KR200185289Y1 - An alarm transmission apparatus of communication facilities in a bases station - Google Patents

Abstract

The present invention monitors the communication equipment of each base station to collect alarms for various communication failures, and transmits them to the CPU through the RS-232 port along with the ID and password of the base station, and the alarm detection unit CPU for controlling alarm and communication line openness detected by the communication failure, FM memory and communication failure to store the ID and password of the base station along with the history of the communication failure under the control of the CPU It consists of an automatic dialing modem that automatically calls the line management system of the user using the base station and opens a communication line for transmitting a history of communication failures.

Therefore, according to the present invention, it is possible to monitor the communication failure in the communication equipment installed in each base station at any time in the line management system of the remote user.

Description

An alarm transmission apparatus of communication facilities in a bases station

The present invention relates to an alarm transmission device of communication equipment in a base station, and more particularly, in a base station that can monitor and control the failure occurrence and operation status of communication equipment installed at each unmanned base station or site at a long distance. It relates to an alarm transmission device of communication equipment of.

The nationally established communication network can be used as a general telephone line, but it can be provided to a telephone line user such as Cheon Lian, Durnet, Unitel, Netien, etc. to provide various information.

However, in the related art, when a communication failure occurs due to a communication device and a power supply device installed in each base station, the user may not know this, and thus, the user may not be able to prevent communication breakdown or service interruption.

An object of the present invention for solving the above-described drawbacks is to provide an alarm transmission apparatus of a communication device in a base station to monitor and control the failure occurrence and operation state of the communication equipment installed in each unmanned base station or site at a long distance. To provide.

1 is a block diagram showing an alarm transmission apparatus of communication equipment in a base station according to the present invention.

Figure 2 is a block diagram showing the main part of the alarm transmission apparatus of the communication equipment in the base station according to the present invention.

※ Explanation of code about main part of drawing ※

1: communication equipment 2: RS-232 port

3: alarm transmission device 4: terminal

5: switch office 6: line management system

7: personal computer 8: key board

9: LCD 10: reset and download control

11: auto dialing modem 12: FM memory

13 alarm detection unit 14 CPU

The alarm transmission apparatus of the communication equipment in the base station according to the present invention for achieving the above object, to monitor the communication equipment of each base station to collect alarms for various communication failures, and the ID and password of the base station An alarm detector for transmitting to the CPU through an RS-232 port, a CPU for controlling alarms for communication failures detected by the alarm detector, and opening of a communication line; FM memory that stores the ID and password of the base station along with the history of the failure and automatically opens the communication line for transmitting the history of the communication failure by automatically calling the line management system of the user who uses the base station. It characterized in that it comprises an automatic dialing modem.

At this time, the CPU can receive the base station input from the user side using the communication line via each base station and the ID and password for the base station to be set as a management target, and when the alarm of the communication equipment due to the communication failure occurs, the automatic dialing modem It can be configured to call the specific terminal to drive and to send an alarm for a communication failure.

Another embodiment of the present invention is characterized by further comprising a reset and download control unit for monitoring the connection state of the dialing modem, and disconnection of the dialing modem when there is no transmission and reception of data through the telephone line.

As another embodiment of the present invention may further include a specific base station to manage communication failure and a key board for inputting the ID and password of the base station, wherein the operation state of the CPU due to the operation of the keyboard is LCD Can be displayed on the

Preferably, the personal computer is further provided with a personal computer connected to the alarm transmission device through a telephone line from the outside to remotely control the alarm transmission device.

Hereinafter, a preferred embodiment of the present invention will be described in more detail with an exemplary drawing.

The present invention, as shown in Figures 1 and 2, the alarm detection unit 13 installed in the communication equipment (1) or power supply of each base station predetermined alarm for the communication failure generated in the communication equipment (1) or power supply, etc. Monitor at time intervals. Then, the ID and password of the base station are transmitted to the CPU 14 of the alarm transmitter 3 through the RS-232 port 2 connected to the telephone line.

The CPU 14, which receives the information on the communication failure transmitted from the alarm detecting unit 13 of each base station, analyzes it and checks frequently from which base station the alarm due to the communication failure is received. When an alarm occurs due to a communication failure at a specific base station, the CPU 14 stores the history of the alarm in the FM memory 12 together with the ID and password of the corresponding base station.

Subsequently, when the automatic dialing modem 11 is driven to call the line management system 6 on the user's side using the base station, the CPU 14 drives the telephone line and the office switchboard 5 by driving the automatic dialing modem 11. Is connected to the user's line management system (6).

After the communication line with the line management system 6 on the user side is opened, the CPU 14 records the history of the base station where an alarm has occurred due to a communication failure to the line pipe system 6 on the user side through the communication line. send. Accordingly, the user may check the current state of the communication network used by the user from time to time to provide a better service.

In addition, the alarm transmission device 3 may call the line management system 6 on the user side to provide a history of the communication failure, but call the terminal 4 such as a mobile phone or a wireless pager to record the history of the communication failure. It may be provided from time to time.

Of course, each user having the line management system 6 may receive the alarm for the communication failure provided from the alarm transmission device 3 as described above to determine the status of each base station, but on the contrary, know the current situation of a particular base station. The line management system 6 on the user side calls the alarm transmission device 3 connected to the office switching center 5 and the telephone line, that is, the CPU 14 connected to the auto dialing modem 11.

In the state where the alarm transmission device 3 and the line management system 6 on the user side are connected by the user's call, the user can check the current status of each base station by viewing the history of the communication failure stored in the FM memory 12. Of course, in the case of a user who wants a new subscription, when a user inputs various types of information, a database for the user is established in the CPU 14 that recognizes the user.

Here, the reset and download control unit 10 checks the state of the automatic dialing modem 11 from time to time to check whether the current connection between the alarm transmission device 3 and the user side is normally performed. In other words, if only the communication line is opened in a state where the call is not made by checking whether the call is continuously made after the communication line is opened by the user side, the reset and download control unit 10 sets the automatic dialing modem ( 11) Forcibly terminate the opened communication line by driving it, eliminating unnecessary opening of the communication line.

A database of information on the user, and a database of ID and password for the base station can be constructed by the operation of the keyboard 8, and various information thus input can be confirmed through the LCD 9.

Although the above operation can be performed in the space where the alarm transmitter 3 is installed, it can be performed at a long distance by using a personal computer 7 connected to the alarm transmitter 3 via the telephone line and the office switchboard 5. .

Therefore, according to the present invention, it is possible to monitor and control the failure occurrence and operation status of communication equipment installed at each unmanned base station or site at a long distance, thereby preventing call disconnection or other service failure due to the occurrence of communication failure. There is.

Although the present invention has been described in detail only with respect to the embodiments described, it will be apparent to those skilled in the art that various modifications and changes are possible within the technical idea of the present invention, and such modifications and modifications belong to the appended utility model registration claims. will be.

Claims (7)

An alarm detector which monitors communication equipment of each base station, collects alarms for various communication failures, and transmits them to the CPU through the RS-232 port along with the ID and password of the base station; A CPU for controlling the opening of the communication line and the management of an alarm for a communication failure detected by the alarm detecting unit; FM memory for storing the ID and password of the base station with a history of the communication failure under the control of the CPU; And An automatic dialing modem for automatically calling a line management system of a user who uses a corresponding base station when a communication failure occurs and opening a communication line for transmitting a history of the communication failure; Alarm transmission apparatus of the communication equipment in the base station comprising a. The method of claim 1, A specific base station to manage communication failure and the alarm transmission apparatus of the communication equipment in the base station, characterized in that the key board for inputting the ID and password of the base station is further provided. The method of claim 2, And an LCD for displaying the operation state of the CPU due to the manipulation of the keyboard. The method of claim 1, The CPU may be configured to receive a base station input from a user side using a communication line via each base station, an ID and a password for the base station, and set the target as a management target. . The method according to claim 1 or 4, And a reset and download control unit configured to monitor the connection state of the dialing modem and terminate the connection of the dialing modem when there is no transmission or reception of data through a telephone line. The method of claim 1, The CPU, when the alarm of the communication equipment caused by the communication failure alarm transmission device of the communication equipment in the base station, characterized in that configured to drive the automatic dialing modem to call the specific terminal and to send an alarm for the communication failure. The method of claim 1, And a personal computer connected to the alarm transmission device through a telephone line from the outside to remotely control the alarm transmission device.