JPS6093863A - Operating data setting system for supervisory device - Google Patents

Abstract

PURPOSE:To set operating data of a supervisory device by the intervention of key operation of a supervisory personnel when station data such as station name and station code of each exchange station being objects of supervision is changed to decrease the effect of a central controller. CONSTITUTION:A random access memory RAM is incorporated in a supervisory board ALMR accessing and supervising plural exchange stations at a remote location and station data of the plural exchange stations is recorded in the memory RAM. If a station data is changed, a revised data inputted to a central controller CC to which a centralized supervisory system belongs is inputted to the memory RAM by confirming the revised data inputted to a buffer memory BUF in the centralized maintenance supervisory system and operating the key to set the operating data of the supervisory device.

Description

Detailed Description of the Invention (a) 0 Technical Field of the Invention The present invention relates to a system for setting operational data of a monitoring device, and in particular to a system for setting continuous data for a monitoring device in a central maintenance monitoring system for a telephone exchange network. be.

and (b), in the conventional technology φ problem exchange network centralized maintenance monitoring system CMOC, a plurality of monitoring stands ALMR (Alarm Receiver) are installed in the centralized maintenance monitoring center that performs centralized maintenance monitoring, and each monitoring stand ALMR accesses multiple exchanges located at remote locations and collects alarm information for each exchange.

In this case, each monitoring stand ALMR must have in advance station data such as the station name and station code of the plurality of exchanges to be accessed.

Station data like this was conventionally stored in read-only memory R.
The station data is usually accommodated in the OM, and therefore has the disadvantage that it is difficult to change the station data.

Furthermore, if a method is adopted in which station data is transferred from another device using a random access memory RAM, data transfer is easy, but on the other hand, it has the disadvantage that it is affected by failures of other devices.

(C)0Object of the invention The object of the present invention is to eliminate the above-mentioned drawbacks of the prior art,
An object of the present invention is to provide an operational data setting method for a monitoring device that is not affected by failures of other devices.

(d) 0 Structure of the Invention According to the present invention, the above object is to provide random access to a monitoring stand that accesses and monitors a plurality of remote switching stations in a centralized maintenance and monitoring system for a switching network. - A built-in memory is provided, and station data of the plurality of exchanges is recorded in the random access memory, and when a change occurs in the station data, the central control unit to which the central maintenance and monitoring system belongs is notified. The input change data is automatically input into the buffer memory in the centralized maintenance monitoring system, and the supervisor confirms the change data input into the buffer memory and performs a key operation. This is achieved by providing a method for setting operational data of a monitoring device, which is characterized by inputting data into a random access memory.

(e) 1 Embodiment of the Invention The figure is a block diagram showing an embodiment of the operational data setting method for the monitoring device according to the present invention.

In the figure, CC is the central control unit, MT is the magnetic tape device
, VDC is a video display device, DLI is a digital link interface, A LMR is a monitoring stand,
5SCNS is a system monitoring console, B [J F is a buffer memory, K is a key, and RAM is a random access memory.

The present invention will be described in detail below with reference to the drawings.

When a change occurs in the station data such as the station name and station code of each exchange to be monitored, it is input and updated by the station staff using the video display device VDC.

According to the present invention, when the above data input is completed in the central controller CC, the operational data (station data) of the monitoring device is automatically transferred from the central controller CC to the monitoring stand ALMR of the centralized maintenance monitoring system CMOC. .

At this time, the data is transferred via the system monitoring console 5SCNS belonging to the centralized maintenance monitoring system CMOC.

This system monitoring console 5SCNS has a buffer
A memory BUF is built-in, and transfer data is temporarily accommodated in this buffer memory BUF.

When the monitor confirms this data and operates key K, the system monitoring console 5SCNS sends a command to stop the alarm monitoring operation to each monitoring stand ALMR, stops the alarm monitoring operation of each monitoring stand ALMR, and then automatically transfers the changed data to the random access memory RAM in each monitor ALMR.

When the end of the transfer is confirmed, the command to stop the alarm monitoring operation is canceled and the alarm monitoring operation is started based on the updated operational data.

(f) 0 Effects of the Invention As explained in detail above, according to the present invention, the influence of the central control device can be reduced by intermediating the key operations of the lifeguards, thereby making it possible to make the connection with the central control device loose. This has the great effect of making it possible to realize a system for setting operational data for a monitoring device that requires less data.

[Brief explanation of the drawing]

The figure is a block diagram showing an embodiment of the operational data setting method for the monitoring device according to the present invention. In the figure, CC is a central control unit, MT is a magnetic tape device, and V
DC is a video display device, DLI is a digital link interface, A LMR is a monitoring stand, 5S
CNS is the system monitoring console, BUF is the buffer
Memory, K is the key, and RAM is random access memory.

Claims (1)

[Claims] In a centralized maintenance monitoring system for a switching network, a monitoring stand that accesses and monitors a plurality of remote switching stations has a built-in random access memory, and the random access memory stores information about the plurality of switching stations. , the station data of the exchange is recorded, and when a change occurs in the station data, the changed data input in the central control unit to which the central maintenance and monitoring system belongs is transferred to a buffer in the central maintenance and monitoring system. - A monitoring device characterized in that the changed data is automatically input into a memory, and a monitoring person confirms the changed data input into the buffer memory, and inputs it into the random access memory by operating a key. Operational data setting method.