RU40683U1 - UNIFIED REMOTE INSTRUMENT - Google Patents

Abstract

The console device contains the first electronic computer (computer), the first long-term storage device (DZU), the first isolated serial interface converter (IPPI), the first adapter of multiplexed communication channels (ICIE), the second adapter ICIE, the first system interface bus (SIM) , the second computer, the second DZU, the second IPPI, the third adapter MKIO, the fourth adapter MKIO, the second SIM, the third computer, the third adapter, the fifth adapter MKIO, the sixth adapter MKIO, the seventh adapter MKIO, the seventh MKIO, the third SIM, fourth computer, h the fourth DZU, the first analogue and discrete signal input-output device, the first temperature sensor, the first temperature sensor signal matching device, the relay switching device block, the first discrete signal input device, the fourth SIM, the fifth computer, the fifth DZU, the button block, the keyboard, the block display devices, pointing device, button and keyboard signal generating device, display device control unit, DZU interface adapter, second discrete input device Nalov, a third device for inputting discrete signals, a second input / output device for analog and discrete signals, a second temperature sensor, a second device for matching signals of a temperature sensor, a local area network (LAN) adapter, a graphic information display device (UOGI), a fifth SIM, a LAN switch, the first inputs, outputs of the first, second, third, fourth, fifth computers form respectively the first, second, third, fourth, fifth SIM, the second inputs and outputs of the first, second, third, fourth, fifth computers are connected respectively

Description

The utility model relates to information and control systems and is designed to collect and process information, solve combat missions and develop control commands for weapon systems and technical means, in particular, for ship weapons.

Known microprocessor system [1], containing several microcomputers with individual memory devices and several common memory devices, each of which is associated with two microcomputers. When working with individual memory, microcomputers can execute programs independently of each other. For the exchange of information between microcomputers, common storage devices are used.

The disadvantages of this system include the lack of the ability to exchange data directly between individual microcomputer storage devices, as well as the limited number of connected microcomputers to one common storage device, which reduces the performance of information exchange in the system.

Known microprocessor system [2], consisting of several autonomous microprocessors connected via a system bus with a common external memory. Information exchange between microprocessors is carried out through shared memory. Access autonomous microprocessors to the shared memory is provided by the distributor of the system bus. Such an organization of the system is preferable to the previous one, since all microprocessors have the same capabilities when using shared memory.

The main disadvantage of this system is the inability to directly exchange information between microprocessors, which reduces system performance.

Known multiprocessor system [3], which contains microprocessors connected by two-way communications through a device for interfacing with a memory device, and a resource allocation device that performs the functions of a system dispatcher.

The disadvantage of this system is that the resource allocation device provides scheduling only of tightly connected subtasks without taking into account interruptions of calculations, for example, for input / output.

Known multi-microprocessor system [4], containing n Executive microprocessor blocks, microprocessor blocks I / O, storage

a device, a communication device with memory, a switching unit and a clock generator, wherein the information input-output, address and control inputs of the storage device are connected respectively to the information input-output, address and first control inputs of each microprocessor unit, as well as with the information input, address and first control outputs of the communication device with memory. The synchronization of the system elements is carried out by signals from the clock generator.

The disadvantage of this system is the lack of test control and control of the correct functioning of the devices included in its composition, as well as the complexity of controlling the computing process of the system.

Also known is a multiprocessor ship control computer system [5]. The system contains microprocessors and an external random access memory (first random access memory) connected to the input / output ports with the first interface highway, information input blocks connected via the second interface highway to the second input / output port of the third microprocessor, a clock generator connected by the output to synchronization inputs of all microprocessors and a switch connected by inputs to the outputs of the information output unit connected by the input / output port by means of fourth interface bus with a second input / output port of the fourth microprocessor. The system also contains an adapter connected to the input / output port via the third interface highway with the input / output port of the control panel and to the second input / output port of the second microprocessor, a second external storage device (the first long-term storage device) connected to the exchange bus with the corresponding input / output the second microprocessor, as well as the first and second shapers distributors of control signals connected respectively to the first and second groups of outputs of the switch. In this case, the control inputs and control outputs of all microprocessors are connected respectively to the output and to the first input of the adapter, the second controlled input of which is connected to the fourth output of the control panel, the first, second, and third control outputs of which are connected to the controlled inputs of the switch and both control formers signals, and the first control output of the control panel is also connected to the control input of the first microprocessor. The control panel contains a keyboard (main keyboard) and a video indicator (the first graphic information display device).

Known automated workplace of the operator of the ship’s combat information management system or combat information management system coast-based [6], which is the technical essence closest to the proposed unified remote control and selected as a prototype.

The prototype device comprises a first graphic information display device, a first random access memory device, a first long-term memory device and a first keyboard, a first local area network information exchange highway, a second local network information exchange highway, a first electronic computer, a first LAN adapter, a second adapter LAN, pointing device, first system interface bus, second long-term storage device yours, a second electronic computer, a third LAN adapter, a fourth LAN adapter, a second random access memory device, an graphics display device adapter, a second graphic information display device, a first long-term storage device interface adapter, a third long-term storage device, a first redundant adapter multiplex channel, a second system interface bus, a third electronic computer, a fifth adapter network, the sixth LAN adapter, the third random access memory device, the second long-term memory interface adapter, the third system interface bus, the second redundant multiplex channel adapter, the third redundant multiplex channel adapter, and the first electronic computer is designed as a single-board electronic a computer that has a video output, input-output for connecting a random access memory, input-output of the first interface of long-term storage devices, input-output of the second interface of long-term storage devices, input-output of the keyboard interface, input-output of the interface of the first serial channel, input-output of the interface of the second serial channel, input-output of the interface of the parallel channel, input-output of the system interface highway, the first and second outputs of digital input-output, the second electronic computer has an input-output system interface bus, input-output for connecting an operational ominayuschego device, input-output interface of the first serial, input-output interface of the second serial channel, a parallel input-output interface channel, a third computing machine

has an input-output of a system interface highway, an input-output for connecting an operational storage device, an input-output of a second interface of long-term storage devices of the first electronic computer is an input-output of an interface of external long-term storage devices of an automated workstation of an operator of a combat information-control system, input - the output of the parallel channel interface of the first electronic computer is the input-output of the first parallel interface channel of the automated workstation of the operator of the combat information-control system, the input-output interface of the first serial channel of the first electronic computer is the input-output interface of the first serial channel of the automated workstation of the operator of the combat information-control system, to the input-output of the system interface highway of the first of the electronic computer using the first system interface bus connected the first and second adapters lo network, the first device for displaying graphic information is connected to the video output of the first electronic computer, the first random access memory is connected to the input / output for connecting the random access memory of the first electronic computer, and the input / output of the first interface of long-term memory devices of the first electronic computer is connected the machine is connected to the first long-term storage device, the first keyboard is connected to the input / output of the keyboard interface s of the first electronic computer or with the input-output of the keyboard interface of the second electronic computer, the pointing device is connected to the input-output of the second serial channel of the first electronic computer or the input-output of the first serial channel of the second electronic computer, the third and fourth adapters are connected to the input-output of the system interface bus of the second electronic computer using the second system interface bus LAN, adapter for displaying graphic information, first adapter for long-term storage device interface, first adapter for redundant multiplex channel connected to the second system interface bus or to the third system interface bus, connected to the input / output for connecting the random access memory of the second electronic computer a second random access memory device to the video output of the adapter of the graphic information display device connecting a second graphics display device

information, the second long-term storage device is connected to the input-output of the first adapter of the interface of long-term storage devices, the input-output of the interface of the parallel channel of the second electronic computer is the input-output of the interface of the second parallel channel of the automated workstation of the operator of the combat information-control system, input-output the interface of the second serial channel of the second electronic computer is the input-output interface of the second after channel of the automated workstation of the operator of the combat information-control system, the input-output of the first adapter of the redundant multiplex channel is the input-output of the first reserved multiplex channel of the automated workstation of the operator of the combat information-control system, to the input-output of the system interface line of the third electronic computer using the third system interface highway, the fifth and sixth LAN adapters are connected, in a second long-term memory interface adapter, a second redundant multiplex channel adapter, a third redundant multiplex channel adapter, a third random-access memory is connected to an input / output for connecting a random access memory of a third electronic computer, and a second long-term memory interface adapter is connected to an input-output the third long-term storage device, the output of the first LAN adapter, as well as the output q the third and the fifth output of the LAN adapters are connected to the first LAN data exchange highway, the output of the second LAN adapter, and the fourth and the sixth output of the LAN adapters are connected to the second LAN data exchange highway, the input-output of the second redundant multiplex channel adapter is the input-output of the second redundant multiplex channel of the automated workstation of the operator of the combat information management system, the input-output q third redundant multiplex channel adapter is an input-output of the third redundant multiplex channel workstation operator combat information management system.

The disadvantages of the prototype device are the lack of reliability and fault tolerance.

The objective of the utility model is to create a unified remote control device - an automated workstation for the operator of a ship’s weapon control complex, which has enhanced reliability and fault tolerance.

The essence of the utility model lies in the fact that the unified control panel device contains the first electronic computer (computer), the first long-term storage device (DZU), the first isolated serial interface converter (IPPI), the first adapter of multiplex communication channels (MKIO), the second adapter MKIO, the first system interface highway (SIM), the second computer, the second DZU, the second IPPI, the third adapter MKIO, the fourth adapter MKIO, the second SIM, the third computer, the third DZU, the fifth adapter MKIO, the pole 1st MKIO adapter, seventh MKIO adapter, third SIM, fourth computer, fourth DZU, first analogue and discrete input / output device, first temperature sensor, first temperature sensor signal matching device, relay switching device unit, first discrete input device, fourth SIM, fifth computer, fifth DZU, button block, keyboard, indicating device block, pointing device, button and keyboard signal generating device, indicating device control unit and, an adapter for the ROM interface, a second discrete signal input device, a third discrete signal input device, a second analog and discrete signal input / output device, a second temperature sensor, a second temperature sensor signal matching device, a local area network (LAN) adapter, a graphic information display device (UOGI), fifth SIM, LAN switch, while the first inputs and outputs of the first, second, third, fourth, fifth computer, respectively form the first, second, third, fourth, fifth SIM, to the second inputs you to the odes of the first, second, third, fourth, fifth computers, the first, second, third, fourth, fifth, DZUs are connected, UOGI is connected to the video output of the fifth computers, the third inputs and outputs of the first, second, third, fourth, fifth computers are connected respectively to the first, the second, third, fourth, fifth inputs and outputs of the LAN switch, the first and second MKIO adapters are connected to the first computer via the first SIM, the inputs and outputs of which are the inputs and outputs of the first and second MKIO, the third and fourth adapters are connected to the second computer through the second SIM ICIE, the inputs and outputs of which are the inputs and outputs of the third and fourth MKIO, to the third computer via the third SIM the fifth, sixth, seventh adapters, MKIO are connected, the inputs and outputs of which are the inputs and outputs of the fifth, sixth, seventh MKIO, to the fourth computer via the fourth SIM connected

the first input-output device of analog and discrete signals and the first input device of discrete signals, the first and second IPPI are connected to the fourth inputs and outputs of the first and second computers, the inputs and outputs of which are the inputs and outputs of the first and second serial channels, the fourth input-output of the third The computer is the input-output of the third serial channel, the first sensor is connected to the input of the first input / output device of analog and discrete signals through the first device for matching signals of the temperature sensor temperature, the relay switching device block is connected to the output of the first analog and discrete input / output device, the output of which is the output of discrete signals, the input of the first discrete signal input device is the first input of the fault signals of the secondary power sources, the interface adapter is connected to the fifth computer via the fifth SIM DZU, the second discrete signal input device, the third discrete signal input device, the second input and output device of analog and discrete signals, LAN adapter, the sixth, seventh, eighth inputs / outputs of the LAN switch are inputs and outputs of the first, second, third channels of the LAN, the input-output of the adapter of the DZU interface is the input-output of the DZU interface, the input of the second input device of discrete signals is the first input of discrete signals , the first input of the third discrete input device is the second input of discrete signals, the second input of the third discrete input device is the second input of the fault signals of the secondary power sources, to the second temperature sensor is connected to the input of the second input and output device for analog and discrete signals through the second temperature sensor signal matching device, the LAN adapter input-output is the input-output of the fourth LAN channel, the button and keyboard signal generating device is connected to the fourth input-output of the fifth computer, to the first input of which a block of buttons is connected, and a keyboard is connected to the second input, a block is connected to the fifth input-output of the fifth computer through the control unit of the display device block troystv indication, the sixth input-output of the fifth computer is connected a pointing device.

The essence of the utility model is illustrated by the drawing, which shows a functional diagram of the proposed unified remote control device.

In the drawing are indicated:

1 - the first electronic computer (computer);

2 - the first long-term storage device (DZU);

3 - the first isolated serial interface converter (IPPI);

4 - the first adapter of multiplexed channels of information exchange (MKIO);

5 - the second MKIO adapter;

6 - the first system interface highway (SIM);

7 - second computer;

8 - second DZU;

9 - the second IPPI;

10 - the third adapter MKIO;

11 - fourth adapter MKIO;

12-second SIM;

13th computer;

14th third DZU;

15 - fifth adapter MKIO;

16 - sixth adapter MKIO;

17 - seventh adapter MKIO;

18th SIM;

19 - fourth computer;

20 - fourth DZU;

21 - the first input-output device of analog and discrete signals;

22 - the first temperature sensor;

23 - the first device for matching signals of the temperature sensor;

24 - block relay switching devices;

25 - the first input device of discrete signals;

26 - fourth SIM;

27 - fifth computer;

28 - fifth DZU;

29 - button block;

30 - keyboard;

31 - block display devices;

32 - coordinate pointing device;

33 - control panel;

34 - a device for generating signals of buttons and keyboard;

35 - control unit of the display device;

36 - adapter interface DZU;

37 - the second input device of discrete signals;

38 - the third input device of discrete signals;

39 - the second input-output device of analog and discrete signals;

40 - second temperature sensor;

41 - a second device for matching signals of the temperature sensor;

42 - local area network (LAN) adapter;

43 - a device for displaying graphic information (UOGI);

44 - fifth SIM;

45 - LAN switch;

46 - input-output of the first MKIO;

47 - input-output of the second MKIO;

48 - input-output of the third ICIE;

49 - input-output of the fourth ICIE;

50 - input-output of the fifth ICIE;

51 - input-output of the sixth MKIO;

52 - input-output of the seventh ICIE;

53 - input-output of the first serial channel;

54 - input-output of the second serial channel;

55 - output of discrete signals;

56 - the first input of the fault signals of the secondary power sources;

57 - input-output interface DZU;

58 - the first input of discrete signals;

59 - the second input of discrete signals;

60 - the second input of the fault signals of the secondary power sources;

61 - input-output of the first channel of the LAN;

62 - input-output of the second channel of the LAN;

63 - input-output of the third channel of the LAN;

64 - input-output of the fourth channel of the LAN.

65 - input-output of the third serial channel.

The first inputs-outputs of the first, second, third, fourth, fifth computers 1, 7, 13, 19, 27 form, respectively, the first, second, third, fourth, fifth SIM 6, 12, 18, 26, 44, to the second inputs and outputs the first, second, third, fourth, fifth computers 1, 7, 13, 19, 27 are connected respectively the first, second, third, fourth, fifth DZU 2, 8, 14, 20, 28, the video output of the fifth computer 27 is connected UOGI 43, the third inputs and outputs of the first, second, third, fourth, fifth computers 1, 7, 13, 19, 27 are connected

respectively, with the first, second, third, fourth, fifth inputs and outputs of the switch 45 HP, to the first computer 1 through the first SIM 6 are connected the first and second adapters 4 and 5 MKIO, the inputs and outputs of which are the inputs and outputs of the first and second MKIO 46 and 47, to the second computer 7 through the second SIM 12 connected the third and fourth adapters 10 and 11 MKIO, the inputs and outputs of which are inputs and outputs, respectively, of the third and fourth MKIO 48 and 49, to the third computer 13 through the third SIM 18 connected to the fifth, sixth seventh adapters 15, 16, 1 7 MKIO, the inputs and outputs of which are the inputs and outputs of the fifth, sixth, seventh MKIO 50, 51, 52, respectively, to the fourth computer 19 through the fourth SIM 26 connected to the first device 21 input-output analog and digital signals and the first device 25 for inputting discrete signals , the first and second IPPI 3 and 9 are connected to the fourth inputs and outputs of the first and second computers 1 and 7, the inputs and outputs of which are the inputs and outputs of the first 53 and second 54 serial channels, the fourth input and output of the third computer is the input-output 65 third of the first serial channel, the first temperature sensor 22 is connected to the input of the first device 21 for inputting and outputting analog and discrete signals through the first device 23 for matching the temperature sensor signals, the block 24 of relay switching devices is connected to the output of the first device 21 for inputting and outputting analog and discrete signals, the output which is the output of 55 discrete signals, the input of the first device 25 input discrete signals is the first input 56 of the fault signals of the secondary power sources, to the fifth computer 27 pos By means of the fifth SIM 44, the adapter 36 of the DZU interface is connected, the second device 37 for inputting discrete signals, the third device 38 for inputting discrete signals, the second device 39 for inputting and outputting analog and discrete signals, the adapter 42 HP, the sixth, seventh, eighth inputs and outputs of the switch 45 HP are the inputs / outputs, respectively, 61, 62, 63 of the first, second, third channels of the LAN, the input-output of the adapter 36 of the DZU interface is the input-output 57 of the DZU interface, the input of the second device 37 for inputting discrete signals is the first input 58 of discrete s cams, the first input of the third discrete signal input device 38 is the second discrete signal input 59, the second input of the third discrete signal input device 38 is the second input 60 of the secondary power supply failure signals, to the input of the second analog and discrete signal input / output device 39 through the second device 41 matching the signals of the temperature sensor connected to the second temperature sensor 40, the input-output of the adapter 42 LAN is the input-output 64 of the fourth channel of the LAN, to the fourth input-output

the fifth computer 27 is connected to a device 34 for generating signals of buttons and keyboards, the unit 29 of the buttons is connected to the first input, and the keyboard 30 is connected to the second input, the block 31 of the display devices is connected to the fifth input-output of the fifth computer 27 through the device 35 for controlling the display device unit, to the sixth input-output of the fifth computer 27 is connected to a pointing device 32.

The fourth inputs and outputs of the first, second, third computers 1, 7, 13, the fifth and sixth inputs and outputs of the fifth computer 27, the input-output 65 of the third serial channel are the inputs and outputs of the serial RS-232 channels, the inputs and outputs 53 and 54 of the first and the second serial channels are the inputs and outputs of the RS-485 serial channels. The fourth input / output of the fifth computer 27 is the input / output of the PS / 2 interface.

The third inputs and outputs of the first, second, third, fourth and fifth computers 1, 7, 13, 19 and 27, the inputs and outputs 61, 62, 63, 64 of the first, second, third, fourth channels of the LAN and all the inputs and outputs of the switch 45 LANs are I / O made in accordance with the IEEE 802.3 10 / 100BASE-TX (Ethernet) standard.

Inputs-outputs 46, 47, 48, 49, 50, 51, 52 of the first, second, third, fourth, fifth, sixth and seventh ICIE are the inputs and outputs of multiplex communication channels made in accordance with GOST 26765.52-87 (MIL- STD-1553B).

The first and second inputs 56 and 60 of the fault signals of the secondary power sources are designed to receive fault signals from all secondary power sources that provide power to all devices of the unified remote control device.

The first, second, third, fourth and fifth computers 1, 7, 13, 19 and 27 are single-board computers containing a processor, a system interface bus, a video controller, random access memory, long-term storage device based on non-volatile non-volatile memory (flash- memory), serial interface adapter, LAN adapter, parallel interface adapter, floppy disk drive interface adapter, long-term storage device interface adapters properties (hard disk drives and drives based on electric non-volatile memory), keyboard interface adapter. The video controller has analog video signal outputs (RGB interface).

The second inputs and outputs of the first, second, third, fourth and fifth computers 1, 7, 13, 19 and 27 are inputs and outputs of the interface of long-term storage devices, for example, the EIDE interface.

The first, second, third, fourth and fifth SIM 6, 12, 18, 26 and 44 can be made in the form of ISA trunks.

The first, second, third, fourth and fifth DZU 2, 8, 14, 20 and 28 are made on the basis of non-volatile non-volatile memory (flash-memory) and are used to store programs (mathematical software) and data necessary for the operation of a unified remote control , documenting work (registration of incoming data and the results of their processing, registration of data entered by the user), as well as for storing reference data, for example, instructions for work and repair.

The first and second IPPI 3 and 9 convert the voltage signals into current signals and provides galvanic isolation, that is, they convert the RS-232 interface signals into RS-485 / RS-422 interface signals for transmitting these signals over long communication lines.

The first, second and third devices 25, 37 and 38 for inputting discrete signals provide input of discrete signals arriving on separate communication lines and have galvanic isolation.

The first, second, third, fourth, fifth, sixth and seventh adapters 4, 5, 10, 11, 15, 16 and 17 of the MKIO provide data exchange via multiplex information exchange channels made in accordance with GOST 26765.52-87 (MIL-STD- 1553B).

The inputs of the first, second and third devices 25, 37 and 38 input discrete signals are sets of inputs of discrete signals.

The first and second temperature sensor signals matching devices 23 and 41 provide amplification and normalization of the temperature sensors 22 and 40 received respectively from the first and second temperature sensors, which are designed to control the temperature in a unified remote control device.

The switch 45 LAN provides data exchange between the first, second, third, fourth and fifth computers, 7, 13, 19 and 27 and data exchange with devices and systems connected to the inputs and outputs 61, 62 and 63 of the first, second and third channels of the LAN . Data transfer and control of the 45 LAN switch is carried out in accordance with Ethernet network protocols (IEEE Std 802.3.1998 Edition).

UOGI 43 is intended to display all the information necessary for the operator, and UOGI 43 is used as an electronic control panel. UOGI 43 can be performed, for example, in the form of a liquid crystal display.

Coordinate-pointing device 32 is designed to control the cursor on the screen UOGI 43 and to enter coordinates. As the pointing device 43, a manipulator of the type “HulaPoint”, “Trackball” or “Mouse”, etc. can be used.

A block 29 of buttons, a block 31 of display devices, a keyboard 30 and a pointing device 32 constitute a control panel 33. The block 31 of the display device is a set of indicators, which can be used as signal lamps, light emitting diodes and other similar devices.

The first, second, third and fourth LAN channels (I / O 61, 62, 63 and 64) can be used to connect diagnostic and servicing devices (for example, a laptop computer) for testing and diagnostics of a universal remote control device, updating software, accessing diagnostic information, etc.

Input-output 57 of the DZU interface is intended for connecting a technological DZU, which can be used to enter data and programs necessary for its operation into the unified control panel (for example, to update software) and to output diagnostic information from the unified control panel. The input-output 57 of the DZU interface can be made in the form of an input-output of the SCSI interface, and the adapter 36 of the DZU interface can be made in the form of a SCSI interface adapter.

The first and second inputs 58 and 59 of the discrete signals are used to input state signals of control objects.

The inputs of the first and second devices 21 and 39 of the input-output of analog and digital signals are inputs of analog signals. The output of the first device 21 input-output analog and digital signals is a set of discrete outputs.

Block 24 devices of relay switching provides the formation of signals used in interaction with control objects. Block 24 of the relay switching device is a set of relay elements, for example, electromagnetic relays.

Unified remote control device operates as follows. After turning on the power in each of the computers 1, 7, 13, 19 and 27, the self-test program starts

and testing computer-connected devices. In this case, the self-testing program forms a matrix of states of devices and communication channels included in the automated place. This makes it possible to operate a unified remote control device in conditions of degradation, for example, in case of failure of redundant devices or communication channels with information sources and control objects.

In case of successful passing of tests, from the first, second, third, fourth and fifth DZU 2, 8, 14, 20 and 28 the functional software is loaded, respectively, into the first, second, third, fourth and fifth computers 1, 7. 13, 19 and 17.

Further to the unified control panel via the first, second, third, fourth, fifth, sixth and seventh multiplex channels of information exchange (through inputs and outputs 46, 47, 48, 49, 50, 51 and 52), as well as through the second, third and the fourth drug channels (through the inputs and outputs 62, 63 and 64) and the first, second and third consecutive channels (through the inputs and outputs 53, 54 and 65) receive data from the ship’s information source systems and ship weapon systems. These data are presented to the operator on the screen of the SOGI 43. The image on the screen of the second SOGI 43 is formed by the fifth computer 27 in accordance with the current operating mode and the commands received from the operator. Data on the status of weapon systems and a unified remote control device are also displayed using indicators of the unit 31 of the display devices of the control panel 33.

Using the control panel 33 (a block of 29 buttons, a keyboard 30 and a pointing device 32), as well as using an electronic control panel formed using the SOGI 43 and a pointing device 32, the operator enters data and commands necessary to control the complexes ship weapons. Based on these data and commands, the unified console device issues the corresponding data and commands to the ship weapon systems via the first, second, third, fourth, fifth, sixth and seventh multiplex channels of information exchange (through inputs and outputs 46, 47, 48, 49, 50 , 51 and 52), as well as on the second, third and fourth LAN channels (through the inputs and outputs 62, 63 and 64) and on the first, second and third serial channels (through the inputs and outputs 53, 54 and 65), as well as on discrete channels (through the output of 55 discrete signals).

Failure signals of secondary power supplies of devices and units of a unified remote control device are supplied to the first and second inputs 56 and 60 of fault signals of secondary power supplies and then respectively to the input

a first discrete signal input device 25 and a second input of a third discrete signal input device 38.

The temperature in the unified remote control device is controlled by the first and second temperature sensors 22 and 40, the signals from which are supplied through the first and second matching devices 23 and 41, respectively, to the inputs of the first and second input and output devices 21 and 39 of analog and discrete signals, which are converted into digital form.

In case of failure signals from any of the secondary power sources or in case of exceeding the temperature limit, the corresponding diagnostic information is displayed on the screen of the SOG 43.

Thus, as a result of using the utility model, the reliability and fault tolerance of the unified console device are increased due to the possibility of self-testing of computers, the ability to monitor the health of secondary power supplies and the ability to control the temperature in the device.

The presented drawings and description of the system make it possible, using the existing element base, to make a unified console device in an industrial way and use it to collect and process information, solve combat missions and generate control commands for weapon systems and technical equipment, which characterizes the proposed utility model as industrially applicable.

Sources of information

1. US patent No. 4065809, CL. G 06 F 15/16, 1977

2. US Patent No. 3959775, cl. G 06 F 15/16, 1976

3. Auth. St. USSR No. 742943, class G 06 F 15/16, 1980

4. Auth. St. USSR No. 907551, class G 06 F 15/16, 1982

5. Testimonial. RF №4395 at PM, cl. G 06 F 15/16, 1996

6. RF patent No. 2183856, cl. G 06 F 15/16, 2002 (prototype).

Claims (1)

The console device contains the first electronic computer (computer), the first long-term storage device (DZU), the first isolated serial interface converter (IPPI), the first adapter of multiplexed communication channels (ICIE), the second adapter ICIE, the first system interface bus (SIM) , the second computer, the second DZU, the second IPPI, the third adapter MKIO, the fourth adapter MKIO, the second SIM, the third computer, the third adapter, the fifth adapter MKIO, the sixth adapter MKIO, the seventh adapter MKIO, the seventh MKIO, the third SIM, fourth computer, h the fourth DZU, the first analogue and discrete signal input-output device, the first temperature sensor, the first temperature sensor signal matching device, the relay switching device block, the first discrete signal input device, the fourth SIM, the fifth computer, the fifth DZU, the button block, the keyboard, the block display devices, pointing device, button and keyboard signal generating device, display device control unit, DZU interface adapter, second discrete input device Nalov, a third device for inputting discrete signals, a second input / output device for analog and discrete signals, a second temperature sensor, a second device for matching signals of a temperature sensor, a local area network (LAN) adapter, a graphic information display device (UOGI), a fifth SIM, a LAN switch, the first inputs, outputs of the first, second, third, fourth, fifth computers form respectively the first, second, third, fourth, fifth SIM, the second inputs and outputs of the first, second, third, fourth, fifth computers are connected respectively Significantly, the first, second, third, fourth, fifth DZU, VOGI is connected to the video output of the fifth computer, the third inputs-outputs of the first, second, third, fourth, fifth computers are connected respectively to the first, second, third, fourth, fourth, fifth inputs-outputs of the LAN switch , the first and second MKIO adapters are connected to the first computer via the first SIM, the inputs and outputs of which are the inputs and outputs of the first and second MKIO, the third and fourth MKIO adapters are connected to the second computer via the second SIM, the inputs and outputs of which are the input with the outputs of the third and fourth ICECs respectively, the fifth, sixth, and seventh ICECs are connected to the third computer via the third SIM, the inputs and outputs of which are the inputs and outputs of the fifth, sixth, and seventh ICECs, and the first input device is connected to the fourth computer via the fourth SIM - outputs of analog and discrete signals and the first input device of discrete signals, the first and second IPPI are connected to the fourth inputs and outputs of the first and second computers, the inputs and outputs of which are inputs and outputs corresponding to but the first and second serial channels, the fourth input-output of the third computer is the input-output of the third serial channel, the first temperature sensor is connected to the input of the first input / output device of analog and discrete signals through the first device for matching the temperature sensor signals, to the output of the first input device analog and discrete signal output, a relay switching device block is connected, the output of which is a discrete signal output, the input of the first discrete signal input device fishing is the first input of the fault signals of the secondary power supplies, the fifth computer is connected via the fifth SIM to the adapter of the DZU interface, the second input device of discrete signals, the third input device of discrete signals, the second input-output device of analog and discrete signals and the LAN adapter, sixth, seventh, the eighth inputs and outputs of the LAN switch are inputs and outputs, respectively, of the first, second, third channels of the LAN, the input-output of the adapter of the DZU interface is the input-output of the interface of the DZU, the input of the second discrete signal input devices is the first input of discrete signals, the first input of the third input device of discrete signals is the second input of discrete signals, the second input of the third input device of discrete signals is the second input of fault signals of the secondary power sources, to the input of the second input and output device of analog and discrete signals a second temperature sensor is connected through a second temperature sensor signal matching device, the input / output of the LAN adapter is input-output by the fourth channel of the LAN, the device for generating buttons and keyboard signals is connected to the fourth input-output of the fifth computer, the button block is connected to the first input, the keyboard is connected to the second input, and the block is connected to the fifth input / output of the fifth computer through the control unit indicating devices, a coordinate pointing device is connected to the sixth input-output of the fifth computer.