JPH0648867B2 - Terminal data registration method - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention comprises a base station and at least one terminal station or relay station, and a terminal station or a subscriber terminal of the relay station originates a call. The present invention relates to a terminal data registration method of a multi-directional multiplex communication method in which a transmission channel is allocated between a base station and a terminal station / relay station to form a communication path.

[Conventional technology]

In the conventional terminal data registration method, registration is the setting position of the terminal circuit and the mounting position of the line circuit, and the maintenance operation is managed by the connection test.

FIG. 5 is a block diagram showing a conventional example. A conventional technique will be described with reference to FIG.

In FIG. 5, the exchange 1 is connected to the base station 91, and is connected to the terminal 2 accommodated in the terminal station 92 via the wireless device 93. The base station 91 includes a line circuit 911 and a switch 91.
2, a communication path controller 913, a central controller 914, a data transmission controller 915, and a bus 916, and a terminal station 92 includes a communication controller 921, a terminal circuit 922, a terminal controller 923, a bus 924, and a setting unit 925. And an information connection unit 926.

A communication path between the exchange 1 and the terminal 2 is formed from the exchange 1 to the terminal 2 via the line circuit 911, the switch 912, the wireless device 93, the communication control device 921, and the terminal circuit 922. In the base station 91, the central control device 914 controls the entire call connection process, and the communication path control device 913 exchanges information with the communication path control device 914 via the bus 916 to control the line circuit 911 and the switch 912. To do. The data transmission control device 915 transmits data other than telephone calls and exchanges signals between the base station 91 and the terminal station 92 by using the bus 91.
Control is performed in response to an instruction from the central controller 914 via the control unit 6.

The communication control device 921 controls the wireless device 93 such as setting of a communication path, monitoring, and the like according to an instruction from the terminal control device 923 which is a central control unit of the terminal station. The terminal circuit 922 connecting the terminal 2 connects the communication path to the communication control device 921.
The setting unit 925 sets the station number in which the terminal circuit 922 is arranged and the assigned subscriber number by using a button or the like. The information connection unit 926 takes out the information set by the setting unit 925 and notifies the terminal control device 923 via the bus 924.

The wireless device 93 is simultaneously broadcast in at least one radio frequency band between the terminal station 92 and the relay station (not shown) to which the number of transmission channels reduced by the switch 912 is connected in the base station 91. .

In FIG. 5, when the terminal 2 makes a call, the terminal circuit 922
Detects a call and sets the information from the setting unit 925 to the information connection unit 926 and the bus 924 to the terminal control unit 923.
As the terminal data of, the station number and the subscriber number are notified together with the calling signal. The terminal control device 923 notifies the communication control device 921 of the calling of the terminal circuit 922, selects one of the available transmission channels, and the data transmission control device 915 and the bus 916 via the wireless device 93. Call processing is requested by notifying the central controller 914. The central controller 914 sets the line circuit 911 corresponding to the calling terminal 2 to the setting unit 925 of the terminal circuit 922.
Select from the station number and subscriber number set in
Twelve wireless channels are selected based on the received transmission channel selection information and notified to the communication path control device 913, and the switch 912 is controlled to connect the line circuit 911 and the transmission channel to the calling terminal 2. Establish a communication path.

Part of the terminal data, which is the attribute of the terminal, is set by the buttons of the setting unit mounted in the package in which the terminal circuit is mounted, and the subscriber number and accommodation that are given when deploying / connecting the terminal are stored. , At least the station number of the terminal station is included.

Therefore, the registration of the terminal data is, for example, the setting of the button, and the main management is the connection confirmation by the periodic test.

On the other hand, when receiving a call to the terminal, the accommodation position of the terminal corresponding to the mounting position of the line circuit 11, that is, the station number and the accommodation position of the terminal circuit are used.

[Problems to be solved by the invention]

As described above, the conventional terminal data registration management method is a setting unit attached to the terminal circuit of the terminal station, and is registered by, for example, button setting and is mainly managed by checking the connection test, so the setting is easy, but there are many opportunities for incorrect setting. However, there is a problem that the procedure for setting confirmation from the base station is complicated and inefficient in terms of maintenance and operation.

An object of the present invention is to provide a terminal data registration management system that solves the above problems.

[Means for solving problems]

The terminal data registration management system according to the present invention has a terminal data storage device provided in each of the terminal station and the relay station and an all terminal data storage device provided in the base station. The terminal data storage device registers and stores terminal data of subscriber terminals accommodated in respective terminal stations or relay stations. The all terminal data storage device stores the terminal data of all the subscriber terminals accommodated in the terminal station connected to the base station and the relay station in the terminal data storage device in duplicate. Further, the terminal control device provided in each of the terminal station and the relay station requests registration to the base station when the registered content of the terminal data storage device is changed, and at least transfers the changed terminal data, and the base station When the central control unit arranged in step S1 receives the terminal data together with the registration request, the central control unit registers and stores the data in the corresponding area of all the terminal data storage devices and investigates the presence or absence of double registration.

〔Example〕

Next, the terminal data registration method of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of the present invention. In FIG. 1, the exchange 1 is connected to the base station 10 and the terminal 2 is connected to the terminal station 20. Base station 10 and terminal station 20
And the wireless device 30 forms a transmission path and couples with. Base station 1
0 is a line circuit 11, a switch 12, a communication path control device 1
3, central control device 14, data transmission control device 15, bus 16, display device 17, display control device 171, operation panel 1
8 and the operation panel connecting device 181, in addition to the total terminal data storage device 19. The terminal station 20 is the communication control device 2
1, a terminal circuit 22, a terminal control device 23, a bus 24, an operation panel 25, an operation panel connection device 251, a display device 26, and a display control device 261, and a terminal data storage device 27.

The line circuit 11 accommodates the subscriber line of the exchange 1 and is connected to the switch 12. The switch 12 accommodates a plurality of line circuits 11 and is reduced to a small number of transmission channels by the wireless device 30. The communication path control device 13 controls the switch 12 to connect the line circuit 11 and the transmission channel of the wireless device 30 in exchange. The central control device 41 is connected to the communication path control device 13, the data transmission control device 15, the display control device 171, the operation panel connection device 181, and the all-terminal data storage device 19 via the bus 16. The central controller 14 sends and receives connection information to and from the communication path controller 13 and signal information to and from the data transmission controller 15 to control the functions of the base station 10 mainly for controlling call connection. The display device 17 displays information such as operation information of the operation panel 18, registration information of the all-terminal data storage device 19, call connection information, etc. based on signal information and data transmitted and received by the display control device 171 to the central control device 14. The control panel 18 transfers the operation information to the central control unit 14 via the control panel connection device 181, and the central control unit 1
Predetermined operation processing is executed according to the program and data included in 4.

The communication control device 21 allocates a transmission channel to be coupled to the base station 10 via the wireless device 30, interfaces with the terminal device 2 to be connected via the terminal circuit 22, and the bus 2
The communication processing is executed in response to the instruction from the terminal control device 23 via the terminal 4. The terminal circuit 22 has a connection function of terminating the terminal device 2. The terminal control device 23 has the bus 24, the communication control device 21, the operation panel connection device 251, and the display control device 26.
1 and the terminal data storage device 27, and controls the processing functions of the terminal station 20 by making full use of the programs and data contained therein. The operation panel 25 sends operation information to the terminal control device 23 via the operation panel connection device 251, and causes the terminal control device 23 to execute a predetermined control. The operation panel 25 may be connected to the terminal station 20 only during maintenance operation. Display device 2
6 receives the instruction from the terminal control device 23 via the display control device 261 and displays predetermined information. The display device 26 displays, for example, the registered contents of the terminal data storage device 27 according to an instruction from the terminal control device 23 based on predetermined operation information on the operation panel 25. The terminal data storage device 27 stores and registers the terminal information of the terminal 2 accommodated in the terminal station 20 controlled by the terminal control device 23, for example, at least the information of the station number and the subscriber number.
The terminal information to be registered is stored by the terminal control device 23 according to the operation information from the operation panel 25.

FIG. 2 is a frame configuration diagram showing an example of a main channel configuration transmitted by the wireless device 30 of FIG. One time frame is a control channel (C-C) in a predetermined order.
H), a monitoring channel (SV-CH), a telephony communication channel (TLX-CH), and a 60-channel telephone communication channel (V-CH1 to V-CH60). The control channel has usable channel information, call information, etc., and the monitoring channel contains monitoring information for each station. The monitoring channel is the station number used
Information is transferred with a frame number. The terminal data is included in the data area of the monitoring channel with the numbers of the terminal circuit and line circuit. In FIG. 2, a plurality of data blocks for each predetermined amount include all information to be registered such as a terminal circuit or a corresponding predetermined line circuit number and a service type / line type given to this terminal. Therefore, the number of data blocks indicates the number of data blocks. Further, the partial name of the terminal data can be attached to the content of the data block to enable registration of the partial data. To simplify the procedure, the conventional method of automatically deleting registered data is used when registering data other than deleting all text.

Next, FIG. 3 is a flow chart showing an example of a main operation procedure in the terminal station of FIG. The operation procedure of the terminal station will be described with reference to FIG. When the maintenance operator operates the operation panel 25 to set the terminal data registration request (operation procedure 1), the terminal control device 23 calls the corresponding terminal data registration area of the terminal data storage device 27 and displays it on the display device 26. At the same time, the terminal data setting permission is displayed. With this display, the terminal control device 23 writes the terminal data received from the operation panel 25 in a predetermined storage area and displays it on the display device 26. After confirming the content, the registration instruction is received from the operation panel 25 to receive the terminal data. Is registered in the terminal data storage device 27 (operation procedure 2). When the terminal control device 23 registers the terminal data, the terminal control device 23 instructs the communication control device 21 to transmit an interrupt request signal to the base station 10 via the monitoring channel (operation procedure 3). The terminal control device 23 waits for the reception of the interrupt request acceptance confirmation signal from the base station 10 that is the transmission destination of the interrupt request signal until the arrival of a predetermined time period (operation procedure 4.5).
The terminal control device 23, which has received the acceptance request for the interrupt request by the confirmation signal (operation procedure 6), reads the registered terminal data from the terminal data storage device 27 and transfers it to the base station 10 under the control of the communication control device 21 (operation). Perform step 7). The terminal data transferred by one monitoring channel is the base station 10
When the registration is completed, the terminal control device 23 receives the data registration completion signal from the base station 10 via the communication control device 21 (operation procedure 8), and thus the registration completion is displayed on the display device 26 (operation procedure 9). At the same time, a confirmation signal of reception of the registration completion signal is returned (operation procedure 10) and the operation procedure ends. On the other hand, when the time comes without receiving the confirmation signal in the operation procedures 4 and 5, the terminal control device 23 executes a predetermined action for the call failure or interrupt failure of the base station 10 (operation procedure 1
1) Do.

FIG. 4 is a flow chart showing an example of the main operation procedure of the base station of FIG. Main operation procedures in the base station will be described with reference to FIG. 4 together with FIG. First, the data transmission control device 1 with a monitoring channel from the terminal station 20.
The central control unit 14 that has received the interrupt request signal through the operation 5 (operation procedure 21) interrupts the predetermined boring procedure (operation procedure 22), and sends a confirmation signal that accepts the interrupt request to the terminal station 20 (operation). Perform step 23). Upon receiving the terminal data from the terminal station 20 by this confirmation signal, the central controller 14 writes the received data in the corresponding area of the entire terminal data storage device 19.
While registering (operation procedure 24), double registration with another area is investigated (operation procedure 25). When there is no double registration, the central controller 14 transmits a registration completion signal to the terminal station 20 (operation procedure 26), and then receives a return of a registration completion signal reception confirmation signal from the terminal station 20 (operation procedure 27). Finish the procedure. When the double registration is found in the operation procedure 25, the central controller 14 executes a predetermined failure notification processing procedure (operation procedure 28).

In the above procedure, the reception of the confirmation signal for the transmission of each signal is explained as the timed arrival procedure only by the operation procedures 4 and 5.
The description of other signals is omitted despite having the same confirmation procedure.

Further, the station number and the subscriber number are designated from the operation panel 18 of the base station 10, and the terminal station 20 stores the terminal data storage device 2
There is also a procedure for reading the terminal data registered in 7. That is, when the central controller 14 receives an instruction to call the terminal station data from the predetermined operation panel operation information, it transmits a terminal data request signal to the terminal station 20. In the terminal station 20, the terminal controller 23 receives the terminal data request signal and
The terminal data is transferred according to the operation procedure 7 shown in FIG. The central control unit 14 receiving the transfer data registers the terminal data in accordance with the operation procedure 24 of FIG. 4 and displays the registered contents on the display unit 17. Hereinafter, the procedure of FIGS. 3 and 4 proceeds and ends.

Although the display device is shown and described in the above embodiment, the display is not necessary if the operation panel is not operated. The terminal station does not need to have a display device and operation panel. The procedure of reading the terminal data of the terminal station from the base station can be automatically and periodically executed for each terminal to minimize the difference in the terminal data between the base station and the terminal station. The illustrated storage device and control device are examples, and the formation of the functional blocks is not limited to the above description. The operating procedure may be replaced by the preceding and following procedures that do not impair the functioning, and the above description does not limit the present invention.

〔The invention's effect〕

As described above, according to the terminal data registration method of the present invention, a terminal data storage device for registering terminal data of a terminal accommodated in its own station in a terminal station and a relay station, respectively.
A terminal station installed in the base station and a terminal station of all terminals connected to the relay station and terminal data of all terminals connected to the relay station; Since the same terminal data is registered in all terminal data storage devices when registering in the terminal data storage device, there is no difference in terminal data setting between the base station and the terminal station / relay station, and The station can confirm the terminal data settings, which has the effect of improving the operation and maintenance. In addition, the incoming call between the base station and the terminal station / relay station
Since there is no difference in the terminal data used for each connection for making a call, there is also an effect of improving operating efficiency that erroneous connections or malfunctions are eliminated.

[Brief description of drawings]

FIG. 1 is a block diagram showing an embodiment of a terminal data registration system of the present invention, and FIG. 2 is a frame configuration diagram showing an example of a transmission frame formed by the wireless device of FIG. 1, FIG. 3 and FIG. Is a flow chart showing an example of a main operation procedure of each of the terminal station and the base station in FIG. 1, and FIG. 5 is a block diagram showing an example of the conventional art. 2 ... terminal, 10 ... base station, 14 ... central control unit, 19 ... all terminal data storage device, 20 ... terminal station,
22 ... Terminal circuit, 23 ... Terminal control device, 27 ... Terminal data storage device, 30 ... Wireless device.

Claims (1)

[Claims] 1. A base station and at least one terminal station or relay station comprising a base station and a terminal station / relay station when a terminal station or a subscriber terminal of the relay station originates a call. In the terminal data registration method of the multi-directional multiplex communication method in which a transmission channel is allocated to form a communication path, the terminal data of the subscriber terminal installed in each of the terminal station and the relay station and accommodated in its own station is registered and stored. Terminal data storage device, and terminal data of all subscriber terminals accommodated in the terminal station and relay station which are arranged in the base station and connected to the local station are registered and stored in the terminal data storage device in duplicate. A terminal data storage device and a registration request to the base station when the registered contents of the terminal data storage device provided in each of the terminal station and the relay station are changed, and at least the changed terminal A terminal control device for transferring data, and a central control arranged in the base station for registering and storing in a corresponding area of the all terminal data storage device when terminal data is received together with a registration request and for checking presence / absence of double registration A terminal data registration method comprising: a device.