CN106601061A - Simulation platform for information terminal maintenance training of armoured vehicle - Google Patents
Simulation platform for information terminal maintenance training of armoured vehicle Download PDFInfo
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- CN106601061A CN106601061A CN201510676916.3A CN201510676916A CN106601061A CN 106601061 A CN106601061 A CN 106601061A CN 201510676916 A CN201510676916 A CN 201510676916A CN 106601061 A CN106601061 A CN 106601061A
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B9/00—Simulators for teaching or training purposes
- G09B9/003—Simulators for teaching or training purposes for military purposes and tactics
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Abstract
The invention, which belongs to the technical field of military simulation, provides a simulation platform for information terminal maintenance training of an armoured vehicle. The simulation platform is composed of an information terminal signal generator, a simulation information terminal, a fault injector, a main controller and a maintenance training base. The signal generator provides various signals needed by an information terminal. The simulation information terminal is used for simulating an internal structure, a signal characteristic and a function characteristic of the information terminal in the armored vehicle. The main controller reads relevant fault setting information from a maintenance training base according to a maintenance strategy requirement, carries out analysis and processing, sends a maintenance command to the fault injector by an RS232 bus, and displays a fault set state and maintenance training steps at a display device. With the simulation platform, Internal structure principle cognition, maintenance process training and training result assessment of an information terminal can be carried out; and the maintenance skill level of the maintenance staff can be improved. The simulation platform having advantages of convenient operation, zero security risk, and low price is suitable for promotion and application.
Description
Technical field
The invention belongs to military simulation technology field, is related to the Simulation Training of armored vehicle information terminal, it is more particularly to a kind of to use
In the emulation platform of new armored vehicle information terminal maintenance training.
Background technology
Equipment repair is the important component part of military equipment safeguard work, is the pass that equipment keeps, recovers or even improve its combat capabilities
Key.With the development of my army's informatization, equipment present advanced technology, complex structure, it is expensive the features such as, in reality
Loading onto carries out maintenance training and becomes more and more difficult, which kind of means to carry out training with method " replacement actual load " with, becomes maintenance instruction
Practice an important topic of research.Equipment Maintenance Training Simulation System Based is primarily present problems with present：
(1) quantity of actual load and training court are limited, so trainee's quantity and training time are difficult to ensure that training effectiveness is low.
(2) trainee cannot see whole phenomena of the failure with reference to actual load, and abstract understanding can only be carried out from books.
(3) trainee with reference to actual load operation more be limited to decompose, assemble, and the reality to this maintenance training content of fault detect
Border operation is very few.
(4) new equipment complex structure, expensive, maintenance training cost is very high.
The mode of equipment Maintenance Training Simulation System Based mainly has following several at present：Actual equipment Maintenance Training Simulation System Based, instructed using wall chart and servicing manual
Practice, using video teaching training, using simulator training, using Virtual Maintenance Training etc..Simulator training and void are adopted wherein
Intend emphasis and hot issue that maintenance training is current research.In current many scholars, particularly army, scientific research personnel is just led at these
Domain is studied and is put into practice, and for new equipment is before army is equipped, first carries out maintenance training using simulator, and difficult point is failure
Setting and reproduction cannot be carried out；And Virtual Maintenance Training, maintainer actually can not start functional unit, cause maintenance skills
Improve unhappy, also many technical problems are difficult to solve in addition.Therefore, equipment Maintenance Training Simulation System Based mode does not also have general training side
Method, also needs to carry out more practical research.
To be actually equipped for model, using emulation technology, modeling technique in kind, Embedded System Design technology, circuit design skill
Art etc., analyzes the architectural feature of actual load, characteristics of signals, functional module, maintenance flow etc., constructive simulation platform, in the platform
On carry out maintenance training, be the present invention fundamental design idea, to meet growing information equipment maintenance training needs.
Information terminal in armored vehicle mainly includes car-mounted computer, vehicle-mounted integral computer (such as：Driver task's terminal,
Vehicle commander's task terminal), portable computer and task control terminal (such as radio station, PDA) etc., the information end in this emulation platform
End is primarily referred to as car-mounted computer and vehicle-mounted integral computer, and these are the major control equipment of armored vehicle, and its operation quality is straight
The integrity for having influence on vehicle is connect, the emulation for also not having corresponding armored vehicle information terminal maintenance training in currently available technology is put down
Platform.
The content of the invention
It is an object of the invention to provide a kind of emulation platform for armored vehicle information terminal maintenance training, using the emulation platform
The cognition of internal structure principle, maintenance process training and training result assessment of information terminal etc. can be carried out, it is intended to improve maintainer
Maintenance skills level, the serviceability rate of Support Equipment.
To solve the technical problem of the emulation platform, one aspect of the present invention is：
The emulation platform includes information terminal signal generator, artificial intelligence terminal, fault injector, master controller and maintenance instruction
Practice storehouse, wherein：
Information terminal signal generator, for the various signals of analog information terminal actual load, including：Digital signal, analogue signal,
Signal of communication and agreement etc., the various emulation signals of generation are sent to emulation under the control of master controller according to certain timing requirements
Information terminal, the input of information terminal signal generator front end are connected with master controller, and output is connected with artificial intelligence terminal；
Artificial intelligence terminal, for simulating internal structure, signal characteristic and the functional characteristic of the information terminal in armored vehicle, outward
Portion's interface signal is provided by information terminal signal generator, and maintenance policy is in the form of bidding protocol by event under master controller effect
Barrier infusion appliance is transmitted by RS485 buses, and maintenance result and state are shown by the display of master controller；
Fault injector, receives the repair orders of master controller, Jing after command analysis with distribution, form conversion sends into artificial intelligence
Terminal goes to perform repair orders；
Master controller, is the core of maintenance training control, requires that reading dependent failure from maintenance training storehouse is arranged according to maintenance policy
Information, after analyzing and processing, sends repair orders to fault injector by RS232 buses, while from the display of master controller
Upper display failure arranges state and maintenance training step；
Maintenance training storehouse, comprising the fault database for maintenance training, repair information storehouse and maintenance process training storehouse, wraps in fault database
Phenomenon of the failure, failure cause, diagnostic tree are included, each phenomenon of the failure is to having multiple failure causes and a diagnostic tree, fault database
Design cover, deposited with command file；Repair information storehouse is used to analyze event comprising trainee
The help data of barrier producing cause, typically has the various information texts of equipment；Drill comprising maintenance training process in maintenance process training storehouse
Show, maintenance training process is demonstrated according to the mode of trouble point setting-phenomenon of the failure in fault database-maintenance process step；Maintenance storehouse
Design is open, can modify at any time, deletes, increase, be completed by master controller.
Described artificial intelligence terminal includes CPU control modules, functional simulation unit, aviation plug interface, display interface output
And input through keyboard；CPU control modules are that communication for information is carried out between the control core of artificial intelligence terminal, with each module；Function
Simulation unit is made up of some functional units, comprising functional simulation performing module be that structure is analyzed according to actual load corresponding component
Feature, signal characteristic, complete the characteristic simulation of each functional part, are connected and are handed over CPU control modules by RS232 buses
Mutually, on the other hand, each functional simulation unit also sets up direct fault location performing module, for responding what fault injector was sent
Repair orders simultaneously perform command context；Aviation plug interface is connected with each functional simulation unit for being interacted with external information；It is aobvious
Show that interface output is connected with CPU control modules, for showing all information in maintenance process；Input through keyboard is controlled with CPU
Module is connected, for simulating the input operation of actual load.
Described master controller includes control main frame module, maintenance mode model, display module and order transceiver module；Main control
The hardware of device is a PC computer, installs WINDOWS operating systems and OFFICE systems, and runs and a set of independently grind
The maintenance training software system sent out, the primary control program of the software system include system administration, failure setting, maintenance training, examination
Four modules such as assessment.
Functional simulation unit in described artificial intelligence terminal includes emulating module and direct fault location performing module, and emulation is held
Row module is for emulating the functional characteristic of actual load, characteristics of signals etc., completing a certain item function of actual load；Direct fault location performs mould
Block is used with fault injector corresponding matching, completes setting and cancellation, the shape of corresponding failure according to the order of fault injector
The functions such as state return.
The display interface and guidance panel of the artificial intelligence terminal in described emulation platform is consistent with actual load.
Artificial intelligence terminal in described emulation platform is consistent with actual load with the aviation plug interface of external connection.
Artificial intelligence terminal in described emulation platform can design corresponding artificial intelligence end with the different of armored vehicle actual load
End.
The invention has the beneficial effects as follows：
1. the emulation platform is simulated the function of actual load and increased failure and arranges function, operation interface and external interface connection and actual load
Unanimously, maintainer can utilize the emulation platform to carry out the maintenance training operation of one or many people, solve practical operation and lack equipment
Problem, improve equipment Safeguard ability.
2. there is the emulation platform failure to arrange and failure revocation function, be easy to recurrence of failure, and maintainer can be in the finger of teacher
Leading down carries out maintenance training, can also be learnt by oneself, and substantially increases the practical skill of maintainer.
3. the cognition of internal structure principle, maintenance process training and the training result assessment of information terminal can be carried out using the emulation platform
Etc. function, without security risk, price is low, easy to utilize.
Description of the drawings
Fig. 1 is the general structure schematic diagram of the present invention；
Fig. 2 is the structural representation of artificial intelligence terminal in the present invention；
Fig. 3 is the structural representation of master controller in the present invention；
Fig. 4 is a kind of structural representation of embodiment of artificial intelligence terminal in the present invention；
Fig. 5 is the maintenance training software function module figure of main operation controller in the present invention.
In figure, 1. information terminal signal generator, 2. artificial intelligence terminal, 3. fault injector, 4. master controller, 5. maintenance instruction
Practice storehouse.
Wherein, 2-1.CPU control modules, 2-2. functional simulation units, 2-3. aviation plug interfaces, the output of 2-4. display interfaces, 2-5.
Input through keyboard, 2-6.CPU mainboards, 2-7. power supply module emulation boards, 2-8. alarm signal emulation boards, 2-9. virtual instrument emulation boards,
2-10. signal of communication emulation boards, 2-11.GPS signal simulation plates, 2-12.CCD component emulation boards, 2-13. keyboards and display interface
Emulation board, 2-14.RS485 buses, 2-15. aviation plug interfaces, 2-16. LCDs, 2-17. guidance panels, 4-1. controls
Host module, 4-2. maintenance mode models, 4-3. display modules, 4-4. order transceiver modules.
Specific embodiment
The present invention is described in detail with reference to the accompanying drawings and detailed description.
The population structure of the emulation platform is as shown in figure 1, including information terminal signal generator 1, artificial intelligence terminal 2, failure
Infusion appliance 3, master controller 4 and maintenance training storehouse 5.
Information terminal signal generator 1, for the various signals of analog information terminal actual load, including：Digital signal, simulation letter
Number, signal of communication and agreement etc., the various emulation signals of generation are sent under the control of master controller 4 according to certain timing requirements
To artificial intelligence terminal 2,1 front end of information terminal signal generator is input into and is connected with master controller 4, exported and artificial intelligence end
End 2 is connected.
Artificial intelligence terminal 2, for simulating internal structure, signal characteristic and the functional characteristic of the information terminal in armored vehicle,
External interface signals are provided by information terminal signal generator 1, and maintenance policy is acted in master controller 4 in the form of bidding protocol
Under transmitted by RS485 buses by fault injector 3, maintenance result and state shown by the display of master controller 4.
Fault injector 3, receives the input repair orders of master controller 4, sends into Jing after command analysis with distribution, form conversion
Artificial intelligence terminal 2 goes to perform repair orders.
Master controller 4, is the core of maintenance training control, requires to read dependent failure from maintenance training storehouse 5 according to maintenance policy
Configuration information, after analyzing and processing, sends repair orders to fault injector 3 by RS232 buses, while showing from display
Show that failure arranges state and maintenance training step.
Maintenance training storehouse 5, comprising the fault database for maintenance training, repair information storehouse and maintenance process training storehouse, by main control
Device 4 is modified, deletes, is increased.
The general structure of the artificial intelligence terminal 2 in the present invention is as shown in Fig. 2 including CPU control modules 2-1, functional simulation
Unit 2-2, aviation plug interface 2-3, display interface output 2-4 and input through keyboard 2-5；Artificial intelligence terminal 2 is universal architecture,
In the specific implementation, different artificial intelligence terminals, display interface and guidance panel and reality need to be designed according to different installing equipments
Dress is consistent, consistent with actual load with the aviation plug interface of external connection；Fig. 4 is one embodiment of artificial intelligence terminal 2, right
Driver's terminal emulator of certain equipment is answered, including：Cpu motherboard 2-6, power supply module emulation board 2-7, alarm signal emulation board
2-8, virtual instrument emulation board 2-9, signal of communication emulation board 2-10, gps signal emulation board 2-11, CCD component emulation board
2-12, keyboard and display interface emulation board 2-13, RS485 bus 2-14, aviation plug interface 2-15, LCDs 2-16
With guidance panel 2-17.In Fig. 4, each emulation board is the embodiment of functional simulation unit in Fig. 2 general structures, each in Fig. 4
The design of emulation board is the emphasis of artificial intelligence terminal, and the functional simulation performing module of each emulation board simultaneously need not be to each correspondence of actual load
The reproduction of part, need to only embody functional character and signal characteristic, then in analysis circuit it is possible that trouble point draw
The phenomenon of the failure for rising is found out, design error failure injection performing module, through redesigning circuit board, keeps identical input and output
Interface, finally designs new emulation board.
The each emulation board of artificial intelligence terminal inner shown in Fig. 4 is connected by RS485 buses, when setting failure order is received,
Each emulation board is compared with the identification code of itself, if being intended for this emulation board, arranges corresponding failure after receiving order, and failure is existing
As occurring；When revocation failure order is received, each emulation board is compared with the identification code of itself, if being intended for this emulation board,
Then receive order after cancel corresponding failure, phenomenon of the failure disappears, reconfigurable failure or revocation failure.
The structure of the master controller 4 in the present invention as shown in figure 3, including control main frame module 4-1, maintenance mode model 4-2,
Display module 4-3 and order transceiver module 4-4；The hardware of master controller 4 is a PC computer, installs WINDOWS
Operating system and OFFICE systems, and the maintenance training software system of a set of independent research is run, as shown in figure 5, the software
System includes the functional modules such as system administration, failure setting, maintenance training, examination assessment, is described as follows：
System management module：Including the management of user management and Mishap Database, wherein system user is divided three classes, system administration
Member, teacher and student, this three classes user system should during have different authorities, such as system manager is mainly responsible for system
The maintenance of system, and teacher and student mainly complete Bu Tong function during maintenance training；Mishap Database is maintenance training
Some basic databases, which mainly includes trouble point maintenance, failure cause, phenomenon of the failure, detection operation, maintenance operation, is
System manager is responsible for the typing of Mishap Database, maintenance etc..
Communication module：It is main to be responsible for and the serial communication between interface adaptation board, and the demand according to maintenance training process carries out event
Setting/the elimination of barrier, while the operating process of maintainer is able to record that, so that user checks and maintenance training recruitment evaluation.
Maintenance training module：According to the requirement of designed multi-mode maintenance of nuclear, by maintenance training part be divided into study demonstration,
Teacher instructs and independently trains three modules, has certain progressive relationship between each module, and study demonstration module is responsible for related reason
By the study and introduction of knowledge, and the demonstration for carrying out maintenance training process by teacher is operated；Teacher instructs module to refer to student in religion
Maintenance training operation is carried out under the guidance of member or system, teacher instructs and is actually a Maintenance Expert System；Autonomous training with it is true
Real maintenance process is consistent, and simply student can be with the help of Request System, to help which to complete maintenance training.
Examination evaluation module：After the training on maintenance to a period of time of student, the evaluation and test of effect can be trained, to check
The training effect of student, is set a question and is arranged corresponding hardware fault first by teacher, is then independently completed maintenance operation by student, is
System will record whole operation process, finally carry out fuzzy comprehensive evoluation according to each factor, be given student's maintenance training recruitment evaluation into
Achievement.
Claims (6)
1. a kind of armored vehicle information terminal maintenance training emulation platform, it is characterised in that the emulation platform includes that information terminal is believed
Number maker (1), artificial intelligence terminal (2), fault injector (3), master controller (4) and maintenance training storehouse (5), its
In,
Information terminal signal generator (1), for the various signals of analog information terminal actual load, including：Digital signal, simulation
Signal, signal of communication and agreement etc., the various emulation signals of generation are according to certain timing requirements under the control of master controller (4)
Artificial intelligence terminal (2) is sent to, the input of information terminal signal generator (1) front-end control is connected with master controller (4),
Output is connected with artificial intelligence terminal (2)；
Artificial intelligence terminal (2), for simulating internal structure, signal characteristic and the functional characteristic of the information terminal in armored vehicle,
External interface signals are provided by information terminal signal generator (1), and maintenance policy is in the form of bidding protocol in master controller (4)
Transmitted by RS485 buses by fault injector (3) under effect, keep in repair the display of result and state by master controller (4)
Show；
Fault injector (3), receives the repair orders of master controller (4), sends into Jing after command analysis with distribution, form conversion
Artificial intelligence terminal (2) goes to perform repair orders；
Master controller (4), is the core of maintenance training control, requires to read correlation from maintenance training storehouse (5) according to maintenance policy
Failure configuration information, after analyzing and processing, sends repair orders by RS232 buses and gives fault injector (3), while showing event
Barrier setting state and maintenance training step；
Maintenance training storehouse (5), comprising the fault database for maintenance training, repair information storehouse and maintenance process training storehouse, by master control
Device (4) processed is modified, deletes, is increased.
2. according to the emulation platform described in claim 1, it is characterised in that described artificial intelligence terminal (2) is including CPU
Control module (2-1), functional simulation unit (2-2), aviation plug interface (2-3), display interface output (2-4) and keyboard
Input (2-5)；CPU control modules (2-1) are the control cores of artificial intelligence terminal (2), and letter is carried out between each module
Breath exchange；Functional simulation unit (2-2) is made up of some functional units, is performed including functional simulation performing module and direct fault location
Module, comprising functional simulation performing module be that architectural feature, signal characteristic are analyzed according to actual load corresponding component, complete each
The characteristic simulation of functional part, is connected and is interacted with CPU control modules (2-1) by RS232 buses, on the other hand, often
One function simulation unit (2-2) also sets up direct fault location performing module, for responding the maintenance that fault injector (3) is sent
Order and perform command context；Aviation plug interface (2-3) for interacting with external information, with each functional simulation unit (2-2)
It is connected；Display interface output (2-4) is connected with CPU control modules (2-1), for showing all information in maintenance process；
Input through keyboard (2-5) is connected with CPU control modules (2-1), for simulating the input operation of actual load.
3. according to the emulation platform described in claim 1, it is characterised in that described master controller (4) is including control main frame
Module (4-1), maintenance mode model (4-2), display module (4-3) and order transceiver module (4-4)；Master controller (4)
Hardware be a PC computer, WINDOWS operating systems and OFFICE systems are installed, and run a set of independent research
Maintenance training software system, the primary control program of the software system includes that system administration, failure setting, maintenance training, examination are commented
Estimate four modules.
4. according to the emulation platform described in claim 1, it is characterised in that display circle of described artificial intelligence terminal (2)
Face and guidance panel are consistent with actual load.
5. according to the emulation platform described in claim 1, it is characterised in that described artificial intelligence terminal (2) is connected with outside
The aviation plug interface (2-3) for connecing is consistent with actual load.
6. according to the emulation platform described in claim 1, it is characterised in that described artificial intelligence terminal (2) can be with plate armour
Vehicle information terminal actual load model different and design corresponding artificial intelligence terminal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510676916.3A CN106601061A (en) | 2015-10-20 | 2015-10-20 | Simulation platform for information terminal maintenance training of armoured vehicle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510676916.3A CN106601061A (en) | 2015-10-20 | 2015-10-20 | Simulation platform for information terminal maintenance training of armoured vehicle |
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ID=58554132
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| CN201510676916.3A Pending CN106601061A (en) | 2015-10-20 | 2015-10-20 | Simulation platform for information terminal maintenance training of armoured vehicle |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108648552A (en) * | 2018-07-06 | 2018-10-12 | 杨骏 | A kind of aircraft maintenance training and teaching system |
| CN108766090A (en) * | 2018-06-05 | 2018-11-06 | 中国人民解放军陆军工程大学 | Emitter simulation training system |
| CN108766091A (en) * | 2018-06-05 | 2018-11-06 | 中国人民解放军陆军工程大学 | Emitter fault simulation generation method, electronic equipment, storage medium |
| CN111754836A (en) * | 2020-07-23 | 2020-10-09 | 北京道迩科技有限公司 | Simulation training system |
| CN112380084A (en) * | 2020-12-05 | 2021-02-19 | 中国人民解放军32181部队 | Fault injection and simulation verification method |
-
2015
- 2015-10-20 CN CN201510676916.3A patent/CN106601061A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108766090A (en) * | 2018-06-05 | 2018-11-06 | 中国人民解放军陆军工程大学 | Emitter simulation training system |
| CN108766091A (en) * | 2018-06-05 | 2018-11-06 | 中国人民解放军陆军工程大学 | Emitter fault simulation generation method, electronic equipment, storage medium |
| CN108648552A (en) * | 2018-07-06 | 2018-10-12 | 杨骏 | A kind of aircraft maintenance training and teaching system |
| CN111754836A (en) * | 2020-07-23 | 2020-10-09 | 北京道迩科技有限公司 | Simulation training system |
| CN112380084A (en) * | 2020-12-05 | 2021-02-19 | 中国人民解放军32181部队 | Fault injection and simulation verification method |
| CN112380084B (en) * | 2020-12-05 | 2024-03-26 | 中国人民解放军32181部队 | Fault injection and simulation verification method |
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