Digital switching device

专利摘要:
This invention relates to digital connector technology. The purpose of the invention is to provide the possibility of controlling the switching element during operation. The device contains To control units 1, a connection unit of 2 terminals, M groups of terminals 3 and a central switching unit (PPM) 4, containing N switches 5, consisting of two matching blocks 6, a buffer memory block 7 made in as a square matrix, and control element 9, and a marking unit 10 consisting of N markers. These tools provide complete control of the communications established in the network, for example, by talking from the terminal-interrogator to the requested terminal. The solution used for this type of control is to enter the active control code at the marker level and receive this code at the marker input after a run, covering the talk channels back and forth and both terminals. The goal is achieved by the implementation of PPM 4. 2 Il. o cho dl / yy
公开号:SU1308209A3
申请号:SU823418799
申请日:1982-04-02
公开日:1987-04-30
发明作者:Дюпюи Бернар；Паске Жан-Пьер；Коппен Кристиан
申请人:Компани Эндюстриель Де Телекоммюникасьон Сит-Алькатель (Фирма)；
IPC主号:

专利说明:

The invention relates to digital communication technology for communication nodes and can be used in a long-distance communication, especially in time-division automatic telephone switches.
The purpose of the invention is to provide the ability to control switching elements in the course of work.
Figure 1 shows the structural scheme of the device; Fig. 2 shows the control circuit.
The digital switching device contains To control units 1 ... 1K, terminal connection unit 2, M terminal groups 3, central switching unit 4 containing 5.1 ... .5N switches consisting of the first matching unit 6, unit 7
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communication networks, for example, the paths of the conversation from the interrogating terminal to the requested terminal. For this type of control, the solution is to enter the code of the active counter at the level of the marker and receive it and the input of the marker after the run of the talk channel that surrounds the channel and vice versa and both terminals.
For this, it is necessary to short the incoming and outgoing channels in the terminals.
The following describes the exchange of messages during such monitoring under the following conditions:
monitoring is performed by disconnecting the called subscriber;
terminal 3.1 calling abon ta - terminal 3.2 called abo
memory in the form of a square is controlled by various blocks
the battle matrix, the second matching unit 8 and the control element 9, and the marking unit 10.
The marking unit 10 executes orders received from the K control units 1. Connection functions lead to the establishment of a connection in one direction. Each connection can be accompanied by three types of monitoring of the active control of the connection, checking the connection to the connection, checking for compliance with the previous connection.
The information part of the message contains 7 bytes: one byte of function 00001TPC; three addresses of two bytes (address of the input, address of the output, old address of the input to check for compliance).
Disconnection functions are simple disconnection with or without conformance testing and the general disconnection of several channels of the same output.
The message contains 6 bytes: function code (one byte); the address of the corresponding link (one byte); thirty two binary bits, each of which is assigned to any one of the thirty-two channels, indicating a disconnected channel.
I
The types of control include active control, passive control, control by re-reading the connection in the control storage device.
The proposed means provide complete control of the installed in
communication networks, for example, conversation paths from the requestor terminal to the requested terminal. The solution used for this type of control is to enter the active control code at the marker level and receive this code at the marker input after a run, covering the talk channels back and forth and both terminals.
For this, it is necessary to short the incoming and outgoing channels in the terminals.
The following describes the message exchange during such monitoring under the following conditions:
monitoring is performed with the called party disconnected;
Caller Terminal 3.1 - Called Terminal 3.2 is controlled by various blocks.
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1.1 and 1.2 controls;
The switch 5.1 of the 4-co-operation unit, which establishes a path in the direction from 5 of the terminal to the terminal (3.2-3.1), is the same switch that establishes a connection between the auxiliary terminal 3.0, which provides the ringing signal to the calling subscriber, and the terminal 3. 1 ;
switch 5.2, which establishes a path in the direction from terminal 3.1 to 3.2, is located in the same place as switch 5.1;
the selection and establishment of the path is carried out through a dialogue between the blocks 1.1 and 1.2 controls, respectively, the markers of the marking block 10.
0
Actions and messages will be as follows:
before disconnecting the called subscriber, a call is received to it and the called subscriber connected to terminal 3.0 receives the ringing signal;
with disconnection, terminal 3.2 disconnects the call and notifies control unit 1 .2 0, which notifies the control unit
management team

do close to the caller terminal 3.1;
control block I.1 sends to Marker 10.1 a command to replace the connection;
the control unit 1.2 sends to the terminal 3.2 a command — on closure of the terminal of the called subscriber;
The control unit 1.2 issues to the marker 10.2 a command for establishing a connection, which carries out active monitoring and reports this to the control unit 1.1.
The terminals are then opened, and the control unit 1.I performs the transmission of the conversation in phase with the disconnection of charging.
Control by comparing the transmitted and the received codes can be performed with a certain deviation, for example, without taking into account the binary element of the lower order.
Now, as an example, we will describe the local communication, following its various phases: pre-search, dialing and conversion in the case of a subscriber with a dialing device and in the case of a subscriber with a keyboard, local search, end of the search, connection with control of the established path, and call back. I
Suppose that the subscriber is free, the caller is disconnected from the first one and the terminals of the recipient and the subscriber are controlled using different control blocks. The indices 1 will be assigned to the bodies related to the caller, and the indices 2 will be assigned to the bodies related to the calling subscriber.
A. Pre-search, dialing and conversion in case of a subscriber with a dialing device:
phase I: terminal processor 3.I periodically examines its terminals and detects disconnection;
phase 2: terminal 3.1 notifies control unit 1.1 and indicates to it the number of the calling subscriber terminal
phase 3: control unit 1.1 searches for a channel between the terminal 3.1 and the connecting network and the channel access to the block of tone signal transmitters;
phase 4: the control unit notifies the corresponding token of the connecting network, indicating connected channels to it;
phase 5: the control unit 1.1 warns the terminal block 3.1 that the terminal 3.1 is being connected to the block of tone transmitters;
phase 6: terminal block 3.1 makes local connection of the terminal to the channel of the connecting network;
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phase 7: the terminal of the calling subscriber accepts the invitation to number the block of the terminal transmitters of the tone signal;
5 phase 8: the terminal sends the first digit to the terminal 3.1;
phase 9: from the moment of reception of the first pulse, terminal 3.1 disconnects the connection of the terminal with the channel for a sn - tO chi tone;
phase 10: terminal 3.1 receives, identifies and transmits each digit to control unit 1.1;
phase 1 1: after receiving two digits 5, control unit 1. 1 performs the first conversion for preliminary analysis of the establishment of the path;
phase 12: full conversion after receiving the expected number of 0 digits determined by preliminary analysis (in this phase, depending on the type of communication node and the nature of the call, the first control unit may call the centralized conversion service embedded in another control unit).
B. Pre-search, dialing and conversion in the case of a subscriber with an ep keyboard with a multi-frequency code; in this case, the block of terminal terminals of the number dialing in the keypad code and the switch marker that connects the terminals for dialing the number to two different channels and two Switches located in the same plane of the connecting network:
phases 1 and 2 are identical to phases I and 2 of the previous case;
phase 3: control unit 1.1 searches for paths to terminal 3.1 and a channel to an unassigned number dial receiver; phase 4: orders to markers 10.1 and xc 10.2 to establish connections in two directions between terminals 3.1 and 3.0;
. phase 5: the control unit 1.1 notifies the terminal 3.1 that the number dial receiver Q is connected;
phases 6 and 7 are identical to phases 6 and 7 of the previous case;
phase 8: the terminal forwards the digit to the block of terminals-receivers of the number dialing, which disable the invitation tone to dial the number (phase 9);
phases 10, 11 and 12 are identical to phases 10, 11 and 12 of the previous case;
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five
phase 13: the control unit 1.1 sends a selection order to a unit of receivers of the number set;
phase 1A: the control unit 1.1 commands the marker to disconnect the channel from the receiving terminal of the numbered dialing;
phase 15: block 1, the control sends a command to terminal 3.1 to locally disconnect the terminal.
In Local Quest.
Phase 1: a call to the control unit 1.2, which controls the terminal of the called subscriber using the control unit 1.1 on the connecting network in use, a channel that connects the calling terminal and the number of the terminal of the called subscriber;
phase 2: the control unit 1.2 searches for the state of the called subscriber (free, busy, transitional or some other state), if the terminal is free, the block searches for another channel to the terminal of the connecting network;
phase 3: if the terminal is free but there is no free channel (for example, because the corresponding connection is not in operation), the control unit 1.2 responds to the control unit .1;
phase 4: control unit 1.1 searches for a channel in another interconnecting network;
phase 5: control unit 1.1 notifies control unit 1.2 of the number and channel used;
phase 6: channel search by control unit 1.2;
phase 7: order from the control unit 1.2 to the second terminal 3.2 about the detection of the terminal and the call;
phase 8: response to phase 5 from control unit 1.2 to first control unit 1.1 (end of search),
one
G. The end of the search:
phases 1 and 2: with the end of the search, the control unit 1.1 proceeds to protect the information associated with this connection (message to the protection machine), then to search for the channel connecting the tone block to the block to connect the call signal to the calling subscriber;
phase 3: command 1.1 control for giving the command to the first marker 10.1 to switch channels;
 phase 4: control unit 1.1 commands the marker 10.1 locally connected to the channel;
under-

fO
3082096
phase 5: disconnection of the signaling terminal from control unit 1.2, then control unit 1.1 and termination of the call at the called subscriber.
D. Connection with the control of the established path:
phase 1: control unit 1.2 sends a command to terminal 3.2 to close the circuit;
phase 2: marker 10.2 commands a channel connection to test the connection;
phase 3: control unit 1.1 sends a command to terminal 3.1 to close the circuit;
phase 4: control unit 1.1 commands the marker 10.1 to connect with the test;
phase 5: verification report of marker 10.1 to control unit 1.1;
 phase 6: order of control units 1.1 and 1.2 to open circuits;
phase 7: establishment of a taxation by the control unit 1.1 and the beginning of the talk. the thief.
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20
25


thirty
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t
E. Hang up:
phase 1: disconnecting the caller, as detected by terminal 3.1, then block 1. 1 control;
phase 2: control unit 1.1 transmits the rate and notifies the machine controlling the protection;
phase 3: control block 1.1 requests control block 1.2 to release the corresponding part of the circuit;
phase 4: order to release control unit 1.1 to terminal 3.1 (local disconnect);
phase 5: order of the control unit 1.1 to disconnect the connection;
phase 6: control unit 1.2 searches for a channel to connect the terminal to the block transmitting the busy signal;
phase 7: order of the control unit 1.2 to the second marker 10.2 to join;
phases 8 and 9: the terminal receives the busy tone and turns off;
phase 10: order of control unit 1.2 of terminal 3.2 for release (local disconnection);
phase 11: order of the control unit 1.2 to the second marker 10.2 to decouple the communication.
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权利要求:
Claims (1)
[1]
Invention Formula
A digital switching device containing K control units whose inputs and outputs are connected via a central switching unit and, respectively, with the outputs and inputs of a terminal connection unit connected to terminals united into M groups of N terminals, characterized in that switching elements during operation, the central switching unit contains N switches, the inputs of which are combined, and the first and second control inputs of the switches are interconnected in parallel and Connected to the control inputs of the control unit 08209 8.
ki, each switch contains a first matching unit, the first inputs of which are respectively the first inputs and outputs 5 of the switches, and the second inputs and outputs are connected respectively to the outputs and the first inputs of the buffer memory block, executed in the form of a square matrix, the second inputs of the block the buffer fO memory is connected to the outputs of the second matching unit, the combined inputs of which are connected to the output of the control element and the input of the marking unit, the first output of which is connected to the input of the control element Yeni, and the second and third inputs a detection unit are respectively the first and second inputs of the gate switch.
5.d
Editor M. Petrova Tehred V. Kadar
Order 1646/59 Circulation 639Subscription
VNIIPY USSR State Committee
for inventions and discoveries 113035, Moscow, Zh-35, Raushsk nab., 4/5
.Production and printing company, Uzhgorod, Projecto st., A
(Pu2.2
Proofreader A.Zimokosov

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法律状态:

优先权:

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申请号 | 申请日 | 专利标题

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FR8106810A|FR2503511A1|1981-04-03|1981-04-03|Digital switching system for telephonic auto-commutator - utilises microprocessor in marker unit to drive memory controller for buffer memories in switching network|

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FR8106809A|FR2503514B1|1981-04-03|1981-04-03|DIGITAL CONNECTION NETWORK|

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