RU29600U1 - UNIFIED MOBILE COMMANDER ITEM - Google Patents

Description

MPK7 G06F 13/00 Н04В 7/00

State of the art

An analogue of this technical solution is a mobile automated control center PU-12 (9C482) (see S.I. Petukhov, I.V. Shestov. History of the creation and development of weapons and military equipment of the air defense of the Russian Ground Forces, part one, defense industry publishing house, Moscow, 1998, p. 177, 178, 263, 264).

and had in their composition:

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

-Radios 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 the 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.

The closest analogue (prototype) of this technical solution is the upgraded 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, IV Shestov The history of the creation and development of weapons and military equipment of the air defense of the Russian Ground Forces, part one, defense industry publishing house. Moscow. 1998. p. 265. 272).

PU-12M6 includes:

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

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

 2 form allows dio and semi-automatic tracking of air objects; -Manual input of characteristics of air objects; -Manually enter the height values of airborne objects when receiving altitude by phone from the radio altimeter -transmission of information about airborne objects via radio or wire communication channels to subordinate facilities or interactive control room; -Reception, display and processing of telecode information received via a telecode communication channel from a superior or interacting control center (PU); -global distribution of air objects on subordinate funds; -Manual input of commands and operational information to subordinate means; -control of subordinate means using speech radio or wire communication. radio stations R-123. P-111, P-407 for the exchange of telecode information and voice radio communications; navigation and topographic equipment; internal communication and switching equipment to ensure that members of the crew negotiate with each other, release radio or wired communication channels with external objects, exchange telecode information with external objects via wired communication channels; PU power supplies; means of livelihood. - 3 ACCURACY of processing radar information caused by visual detection and manual acquisition of coordinates of airborne objects:

Rigid hardware implementation of algorithms for processing radar information (RLI) and low computing capabilities of the computer 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 (2 pcs.) 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.

A family of electronic computers (Bag) Baguette is known, containing a set of system units, processor modules, additional modules, peripheral devices that allow to realize wide functionality. Open architecture of a computer Baguette, unified modules, made in a single electromechanical standard Euromechanics 6U. as well as modern software based on open standards, provide unique scalability - from a mobile computer to large distributed computing and control systems (see BAGET, family of computers for specialized applications. catalog, design bureau KORUND-M. 1999).

- 4 The essence of the utility model

Known unified mobile command post (UMKP) contains the first system unit Baguette 21-02, consisting of a central processor (CPU) BT01-209, a hard disk drive (HDD) BT01-301A, RS-232 controller BT01-404A and a local adapter BT01-411 computer network (LAN) connected by ISA bus, Baget 21-02 second system unit consisting of a BT01-209 central processing unit (CPU), a BT01-301A hard disk drive, and a mathematical accelerator module (MA) BT01-206, BT01-411 LAN adapter, connected by ISA bus, the first and second an integrated workstation (UARM-1) consisting of each of the VMTSM-21.3 video monitor, KL-85 keyboard and trackball connected respectively to the SVGA, Keyboard and first RS-232 input of BT01-209 central processors of the first and second system units Baget 21 -02, respectively, a remote workstation (VARM) based on Baget-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 workstation combined into a local computer Network (LAN) Ethernet.

The purpose of this technical solution is to automate the activities of a mobile command post with a significant improvement in quality characteristics, expanding the functionality of solving problems, increasing computing power, improving the performance of data channels, improving the quality of communication channels, increasing the survivability of the product, creating comfortable conditions for the calculation.

- 5 To obtain this technical result, the well-known unified mobile command post additionally contains in the first Baguette 21-02 system unit an adapter for tank navigation equipment (TNA) and data transmission equipment (APD) such as BR21-407 unified data acquisition and transmission equipment, connected to the ISA bus. in the second Baguette 21-02 system unit, the BR21-410 adapter for the interface unit with the radar station (BS RLS) and the T-235-1L BR21-413 APD adapter connected to the ISA bus, the navigation receiver SN-3001 connected to the second RS- input 232 of the central processor of the first system unit Baget 21-02, navigation equipment TNA-4-6, connected to the input TNA adapter of the BR21-407 module, a printing device UD-M211D, connected to the Centronics input of the central processor BT01-209 of the second system unit Baget 21- 02.

The unified mobile command post additionally contains switching equipment, the first input-output of which is connected to the input-output of the ADF 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 gland KV2, connected externally with high-level interface units with the radar / PRV R910, with remote workstation, with telephone (TLF) and telecode (TLK) communication wires, and from the inside with a local computer network y 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 P168-25U with antenna input, radio station P163-50U with antenna input, radio station R168-5KV with antenna input, P163-UP radios connected to the corresponding ones - 6 - 7

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.

the inputs and inputs of the switching equipment, antenna mast device (AMU) connected to the antenna input of the radio station R163-50U. matching antenna device connected to P163-UP radios, a second radio station P163-50U 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 R163-UP, connected to the antenna matching device R-173-14. internal communication and switching equipment (AVSK) R-174 connected to the radio receiver R163-UP and the input of the switching equipment, block C32, voice recorder P503B, blocks C903 connected to block C32 and voice recorder P503B, equipment T-240D, interface unit (BS) connected to C903 units, T-240D and AVSK R-174 equipment, T235-1U data transmission equipment (APD), connected to switching equipment and an additional RS-232 BT01-404A controller of the first Baguette 21-02 system unit, T- equipment 240PD, connected to the T235-1U APD, AP23 T235-1L-8 and T235-1L-2 APD, connected to the equipment T-240PD, switching equipment and APD adapter T-235-1L BR21-413 of the second Baget 21-02 system unit, multi-channel data transmission equipment (MAPD) connected to the switching equipment and the second RS-232 input of the BT01-209 central processor second Baguette block 21-02.

Means of power supply (BOT) of the command post contain a cable input KV1 connected to the primary power supply network -220/380 V, a protective-disconnecting device (ZOU), the input of which is connected to a cable input KV1, a rectifier device VU-4, the input of which is connected to the output protective-disconnecting device (ZOU), P905 console, the first input of which is connected to the output of the rectifier device VU-4, battery 12ST-85R1. the output of which is connected to the second input of the P905 console, the 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, chassis power supplies, the input-output of which is connected to the third output-input of boxes P920. four P913 boxes, the inputs of which are connected to the output of the P905 remote control. and the outputs (27 V) with the inputs of the secondary power supply of the technical means (consumers) of the item.

List of figures, drawings and other materials

In FIG. 1 is a structural diagram of a unified mobile command post.

In FIG. 2 is a structural diagram of the power supply and life support of a unified mobile command post.

An example embodiment of the device

The unified mobile command post (UMKP) (Fig. 1) contains the first system unit Baguette 21-02 1. consisting of a central processor (CPU) BT01-209 2. hard disk drive (NZD) BT01-301A 3. tank adapter module navigation equipment (TNA). data transmission equipment (APD) such as the BR21-407 4 unified data acquisition and transmission equipment (BTDU) 4, BT01-404A 5 RS-232 controller, BT01-411 6 local area network adapter (LAN) connected by ISA 7 bus, the second system unit Baguette 21-02 8, consisting of a BT01-209 2 central processing unit (CN), a BT01-301A 3 hard disk drive (HDD), a BT01-206 9 mathematical accelerator module, a radar station adapter (BS) Radar) BR21-410 10, adapter for data transmission equipment (APD) T-235-1L BR21-413 11 and LAN adapter BT01-411 6. Combined connected by ISA 7. first and second unified workstation (UARM-1) 12, consisting of a video monitor VMTSM-21.3 13, keyboard KL-85 14, trackball 15, navigation receiver SN-3001 16, navigation equipment TNA-4-6 17, a printing device UD-M211D 18, a remote workstation (BARM) 19, consisting of an electronic computer (EBM) Baguette-41 20, a BT41-400 21 module, a BT41-040 module 22. a high-speed radar interface unit / mobile radio altimeter (radar / PRB) P910 23, cable entry KB2 24, switching equipment 25, radio R-800L1 26 station, R168-25U 27 radio station. Antenna mast device (AMU) 28, R163-50U 29 radio station, R168-5KB 30 radio station, R163-UP 31 radios, matching antenna device (SAU) 32, matching antenna device P -173-14 33, internal communication and switching equipment (АВСК) Р-174 34, interface unit (BO) 35. block C32 36, blocks C903 37. multichannel data transmission equipment (MAPD) EMZ N909 38. equipment T235-1L- 8 39. data transmission equipment (АПД) Т235-1Л-2 40, equipment Т-240ПД 41, data transmission equipment (АПД) Т235-1У 42, equipment Т-240Д 43, voice recorder П503Б 44. Remote Lok mating with RLS / PRV 23 is connected to cable 45 to a radar station / mobile radio altimeter (RLS / PRV). Through the cable entry KV2 24 UMKP can be connected to a high-speed automated workstation (VARM) 19 and to a remote interface unit with radar / PRV R910 23 through inputs 45. 46

- 9 when they are taken outside the cabin of this unified mobile command post, as well as with communication centers when connecting telephone and telecode communication channels through inputs 47.

The power supply of the unified mobile command post (Fig. 2) contains cable entry KV1 48, protective disconnecting device (ZOU) 49, rectifier distribution device VU-4 50, boxes P913 51, remote control P905 52, diesel generator AD-3,5U 53, boxes P920 54, battery 12ST-85R1 55, power supply for the chassis 56. Through the cable entry KV1 48, the UMKP can be connected in the parking lot to the power network -220/380 V 57.

The unified mobile command post (UMKP) is intended for automated control in the movement and in the parking lot by the actions of the air defense units of a tactical grouping of troops when repelling air raids.

The unified mobile command post includes the following systems:

-computing complex;

- navigation, topographic and orientation equipment;

-means of registration and documentation;

-complex of communication and data transmission;

-complex of life support equipment;

-software;

-chassis.

The computing complex (VK) is intended for automatic (automated) execution, together with the software, of the following functions:

.

- 10 - reception and identification of information on the air situation from superior, subordinate and interacting means (objects);

- support of air objects (IN);

- display of the air situation on the screens of unified workstations (UARM);

-reception, processing and display of reports from subordinate funds (objects);

-solving the task of target allocation (CR) and the issuance of target designations (TS) to subordinates via telecode communication channels:

distribution teams (responsibility sectors),

target designation, firing ban commands;

- the formation and issuance to higher, interacting and subordinate objects of information about HE routes with signs of action;

-registration of the work process;

-control of the functioning of data transmission channels to ensure the transition to free spare frequencies (ZPCH);

-functional performance monitoring of technical equipment;

-Autonomous calculation simulator;

-complex simulator of calculations in conjunction with subordinate objects.

Computing complex includes:

- and. devices - hard disk drives 3 for storing work programs and recording processes for the exchange and processing of radar information (RLI); -Two unified workstations 12. on which management tasks are solved, consisting of: color liquid crystal monitor 13. keyboard (full-keyboard) 14. trackball 15; - an external automated workstation (WARM) 19. for providing work in a parking lot outside of the UMKP at a distance of up to 180 m, consisting of: Computer Baguette (notebook type) 20. stand-alone power supply unit 22. interface expansion unit (for connecting peripheral devices) 21 . AC adapter block (to provide operation from AC 220 V, 50 Hz) 22; - remote unit for interfacing with a radar station / portable radio altimeter (radar / PRV) P910 23. System unit 1. 8 contains the main components of an electronic computer (bag) Baguette 21-02 and is designed to generate power supply, provide thermal stabilization and ventilation, and process and transmitting information, ensuring the electrical connection of electronic modules through the system bus (ISA bus) 7.: Ш - 12 peripheral devices, as well as the storage of processed information.

The BT01-301A 3 module is a removable hard disk drive (HDD) designed for recording, non-volatile storage and reading of large amounts of information as part of the UMKP computing complex. The formatted capacity of the HDD is at least 1200 MB.

The BR21-407 4 module is a data transmission equipment (APD) operating in the codes of the ASPD equipment, T-235-1L equipment, as well as the controller of tank navigation equipment (TNA). The ADF of the module is designed for simultaneous, independent exchange of UMKP data with objects equipped with ASPD equipment, T-235-1L equipment via a radio channel formed by the R-163-50U radio station and the R-163-UP radio receiver, or via a wired communication channel. The ADF also provides information transfer to an individual target designation device (IUTS) of the 9s520 product via a wired communication channel. The module provides the interaction of computers with TNA. The TNA controller organizes the exchange of information between the TNA and the computer, receives information from the TNA along the coordinate increment chains: + X, -X, + Y, -Y.

The electronic module BT01-404A (RS-232 controller) 5 is intended for organizing the exchange of information with external subscribers (ADF) of the Baget series computers based on the ISA system bus. The module has 4 independent RS-232C channels. The bandwidth of the channel 1200 - 38400 bps.

The electronic module BT01-411 (LAN adapter) 6 is designed to organize the exchange of information with external subscribers of the Baguette series computers, based on the ISA system trunk, through

- 13 Ethernet interface.

The electronic module BT01-206 (mathematical accelerator) 9 is a high-performance device designed to perform intensive calculations on arrays of floating-point numbers as part of the Baguette computer, based on the ISA system bus. The module pre-processes the information received from the BR21-410 module.

The BR21-410 module (adapter of an interface unit (BS) with a radar station) is designed to operate as part of a device interface complex with analog radars as a data input-output device. The module provides:

-receiving and processing data of the primary radar situation (RLS) from two remote units P910 for interfacing the UMKP with the radar.

- issuance to the mathematical accelerator (MA, block BT01-206) of the received azimuth codes, elevation sine (when working with a mobile radio altimeter (PRV)) and the status word of the P910 block;

- selection of packs (arches) of marks located at the same range in rays adjacent to them in azimuth, and the issuance of a range on the MA (up to 1024 range samples);

-transmission to P910 blocks of commands for controlling the operating modes of the ground radio interrogator (NRZ) and commands for setting the azimuth of the PRV antenna.

The BR21-413 module (T-235-1L APD adapter) 11 as part of the Baguette computer with the ISA bus provides the computer to interact with four T-235-1L ADFs operating in the OK-ОДК-1 or ОК-ОДК-2 mode, codograms 69 bits long. Exchange with computers is 16-bit words on interrupt requests. The interaction of the ADF adapter module with the T-235-1L ADF is carried out at the junction C2 (GOST 18145-81).

1ШШ1М

- 14 Unified Workstation (UARM) 12 is intended for visual presentation of the results of the computational process, input of control actions and recommendations for making decisions in the form of alphanumeric and control information.

The VMTSM-21.3 13 video monitor is intended for displaying color and grayscale signographic information.

The KL-85 14 keyboard is designed to provide prompt input of influences on the computer complex (VK) that meet the requirements of the UMKP for its intended purpose. KL-85 serves as a device for entering information into the computer system unit.

The trackball (CMM) 15 is a spherical guidance organ and is intended to control the cursor when using the information system.

The remote workstation (WARM) 19 based on the Baget-41 20 electronic computer, the platform of the BT41-400 21 interface expander and the BT41-040 22 stand-alone power supply are intended for use as:

-additional workplace when working UMKP in the parking lot;

- a personal computer in the field (in the open air) for performing operational calculations, storing reference information and preparing documents for various purposes;

-terminal of electronic and communication systems, mobile (by all means of transport) and portable equipment complexes;

-Terminal of test equipment at technical positions, as well as storage devices for technical documents and preparation of documentation related to the operation of complex

- 15 complexes.

The remote radar / PRV R910 23 interface unit is intended for use as part of a primary radar information processing complex. The block provides:

-transformation of the 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;

-transformation of the signals of sync-sensors of the synchronous servo drive (BSS) of the radar / PRV antenna rotation to the azimuth code; antenna-transmission of the polar coordinates of the primary marks on the product via a high-frequency communication line;

-Reception from UMKP and the issuance of commands to control the operating modes at NRZ;

-reception from UMKP of commands for controlling the turn of the antenna PRV and PRV and issuing to the PRV signals of the mismatch of the azimuth of the antenna of the PRV through the coarse reference (GO) and exact reference (TO) chains.

Navigation, topographic reference and orientation (ANTO) equipment provides topographic and geodetic preparation of UMKP for the march, as well as obtaining the current coordinates of the UMKP location during movement.

The ANTO includes:

-navigation equipment of 16 consumers of satellite navigation systems Tlonass and Navstar consisting of:

receiver indicator, antenna unit;

- 16 remote control,

voltage transformer.

mechanical speed sensor

coordinator,

indicator tablet,

heading indicator

distribution box;

-periscopic artillery compass;

orienteering visor.

The navigation receiver SN-3001 16 is designed to continuously determine the coordinates of the location, the vector of the absolute ground speed of the UMKP and the time from the radio signals of the navigation spacecraft (NKA) of the GLONASS and GPS NAVSTAR systems, the indication of navigation parameters and the delivery of the Baguette-21-02 computer to the standard RS -232. Reception and processing of NKA signals is carried out through 14 channels.

Tank navigation equipment TNA-4-6 17 is designed for:

-continuous automatic determination and indication of coordinates and directional angle;

-continuous automatic determination and indication of the heading angle UMKP to the destination;

-continuous automatic indication of the location of the object on a topographic map.

Registration and documentation tools include:

Voice recorder 43 for recording voice information;

- 17 .. The UD-M211D 18 printing device is intended for output to paper media of alphanumeric pseudographic and graphic information received from computers via the CENTRONICS interface. The principle of printing is shock synthesis, the print head is nine-needle. The output speed of information in the BLACK FONT mode is at least 120 characters per second. The line length is 8 inches (203 mm), the maximum number of characters in a line is 80. The graphic mode is 60, 80, 120, 240 dpi. The complex of means of communication and data transmission is intended for data exchange and telephone conversations with paired objects. The complex of communication and data transmission UMKP includes: -the workplace of the operator of communications (switching equipment) 25; -apparatus for internal communication and switching 34, ensuring the conduct of internal negotiations and exit from workplaces to external open voice communication channels; -Two sets of transceivers working in the algorithms of the equipment T-235-1L 39, 40, designed to organize two open channels of exchange of radar data; -multichannel data transmission equipment (ADF) 38, having 8 receiving and 2 transmitting channels, operating in the algorithms of the T235-1L equipment, designed for the exchange of radar data via open communication channels; -two radio stations 29 and seven ultra-short-wave (VHF) radio receivers of band 31, designed to organize voice and telecode radio channels for exchange with higher, interacting and subordinate command posts (CP) or - 18 combat vehicles (BM); - Metro-decimeter range radio station 30, designed to receive radar from a computer complex (VK) of a radar range finder (RLD); antenna-mast device 28; -cable entry 48, wire communication units BPS, control units for wire communication BPS, switching unit for communication channels BK-ZM, blocks of arresters BR, junction boxes, remote connection plates VS, providing the organization of wire communication with mating objects. The complex of means of communication and data transmission may include secret communication equipment, which ensures the closure of voice and telecode communication channels. The power supply system of UMKP is intended for power supply of communication equipment, automation and electrical equipment of the life support system with a constant current voltage of 27 V both in motion and in the parking lot. The power supply of UMKP is carried out from the following power sources: -from the electrical equipment of the chassis K1Sh1; - from a diesel electric generator AD-3,5U-P28, 5-1V: -from an industrial AC network through a rectifier device VU-4. An auxiliary power source is a 12ST-85R1 rechargeable battery. The power supply system of UMKP includes: - 19 - P905 remote control: - P913 boxes; -P920 boxes; -protection-disconnecting device (ZOU); - VK-860B mass switch; -12ST-85R1 rechargeable battery; -boxes KS-26; -filter F5; - K1Sh1 chassis power supply system (G-290V generators and 12ST-85R1 storage battery). The main power source for UMKP in motion is the K1Sh1 power supply system. which consists of two G-290V generators with two 12ST-85R1 batteries connected in a buffer mode. A 27 V DC voltage from the K1Sh1 connection panel through the F5 filter, the P920 box goes to the BS +27 V terminal of the P905 remote control. From the P905 remote control, designed for switching, protection and monitoring of the load current, a voltage of 27 V is supplied to the P913 junction boxes, from which it is distributed to the equipment of the automation equipment complex (KSA), the communication equipment complex (KSS) and life support. The P905 remote control also provides control of the charge-discharge of the battery and control of this mode by a measuring device located on the front panel of the remote control. The power supply of the UMKP in the parking lot is carried out from the diesel generator AD-3,5U-P28,5-1V and the rectifier device VU-4. The electric unit consists of a direct current generator, an engine, a remote control and control unit, a voltage regulator RN-8 / 1C and a heating and ventilation device. - 20 The rectifier device VU-4 is designed to convert a three-phase alternating current voltage of 380 V at a frequency of 50 Hz to a direct current voltage of 27.2 to 27.5 V and power consumers. The protective disconnecting device (ZOU) is designed to protect service personnel (crew members) from high (over 30 V) voltage and automatically turn off the primary power source (380 V). The 12ST-85R1 rechargeable battery is designed to power part of the equipment in emergency mode; the rechargeable battery is switched on by the VK-860B mass switch. Box P913 is designed to distribute power to consumers. The KS-26 box is designed to connect portable devices, electric soldering irons, electric bulbs, powered by a constant voltage of 27 V. The life support system of UMKP, located on the K1Sh1 chassis, is a complex of equipment designed to ensure the living conditions of personnel. The life support system includes: -heating-ventilation unit ОВ65; -fans of individual airflow VN1; -Filtration and ventilation unit FVUA-100N-24; - dose rate meter IMD-21B; -A car kit for special processing DK-4D; -VPHR chemical reconnaissance chemical weapon device: - 21 ОВ65 heating and ventilation unit is intended for heating the inhabited compartment of UMKP and is a device operating on the principle of heating the air passing through it due to the energy of combustible fuel.

Individual blowers are intended for ventilation of operator workstations. Fans are installed at every workplace, have the ability to rotate and lock in the most convenient position for the operator. The fan is turned on and off from the place of work using the toggle switch integrated in the fan stand.

The FVUA-100N-24 filter and ventilation unit is designed to protect personnel and equipment located in the sealed compartment of the machine from the effects of weapons of mass destruction.

The filter-ventilation unit consists of a PFA-75M prefilter, an FTP-200M filter-absorber, an electric fan, an FR-81F filter, and a control panel.

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. The power meter consists of a detecting unit, an average frequency measuring unit.

The car kit for special treatment DK-4D is designed for degassing, decontamination and disinfection of UMKP. It includes a gas-liquid device and decontaminating powder.

The chemical chemical reconnaissance unit of the military-industrial complex is used for group and specific determinations of toxic substances. The device can be used both outside the machine and inside it.

- 22 The on-board set of special processing BKSO-01 is intended for special processing of weapons and military equipment with water and solvent formulations using the energy of exhaust gases of internal combustion engines and the energy of compressed air pneumatic systems. The kit includes a gas-liquid device and an aqueous solution of powder for degassing.

SPK-90 luminaires are designed to create local lighting for jobs.

Software UMKP consists of general software (OPO) and special software (STR), operating under the control of the MSVS OS (such as Linux).

The general software is intended for organizing the computational process, input processes for inputting information processing, organizing a dialogue between the operator and the system, supporting the operation of hardware and software, providing access to computer resources and ensuring the software development process.

Special software (SPO) implements algorithms that allow you to process information at the command posts of various levels of the hierarchy according to the same principles and with the preservation of the specified quality characteristics.

UMKP equipment is located in the K1Sh1 product based on the BTR-80.

Industrial applicability

The unified mobile command post (UMKP) is industrially sold, it has improved quality characteristics, expanded functionality, large computing power, data transmission channel performance, better communication channel quality, and increased survivability

- 23 products, comfortable cattle for

.4.1Sh

- 24 Authors:

Parkhomenko O.L. .Dukhovnikov V.V. Borovkov V.G. Frolov V.N. Kozlov I.L. Atapin A.N. Urnev I.V. calculation work.

Claims (3)

1. Unified mobile command post containing the first Baguette 21-02 system unit, consisting of a BT01-209 central processing unit (CPU), a BT01-301A hard disk drive (HDD), a BT01-404A RS-232 controller, and an adapter BT01-411 local area network (LAN) connected by ISA bus, the second Baguette 21-02 system unit, consisting of the BT01-209 central processing unit (CPU), BT01-301A hard disk drive, and the mathematical accelerator module (MA) BT01-206, BT01-411 LAN adapter, connected by ISA bus, the first and second unified This workstation (UARM-1), consisting of each of the VMTSM-21.3 video monitor, KL-85 keyboard and trackball connected respectively to the inputs "SVGA", "Keyboard" and the first input "RS-232" of the central processors BT01-209 of the first and the second Baguette 21-02 system units, respectively, a remote workstation (BARM) based on the Baguette-41 electronic computer (computer) with BT41-400 and BT41-040 modules, inputs and outputs of BT01-411 LAN adapters the first and second system units "Baguette 21-02" and the remote workstation are combined into a local computing Ethernet network (LAN), characterized in that it additionally contains an adapter for tank navigation equipment (TNA) and data transmission equipment (APD) in the first Baguette 21-02 system unit, such as BR21-407 unified data acquisition and transmission equipment, connected to the ISA bus, in the second Baguette 21-02 system unit, the BR21-410 adapter for the interface unit with the radar station (BS Radar) and the T-235-1L BR21-413 APD adapter connected to the ISA bus, navigation receiver SN-3001 connected to the second input "RS-232" of the Central processor of the first system unit "Ba get 21-02 ", navigation equipment TNA-4-6, connected to the input" TNA adapter "of the BR21-407 module, printing device UD-M211D, connected to the input" Centronics "of the central processor BT01-209 of the second system unit" Baguette 21- 02 ". 2. The unified mobile command post according to p. 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 "Baget 21-02", remote units for interfacing with a radar station / mobile radio altimeter (PRV) P910, connected to the radar / PRV, cable gland KV2, connected externally to remote units for interfacing with the radar / PRV R910, with remote AWP, with telephone wires (TLF) and telecode (TLK) communications, and with an internal side with a local area network LAN, an adapter for the interface unit with radar BR21-410, inputs and outputs of TLF and TLK switching equipment, a radio station R-800L1 with antenna input, a radio station P168-25U with antenna input, a radio station R163-50U with antenna input, radio 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 R163- radios P, the second radio station R163-50U, connected to the corresponding input-output of the switching equipment, the antenna matching device R-173-14, connected to the antenna input of the second radio station P163-50U, the radio receiver R163-UP, connected to the antenna matching device R-173- 14, R-174 internal communication and switching equipment (ABCS) connected to the P163-UP radio receiver and switching equipment input, C32 unit, P503B recorder, C903 units connected to C32 unit and P503B recorder, T-240D equipment, pairing unit ( BS) connected to blocks C903, equipment -240D and AVSK R-174, T235-1U data transmission equipment (APD) connected to the T235-1U APD, switching equipment and an additional RS-232 BT01-404A controller of the first Baget 21-02 system unit, T-240PD equipment connected to the T235-1U APD, T235-1L-8 APD and T235-1L-2 APD, connected to the T-240PD equipment, switching equipment, and the T-235-1L BR21-413 APD adapter of the second Baguette 21- system unit 02 ", multichannel data transmission equipment (MAPD), connected to the switching equipment and the second input" RS-232 "of the central processor BT01-209 of the second system unit" aget 21-02 ". 3. The unified mobile command post according to claim 1, characterized in that the power supply means (BOT) of the command post include a cable entry KV1 connected to a primary power supply network of ~ 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 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 equipment (consumers) of the item.