JPH06332902A - Integrated information management device - Google Patents

Abstract

(57) [Summary] [Purpose] Integrates and manages internal information and terminal information about the private branch exchange and facility management equipment. [Structure] Private branch exchange internal information and terminal information such as terminals and wirings stored in the private branch exchange memory in the private branch exchange, and facility management of equipment and wiring that are stored in the facility management device memory in the facility management device The internal device information and the terminal information are input from the terminal information input means and the facility information input means and stored in the storage means, and the internal information of the private branch exchange, the internal information of the equipment management device, and the terminal information are stored in the private branch exchange and the equipment management device. It is an integrated information management device of a private branch exchange and a facility management device that can be transmitted and received online between the two.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a private branch exchange and a building automation system (hereinafter referred to as equipment management device).
The present invention relates to an integrated information management device capable of integrating and managing internal information and terminal information about the.

[0002]

2. Description of the Related Art FIG. 4 is a conceptual diagram showing a system configuration of a conventional information management apparatus for managing wiring information of internal data and terminal data of a private branch exchange in a building. In the figure, 1 is an information management device for managing wiring information of internal data and terminal data of a private branch exchange 2 (hereinafter referred to as PBX) in a building, 1a is wiring management data, and 2a is storage data stored in the PBX, 2b is an internal PBX channel, 3
Is a PBX maintenance console, 4 is a main wiring board (hereinafter, MD
F), 4a and 4b are MDF terminals, 5 is an intermediate wiring board (hereinafter referred to as IDF), 5a and 5b are IDF terminals, 6
Is a terminal such as a telephone or FAX, and 7 is a floppy disk sheet.

FIG. 5 is an explanatory diagram showing the structure of the storage data 2a stored in the PBX 2, that is, the PBX internal data 2
It consists of 0 and terminal data 21. In the figure, 2
0a is an extension number, 20b is a user name, and 20c is FA whether the terminal 6 is a digital telephone or an analog telephone.
Data indicating the terminal type such as X, 20d is service class data indicating whether international call is possible or not, 20e is group data, and 20f is a channel used in the PBX. 21a is data indicating the MDF terminal position, and 21b is data indicating the IDF terminal position.

Next, the operation will be described. According to FIG. 5, the terminal 6 is the IDF terminal 5a, 5b of the IDF 5, that is, the ID
The F terminal positions "C-10" and "D-10" and the MDF terminals 4a and 4b of the MDF 4, that is, the MDF terminal position "A-1"
It is shown that they are connected to the PBX internal channel “1-2-10” of the PBX 2 via “0” and “B-10” and accommodated. Further, this terminal 6 has an extension number "10".
0, user name “Kondo”, terminal type “digital telephone”, service class “10”, group “1”.

The stored data 2a shown in FIG.
It is input using the PBX maintenance console 3. Also,
The stored data 2a is copied to the floppy disk sheet 7, the information management device 1 reads the stored data 2a in the PBX via the floppy disk sheet 7,
The wiring management data 1a is updated.

As a technique relating to building management, there is one disclosed in Japanese Patent Laid-Open No. 4-355875.

[0007]

Since the conventional information management apparatus is constructed as described above, in order to read the stored data 2a in the PBX 2, the data is copied once to the floppy disk sheet 7 and then the floppy disk. There is a problem in that it is necessary to read the stored data 2a in the PBX 2 via the sheet 7, which requires time and effort.

There is also a problem that the storage data 2a in the PBX 2 cannot be changed from the information management device side.

Further, there is a problem in that the information management is carried out for the data relating to the PBX and the data of the building management device and the like are not managed.

The present invention has been made in order to solve the above problems, and is an integrated information management device capable of integrally managing internal information and terminal information of a private branch exchange and a facility management device. Aim to get.

[0011]

SUMMARY OF THE INVENTION An integrated information management device according to the present invention is a private branch exchange internal information and terminal information about terminals and wirings stored in a private branch exchange memory in a private branch exchange, and an equipment management device. The facility management device internal information and the terminal information about the facilities and wirings stored in the facility management device memory are input from the terminal information input means and the facility information input means, and the private branch exchange internal information, the facility management device internal information and The terminal information is transmitted and received online between the private branch exchange and the facility management apparatus.

[0012]

The integrated information management device according to the present invention can input the internal information of the private branch exchange, the internal information of the equipment management device and the terminal information, and these information are stored in the storage means and online to manage the private branch exchange and the equipment. Since it is transmitted / received to / from the equipment, the internal information of the private branch exchange, the internal information of the equipment management equipment, and the internal information of the equipment management equipment and the internal information of the equipment management equipment of the equipment management equipment, which are input and stored in the storage means, Since the terminal information is managed, integrated information of the private branch exchange and the equipment management device can be centrally managed.

[0013]

【Example】

Embodiment 1. An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is a system configuration diagram including an integrated information management device of this embodiment. In the figure, 10 is a facility contact point provided corresponding to various facilities in the building, 11 is a local controller (hereinafter, referred to as a “local controller” for exchanging signals input / output between the facility contact point of various facilities and the facility management device 14). LC), 11a and 11b are LC internal terminals, 12 is IDF, 1
2a and 12b are IDF terminals, 13 is MDF, 13a and 1
3b is an MDF terminal.

Reference numeral 14a is a channel used in the facility management apparatus 14. A facility management device memory 14b stores facility management device storage data such as facility management device 14 and internal data of each facility connected to the facility management device 14 and terminal data. 15 is a PBX (Private Branch Exchange) 16
It is also an integrated information management device that manages various information such as internal data and terminal data of each terminal connected to the private branch exchange 16 and the equipment management device 14 and each equipment connected to the equipment management device 14. 15a is an integrated information management device 1
5 is integrated wiring management data stored in the memory (storage means) 15d of FIG. 5, internal data and terminal data of the PBX 16 and each terminal connected to the PBX 16, and the equipment management device 14 and each equipment connected to the equipment management device 14. It consists of equipment internal data and terminal data. Reference numeral 15b is data input means (terminal information input means) such as internal data and terminal data of the PBX 16 and each terminal connected to the PBX 16, and internal data and terminal data of the equipment management device 14 and each equipment connected to the equipment management device 14.・ Facility information input means). Reference numeral 15c is an online communication unit (online communication means) for exchanging data between the integrated information management device 15, the PBX 16 and the equipment management device 14 by online communication. Reference numeral 16a denotes a PBX memory (private branch exchange memory), which includes PBX16 and PB
PBX storage data such as internal data and terminal data of each terminal connected to X16 is stored. 16b is PB
It is a channel in X.

Reference numeral 17 is an MDF, 17a and 17b are MDF terminals, 18 is an IDF, 18a and 18b are IDF terminals, 19
Is a terminal such as a telephone or a FAX. Also, A is PBX
16 shows a terminal side connected to 16, and B is a facility management device 14
The equipment side connected to is shown.

FIG. 2 is an explanatory diagram showing the configuration of PBX storage data stored in the PBX memory 16a, which is composed of internal data 20 and terminal data 21. In the figure, 20a is extension number information, 20b is user name information, 2
0c is terminal type information such as whether the terminal is a digital telephone, an analog telephone, or a fax, 20d is service class information indicating whether international call is possible or not, 20e is group information, and 20f is in PBX. It shows the used channel information of. Reference numeral 21a is MDF terminal position information indicating the MDF terminal position, and 21b is IDF terminal position information indicating the IDF terminal position.

FIG. 3 is an explanatory diagram showing the structure of equipment management device storage data stored in the equipment management device memory 14b, which is composed of internal data 30 and terminal data 31. In the figure, 30a is management number information, 30b is item name information, 30c is signal name information, 30d is schedule start / stop information, and 30e is report information indicating whether or not to notify the outside when an abnormality occurs, 30f is channel information used in the equipment management device, 31a is MDF terminal position information, 31b is IDF terminal position information, and 31c is LC internal terminal position information.

Next, the operation will be described. As shown in FIG. 1, the terminal 19 has the IDF terminals 18a, 18a of the IDF 18.
b, through the MDF terminals 17a and 17b of the MDF 17 to the PB
It is connected to the internal PBX channel 16b of X16. In this case, the internal data and terminal data of the PBX 16 and the terminal 19 connected to the PBX 16 are P data as shown in FIG.
It is stored in the PBX memory 16a as BX storage data. For example, the IDF terminal position information 21b of the terminal 19 is "C-10", "D-10", the MDF terminal position information 21.
a is "A-10", "B-10", extension number information 20a
Is "100", user name information 20b is "Kondo", terminal type information 20c is "digital telephone", service class information 20d is "10", group information 20e is "1", and PBX16 internal channel information 20f is "1". -2-
It is 10 ".

Internal data and terminal data for the PBX 16 and each terminal connected to the PBX 16 can be input from the data input means 15b connected to the integrated information management device 15. Then, these data are stored in the memory 15d of the integrated information management device 15 as integrated wiring management data and transferred to the PBX memory 16a online to rewrite the data stored in the PBX memory 16a up to that point.

On the other hand, the equipment contact 10 is, as shown in FIG. 1, the LC contacts 11a and 11b of the LC 11 and the ID of the IDF 12.
F terminals 12a and 12b, MDF terminal 13 of MDF 13
channel 14a in the equipment management device 14 via a and 13b
It is connected to the. Internal data and terminal data of the equipment management device 14 and the equipment contact 10 connected to the equipment management device 14 in this case are stored in the equipment management device memory 14b as equipment management device storage data as shown in FIG. For example, the LC terminal position information 31c is "I-10",
"J-10", IDF terminal position information 31b is "G-1.
0 "," H-10 ", MDF terminal position information 31a is" E "
-10 "," F-10 ", management number information 30a is" 1 ", item name information 30b is" 1F lighting stop ", signal name information 30c is" D0 ", schedule start / stop information 30d is" present ", The report information 30e is "none", and the facility management device channel information 30f is "2-2-10".

Facility management device 14 and facility management device 14
Internal data and terminal data regarding the equipment contact points of each equipment connected to can be input from the data input means 15b connected to the integrated information management device 15. Then, these data are stored as integrated wiring management data in the memory 15d of the integrated information management device 15, and
The data that has been transferred to the facility management device memory 14b online and stored in the facility management device memory 14b up to that point is rewritten.

As described above, according to this embodiment, the internal data and terminal data of the PBX 16 and each terminal connected to the PBX 16 and the facility management device 14 are stored.
And the internal data and the terminal data about the equipment contact of each equipment connected to the equipment management device 14 are input from the data input means 15a of the integrated information management device 15 and stored in the memory 15d of the integrated information management device 15. Along with
The PBX memory 16a and the facility management device memory 14b are transferred online and stored respectively.
The data previously stored in the equipment management device memory 14b can be rewritten. Therefore, the integrated information management device 15 uses the data stored in the memory 15d to determine the internal data and terminal data of the PBX 16 and each terminal connected to the PBX 16, and the facility management device 1
4 and the facility management device 14, the internal data and the terminal data of the facility contact of each facility connected to each facility can be centrally managed, and it is not necessary to collect the internal data and the like from the PBX 16 and the facility management device 14.

[0023]

As described above, according to the present invention, the integrated information management device is connected to the private branch exchange and the equipment management device online, and the private branch exchange internal information, the equipment management device internal information, and the terminal information are online. Since the private branch exchange and the equipment management device can be centrally managed, the private exchange and the equipment management device can be centrally managed, and there is an effect that the trouble of collecting internal data and the like from the private branch exchange and the equipment management device can be omitted.

[Brief description of drawings]

FIG. 1 is a system configuration diagram including an integrated information management device according to an embodiment of the present invention.

FIG. 2 is an explanatory diagram showing a configuration of PBX storage data stored in a PBX memory in a system including an integrated information management device according to an embodiment of the present invention.

FIG. 3 is an explanatory diagram showing a configuration of facility management device storage data stored in a facility management device memory of a system including an integrated information management device according to an embodiment of the present invention.

FIG. 4 is a conceptual diagram showing a configuration of a system including a conventional information management device that manages wiring information of internal data and terminal data of a private branch exchange in a building.

FIG. 5 is an explanatory diagram of stored data stored in a PBX in a conventional information management device.

[Explanation of symbols]

14 facility management device 14b facility management device memory 15b data input means (terminal information input means, facility information input means) 15c online communication unit (online communication means) 15d memory (storage means) 16 PBX (private branch exchange) 16a PBX memory (inside premises) Exchange memory)

Claims (1)

[Claims] 1. Terminal information input means for internal information and terminal information of a private branch exchange such as terminals and wirings stored in a private branch exchange memory in the private branch exchange, and equipment stored in an equipment management device memory in the equipment management device. Equipment information input means such as equipment management equipment internal information about terminals and wiring, and terminal information, and the above private branch exchange internal information, equipment management equipment internal information and terminal information are transmitted and received online between the private branch exchange and equipment management equipment. Online communication means for
An integrated information management device comprising: a private branch exchange memory; and a storage means for storing the private branch exchange internal information, the facility management device internal information, and the terminal information stored in the facility management device memory.