RU2266563C1 - Mobile complex of control automation means - Google Patents

Abstract

FIELD: engineering of mobile complexes of control processes automation means for divisions and departments of defense ministries.

SUBSTANCE: complex is meant for problems of back area and technical support at seven automated workplaces, connected by local computer network, for processing cartographical information, automated information exchange with higher and lower hierarchical organs of rear (technical) support, controlling of lower organs of rear (technical) support both in automatic, and non-automatic modes, providing phone communication (open and closed) with higher and lower hierarchical control stations, radio communication during movement as a column. Functioning of mobile complex of control automation means is provided by technical equipment in conjunction with appropriate installed software.

EFFECT: extended scope of solved problems and increased computing power of system as a whole.

4 cl, 2 dwg

Description

Technical field

This technical solution relates to the field of computer technology, namely to mobile complexes of automation of the control process in parts and divisions of power ministries.

State of the art

An analogue of this technical solution is the well-known automation system for a mobile control center (product 65s836 PS 1.320.293), containing product 9V513-1 PS 1.791.004 with central onboard computer A50, products 7t103M PS 1.700.044 and 7t102M PS 1.700.043 for location of the commander and subordinate services, product 9S769 PS1.791.005 and 9S768 PS1.791.006 for collecting information, product 65s359 TU2.133.027 with a set of data transmission equipment and equipment T-226DM and T-244.

The disadvantages of the analogue are its cumbersomeness due to the need to place large-sized technical equipment in a large number of transport units, limited functionality due to the low performance of computing and data transmission and communication tools.

The closest analogue (prototype) of the claimed technical solution is a set of automation tools for the command post vehicle (products 9C914, 9C915, 9C917 and 9C919), which is part of the Vivarium rocket artillery command and control system.

Sources:

1. "Arms of Russia." Armament of the ground forces, catalog, 1996-1997, p. 119.

2. The Ministry of Defense of Russia, the Main Missile and Artillery Directorate. The control system of the rocket artillery brigade "Vivarium", brochure, Moscow, 1997, 7 pp.

The control system (SU) includes:

- control complex command post (KP) rocket artillery brigade (reab) (product 9S913), consisting of:

command and staff vehicle (KShM) commander of the reab (product 9S914),

KShM headquarters reabr (product 9S915);

- KShM commander of the missile artillery division (read) (product 9S916);

- KShM commander of a rocket artillery battery (reabat) (senior officer of the battery) (product 9S917).

The typical composition and structure of the KShM control system "Vivarium" contains an onboard computer, from 2 to 5 display devices, a printing device, a time sensor, data transmission equipment, short-wave and ultra-short-wave radio stations, a channel switching unit.

The disadvantages of the prototype are small functionality, determined by the insufficient power of the onboard (central) computer, the bandwidth of the data transmission channels; the allocation of jobs for the commander, chief of staff, and operational personnel in separate command and staff vehicles, which entails an increase in the number of transport units.

The essence of the technical solution

The mobile complex of control automation equipment contains the automated workplace (AWP) of the brigade commander (AWP KBr) and two workplaces of the AWP DL3 and AWP DL4 officials located in the command and operational compartments of the headquarters trailer, two automated workplaces of the AWP DL1 and AWP DL2 officials placed in the operational compartment of the staff car.

The purpose of this technical solution is to expand the functionality, the range of tasks, increase computing power, the performance of data and communication channels, create comfortable conditions for operational and technical staff.

To obtain this technical result, the complex contains personal electronic computers (PCs) consisting of a system unit, a monitor, a keyboard and a mouse type manipulator, and a repeater (repeater) located in the staff machine through which the PCs are combined to a local area network (LAN); in the technical compartment of the headquarters machine, the automated workstation of the signalman, consisting of two system units of personal electronic computers used as the signal converter device (OPS) server and the data transmission equipment (ADF) server connected to the local computer network, a switch connected to two system units of the UPS server and the ADF server, monitor, keyboard, and mouse-type manipulator connected to any of the system units via a switch; two remote workstations for officials (VARM DL1 and VARM DL2) based on Notebook PCs, a fiber optic communication line (FOCL) having two concentrators at the ends of the fiber optic link, one of which is connected to the VARM DL1 and VARM DL2, and the second concentrator FOCL connected to a local area network; a dot matrix printer connected to the PC AWM DL3 system unit and a laser printer connected to the PC AWP DL4 system unit; a switching field located in the technical compartment of the staff vehicle from the protection and switching units of linear circuits (С-25), the outputs of which are connected to the outputs of the data transmission complex (Efficiency) and a telephone cable (TLF) with an auxiliary or reference communication unit (VUS or OUS), short-wave (KB) radio station (R-163-50K) connected to the switching field from the protection and switching units of linear circuits, radio-relay station (R-415НВ) connected to the switching field and with directional radiation antennas and receiving radio signals in the range 80-120 MHz (1B11) and 390-430 MHz (DB11), located on a 16-meter mast for linking to a VUS or OUS, two ultra-short-wave (VHF) radio stations (R-171M) connected to a switching field and with pin antennas (ASh2) for operation in radio networks, six-channel channelization equipment (P-330-6) for linking the product to a VUS or OUS and a signal level measuring device (P321) connected to a switching field, a TTS technological communication telephone (TA-57) connected with a switching field of protection and switching units of linear circuits, four-channel equipment for transmitting data (T-235-3), equipment for crypto protection of voice information and data (T-230-1A), equipment for crypto protection of voice information (T-240D), two sets of equipment for closing data transmission channels (T-231-1U) , a set of equipment for increasing the reliability of transmitted information (T-230-06) connected to the switching field, voice information cryptographic protection equipment (T-240D) is additionally connected to a VUS or OUS, a PMC transmission control box connected respectively to a speech information cryptographic protection equipment (T -240D) and exit m telephones of special communication (TSS), field telephone switch (P-193M), the first adapter of data transmission equipment (T-235), which provides a parallel interface interface FROM four-channel data transmission equipment (T-235-3) with a serial interface RS-232C ADF server system unit; multipurpose telecommunication multiplexer (U8403C2), the linear outputs of which are connected to the switching field from S-25 units, and the interface of the multiplexer to the UPS server system unit is connected via the ISA bus; a KV-range radio signal of the single time system (SEV) signals (R-326M), a time scale former (A0301) connected to a radio of accurate time signals (R-326M), two sets of secondary clocks (A0302) located in the operational compartment of the staff machine and in the head-mounted trailer on AWP KBr and connected to the shaper of the accurate time scale (A0301), the second adapter of the T-235 data transmission equipment, which provides the interface from the shaper of the accurate time scale (A0301) to the serial interface of the RS-232C system unit Computer workstation DL3 in the operational staff vehicle compartment; two speakerphone DAH DA1, placed on AWP KBr and AWP DL1 or AWP DL2 in the premises of the staff trailer and staff vehicle and interconnected; four operational communication telephones (TOS) (TA-57) located on AWP KBr, AWP DL1 or AWP DL2, AWP DLZ or AWP DL4, WARM DL1 or WARM DL2 and connected to the field telephone switchboard (P-193M); three telephones of long-distance communication (TDS) located on AWP KBr, AWP DL1 or AWP DL2, AWP DLZ or AWP DL4 and connected to the switching field from the protection and switching units of linear circuits S-25; a box for switching special communication telephones (TSS) for connecting voice information and data cryptographic equipment (T-230-1A) to special communication telephones (AT-3031 or TA-88) located on AWP KBr, AWP DL1 or AWP DL2, AWP DLZ or AWP DL4, WARM DL1 or WARM DL2 and connected by a gearbox (KP).

The complex additionally contains an ultra-short-wave radio station (R-158) installed in the driver's cab to provide radio communications when driving in a convoy.

The complex additionally contains in the headquarters machine a first shield (ЩА3), the input of which is connected to the cable input of power supply (VK4), a first power filter (FP-13), the input of which is connected to the output of the first shield (ЩА3), and the output to the air conditioner's power input , a stabilizer-device (153Н), a power board (А0902), the input of which is connected to the output of the first filter (FP-13), the input-output is connected to the output-input of the stabilizer-device (153Н), and the output is fed to the inputs ~ 380 / 220 V and = 27 V of technical equipment, uninterruptible power supply (UPS), the input of which is connected to the output the house of the power board (A0902), and the output with power inputs ~ 220 V PC AWP DL1, AWP DL2, UPS server, ADF server, a second power panel, the input of which is connected to the output of the power filter (FP-13), and the outputs are illuminated, filter ventilation equipment (FVUA), air purification system (ОВ65).

The complex additionally contains in the head-mounted trailer a second shield (ЩА3), the input-output of which is connected to the input-output block 3-380 / 220 V, 50 Hz of the body of the head-mounted trailer, a second power filter (FP-13), the input of which is connected to the output of the second shield (SHCHAZ), and the output is used to provide ~ 380/220 V and power the air conditioner, the second uninterruptible power supply (IBEP), the input of which is connected to the output of the second power filter (FP-13), and the output is connected to the power inputs ~ 220 V PCA AWP KBr, AWP DL3 and AWP DL4, power board, the input of which is connected to the output of the second about the power filter (FP-13), and the output with lighting, FVUA, OV65.

List of figures, drawings and other materials

Figure 1 shows the structural diagram of a rolling complex of control automation equipment, located in a box body of a staff car.

Figure 2 shows the structural diagram of a rolling complex of control automation equipment located in the trailer body of the staff car.

An example embodiment of the invention

A movable set of control automation equipment (Fig. 1) is located in a van body of a staff vehicle 1 and contains a short-wave (KB) radio station of the Arbalet complex R-163-50K 2, a radio relay station R-415НВ 3 with directional antennas 1B11 (80- 120 MHz) and DB11 (390-430 MHz) on a 16-meter mast, ultra-short-wave (VHF) radio station R-171M 4 with pin antennas ASh2, VHF radio station R-158 5, providing radio communication when moving in a column, power panel 6, KB radio receiver of a range R-326M 7 signals of system of uniform time (SEV), six-channel P-330-6 8 sealed equipment (channelization), P-321 9 signal level measuring device, protection and switching unit for linear circuits (switching field) C25 10, technical communication telephone (TTS) TA-57 11, voice information cryptographic protection equipment T-240D 12, reliability enhancement equipment when working with telegraph equipment T-230-06 13; transmission control box (PMC) 14, two sets of equipment for closing data transmission channels T-231-1U 15, timeline shaper (device U0301) 16, switching box (KP) 17, encryption equipment for voice information and data T-230-1A 18 , A0902 19 power board, IBEP 20 uninterruptible power supply, voltage stabilizer and distributor = 27 V to consumers (device 153Н) 21, multi-function telecommunication multiplexer U8403С2 22, power filter (noise suppression) FP-13 23, field telephone switchboard P-193M 24, device server signal generation (UPS) (the system block of a personal electronic computer (PC) "Trial") 25, a monitor 15 "26, a server for data transmission equipment (ADF) (a system block of a PC" Trial "P3) 27, a switch 28, a keyboard 29, a mouse-type graphic information manipulator (MGI) 30, two T-235 31 data transmission equipment adapters, T-235-3 32 four-channel data transmission equipment, ShchA3 33 shield, an official workstation (AWP DL2) 34, a set of secondary hours A0302 35, speakerphone (GGS) DA1 36, telephone promptly communication (TOS) TA-57 37, concentrator 38, monitor 17 "39, Trial 40 personal computer system unit, P-171D 41 long-distance telephone (TDS), Epson FX1170 42 dot matrix printer, HP LaserJet 1220 43 laser printer, workstation of an official (AWP DL1) 44, repeater (repeater) ЕР-1007 45, telephone of special communication (ТСС) АТ-3031 46, cable gland VK1 47, cable gland VK2 48, cable gland VK3 49, cable gland VK4 50 , antenna input of signals from the common time system (SEV) 51, output to the radio network of the chief of rear services of the army (NTA) 52, output to the auxiliary (reference) communication center (VUS, OUS) 53, output to the radio network of the division commander (CD) and deputy rear commander (ZKT) 54, output to the antenna of the radio station 55.

The movable complex of automation tools (in Fig. 2) in the cabin of the head-mounted trailer 56 contains an automated workplace of the brigade commander (AWB KBr) 57, an automated workplace of an official (AWP DL3) 58, an automated workplace of an official (AWP DL4) 59, special communication telephone (TSS) TA-88 60, air conditioning 61, remote workstation for an official (WARM DL1) 62, personal electronic computer Notebook ASUS M8300 63, remote workstation for an official (VA M DL2) 64, hub 65, BK2 cable gland 66, cable entry BK1 67, input cable 3 ~ 380/220 V, 50 Hz BVV 68, a special telephone connection input 69, input fiber optic line (FOL) 70.

Appointment

The mobile complex of automation equipment (KSA) control is a command post vehicle of the commander of the material support brigade (repair and restoration base) of the front, army.

The product provides:

solving logistics and technical support tasks at seven automated workstations (AWS) connected by a local area network (LAN);

processing cartographic information;

automated exchange of information with higher and lower bodies of rear (technical) support;

management of subordinate bodies of rear (technical) support both in automated and in non-automated modes;

telephone communication (open and closed (ZAS)) with higher and lower control points (PU);

radio communication when moving in a column.

Technical means of channeling the product provide:

full autonomy of functioning as intended;

binding to reference (auxiliary) communication nodes.

The mobile control KSA is located in two bodies - a K4310 box body on the KamAZ-4310 car chassis (staff vehicle) 1 and KP4Sh trailer on the 782B automobile chassis (staff trailer) 52, united by a transition vestibule.

In the technical compartment of the headquarters vehicle there are:

communication servers of a signal conversion device (UPS) 25 and a data transmission equipment (ADF) 27 based on a PC (two ASUS P3 MB system units, one 15 "monitor, keyboard, mouse, switch);

multipurpose telecommunication multipurpose U8403C2 22 for 4 bi-pulse and 4 telegraph channels;

four-channel data transmission equipment T-235-3 32;

equipment T-230-1A 18, T-240D 12, T-231-1U 15 (2 sets), T-230-06 13;

channelization equipment P-330-6 8;

blocks of switching and protection of linear circuits C25 10;

two ultrashort-wave (VHF) radio stations R-171M 4;

radio relay station R-415НВ 3;

short-wave (KB) radio station R-163-50K 2;

exact time signal receiver R-326M 7;

shaper of a time scale A0301 16;

operational communications switch P-193M 24.

Two automated workstations (AWS) of an official (AWP DL1 and AWP DL2) based on personal electronic computers (PC) (MB ASUS P3 40 system unit, monitor 17 "39, keyboard 29," mouse ”30), connected by a local area network (LAN) via a CNET 4p repeater CN4020 ERP 45, an HP 43 laser printer, LaserJet 1220, A4 format 43, and an EPSON FX 1170 matrix printer, format A3 42.

The compartment has two sleeping places for rest and a wardrobe.

Three workstations based on a personal computer are placed in the head-mounted trailer (automated workplace of the brigade commander (AWB KBr) 57 - system unit MB ASUS P3 40, monitor 17 "39, keyboard 29," mouse "30, automated workplaces of an official of AWP DL3 and AWP DL4 58 and 59 - system units MB ASUS P3 40, monitors 15 "26, keyboard 29," mouse "30).

The headquarters trailer has three sleeping places for rest, a washstand and wardrobes.

The mobile control KSA includes two remote workstations of an official (VARM DL1 62 and VARM DL2 64) (up to 500 meters via a fiber optic communication line (FOCL), up to 50 meters through a coaxial cable) based on portable PCs (Notebook ASUS M8300) 63 connected to the product's shared LAN.

Workstation of the brigade commander in the head-mounted trailer contains:

- telephone of special communication (TSS) AT-3031 46;

- long-distance communication telephone (TDS) P-171D 41;

- telephone hotline (TOS) TA-57 37;

- loud-speaking communication device (GGS) ДА1 36.

The official workstation in the headquarters trailer contains:

- a telephone for special communication (TSS) via the UKV-TA-88 60 radio channel;

- long-distance telephone (TDS) P-171D 40;

- hot line telephone (TOS) TA-57 37.

The official workstation in the operational compartment of the staff vehicle contains:

- telephone of special communication (TSS) AT-3031 46;

- long-distance communication telephone (TDS) P-171D 41;

- telephone hotline (TOS) TA-57 37;

- loud-speaking communication device (GGS) ДА1 36.

Remote AWP in the head-mounted trailer contains:

- telephone of special communication (TSS) AT-3031 46;

- hot line telephone (TOS) TA-57 37.

For communication during the movement of the KSA control in the column, the VHF radio station R-158 55 is used, which is installed in the driver's cab.

Mobile KSA is equipped with:

power plant ED2x30-T400-1RAM1;

power supplies (BOT);

thermal management system (COTR);

life support system (LSS);

a set of spare parts, tools and accessories (ZIP-O);

set of operational documentation (ED).

Basic performance characteristics

Automation tools and related software in the mobile complex provide:

automated exchange of information with KSA of higher, interacting and subordinate points, receiving orders, instructions, reports, commands and signals, issuing confirmations of their receipt and execution; transmission of orders, instructions, commands and signals; receiving reports on their execution;

the solution of the tasks of rear and technical support of formations and units of the front (army);

solving the tasks of organizing the management of the activities of troops and rear services units and formations, units and maintenance units (NWS MOT) at a command post (KP), control point (PU) of troops and units of the rear and NWS MOT;

input, transmission (reception), storage, processing and delivery of formalized, non-formalized, command and signal information to display and document devices;

input of cartographic information on the workstation screen in the form of an electronic map displaying the operational situation with reference to the grid of cartographic coordinates;

the solution of operational-tactical tasks in the interests of logistics (technical) support for decision-making on the management of subordinate units and divisions;

display of cartographic information;

the ability to apply and send operational tactical information (OTI);

the conclusion of the results of solving problems, reports, reports, terrain and other documents on paper;

storage of information on removable magnetic media.

Channel-forming means, communications and data transmission products provide:

data and voice information transmission via tonal frequency (PM) channels formed by P-330-6 compaction equipment 8;

transmission of voice information and data on the channels of the PM radio relay station R-415НВ 3;

work on two telegraph channels of the radio relay station R-415НВ of two external telegraph devices;

data transmission on two simplex VHF radio channels of PM radio stations R-171M 4;

data transmission via a digital channel of one of the R-171M 4 radio stations;

transmission of voice information, closed equipment T-240D 12, through the digital channel of one of the radio stations R-171M 4;

transmission of voice information, closed equipment T-230-1A, through the channels of the PM equipment of the seal P-330-6 8, the radio relay station R-415НВ 3 and the telephone radio channel KB of the radio station R-163-50K 2.

The power supply of the complex is carried out from a mobile power station or industrial network of three-phase alternating current with a voltage of 380/220 V (+10 minus 15)%, frequency 50 ± 1 Hz.

Power consumption - no more than 10.5 kW.

The product provides:

emergency lighting from rechargeable batteries;

uninterrupted power supply of the personal computer for a period of up to 20 min during an emergency shutdown of the network.

Key Specifications

The number of AWP - 5,

including:

1) The commander’s workstation is equipped with:

- PC - Pentium-Ill, 650 MHz, random access memory (RAM) - 256 M, hard disk drive (HDD) - 10 G;

- monitor 17 "LR,

2) The workstation of an official of the rear services (armament) is equipped with:

- PC-Pentium-III, 33 MHz, RAM - 16 M, HDD - 350 M;

- monitor 15 ";

- HP LaserJet 1220 printing device,

3) The workstation of an official of the rear services (armament) is equipped with:

- PC - Pentium-III, 33 MHz, RAM - 16 M, HDD - 350 M;

- monitor 15 ";

- a printing device Epson FX 1170,

4) The remote workstation of the official is equipped with:

- Notebook ASUS M8300 portable PC - 100 MHz, RAM - 16 M, HDD - 540 M,

5) The remote workstation of the official is equipped with:

- Notebook ASUS M8300 portable PC - 100 MHz, RAM - 16 M, HDD - 540 M.

The number of jobs in the technical compartment of the staff car - 2,

including:

The workplace of the signalman is equipped with:

- radio receiver R-326M 7 for receiving signals of a single time;

- VHF radio station R-171M 4 (two sets) with antennas ASh2 and broadband on a 11-meter mast for working in radio networks;

- a radio relay station R-415НВ 3 with directional antennas 1B11 and DB11 on a 16-meter mast for linking the product to a reference (auxiliary) communication center;

- switch P-193M 24;

- channel-forming equipment P-330-6 8 for linking the product to the reference (auxiliary) communication center;

- KB radio station R-163-50K 2 with an antenna on a 11-meter mast for operation in a radio network;

- switching field - blocks C25 10;

- telephone technical communication (TTC) TA-57 11,

the workplace of the mechanics of the ZAS is equipped with:

- equipment T-235-3 32;

- equipment T-230-1A 18;

- equipment T-240D 12;

- equipment T-231 -1U (two sets) 15.

Product deployment time, min, no more than 30.

Time of continuous work, hour, not less than 48.

Average recovery time

the health of the product, min, not more than 30.

MTBF

products, hour, not less than - 500.

Calculation protection against radioactive dust, toxic substances and bacterial agents is provided by cleaning the air supplied into the bodies using a filter-ventilation unit (HLF) and sealing the bodies. The excess pressure created during operation of the HLF is not less than 0.2 kPa.

The complex works as follows:

From the relay station 3, information through the switching field 10 is supplied to the T-230-1A 18 equipment, after which the disclosed data is transmitted through the switching field 10 to the multiplexer 22, which converts the data into the PC format of the UPS 25 server. In the UPS 25 server, the message is collected from received blocks, acknowledgment of receipt of each block and the message as a whole, analysis of the address-service part of the received message and its details. As a result, the database is filled with relevant information and the official to whom the message is addressed is informed of its availability.

In addition, from the R-171M 4 radio station, through the switching field 10, information is transmitted to the T-235-3 32 data transmission equipment and through the T-235 31 data transmission adapter to the ADF 27 server, in which messages from the incoming codograms are stitched together, acknowledged and acknowledged messages in general, the analysis of the address-service part of the received message and its details is carried out. As a result, the database is filled with relevant information and the official to whom the message is addressed is informed of its availability.

Officials who have access to the system and information in accordance with the access control program form on PC 40 documents, certificates, instructions, etc., requiring transmission to subscribers, both at the control point and to external subscribers. For this, the official, in accordance with access to the database, selects the necessary documents and fills in his details. Then he selects the table of subscribers and, noting the desired recipient, sends a document.

In this case, depending on the destination, the document is either sent to the UPS 25 server or to the ADF server 27. Through the switch 28, the keyboard 29 and the mouse are connected to the UPS 25 server or to the ADF 27 server.

The Epson FX-1170 42 and HP LaserJet 1220 43 printers document information on AWP DL 2 and AWP DL 1, respectively.

Upon receipt of the document in the UPS 25 server, a program of interaction with the U8403C2 22 multiplexer is launched, which implements message cutting into blocks and block transfer through the switching field 10 to the T-230-1A 18 cryptographic protection equipment, then the data blocks go through the switching field 10 to the radio relay station P -415НВ 3, which transmits them to the addressee via the radio relay channel.

When a document is transferred to the ADF 27 server in a PC, a program of interaction with the T-235-3 32 data transmission equipment via the T-235 31 adapter is launched, which implements message cutting into codograms and one-by-one transmission through switching field 10 to the R-171M 4 radio station, and Further on the radio channel (in the radio network) the message is transmitted to the addressee.

Additionally, the repeater 45 transmits the signals of the local computer network to the PC 40 located in the trailer 56 ШП. The hub 38, located in the ШМ 1, converts the electrical signals of the local computer network into optical pulses transmitted by the fiber-optic communication line 70 to remote workstations of VARM DL1 62 and VARM DL2 64 through a hub 65 on a Notebook 63 type PC.

Closed telephone communication with remote subscribers is carried out from the TCC3 AT-3031 46 telephone set through the KP 17 switching box, T-230-1A 18 cryptographic protection equipment, switching field 10 and either through the R-163-50K 2 radio station or through the P-radio relay station 415HB 3.

Additionally, closed telephone communication is made with remote subscribers from the TCC1 AT-3031 46 telephone set through the VK2 66 ШП 56 cable gland, through the VK2 48 ШМ 1 cable gland, through the KP 17 switching box, T-230-1A 18 cryptographic protection equipment, switching field 10 and either through the radio station R-163-50K 2, or through the radio relay station R-415НВ 3.

Closed telephone communication with remote subscribers from the TCC4 46 VARM DL2 64 telephone set is also carried out through the KLZ 69 line protection box, through the VK2 48 ШМ 1 cable entry, through the KP 17 switching box, T-230-1A 18 cryptographic protection equipment, switching field 10 and either through the radio station R-163-50K 2, or through the radio relay station R-415НВ 3.

In addition, telephone closed communication with remote subscribers from the TCC2 60 telephone set is carried out through the VK2 66 ШП 56 cable gland, through the VK2 48 ШМ 1 cable gland, through the KUP 14 transmission control box, T-240D 12 closure equipment, switching field 10 and through radio station R-171M4.

Long-distance telephone communication with remote subscribers from the TDS3 41 telephone set is carried out through the switching field 10 and either through the R-163-50K 2 radio station or through the R-415НВ 3 radio relay station and the auxiliary (reference) communication center 53.

Additionally, long-distance telephone communication with remote subscribers from the telephone set TDS1 41 and TDS2 41 is carried out through the cable entry VK1 67 ШП 56, through the cable entry VK3 49 ШМ 1, through the switching field 10 and either through the radio station R-163-50К 2, or via radio relay Station R-415НВ 3.

Operational telephone communication with the control center subscribers is carried out from the TOS1 TA-57 and TDS2 TA-57 37 ШП 56 telephone sets through the VK1 67 ШП 56 cable gland, through the VKZ 49 ШМ 1 cable gland and through the P-193M 24 switch.

Additionally, telephone operative communication is provided with subscribers of the control center from the TOS3 TA-57 37 ShM 1 telephone set and through the P-193M 24 switch.

In addition, telephone communication with subscribers of the control center is carried out from the TOS4 TA-57 37 VARM DL2 64 telephone set through the VKZ 49 SHM 1 cable entry and through the P-193M 24 switch.

The product is connected via data and telephone channels to the reference communication node through the cable entry VK1 47, switching field 10 and sealing equipment P-330-6 8.

The signals of the national system of single time 51 through a radio receiver R-326M 7 from the antenna S1 are fed to a shaper of a time scale 16, an adapter T-235 31, a personal computer 40 AWP DL 34, and via a LAN to AWP DL 44, 57, 58, 59, an UPS server 25, the server APD 27 and the set of secondary clock A0302 35.

Additionally, through the switch 24, operational communication between the AWS DL from the TA-57 37 telephone sets and with external subscribers via cable VK-3 49 input is organized.

Between AWP DL2 34 and AWP KBr 57, loud-speaking communication with the help of loud-speaking communication devices DA1 36 is provided.

From a special communication telephone set TA88 60 AWP DL4 59 through cable gland VK2 66 SHM 56, cable gland VK2 48 SHM 1, transmission control box KUP 14, T-240D 12 equipment, switching field 10, digital input of the R-171M 4 radio station, antenna 54 provides a closed telephone connection through the radio station R-171M 4.

Additionally, upon request, telephone special communication with telephone sets AT-3031 46 AWP DL 44, AWP KBr 57, VARM 64 through a switch box 17, equipment T-230-1A 18, switching field 10, radio station R-163-50K 2, antenna radio stations 52.

VHF radio station R-158 5 provides radio communication 55 in a column on the march.

Telephone technical communication TA-57 11 through the switching field 10 provides the staff.

The measurement of the parameters of the wired communication lines is carried out using a measuring device P-321 9.

The power supply of the product is carried out from a three-phase alternating current network with a voltage of 380/220 V through a cable entry VK4 50 ШМ 1, an automatic protection shield ЩЗ 33, which provides electrical protection for service personnel and operators when high voltage (more than 36 V) gets on the product body and network filters 13 23, providing suppression of harmonic oscillations in the range up to 300 MHz.

In CMM 1, a voltage of 220 V is then supplied to a power board 6, which provides a constant voltage of 24 V for powering the FVUA filter-ventilation unit and the ОВ65 heating and ventilation unit.

The three-phase voltage 380/220 V is supplied to the power board A0902 19, which provides switching power supply voltages 220 V, 27 V to consumers. Additionally, the power board A0902 19 delivers a three-phase voltage of 380/220 V to the device 153H 21, which provides a constant voltage of 27 V for power supply of the respective consumers.

In addition, the voltage 220 V from the power supply board А0902 19 is supplied to uninterruptible power supplies IBEP 20, which ensure the operation of automation equipment in the absence of a primary voltage of 380/220 V for up to 30 minutes.

Additionally, a three-phase voltage of 380/220 V in transit from the cable entry VK4 50 is supplied to the input-output block ШП 56 БВВ 68, where, through the automatic protection shield ЩЗ 33, it is similar to ШЧЗ ШМ 1, and ФП-13 23 filters are supplied with uninterruptible power supply IBEP 20, air conditioner 61 and other consumers and through the power supply board 6 lighting, FVUA and OV65.

The functioning of the “Mobile complex of control automation equipment” is provided by the software РДПИ.00687-01- (01-15) (Certificate of official registration of computer programs 2004610377 -2004610391 dated 02.15.2003, copyright holder of the Federal State Unitary Enterprise “NPP Rubin.” Full list computer programs that ensure the functioning of the claimed complex is given below.

The list of computer programs that ensure the operation of the invention “Mobile complex automation control” is presented in the table.

1 Component of information and computing process management (РДПИ 00687-01-01) Certificate 2004610377 dated 6.02.2004 2 User prompt notification component (RDPI 00687-01-02) Certificate 2004610378 dated February 6, 2004 3 Installation and configuration component of the system-wide software component kit (RDPI 00687-01-03) Certificate 2004610383 dated 6.02.2004 4 A component of maintaining a database of classifiers and dictionaries (RDPI 00687-01-04) Certificate 2004610385 dated February 6, 2004 5 The component of the processing of directive and administrative information (RDPI 00687-01-05) Certificate 2004610389 dated February 6, 2004 6 Component for ensuring work with cartographic information (RDPI 00687-01-06) Certificate 2004610390 dated February 6, 2004 7 The component of maintaining a documentary type database (РДПИ 00687-01-07) Certificate 2004610382 dated 6.02.2004 8 Message Accounting Component (RDPI 00687-01-08) Certificate 2004610388 dated 6.02.2004 9 Control component of the collection of regulated input messages (РДПИ 00687-01-09) Certificate 2004610379 dated 6.02.2004 10 Functional control component (RDPI 00687-01-10) Certificate 2004610386 dated 6.02.2004 11 A component of the implementation of communication protocols through data transmission equipment (РДПИ 00687-01-11) Certificate 2004610387 dated 6.02.2004 12 A component of the implementation of the protocol of a representative level of exchange for data transmission systems (RDPI 00687-01-12) Certificate 2004610384 dated February 6, 2004 13 Management component (RDPI 00687-01-13) Certificate 2004610381 dated February 6, 2004 14 A component of information support for user actions when transferring an automated control system to different operating modes (РДПИ 00687-01-14) Certificate 2004610391 dated February 6, 2004 15 The component of maintaining the database of reference information (RDPI 00687-01-15) Certificate 2004610380 dated 6.02.2004

Industrial applicability

This technical solution is industrially feasible, has wider functionality, better tactical and technical characteristics.

Claims (4)

1. A mobile complex of control automation equipment containing the automated workplace (AWP) of the brigade commander (AWP KBr) and two workplaces of the AWP DLZ and AWP DL4 officers located in the command and operational compartments of the headquarters trailer, two automated workplaces of the AWP DL1 officials and AWP DL2, located in the operational compartment of the staff car, characterized in that the complex contains personal electronic computers (PCs) consisting of a system unit as part of the automated workstations, a monitor, keyboard, and mouse-type manipulator, and a repeater (repeater) located in the staff machine, through which the personal computers are integrated into a local area network (LAN); in the technical compartment of the headquarters machine, the automated workstation of the signalman, consisting of two system units of personal electronic computers used as the server of the signal converter (OPS) and the server of the data transmission equipment (ADF) connected to the local computer network, a switch connected to two system units of the UPS server and the ADF server, monitor, keyboard, and mouse-type manipulator connected to any of the system units via a switch; two remote workstations for officials (VARM DL1 and VARM DL2) based on Notebook PCs, a fiber optic communication line (FOCL) having two concentrators at the ends of the fiber optic link, one of which is connected to the VARM DL1 and VARM DL2, and the second concentrator FOCL connected to a local area network; a dot matrix printer connected to the PC AWM DL3 system unit and a laser printer connected to the PC AWP DL4 system unit; a switching field located in the technical compartment of the staff vehicle from the protection and switching units of linear circuits (С-25), the outputs of which are connected to the outputs of the data transmission complex (Efficiency) and a telephone cable (TLF) with an auxiliary or reference communication unit (VUS or OUS), short-wave (KB) radio station (R-163-50K) connected to the switching field from the protection and switching units of linear circuits, radio-relay station (R-415НВ) connected to the switching field and with directional radiation antennas and receiving radio signals in the range 80-120 MHz (1B11) and 390-430 MHz (DB11), located on a 16-meter mast for linking to a VUS or OUS, two ultra-short-wave (VHF) radio stations (R-171M) connected to a switching field and with pin antennas (ASh2) for operation in radio networks, six-channel channelization equipment (P-330-6) for linking the product to a VUS or OUS and a signal level measuring device (P321) connected to a switching field, a TTS technological communication telephone (TA-57) connected with a switching field of protection and switching units of linear circuits, four-channel equipment for transmitting data (T-235-3), equipment for crypto protection of voice information and data (T-230-1A), equipment for crypto protection of voice information (T-240 D), two sets of equipment for closing data transmission channels (T-231-1U ), a set of equipment for increasing the reliability of transmitted information (T-230-06) connected to the switching field, voice information cryptographic protection equipment (T-240D) is additionally connected to a VUS or OUS, a PMC transmission control box connected respectively to a voice information cryptographic protection equipment ( T-240D) and exit meters of special communication telephones (TSS), field telephone switch (P-193M), the first data transmission equipment adapter (T-235), which provides a parallel interface interface FROM four-channel data transmission equipment (T-235-3) with RS-232C serial interface ADF server system unit; multipurpose telecommunication multiplexer (U8403C2), the linear outputs of which are connected to the switching field from S-25 units, and the interface of the multiplexer to the UPS server system unit is connected via the ISA bus; a KV-range radio signal of the single time system (SEV) signals (R-326M), a time scale former (A0301) connected to a radio of accurate time signals (R-326M), two sets of secondary clocks (A0302) located in the operational compartment of the staff machine and in the head-mounted trailer on AWP KBr and connected to the shaper of the accurate time scale (A0301), the second adapter of the T-235 data transmission equipment, which provides the interface from the shaper of the accurate time scale (A0301) to the serial interface of the RS-232C system unit Computer workstation DL3 in the operational staff vehicle compartment; two speakerphone DAH DA1, placed on AWP KBr and AWP DL1 or AWP DL2 in the premises of the staff trailer and staff vehicle and interconnected; four operational communication phones (TOS) (TA-57) located on AWP KBr, AWP DL1, or AWP DL2, AWP DLZ, or AWP DL4, WARM DL1, or WARM DL2 and connected to the field telephone switchboard (P-193M); three telephones of long-distance communication (TDS) located on AWP KBr, AWP DL1, or AWP DL2, AWP DLZ, or AWP DL4 and connected to the switching field from the protection and switching units of linear circuits S-25; a switching box for special communication telephones (TSS) for connecting voice information and data (T-230-1A) crypto equipment to special communication telephones (AT-3031 or TA-88) located on AWP KBr, AWP DL1, or AWP DL2, AWP DL3, or AWP DL4, VARM DL1, or VARM DL2 and connected by a gearbox (KP). 2. The mobile complex of control automation equipment according to claim 1, characterized in that it further comprises an ultra-short-wave radio station (P-158) installed in the driver's cab to provide radio communications during movement in a convoy. 3. The movable set of control automation equipment according to claim 1, characterized in that it further comprises a first shield (ЩА3) in the headquarters machine, the input of which is connected to the power cable input (VK4), the first power filter (FP-13), the input of which connected to the output of the first shield (ЩА3), and the output to the air conditioner's power input, stabilizer-device (153Н), power board (А0902), the input of which is connected to the output of the first filter (FP-13), the input-output is connected to the output- the input of the stabilizer-device (153N), and the output is fed to the inputs ~ 380/220 V and = 27 V of technical means, uninterruptible power supply source (UPS), the input of which is connected to the output of the power board (A0902), and the output with power inputs ~ 220 V PC AWP DL1, AWP DL2, UPS server, ADF server, the second power board, the input of which is connected to the output of the power filter (FP-13), and exits with lighting, filter-ventilation unit equipment (FVUA), air purification system (ОВ65). 4. The mobile complex of control automation equipment according to claim 1, characterized in that it further comprises a second shield (ЩА3) in the head-mounted trailer, the input-output of which is connected to the input / output block 3 ~ 380/220 V, 50 Hz of the head-mounted trailer body , the second power filter (FP-13), the input of which is connected to the output of the second switchboard (ЩА3), and the output is used to supply ~ 380/220 V and power the air conditioner, the second uninterruptible power supply (IBEP), the input of which is connected to the output of the second filter power supply (FP-13), and the output is connected to the power supply inputs ~ 220 V PC CBD RM, APM and APM DL3 DL4, the power board having an input connected to the output of the second power filter (AF-13), and the output light, FVUA, OV65.

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