RU90596U1 - COMPLEX OF INFORMATION EXCHANGE OF CLOSED DOCUMENTAL INFORMATION ON IMULSE COMMUNICATION CHANNELS (COMPLEX I-300 STATIONARY) - Google Patents

Abstract

1. The complex of information exchange of closed documentary information via pulse communication channels (I-300 complex stationary), consisting of I-300.01 multichannel subscriber stations and I-300.02 terminal subscriber stations, each of which contains an automated workstation of an ARM-DL official and automated workstation for communication ARM-S, interconnected using a local area network LAN, a multi-channel telecommunication multiplexer connected to a personal electronic system unit computer PC ARM-S, the workstation ARM-DL and ARM-S contains each PC, consisting of a system unit, monitor, keyboard and mouse, and ARM-DL an additional laser printer, characterized in that the multi-channel I-300.01 subscriber points and I-300.02 end subscriber stations contain multi-channel telecommunication multiplexers U8403XXX with a different number of bi-pulse and telegraph communication channels, a junction box connected at the first input-output with an output the house-input of a telecommunication multichannel multiplexer, and on the second and third input-output, respectively, with bi-pulse and telegraph communication channels, the power supply system contains a four-module box of an automatic circuit breaker connected to an alternating current ~ 220 V, 50 Hz, a protective device connected to the switch output automatic, three blocks of sockets connected to the output of the protective device, two devices for protecting information from information leakage through the technical channels of the Sonata-P2, the outputs of the first

Description

Technical field

This technical solution relates to the field of computer technology, namely, to automated workstations of control and data transmission systems.

State of the art

One of the analogues of this technical solution is the AUTOMATED WORKPLACE FOR DATA EXCHANGE THROUGH THE STATE TELEPHONE NETWORK (ARM VEST) (utility model patent RU 40682 U1, application 2004116971/22 dated 07.06.2004, published on 09.20.2004, bul. No. 26), containing a personal electronic computer (PC) as a communication server, consisting of a system unit with COM1 (COM2) ports, a monitor, keyboard and mouse-type manipulator, and a printer, as well as modems connected to the channel part by units universal telephone outlets (times etvitelyami), characterized in that it further comprises encoders blocks connected on one side to the ports COM1 (COM2) of the system unit and on the other side - with the modems.

The disadvantage of the prototype is its small functionality that limits the number of connected local subscribers.

Another analogue of the claimed technical solution is the AUTOMATED WORK PLACE FOR EXCHANGE OF CLOSED DOCUMENTARY INFORMATION ON TELEPHONE LINES OF GENERAL PURPOSE (AWP "VESTA-T") (utility model patent RU 43982 U1, application 2004131281 dated 10.10.2004 2004 , Bulletin No. 4), containing a personal electronic computer (PC) as a communication server, consisting of a system unit with COM1 (COM2) ports, a monitor, a keyboard and a mouse-type manipulator, and a printer, as well as modems connected to the channel part blocks university greasy telephone sockets (splitters), as well as encoder blocks, connected on one side to the COM1 (COM2) ports of the system unit, and on the other hand, to modems, characterized in that it additionally contains a subscriber telephone exchange mini IP-PBX with connected telephone devices connected to an Ethernet network card located in a network unit.

The disadvantage of this analogue is its limited functionality that does not allow the transmission of information over a wide range of communication channels.

The next analogue (prototype) of the claimed technical solution is MOBILE AUTOMATED WORK PLACE FOR EXCHANGE OF CLOSED SPEECH DOCUMENTAL INFORMATION ON TELEPHONE COMMUNICATION LINES AND MOBILE LINES "MEMORY COMMUNICATION LIABILITY AND COMMUNICATION LIABILITY APPLICATION INFORMATION APPLICATIONS 2005, published December 10, 2005, Bulletin No. 34) containing a Notebook personal computer (PC) as a communication server, consisting of a system unit with COM1 (COM2) ports, a monitor, a keyboard, and a manipulator such as tr ekbol "and printers, modems connected to the channel part by universal telephone jack blocks (splitters), as well as cipher blocks connected on one side to the COM1 (COM2) ports of the system unit, and on the other hand to modems, characterized in that it further comprises a cellular communication apparatus used as a modem and connected on one side to one of the encoder blocks, and on the other connected to a mobile communication network.

The next analogue of the claimed technical solution is the AUTOMATED WORK PLACE FOR EXCHANGE OF CLOSED DOCUMENTAL INFORMATION ON TELEPHONE COMMUNICATION LINES (AWP "VESTA-B") (Utility Model Patent RU 60240 U1, application 22102.2006, dated 02.10.2006, 2006.01106. 2007, bull. No. 1), containing a personal electronic computer (PC) as a communication server, consisting of a system unit with COM1 (COM2) ports, a monitor, a keyboard and a mouse-type manipulator, a printer, modems connected to a channel part of the univ blocks telephone telephone outlets (splitters) and cellular telephones connected to a mobile communication network, encoders connected on one side to the COM1 (COM2) ports of the system unit, and on the other hand, through a switch with modems or a cellular telephone, a subscriber telephone exchange - mini IP-PBX with connected telephones connected to an Ethernet network card located in the PC system unit, characterized in that it additionally contains a personal information protection tool (PSZI) in the form of a crypto flash for subscribers agent encryption connected to one of the USB ports of the PC system unit.

The disadvantage of this analogue is the limited functionality that does not allow to implement the required functional characteristics.

The closest analogue (prototype) of the claimed technical solution is the AUTOMATED WORK PLACE FOR EXCHANGE OF CLOSED DOCUMENTARY INFORMATION ON TELEPHONE COMMUNICATION COMMUNICATION CHANNELS (ARM "VESTA-V") (patent for utility model RU 62264 U15.2006 / 2006, 2006, No. 226, 2006, 2006, 2006; , published March 27, 2007, Bulletin No. 9) containing a personal electronic computer (PC) as a communication server, consisting of a system unit with COM1 (COM2) ports, a monitor, a keyboard and a mouse-type manipulator, a printer, modems encoders connected on the one hand, with the ports СОМ1 (COM2) of the system unit, and on the other hand, through a switch with modems, a subscriber telephone exchange - a mini IP-PBX with a connected telephone, connected to an Ethernet network card located in a PC network unit, characterized in that it additionally contains a switch connected to a network card located in the PC system unit, a video communication terminal and IP encoders connected to the switch, an IP encoder with a second end connected to an Ethernet output, an uninterruptible power supply, the output of which The key to the power strip, information security device having an input coupled to the input line voltage -220 V, 50 Hz, and the output - to the input of the uninterruptible power supply and the input of the printer supply.

The disadvantage of this analogue is its small functionality, limiting the types and number of connected subscribers and the productivity of an automated workstation when transmitting information.

All of these analogues operate under the control of the Windows family of operating systems, which limits the possibilities for their use in government agencies.

Utility Model Essence

The well-known complex of information exchange of closed documentary information via pulsed communication channels (I-300 complex stationary), consisting of multi-channel node subscriber stations I-300.01 and terminal subscriber stations I-300.02, each of which contains an automated workstation of an official ARM-DL and an automated workstation of communication ARM-S, interconnected using a local area network LAN, multiplexer telecommunication multichannel connected to the system unit personal e PCM automated workstation AWS-S, the automated workstation AWP-DL and AWP-S contains each personal computer consisting of a system unit, a monitor, a keyboard and a mouse, and AWP-DL additionally has a laser printer

The purpose of creating this technical solution is to develop a complex of information exchange using multifunctional workstations based on modern computing and data transmission tools.

Nodal multi-channel subscriber stations I-300.01 and terminal subscriber stations I-300.02 contain multi-channel telecommunication multiplexers U8403XXX with various numbers of bi-pulse and telegraph communication channels, a distribution box connected at the first input-output with the output-input of a telecommunication multi-channel multiplexer, and the second and the third input-output, respectively, with bi-pulse and telegraph communication channels, the power supply system contains a four-module ~ 220 V, 50 Hz, a protective device о, connected to the output of the automatic switch, three block of sockets connected to the output of the protective device, two devices for protecting information from information leakage through the technical channels “Sonata-P2”, the outputs of the first block of sockets are connected to the power cables of the system unit and the PC-ARM workstation and a laser printer, the outputs of the second block of outlets are connected to the power cables of the system unit and the PC-ARM workstation monitor and the first Sonata-P2 information object protection device, the outputs of the third outlet block are connected to power cables for the multiplexer of the telecommunication multifunctional and second Sonata-P2 information objects protection device.

Instead of the multiplexer of the telecommunication multifunctional U8403XXX, the U8804C bi-pulse encoding and U8804C1 telegraphic coding conversion device, the input of which is connected to the ARM-S PCM system, and the outputs respectively to bi-pulse and telegraph communication channels, instead of the multiplexer of the telecommunication multifunctional U8403XXX.

Subscriber points operate under the control of the MSVS 3.0 operating system, system-wide software 9s761M1 and telecommunication software TS-NET.

List of figures, drawings and other materials

Figure 1 shows the structural diagram of the nodal subscriber station (I-300.01) complex information exchange I-300.

Figure 2 shows the structural diagram of the terminal subscriber station (I-3 00.02) complex information exchange.

Figure 3 shows a photo of an automated workplace of an official (AWP-DL).

Figure 4 shows a photo of the automated workstation communications AWP-S from the composition of the product I-300.01.

Figure 5 shows a photo of the automated workstation communication AWP-S from the composition of the product I-300.02.

Utility Model Implementation Implementation Example

The nodal subscriber station I-300.01 of the I-300 information exchange complex (Fig. 1) contains a junction box 1, a telecommunication multipurpose multiplexer U8403C46 2, an automated workstation for communication ARM-S 3, a personal computer PC, consisting of a system unit 4, keyboard 5, the mouse 6, monitor 7, the workstation of the official ARM-DL 8, a personal electronic personal computer PC consisting of a system unit 9, keyboard 10, the manipulator ysh "11, a monitor 12, a laser printer 13," Sonata-P2 "protection device object information from the information leakage through technical channels 14, 15, outlet section 16, 17, 18, protective device 10 FSPK 19, 20.

The nodal subscriber station I-300.01 is connected to a ~ 220 V, 5 0 Hz 21 power supply network and to a communication network using bi-pulse communication channels 22 and telegraph communication channels 23.

Appointment

The information exchange complex I-300 (hereinafter I-300) is intended for operational information interaction between officials, services and departments of the rear ministry with officials of subordinate and interacting services and departments of the headquarters of the rear of military districts, fleets, types (branches) of the RF Armed Forces and individual groups troops.

Structure

The I-300 information exchange complex is a stationary set of automation tools and provides operational informational interaction of officials in 34 communication areas (12 unipolar telegraph channels and 22 bi-pulse coding channels), consisting of I-300.01 multichannel subscriber stations and I- terminal terminals 300.02.

The I-300.01 product includes:

- Workstation of an official of an AWP-DL based on a personal computer and a laser printer;

- automated workstation of communication AWP-S based on PC and multiplexer U8403СХХ;

- software products I-300;

- system-wide software 9s761 M-1;

- operating system MSVS 3.0;

- Linter-VS database management system 6.0;

- software package KP "Office" 1.0;

- telecommunication software TS_NET;

- a set of means of protecting information from unauthorized access KSZI NSD;

- product 83 t773. Information Support.

Modifications of multiplexers used in the node subscriber station provide the ability to work in a different number of communication directions. The following modifications of multiplexers are used in the I-300.01 product: U8403C12, U8403C15, U8403C21, U8403C46.

The I-300.02 product includes:

- Workstation of an official of an AWP-DL based on a personal computer and a laser printer;

- automated workstation of communication AWP-S based on a personal computer, U8403C20 multiplexer or based on a personal computer, U8804C bi-pulse encoding signal conversion devices and U8804C1 telegraphic encoding;

- software products I-300;

- system-wide software 9s761 M-1;

- operating system MSVS 3.0;

- Linter-VS database management system 6.0;

- software package KP "Office" 1.0;

- telecommunication software TS_NET;

- a set of means of protecting information from unauthorized access KSZI NSD;

- product 83t773. Information Support. Basic performance characteristics

The information exchange complex I-300 provides:

- messaging over classified impulse communication channels formed by cryptographic communication equipment at a speed of 0.6; 1,2; 2.4; 4.8; 9.6 kbit / s;

- separation of received messages by “mailboxes of services and facilities of the facility and bringing officials to workstations;

- transit transmission (if necessary) of messages between other objects;

- preparation and input of information for the transmission of messages;

- storage of the received information on an external memory device VZU;

- processing received from objects and stored information;

- solution of information-logical and special tasks related to accounting, storage, processing and delivery of information;

- information output to the monitor and documentation devices;

- Record of the selected (specified by the user) message on the flexible magnetic disk of the GMD, USB-flash drive;

- setting up routing, address and service tables.

The degree of secrecy of the processed information is “secret”.

The primary source of power for the I-300 information exchange complex is a single-phase three-wire alternating current network with a voltage of 220 V and a current frequency of 50 Hz.

Deviations of the power supply parameters from the nominal values must not exceed:

- for voltage - 10% upward and 15% downward;

- for frequency - 2% in the direction of decrease and increase;

- for phase voltage asymmetry - 5%.

The information exchange complex I-300 can be operated in the following climatic conditions:

- ambient temperature from 278 to 313 K (from +5 to + 40 ° C);

- relative humidity up to 80% at temperatures up to 298 K (+ 25 ° С);

- atmospheric pressure from 60 to 106.6 kPa (from 450 to 800 mm Hg).

The multifunctional telecommunication multiplexer U8403C is designed to operate as an “intelligent” multi-input telecommunication port of a personal computer used in the mode of a nodal transport station in special-purpose data networks.

The U8403C multiplexer is a complex microprocessor device that, together with the control PC, provides interaction with communication channels in accordance with the protocols of information exchange of the physical, channel, network and transport levels. In this case, the transport and network levels are implemented by the control PC software. The physical and channel levels of interaction with communication channels are implemented by the hardware and internal software of the U8403C multiplexer.

The multiplexer U8403C in combination with a PC and software forms a transport station that provides:

a) the formation of special application files with routing and address information;

b) the establishment of physical and logical connections in data networks;

c) file transfer between host and subscriber personal computers in the message switching mode using control points (recovery in case of communication channel failures);

d) automatic transition to the backup communication channel in case of failure of the main channel;

e) background forwarding of service messages in any of the directions with the issuance of an audio signal about incoming correspondence without stopping the main information exchange;

f) compression and decompression (archiving and dearchiving) of transmitted information;

g) control of file transfer by checksum and cyclic numbers of messages (frames);

h) maintaining statistical information (log) with documenting the names and parameters of the transmitted and received files and information about the process of their transportation.

TS_NET software or any other software that provides the necessary product management functions can be used as software for controlling the operation of the product. TS_NET software of the required configuration is delivered under a separate contract. A component of TS_NET software, test software TSO TS_NET RDPI, is supplied with the product. 00324 - 01, providing a test of the health of the product.

To fulfill the specific requirements for the organization of communication at the application sites, the product can be delivered in various versions, differing in the number of system units, the method of connection to a PC, the number of communication directions and types of channels served. The required product option is specified in the supply contract.

The structure of the multiplexer U8403C includes:

a) a system unit (s) designed to install modules, boards, and their power source;

b) built-in modules and boards designed for hardware and software implementation of telecommunication exchange procedures and ensuring physical interaction with signals in accordance with the types of connected joints;

c) interface card (PS);

d) connecting harnesses.

The range of modules and boards includes:

a) group management board (CCGT);

b) four-channel asynchronous adapter module (MA4A);

c) single-channel bi-pulse module (M1BI);

d) four-channel telegraph unipolar module (M4TGO);

e) a single-channel telephone module (M1TCH / TF);

f) four-channel bipolar telegraph module (M4TGD);

g) four-channel module of the standard joint C2 (M4C2);

h) two-channel bi-pulse module (M2BI).

The number of directions of information exchange implemented in the system unit, as well as the number of system units used (no more than three) is determined by the embodiment of the multiplexer.

The constructive basis of the U8403C multiplexer is the system unit (EC), designed for installation, electrical connection and power supply of electronic functional modules.

The system unit is a "TOWER" type desktop metal supporting structure for installation

The interface board of the U8403C multiplexer with the PC I or ISA system trunk that controls the PC is structurally a two-sided printed circuit board with electrical radio elements and ICs located on it, installed in an empty PC PC slot IBM PC AT.

The electrical connection to the PC I or ISA trunk is made using the printed connector on the interface board.

The board is connected to the output harness of the U8403C multiplexer using a connector of the DHR-62F type.

The Sonata-P2 combined protection device for automation objects is designed to actively protect electronic computer objects (information objects) from information leakage in the form of informative electrical signals and pickups through the power supply network, grounding system, utilities, and also due to secondary electromagnetic radiation . Features of the construction of the Sonata-P2 device provides an effective and inexpensive solution to the comprehensive protection problem (“electromagnetic radiation EMR + interference + leakage through the power supply network”) of a single technical device in situations where there is an acute problem of interference from masking noise generators.

Operating procedure during operation Before starting work, you must:

- exchange control messages via an activated communication channel.

If the results of these actions are positive, go to the exchange of working information.

In the process, periodically check the correct functioning of the product and the operation of the communication channel:

- to display the information processing process on the screen of the PC video monitor of the product in the operating windows of I-300 software;

- the state of the display elements of the components of the product;

- by analyzing electronic product software journals.

Any operational intervention by officials in the operation of the product should be carried out in accordance with the instructions of the operational documents for the product, its components and the applied software and recorded in the hardware log.

When the product is turned off, the software must be completed normally and the power to the components of the product turned off in accordance with their operational documentation.

In the event of failures, equipment malfunctions and emergency situations associated with the unstable operation of the product, it is recommended that you first classify the situation as a malfunction of the product component or the information channel.

In the first case, it is necessary to search for and localize a malfunction in the product, for which:

- when the power to the product is turned off, disconnect external equipment from the PC;

- turn on the power supply of the PC and perform its autonomous check;

- analyze the results of the verification and decide on the possibility of further operation of the PC (its system unit) as part of the product;

- if the PC software software is unstable, restore the product software from the CD-R and, if necessary, restart the MSVS 3.0 operating system;

- perform an offline check of the components of the product.

If the information channel is malfunctioning, it is necessary to check the functioning of various sections of the information channel.

If one of the component parts of the product turns out to be faulty, it is necessary to notify the supplier organization of the product and, if necessary, the organization that repairs this component.

The restoration of the product's operability in case of failure of its component is carried out by replacing the product with the product used as a spare part-G in the appropriate completeness.

Industrial application

This utility model is industrially feasible, has wide functional capabilities, is developed using modern computer technology and information transfer tools, provides the transfer of closed information through dedicated public communication channels, protection from interference and information leakage.

Claims (3)

1. The complex of information exchange of closed documentary information via pulse communication channels (I-300 complex stationary), consisting of I-300.01 multichannel subscriber stations and I-300.02 terminal subscriber stations, each of which contains an automated workstation of an ARM-DL official and automated workstation for communication ARM-S, interconnected using a local area network LAN, a multi-channel telecommunication multiplexer connected to a personal electronic system unit computer PC ARM-S, the workstation ARM-DL and ARM-S contains each PC, consisting of a system unit, monitor, keyboard and mouse, and ARM-DL an additional laser printer, characterized in that the multi-channel I-300.01 subscriber points and I-300.02 end subscriber stations contain multi-channel telecommunication multiplexers U8403XXX with a different number of bi-pulse and telegraph communication channels, a junction box connected at the first input-output with an output the house-input of a telecommunication multichannel multiplexer, and on the second and third input-output, respectively, with bi-pulse and telegraph communication channels, the power supply system contains a four-module box of an automatic circuit breaker connected to an alternating current ~ 220 V, 50 Hz, a protective device connected to the switch output automatic, three blocks of sockets connected to the output of the protective device, two devices for protecting information from information leakage through technical channels "Sonata-P2", the outputs of the first the outlet block is connected to the power supply cables of the system unit and the ARM-DL personal computer monitor and the laser printer, the outputs of the second outlet block are connected to the power supply cables of the system unit and the AWP-S personal computer and the Sonata-P2 information protection device, the outputs of the third outlet block connected to the power cables of the multiplexer telecommunication multifunctional and the second device for the protection of information objects "Sonata-P2". 2. The information exchange complex according to claim 1, characterized in that the end-user station contains, instead of the telecommunication multipurpose U8403XX multiplexer, a U8804C bi-pulse encoding and U8804C1 telegraph coding conversion device, the input of which is connected to the ARM-S PCM system unit, and the outputs, respectively, to the bi-pulse and telegraph communication channels. 3. The information exchange complex according to claim 1, characterized in that its subscriber stations operate under the control of the MSVS 3.0 operating system, system-wide software 9s761M1 and telecommunication software TS-NET.