and damage of the distributor 200 due to surge; and

A power switch 260 coupled to one side of the insulating plate 210 and supplying power to the distributor 200; and

An outlet 270 coupled to one side of the insulating plate 210 and supplying power required inside the enclosure housing 100; and,

It is coupled to one side of the insulating plate 210, the temperature sensor 280 for sensing the temperature inside the housing housing 100; And

The electric terminal block 290 is coupled to one side of the insulating plate 210, the main electric wire is connected; and,

A communication ground block (CE) coupled to one side of the insulating plate 210 and removing noise due to induction interference of communication lines; and,

It is coupled to one side of the insulating plate 210, the power supply ground block (PE) to enable stable operation of the distributor 200; consisting of,

It is characterized by maximizing the ease and effectiveness of management of a small distribution repeater.

At this time, the insulating material of the insulating plate 210 is characterized in that it is a bakelite (bakelite) having a thermosetting property.

According to the present invention, a power distribution facility is provided so as to be able to use a space and a variety of small communication equipment that can easily install an optical connector relay device, as well as a distributor for a communication repeater inside a small distribution repeater box for mounting an improved electric pole. The distribution repeater box not only distributes the communication line, but also integrates the devices to be processed from the outside to be integrated, thereby maximizing the efficiency and effectiveness of the small distribution repeater box.

In addition, by installing a board of insulating material and a communication and power ground inside the small distribution repeater box, there is no need for a separate grounding facility, and a short circuit breaker and a surge protector are provided to ensure the safety and electrical stability of the small distribution repeater box. Durability is maintained and improved.

In addition, by using the temperature sensor and the exhaust fan, heat inside the small distribution repeater box is circulated to prevent malfunction and safety accidents due to temperature rise.

That is, the efficiency and efficiency of the small distribution repeater box, as well as the electrical safety and stability are maximized.

1 is a front view of a small distribution repeater box for improved pole mounting according to an embodiment of the present invention.
Figure 2 shows a plan view of a small distribution repeater box for improved pole mounting according to an embodiment of the present invention.
Figure 3 shows a side view of a small distribution repeater box for improved pole mounting according to an embodiment of the present invention.
Figure 4 shows a bottom view of a small distribution repeater box for improved pole mounting according to an embodiment of the present invention.
Figure 5 shows an internal front view of the components of the small distribution repeater box for improved pole mounting according to an embodiment of the present invention, the distribution unit is excluded.
Figure 6 shows an interior front view of a small distribution repeater box for improved pole mounting according to an embodiment of the present invention.
7 is a block diagram of a distribution repeater control unit among components of a small distribution repeater box for improved electric pole mounting according to an embodiment of the present invention.

Hereinafter, an improved electric pole mounting small distribution repeater box 1 of the present invention will be described in detail through the accompanying drawings.

The small distribution repeater box 1 for improved electric pole mounting according to the present invention is to easily install and mount an optical connector repeater as well as a communication repeater internally, and is installed and installed on an electric pole located outdoors.

The electric pole compact distribution box (1) of the present invention,

The housing housing 100, the distributor 200 is installed therein; and,

Consisting of; the distributor housing 200 is installed on one side inside the housing housing 100;

The housing housing 100,

The board installation space 110 in which the distribution unit fixing bracket 111 in which the distribution unit 200 is installed is formed; and,

In addition to the distribution unit 200, a communication equipment mounting space 120 in which a communication equipment mounting bracket 121 capable of mounting small communication equipment is formed; and,

Exhaust space 130 is formed with an exhaust fan 131 to discharge the heat inside the housing housing 100 to the outside to circulate the air; And,

The distribution unit 200 and the small communication equipment located in the board installation space 110 and the communication equipment housing space 120 are protected from the outside, and opened during maintenance, repair, and inspection, so that the inside of the housing 100 can be checked. Front opening and closing door 140 to enable; and,

It is composed of; cable insertion punching hole 150 into which the cable is inserted,

The distributor unit 200 is easily positioned and coupled inside the housing housing 100, and the temperature inside the housing housing 100 is prevented from rising through the exhaust space 130.

At this time, along with the exhaust space 130, so that the heat does not accumulate inside the housing housing 100, heat is naturally discharged to the outside so that the effect of the temperature rise is more pronounced through the heat balance through hole 160; Can be formed

In addition, a rubber packing that improves water tightness and sealability to protect the inside of the housing housing 100 from adhesion and rainy weather on the outer circumferential surface of the housing housing 100 to which the front opening and closing door 140 is in close contact. Part 170; and,

Is formed on the inner circumferential surface inside the housing housing 100, the insulation material 180 to minimize the disaster caused by the temperature difference between the seasons; is further included, is formed,

By improving the durability and practicality of the housing housing 100, the completeness of the housing housing 100 can be maximized.

On the other hand, the distributor unit 200 is installed inside the housing housing 100, as shown in Figure 6,

Insulation plate 210 made of an insulating material; And,

A terminal board module 220 coupled to one side of the insulating plate 210 and extending and connecting electric wires; and,

Is coupled to one side of the insulating plate 210, the optical connection distributor 230 for connecting and branching the optical cable; And,

A short circuit breaker 240 coupled to one side of the insulating plate 210 and preventing malfunction and electric shock of the distributor 200 due to short circuit;

A surge protector 250 coupled to one side of the insulating plate 210 and preventing malfunction and damage of the distributor 200 due to surge; and

A power switch 260 coupled to one side of the insulating plate 210 and supplying power to the distributor 200; and

An outlet 270 coupled to one side of the insulating plate 210 and supplying power required inside the enclosure housing 100; and,

Is coupled to one side of the insulating plate 210, the temperature sensor 280 for sensing the temperature inside the housing housing 100; And,

The electric terminal block 290 is coupled to one side of the insulating plate 210, the main electric wire is connected; and,

A communication ground block (CE) coupled to one side of the insulating plate 210 and removing noise due to induction interference of communication lines; and,

It is coupled to one side of the insulating plate 210, the power supply ground block (PE) to enable stable operation of the distributor 200; consisting of,

It maximizes the ease and effectiveness of management of a small distribution relay box.

At this time, the terminal board module 220,

A first terminal board 221 to which 200 lines can be connected; and,

It consists of a second terminal terminal board 222 that can be connected to 256 lines;

In contrast to the conventional technology, it is possible to extend and connect the wires sufficiently to facilitate the administrator's work, and at the same time, a plurality of separate small distribution repeater boxes are continuously installed in the same location due to a shortage of lines. prevent.

In addition, the distribution repeater control unit (CB) for controlling the overall operation and detection of the distribution unit 200; further comprises, is configured,

By controlling the overall operation of the distributor 200, it is smoothly operated by automatic and manual operation by the administrator.

Looking at the distribution repeater control unit (CB) in more detail,

Temperature sensing confirmation module (CB1) to check and detect the temperature inside the housing housing 100 in real time; and,

A surge detection confirmation module (CB2) for checking and detecting surges that may be generated in the distributor 200 in real time; and,

Leakage detection confirmation module (CB3) for real-time checking and detecting a short circuit that may occur in the distributor 200; and,

An event occurrence detection module (CB4) for real-time checking and detecting the opening / closing information of the front opening / closing door 140 and the impact information applied to the housing housing 100; and

Main power state checking module (CB5) for checking the ON-OFF state of the power switch 260 that supplies power to the distributor 200; And,

Information on the temperature detection confirmation module (CB1), surge detection confirmation module (CB2), earth leakage detection confirmation module (CB3), event occurrence detection module (CB4), and main power status confirmation module (CB5) to the administrator's dedicated terminal Sending manager notification module (CB6); And,

Based on information received from the manager notification module (CB6) to the manager's dedicated terminal (MS), the distributor unit operation module (CB7) allows the manager to arbitrarily operate the housing housing 100 and the distributor unit 200 ;and,

Notification signal generation module (CB8) for outputting sound so that the administrator can arbitrarily prevent access to birds and insects through the distribution unit operation module (CB7); and,

It consists of an insect avoidance frequency generation module (CB9) that outputs a specific frequency so that the administrator can arbitrarily prevent access to birds and insects through the distribution unit operation module (CB7).

The ease of management of the small distribution repeater should be maximized.

At this time, the distribution unit operation module (CB7), for example,

An electric leakage breaker 240, a surge protector 250, a power switch 260, an outlet 270, a temperature sensor 280, an exhaust space 130 of the housing housing 100 and a distributor 200 by a manager By controlling the alarm signal generating module CB8 and the insect avoidance frequency generating module CB9, it is possible to maintain the condition of the small distribution repeater box.

In addition, when installing the small distribution repeater box (1) for mounting the improved electric pole of the present inventor, the inspection camera (CM) is installed adjacent to this, and the small distribution repeater for electric pole mounting is improved by the administrator through a dedicated terminal (MS). The environment of the ship 1 can be checked in real time.

This is to enable the manager to check the information transmitted by the manager notification module (CB6) together with the video output in real time, so that the distribution unit operation module (CB7) can be more usefully utilized.

For reference, a plurality of cable insertion punching holes 150 into which a cable is inserted may be formed as needed, and may be formed to be partially punched to create a through hole by external pressure, that is, pressure by an administrator.

This is when the cable insertion punching hole 150 is formed as a through-hole in advance, a small bird or an insect through the through-hole enters the housing 100 and builds a house or discharges feces. This is to prevent.

In addition, the insulating material of the insulating plate 210 is preferably formed of bakelite having thermosetting properties.

In addition, at the adjacent position of the optical connection distributor 230 for connecting and branching the optical cable, it facilitates connection between the optical cables connected or branched to the optical connection distributor 230, and at the same time, various types of connectors can be applied. Connection code block (LB); may further include, may be configured.

As described above, the present invention is not limited to the described embodiments, and it is obvious to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention.

Therefore, since it can be implemented in various other forms without departing from the technical spirit or main features, the embodiments of the present invention are merely illustrative in all respects and should not be interpreted as limited, and can be implemented in various modifications. .

The present invention relates to a small distribution relay box for improved electric pole mounting, manufacturing and sales business for manufacturing the same, and furthermore, an electric and electronic communication industry field for distributing various communication and electric signals, including a management business for managing the small distribution relay box It can be applied to contribute to.

1: Small distribution repeater box for improved pole mounting
100: housing housing 110: board installation space
111: distribution bracket fixing bracket 120: communication equipment housing space
121: communication equipment mounting bracket 130: exhaust space
131: exhaust fan 140: front opening and closing door
150: cable insertion punching hole 160: heat balance through hole
170: rubber packing 180: insulation
200: distributor 210: insulation plate
220: terminal board module 221: first terminal terminal board
222: second terminal board 230: optical connection distributor
240: earth leakage breaker 250: surge protector
260: power switch 270: outlet
280: temperature sensor 290: electric terminal block
CE: Communication ground block PE: Power ground block
CB: Distribution repeater control unit CB1: Temperature detection confirmation module
CB2: Surge detection confirmation module CB3: Leakage detection confirmation module
CB4: Event occurrence confirmation module CB5: Main power status confirmation module
CB6: Manager notification module CB7: Distribution unit operation module
CB8: Notification signal generation module CB9: Insect repellent frequency generation module
CM: Inspection camera MS: Manager terminal
LB: Optical access code block

Claims (4)

delete delete In the improved Jeonju small distribution repeater box (1),
The housing housing 100, the distributor 200 is installed therein; and,
Consisting of; the distributor housing 200 is installed on one side inside the housing housing 100;
The housing housing 100,
The board installation space 110 in which the distribution unit fixing bracket 111 in which the distribution unit 200 is installed is formed; and,
In addition to the distribution unit 200, a communication equipment mounting space 120 in which a communication equipment mounting bracket 121 capable of mounting small communication equipment is formed; and,
Exhaust space 130 is formed with an exhaust fan 131 to discharge the heat inside the housing housing 100 to the outside to circulate the air; And,
The distribution unit 200 and the small communication equipment located in the board installation space 110 and the communication equipment housing space 120 are protected from the outside, and opened during the maintenance, repair, and inspection to check the inside of the housing housing 100. Front opening and closing door 140 to enable; and,
It is composed of; cable insertion punching hole 150 into which the cable is inserted,
The distributor 200,
Insulation plate 210 made of an insulating material; And,
A terminal board module 220 coupled to one side of the insulating plate 210 and extending and connecting electric wires; and,
Is coupled to one side of the insulating plate 210, the optical connection distributor 230 for connecting and branching the optical cable; And,
A short circuit breaker 240 coupled to one side of the insulating plate 210 and preventing malfunction and electric shock of the distributor 200 due to short circuit;
A surge protector 250 coupled to one side of the insulating plate 210 and preventing malfunction and damage of the distributor 200 due to surge; and
A power switch 260 coupled to one side of the insulating plate 210 and supplying power to the distributor 200; and
An outlet 270 coupled to one side of the insulating plate 210 and supplying power required inside the enclosure housing 100; and,
Is coupled to one side of the insulating plate 210, the temperature sensor 280 for sensing the temperature inside the housing housing 100; And,
The electric terminal block 290 is coupled to one side of the insulating plate 210, the main electric wire is connected; and,
A communication ground block (CE) coupled to one side of the insulating plate 210 and removing noise due to induction interference of communication lines; and,
It is coupled to one side of the insulating plate 210, the power supply ground block (PE) to enable stable operation of the distributor 200; consisting of,
The terminal board module 220,
A first terminal board 221 to which 200 lines can be connected; and,
It consists of a second terminal terminal board (222) capable of connecting 256 lines, so that it is possible to extend and connect sufficient wires, to facilitate the administrator's work, and at the same time, a separate small distribution repeater due to lack of lines Characterized in that it prevents a plurality of ships from being continuously installed in the same location,
The distribution repeater control unit (CB) for controlling the operation and detection of the distribution unit 200 is further configured to be configured to be operated by automatic and manual operation by the administrator,
The distribution repeater control unit (CB),
Temperature sensing confirmation module (CB1) to check and detect the temperature inside the housing housing 100 in real time; And,
A surge detection confirmation module (CB2) for real-time checking and detecting surges that may be generated in the distributor 200; and,
An earth leakage detection confirmation module (CB3) for real-time checking and detecting an electric leakage that may occur in the distributor 200; and,
An event occurrence detection module (CB4) for real-time checking and detecting the opening / closing information of the front opening / closing door 140 and the impact information applied to the housing housing 100; and
Main power state check module (CB5) for checking the ON-OFF state of the power switch 260 that supplies power to the distributor 200; And,
Information on the temperature detection confirmation module (CB1), surge detection confirmation module (CB2), earth leakage detection confirmation module (CB3), event occurrence detection module (CB4), and main power status confirmation module (CB5) to the dedicated terminal of the administrator. Manager notification module (CB6) to send; And,
Distribution unit operation module (CB7) that allows the administrator to arbitrarily operate the housing housing 100 and the distribution unit 200 based on information received from the administrator's dedicated terminal (MS) through the administrator notification module (CB6) ;and,
It consists of a notification signal generation module (CB8) for outputting sound so that the administrator can arbitrarily prevent access to birds and insects through the distribution unit operation module (CB7);
A small distribution repeater box for improved electric pole mounting, characterized in that the ease of management of the small distribution repeater box is maximized.
According to claim 3,
The insulating material of the insulating plate 210 is a small distribution repeater for improved electric pole mounting, characterized in that bakelite (bakelite).

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