RU92215U1 - PLANNING MODULE - Google Patents

Abstract

1. Planning module, designed for the daily activities of subordinate forces and means in the process of air traffic control, which is part of an automated system for collecting and processing radar information about the air situation, operational and tactical information about the ground situation and generating control actions for subordinate objects, consisting of a complex automation equipment (KSA), a complex of means of communication and data transmission (KSSPD), a complex of power supplies (BOT) and life support systems ( СЖО) and containing in the complex of automation equipment complex a computer complex consisting of two electronic computers / Baget-RS3B (1) and Baget-RS3B (2) /, each of which contains the first central processor / CPU06 BT23- 206 (1) and CPU БТ23-206 (2) /, consisting of a processor / 1 В812 /, system controller, random access memory (RAM) and read-only memory (ROM), SVGA / BTM23-502 / controller, Ethernet controller and multicontroller, the second central processor / CPU06 BT23-206A (1) and CPU06 BT23-206A (2) /, consisting of a processor / 1 V812 /, system controller, RAM and ROM, Ethernet controller, multicontroller, as well as a SCSI / BTM23-407 / controller in the first computer and two MIL STD / BTM2-40 / controllers in the second computer, RS-232C / BT23 controller module -410 / connected by the VME bus, as well as a hard disk drive NZHMD / BT01-301B / connected to the multicontroller of the first central processor, power module / BTRS-010 / with a remote control DU / BT21-150 /, digital multi-channel tape recorder / MTsM ET / connected to the SCSI / BTM23-407 / controller of the second central processor ne

Description

Technical field

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

State of the art

An analogue of this technical solution is the PU-12 (9C482) mobile automated control center (see S.I. Petukhov, I.V. Shestov “History of the Creation and Development of Arms and Military Equipment of the Air Defense Forces of Russia”, part one, publishing house “VPK ", Moscow, 1998, pp. 177, 178, 263, 264).

PU-12 and PU-12M (9S482M) were mounted on the BTR-60PB chassis and included:

set of automated control equipment (data acquisition and transmission) ASPD-12 and ASPD-U;

Radio stations R-123, R-111 and R-407 for voice and telecode radio communications;

navigation and topographic equipment, ensuring the operation of the control point (PU) in motion and in the parking lot with recalculation of the coordinates of the displayed targets to the location of the PU;

intercom system.

A disadvantage of the known analogue is the low maneuverability of the item and the low noise immunity of the data transmission and reception channels.

Another analogue of this technical solution is the modernized mobile control center PU-12M6, using the BTR-80 as the chassis (chassis), which allows for higher point maneuverability and increased noise immunity of data transmission and reception channels (source S.I. Petukhov, I .V. Shestov “The History of the Creation and Development of Arms and Military Equipment of Air Defense of the Ground Forces of Russia”, part one, publishing house VPK, Moscow, 1998, pp. 265, 272).

PU-12M6 includes:

unified data acquisition and transmission equipment (ASPDU), providing the solution of the following tasks:

- interfacing with a radar station via analogue channels in order to obtain information about the air situation;

- visual detection and manual removal of coordinates of air objects;

- semi-automatic tracking of air objects;

- manual input of characteristics of air objects;

- manual input of altitude values of airborne objects when receiving altitude by telephone from a radio altimeter;

- transmission of information about airborne objects via radio or wire communication channels to subordinate facilities or interacting control rooms;

- reception, display and processing of telecode information received via a telecode communication channel from a superior or interacting control center (PU);

- the eye distribution of airborne objects to subordinate funds;

- manual input of commands and operational information to subordinate means;

- control of subordinate means using voice radio or wire communication.

radio stations P-123, P-111, P-407 for exchanging telecode information and voice radio communications;

navigation and topographic equipment;

internal communication and switching equipment to enable members of the calculation to negotiate with each other, to go on radio or wire communication channels with external objects, to exchange telecode information with external objects on radio and wire communication channels;

PU power supplies;

means of livelihood.

The disadvantages of this analogue are:

low productivity (6-10 air objects) and low accuracy of processing radar information caused by visual detection and manual acquisition of coordinates of air objects;

hard hardware implementation of algorithms for processing radar information (RLI) and low computing capabilities of the computing complex, which makes it impossible to add (when upgrading) the tasks to be solved (automatic primary and secondary processing of radar data, automatic target allocation, etc.);

low bandwidth and a small number (two) of telecode communication channels;

the inability to transmit telecode information to managed facilities (with the exception of 9K35M2);

low accuracy and long working time when working with controlled means, caused by the use of voice communication.

Another analogue of the claimed technical solution is the APPARATUS FOR RECEPTION AND IMPLEMENTATION OF THE TARGET IDENTIFICATION (RF patent for invention RU 2236666 C2, application No. 2002126017 dated September 30, 2002, published September 20, 2004, bull. No. 26), copyright holder of FSUE NPP Rubin , authors Parkhomenko O.L., Severin V.A., Egorov O.G., Borovkov V.G., Luzan V.A., Novoseltsev O.F., Dukhovnikov V.V., Tegel S.A., Urnev I.V.), containing a radio receiver having an antenna input, a receiver of data transmission equipment (ADF), the input of which is connected to the output of the radio receiver, a computing device, the first input of which the first is connected to the output of the ADF receiver, and the second input is connected to the output of the tank navigation equipment (TNA), characterized in that it is equipped with a multiplexer, a first multi-channel analog-to-digital converter (MAC), an interval-code converter, a second MAC, a system bus, a device input, the third MACP, a digital signal processor, the first multichannel digital-to-analog converter (MCAP), the second and third MCAP, a switch, a mixer, a video target designation circuit (CC), an output device, four rtym Matzpen, workstation (AWP), ATM transmitter, radio transmitter, path increment sensor satellite navigation apparatus, wherein the first input of the multiplexer for connecting the combat vehicle rate sensor (BM) Q _bm, a second input for connecting a sensor of the angular position of antenna- starting device (APU) in azimuth β, the third input is used to connect the sensor of the APU angular position by elevation angle ε, the first input of the first MACP is used to connect the reference voltage of the sensors of the angular position of the APU _op , the multiplexer output is connected to the second input, the multiplexer control input is connected to the second output of the first MACS, the first input of the interval-code converter is designed to supply a start pulse from the target tracking station (SSC), the second input is used to supply a range pulse from the SSC auto-range finder, the first input of the second MACS is designed to supply a signal from the discriminator of the SSC equal-signal zone Δβ, Δε, and reference voltage generators are connected to the second and third inputs zymutal (GON β) and elevation (GON ε) channels, respectively, the output of the first MACP is connected to the first input of the input device, the output of the interval-code converter is connected to the third input, the output of the second MACP is connected to the fourth input, the output of the input device is connected to the system computing device bus, the first input of the third MACP is designed to supply the start pulse of the SSC, the second input is used to supply the video signal of the SSC V _ssc , the output of the third MACP is connected to the first input of the digital signal processor, the signal output the processor is connected to the computing device by a system bus, the generators of the azimuthal reference voltage (GON β) and elevation position (GON β) APU are connected to the second inputs of the first and second MCAs, respectively, the first group of switch inputs is connected to the outputs of the first, second, and third MCAs, the second the group of inputs of the switch is intended to receive signals from the discriminator of the equal-signal zone of the SSC and the auto-range finder of the SSC Δβ, Δε, ΔD, the control input of the switch is designed to receive a signal of accurate tracking waiting for the target of the SSC (TSC), the outputs of the switch are connected to the actuators for controlling the position of the APU in azimuth, elevation and the drive for controlling the position of the range gate of the SSC, the first input of the mixer is designed to receive a video signal from the target detection station (SOC) V _social , and the output is connected to the indicator all-round view, the output of the target designation video signal generation circuit (CC) is connected to the second input of the mixer, the first output of the output device is connected to the first input of the first MCAP, the second output is connected to the first input of the second MCAP, the third the move is connected to the first input of the third MCAP, the fourth output is connected to the control unit's video signal generation circuit, the input of the output device is connected to the computing device by a system bus, the second input of the input device is designed to provide a signal to enable the target tracking mode of the MSC TSC and signals of the presence of missiles on the ammunition launcher (BC), the third input of the third MATsP is designed to supply the video signal SOC V _social , the first input of the fourth MATsP is designed to supply the reference voltage U _op line position sensor and sighting of the SOC antenna (LVACC), the azimuthal position sensor LVACC β _{soc is} connected to the second input, the output of the fourth MACP is connected to the second input of the signal processor and the second input of the video signal generation circuit, the workstation is based on a personal electronic computer (PC), which programmatically implements the functions of auto-capture and target tracking devices from SOC, identifying information from SOC, SSC and a higher command post (VKP), generating reports on CP, ranking targets by priority of fire, the AWP is connected to the computing device via a local area network (LAN), the ADF transmitter input is connected to the computing device through the system bus, the radio transmitter input is connected to the ADF transmitter, and the output to the device’s antenna output, the increment sensor output the path is connected to the fifth input of the input device, the output of satellite navigation equipment is connected to the input of the computing device.

The disadvantages of this analogue are the small functionality that does not allow to realize the necessary requirements in full.

The next analogue of the claimed technical solution is the AUTOMATED WORKPLACE OF THE AIR TRAFFIC OPERATOR (RF patent for the invention RU 2219586 C2, application No. 2001128653 dated October 23, 2001, published December 20, 2003, bulletin No. 35), copyright holder FSUE NPP NPP Rubin ”, authors O. L. Parkhomenko, A. D. Vasilyev, V. A. Severin, V. N. Frolov, N. F. Filatov, V. V. Fedyarin), consisting

1. from a specialized electronic computer (COMPUTER) compatible with IBM PC, containing a system unit with a set of standard modules, a monitor, a keyboard, a trackball, as well as additional mathematical accelerator (MA) module, a local area network (LAN) adapter module, a module for interfacing with tank navigation equipment (TNA) and a communication channel of an automated data transmission system (ASPD-U), the first inputs and outputs of which are connected to the ISA bus of the specialized computer system unit, and the second inputs of the module local area network adapter - with the first inputs and outputs of the device, the input, second and third inputs and outputs of the interface module with TNA and ASPD-U are connected respectively to the first input and second and third inputs and outputs of the device of multichannel data transmission equipment (MAPD), the first the input-output of which is connected to the input-output of the RS-232C system unit of a specialized computer, and the second inputs and outputs are connected to the fourth inputs and outputs of the device, the telegraph channel adapter module, the first input-output of which is connected to the input-output of the RS-232C the system unit of a specialized computer, and the second input-output with the fourth inputs and outputs of the device, characterized in that the workstation further comprises first and second remote interface units with a radar station and a mobile radio altimeter (PRV), the inputs of which are connected respectively to the fifth and sixth inputs of the device, a module for interfacing with external units, the first input-output of which is connected to the second input-output of the mathematical accelerator module, and the second and third input-output are connected to inputs and outputs, respectively, of the first and second remote units for interfacing with a radar station.

2. The automated workstation according to claim 1, characterized in that the remote interface unit with the radar station contains a first low-pass filter, the input of which is connected to the ECHO input from the radar station, a differential amplifier, the two inputs of which are connected respectively to the output of the first low-pass filter and an ECHO input from a radar station, an analog-to-digital ECHO signal converter, the input of which is connected to the output of a differential amplifier, a digital filter, the input of which is connected to an analog output ECHO o-digital signal converter, a comparator, the two inputs of which are connected respectively to the identification and U-cutoff inputs from the radar station, a reference frequency generator, a radar distance counter C4D1, two inputs of which are connected respectively to the output of the reference frequency generator and to the input FROM the radar station, counter СCO2 of the distance of the transmitter, the first input of which is connected to the input FROM the radar station, a reference voltage generator, the output of which is connected to the output and U the reference radar with tance, the first shift register, the first state register, the output of which is connected to the first input of the first shift register, the angle converter is the code of the coarse reference voltage (GO) and the exact reference (TO) into the azimuth code (ADC-A), the two inputs of which are connected respectively with the output of the reference voltage generator and the input of GO, TO from the radar station, and the output with the first input of the first shift register, an analog-to-digital converter (ADC SUM) of the elevation sine, the two inputs of which are connected respectively to the output of the generator voltage and the input sin e from the radar station, and the output is with the first input of the first shift register, the first two-port random access memory, the four inputs of which are connected respectively to the output of the digital filter, comparator, distance counter RLSB1 of the radar and distance counter C4D2 of the transmitter, the first transmitter (PRD1), the two inputs of which are connected respectively to the output of the first two-port random access memory and the first shift register, and the first output is connected to the second inputs SCH2 counter of the transmitter distance and the first shift register, the first output linear transformer, the input of which is connected to the output of the first transmitter (PRD1), and the output - with the input of the interface module with remote units, the first input linear transformer, the input of which is connected with the output of the interface module with remote blocks, the first receiver, the inputs of which are connected to the output of the first input linear transformer, the azimuth setting register (RgUA) PRV, the input of which is connected to the output of the first receiver, the command register (RgK), the course of which is connected to the output of the first receiver, an adder (СМА), the two inputs of which are connected respectively to the output of the angle-to-code converter (ADC-A) of the voltages GO and TO in the azimuth code and azimuth setting register, the first digital-to-analog converter (DAC) of the azimuth error , the input of which is connected to the output of the adder (СМА), the power amplifier, the input of which is connected to the output of the first digital-to-analog converter, and the output is connected to input 5 (3 on the PRV, the relay unit, the input of which is connected to the output of the command register (RGK), and the output - with input Home HP Mode On Terrestrial Radio Recorder (HP).

3. The automated workstation according to claim 1, characterized in that the interface module with the remote units in each of the two channels contains a second input linear transformer (BxT2), the input of which is connected to the output of the remote unit MK, the second receiver, the input of which is connected to the output the second input linear transformer, the second shift register, the first and second inputs of which are connected respectively to the first and second outputs of the second receiver, a range counter, the input of which is connected to the second output of the second receiver, the second a memory device, the first two inputs of which are connected respectively to the output of the range counter and the first output of the second receiver, an adder of the number of marks, the two inputs of which are connected respectively to the first output of the second receiver and the output of the second random access memory, and the output - with the third input of the second random access memory devices, a control circuit, the input of which is connected to the output of the adder of the number of marks, and the first output is connected to the input of the mathematical accelerator module, output bottom multiplexer, the five inputs of which are connected respectively with the outputs of the second shift register, range counter, totalizer of the number of marks, the second and third outputs of the control circuit, and the output is with the input of the mathematical accelerator module, a command transfer register, two inputs of which are connected to the inputs Data of the mathematical accelerator module, azimuth transfer register, two inputs of which are connected to the inputs and data of the azimuth of the mathematical accelerator module, the second transmitter, the input of which connected to the outputs of register transfer commands and transfer register azimuth, the second output line transformer, whose input is connected to the output of the second transmitter and an output - to an input of a multiplex channel unit for interfacing with a remote radar.

The disadvantage of this analogue is the lack of reliability and small functionality.

The closest analogue (prototype) of the claimed technical solution is the UNIFIED MOBILE COMMANDER ITEM (certificate of the Russian Federation for utility model RU 29600 U1, application No. 2002129461 dated 04.11.2002, published on 05.20.2003, bulletin No. 14, copyright holder FSUE NPP NPP “Rubin”, authors O. L. Parkhomenko, V. V. Dukhovnikov, V. G. Borovkov, V. N. Frolov, I. L. Kozlov, A. N. Atapin, I. V. Urnev), containing

1. the first Baguette 21-02 system unit, consisting of a BT01-209 central processing unit (CPU), BT01-301A hard disk drive (HDD), BT01-404A RS-232 controller, and a local area network (LAN) adapter BT01-411, united by the ISA bus, the second Baguette 21-02 system unit, consisting of the BT01-209 central processing unit (CPU), BT01-301A hard disk drive (HDD), and BT01-206 mathematical accelerator module (MA) , BT01-411 LAN adapter, connected by ISA bus, the first and second unified workstation (ARM-1), each consisting of video monitors VMTsM-21.3, KL-85 keyboard and trackball connected to the inputs “SVGA”, “Keyboard” and the first input “RS-232” of the central processors BT01-209 of the first and second system units “Baget 21-02”, respectively, Remote Automated Workstation (WARM) based on the Baguette-41 electronic computer (computer) with BT41-400 and BT41-040 modules, inputs and outputs of BT01-411 LAN adapters of the first and second Baget 21-02 system units and remote workstations are integrated into a local area network (LAN) Ethernet, characterized in that the additional but contains in the first system unit “Baguette 21-02” an adapter for tank navigation equipment (TNA) and data transmission equipment (APD) such as the BR21-407 unified data acquisition and transmission equipment (ASPDU) connected to the ISA bus in the second system unit “ Baguette 21-02 "BR21-410 adapter for the interface unit with a radar station and BS adapter T-235-1L BR21-413 connected to the ISA bus, navigation receiver SN-3001 connected to the second RS-232 input the central processor of the first system unit "Baguette 21-02", navigation equipment TNA-4-6, connected the input unit “ТНА Adapter” of the BR21-407 module, the UD-М211D printing device, connected to the Centronics input of the BT01-209 central processor of the second Baguette 21-02 system unit.

2. The unified mobile command post according to claim 1, characterized in that it further comprises switching equipment, the first input-output of which is connected to the input-output "ADP ASPD" module BR21-407 of the first system unit "Baguette 21-02", remote units for interfacing with a radar station / mobile radio altimeter (PRV) P910, connected to the radar / PRV, cable entry KV2, connected externally to the remote units for interfacing with the radar / PRV P910, with remote AWP, with telephone wires (TLF) and telecode (TLK) communications, and with internal RONs with a local area network LAN, adapter of the interface unit with radar BR21-410, inputs and outputs of TLF and TLK switching equipment, radio station R-800L1 with antenna input, radio station R168-25U with antenna input, radio station R163-50U with antenna input, radio station R168-5KV with antenna input, R163-UP radios connected to the corresponding inputs and inputs of the switching equipment, antenna mast device (AMU) connected to the antenna input of the R163-50U radio station, matching antenna device connected to R16 radios 3-UP, the second radio station R163-50U, connected to the corresponding input-output of the switching equipment, antenna matching device R-173-14, connected to the antenna input of the second radio station P163-50U, radio receiver P163-UP, connected to the antenna matching device P- 173-14, R-174 internal communication and switching equipment (AVSK) connected to the R163-UP radio receiver and switching equipment input, block C32, recorder P503B, blocks C903 connected to block C32 and recorder P503B, T-240D equipment, block interfaces (BS) connected to blocks C903, apparatus T-240D and AVSK R-174, T235-1U data transmission equipment (APD) connected to the T235-1U ADF, switching equipment and an additional RS-232 BT01-404A controller of the first Baget 21-02 system unit, T- equipment 240PD connected to T235-1U APD, T235-1L-8 APD and T235-1L-2 APD, connected to T-240PD equipment, switching equipment, and T-235-1L BR21-413 APD adapter of Baget 21 second system unit -02 ", multi-channel data transmission equipment (MAPD), connected to the switching equipment and the second input" RS-232 "of the central processor BTO 1-209 of the second system Lock "Baguette 21-02".

3. The unified mobile command post according to claim 1, characterized in that the power supply (BOT) of the command post contains a cable entry KV1 connected to the primary power supply network ~ 220/380 V, a protective-disconnecting device (ZOU), the input of which is connected to cable input KV1, rectifier device VU-4, the input of which is connected to the output of the protective disconnecting device (ZOU), remote control P905, the first input of which is connected to the output of the rectifier device VU-4, the battery 12ST-85R1, the output of which is connected to the second input of the PU of P905 ice, AD-3,5U diesel generator, P920 boxes, the inputs and outputs of which are connected to the AD-3,5U diesel generator, the second input-output with the output-input of the P905 remote control, the chassis power supply, the input-output of which is connected with the third output-input of the P920 boxes, four P913 boxes, the inputs of which are connected to the output of the P905 console, and the outputs (27 V) with the inputs of the secondary power supply of the technical means (consumers) of the item.

The disadvantages of the prototype are limited functionality, unsatisfactory reliability, insufficient operational performance, low computing power and performance of communication channels and data transmission.

The essence of the technical solution

The well-known planning module, designed for the daily activities of subordinate forces and means in the process of air traffic control, which is part of an automated system for collecting and processing radar information about the air situation, operational and tactical information about the ground situation and generating control actions for subordinate objects, consists of a set of tools automation (KSA), a complex of means of communication and data transmission (KSSPD), a complex of means of power supply (BOT) and life support systems cookies (SJO) and containing in the complex of automation tools a computer complex consisting of two electronic computers / Baget-RS3B (1) and Baguette-RS3B (2) /, each of which contains a first central processor / CPU06 BT23-206 (1) and CPU06 BT23-206 (2) /, consisting of a processor / 1В812 /, system controller, random access memory (RAM) and read-only memory (ROM), SVGA / BTM23-502 / controller, Ethernet controller and multicontroller, the second central processor / CPU06 BT23-206A (1) and CPU06 BT23-206A (2) /, consisting of processor / 1V812 /, system controller, RAM and ROM, Ethernet controller, multicontroller, as well as a SCSI / BTM23-407 / controller in the first computer and two MIL STD / BTM2-40 / controllers in the second computer, RS-232C / BT23 controller module -410 /, connected by the VME bus, as well as a hard disk drive NZHMD / BT01-301B /, connected to the multicontroller of the first central processor, power module / BTRS-010 / with a remote control ДУ / БТ21-150 /, digital multichannel tape recorder / MTsM ET / connected to the SCSI controller / BTM23-407 / second central process sora of the first computer / “Baget-RS3B (1)” /, the first and second automated workstations ARM1 and ARM2, each of which contains a video monitor / VMTS-38ZhK / connected to the SVGA / BTM23-502 controller / of the first central processor, KL85 keyboard and the MG-1 manipulator, connected via the RS-232C (2) and RS-232C (3) interface with the multicontroller of the first central processor, respectively, the first and second computers, the documentation tool / printer UD-M211D /, connected via CENTRONICS interface with the multicontroller of the first central processor of the first computer.

The purpose of creating this technical solution is to automate activities in the air traffic control process using a planning module with a significant improvement in its technical characteristics, expanding the functionality of solving necessary problems, increasing computing power, increasing the number and improving the quality of communication channels, increasing the performance and security of data transmission channels , reliability and survivability of the product, creating comfortable working conditions for the operator vnogo composition.

To achieve this goal, the computing complex additionally contains the first computer / Baget-RS3B (1) / data transmission equipment module / BR23-407 /, consisting of a processing unit and two interface units with APD1 / T-235- data transmission equipment 1L / and APD2 / ASPD-U / and connected to the VMF bus, two local area network hubs / Р925 (1) and Р925 (2) / connected via the box / У918 /, a device for recording and transferring information of ultrasonic scanning devices connected through the unit interface with UZPI / BTBUZPI-001 / with Ethernet-7 input-output of the first hub locale computer network / Р925 (1) /, the complex of automation tools contains the first and second remote workstations ВАРМ1 and ВАРМ2 based on workstations / Baget-RS6 /, each of which consists of a portable computer / Baget-41-10 »/, Of an autonomous power supply unit / BT41-010 / and an AC adapter block / BT41-030 /, through an Ethernet controller connected respectively to the Ethernet-4 and Ethernet-7 inputs and outputs of the second hub of the local area network / P925 (2) /, the first and second remote interface units with analog radar and radar stations / mobile radar altimeters PRV / P910M (1) and P910M (2) / connected via cable input / 9С931КВ2 / via the Manchester-2 interface, respectively, with the inputs and outputs of the first and second MILSTD / BTM23-401 / second controllers central processor / CPU06 BT23-206A (2) / second computer / Baget-RS3B (2) / navigation equipment / 1NA1-P / consisting of a coordinator connected to the input-output of a multicontroller of the second central processor / CPU06 BT23-206A (2) / second computer / “Baguette-RS3B (2)” /, heading indicator, satellite navigation equipment / 14Ц821С /, д high-speed gyroscopic heading and mechanical speed sensor systems connected to the coordinator, CPTR radio intelligence station / product L-150-32 / connected via RS-232C interface to the RS-232C / BT23-410 / second computer / Baget-RSZB control module (2) "/, discharge device / BT01-044 /, two blocks for fastening a portable computer /" Baguette-41-10 "/ as part of the product / BTBRS6-901 /.

The complex of communication and data transmission equipment contains the first box of external control of the HCC (1), connected via RS-232 (5-8) and RS-232 (9-12) interfaces by the controller module RS-232C / BT23-410 / second computer / " Baget-RS3B (2) ”/, the second KVU external control box (2) connected via the RS-232 interface (8-11) to the RS-232C / BT23-410 / first computer /“ Baget-RS3B (1) computer control module "/, Internal communication, switching and control equipment AVSKU / AVSKU-T /, data transmission equipment APD / T-236 V /, connected via RS-232C (1) interface with a multicontroller of the first central processor of the first computer /" Baguette- RS3B (1) ”/, with AVSKU first input-output, key input device / UVK-F-240 / connected to the APD / T-236V /, first and second speech-converting devices / R-168RPU (1) and R-168RPU (2) / connected respectively to the second and third inputs and outputs of the AVSKU, a box of LDS long-distance lines connected to the fourth input-output of the AVSKU, a voice information encoder / T-231-2A / connected to the box of the LDS, the first and second special voice information encryption equipment / T-231-2 (1), T-231-2 (2) /, connected respectively to the LDS box and the fifth AVSKU input-output, magnet multichannel digital background / MMC ET / connected to the sixth I / O AVSKU, the first block of spark gaps BR (1) connected to the data transmission equipment / T-236V /, LDS box, the second block of spark gates BR (2) connected to the seventh input - AVSKU output, telephone set / TA-88 /, the third cable input / 9С931КВЗ /, connected to the outputs with the first BR (1), the second BR (2) arresters and the telephone set / TA-88 /, and the inputs with wired communication lines , the first ultrashort-wave radio station / R-168-25U-2 (1) / connected to the first external box KVU board (1) and the eighth AVSKU input-output, the first block of antenna filters / R-168-BAF-25U (1) / connected to the input with the first ultrashort-wave radio station / R-168-25U-2 (1) / and the output with a WA4 / R-168BSHDA broadband vibrator antenna /, an APD data transmission switching box connected to the first ultrashort-wave radio station / R-168-25U-2 (1) /, and also APD1 and APD2 circuits to a data transmission equipment module / BR23 -407 / of the first computer / RSZB (1) /, the first radio control box PCR PC (1), the first multifunctional term telecommunications inal / M-498RLI (1) / connected to the first control box of the UPR PC (1) radio station, the first ultrashort-wave radio station / R-168-25U-2 (1) /, the ninth AVSKU input-output and RS circuit -232 (7) with the RS-232C controller module of the first mainframe computer / RSZB (1) /, a meter-decimeter range radio station / Р-833Б / connected to the 9th AVSKU input-output and WA1 / “Banker” antenna /, the first ultra-short-wave radio station / R-168-100U-2 (1) / connected to the first control box of the UPR PC radio station (1), the first box of external control K At (1) and the tenth input-output AVSKU, a block of radio filters / R-168BRF-4 / connected to the first ultrashort-wave radio station / R-168-100U-2 (1) /, an antenna switch connected to a block of radio filters, a broadband vibrator antenna WAS / Р-168БШДА / and broadband mast antenna WA7 on the antenna mast device, the second control box of the UPR PC (2) radio station, connected to the eleventh AVSKU input-output, the second ultra-short-wave radio station / R-168-100У-2 (2) / connected to the second control box of the UPR PC radio station (2) and the p filters, the second and third multifunctional terminals of telecommunication facilities / M-498RLI (2) and M-498RLI (3) /, each connected to the second control box of the PCR radio station (2), with the second ultra-short-wave radio station / R-168-100U-2 (2) / and the twelfth and thirteenth I / O input-output of the automatic control system, respectively, as well as along the RS-232 (6) and RS-232 (7) circuits, respectively, with the RS-232C controller module of the first computer / RSZB (1) /, the third control box UPR PC radio station (3), the second and third ultrashort-wave radio stations / R-168-25U-2 (2) and R-168-25U-2 (3) /, connected each with the first KVU external control box (1), with the third PCR radio control box PC (3) and, respectively, with the fourteenth and fifteenth AVSCU input-output, the second and third antenna filter units / R-168-BAF-25U (2) and R-168-BAF-25U (3) /, respectively connected by inputs to the second and third ultrashort-wave radio stations / R-168-25U-2 (2) and R-168-25U-2 (3) / and outputs with a broadband vibrator antenna WA2 and WA3 / Р-168БШДА /, the fourth multifunctional telecommunications means terminal / М-498РЛИ (4) / connected to the third box control of the UPR PC (3) radio station and the RS-232 (4) circuit with the RS-232C controller module of the first computer / RS3B (1) /, an automated transceiver simplex telephone-telegraph radio station / Р-169-100КБ (Т) /, connected with sixteenth AVSCU input-output, as well as with WA5 / "Dipole" antennas / and WA6 / ASh-4 / pin pin, the third BR arrestor block (3) connected to the ADF data transmission equipment switching box, the fourth BR arrestor block (4) connected to the seventeenth input-output AVSKU, the fifth block of arresters BR (5), the second cable entry / 9S931KV2 /, connected to moves with the third, fourth and fifth blocks of arresters, and the inputs LAN, LAN2 with VARM1, VARM2 and inputs RLS1, RLS2 — with remote interface units with analog radars / PRV, a control box for wire lines of communication UPR PLC connected to the fifth block of arresters BR (5), the fifth multifunctional telecommunications facility terminal / M-498RLI (5) / connected to the second external control box KVU (2), the control box for wired communication lines and the fifth block of arresters BR (5), the fourth cable entry / 9С931КВ4 /, connected by an output to the eighteenth input ohms-output AVSKU, and inputs with special communications telephones / AT-3031 /, integrated hardware communications equipment on a 4-wire line, another product, the second box of external control of the HCC (2) outputs VU1, VU2, VU3 connected to the AVSKU, device radio data input / R-168UVRD-0 / for temporary storage of radio data.

The complex of power supplies and life support systems contains a power system control panel / П906 /, the first cable input / 9С931КВ1 /, through which the module is connected to a three-phase network -380 V, 50 Hz, a protective-disconnecting device / ZOU-1 /, the first input connected to the first cable entry / 9С931КВ1 /, and the first output - to the first input of the power system control panel / П906 /, grounding device ЗУ connected through the first cable input / 9С931КВ1 / to the second output of the protective-disconnecting device / ЗУУ-1 /, tonal ringing device / TVU-1 /, input-output connected to the input-output of the protective disconnecting device / ZOU-1 /, the first and second rectifying device / VU-4 (1) and VU-4 (2) /, inputs which are connected respectively to the third and fourth outputs of the protective disconnecting device / ZOU-1 /, a switching panel, the first and second inputs of which are connected to the outputs of the first and second rectifying devices / VU-4 (1) and VU-4 (2) / and the output with the second input of the power system control panel / П906 /, fifth cable entry / 9С931КВ5 /, condition oner / KUJM2 /, the input connected to the first output of the power system control panel / П906 /, and the output - to the fifth cable input / 9С931КВ5 /, the power control panel / P907 /, connected by input-output to the input-output of the power system control panel / П906 /, the power take-off generator ГОМ / (ВГ-8К2) /, the input of which is connected to the second output of the control panel of the power supply system / П906 /, the filter-switchgear / ФР-8С /, the input connected to the output of the ГОМ / (ВГ-8К2) / , the first and second mass switches / VK860B (1) and VK860B (2) /, first the second and the second battery / battery (1) 12CT-85P and battery (2) 12CT-85P / connected respectively to the first and second mass switches / VK860B (1) and VK860B (2) /, power fuse box / P931 /, to the first, second and third inputs of which the outputs of the filter distribution device / FR-8C /, the first and second batteries / battery (1) and battery (2 /, are connected, and the output is connected to the first input of the power control panel / P907 /, autonomous diesel unit / AD8U / connected to the second and third inputs of the power box protect her / P931 /, molecular energy storage device / MNE /, the input of which is connected to the output of the second mass switch / VK860B (2) /, and the output is connected to the second input of the power control panel / П907 /, six junction boxes / П913 /, of which the first / P913 (1) /, the second / P913 (2) /, the fifth / P913 (5) / and the sixth / P913 (6) / are connected respectively to the outputs of Line 1, Line 2, Line 3, Line 4 of the remote control power system control / П906 / directly, and the third junction box / П913 (3) / - through the first junction box / П913 (1) / and the fourth junction box / П913 (4) / - through the second a switching box / П913 (2) / are connected respectively to the outputs of Line 1, Line 2 of the control panel of the power supply system / П906 /, six switching boxes / П913 (1-6) / are connected to the power supply of the units and devices of the module, the first distribution box / KP (1) / connected at the input to the output of Line 5 of the power system control panel / П906 /, the third distribution box / КР (3) / connected at the input to the output of Line 6 of the control panel of the power system / П906 /, second box distribution / КР (2) / connected at the input to the third box distribution switchgear (3), three junction boxes / switchgear (1-3) / connected to the power supply of the units and devices of the module, to the TVU output of the control panel of the power supply system / P906 / connected to the second tonal ringing device / TVU (2) /, operating hours counter / SVN-2-02 /, ZOU-1, as well as emergency lighting.

The list of drawings Figure 1 shows the structural diagram of a set of automation tools for the planning module. Figure 2 shows the structural diagram of a complex of communications and data transmission planning module.

Figure 3 shows the structural diagram of a complex of power supply and life support module planning.

Figure 4 shows the structure of the main window of the main mode ("AWP BR") of the planning module. Figure 5 shows the structure of the main window "AWP DL" planning module.

An example embodiment of the device

The structural diagram of automation tools of the planning module (Fig. 1) contains a computer complex (VK) 1, consisting of a first computer / Baguette-RS3B (1) / 2, a second computer / Baguette-RS3B (2) / 3, a unit for interfacing with a recording device and information transfer / BTBUZPI-001/4, information recording and transfer devices / UZPI / 5, digital multi-channel tape recorder / MTsM ET / 6, the first and second blocks of LAN / R925 (1) / 7 and / R925 (2) / 8 concentrators , remote inclusion boxes of the LAN / U918 / 9 concentrator unit, as well as the first and second automated workstation ARM1 10 and ARM2 11, medium Documentation - printer / UD-211D / 12, the first and second remote workstation VARM1 13 and VARM2 14 based on a computer / Baguet PC6 / workstation, CPTR radio intelligence station / product L-150-32 / 15, navigation equipment, topographic reference and orientation / 1NA1-R / 16, cable entry / 9S931KV2 / 17, means for interfacing with analog radar radars / mobile radar altimeters PRV / two units R910M / 18, discharge device / BT01-044 / (from the ZIP-0) 19, two cushioning platforms for mounting workstation B RS6 agent / BTBRS6-901 / 20 blocks.

The Baguette-RS3B 2 and 3 computers contain the first and second central processors / CP06 / 21 and 22, a hard disk drive / BT01-301B / 23, a data transmission equipment module / BR23-407 / 24, and an RS-232C / BT23 controller module -410 / 25, connected via the VME 26 bus, power module / BTRS-010/27 and remote control DU / BT21-150 / 28.

Workstations AWP1 10 and AWP2 11 contain each video monitor / VMTS-38ZHK / 29, a keyboard / KL-85/30, and a graphic information manipulator / MG-1/31.

Remote workstations BARM1 13 and BARM2 14 based on a workstation / Baget-RS6 / contain computers / Baget-41-10 / 32, an AC adapter block / BT41-030 / 33, an autonomous power supply unit / BT41-040 / 34.

Navigation, topographic and orientation equipment / 1NA1-P / 16 contains a heading indicator 35, satellite navigation equipment / 14Ц821С / 36, a dual-mode gyroscopic heading system 37, a mechanical speed sensor 38, and a coordinator 39.

On the structural diagram of a complex of communications and data transmission (PCB) of the planning module (figure 2) indicates the equipment of internal communication, switching and control / АВСКУ-Т / 40, data transmission equipment АПД / Т-236-В / 41, key input device / UVK-F-240/42, the first and second speech-converting devices / R-168RPU (1) / 43 and / R-168RPU (2) / 44, voice information encoder / T-231-2A / 45, box of long-distance communication lines LDS 46, special equipment for encrypting voice information / T-231-2 (1) / 47 and / T-231-2 (2) / 48, arrester units BR (1) 49, BR (2) 50, telephone set / TA -88 / 51, cable entry / 9С931 KV3 / 52, multifunctional ultra-short-wave multi-channel radio station / R-168-25U-2 (2) / 53, antenna filter unit / R-168BAF-25U (2) / 54, broadband vibrating antenna WA2 / R-168BSHA / 55, box radio control station UPR PC (3) 56, multifunctional telecommunications facilities terminal / product M-498RLI.11 (4) / 57, multifunctional multichannel ultra-short-wave radio / R-168-25U-2 (3) and R-168-25U-2 (1) / 58 and 61, antenna filter blocks / R-168BAF-25U (3) and R-168BAF-25U (1) / 59 and 62, broadband vibrator antennas WA3 and WA4 / R-168BSHA / 60 and 63, box switchboard for data transmission equipment (ADF) 64, control unit of the UPR PC (1) 65 radio station, multi-channel ultra-short-wave radio station / R-168-100U-2 (1) / 66, multifunctional telecommunications facilities terminal / product M-498RLI.11 (1 ) / 67, meter and decimeter range radio station / R-833B / 68, WA1 Bunker-286 69 antenna, automated, transceiver, simplex telephone and telegraph radio station / R-168-100KB (T) / 70, WA5 whip antenna / ASh-4/71, WA6 Dipole antenna 72, filter block / R-168BRF-4/73, mast 74 device, broadband antennas and mast WA7 / R-168ShDM / 75, antenna switch 76, control box of the UPR PC (2) 78 radio station, multi-channel ultra-short-wave radio station / R-168-100U-2 (2) / 79, multi-functional telecommunication equipment terminals / products M-498RLI .11 (2) and М-498RLI. 11 (3) / 80 and 81, arrestor blocks BR (1) 82, BR (2) 83, cable entry / 9С931КВ2 / 84, arrestor block BR (3) 85, external boxes KVU control (1) 86, KVU (2) 87, control box for wire lines of communications UPR PLC 88, multifunctional telecommunications facilities terminal / product M-498RLI.11 (4) / 89, cable entry / 9С931КВ4 / 90, telephone th unit SCS 91 AT-3031, the input device Radio / P-168UVRD-0/92, telephone 93 AT-3031 SCS.

On the structural diagram of the power supply (BOT) and life support system (LSS) of the planning module (Fig. 3), a cable entry / 9С931КВ1 / 94, a tonal calling device / TVU (1) / 95, a grounding device ZU 96, a protective-disconnecting device / are indicated ZOU-1/97, rectifying devices / VU-4 (1) and VU-4 (2) / 98 and 99, switch panel PP 100, power system control panel / P906 / 101, cable entry / 9С931КВ5 / 102, air conditioning / KShM2 / 103, autonomous diesel / AD8U / 104 electric generator, power take-off generator GOM / SVG-8K2 / 105, filter-distribution device VO / FR-8S / 106, power fuse box / P931 / 107, power control panel / P907 / 108, ground switches / VK860B (1) and VK860B (2) / 109 and 111, batteries (AK) (1) / 12СТ- 85Р / 110 and joint stock bank (2) / 12СТ-85Р / 112, molecular energy storage device / МНЭ / 113, switch boxes / П913 (1) and П913 (2) / 114 and 115, distribution box / КР (3) / 116, junction boxes / П913 (5) and П913 (6) / 117 and 118, distribution box / КР (1) / 119, junction boxes / П913 (3) and П913 (4) / 120 and 121, distribution box / КР (2 ) / 122.

Product purpose

Name, index, product scope

The planning module (product 9S931) is used to equip command and control units, command posts of units and is an integral part of the basic set (BC) of an automated command and control system (ASUV).

The planning module performs the functions of collecting and processing operational-tactical information (OTI), radar information (RLI), implements operational-command communication (ACS) and scheduling the actions of units and subunits, ensures the preparation of reporting and administrative documents and brings forthcoming tasks to subordinates, and also provides automated control of forces and means of air defense.

The equipment of the product is mounted on a MT-LBu crawler chassis, which houses computing, communications, power and life support equipment, recording and documentation equipment, navigation, topographic and orientation equipment, a radio intelligence station (passive direction finder), and special equipment that together make up the software and hardware complex (PTC) of the product.

Main tasks performed by the product

The main objectives of the product are automation of the process of collecting and processing operational tactical information (OTI), radar information (RLI) and the management of subordinate forces and means.

When performing basic tasks, the product provides information and technical interaction with the following groups of interfaces:

- superior;

- subordinates;

- interacting;

- sources of radar information.

Parameters characterizing operating conditions

The product is operable when exposed to the factors listed in table 1.

Table 1 Parameter Name Parameter Values Terms of Use: - ambient temperature, ° С from minus 40 to plus 50 - functioning of the equipment at a reduced operating temperature, ° C to minus 10 - minimum atmospheric pressure during air transportation 12 kPa (90 mmHg) - minimum working atmospheric pressure 60 kPa (450 mmHg) - the product is designed for operation and storage under the influence of atmospheric precipitation (rain) with intensity 15 mm / min. - the air purification system ensures the operation of the chassis engine with dustiness, g / m ³ up to 2 - average specific ground pressure excluding track immersion, MPa (kg / cm ² ) 0.05 (0.5) - transportation by rail, road, water and aircraft. provided by

Product Specifications (Properties)

Product specifications are given in table 2.

Table 2.
Product Specifications Name of technical data Technical data values, specifications Calculation of the product, people four Gross weight (with calculation), kg, no more 15800 Dimensions (length, width, height), mm: 7850 × 2850 × 2900 Maximum speed, km / h 60 Average speed when driving on an average dirt road, km / h 26-32 Speed afloat, km / h 4-5 Cruising range on fuel, km, not less 500 Average fuel consumption per 100 km, l 100-120 Oil consumption in the engine system as a percentage of fuel consumption 2.5 Track mm 2500 ± 15 Base mm 4445 ± 60 Clearance mm 425 ± ²⁵ ₁₅ , Minimum turning radius (theoretical), m 1.25-38.6 depending on gear Maximum angle of rise, hail 35 Maximum roll angle, degrees 25 The maximum angle of entry into the water, degrees twenty The maximum angle of exit from the water, degrees fifteen Type of aircraft for product transportation AN-22, IL-76, AN-124 Refueling capacity, l, not less than: - fuel system, 4 tanks 540-550 - cooling systems, not less 55 - lubrication systems, not less 28 Types and brands of fuel, coolant, oil:
diesel fuel: - summer L-0.5-40; L-0.2-40 - winter: at a temperature of minus, 20 ° C and above 3-0.5 minus 35; 3-0.2 minus 35; at a temperature of minus 30 ° C and above 3-0.5 minus 45; 3-0.2 minus 45; at a temperature of minus 50 ° C and above A-02; A-04 coolant: ОЖ-40 "LENA" engine lubrication system oil: (duplicating - antifreeze A-40M) summer M-10DM (duplicate - M-10G ₂ K) in winter M-8DM (duplicate - M-8G ₂ K) Number of jobs (RM),
including automated 5 four The number of subordinate objects Until 6 Number of interacting objects Up to 2 Number of superior objects Up to 2 Number of radar sources Up to 4 Number of airway tracks followed (VO) Up to 100 Types of communication: - Telecode RMI RMV - - Telecode OTI, ACS Channels of connection Radio wire Types of Radio VHF, KB

Continuation of table 2 Name of technical data Technical data values, specifications The number of radar types recognized by the L-150-32 product,
no less 128 Power consumption, kW, no more: 3.5 (6.8) with the included equipment 1 HA1-P, air conditioner and product L-150-32) Primary Power Supplies: - power take-off generator (GOM) VG-8K2 - autonomous electric unit AD8U-P28.5-2V - industrial network voltage - (~ 380 + 38; -57) V, frequency (50 ± 2.5) Hz - rechargeable batteries 12CT - 85P with a voltage of 24 V (in emergency mode) Product deployment time, min., No more 7

Product Composition

Names, designations and locations of components

Components

The product includes the following software and hardware:

- Workstations (AWP1, AWP2);

- Remote automated workstations (BARM1, BARM2);

- computer complex (VK);

- means of registration and documentation;

- radio intelligence station (SRTR) - product L-150-32;

- Means of interfacing with analog radar stations / mobile radar altimeters radar / PRV (blocks R910M);

- navigation, topographic and orientation equipment (ANTO);

- software;

- communications and data transmission (PCB);

- power supplies;

- a set of means of life support;

Automated workstations, remote automated workstations, computer complex, registration means - UD-M211D device, product L-150-32, means for interfacing with analog radars / PRV (P910M unit), navigation, topographic and orientation equipment (ANTO) - product 1NA1-P are the means of automation of the PTK.

The structural diagram of the product and the placement of hardware in the hardware compartment

The structural diagram of the product consists of the following structural diagrams:

- automation equipment - RDPI.461314.018 E1;

- communications and data transmission - RDPI.461314.018 E1.1;

- power supply and life support equipment - RDPI.461314.018 E1.2;

The lists of technical means of a complex of automation equipment, communication and data transmission means, power supplies and a complex of life support equipment are given in tables 3, 4, 5 of the present description.

Table 3
The list of technical means of a complex of automation products 9S931 Name Designation Count Note Automated workstation AWP1, AWP2 VMS-38ZhK video monitor NVIT.467846.008 2 Keyboard KL-85 YuKSU.467256.001 2 Manipulator of graphic information MG1 YuKSU.467249.002 2 Remote Workstation (WARM) Workstation "Baguette-RS6" consisting of:
-Computer "Baguette41-10"; YuKSU.465444.001 2 - BT41-030 network adapter block; - block of autonomous power sources BT41-040 BT41 -044 discharge device YuKSU. 442614.001 one Block BTRBS6-901 - depreciation platform for attaching the Baguette-RS6 workstation LRDA. 301312.001 2 Computing complex Computer "Baguette-RS3B" YuKSU.466225.026-02 2 Remote control BT21-150 KUNI. 425689.001 2 P925 Local Area Network Hub Block RDPI.465277.001 2 Box for remote power-up of P925 U918 units RDPI.468311.001 one Interface unit with information recording and transfer device BTBUZPI-001 LRDA. 465119.001 one Device for recording and transferring information device UZPI LRDA. 467669.001 one BR box - to turn on the sound signal when switching to the main mode RDPI. 469416.072 one Sound signaling device SZ-14G one Documentation Tools Documentation device UD-M211D dts3.043.007 one Radio intelligence station Product L-150-32 DG 1.095.005-32 one Analog Radar Interface Tools Remote unit for interfacing with analog radar stations R910M RDPI.468353.043-01 2

Continuation of table 3 Name Designation Count Note Navigation, topographic and orientation equipment Navigation equipment 1NA1-P AYUIZH.462414.046 one Table 4
The list of means of communication and data transfer product 9S931 Name Designation Count Note Intercom, switching and control equipment - product АВСКУ-Т SHKIS.468364.299 one Radio station of ranges of waves MV-DMV R-833B IGLM.464424.019 one The radio station the automated transceiver simplex telephone and telegraph R-168-100KB (T) ITNYA. 464511.015-02 one Radio station multifunctional meter range R-168-100U-2 ITN. 464511.245-01 2 Radio station R-168-25U-2 ITN. 464511.245 3 Block of antenna filters R-168BAF-25U ITNY.468823.025 3 Block of radio filters R-168BRF-4 ITNY.468823.042 one Radio data input device R-168UVRD-0 ITNY.468332.092-02 one Multifunctional terminal for telecommunications - product M-498RLI.11 LKTZ.465616.002-01 5 Data transmission equipment - product T-236-V TsIAT.465636.001-01 one Key input device UVK-F-240 SHS2.209.128 one Speech-converting device R-168RPU ITNY.468157.010 2 BR arrestor block RDPI. 468243.001 5 Telephone set TA-88 RG2.180.021 one Telephone special communications device - product AT-3031 WG2.187.096 2 Digital multi-channel tape recorder MTsM ET ZhISDZ.060.002-29 one Voice information encoder - product T-231-2A-3 РЯ1.270.096-10 one Speech encryption special equipment - T-231-2-6 product RYA1.270.096-06 2 Radio control box PCR PC RDPI.464416.060 3 UPR PLC wireline control box RDPI. 469416.058 one

Continuation of table 4 Name Designation Count Note KVU external control box - for controlling the operating modes of radio facilities RDPI. 469416.047 2 Box LDS long-distance lines RDPI. 469416.056 one Broadband antenna vibration R-168BShDA ITNY.464641.007 four Whip antenna ASH-4 IV2.099.107-01 one Broadband mast antenna R-168ShDM ITNY.464611.017 one Antenna "Dipole" ITN.464641.003 one Antenna "Banker-286" I82.092.027 one Antenna switch RDPI. 469416.053 one Mast device (with telescopic mast ХЖ4.115.120-01) XH2.092.098 one Switch box for APD data transmission equipment RDPI. 469416.050 one Cable entry 9S931 KV2 RDPI.469416.061 one Cable entry 9С931 КВ3 RDPI. 469416.062 one Cable entry 9С931 КВ4 RDPI. 469418.062 one Telephone coil TK-2 TU801 RSFSR-11-72 with a wire (cable) P-274M 500 m long 2 P-269M guard introduction VShch-1 TU 16.K71-314-2003 one P-269M guard introduction VShch-2 TU 16.K71-314-2003 one Switch PS3.602.011 2 P-269M coupling RM-2 TU 16.K71-314-2003 one P-269M coupling RM-4 TU16.K71-314-2003 one C65 cable RDPI.685616.027 one Table 5
The list of technical power supplies and a set of life support products 9S931 Name Designation Count Note Power supplies Diesel electric generator AD8U-P28.5-2V DIAF.561211.005 one Heating installation 031.81060 10 one Rectifier device VU-4 NSCG.436116.501 2 Remote control system power supply P906 RDPI.468313.026 one

Continuation of table 5 Name Designation Count Note Power control panel P907 RDPI.468313.027 one Box switching P913 RDPI. 469419.015 6 Cable entry 9С931 КВ1 RDPI. 469418.043 one Cable entry 9С931 КВ5 RDPI. 469417.002 one Grounding device RDPI. 304591.024 one TVU tone-calling device RDPI.468231.001 2 Protective and disconnecting device ZOU-1 RDPI.468922.007 one VK-860B mass switch TU37-063.885.77 2 Battery 12ST-85R TU 16.563.022-85 2 Power fuse box P931 RDPI. 469416.051 one Power take-off generator GOM VG-8K2 OTA. 468.031 one From the composition of MT-LBU Box KS-26 - for connecting portable devices to email. power supply 27 V LTZ.622.466 2 Distribution box KR RDPI. 469419.011 3 Panel RDPI. 301412.301 one Molecular energy storage device MNE-100 / 28B MNE11.00.00 one Junction box RDPI. 469445.010 one Box L-150-32 RDPI. 469416.052 one Life Support Tools KShM2 conditioner KShM2.000 one FVU filter and ventilation unit one From the composition of MT-LBU Fire-fighting equipment From the composition of MT-LBU VN1 fan LT2.964.107 6 Plafond PMV-71-1 TU 16.535.743-73 9 SB-1A lamp 6E2.424.128TU 2 IMD-21B dose rate meter XSh1.287.702-05 one Operating hours counter SVN-2-02 TU25-1865.081-87 one Air watch AChS-1V TU25-07.1422-80 one Autonomous onboard device LO 2.16.00.000 one Thermometer glass liquid type B GOST 27544-87 one Heating and ventilation installation ОВ95 ТУ37.001.382-79 one From the composition of MT-LBU

Continuation of table 5 Name Designation Count Note OU-2 fire extinguisher 2 From the composition of MT-LBU Medical kit one From the composition of MT-LBU

Note. Devices with decimal numbers RDPI ....... are products of their own design, with other decimal numbers are purchased products.

Device and product operation

Information on the purpose and interaction of the main parts (complexes) of the product

Automation Tools

Automation tools (CA) together with software (software) provide the solution to the following main functional tasks:

- reception, identification and display of radar information of radar information on the air situation of HE from mating sources;

- reception, processing and display of operational-tactical information of OTI coming from interacting, superior and subordinate structures;

- automated management of subordinate units and divisions;

- receiving and displaying information about the status and nature of the actions of subordinate structures;

- receiving and displaying location information of interacting, superior and subordinate structures;

- development of documents and bringing them to the governing bodies;

- solving settlement and information problems;

- solving the problems of navigation, topographic location and orientation of the product;

- display of the technical condition of the technical means of the product;

- registration and documentation of circulating information.

The basis of the KSA is a computer complex (VK), which consists of two Baget-RS3B computers, and workstations AWP1 and AWP2.

VK is a set of computing units connected by a local area network. Each processor unit (Baget-RS3B computer) has two processor modules (BT23-206, BT23-206A), an input / output module, a non-volatile hard disk drive (HDD) and additional modules. The processor module contains a processor, RAM, video adapter (only in BT23-206), serial, parallel and keyboard ports, LAN controller, flash memory. Additional modules are modules that provide:

- interaction with analog radars (mezzanine board on the central processor BTM23-401);

- interchange via telecode communication channels (module BR23-407);

- RS-232 serial interface multiplexer (BT23-410 module).

Radar data from the following sources comes to the computer complex:

- from own source (passive direction finder - product L-150-32);

- from external sources via radio channels;

- from external sources via wire lines.

The exchange of OTI between interacting, superior and subordinate structures can be carried out both through wired and radio channels.

The main mode of operation is the exchange via radio channels.

The interaction of the VC with the PCB in solving data processing problems according to the block diagram of the KSA is organized via the RS-232 serial interface.

The computer complex is controlled by selecting the appropriate menu on the screen of the video monitor with the cursor of the MG-1 graphic manipulator and the buttons of the KL-85 AWP keyboard or the WARM keyboard.

In order to share common computer resources and ensure their interaction, a local area network (LAN) has been created. Computers (including VARM computers) are interconnected using BT23-416B Ethernet module LAN concentrators, which are part of the P925 units.

The structure of ARM1 and ARM2 includes a VMTS-38ZhK video monitor, a KL-85 keyboard and a graphic manipulator MG-1.

The product uses a peer-to-peer LAN with the Zvezda architecture. Blocks P925, Baget-RS3B computer, VARM, data recording and transfer device (UZPI device), and 9S931KV2 cable entry are connected using twisted pairs (Ethernet 10BASE-T and 100BASE-TX).

Remote workstations are intended for use as:

- additional workplaces ensuring the fulfillment of all functions of the workstation;

- a personal computer in the field (outdoors) to perform operational calculations, store reference information and prepare documents for various purposes.

Remote workstations are organized on the basis of Baget-RS6 workstations, which are a computer complex consisting of a portable Baget 41-10 portable computer, a BT41-030 network adapter unit, a BT41-040 autonomous power supply unit and a depreciation platform - block BTBRS6-901 for mounting computers as part of the product.

The Baguette-41-10 computer allows operation at an ambient temperature of minus 30 to plus 55 ° C.

As a portable electronic drive, a device for recording and transferring information (an ultrasonic scanning device) is used. The UZPI device provides long-term data storage, data recording on the built-in drive and reading data from the built-in drive via the device’s external interfaces (Ethernet, RS232). UZPI is installed in the product using the interface device - BTBUZPI-001 block.

The L-150-32 product is designed to detect radiation in the range from 1.2 to 18 GHz of ground and airborne aircraft radars irradiating the product, determine the direction to the irradiating radar, determine their characteristics, and provide information about the radio environment on the screen of the AWP video monitor.

The radio intelligence station (product L-150-32) is a passive, searchless amplitude direction finder with processing of received signals, which allows determining the parameters of the detected radar in accordance with the specified software (software).

Information from the L-150-32 product is sent to the computer complex (Baget-RS3B computer (2) of the product) using the RS-232 serial interface.

The basis of navigation, topographic and orientation equipment in 9C931 product is 1NA1-P navigation equipment designed for product navigation and which provides:

- automatic determination of the initial and current values of the directional angle of the longitudinal axis of the product in the parking lot, with an error of not more than ± 0.36 ° by the limiting value or not more than 0.12 ° by the rms value:

a) when the readiness time is not more than 15 minutes at initial orientation and no more than 6 minutes when re-orienting at a temperature from plus 50 to minus 40 ° C;

b) when the readiness time is not more than 27 minutes at a temperature of minus 40 to minus 50 ° C;

- automatic determination of increments of the current coordinates of the product’s location in the Gauss-Krueger projection in stand-alone mode (in the absence of signals from satellite navigation systems) with an error of not more than 0.6% for marches up to 30 km and travel time up to 2 hours;

- automatic determination of X, Y, m coordinates in the mode of integration with satellite navigation equipment ASN GLONASS and (or) NAVSTAR (GPS) with an error of 20 m in the parking lot and in motion;

- automatic determination of the height of the product from the ASN with a standard error of not more than ± 20 m in the parking lot and ± 35 m in motion;

- determination of the transverse and longitudinal angles of inclination of the product with an error of not more than ± 0.18 °;

- storage of the directional angle of the product with an error of not more than ± 0.12 ° for one hour of continuous operation;

- the issuance of navigation and service information to the on-board computer system via a serial RS-232 interface.

The coordinates of the location of the product and navigation data (the current directional angle of the object, the directional angle to the destination, the distance to the destination, the course angle to the destination, the longitudinal and transverse angles of the object, the date and current time, the altitude, the path traveled by the object) can be read visually by the operator from the indicator of the product coordinator 1NA1-P. From the screen of the VC video monitor, in a separate called window, the coordinates of the object, navigation data and additional components of the speeds of the object along the X, Y coordinates and the total speed (object speed) can also be read. The values of the directional angle or the angle to the destination can also be read out visually by the operator from the scale of the arrow-heading cursor of the navigation equipment.

The UD-M211D documenting device (printer) is intended for output on paper of alphanumeric, pseudographic and graphic information received from computers via the “1284” interface (CENTRONICS).

P910M blocks are intended for use as remote means of interfacing with analog radars / PRV as part of the primary radar processing complex.

The P910M block provides:

- the conversion of echo signals and general recognition signals arriving at it from the radar or PRV into digital form and determining the range of the primary marks;

- conversion of the signals of the sync sensors of the synchronous servo drive (SSP) of the radar antenna rotation (PRV) into the antenna azimuth code;

- transmission of the polar coordinates of the primary marks on the product via a high-frequency communication line;

- receiving from the product commands for controlling the spread of the antenna of the RV and issuing to the RV signals of the mismatch of the azimuth of the antenna of the RV through the coarse and accurate samples (GO and TO) chains;

- receiving from the product and issuing commands to control the operating modes to the ground radio interrogator (NRZ).

Communication and data transmission

The complex of communication and data transmission (KSP) products 9S931 provides:

- reception and transmission of real-time telecode information using the ADF (product M-498RLI.11) via radio channels organized by ultra-short-wave (VHF) radio channels or via wireline communication lines;

- exchange of real-time telecode information in the format of ASPDU codograms over a radio channel organized by VHF radio facilities and over wired communication lines;

- exchange of operational and tactical information through the T-236-V equipment via a radio channel organized by VHF radio facilities and through wire communication lines;

- conducting internal negotiations between crew members;

- documentation of voice information from workplaces of operators ARM1, ARM2.

The radio communication in the product 9C931 is implemented on the basis of a set of unified adaptive radio communications R-168, operating at a single channel speed of 19.2 Kbit / s, representing advanced control automation capabilities for the user and providing modern requirements for radio noise immunity.

The use of multichannel radio facilities of the R-168 complex in a PCB complete with antenna filter units minimizes the number of antennas to a number that ensures compliance with the requirements for electromagnetic compatibility (EMC).

Multifunctional terminals (M-498RLI.11 products) for real-time data transmission and the T-236-V product, a four-channel device for guaranteed imitation protection, distribution, and noise-free data transmission, have been introduced into the PCB as an ADF.

Radio facilities of the R-168 complex, terminals (M-498RLI.11 products), T-236-B products are connected via RS-232 interfaces to the VK of the 9C931 product.

Communication security requirements in the 9C931 product are ensured by secrecy with guaranteed durability of all types of information through the use of T-231-2A products, terminals (M-498RLI.11 products) and T-236-V APDs with encryption modules.

Intercom provides the work of four operators and a driver with a ranking of their functionality. In the product 9С931 for the organization of internal communication equipment is used for internal communication, switching and control AVSKU-T. To document voice information in the PCB, a digital multi-channel ET tape recorder (MTsM ET) is used. For the organization of loud-speaking communication, GG8 loudspeakers from the structure of АВСКУ-Т are used.

To work with interfaced products equipped with ASPD-U, the 9SP931 KSP provides the exchange of telecode information in ASPD-U algorithms. The ASPD-U transceiver is located in the RSZB (1) VK (module BR23-407).

The 9C931 radio tools used in the PCB represent great opportunities for the diagnosis of both the radio itself and the communication channels. Connecting communications to the workstation makes it possible both to automatically monitor the operability of communications, automated input of radio data, and the operational management of communications by solving software tasks of configuring the communications system and routing tasks.

In a complex of communication and data transmission facilities, funds are allocated as intended as follows:

The exchange of all types of radar data from interacting and given sources of radar information is provided using the radio stations "PCT1" (P-168-25U-2 (1) 2nd half-set), "PCT2" (P-168-100U-2 (1) 2 second half-set), "RSTZ" (R-833B), "PCT5" (R-168-100U-2 (2) 1st and 2nd half-sets), "PCT6" (R-168-25U-2 ( 2) the second half-set) and PCT7 (R-168-25U-2 (3) the second half-set), while the PCT5 can operate in multi-channel mode.

The above radio facilities work both at the junction of C1-PM, and at the junction of C1-FL. The C1-TCH joint is provided using the ADF - the BR23-407 module located in the Baguette-RS3B (1) computer or the M-498 RLI.11 computer at a speed of 1200 bit / s in OK OK (ODK-1) mode. Joint C1-FL - using the ADF of M-498 RLI.11 products at speeds of 1200 bit / s, 2400 bit / s in the OK ОДК-1, ОК ОДК-2, ОК ОДК-2-1, or BR23-407 module modes on speed 2400 bit / s in OK mode ОДК-2.

Exchange of voice information through the channels of operational command communications (ACS), data exchange of operational tactical information (OTI) and command and signal information (CSI) through channels formed by the networks of the territorial data exchange system (TSOD), as well as the exchange of closed and masked speech Information is provided using the radio stations "PCT1" (R-168-25U-2 (1) 1st half-set), "PCT2" (R-168-100U-2 (1) 1st half-set), "RSTZ" (P -833B), PCT4 (P-168-100KB (T) and PCT6 (P-168-25U-2 (2) 1st half-set) and PCT7 (P-168-25U (3) 1 half-set).

The connection of the circuits of the voice channels of the ACS, OTI and KSI, as well as the data exchange channels to radio stations or wire lines, is carried out using the AVSKU-T product.

The radio station R-833B ("PCT3") provides the reception of radar data from the helicopter complex RLD in closed mode and provides the exchange of voice information in the VHF band in open mode.

The product M-498RLI (1) ("APD1") is intended for the exchange of radar data with attached radar sources that interact; KP subordinate command posts (control points) and higher control command points (control points) through radio stations R-168-25U-2 (1) 2nd half-set ("PCT1"), R-168-100U-2 (1 ) 2nd half-set ("PCT2") and R-833B ("PCT3").

The product M-498RLI (2) ("APD2") is intended for the exchange of radar data with superior, interacting and subordinate KP (PU) through the radio station R-168-100U-2 (2) 1st half-set ("PCT5").

The product M-498RLI (3) ("APD3",) is intended for the exchange of radar data with superior, interacting and subordinate KP (PU) attached to the radar sources through radio stations R-168-100U-2 (2) ("PCT5") in multi-channel and single channel modes.

The product M-498RLI (4) ("APD4") is intended for the exchange of radar data with superior, interacting and subordinate KP (PU), given by the radar sources through radio stations R-168-25U-2 (2) 2nd half-set ("PCT6" ), R-168-25U-2 (3) 2nd half-set ("PCT7") in single-channel mode.

The M-498 radar detector product (5) (“APD5”) is designed to provide radar data exchange via wired communication lines with higher-level, interacting and subordinate gearboxes (PU).

APD T-236-V provides the exchange of operational-tactical information (OTI) via wired communication lines and via a radio channel through radio stations R-168-25U-2 (1) 1st half-set ("PCT1"), R-168-100U- 2 (1) 1st half-set (PCT2), R-168-25U-2 (2) 1st half-set (PCT6) and R-168-25U-2 (3) (PCT7) with superior, interacting and subordinate KP (PU).

The T-231-2 (2A) equipment provides for the exchange of closed voice information over wired communication lines and over the radio channel through radio stations R-168-25U-2 (1, 2, 3) ("PCT1", "PCT6", "PCT7") and R-168-100U-2 (1) (PCT2) and R-168-100U-2 (2) (PCT5) on the fifth channel in multi-channel mode.

All radio facilities via external control connectors (RS-232 interface) are connected to a computer complex to control operating modes and carry out functional control.

To load the operating modes and radio data into the radio facilities of the R-168 complex, a radio data input device (R-168UVRD-O) is included in the product 9C931. The use of the optical interface UVRD-O allows you to perform an autonomous download of radio data without disturbing the system connections in the products.

Connecting the radio to the workstation allows you to implement the ability to automatically control the operation, enter the operating modes of the radio, enter the radio data and indicate the quality of the channel directly from the workplace.

Switching of operational tactical and voice information channels by types of communication channels (radio or wire channels) in the product 9С931 is performed by the product АВСКУ-Т.

AVSKU-T is a space-time switch having two switching fields - subscriber and channel.

The structure of the AVSKU-T includes control units BU39, BU40 and control panels PU57, interface units BS72, BS74 and the interaction unit BV9, chest switches and a driver’s console, headset, loudspeakers and headsets.

The combination of devices in the internal communication circuit is provided by control units, interface units and an interaction unit. The listed units of the AVSKU-T equipment provide internal and external two-way telephone communication between subscribers in open and closed modes.

In the internal communication network, internal circular telephone communication is provided between all subscribers of the 9C931 product, and it is also provided:

- listening to a call signal from a radio station;

- making a call to outside parties;

- sending and receiving an inductor call to an external subscriber via wired communication lines;

- external two-way telephone communication via a four-wire communication line with a subscriber of an external telephone set (BTA) in the MB and Central Bank modes.

All wired channels in the 9C931 product are protected by BR arrestor blocks. It is possible to connect additional funds:

- telephone set TA-88;

- external telephone set (BTA);

- AT-3031 products for working with field communication nodes (CCP).

Two types of telephones are used in the product: TA-88 and AT-3031. Telephone set TA-88 is intended for conducting official negotiations on wire communication lines, AT-3031-for conducting voice negotiations with an external workstation in mode “A” or “B” via T-231 -2A equipment (2).

The ET multi-channel digital tape recorder (MTsM ET) is designed for recording voice-activated information from workstations ARM1 and ARM2 in an unattended mode.

MTsM ET can function in the following operating modes:

- registration of voice information;

- reproduction of registered information;

- archiving of registered information;

- reproduction of archival information

- adjustment of parameters.

The voice information recording mode is the main one and is performed continuously regardless of other tape recorder operating modes.

Continuous recording time on all channels is at least 25 hours. For online storage of information, a hard drive of the "Winchester" type is used.

Brief technical characteristics of the PCB of the product 9C931 are given in table 6.

Power system

The power supply system provides power to all technical means of the product from a constant voltage source of 27 V both in the parking lot and in motion. Primary sources of electricity are:

- power take-off generator (TOM) SVG-8K2, (in motion);

- Autonomous diesel electric unit AD8U-P28.5-2V (hereinafter referred to as AD8U), in the parking lot and in motion;

- rectifier devices VU-4, operating from an external source of three-phase alternating current voltage (380 + 37; -57) V, frequency (50 ± 2.5) Hz, (at a stop).

The distribution of the supply voltage to consumers, control of the load current, the charge-discharge current of the batteries, the protection of electric lines and the light signaling of the state of the power supply system in the product are provided by the P906 remote control.

The main power source for the 9C931 product in motion is the GVM SVG-8K2 with a buffered molecular energy storage device (MNE) and two 12ST-85R (24 V each) batteries connected in parallel.

The connection of the HOM to the load and the molecular energy storage device to the batteries is performed using the P907 power control panel.

Molecular energy storage is used as an additional source of starter current in on-board electric start-up systems (BES) with a nominal voltage of 24 V.

The HOM drive is carried out from the MT-LBu chassis engine.

A 27 V DC voltage with HOM through the FR-8C filter and the P931 power fuse box is supplied to the P907 power control panel, and from it to the P906 power system control panel. From the output connectors of the P906 console, a voltage of 27 V is supplied to the P913 boxes, from which it is distributed to the KSA, KSP and SZO equipment.

The P906 power system control panel is designed for:

- control the voltage of the on-board network and the current consumed by the load;

- light indication of operating modes of connected power supplies and their protection against current overloads;

- light indication of connected consumers of voltage 27 V;

- consumer protection in case of deviation of voltage of power supplies from nominal;

- light indication of battery operating modes.

Table 6
Brief technical characteristics of the PCB product 9S931 Type of radio Frequency Range, MHz Type of antenna path means ΜV sensitivity Output power for 1/2 set, W Type of communication Junction type R-168-25U-2 (1) "PCT1" 30-107,975 BSAA 2.0 0.1; 8; 40 / 0.1; 8 OTI, OKS RLI PM, FL 1 half set (OK) PM, FL 2 half-set (OK) R-168-100U-2 (1) "PCT2"
1 half set (OK)
2 half-set (OK) 30-107,975 BSDA or SDAM 2.0 0.1; 8; 40; 100 / 0.1; 8; 40 RLEY OTI, OKS PM, FL PM, FL P-833B
RSTZ 100-399,975 Bunker-286 1,0 RLI, ACS PM, FL R-168-100KB (T)
PCT4 1,5-29,999 ASH-4 or "Dipole" 2.0 50 (peak) ACS PM R-168-100U-2 (2) "PCT5" 30-107,975 BSDA or SDAM 2.0 0.1; 8; 40; 100/0, 1; 8; 40 Radar PM, FL 1 half set (OK) 1 half-set (MK) - 1 channel Radar FL 1 half-set (MK) - 2 channel Radar FL 1 half-set (MK) - 3 channel
1 half set (MK) Radar Radar FL - 4 channel
1 half set (MK) ACS FL FL - Channel 5
2 half-set (OK) Radar PM, FL 2 half-set (MK) - 1 channel ACS FL 2 half-set (MK) - 2 channel Radar FL 2 half-set (MK) - 3 channel Radar FL 2 half-set (MK) - 4 channel Radar FL 2 half-set (MK) - 5 channel Radar FL R-168-25U-2 (2) "PCT6" 1 30-107,975 BSAA 2.0 0.1; 8; 40 / 0.1; 8 OTI, PM
FL ACS half-set (OK) Radar 2 half-set (OK) OTI, ACS PM, FL Radar R-168-25U-2 (3) "PCT7" 30-107,975 BSAA 2.0 0.1; 8; 40 / 0.1; 8 OTI, PM, FL 1 half set (OK ACS 2 half-set (OK) RLI, OTI PM, FL ACS Radar Note. OK - single-channel operation mode of the radio station.
MK - multichannel operation mode of the radio station.

Indication is provided by measuring devices on the P906 panel.

The diesel electric unit AD8U is designed to provide electricity to technical equipment both in the parking lot and while driving. The unit is a diesel generator with a set of control and protection equipment.

A 27 V DC voltage from the diesel generator unit AD8U is supplied to the P906 remote control and then distributed to consumers. Two buffered batteries connected in parallel are also connected to the buffer with the electric unit. 12ST-85P for 24 V each.

To ensure the start of the diesel generator at a lower ambient temperature, an O31 heater is provided, heating the compartment with the diesel generator.

When starting a diesel generator, a molecular energy storage device (MNE), at the time of start-up, is used as an additional source of starter current to the starter battery. After starting the diesel generator, the MNE and the starter battery are connected to the system battery in the buffer and smooths out the voltage drops during load switching.

When powered from an external network, an alternating voltage of 380 V 50 Hz through a cable gland 9S931KV1 and a protective-disconnecting device (ZOU) is supplied to two rectifier devices VU-4.

The protective-disconnecting device provides disconnection of the external network in the event of a dangerous voltage (more than 24 V) on the body of the product. To ensure the operation of the ZOU, a grounding device (ZU) is used in the product.

Rectifier devices VU-4 are designed to convert three-phase alternating current

voltage of 380 V, frequency of 50 Hz in direct current voltage from 27.2 to 27.5 V and power consumers. The rectified voltage from VU-4 through the backplane adapter is fed to the P906 remote control and then distributed to consumers.

To rectifier devices VU-4 through the P906 remote control in the buffer are also connected two, connected in parallel, rechargeable batteries 12ST-85R for 24 V each.

Two 12ST-85R and MNE batteries connected to the buffer (parallel) to the main primary power sources provide smoothing of voltage drops and emergency power to the product equipment in case of a sudden loss of voltage from the primary sources.

Tone ringing device (TVU) provides the formation of an intermittent tone when an emergency occurs in the power supply system of the product 9C931.

Life supporting system

The life support system (LSS) serves to protect members of the calculation and equipment of the product from exposure to radioactive and toxic substances, as well as bacterial agents and to ensure the calculation of habitability conditions.

The product’s SJO includes standard means of the SJO chassis and funds from the SJO of the product:

- filtering installation (FVU);

- dose rate meter IMD-21B;

- air conditioning KShM 2.000;

- heating and ventilation installation ОВ95;

- device autonormal onboard LO 2.16.00.000;

- fans for individual airflow VN1;

- aviation clock ASF-1 V;

- operating hours counter SVN-2-02;

- plafonds PMV-71-1;

- SB-1A lamps;

- fire-fighting equipment;

- water pumping system.

The filter ventilation unit (FVU) is used to supply fresh air to the inhabited compartments of the product in the ventilation mode (under normal operating conditions), and in the filtration mode it is designed to create excess pressure in the inhabited compartments of the product body and to purify the air taken from the outside from the exhaust air, explosive substances, and BS.

The dose rate meter IMD-21B is designed to measure the dose rate of gamma radiation and issue a light signal when its threshold value is exceeded.

KShM 2.000 air conditioner is designed to supply chilled air to the crew members work area at an ambient temperature of + 20 ° C to + 50 ° C in order to create comfortable working conditions.

The heating and ventilation unit ОВ95-0010-Г is intended for heating the inhabited compartment of the product 9С931 at low ambient temperatures.

The autonomous on-board device LO 2.16.00.000 of special processing is intended for the degassing, decontamination and disinfection of the MT-LBU tractor by irrigation and rubbing with an irrigated brush.

Fans of individual airflow VN1 are designed for ventilation of workplace air and airflow of racks with equipment. Fans are installed at every workplace, have the ability to rotate and lock in the most convenient position for the user. The fan is turned on and off from the workplace using the toggle switch integrated in the fan.

Aircraft clock ASF-1 V is designed to display the current time (hour, minute, second).

The operating time counter SVN-2-02 is designed to display the operating time of the product 9C931. The CBH-2-02 is switched on after the secondary power supply (+27 V) is supplied to the product.

SB-1A luminaires are designed to create local lighting of workplaces ARM1, ARM2. The structure of the product 9S931 includes two SB-1A lamps. Turning the lamp on and off is done from the workplace using the toggle switch integrated in the lamp.

Plafonds PMV-71-1 are used to provide general lighting inside the product, as well as for lighting cable entries from the outside of the product.

The fire-fighting equipment of the MT-LBU chassis is designed to extinguish a fire in the engine compartment using a fire extinguishing aerosol generated by two fire extinguishing aerosol generators triggered by an open flame.

For extinguishing a fire, portable fire extinguishers of the OU-1 (OU-2) type are provided in the aft and control rooms.

A water-pumping system is used to remove water that has entered the casing while overcoming water barriers.

For crew members to work with documentation, the product provides a folding table located on the starboard side and a safe for storing documents.

Product Software

Software Composition

The software of the computer complex is designed to automate the processes of collecting, processing information about the air situation; about the condition, readiness and actions of subordinate funds; decision making and management of subordinates; interaction with upstream and neighboring control centers.

The software package of the product contains the general software of the software, the general system software of the software, the special software of the software.

Typical composition of the general software (OPO) includes:

- OS operating system MS VC 3.0 FLIR 80001-03, (Prime loader for Baget computers) designed to provide the computing process of the main VK processor;

- real-time operating system of the OS RV Baguette-2.0 YuKSU.90622-01, designed to provide the computing process of the additional VK processor;

- integrated geographic information system IGIS "Integration of MS" AFEC. 103 57-07, designed to display digital, cartographic and operational tactical information;

- Database management system DBMS “Linter-VS” 6.0 FLIR.80002-03, designed to create information and control systems for working with databases;

-complex of programs "Mobile office" TSAVM.30283-01, designed to provide the possibility of developing informal and formalized documents in text, graphic and tabular formats;

- a complex of unified sets of portable and mobile software and hardware complexes (PTK) (KUK P and M PTK) ITNYA.01816-01.

The typical composition of system-wide software (OSPO) RDPI.00886-01 provides:

- document management;

- system telecommunications;

- control and management of the operation of control and communication facilities;

- maintaining the components of a single information space;

- information security;

- processing of command and signal information;

- support for functional subsystems:

1) navigation, temporary and topographic and geodetic support;

2) recognition and target designation.

The program package of special software (STR) RDPI.00870-01 in the general case includes:

- information and calculation tasks;

- information model for displaying information;

- training and simulation tools;

- a set of programs for processing radar information in real time.

Initial installation of software in the product is done at the factory. In addition, the components of information and linguistic support (ILO) of general application are loaded into the workstation database. The following information is subject to this download:

- classifiers;

- reference information.

Software is stored on data storage devices for each computing unit and is divided into two separately downloadable subsystems - the control subsystem and the main mode subsystem. To ensure the loading and starting of subsystems, the software includes a subsystem loader.

The control subsystem is designed to carry out checks of the hardware of the computing unit and to identify malfunctions to the plug-in module during repair work. The control subsystem functions are implemented by the VK test software complex, the computing unit test software, test programs of additional modules installed in the Baget-RS3B computer.

The subsystem of the main mode consists of the complexes OS MSVS 3.0 and special software (STR) of the product. Open source software under the control of the MSVS OS implements an automated solution of collection problems; about the condition, readiness and actions of subordinate funds; decision making and management of subordinates; interaction with upstream and neighboring control centers. The tasks to be solved are distributed among the computing units, performed in parallel, interact with each other via the LAN and with the operators using a graphical interface.

The organization of a multitasking operating mode, a multitasking interface, including LAN, a graphical interface and information protection is provided by the MSVS 3.0 OS.

OS MSVS 3.0 is a mobile, multi-user, multi-tasking operating system, the main purpose of which is to manage the resources of a computer system and the processes that use these resources for calculations.

A set of tasks performed in a specific computing unit constitutes the layout of this unit, its launch is ensured by the layout loader.

The input and output data of software are determined by the relevant protocols of information and technical interface with interacting products.

The monitoring subsystem is intended for performance checks of the technical facilities of the computer complex and partially the PCB with the possibility of detailed testing of computers and equipment connected to it with localization of the malfunction to the electronic module.

The control subsystem consists of a functional control program that performs the functions of the initial control with the possibility of detailed testing of the equipment connected to the computer, as well as the integrity control program of the STR.

Initial control of the workstation occurs automatically after loading the operating system.

If the initial control program found faulty devices, messages with information about failed devices appear on the monitor screen.

Verification of the software integrity maintained is based on verifying that the checksum of the software (software) installed in the product complies with the checksum of the software, verified by the entire set of tests preceding the serial production of the product.

The check is carried out automatically after the completion of the initial control.

If the integrity of the STR is violated, the program for restoring the integrity of the STR with the recalculation of the checksum is automatically launched.

The subsystem of the main mode consists of special software (STR) products operating under the control of MSVS 3.0 OS on the first and RV OS on the second processors, respectively. Open source software is intended for organizing the information and computing process in the system, solving management and planning problems, and also maintaining databases.

After loading the STR, on the video monitor screen displays information corresponding to the main mode of radar processing (main window "AWP BR"), schematically shown in Fig.4.

To provide information to the operator, a multi-window display system is used.

A window is a rectangular portion of the screen that can have a title bar and background.

AWP provides display of 7 windows:

- operator workstation window;

- directives menu window;

- a window of the general air situation (OBO);

- magnifier window (window of detailed air situation (VO);

- window of the table of action management (UD);

- message box;

- window of states.

The windows are designed to provide the operator with the ability to control the processes of tying routes and tracking the HE coming from coordinate sources, and to control the actions of subordinates.

To work with OTI, the main window “ARM DL” (the main window of the official) is used. An example of the display of the main window used when working with OTI is shown in Fig.5.

Product Modes

Product 9C931 during operation may be in the following states:

- mode of use for its intended purpose;

- standby mode;

- training mode (autonomous and integrated training mode).

Intended use

The mode of use of the product for its intended purpose is the main one. In this mode, all the technical means of the product are turned on, and all the tasks of the product are ensured according to the complete algorithm for its interaction with mating objects, depending on its location in the ACS structure.

Standby mode

When the product is operating in standby mode, it includes the technical means (except for the printer) necessary to ensure receipt of telecode information from the radar, voice information from a higher CP and control of subordinate means.

The calculation operates according to the standby mode data exchange scheme.

Training mode (training mode)

The autonomous training mode provides training for the calculation of the product according to the situation simulated by the software of the product, and is intended to teach members of the calculation how to solve basic functional problems.

The complex training mode provides training for product calculation in conjunction with calculations of mating products in conditions of product interaction in a single simulated environment coming from an external situation generator. In the complex training mode, the product implements:

- comprehensive simulation of the air situation;

- the simultaneous receipt of data on the air situation of mating objects;

- the issuance of combined (training and received from external sources) information in the communication channel;

- setting goals for goals;

- receiving reports on the results of hostilities. As a generator of a single environment, one of the products of the ACS system is used.

Transferring the product to its intended use is carried out only after receiving a command from the senior commander, the transfer time does not exceed 1 min.

General product use algorithm

The algorithm for using the product for its intended purpose in the general case involves the following operations:

- removing the product from storage and transferring it from the storage position to the stowed position;

- exit to the initial (initial) point of the route of movement;

- determination of the coordinates and directional angle of the product located at the starting point of the movement route, as well as the directional angle to the end point of the movement route;

- determination of the current coordinates and directional angle of the product during the march, as well as the current value of the directional angle to the end point of the route;

- receiving (issuing) information on HE, receiving (distributing and issuing) data on the distribution of efforts during the march;

- transferring the product from the traveling position to its intended use during the march and taking measures to ensure the product’s readiness to repel an airborne attack (at the command of a superior commander or in case of decision by the product commander);

- transferring the product from the traveling position to the intended use upon arrival at the destination (position) and taking measures to ensure the product’s readiness to repel an attack by the airspace;

- performing operations of the algorithm for using the product for its intended purpose.

Intended use

The mode of use of the product for its intended purpose is the main. In this mode, all the technical means are switched on and all the tasks of the product are fulfilled according to the complete algorithm for its interaction with mating objects, depending on its location in the ACS structure.

After turning on the hardware, downloading the software on the video monitor screen, the main window “AWP DR” (processing of radar data) and the information corresponding to the standby mode “DR” are displayed in the field “AWP Menu” in the upper left corner the inscription “Standby mode”. Press the "BR" button in the "Workstation Menu" field. The “Attention” window appears on the monitor screen with the information “Turn on the sound alarm!”.

The setting of the BR mode must be preceded by an audible signal. The sound signal is turned on by installing a toggle switch located on the BR box in the “B.rab” position. Finding the toggle switch in this position is accompanied by an audible alarm and a glow on the box of “+27 V” and “BR” LEDs. The duration of the sound signal is determined by the decision of the official AWP1. The sound alarm is turned off by setting the toggle switch located on the BR box in the “OFF” position, while the “BR” LED goes out.

After a beep, in the “Attention” window, press the “Yes” key. The product goes into its intended use. “BR” appears in the “Workstation Menu” field, the information “h: min: sec: installed BR” appears in the message window.

The product has two main windows: the main window “AWP DR (BR)” (the window for processing radar data) and the main window “AWP DL” (for working with OTI).

To go from the window processing the radar data to the processing window OTI, you must simultaneously press the keys "Ctrl + Alt + F7". To switch from the OTI processing window to the RI processing window, simultaneously press the keys “Ctrl + Alt + F8”.

Information window processing radar

To provide information to the operator, a multi-window display system is used.

A window is a rectangular portion of the screen that can have a title, frame and background.

The information on the screen of the product workstation video monitor is displayed in seven windows (see figure 4):

- operator workstation window;

- directives menu window;

- a window of the general air and ground situation (OBO);

- magnifying glass window - a window of detailed air and ground conditions (IN);

- window of the table of action management (UD);

- message box;

- window of states.

Switching activity between windows (if they have a title) is carried out using the key combination “Alt” + “Tab”. The input focus is transferred to graphic windows without a title using the following key combinations:

- - “Alt” + “1” - directives menu window;

- - “AIt” + “2” - magnifier window (IN);

- - "Alt" + "3" - the window of the OBO;

- - “Alt” + “4” - the window of the UD table.

The operator’s workstation window is intended for introducing parameters for selecting information highlighting in the windows of the OBO, VO (magnifying glass).

The menu of directives is used to display the current level of the menu of directives and function buttons. When the window receives input focus by pressing the Tab key, the function buttons are activated, and the Alt key switches to menu items. Directive menu items and function buttons are selected by moving the cursor and pressing the Enter key or the left MP button or using the down arrow key. The title of the window displays the name of the current menu.

The general air situation window displays all the air information received from sources in a simplified form.

In the window of the detailed air situation (in the magnifying glass window), the operator can observe more detailed (detailed) information about the situation, the contents of which are “clipping” the contents of the general air window on an enlarged scale. The size of the “cut out” content and its location is displayed by a rectangle in the window of the general air situation. The shift of the displayed information in the window of the air situation and the change in the scale of the display entails the shift and resizing of the rectangle in the window of the general air situation.

The window for controlling the actions of subordinates provides the operator with information about the air situation, about the status and actions for the aircraft (submarines) of the subordinate units and radar, teams coming from a higher command post (VKP). This window provides input of operator commands to subordinate units and reports of the CPSU.

The action control window is a matrix, a column that corresponds to a specific mating product, an LA line selected to coordinate actions on it, or centralized target distribution.

At the intersection of the row with the column is information about the effects recommended or performed by this product for this aircraft.

The message window is intended for issuing system messages to the operator. Each new message is displayed on the bottom line, replacing the previous ones, and the message on the top line is deleted from the screen.

The status window displays the system status and current date. In the status window, the current date is displayed in the form DD.MM.YY, where DD is the day, MM is the month, YY is the year and the current time in the form HH.MM.SS, where HH is hours, MM is minutes, SS is seconds. The line below displays a list of hardware (BPO processors, AWS, data transmission equipment) in the form of rectangles with the name. The color of the rectangles indicates the status of the device: green - the device is working properly, red - the device is faulty, white - the device is unavailable or there is no interaction with it. For receivers, yellow indicates reception failure. Inside the rectangle denoting the PfP, a figure glows - the coefficient of completion. The values of the coefficient of bringing can take values from 0 to 10. The number 10 is displayed by the sign "*".

The product provides for the display of information about the air (AT) and ground (BUT) situation against the background of digital maps of the area.

The content of the information display model serves as the basis for the operator to assess the prevailing situation and make a decision.

To ensure that the main tasks are solved, product calculation performs the following functions:

- software download;

- setting operating modes;

- choice of configuration;

- management of the composition and type of information displayed;

- management of radar data processing;

- management of the activities of subordinate units (products);

- interaction with mating products;

- registration management;

- management of functional control;

- management of the exchange of OTI and CSI;

- management of the course of the training.

To set and implement the above functions, the product operator uses AWP controls.

The list of directives and operations during operation of the product during the processing of radar data

Input, editing of alphanumeric information and control of the computing process is carried out using the KL-85 keyboard and the menu of directives. Directive parameters are entered through the dialog box.

The directive menu is a set of commands (directives). An item in the directives menu is selected by moving the cursor to it and by pressing the ENTER key or the left (No. 1) MP button. After which, depending on the item, a transition to the next level is made or a dialog box is displayed.

The choice of the item in the drop-down menu can also be carried out using the combination of hot keys "Ctrl + **". The combination option is next to the item name.

If the menu item contains a menu, then when you press the left MP button, the item is highlighted in blue and a drop-down menu appears under it, the items of which may contain their own menu. This is indicated by> at the end of the name. The selection of items in the submenu is done in the same way. When you select the final menu item, a dialog box is displayed.

Return to the previous menu level is carried out via the ESC key.

The dialogue window is a summary of the characteristics and parameters that determine the current state of the product elements, the processes occurring in it, the state of information sources, complete forms of aircraft, subordinate units, etc. The window provides an adjustment of the current parameter values.

The window contains a title, input / output fields with explanatory text and control buttons: “ENTER”, “CANCEL”, “REQUEST”, “INSTALL”, “RESTORE”, “APPLY”, “CANCEL”, “REMOVE”, “RENEW” in various combinations. Moving through the input / output fields and control buttons is done using the cursor or the Tab key. When the window is opened, the cursor is on the first field, and the “ENTER” button is active.

Moving inside the editing field is carried out using the arrow keys on the keyboard:

“→” (to the right), “←” (to the left). Move inside the list box using the arrows: “↑” (up), “↓” (down).

Changing the current value depends on the type of field:

- the fields for entering numerical data are a white rectangle. Having typed the desired value, press the Tab key, the cursor will move to the next field, to return to the previous field press the SHIFT + Tab key combination;

- scrolling list boxes are rectangles with a ∨ sign (down arrow) on the right side. To select the required value from the list, press the arrow (or the Spacebar) and in the list that appears, move the cursor and select the desired item by pressing the Enter key or left mouse button. The list closes and the selected value appears in the field;

- field - control switch designed to set or remove a specific option. It consists of a small rectangular box with text in which there may be a selection mark. The field can take two states, with the selected state, a checkmark is displayed in the field. Installation or cancellation in the switch box is done using the left MP button or the Space bar;

- field - selector button. These buttons are designed to organize the choice between mutually exclusive options. The selector button consists of a text box and a small round button. The selected button is “full” (there is a circle), otherwise it is “empty”. Installation or cancellation in the group of selector buttons is performed using the left MP button or the Space bar.

For quick access to frequently used directives, their call is placed on the function buttons. Function buttons are located in the directives menu. Before the buttons there are numbers that correspond to the numbers of the function keys of the keyboard.

Function buttons include the following:

- F1-FC - request for a complete track form;

- F2-FP - request for a complete subordinate form;

- F3-ЗП - prohibition (cancellation) of information transfer along the routes;

- F4-CT - track reset with tracking;

- F5-УЦ - a team for the goal;

- F6-SC - reset the team on the target;

- F7-K3C - team on target;

- F8- “2Z” - exchange of teams 2Z;

- F9-DPD - report delivery.

To switch the activity between buttons and items inside the "Directive Menu" window, use the keys: "Alt" + "Tab". You can navigate through the items and buttons using the buttons “→” (right), “←” (left), “↑” (up), “↓” (down).

Inputting input data to VK

The composition of the source data

The initial data in preparing the product for work are:

- coordinates of reference points;

- coordinates of standing points;

- configuration of communication channels;

- Installation of technical characteristics of subordinates.

The initial data is received into the product either by radiotelephone and entered into the VC by the operator manually or automatically by TLC.

Reception by TLK reference point

When receiving the coordinates of the reference point (RT) by the TLC and the coincidence of the old and new coordinates, the following message is displayed in the message window (OS):

“The coordinates of RT were received from the source **”.

If the coordinates do not match, a message is displayed:

“New RT coordinates from source ** arrived.”

The issuance of a reference point for TLC.

Select in the directive window in the menu "Management" the item "Issue a reference point".

In the message box, the message “Issued reper to subscriber **” appears.

Reception and input of coordinates of a reference point by radiotelephone

When receiving the coordinates of the reference point via a radiotelephone, the operator must select the "Enter benchmarks" item in the "Preparation" menu. In the dialog “Entering benchmarks”, the RT parameters for sources from 0 to 15 are displayed, fill in the fields in accordance with the data received by the radiotelephone and press the “ENTER” button.

Issue of a reference point by radiotelephone

To issue a reference point via a radiotelephone, the operator needs to select the "Enter benchmarks" item in the directives window in the "PREPARATION" menu. In the dialog box "Enter benchmarks" displays the parameters of the RT for sources from 0 to 15.

After the voice of the reference point coordinates is transmitted over the radiotelephone to the operator, it is necessary to press the DISCLAIMER button. The screen stops highlighting the dialog box.

Reception by coordinates of points of standing on TLK

When receiving the coordinates of the standing points (TS) via the TLK, the TS is highlighted in the VO window.

The issuance of the coordinates of the standing points on the TLK

The coordinates of the vehicle on the TLC are automatically issued every 10 seconds or select in the directives window in the “MANAGEMENT” menu the item “Issue a standing point at the CPSU”. Enter the subscriber’s code in the highlighted window “issue of the standing point”, press the “ENTER” button. The message “The subscriber's standing point ** issued at the CPSU” will appear in the message window.

Reception by radiotelephone and entering coordinates of standing points

When receiving vehicle coordinates by radiotelephone, the operator must select the "Enter location" item in the directives window in the "PREPARATION" menu.

The “Enter Location” window with the vehicle parameters for sources from 0 to 15 will be displayed on the screen.

If the coordinates from the window coincide with those received by the radiotelephone, the operator must press the "Failure" button. The screen stops displaying on the screen.

If the coordinates do not match, enter the digital values of the parameters received by the radiotelephone into the fields, press the “ENTER” button, the window will close. A new standing point will be displayed in the VO window.

If the source has subordinates, then in the column “Subordinate” of the corresponding source the inscription “Exist.” Will be displayed on the button. To view the standing points of subordinates of the source, you must click the "Exist" button and in the pop-up window "Table of subordinates" view and, if necessary, adjust the coordinates of the vehicle.

Issuing coordinates of standing points by radiotelephone

To issue the coordinates of the vehicle via a radiotelephone, the operator must select the "Enter location" item in the directives window in the "PREPARATION" menu.

A window with the coordinates of the vehicle for sources from 0 to 15 will be displayed on the screen. After transmitting the coordinates of the vehicle by voice over the radiotelephone, the operator must press the CANCEL button.

Recalculation of coordinates

It is possible to recalculate coordinates from one system to another. The coordinates are recalculated by selecting the item “Coordinates recalculation” in the directives window in the “PREPARATION” menu:

- to transfer coordinates from geodesics to Gauss-Kruger, select the option "Geodesics in Gauss-Kruger" in the drop-down menu. In the dialog box "Geodesics in Gauss-Kruger" fill in the fields to the dividing line and click the REQUEST button. Below the dividing line, the coordinates appear in the Gauss-Kruger system;

-to transfer coordinates from Gauss-Krueger to geodesics in the drop-down menu, select the item "Gauss-Kruger in geodesics". In the "Gauss-Krueger into Geodetic" dialog box, fill in the fields to the dividing line and click the REQUEST button. The coordinates in the geodetic system will appear below the dividing line;

- to transfer coordinates in the Gauss-Krueger system from one zone to another, select the “Gauss-Krueger from zone 1 to zone 2” drop-down menu. In the “Gauss-Krueger from zone 1 to zone 2” dialog box, fill in the fields to the dividing line and click the REQUEST button. The coordinates recalculated for another zone will appear below the dividing line.

Communication channel configuration

Enter the configuration of the communication channels when connecting or disconnecting subscribers and changing the settings of receivers and transmitters.

To configure the configuration in the directives window in the "PREPARATION" menu, select the "Radar network configuration" item. In the highlighted window “RLI Network Configuration” in the active tab “Subscriber Characteristics” select the required types and level of subscribers, level of your own product, channels for receiving and transmitting information.

To select a product type, you must click on the selected virtual key and select the required product type using the KL-85 keyboard keys or the MG-1 manipulator in the drop-down list and press the Enter key.

To select a subscriber level, press the virtual button “‚ ”corresponding to the selected type and select the required subscriber level in the drop-down list and press the“ Enter ”key.

For selected subscribers, set the sign “On” (“P”). To memorize the entered values, press the APPLY button, while the window remains open, or the “Enter” button, and the window closes.

Activate the “PfP Characteristics” tab and set the necessary characteristics of the receive channels (exchange rate, channel type, operation mode, key zone number). To set the required parameter, click the corresponding virtual button “‚ ”and select the desired parameter in the drop-down list and press the“ Enter ”button. Set the “Acceptance allowed” sign for the selected characteristics. To memorize the entered values, press the APPLY button, while the window remains open, or the “Enter” button, and the window closes.

Activate the tab "Characteristics of PRD" and set the necessary characteristics of the transmission channels (exchange rate, type of channel, operating mode, attenuator key zone number). To set the required parameter, click the corresponding virtual button “‚ ”and select the desired parameter in the drop-down list and press the“ Enter ”button. Set the “Transfer allowed” sign for the selected characteristics. To save the entered values, press the APPLY button, while the window will remain open, or the “Enter” button, and the window will close.

Set date and time

The product provides for the installation of time from the navigation system (SN) (entered automatically when the navigation equipment 1NA1-P is turned on) or the use of system dates and times.

The time setting mode is selected in the “Date / Time” item in the “PREPARATION” menu of directives.

To bind the time scale to local time (for taking into account winter or summer time) when working from the navigation system, set the necessary amendment in the column "Correction for local time" and press the "Enter" button.

To use the system dates and times, it is necessary to set the “P” icon in the “Prohibit updates from CH” column, and the DD, MM, GG, HH, MM, CC windows for entering the system date and time are activated. Set the required date and time and press the "Enter" button.

View and install TTX subordinates

To view and set the performance characteristics of subordinates in the directives window in the "PREPARATION" menu, select the "Performance characteristics of subordinates" item. In the pop-up window “Enter the number of the subordinate”, dial the number of the required subordinate in accordance with the subscriber number in the configuration of the radar network and press the “Enter” button. If necessary, select the type in the highlighted “TTX slave” window, specify the characteristics, and set the “P” icons in the corresponding lines in the upper right part of the window to display the selected characteristics in the control table of the main window. Press the enter button,

Transfer of benchmarks and standing points to AWP

To send benchmarks and standing points to other workstations, it is necessary to select the option "Send geodesy" in the directives window in the "Management" menu.

Hardware Management

The operator from the workplace can control the following technical devices:

- radio stations (PCT);

- product L150-32 (SRTR);

- NRZ;

- blocks P91 OM.

Radio Station Management

To control the PCT5.1 and PCT5.2 radio stations when working in multi-channel (MK) mode, you must first prepare (configure) the PC to work in MK mode. Then, in the “Directives” window, select “PCT” in the “Devices” menu and use the “‚ ”buttons in the window that appears, select the radio station number, address, set the necessary PC mode in the“ Operating mode ”line and press the corresponding“ Enter ”button. To view the current PC settings and the status of the communication channel, click the "Request current PC settings" or "Request CS status" buttons, respectively. To put the PC in standby mode, select "Transfer to DR", make sure on the light panel of the PP unit of the radio station that it is in DR mode. To transmit a circular call, set the line “Call” to “circular” and press the corresponding “Enter” button. Make sure on the light panel of the PP unit of the radio station that the call is passing and the radio is entering the circular connection, while the "Failure" indicators on the BU40 blocks of the AVSKU-T equipment should go out.

Office of NRZ

To set the operating mode of the NRZ, it is necessary to select the "NRZ" menu item in the directives window and select "Operating mode" in the pop-up submenu. In the appeared window “Operating mode” set the required operating mode of NRZ and press the “Enter” button. To enable the request in the submenu, select the “Authentication mode” sub-item and in the window that appears, select the required subscriber number, the identification mode and press the “Request” button.

In the “Manual” mode, the NRZ control is carried out only for the routes determined by the operator. To do this, move the cursor in the magnifying glass window to the selected path and press the "D" key on the keyboard.

In the “Automatic” mode, automatic control of the NRZ is carried out for tracks with an undetermined sign of state ownership. To redefine the state of a separate route, follow the steps described for the Manual mode.

CPTR Office

To control the operation modes of CPTR, it is necessary to select the "CPTR" item in the "Devices" menu in the directives window. In the appeared window “CPTR Control”, select the control word number, set the required CPTR operation mode, set the radiation source blocking modes and press the “Enter” button.

Office P910M

To control analog radars connected to the 9C931 product through the P910M unit, select the "Devices" menu item "P910M" in the directives window. In the pop-up window “P910M Management” enter the subscriber number and set the option “Enable PD mode for PRV”, select the scale, set the required threshold, press the “Enter” button. If it is necessary to block reception of signals from the radar, use the buttons “Circular auto-pick-up form” or “Sector auto-pick-up form”. In the “Circular auto pick-up” window, the range for blanking echo signals is set. In the "Sector blank auto-capture" window, the boundaries of the blanking sector are set.

During operation, coordinates are acquired automatically by the unit.

In the control center mode, the control of the PRV is carried out automatically for tracks with no height. To point the PRV antenna to a specific path, it is necessary to move the cursor in the magnifier window to the selected path and press the S key on the keyboard.

The work of the PRV operator is reduced to additional search for targets in the sector ± 2 ° from the azimuth specified from the product 9C931.

To set the display radius of the primary radar image on the AWP monitor screen, select "P910M" in the "Devices" menu. In the window that appears, enter the subscriber number, select the radar scale and click the "Close" button.

Display control

The operator can control the process of displaying air and ground conditions using the menu items "Selection", "Parameters", "Map" of the operator window and toolbars of the magnifier window.

The “Operator AWP” window is intended for introducing the parameters for selecting information highlighting in the windows of OBO, VO (magnifying glass).

To enter the information selection selection parameters, the toolbar (menu) of the VO window is used.

The operator can carry out:

- selection of highlighting on the parameters of the route;

- selection of highlighting by type of HE and by source number;

- selection of highlighting by type BUT;

- selection of additional information;

- display of the radar characteristics table;

- display a table of characteristics of goals;

- selection of highlighting cursor coordinates;

- selection of highlight track trace;

- setting the center of highlighting in the magnifying glass window;

- change the extrapolation interval;

- drawing additional information;

- font selection;

- selection of target selection parameters;

- selection of the form of the route form;

- input of the scale in the VO window (magnifier window).

Selection of displayed windows

To select the windows in which the display parameters will be selected and adjusted, it is necessary to select the "Trace Selection" item in the "Operator AWP" window in the "Selection" menu and select either "General VO Window" or "Magnifying Glass Window" in the dialog box that opens. .

Highlight selection of trace parameters

To set the highlighting selection according to the parameters of routes according to affiliation, altitude levels and aircraft types, the operator needs to select the "Route Selection" menu in the "Operator's Workstation" window and select "Selection" in the opening menu of the "Target Selection" dialog box according to the echelons of height ”,“ Selection by state affiliation ”,“ Selection by type of target ”, the necessary parameter values and press the“ Set ”button.

In the VO window, traces corresponding to the specified parameters are displayed.

Selection of highlighting by type of HE and by source number

To select a highlight by type of HE, you must select the item "Selection by type of HE" in the "Operator AWP" window in the "Selection" menu. In the dialog box that opens, select the required subset from the list of items and click the "Install" button.

The dialog window provides the ability to select the following types of VO:

- highlighting bearings - "Bearings";

- highlighting marks - "Marks";

- Highlight training tracks - "Training";

- highlighting of generalized traces - “Generalized”;

- highlighting - of enlarged trails - "Enlarged";

- illumination of prohibited routes - “Forbidden”.

To select trace highlighting from sources (if permission to trace highlighting from source is available), the operator must mark the number of the trace source by pressing the left button МГ1 on the corresponding number of the source. As a result of selection, traces from a given source will glow in the VO window.

Highlight selection by type BUT

In the “Operator AWP” window, in the “Selection” menu, select the “Selection by type of BUT” item, select the required subset from the list of items in the dialog box that opens and click the "Install" button.

In the magnifying glass window, the types of ground conditions corresponding to the specified parameters will be displayed.

Highlight selection of additional information

In the “Operator AWP” window, in the “Selection” menu, select the “Select window content” option, select the necessary types of additional information in the dialog box that opens, click the “Install” button. If necessary, click the additional buttons in the "Change the numbering" section and enter the necessary values in the pop-up windows.

Display radar characteristics table

To display the radar characteristics table, in the "Operator AWP" window, in the "Selection" menu, select "Radar characteristics".

Display target performance table

To display the table of target characteristics, select the “Target characteristics” item in the “Operator AWP” window in the “Selection” menu. To clarify information on an individual route, it is necessary to move the cursor to the route form in the magnifying glass window and by double-clicking the left MP button, the information on the selected route will appear in the first row of the table.

Display table characteristics of bearings CPTR

To display the table of characteristics of the CPTR bearings, it is necessary in the "Operator AWP" window in the "Selection" menu to select the "Characteristics of CPTR bearings". The table shows the type of carrier of the radiation source, the operating mode of the radiation source, the azimuth of the radiation source and the approximate distance to it, the radio parameters of the radiation source (characteristics of the emitted signal).

Highlight cursor coordinates selection

To select a display system for the cursor coordinates, in the "Operator AWP" window, in the "Selection" menu, select "Cursor Coordinates" and set the required mode in the drop-down submenu.

Track trace highlighting

To set the highlight of the track trace, in the "Operator AWP" window, in the "Selection" menu, select the "Track trace" option and set the required mode in the drop-down window.

Setting the highlight center

There are several ways to set or change the highlight center:

- set the cursor at the desired point in the OBO window, double-click the left mouse button MG1. In the magnifier window, the entire image will move relative to the new center;

- when moving the cursor in the OBO window using the left button of MG1, the image in the magnifying glass window changes its location in order to fix it relative to the new highlight center, press the MG1 button;

- set the cursor at the desired point in the magnifying glass window, hold down the SHIFT key and right-click MG1. In the magnifier window, the entire image will move relative to the new highlight center;

- in the “Operator’s workstation” window, in the “Options” menu, select “Highlight Center” and select “Reference” or “Own Vehicle (standing point)” in it.

After selecting the “Reference” parameter, information on the screen is displayed relative to the reference point (in the center is a red cross).

After selecting the “Custom Vehicle” parameter, information on the screen is displayed relative to the standing point of the CPSU.

Change the extrapolation rate and refresh the screen

To change the extrapolation rate and the refresh rate of the screen, in the “Operator AWP” window, select “Parameters” in the menu, select “Extrapolation”, enter the required values in the dialog box that opens.

Drawing additional information

To draw additional information, select the "Drawing" item in the "Operator AWP" window in the "Options" menu. It is possible to draw lines, circles and enter text. Using the pop-up windows, you must select the desired mode and set the parameters for drawing or entering text.

Font selection

To select a font, in the "Operator Workstation" window, in the "Options" menu, select "Font" and set the desired value.

Select target selection options

To select the target selection parameters, in the “Operator AWP” window, in the “Parameters” menu, select the “Select target” item and set the required parameters. The set parameters will highlight the track of the selected target from many other tracks.

Choice of map parameters and map highlighting

To select map parameters, in the "Operator AWP" window, in the "Map" menu, select "Open". In the “Open” window that appears, select the type of card. Then you need to select the "Brightness" and set the desired brightness, contrast and background display of the map. Select “Layers” and select the appropriate layers to display them on the map.

To display the map, select the "Map" item on the panel of the VO window.

Highlighting a track form highlight

On the day of setting the selection of information in the track forms, select the "Village" item in the panel of the VO window, select the required value from the list in the drop-down menu:

- Full;

- empty;

- Source;

- Room;

- Without a shopping center.

Traces with the form of the selected type will be displayed in the VO window.

Entering scale in the VO window (magnifier window)

To change the scale in the VO window (magnifying glass window), select the drop-down menu with the scale values on the toolbar of the magnifying glass window and select the desired value.

Save selected settings

To save the selected window settings, in the "Operator AWP" window, in the "Options" menu, select the item under the "Save" horizontal line.

Distance measurement

To measure distances, click on the "Distance" button on the toolbar of the magnifying glass window. To measure the distance, you need to select the starting point, move the cursor to it and press the left button of the MG-1 manipulator (enter the input of the coordinates of the starting point). Set the cursor to the end point. The current cursor coordinates, the distance from the starting point and the azimuth of the current point relative to the starting point will be displayed in the upper left corner of the VO window.

Switching product operation modes

To transfer the product from standby mode to the mode of use for its intended purpose and vice versa, the “BR” button on the panel of the VO window is used.

The procedure for processing radar data

Processing of radar data is performed automatically, but the operator is given the opportunity to control the process of processing radar data through menu items of directives and function buttons. The operator through the menu and through the function buttons can:

- introduce a prohibition of autocapture (AZ), a prohibition form for issuing processing;

- reset the track from escort;

- request a track form;

- request and change the parameters of the route;

- assign a priority source;

- renumber the track number;

- prohibit / cancel the issuance of information to the communication channel;

- enable automatic gear ban;

- make manual entry of the tracking route;

- prohibit / allow update control;

- enable automatic gear ban;

- re-identification of tracks;

- form groups of tracks.

Enter prohibition form AZ

To enter a form, you need to select the "Auto-capture form" item in the directive window in the "Maintenance" menu. In the highlighted dialog box, enter the subscriber number and press the "ENTER" button, the "AZ Prohibition Form" window will appear. Fill in the fields in the dialog box and press the "ENTER" button. The dialogue window closes and the AZ prohibition form in the form of a “transparent” segment with red contours with the subscriber and stationery numbers in the corners of the segment is displayed in the magnifying glass window.

Manual entry of the prohibition form AZ

To manually enter the form, select the "Auto capture form" item in the "Maintenance" menu. In the highlighted dialog box, enter the subscriber number and press the "ENTER" button, the "AZ Prohibition Form" window will appear. Fill in the field with the blank number, then move the cursor to the magnifier window. In the top left corner

windows will display the coordinates of the cursor. Move the cursor to the desired point in the window and press the left button МГ1, the values of the initial border of the sector will appear in the dialog window. Enter the values of the final boundary in the same way. Press the “ENTER” button, the dialogue window will close and the AZ prohibition form in the form of a “transparent” segment with red contours with subscriber and stationery numbers in the corners of the segment will be displayed in the magnifier window.

Enter prohibition form for processing

The entry of the prohibition form for processing processing is carried out through the “Maintenance” menu and the “AZPT Form” item. In the highlighted dialog box, enter the subscriber number and press the "ENTER" button, the "Prohibition of processing issuance blank" window will appear. Fill in the fields in the dialog box and press the "ENTER" button. The dialogue window closes and a “delivery form” is drawn in the magnifying glass window in the form of a “transparent” segment with yellow contours with subscriber and station numbers in the corners of the segment.

Manual entry of the processing application form

For manual input of the processing application form, it is necessary to select the “AZPT Form" item in the menu. In the highlighted dialog box, enter the subscriber number and press the "ENTER" button, the "Prohibition of processing issuance blank" window will appear. Fill in the field with the blank number, then move the cursor to the magnifier window. The cursor coordinates will appear in the upper left corner of the window. Move the cursor to the desired point in the window and press the left button МГ1, the values of the initial border of the sector will appear in the dialog window. Enter the values of the final boundary in the same way. Press the “ENTER” button, the dialogue window will close and the form for processing will be displayed in the magnifier window in the form of a “transparent” segment with yellow contours with the subscriber and station numbers in the corners of the segment.

Reset Track

To reset a track with tracking, you need to press the "CT" button in the directives menu, in the highlighted dialog box, type the track number and press the "Enter" button. The track is removed from the escort. In the VO window, the highlighting of the track will stop.

To reset all the tracks you need to dial the track number “O” and press the “Enter” button. In the VO window, all traces will stop highlighting.

Request for a complete track form

To request a trace form, you must either move the cursor to the trace in the IN window and press the right button МГ1, or click the FC button in the directives menu and enter the trace number in the window that appears. A window appears with a trace form.

Request for route parameters

To request trace parameters, select “Trace parameters” in the directives window in the “Generalize VO” menu, in the dialog that appears, dial the trace number and press the “ENTER” button. The parameters of the specified trace appear in the fields of the dialog box.

Change track options

To change the parameters of the route, in the "Generalize VO" menu, select the "Route Parameters" item, in the dialog that appears, dial the number of the route and press the "ENTER" button. The parameters of the specified trace appear in the fields of the dialog box. After that, you need to change the required route parameters and press the "ENTER" button.

Source Prioritization

To assign source priorities, the operator must select the "Identification Parameters" item in the "Generalize HE" menu. In the highlighted dialog box opposite the subscriber’s code corresponding to the source number, enter the desired source priority numbers (1-highest priority) and press the “ENTER” button.

Track renumbering

In order to change the track number, you must select the "Track parameters" item in the "Generalize VO" menu. In the highlighted dialog box, in the "Track number" field, enter the number of the track that you want to renumber, and in the "Track number for renumbering" field, enter its new number and press the "ENTER" button.

Prohibition / cancellation of the issuance of information on routes in the CS (communication channel)

To prohibit the issuance of information in the CS along the routes, you need to press the "ЗП" function button, a window with the numbers of existing routes will be displayed. To prohibit the issuance of information on one or more routes, set the ban flag for the selected route and press the "Enter" button. A white circle appears on the screen in the prohibited paths form. The product stops issuing information on selected routes. To prohibit the issuance of information on all routes, in the dialog box “In all routes”, click the “Deny” button.

To prohibit all routes, you can also select the "Identification parameters" item in the "Generalize VO" menu and set the "Enabled" sign ("checkmark") in the "Enable general automatic transmission prohibition" panel in the dialog box.

To cancel the prohibition of the issuance of information on one or several tracks, it is necessary to uncheck the boxes in the dialog boxes or click the "Cancel" button in the "All tracks" panel to cancel the ban on all tracks.

To cancel the prohibition of issuing information on one track, you can also move the cursor to the track in the magnifying glass window and press the "Z" key on the keyboard. A white circle disappears from the form of the route.

Manual entry of the tracking route

To enter the source number for manual setting of the route, in the "Maintenance" menu, select the "Subscriber Code for Manual Entry" item. In the window that appears, fill in the field "Subscriber Code", press the "Enter" button.

To carry out the manual setting of the route, it is necessary that in the panel of the VO window the button “Manual” is in the pressed (active) state, it is also necessary to press the button “Distance”. The cursor coordinates appear in the upper left corner of the VO window. Bring the marker to the desired point on the screen and press the "X" key on the keyboard. The trace with the specified number and subscriber code entered through “Manual entry” in the “Maintenance” menu will be displayed in the VO window.

For manual correction of the route, it is necessary that the “Manual” button is pressed in the panel of the VO window. The cursor coordinates appear in the upper left corner of the VO window. Bring the marker to the desired point on the screen and press the "C" key on the keyboard. A trace with a velocity vector will appear in the VO window.

Disable / enable trace update control

To prohibit / enable update control, it is necessary to select the "Identification Parameters" item in the "Generalize VO" menu. In the window that appears, for the selected subscriber code, set the sign “Enabled” and press the “ENTER” button.

Re-identification of tracks

In the “Generalize VO” menu, select the item “Identification Parameters”, in the highlighted window click the “Perform re-identification of traces” button.

Formation of groups of tracks and their support

The processing of radar data includes the task of “enlargement” - the formation of groups of tracks and their maintenance. Having selected the item “Consolidation” in the menu of directives “Generalization of HE”, the operator has the opportunity:

- enter the gates of enlargement;

- disaggregate the group;

- chop off the track;

- attach the track;

- allow enlargement;

- prohibit enlargement;

- highlight the parameters of the followed group;

- establish a method of enlargement.

To enable the enlargement of the tracks, select the "Start" menu item.

Locking is prohibited by selecting the menu item "Reset".

To enter the dimensions of the enlargement gates, select the menu item "Enter gates". In the window that appears, enter or change the parameters of the gates and press the ENTER button.

To ungroup the escorted group, select the menu item “Unbundling”, in the highlighted window dial the group number, enter the unbundling label and press the ENTER button.

To unblock the route from the escorted group, select the “Unblocking” menu item, in the highlighted window dial the group number. To do this, in the highlighted window, enter the route number and the group number from which the route with the specified number will be detached, and press the ENTER button.

To enlarge a route to an escorted group, select the menu item “Enlargement”. In the highlighted window, dial the track number and group number, press the ENTER button.

The operator has the ability to display the parameters of the specified group, for this it is necessary to select the menu item "Group Parameters", in the "Group Number" window, enter the group number and press the ENTER button. The “Group parameters” window will appear on the screen, which contains information about the group’s composition, type, state affiliation, altitude, the number of tracks in the group, course, speed and coordinates of the group with the specified number.

To set the enlargement method, select the menu item “Enlargement method”. In the window that appears, select one of the enlargement methods and press the ENTER button.

Type 2Z messaging

An operator can exchange type 2Z messages with operators of interacting products. 2Z messages of the following types are accepted in the product:

a) 2Z messages of a general type;

b) 2Z messages on the highway.

In all types of these messages there is a 2Z code - two decimal digits, the meaning of which is determined by the negotiation tables.

Issuing a 2Z General Type Message

To issue a 2Z message of a general type to an interacting product, click on the “2Z” button in the directive window. In the highlighted window “Enter 2Z Command” fill in the fields: “Subscriber Code”, “Team”, enter the highlighting coordinates. To fill in the “Command” field, press the TEXT button. In the table that appears, double-click the right (No. 2) button MG1 to select the desired cell with the text of the command code. The table closes, the ZZ code appears in the "Team" field. The highlighting coordinates can be set through the VO window by clicking the left button of MG1 at the desired point in the window. As a result, coordinate values appear in the input fields. Press the “ENTER” button.

In the VO and OVO windows, the dot with the subscriber code and the command code flashes.

The text appears in the message window: "CO (DKO)> subscriber code ZZ 'decryption ZZ'".

When you receive a 2Z message of a general type from an interacting product, the text appears in the message window: "CO (ATP) <subscriber code ZZ 'decryption ZZ'”.

2Z message on the highway

To issue a 2Z message on the highway, in the menu window of directives, click the “2Z” button. In the highlighted template “Enter 2Z Team” fill in the fields “Subscriber Code”, “Team”, “Track”. The “Team” field is filled using the “Text” button.

Press the “ENTER” button.

The text will be displayed in the message window: “CC (DCC)> subscriber’s code on the #ZZ route 'ZZ decryption'”.

When a 2Z message is received along the highway, the text appears in the message window: “KTs (DKTs) <subscriber code for the #ZZ route 'ZZ decryption'”.

Subordinate Object Management

Subordinate objects are managed in various ways in automatic mode.

Method, degree of automation, concentration mode

The choice of the method, degree of automation, concentration mode, operation mode for the integrated HE is made by selecting the "Set modes" item in the directives window in the "Control" menu. In the highlighted dialog box, select the appropriate items and press the "ENTER" button.

Setting the response time of the operator

To set the waiting time for the operator’s response to the generated recommendation, in the directives window, select “Set Modes” in the “Control” menu. In the highlighted dialog window, in the “Recommendation delay” field, enter the time interval (in seconds) and press the “ENTER” button.

Military coordination

To enable the combat coordination program (CBD), you must set the flag "Enable CBD". To give subordinates information on CBD, you must set the sign "Issue CBD".

Automatic allocation of responsibility sectors

To enable the program of automatic allocation of sectors of responsibility (RNO), it is necessary to set the sign “Enable RNO”. To give subordinates information on the RNO, you must set the sign "Issue RNO".

Automatic target allocation

To enable the program of automatic target allocation (DAC), you must set the sign "Enable DAC." For the automatic submission of target designation to subordinates, it is necessary to set the sign “Issue a central development center”.

Concentration Mode Change

To change the mode of concentration of fire in the "Control Modes" dialog box, set one of the modes: "Mode 1", "Mode 2", "Mode 3". If “Mode 1” is selected, then the target can be distributed only to one subordinate. If “Mode 2” is selected, then the target can be distributed to two subscribers. If “Mode 3” is selected, then the target is distributed to all available subscribers.

Information about the status of a subordinate

To enter information on the status of a subordinate, you must click the "FP" button in the menu of directives. In the appeared window “Entering the number of the subordinate” enter the number of the subordinate by which the status is requested, press the “Enter” button. In the appeared window “Subordinate's Form”, if necessary, adjust the fields and press the “Enter” button. The established “Sign of radiation” means that the subordinate has turned on the station for detecting or tracking targets. To view data on the type of air defense systems of a subordinate, press the button "Data on type of air defense systems".

The specification of the performance characteristics of the subordinate is made by selecting the item “Performance characteristics of the subordinate” in the “Preparation” menu.

For each subordinate, in accordance with his performance characteristics, the distant, near boundaries of the zone of setting objectives and the boundary of the zone of destruction are defined. They are displayed within the sector of responsibility of combat-ready subordinates. The red dotted line is the border of the affected area, the green dotted line is the far, near border of the target zone.

Choice of aircraft number (LA)

To issue the control to a subordinate operator must press the "CA" button. In the “Destroy target” window that appears, fill in the “Track” field with the aircraft number, “Subscriber” (subordinate number), and press the “Enter” button. At the same time, in the window of the control table (TU) at the intersection of the row corresponding to this aircraft and the column corresponding to this subordinate, the green symbol “U” is displayed in direct (command) or inverse (recommendation) form.

Priority Aircraft Assignment

To assign a priority aircraft to an automatic missile defense, the operator needs to press the "CA" button, in the "Destroy target" window that appears, in the "Route" field, dial the aircraft number (subordinate number = 0) and press the "Enter" button. At the same time, in the TU window in the form of the assigned aircraft, a rectangular green frame is displayed around the number.

Prohibition of actions on aircraft

To enter a prohibition of actions on aircraft, the operator needs to press the “KZS” button, in the highlighted window “Prohibition of firing, on target”, in the field “Route” dial the aircraft number, the number of the subordinate (“Subscriber”) and press the “Enter” button. At the same time, in the TU window at the intersection of the row corresponding to this aircraft and the column corresponding to this subordinate, the red “Z” symbol is displayed in direct (command) or inverse (recommendation) form.

Purpose of a Prohibited Aircraft

To assign a prohibited aircraft to an automatic control center, the operator needs to press the “KZS” button, in the highlighted window “Enter the command for the target”, in the “Track” field, dial the aircraft number (subordinate number = 0) and press the “Enter” button. At the same time, in the TU window in the form of the selected aircraft, a red rectangular frame is displayed around the number.

Goal reset

To issue a command to reset a target to a specific subordinate operator, it is necessary to press the "SC" button, in the displayed "Reset command by target" window, in the "Track" field, dial the aircraft number, number of the subordinate ("Subscriber") and press the "Enter" button. In this case, the current command will be reset and in the TU window at the intersection of the line corresponding to this aircraft and the column corresponding to this subordinate, the symbol of this command will disappear.

To issue a command to reset the target for all subordinates, the number of the subordinate (“Subscriber”) should be set to 0. In this case, the command symbol for all subordinates will disappear in the line corresponding to this aircraft.

Entering coordinates of the responsibility sector

To enter the coordinates of the responsibility sector, select "Enter responsibility sector" in the "Management" menu. In the window that appears, enter “Subordinate Number” and press the “Enter” button. In the newly appeared dialog box “Enter responsibility sector” fill in the fields with the values of the height range, select the level, set the boundaries of the sector.

To enter the boundaries of the sector, move the cursor to the IN window, set the cursor to the first point of the boundary of the sector of responsibility, press the left button on MG1.

Set the cursor to the second point of the border of the zone of responsibility, press the left key on MG1. The values of the left and right borders of the sector appear in the dialog box. To issue the boundaries of the sector to the subordinate, it is necessary to set the sign “Issue to COP” and reset the sign “Reset sector”. Press the "Enter" button in the dialog box. The dialogue window closes, the responsibility sector of the combat-ready subordinate in the form of a blue contour segment is displayed in the VO window. At the ends of the arcs of the sector, numbers will appear indicating the sector number and a letter indicating the level (H - lower, B - upper, empty - work without height restrictions). The boundaries of the subscriber's sector are blue. When the status of a subordinate changes from a combat ready to a non-combat ready special character, the subscriber changes color from light blue to red, the boundaries of the responsibility sector are not displayed. When the SAR mode is on for combat-ready subordinates of the border, the responsibility sectors change from dotted to solid.

Entering the coordinates of the area of responsibility

To enter the coordinates of the zone of responsibility, it is necessary to select the item "Zone of responsibility" in the directives window in the "Management" menu.

In the highlighted dialog box, enter the number of the subordinate and press the "Enter" button. In the newly appeared window “Entering the zone of responsibility” enter the boundaries of the zone of responsibility.

In the VO window, position the cursor at the first point on the border of the zone of responsibility, press the left button on MG1.

Set the cursor to the second point of the border of the zone of responsibility, press the left button on MG1.

Set the cursor to the third point of the border of the area of responsibility, press the left button on MG1.

Set the cursor to the fourth point of the border of the zone of responsibility, press the left button on MG1. Press the "Enter" button in the dialog box.

As a result, the area of responsibility in the form of a contour quadrangle of blue color is displayed in the VO window. At the tops of the zone, in the order of entry, numbers appear, indicating: minimum height, number of subordinate + team, maximum height. The boundaries of the zone of your subscriber are blue.

Reporting on receipt of switchgear

The mode is applied in the absence (or malfunction) of the return channel from subordinates to issue reports on receipt of the switchgear. The subordinate reports on receipt of the switchgear by voice.

To enter DCRU into the computer, in the directives window, select "Issue DCRU" in the "Control" menu. In the highlighted window “DCRU” fill in the field “Team”. To fill in the “Command” field, click the “Text” button. In the table that appears, double-click the right (No. 2) MP button to select the desired cell with the text of the report code. The table closes, the ZZ code appears in the "Team" field. Press the "Enter" button.

Reporting to a subordinate (DPD)

To issue a report to a subordinate in a situation similar to issuing a report on receipt of a switchgear, click on the “DPD” button in the window of directives. In the “Report delivery” window that opens, fill in the fields: “Subscriber”, “Route”, “Report” and press the “Enter” button.

Work with OTI

To go from the window processing the radar data to the processing window OTI, you must simultaneously press the keys "Ctrl + Alt + F7".

OTI Processing Window Information

The view of the main window for working with OTI is shown in Fig.5.

Elements of the main window are:

- heading AWP;

- identifier of the AWP operating mode;

- counter of received documents;

- information line of incoming documents;

- a counter of incoming but unprocessed messages of monitoring and functioning control (KUF) and the “VSK” button to call up a pop-up window with a list of these messages;

- a counter of automatically generated documents (without the participation of the DL) and the “SF.D” button to call up a pop-up window with a list of these documents;

- an indicator of unfulfilled CSI with the “K.SI” button, which brings up a window for monitoring the execution of generated and sent commands;

- date, time Moscow and operational time;

- menu for working with an electronic map of the area (ECM);

- the working area of the window in which the ECM is displayed. A window is displayed to the right of the map with a list of operational, planned and other types of situations, the information on which is contained in the database;

- a taskbar with buttons for invoking unified components: “UCP”, “CSI”, “Documents”, “BS”, “SV”, “VP”, “Emergency Situations”, “Regulations”, “KUF”, “Projector”, “ Help ”,“ UVBD ”,“ OTIRZ ”,“ Coordinates ”,“ MANEUVER ”;

- status bar - displays running tasks;

- “Exit” button, designed to complete the program.

The main element of the main window is the map, which is always located under the windows of the activated software modules.

The counter of incoming documents is a field where the number of incoming documents is displayed in digital form. The information line is a drop-down list containing information about the received documents. The attributes of the received documents displayed in this information line are: the time of registration of the document, the symbol of the document and the developer of the document.

The counter of generated documents displays the number of automatically generated documents in the workstation DL. When you click the Dock button, a pop-up window appears with a list of these documents.

Counter of unexecuted CSI displays the number of unexecuted CSI sent by an official. When you click the “CSI” in the upper area of the window, the integrated control table with the list of outgoing CSI is called up.

The buttons panel for launching basic tasks contains buttons that activate software modules.

Work with a complex of unified components of portable and mobile software and hardware systems (PTK)

The complex of unified components of portable and mobile ATCs (KUK PiM PTK) provides automation of unified system-wide functions of portable and mobile ATCs of a unified tactical management system (ESU TK) and implements the following functions:

- workflow;

- control and management of operation (KUF) PTK;

- navigation and temporary support (IEE);

- the formation and processing of command and signal information;

- organization of the information-computing process (IWP) in the PTC;

- security and information protection (BZI);

- system telecommunications (TLC);

- download tuning and semi-permanent information from external media;

- printing;

- work with an electronic map of the area.

Features of interaction with mating products

Features of interaction on a wired channel

Interaction on the channel ACS:

- information is exchanged over the open channel of the ACS through the cable input “KV2” via two-wire intercom via LIN1 - LIN4 through the TA-88, TA-57 or AVSKU-T device (while LIN1, LIN3 can be used in central bank mode, and LIN2, LIN4 - in MB mode);

- information is exchanged over the closed channel of the ACS through the cable input "KVZ" both through a 4-wire connection and through a 2-wire connection through a T-231-2A product (2):

a) 4-wire connection - terminals PRD1, PRM1 and PRD2, PRM2 of the group “T-236 (Channel 1.2) / CA (1.2)” “4-wire”;

b) 2-wire connection - terminals PRM1, PRM2 of the group "CA (1,2)" "2-wire";

- information is exchanged on the OKS channel with VARM through the cable input “KV4” through the three-pair cable P-269M using the telephone AT-3031;

- information is exchanged over the OCS channel with the control panel (CAS - complex-hardware communication) is carried out through the "CAS" connector of the cable input "KV4" using the P-269M cable.

Interaction on the radar channel:

- RLI information is exchanged through the cable gland “KV2” using the PRD1-PRD4, PRM1-PRM4 terminals of the M498RLI group “Channel 1-4”, the PRD-PRM terminals of the BRK-407 AKKORD group and the PRD-PRM terminals of the BR23-407 "" ASPD-U ".

Interaction on the OTI channel:

- information is exchanged through the OTI channel through the cable input "KVZ" both through a 4-wire connection and through a 2-wire connection through the T-236-B equipment:

a) in 4-wire mode using the terminals PRD1-PRM1 or PRD2-PRM2 of the group “T-236 (Channel 1.2) / SA (1.2)” “4-wire”;

b) in 2-wire mode using the PRM1-PRM2 terminals of the “T-236-V” group (channel 3, 4) “2-wire”,

Conducting radiotelephone communications on the march

Conducting radiotelephone communication on the march is carried out through one of the radio stations R-168-25U-2, R-168-100U-2, connected to the AVSKU-T.

Conducting radiotelephone communication in the “A” mode is possible for subscribers of the PU57 (1) console (RM DL1), PU57 (2) (RM DL2) and to the subscriber of the PU57 (3) console (RM DL3).

Conducting radiotelephone communication in the “B” mode is possible for subscribers of the PU57 (1), PU57 (2) remote control.

Information Security

System administrator

Information protection is implemented by the complex “Information Protection System from NSD” FLIR.913 00-03, which is part of the MSVS 3.0 OS FLIR.80001-03, and the information security and protection module, which is part of the UK complex of portable and mobile PTK (KUK P and M PTK) ITNYA.01816-01.

Information security is ensured by the system administrator, which performs tasks such as user management, creating backups, ensuring system security, maintaining a system log, restoring the hardware STR, cleaning the disk. Administration is separate from general user access. The system administrator is identified as root.

The procedure for assigning identifiers and passwords.

The system administrator password should be changed:

- at least once every three months;

- every time an employee of the organization who knows the password quits;

- when the security of the system is compromised.

User identification (authentication) is carried out at the entrance to the system as follows:

- LOGIN - username

- PASSWORD - password

The password must contain at least 6 characters for users and at least 8 characters for the administrator, including one or more of the following:

- lowercase characters;

- uppercase characters;

- numbers from 0 to 9;

- punctuation marks.

The useradmin user and group management profile is designed to manage user and group accounts. The system administrator can do the following:

- Creation of new users and groups;

- changing the values of some user attributes, except for security attributes (tabs "Basic", "Password");

- the formation and change in the composition of groups;

- changing the values of user security attributes (tab "Security");

- removal of users and groups.

Creating a new user includes:

- creating a user account;

- creation of the user's home directory;

- inclusion of the user in existing groups;

- definition of user security attributes.

To differentiate user rights in terms of viewing files created by other users, set write and read rights for newly created files only for the owner as follows:

- enter the directory of the created user

cd / home / user where user is the name of the created user

- open file. bash_profile

mcedit.bash_profile

- insert the following line at the end of the file

umask 166

- save the file and exit: (F2 and F10)

Access control

Currently, two administrative roles are defined in the OS MSVS 3.0 - the roles of security administrator and audit administrator. Security Admin:

- completely ignores the credentials policy, including during network interaction;

- can change credentials and credentials of files (directories);

- can assign and change user credentials;

- can configure credentials policy, i.e. determine the number of levels and categories in the system, their names and values.

The fileadmin program is used to manage files. It allows you to view and change the values of file attributes, including discretionary ones. The list of permissions contains a number of elements of various types. Each item changes the access rights of a user or group of users.

Audit Administrator:

- installs auditing on file system objects (launching a file for execution and opening a file);

- establishes an audit for users (groups) of the system (for example, for a certain user, you can set an audit to launch all programs);

- sets the default audit policy (for users / groups not specifically specified);

- configures the audit system ("syslog") in the usual way of the Linux OS. Can configure the audit service to provide an audit proxy;

- can view and reset audit logs.

Security Policy Management

The software management program "macadmin" is designed to formulate a security policy by a security administrator. This program allows you to perform the following actions:

- the creation of many acceptable levels of security;

- the creation of many valid security categories;

- setting system-wide restrictions on passwords (for example, the minimum length);

- Installation of a system-wide custom file creation mask.

Registration and accounting

The MSVS 3.0 OS audit system allows logging of the events listed below.

For files:

- run the file for execution;

- opening a file.

For processes:

- launch the program for execution;

- opening a file.

- change the list of file permissions;

- Change credential labels for files and processes;

- change of privileges of processes;

- loading and unloading drivers;

- mounting and unmounting file systems;

- change of discretionary attributes of processes;

- change of audit policy.

The audit system of the MSVS 3.0 OS provides an audit proxy, i.e. the inability to fake or hide the audit event or gain unauthorized access to audit logs.

To configure and manage the audit system in MSVS 3.0 OS, a special audit administrator is provided.

The settings of the audit system of the MSVS 3.0 OS are stored in the following configuration files:

- “/ etc / security / audit” - logging settings for users / groups;

- “/etc/syslog.conf” - configuration of audit service logs;

These files are used to configure audit service logs and configure audit service policies. The purpose of the “/etc/syslog.conf” file is the same as the purpose of this file in the Linux OS prototype system.

Print Registration

To ensure printing, the "Printing System" of the MSVS 3.0 OS is used, which provides for marking hard copies and keeping accounting journals. Printing is configured by the printtool program, work with accounting logs is performed by Ipjarm programs.

Integrity

The system administrator acts as the security administrator and audit administrator.

To control the integrity of the software, a database of files is created in which such attributes as size, creation time, owner, group, rights, etc. are stored. It is believed that these attributes should remain unchanged during the normal functioning of the system, and any change in one of them is a danger signal. Normal file information is not enough. For this, an additional signature is introduced - the result of applying some one-way function to the contents of the file. There may be several signatures. The most commonly used algorithm is MD5-Digest. Actually, it is designed to generate 128-bit keys and then use it in the RSA encryption algorithm, but it has a wonderful property - when the source data changes, the checksum changes significantly and, moreover, it is very difficult to modify the file so that the checksum would remain unchanged.

The program periodically checks the compliance of the database data with the data of the real file system, and in case of discrepancy, the administrator is warned.

The verification results are saved in the file “/ var / log / aide”.

Additionally, when loading the STR, the program for checking the integrity of the STR and recovery in case of a violation is launched:

- “/ ... / SPO / bin / ksf2” - calculation and verification of file checksums and total checksum in accordance with the “KS.txt” configuration file. The result of the verification is saved in the “Prov.txt” file;

- "/ ... / SPO / bin / ksf3" - restore SPO integrity files that are violated.

Industrial applicability

The planning module (MP) is industrially implemented, has improved quality characteristics, great functionality and is equipped with computing facilities of increased power, higher-capacity data transmission channels, a large number of communication channels of better quality and performance, modern life-support equipment, and has increased reliability and survivability of the product , comfortable conditions for the operational composition of functional duties in the field words.

Industrial applicability is confirmed by patented art design solutions and a certificate of state registration of a computer program:

1. "Planning module" - RF patent for industrial design No. 66161, application No. 2006502978 from 09.25.2006, published on 04.16.2008, bull. 4, patentee of OAO NPP Rubin, authors Shtyrenkov A.E., Loginov A.N., Vyalkova I.O., Tolstikhina A.A., Kondrin A.S .;

2. "Control panel for the power supply system" (P906) - RF patent for industrial design No. 66429, application No. 20057501575 dated May 11, 2007, MKPO 13-03, published May 16, 2008, bull. 5, copyright of OAO NPP Rubin, authors Fedyarin VV, Tolstikhina A.A., Tropin AM, Kolotilin A.N., Vyalkova I.O., Sergunkina O.A., Pozdyaeva S.V., Kulikova I.N., Tsybezova I.I., Novikova L.A., Utkina T.P., Tolstova N.A., Mazay O.Y .;

3. “Power control panel” (P907) - RF patent for industrial design No. 66166, application No. 20057501558 dated May 05, 2007, MKPO 13-03, published April 16, 2008, bull. 4, copyright of OAO NPP Rubin, authors Fedyarin V.V., Tolstikhina A.A., Tropin AM, Samsonov V.A., Vyalkova I.O., Sergunkina O.A., Pozdyaeva S.V., Kulikova I.N., Tsybezova I.I., Novikova L.A., Utkina T.P., Tolstova N.A., Mazay O.Y .;

4. Certificate of state registration of the computer program “Special software of the planning module (planning module in a container body) RDPI.00870-01” (certificate No. 2007613252 of 08.08.2007, application 2007612217 of 06.06.2007, copyright holder of NPP NPP Rubin ”, authors Parkhomenko OL, Borovkov VG, Bochanovsky A.Yu., Gubarkov IS, Severin VA, Maslov AI, Konovalova M.Ya., Logunova T.N ., Hegel SV., Elistratova L.N., Korocharova N.I., Batkova L.V., Kondrin A.S., Strokova I.V., Savel A.I., Borovkova L.I., Kruchinkin A .AND.)

5. Certificate of state registration of the computer program "System-wide software for the air traffic control subsystem (RDPI.00886-01)" (certificate No. 20099614782 dated September 4, 2009, application 2009613680 dated July 13, 2009, copyright holder of OAO NPP Rubin, authors Borovkov V.G., Konovalova M.Ya., Atapina O.N.)

Claims (3)

1. Planning module, designed for the daily activities of subordinate forces and means in the process of air traffic control, which is part of an automated system for collecting and processing radar information about the air situation, operational and tactical information about the ground situation and generating control actions for subordinate objects, consisting of a complex automation equipment (KSA), a complex of means of communication and data transmission (KSSPD), a complex of power supplies (BOT) and life support systems ( СЖО) and containing in the complex of automation equipment complex a computer complex consisting of two electronic computers / Baget-RS3B (1) and Baget-RS3B (2) /, each of which contains the first central processor / CPU06 BT23- 206 (1) and CPU БТ23-206 (2) /, consisting of a processor / 1 В812 /, system controller, random access memory (RAM) and read-only memory (ROM), SVGA / BTM23-502 / controller, Ethernet controller and multicontroller, the second central processor / CPU06 BT23-206A (1) and CPU06 BT23-206A (2) /, consisting of a processor / 1 V812 /, system controller, RAM and ROM, Ethernet controller, multicontroller, as well as a SCSI / BTM23-407 / controller in the first computer and two MIL STD / BTM2-40 / controllers in the second computer, RS-232C / BT23 controller module -410 /, connected by the VME bus, as well as a hard disk drive NZHMD / BT01-301B /, connected to the multicontroller of the first central processor, power module / BTRS-010 / with a remote control ДУ / БТ21-150 /, digital multichannel tape recorder / MTsM ET / connected to the SCSI controller / BTM23-407 / of the second central processor ne howling computer / “Baget-RS3B (1)” /, the first and second automated workstations AWP1 and AWP2, each of which contains a video monitor / VMTS-38ZhK / connected to the SVGA / BTM23-502 / controller of the first central processor, KL85 keyboard and MG-1 manipulator connected via RS-232C (2) and RS-232C (3) to the multicontroller of the first central processor, respectively, the first and second computers, documentation tool / printer UD-M211D /, connected via CENTRONICS to the multicontroller of the first central processor the first computer, characterized in that The complex also additionally contains the first computer / Baget-RS3B (1) / data transmission equipment module / BR23-407 /, consisting of a processing unit and two interface units with data transmission equipment APD1 / T-235-1L / and APD2 / ASPD-U / and connected to the VMF bus, two hubs of the local area network / Р925 (1) and Р925 (2) / connected by means of the box / У918 /, a device for recording and transferring information of ultrasonic scanning devices connected through an interface unit to ultrasonic scanning devices / BTBUZPI-001 / with Ethernet-7 input-output of the first hub of the local area network / P925 (1) /, complex automation equipment contains the first and second remote automated workstations BARM1 and BARM2 based on workstations / “Baget-RS6” /, each of which consists of a wearable computer / “Baget-41-10” /, a unit of autonomous power supplies / BT41-010 / and the AC adapter block / BT41-030 /, through an Ethernet controller connected respectively to the Ethernet-4 and Ethernet-7 inputs and outputs of the second hub of the local area network / P925 (2) /, the first and second remote interface units with analog radar radar stations / mobile radar altimeters PRV / P910M (1) and P910M (2) / connected via cable input / 9С931КВ2 / via the Manchester-2 interface, respectively, with the inputs and outputs of the first and second MILSTD / BTM23-401 / second central controllers / CPU 06 БТ23 -206A (2) / second computer / “Baget-RS3B (2)” /, navigation equipment / 1NA1-P /, consisting of a coordinator connected to the input-output of the multicontroller of the second central processor / CPU06 BT23-206A (2) / second A computer / Baget-RS3B (2) /, heading indicator, satellite navigation equipment / 14Ц821С /, dual-mode gyroscopic chicken system emergency indication and mechanical speed sensor connected to the coordinator, CPTR radio intelligence station / product L-150-32 / connected via RS-232C interface to the RS-232C / BT23-410 / second computer / Baget-RS3B control module (2) "/, Discharge device / BT01-044 /, two blocks for mounting a wearable computer /" Baguette-41-10 "/ as part of the product / BTBRS6-901 /. 2. The PLANNING MODULE according to claim 1, characterized in that the complex of communication and data transmission means comprises a first HVAC external control box (1) connected via RS-232 (5-8) and RS-232 (9-12) interfaces by a module RS-232C / BT23-410 controllers / second computer / “Baguette-RS3B (2)” /, second KVU external control box (2) connected via RS-232 (8-11) to the RS-232C / BT23 controller module -410 / of the first computer / “Baget-RS3B (1)” /, internal communication, switching and control equipment АВСКУ / АВСКУ-Т /, data transmission equipment АПД / Т-236 В /, connected via RS-232C interface (1) with multicontroller p the first central processor of the first computer / Baget-RS3B (1) /, with the first input-output AVSKU, key input device / UVK-F-240 / connected to the ADF / T-236 V /, the first and second speech-converting devices / R-168RPU (1) and R-168RPU (2) /, respectively connected to the second and third inputs and outputs of the AVSKU, a box of LDS long-distance lines connected to the fourth input-output of the AVSKU, voice information encoder / T-231-2A / connected to the LDS box, the first and second special equipment for encrypting voice information / T-231-2 (1), T-231-2 (2) /, respectively connected LDS box and fifth AVSKU input-output, digital multichannel tape recorder / ММЦ ЭТ / connected to the sixth AVSKU input-output, first unit of arresters BR (1) connected to data transmission equipment / T-236 V /, LDS box, second unit arresters BR (2), connected to the seventh input-output AVSKU, telephone set / TA-88 /, the third cable input / 9С931КВ3 /, connected to the outputs with the first BR (1), the second BR (2) blocks of arresters and the telephone set / TA -88 /, and inputs with wired communication lines, the first ultra-short-wave radio station / R-168-25U-2 (1) / connected to the first box of external control of the HCC (1) and the eighth AVSKU input-output, the first unit of antenna filters / R-168-BAF-25U (1) /, connected to the input by the first VHF radio station / R-168-25U-2 (1) / and output with a WA4 / R-168BShDA / broadband vibrator antenna /, APD data transmission equipment box connected to the first VHF radio channel / R-168-25U-2 ( 1) /, as well as APD1 and APD2 circuits to the data transmission equipment module / BR23-407 / of the first computer / RS3B (1) /, the first radio control box UPR PC station (1), the first multifunctional telecommunications facility terminal / M-498RLI (1) / connected to the first control box of the UPR PC (1) radio station, the first ultra-short-wave radio station / R-168-25U-2 (1) /, the ninth AVSKU input-output and on the RS-232 circuit (7) with the RS-232C controller module of the first computer / RS3B (1) /, a meter-decimeter range radio station / R-833B / connected to the ninth AVSKU input-output and the WA1 antenna / "Banker" /, the first ultra-short-wave radio station / R-168-100U-2 (1) / connected to the first control box of the radio station her UPR PC (1), the first HVAC external control box (1) and the tenth AVSKU input-output, a radio filter unit / R-168BRF-4 /, connected to the first ultra-short-wave radio station / R-168-100U-2 (1) /, antenna switch connected to the radio filter unit, WA8 / R-168BShDA broadband vibrator antenna / and WA7 broadband mast antenna on the mast antenna device, a second PCM radio control box PC (2) connected to the 11th AVSKU input / output, and the second ultra-short-wavelength R-168-100U-2 (2) / connected to the second core control panel of the UPR PC radio station (2) and the block of radio filters, the second and third multifunctional terminals of telecommunication facilities / M-498RLI (2) and M-498RLI (3) /, each connected to the second control box of the UPR PC radio station (2), with the second ultra-short-wave radio station / R-168-100U-2 (2) / and the twelfth and thirteenth input-output AVSKU, respectively, as well as through the RS-232 (6) and RS-232 (7) circuits, respectively, with the RS-232C controller module of the first computer / RS3B (1) /, the third control box of the UPR PC (3) radio station, the second and third ultrashort-wave radio stations range / R-168-25U-2 (2) and R-168-25U-2 (3) /, each connected to the first box of external control KVU (1), with the third control box of the radio control unit PCR PC (3) and, respectively with fourteenth and fifteenth AVSCU input-output, second and third blocks of antenna filters / R-168-BAF-25U (2) and R-168-BAF-25U (3) /, respectively connected by inputs to the second and third ultra-short-wave radio stations / R-168-25U-2 (2) and R-168-25U-2 (3) / and outputs with a broadband vibrator antenna WA2 and WA3 / Р-168БШДА /, the fourth multifunctional terminal of telecommuns facilities Ikacy / M-498RLI (4) / connected to the third control box of the PCR radio station (3) and through the RS-232 (4) circuit with the RS-232C controller module of the first computer / RS3B (1) /, the radio station is an automated simplex telephone transceiver telegraph / R-169-100KB (T) / connected to the sixteenth AVSCU input-output, as well as to WA5 / "Dipole" antennas / and WA6 / ASh-4 / pin pin, the third BR arrestor block (3) connected to the APD data transmission equipment switching box, the fourth BR arrestor block (4) connected to the seventeenth AVSKU input-output, the fifth arrestor block P (5), the second cable entry / 9S931KV2 /, connected by the outputs to the third, fourth and fifth blocks of arresters, and the LANs1, LAN2 inputs - with VARM1, VARM2 and radar inputs 1, radar2 - with remote interface units with analog radar / PRV, box control of wire lines of communication UPR PLC connected to the fifth block of arresters BR (5), the fifth multifunctional terminal of telecommunications facilities / M-498RLI (5) /, connected to the second box of external control of the HCC (2), the box of control of wire lines of communication and the fifth block BR arrestors (5), fourth cable entry / 9С931КВ4 /, connected by an output to the eighteenth AVSKU input-output, and inputs to special communication telephones / АТ-3031 /, integrated hardware communication equipment via a 4-wire line, another product, a second box of external control of КВУ (2) VU1 outputs, VU2, VU3 is connected to AVSKU, a radio data input device / R-168UVRD-0 / for temporary storage of radio data. 3. PLANNING MODULE according to claim 1, characterized in that the complex of power supplies and life support systems includes a power system control panel / П906 /, a first cable entry / 9С931КВ1 /, through which the module is connected to a three-phase network ~ 380 V, 50 Hz, protective-disconnecting device / ZOU-1 /, the first input connected to the first cable input / 9С931КВ1 /, and the first output - to the first input of the power system control panel / П906 /, grounding device ZU connected through the first cable input / 9С931КВ1 / to the second mu output of the protective-disconnecting device / ZOU-1 /, tone-calling device / TVU-1 /, input-output connected to the input-output of the protective-disconnecting device / ZOU-1 /, the first and second rectifying device / VU-4 ( 1) and VU-4 (2) /, the inputs of which are connected respectively to the third and fourth outputs of the protective-disconnecting device / ZOU-1 /, a switching panel, the first and second inputs of which are connected to the outputs of the first and second rectifier devices / VU- 4 (1) and VU-4 (2) /, and the output with the second input of the control panel of the electro system Italy / P906 /, fifth cable entry / 9S931KV5 /, air conditioning / KShM2 /, connected to the first output of the power system control panel / П906 /, and the output - to the fifth cable input / 9С931КВ5 /, power control panel / П907 /, connected by input -exit with the input-output of the power system control panel / P906 /, the power take-off generator GOM / (VG-8K2) /, the input of which is connected to the second output of the power system control panel / P906 /, filter-distribution device / FR-8C /, input connected to the output of the GOM / (VG-8K2) /, first the first and second mass switches / VK860B (1) and VK860B (2) /, the first and second batteries / battery (1) 12CT-85R and battery (2) 12CT-85P /, respectively connected with the first and second mass switches / VK860B (1) and VK860B (2) /, the power fuse box / П931 /, to the first, second and third inputs of which the outputs of the filter-distributing device / ФР-8С /, the first and second rechargeable batteries / battery (1) and battery are connected (2 /, and the output is connected to the first input of the power control panel / П907 /, an autonomous diesel unit / AD8U / connected to the second mu and the third inputs of the power fuse box / П931 /, molecular energy storage device / МНЭ /, whose input is connected to the output of the second mass switch / VK860B (2) /, and the output - to the second input of the power control panel / П907 /, six junction boxes / P913 /, of which the first / P913 (1) /, the second / P913 (2) /, the fifth / P913 (5) / and the sixth / P913 (6) / are connected respectively to the outputs of Line 1, Line 2, Line. 3, Line 4 of the power system control panel / П906 / directly, and the third junction box / П913 (3) / through the first junction box / П913 (1) / and Thursday the second junction box / П913 (4) / - through the second junction box / П913 (2) / are connected respectively to the outputs of Line 1, Line 2 of the power system control panel / П906 /, to six junction boxes / П913 (1-6) / the power supply of the units and devices of the module is connected, the first distribution box / КР (1) /, connected at the input to the output of Lin.5 of the control panel of the power supply system / П906 /, the third distribution box / КР (3) /, connected at the input to the output of Lin .6 control panel of the power supply system / П906 /, the second box power supply / КР (2) / connected at the input to the third distribution box КР (3), to three distribution boxes / КР (1-3) / the power supply of the units and devices of the module is connected, to the TVU output of the power system control panel / П906 / is connected power supply of the second tone-calling device / TVU (2) /, operating hours counter / SVN-2-02 /, ZOU-1, as well as emergency lighting.