JPH02119367A - Attendant board control system - Google Patents

Abstract

PURPOSE:To enable processing corresponding to an operation condition change request given from the operator of an attendant board by providing a representative attendant board having a function setting the operating condition and the operating state of all attendant boards belonging to a group of attendant boards to each group of attendant boards. CONSTITUTION:When the operator inputs a password for an attendant board 3m from the attendant board 3m, the attendant board 3m compares the password with a password stored in a password memory 4m to activate a function as the representative attendant board stored in a representative attendant board function memory 6. Thus, the attendant board 3m is used as the representative attendant board of the attendant board group 3. When the operator inputs the operating condition and the operating state to the attendant board belonging to the same group from the attendant board 3m, the information is written in the attendant board group state memory 11 of an exchange 1. Then the exchange 1 sends the information written in the group of attendant boards state memory 11 to all attendant boards 31-3n.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a switchboard control system, and more particularly to a switchboard control system in which a switchboard has the function of a representative switchboard.

[Conventional technology]

The conventional switchboard control method sets the operating conditions of the switchboard.
This was done by the switch maintainer inputting operational commands. Further, the operating status of the switchboards is set for each switchboard group, and the settings cannot be changed for each switchboard.

[Problem to be solved by the invention]

In the conventional switchboard control method described above, the operating conditions of the switchboard are set by the switchboard maintainer inputting operation commands. There is a problem in that it is not possible to deal with emergencies, and in order to solve this problem, if a certain switchboard is fixedly designated as a representative board, there will be no flexibility in its operation, and conversely, all switchboards will be If a switch group is allowed to freely become a representative stand, there is a problem that there is a risk of confusion.6 The purpose of the present invention is to control the operation of all switch stations belonging to the switch group for each switch group. By providing a representative switchboard with the function of setting conditions and operating status, it is possible to take flexible measures in response to requests for changes in operating conditions issued by switchboard operators. We have developed a switchboard control method that makes it possible to maintain order and flexibility in the operation of the switchboard by giving it the function of a representative switchboard and activating that function under specific conditions. It is about providing.

[Means to solve the problem]

In the switchboard control method of the present invention, a plurality of switchboards are grouped together to form several switchboard groups, and each switchboard group has the operating conditions and operating states of all the switchboards belonging to the switchboard group. It has one representative switchboard that has the function to be set, and activates the function of the representative switchboard by checking the function of the representative switchboard in advance on all switchboards and the password input by the operator of the switchboard. This configuration has the function of

〔Example〕

Next, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram of one embodiment of the present invention.

The exchange 1 includes a switch group calendar memory 11 therein, and is connected to an external switch group 3 via a line 2. The switchboard group 3 includes switchboards 31.・・・・・・3m・・・・・・3
Consists of n 0 switchboards. Exchange table 31°...
3m, . . . 3n are password memories 41 .・・・・・・4
m, . . . 4n, and individual state memories 51, each of which stores the set operating conditions and operating states.
. . 5m, . . . 5n, and a representative switching board function memory 6 that stores the function as a representative switching board.

Next, the operation will be explained.

First, the case of setting a representative switchboard will be explained.

Now, the operator who wishes to designate the switchboard 3m as the representative switchboard inputs the password for the switchboard Brn from the switchboard 3m. Switchboard 3m receives the password and then compares it with the password stored in password memory 4m to confirm a match. If it is confirmed that they match, the function as a representative switchboard stored in the representative switchboard function memory 6 is activated. As a result, the switchboard 3m becomes the representative switchboard of the switchboard group 3. This operation is unnecessary if the representative switchboard has been determined from the beginning.

Next, a case where the switching board 3m operates as a representative switching board will be described.

From a switchboard 3 meters away, a operator can check the operating conditions (e.g. automatic or manual operation, call handling standard values, etc.) and operating status (e.g. blockage of a switchboard group, setting of night service, etc.) for switchboards belonging to the same group. , the information reaches exchange 1 and is stored in exchange own group state memory 1.
Written to 1. In this case, only one switch from the same group can serve as the representative switch at a time. Next, the exchange 1 sends the information written in the exchange group state memory 11 to all the exchanges 31 to 30. In this case, it is possible to send the same information at the same time, but
It is usually sent to each switch along with individually specified information. Each switch that receives the information stores the information in the individual state memory 51. ...5m, ...
. . 5n and store them respectively. The subsequent operation is
Each individual state memory 51.・・・・・・5m,・
...It is carried out according to the specification of 5n.

〔Effect of the invention〕

As explained above, the present invention provides a representative switchboard for each switchboard group that has the function of setting the operating conditions and operating states of all the switchboards belonging to the switchboard group. This makes it possible to take flexible measures in response to requests for changes in operating conditions issued by the system.Furthermore, all switchboards have the function of a representative switchboard, and the function is activated under specific conditions. This has the effect of providing a switchboard control system that makes it possible to provide order and flexibility to the operation of the switchboard.

[Brief explanation of drawings]

FIG. 1 is a block diagram of one embodiment of the present invention. 1...Exchange, 2...Line, 3...
... Switchboard group, 6... Representative switchboard function memory, 11... Switchboard front state memory, 31. ...
3m,...3n...Switching table, 41,...4
m,...4n...Password memory, 51,
...5m, ...5n...Individual state memory.

Claims (1)

[Claims] 1. A plurality of switchboards are collectively configured to form several switchboard groups, and for each switchboard group, operating conditions and operating states of all switchboards belonging to the switchboard group are set. A switchboard control system characterized by having one representative switchboard that has the function of 2. All switchboards have the function of the representative switchboard in advance,
2. The switchboard control system according to claim 1, further comprising a function of verifying a password input by a switchboard operator and activating the functions of the representative switchboard.