RU98237U1 - INTELLIGENT BATTLE FIRM CONTROL SYSTEM - Google Patents

Abstract

 1. Intelligent fire control system for a combat vehicle, containing a multi-channel thermal imaging gunner’s gun sight (PNM), panoramic commander’s sight (PKP), sensors, an arms stabilizer control unit (BU STV), an auxiliary weapon control system control unit (BU SU DVO), a control unit automatic loader (BU AZ) and automated workplaces of the gunner and commander (AWP-N and AWP-K), characterized in that an additional television backup sight (PDT), video surveillance system (VCR), interface unit yes chikov (BSD), a video signal switching unit (BKVS), a multifunction control unit (MBU) and two multiplex information exchange channels, and the video signal switching unit through the first multiplex information exchange channel is connected to the arms stabilizer control unit, a television doubler sight, and a video surveillance system , a control unit for the charging machine, automated workstations of the gunner and commander and a multifunctional control unit, while the input and output of the first multiplex one of the channels of information exchange is the corresponding input-output of the intelligent fire control system of the combat vehicle for connecting to other subsystems of the aircraft equipment complex, the inputs and outputs of the multi-function control unit, the multi-channel thermal imaging gunner’s sight, the weapon stabilizer control unit, the gunner’s and commander’s automated workstations, the interface unit sensors, sensors, control unit of the control system for additional weapons, sight commander panoramas

Description

The utility model relates to the field of armored vehicles, in particular to the intelligent fire control systems (LMS) of a combat vehicle, and can be used in on-board equipment systems (BWC) to provide surveillance of the battlefield and weapon control.

The tank weapons control system can be considered as an analogue (see the description of the patent of the Russian Federation for invention No. 2186324, IPC 7 F41G 5/24, published on July 27, 2002, by application No. 2000130468 of December 6, 2000, the patent holder of the Combined Arms Academy forces of the Russian Federation), which contains a rangefinder sight with a button for activating the automatic loading cycle of the gun, an arms stabilizer, a tank ballistic computer, potentiometers for manually entering corrections for air temperature, changing the initial velocity of the projectile depending on the party of charge s, atmospheric pressure, wear of the channel of the gun barrel, the temperature of the charge and automatic wind speed sensors, roll speed and tank azimuth. This system improves firing accuracy by providing objective control of the accuracy of the information needed to prepare a shot and automate the selection process and enter the actual values of the measured values.

The set of essential features: rangefinder sight, weapon stabilizer, automatic sensors for air temperature, atmospheric pressure, charge temperature, wind speed, roll, and tank speed are common signs of an analogue that coincide with the features of the claimed technical solution: gunner’s multi-channel thermal imaging sight, control unit weapons stabilizer, air temperature, atmospheric pressure and charge temperature sensors, capacitive wind sensor, tank, roll and tang speed sensors already.

The reason that impedes the achievement of the claimed technical result is that this system does not allow a simultaneous and independent search for targets and an overview of the area due to the presence of only one sight.

A computer-television shooting control system can also be considered as an analogue (see RF patent for invention No. 2226319, IPC 7 H04N 5/33, G06F 19/00, G06F 171: 00, published on 03/27/2004 by application No. 2002113719/09 dated 05/28/2002, patent holder of the Moscow Design Bureau "Electron"), which contains a two-channel television sight, a laser rangefinder, a ballistic computer, a pressure sensor, a temperature and humidity sensor, a wind force and direction sensor, a target elevation sensor, a sensor nadir points. This invention qualitatively improves firing accuracy due to the maximum consideration of factors affecting firing accuracy.

The set of essential features: a pressure sensor, a temperature and humidity sensor, a wind force and direction sensor, a target elevation sensor and a nadir point are common analog features that coincide with the features of the claimed technical solution: atmospheric pressure sensor, air temperature sensor, capacitive wind sensor, roll and pitch sensor.

The reason that impedes the achievement of the claimed technical result is that this system does not allow a simultaneous and independent search for targets and an overview of the area due to the presence of only one sight.

The closest technical solution to the claimed one is a tank weapon control system (see RF patent for invention No. 2226664, IPC 7 F41G 5/24, published on April 10, 2004 according to application No. 20022110205/02 of April 17, 2002, the patent holder is Federal State Unitary Enterprise Transport Engineering Design Bureau), containing a gun armament stabilizer with a drive in the vertical guidance plane and a turret drive, an electronic ballistic computer, a loading mechanism complex, gunner and commander jobs, the main gunner’s sight and commander’s panoramic sight with optical, thermal imaging and rangefinder channels, sights line control panels, information visual displays and switches, unified electronic all-in-one, multifunction panel (MFP), a display with elements for switching modes and image adjustments, with electric switches, with a remote control for the line of sight of the sight. This invention provides an increase in the technical and operational characteristics of the tank’s weapon control system, providing the gunner and commander with equal functionality in fire control and improving the ergonomics of workplaces.

The set of features of the analogue: the commander’s sight is panoramic, sensors taking into account the position of the tower, the position of the gun, temperature and atmospheric air pressure are common signs with the claimed technical solution; analog features: additional weapon control system, gun weapon stabilizer, loading mechanism complex, gunner’s and commander’s workplaces, gunner’s main sight, sensors that take into account the axis of the gun trunnion axis, side wind are common analogue signs that coincide with the features of the claimed technical solution: block control system for additional weapon control, weapon stabilizer control unit, automatic loading control unit, gunner’s automated workstations and andira, gunner's sight multichannel thermal imaging, roll and pitch sensor, wind sensor capacitance.

The reason that impedes the achievement of the claimed technical result is that this system does not allow to solve the problems of intelligent multi-channel processing of video images due to the presence of only thermal, optical and rangefinder channels in the sights.

The problem to which the claimed technical solution is directed is to expand the functionality of the intelligent fire control system of a combat vehicle.

The technical result provided by the implementation of the proposed technical solution is as follows:

- solving the problem of intelligent multi-channel processing of video images through the introduction of a multifunctional control unit, television channels in the sights of the gunner and commander and video surveillance system (VCR);

- ensuring a simultaneous and independent search for targets and a terrain survey by the commander and gunner through the use of the panoramic commander’s sight, multi-channel thermal imaging gunner’s sight and introduction of the television’s backup-sight, which have independent stabilization of visual fields in vertical and horizontal guidance planes;

- ensuring the switching of video signals to the video viewing devices of the gunner and commander through the use of a video switching unit.

The specified technical result in the implementation of the utility model is ensured by the fact that the intelligent fire control system of the fighting vehicle contains a multi-channel thermal imaging gunner’s gun sight (PNM), panoramic commander’s sight (PKP), sensors, an arms stabilizer control unit (BU STV), and a control system control unit additional armament (BU SU SU), a control unit for automatic loading (BU AZ) and automated workstations of the gunner and commander (ARM-N and ARM-K), an additional television backup sight was introduced Zionic (PDT), video surveillance system (VCR), a sensor interface unit (BSD), a video signal switching unit (BBCS), a multi-function control unit (MBU) and two multiplex information exchange channels, the video signal switching unit being connected via the first multiplex information exchange channel with an arms stabilizer control unit, a television doubler sight, video surveillance system, automatic loading control unit, gunner and commander workstations and with multi a national control unit, while the input-output of the first multiplex channel of information exchange is the corresponding input-output of an intelligent fire control system of a combat vehicle for connecting to other subsystems of the onboard equipment complex, inputs and outputs of a multi-function control unit, multi-channel thermal imaging gunner’s sight, weapon stabilizer control unit , automated workstations for the gunner and commander, a pair of sensors, sensors, a control unit topics of control of additional weapons, the sight of the panoramic commander and the control unit of the automatic charging unit are interconnected by means of the second multiplex information exchange channel and form a group of inputs and outputs of the second multiplex information exchange channel of the combat vehicle's intelligent fire control system for connecting to other subsystems of the onboard equipment complex, the first and the second inputs of the video switching unit are connected to the respective outputs of the gunner’s sight multichannel thermal imaging, the third input of the video switching unit is connected to the output of the television sight-understudy, the fourth and fifth inputs of the video switching unit are connected to the corresponding outputs of the panoramic commander’s sight, the group of inputs from the sixth to ninth video switching unit is connected to the group of outputs from the first to fourth video systems circular view, the tenth, eleventh and twelfth inputs of the video switching unit are connected respectively to the first, second and tr the fourth outputs of the multi-function control unit, the first and second outputs of the video switching unit are connected respectively to the inputs of the gunner and commander workstations, the third output of the video switching unit is the output of an intelligent fire control system for a combat vehicle for connecting to other subsystems of the aircraft equipment complex, the group of outputs from the fourth the ninth block of video signal switching is connected respectively to a group of inputs from the first to the sixth multifunction nogo control unit, sensor outputs are connected to a sensor interface unit inputs.

The multifunctional control unit contains modules of a universal data processor (MAPD), modules of a digital processing cluster (ICSC), an interface module (MI) and a module of secondary power supplies (MVIP), interconnected via a backplane.

The utility model is illustrated by drawings, where Fig. 1 shows a structural diagram of an intelligent fire control system for a combat vehicle (ISUO BM), Fig. 2 shows a multifunctional control unit.

Intelligent fire control system of a combat vehicle 1 (see Fig. 1) contains a multi-channel thermal imaging gunner’s gun sight (PNM) 2, a television stand-in sight (PDT) 3, a panoramic commander’s sight (PKP) 4, a video surveillance system (FSC) 5, a unit armament stabilizer control unit (BU STV) 6, sensor interface unit (BSD) 7, sensors 8, control unit for the secondary weapon control system (BU SU DVO) 9, control unit for an automatic loading machine (BU AZ) 10, gunner’s automated workstation (AWS- N) 11, video switching unit (BKV C) 12, a multifunctional control unit (MBU) 13, an automated workplace of the commander (ARM-K) 14 and two multiplexed information exchange channels (MKIO1 and MKIO2), and BKVS 12 through MKIO1 is connected to PDT 3, VSKO 5, BU STV 6 , BU AZ 10, ARM-N 11, MBU 13 and ARM-K 14, while the input-output MKIO1 is the input-output 1 _{1 of the} ISUO BM 1 for connecting to other subsystems of the KBO, inputs and outputs PNM 2, PKP 4, BU STV 6, BSD 7, sensors 8, BU SU SU DVO 9, BU AZ 10, ARM-N 11, MBU 13 and ARM-K 14 are interconnected by means of MKI02 and form a group of inputs and outputs 1 ₂ , 1 ₃ , 1 ₄ , 1 ₅ , 1 ₆ , 1 ₇ , 1 ₈ , 1 ₉ , 1 ₁₀ , 1 ₁₁ MKIO2 ISUO BM 1 for connecting to other subsystems of the BWC, with the first and second inputs (input 1 and input 2) BKVS 12 connected to the corresponding outputs PNM 2, the third input (input 3) BKVS 12 connected to output ПДТ 3, fourth and fifth inputs (input 4 and input 5) BKVS 12 connected to the corresponding outputs of the control panel 4, a group of inputs from the sixth to ninth (input 6, input 7, input 8 and input 9) BKVS 12 is connected respectively to the group of outputs 5 ₁ , 5 ₂ , 5 ₃ and 5 _{4 of} AECO 5, the tenth, eleventh and twelfth inputs (input 10, input 11 and input 12) BKVS 12 are connected respectively to the first, second and third outputs (out. 1, in x.2 and output 3) MBU 13, the first and second outputs (output 1 and output 2) of the BKVS 12 are connected respectively to the inputs of the AWP-N 11 and the AWP-K 14, the third output (output 3) of the BKVS 12 is output (Exit) ISUO BM 1 for connecting to other subsystems of the BWC, a group of outputs from the fourth to the ninth (out.4, out.5, out.6, out.7, out.8 and out.9) BKVS 12 is connected respectively with a group of inputs from the first to the sixth (input 1, input 2, input 3, input 4, input 5 and input 6) MBU 13, the outputs of the sensors 8 are connected to the inputs of the BSD 7, and MBU 13 (see figure 2) contains the first module of a universal data processor (MAPD) 15, the first and second modules of a digital processing cluster (MSCO) 16 and 17, the second MUPD 18, the third MCCO 19, an interface module (MI) 20 and a module of secondary power supplies (MVIP) ) 21, interconnected via a backplane 22.

Automated workstations of the commander and gunner AWP-N 11 and AWP-K 14 include a video viewing device and a control panel (not shown in Fig.).

The VSKO 5 all-round video viewing system performs the functions of searching and detecting targets in the near 360 degrees around an object, presenting to the commander and the gunner on the video viewing devices (APU) a circular panoramic image of the area or an interesting fragment of the background target environment at the choice of operators.

The weapon stabilizer control unit BU STV 6 provides tracking of the weapons over the line of sight of one of the sights, depending on the operating mode of the ISUO BM1.

Sensors 8 allow you to take into account the maximum number of factors: atmospheric pressure, air temperature and charge, wind, roll and pitch, the position of the gun and turret, bending, tank speed (not shown in Fig.), Affecting the quality of fire. The signals from the sensors 8 enter the interface unit of the sensors 7 and then through the second multiplex channel of information exchange MKIO2 to the multifunction control unit 13.

The video signal switching unit BKVS 12 provides video signal switching to the APU of the gunner and commander both under the control of the multifunction control unit 13 and in the absence of control (by default). In the absence of switching control signals, the following logic of the operation of the video switching unit 12 is implemented:

- when the television sight 3 is turned on, an image is transmitted from his TV camera to the APU of the gunner and commander;

- when the television (TV) and thermal (TP) channels of the gunner’s sight of the multi-channel thermal imaging PNM 2 and the sight of the commander of the panoramic PKP 4 are turned on, the video signal from the TV and TP channels of the PNM 2 is turned on, the video signal from the control panel 4 is output to the commander’s APU;

- if there is only one source of the TV and TP signal channels of the gunner’s sight of the multi-channel thermal imaging 2 or the sight of the panoramic 4 commander, the same video signals from the existing source are output to both APUs;

- when the multifunction control unit 13 is operating, the processed image by the gunner and commander is displayed.

When power is supplied from the onboard network to the secondary power supply module MVIP 21, the multifunctional control unit 13 switches to the "Auto control" mode. The processor elements located in the modules of the universal data processor 15, 18 and in the interface module MI 20, from their own permanent storage devices perform the tasks of testing their own resources. The control program of the multifunctional control unit MBU 13 checks the activity of the control panels of the automated workplaces of the gunner and commander ARM-N 11 and ARM-K 14. If the control panels ARM-N 11 and ARM-K 14 are in an active state, the control program assigns resources to the MBU 13 to solve the problems of video signal processing by commands from each of the automated workstations.

The multifunctional control unit 13 incorporates digital processing cluster modules (MSCs) 16, 17 and 19 containing video signal processing channels. MCCO 16, 17 and 19 solve the problems of intelligent video processing, control of the ISUO BM 1 equipment with the development of appropriate control signals and the calculation of ballistic corrections during firing.

The interface module MI 20 provides communication of the multifunctional control unit 13 through the multiplex channels of information exchange MKIO1 and MKIO2 with the ISUO BM 1 equipment.

The secondary power supply module MVIP 21 is intended for use as a multi-channel stabilizing secondary power supply.

Through the backplane 22 is an online data exchange between the processing channels of the multifunction control unit 13.

Intelligent fire control system of a combat vehicle works in the modes “Main”, “Double”, “Double”. The choice of mode is carried out by mode switches (not shown in FIG.).

In the “Basic” mode, the ISUO BM 1 equipment provides automated support for the commander and gunner in automated workstations ARM-N 11 and ARM-K 14 to perform joint or independent tasks of search, detection and destruction of potential targets from the main armament from the gunner’s place and from additional armament , for example, from a remote machine gun installation, from the commander's place.

In the “Basic” mode, work is ensured in the “Observation”, “Gunner's work” or “Integrated” sub-modes. Switching between sub-modes is carried out by switching toggle switches (not shown in Fig.). In the "Basic" mode, control signals are generated that arrive:

- to the weapon stabilizer control unit, in the sub-modes “Gunner's Work” and “Complex”, when performing automatic tracking “AS-N” and manual tracking “RS-N” at the automated workplace of the gunner's workstation ARM-N 11 to ensure tracking of the longitudinal axis of the main armaments behind the line of sight of the gunner’s sight of the multi-channel thermal imaging PNM 2, taking into account amendments to the aiming angles, lateral lead; when performing the target designation function “TsU” - to combine the longitudinal axis of the main armament with the line of sight of the control panel 2; when performing the "Start DZ" function - to turn the turret to a predetermined angle for firing a smoke grenade;

- to the control unit of the secondary weapon control system BU SU SU DVO 9, in the “Observation” and “Complex” sub-modes, while performing all the functions to ensure that the longitudinal axis of the additional weapons is tracked by the sight line of the sight of the commander of the panoramic control panel 4, taking into account amendments to the aiming angles and lateral preemptions.

MBU 13 in this mode works as follows.

If only one of the sights is turned on: the gunner’s sight of the multi-channel thermal imaging PNM 2 or the sight of the commander of the panoramic control panel 4, then the idle channels are in standby mode until there are signs of the supply voltage of the second sight and the corresponding input video signal through the communication channel from the BKVS video signal switching unit. In this case, open circuits (lack of signals) at the inputs of the BKVS 12 video signal switching unit and between the BKVS 12 video signal switching unit and the multifunctional control unit MBU 13 can be diagnosed. In the event of a malfunction of the BKVS 12 video signal switching unit, information about the malfunction is output to the gunner’s APU in the AWS N 11 and the APU of the commander in AWP-K 14 and in other subsystems of the BWC, for example, in the interaction management complex (KUV ₃ ), the operation of other channels in the “Main” mode continues.

In the submode "Gunner’s work" at the gunner’s automated workstation ARM-N 11, manual tracking "RS-N" is carried out with the aiming line of sight of the gunner’s sight of the multi-channel thermal imaging PNM 2 from the gunner’s panel, with the phono target situation being displayed on the APU, symbolic information from the channel’s TP PNM 2 and graphical information from MBU 13, with an overview of the terrain through the optical channel of the gunner’s sight of the multi-channel thermal imaging PNM 2, with range measurement by the laser range finder PNM 2, automatic tracking s "AC-N" and the implementation of "Start DMZ" function.

In this submode, at the automated workstation of the commander of the ARM-K 14, the commander of the phono-target situation is displayed on the screen of the APU from the TP of the PNM 2 channel with superimposed symbolic and graphic information and with the formation of the command to perform the "Start DZ" function.

In the “Observation” submode, the “PC-K” manual tracking is carried out at the automated workstation of the commander of the ARM-K 14 with the guidance of the sight line of the commander of the panoramic PKP 4 from the commander’s panel and the commander’s background image and symbolic information from the TV or TP channel of the PKP channel displayed on the APU 4 and graphical information from the multifunctional control unit MBU 13, with a range measurement by a laser rangefinder PKP 4, automatic tracking “AS-K”, remote target designation “DCS” and target designation to a laser source zlucheniya "CO-IS" and on the direction of "CDR".

Switching between the TP and TV channels of the sight of the commander of the panoramic control panel 4 is carried out using the “TV / TP” button on the control panel of the sight of the commander (Mon-PKP) (not shown in Fig.).

In the “Comprehensive” sub-mode on the ARM-N 11, the “RS-N” manual tracking is carried out with the aiming line of sighting the gunner’s sight of the multi-channel thermal imaging PNM 2 from the gunner’s console, with the phono target situation being displayed on the APU, symbolic information from the PNM 2 channel’s TP and graphic information from the multifunctional control unit MBU 13, with an overview of the terrain through the PNM 2 optical channel, with measuring the range by the PNM 2 laser range finder, automatic tracking “AS-N” and performing the “Start DZ” function;

In the “Comprehensive” sub-mode, the “RS-K” is manually monitored on the ARM-K 14 with the guidance line of sight for the commander of the panoramic PKP 4 from the commander’s console, with the phono-target situation and symbolic information from the TV or TP channel of the PKP 4 channel and graphic displayed on the APU information from the multifunctional control unit MBU 13, with range measurement by a laser rangefinder PKP 4, automatic tracking "AS-K", performing the functions "Start DZ" and target designation: remote target designation "DCS", target designation to the laser source about the radiation of "TsU-LI" and the direction of "TsUN".

In this submode, the functions performed at the gunner’s place are carried out simultaneously and independently of the functions performed at the commander’s place, with the exception of the target designation function “TsU”.

In the “Double” mode, ISUO BM 1 provides automated support for the commander to perform the tasks of searching, detecting and hitting potential targets from the main armament and coaxial machine gun in the absence of the gunner or the sight of the gunner of the multi-channel thermal imaging PNM 2. The transition is carried out at the command of the commander.

In the “Double” mode, at the commander’s workplace, the ISUO BM 1 provides manual tracking of the “RS-K” with the guidance of the sight of the sight of the commander of the panoramic control panel 4 from the commander’s panel, with the phono-target situation and symbolic information from the TV or TP channel of the control panel being displayed on the APU 4 and graphic information from the multifunctional control unit MBU 13, with a range measurement by the PKP 4 laser rangefinder, automatic tracking “AS-K”, performing the function of remote target designation “DCU”, target designation to the laser source radiation “TsU-LI”, target designation in the direction “TsUN” and the function “Start DZ”. Moreover, in the “Double” mode, the ISUO BM 1 provides control of the firing chains of the main armament or coaxial machine gun from the commander’s place, while the firing chains of additional armaments are blocked.

In the “Double” mode, control signals are generated in the control unit of the weapon stabilizer BU STV 6 while performing the automatic tracking functions “AS-K” and manual tracking “RS-K” at the commander’s place, remote target designation “DCU”, target designation to the laser radiation source “ TsU-LI ”, target designation for the“ TsUN ”direction for tracking the longitudinal axis of the main armament behind the line of sight of PKP 4, taking into account amendments to the aiming angles and lateral lead; "Start DZ" - to turn the tower at a predetermined angle for firing a smoke grenade; in the control unit of the additional weapons control system BU SU SU FE 9, when all functions are fulfilled - to ensure that the line of sight of the additional weapons is tracked by the line of sight of the control panel 4 without taking into account amendments to the aiming angles and lateral lead; in PNM 2, when all functions are performed - to ensure tracking of the PNM 2 line of sight over the line of sight of the control panel 4.

In the “Doubler” mode, ISUO BM 1 provides automated support for the tasks of searching, detecting and hitting potential targets from the main armament, except for a guided missile, to the commander or gunner in case of failure of the gunner’s sight of the multi-channel thermal imaging PNM 2 and the sight of the commander of the panoramic control panel 4; only to the gunner - in the absence of supply voltage from the main flight network of the facility.

ISUO BM 1 automatically switches to the "Standby" mode when you turn on the backup sight of the television PDT 3 using the control panel of the backup sight of the television gunner and / or control panel of the backup sight of the television commander.

Claims (2)

1. Intelligent fire control system for a combat vehicle, containing a multi-channel thermal imaging gunner’s gun sight (PNM), panoramic commander’s sight (PKP), sensors, an arms stabilizer control unit (BU STV), an auxiliary weapon control system control unit (BU SU DVO), a control unit automatic loader (BU AZ) and automated workplaces of the gunner and commander (AWP-N and AWP-K), characterized in that an additional television backup sight (PDT), video surveillance system (VCR), interface unit yes chikov (BSD), a video signal switching unit (BKVS), a multifunction control unit (MBU) and two multiplex information exchange channels, and the video signal switching unit through the first multiplex information exchange channel is connected to the arms stabilizer control unit, a television doubler sight, and a video surveillance system , a control unit for the charging machine, automated workstations of the gunner and commander and a multifunctional control unit, while the input and output of the first multiplex one of the channels of information exchange is the corresponding input-output of the intelligent fire control system of the combat vehicle for connecting to other subsystems of the aircraft equipment complex, the inputs and outputs of the multi-function control unit, the multi-channel thermal imaging gunner’s sight, the weapon stabilizer control unit, the gunner’s and commander’s automated workstations, the interface unit sensors, sensors, control unit of the control system for additional weapons, sight commander panoramas of the second and the control unit of the charging machine are interconnected by means of the second multiplex information exchange channel and form a group of inputs and outputs of the second multiplex information exchange channel of the combat vehicle's intelligent fire control system for connecting to other subsystems of the aircraft equipment complex, the first and second inputs of the video signal switching unit being connected with the corresponding outputs of the multi-channel thermal imaging gunner’s sight, the third input of the video switching unit the channel is connected to the output of the television sight, the fourth and fifth inputs of the video switching unit are connected to the corresponding outputs of the panoramic commander, the group of inputs from the sixth to ninth video switching unit is connected to the group of outputs from the first to fourth video systems of the circular view, tenth, eleventh and the twelfth inputs of the video switching unit are connected respectively to the first, second and third outputs of the multifunction control unit, the first and second the outputs of the video switching unit are connected respectively to the inputs of the gunner’s and commander’s workstations, the third output of the video switching unit is the output of the combat vehicle’s intelligent fire control system for connecting to other subsystems of the aircraft equipment complex, the group of outputs from the fourth to ninth video switching unit is connected respectively to the group inputs from the first to sixth multifunctional control unit, the outputs of the sensors are connected to the inputs of the block res zheniya sensors. 2. The intelligent fire control system of a combat vehicle according to claim 1, characterized in that the multifunctional control unit contains modules of a universal data processor (MAPD), digital processing cluster modules (ICSC), an interface module (MI) and a secondary power supply module (MVIP) interconnected via a backplane.