MOBILE MULTI-SERVICE TELECOMMUNICATION COMPLEX Russian patent published in 2023 - IPC H04M3/00 H04L12/28 

Abstract RU 2800724 C1

FIELD: communication means.

SUBSTANCE: communication and control systems used to create field communication networks that perform switching and transmission of various types of information over trunk communication lines.

A mobile multiservice telecommunication complex containing an automated workstation (AWS) of an operator equipped on the basis of a laptop computer, three multiplexers of combined communication systems, two electronic cross-sections of Ethernet streams, two electronic cross-sections of E1 streams, a multiprotocol information encoder, integrated switching unit (ISU), synchronous input-output multiplexer (SIOM) of the SDH system, broadband radio access stations, radio relay stations, HDSL modem(s), data transmission equipment (DTE), standard frequency and time receiver (SFTR) from the core network synchronization of the unified automated digital communication system, SFTR from radio stations, the standard frequency and time receiver of the GLONASS system, synchronization signal multiplication equipment (SSME), control channels and information channels of a local area network (LAN), a communication line with a synchronous output of a synchronous input-output multiplexer of the SDH systems and fiber-optic communication lines for issuing/receiving E3 streams to group communication users, additionally introduced a workstation for a cross-country mechanic equipped on the basis of a laptop computer, a printing device, a second LAN switch, cable communication lines for organizing HDSL exchange and telecommunications equipment consisting of a control module, a converter, an encoder, a laser source with a modulator, a transmitter module, a transmitting antenna, a receiving antenna, a photodetector module, a signal processing device with a preamplifier, a decoder and an atmospheric channel.

EFFECT: increasing the efficiency of the deployment of communication lines and the organization of various directions of communication, the compilation of paths and communication channels in the transport network, the expansion of the functionality of the device in terms of ensuring the deployment of atmospheric optical communication system equipment on its basis for a combination of atmospheric communication, radio and radio relay communication.

1 cl, 1 dwg

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Authors

Vergelis Nikolaj Ivanovich

Karpukhin Sergej Nikolaevich

Meshchanin Vladimir Yurevich

Dashkova Svetlana Vyacheslavovna

Ivanin Andrej Nikolaevich

Kolesnikova Tamara Vasilevna

Rumyantsev Igor Olegovich

Dates

2023-07-27Published

2022-06-30Filed