CN103489345B - A kind of communication facilities simulated failure generation systems - Google Patents
A kind of communication facilities simulated failure generation systems Download PDFInfo
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- CN103489345B CN103489345B CN201210195569.9A CN201210195569A CN103489345B CN 103489345 B CN103489345 B CN 103489345B CN 201210195569 A CN201210195569 A CN 201210195569A CN 103489345 B CN103489345 B CN 103489345B
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Abstract
The present invention relates to a kind of communication facilities simulated failure generation systems, it is characterized in that, this system is connected with appraisal management central server, described system comprises simulated failure generation control subsystem, communication equipment fault generation subsystem and communication terminal device fault generation subsystem, described appraisal management central server is connected with simulated failure generation control subsystem, described simulated failure generation control subsystem connects communication equipment fault generation subsystem and communication terminal device fault generation subsystem respectively, described communication equipment fault generation subsystem is connected with communication terminal device fault generation subsystem, appraisal management central server sends the signal of training or examination beginning to simulated failure generation control subsystem, after simulated failure generation control subsystem receives signal, control communication equipment fault generation subsystem and communication terminal device fault generation subsystem generation simulated failure, student is giveed training or takes an examination.Compared with prior art, the present invention has training convenience, efficiency advantages of higher.
Description
Technical field
The present invention relates to a kind of simulated failure generation systems, especially relate to a kind of communication facilities simulated failure generation systems.
Background technology
All there is the possibility broken down in every platform equipment, the maintenance of communication equipment fault is all generally carry out exploring and studying in the maintenance of physical fault equipment, thus grasp maintenance skills.Can find out the existing technical scheme determining failure cause, the main experience relying on service engineer, analyzes the fault occurred thus determines the reason of causing trouble.Technical scheme due to this analysis of failure depends on the working experience of maintenance service slip-stick artist, needs to be analyzed could be determined failure cause by maintenance service slip-stick artist, and therefore cause the speed determining fault usually comparatively slow, efficiency is not high.Such operator scheme because produce the randomness of fault, and cannot form the maintenance talent needs of unified training materials and a large amount of training this respect, can only carry out the training of this respect talent by transmit, aid and lead.
Summary of the invention
Object of the present invention be exactly provide a kind of to overcome defect that above-mentioned prior art exists and train conveniently, communication facilities simulated failure generation systems that efficiency is high.
Object of the present invention can be achieved through the following technical solutions:
A kind of communication facilities simulated failure generation systems, this system is connected with appraisal management central server, described system comprises simulated failure generation control subsystem, communication equipment fault generation subsystem and communication terminal device fault generation subsystem, described appraisal management central server is connected with simulated failure generation control subsystem, described simulated failure generation control subsystem connects communication equipment fault generation subsystem and communication terminal device fault generation subsystem respectively, described communication equipment fault generation subsystem is connected with communication terminal device fault generation subsystem,
Appraisal management central server sends the signal of training or examination beginning to simulated failure generation control subsystem, after simulated failure generation control subsystem receives signal, control communication equipment fault generation subsystem and communication terminal device fault generation subsystem generation simulated failure, student is giveed training or takes an examination.
Described simulated failure generation control subsystem comprises power module, man-machine interface, data communication interface, data processing unit, control data output interface, state display module and manual control module, described man-machine interface is connected with appraisal management central server, described power module is connection data communication interface respectively, data processing unit and control data output interface, described data processing unit is connection status display module and manual control module respectively, described control data output interface connects communication equipment fault generation subsystem and communication terminal device fault generation subsystem respectively,
Data processing unit receives the data of being sent by man-machine interface by data communication interface or receives the data sent by manual control module, after data are identified, processing, by control data output interface to communication equipment fault generation subsystem or communication terminal device fault generation subsystem sending controling instruction, the generation of control simulation fault, state display module shows current control state.
Described communication equipment fault generation subsystem comprises switch device and all the analog line circuit fault generation module of connecting analog fault generation control subsystem, digital line circuit fault generation module, analog trunk circuit fault generation module, digital junction fault generation module and processor fault generation module.
Described communication terminal device fault generation subsystem comprises analog station fault generation module, digital subset fault generation module and tandem circuit fault generation module, described analog station fault generation module, digital subset fault generation module, tandem circuit fault generation module equal connecting analog fault generation control subsystem, described analog station fault generation module, digital subset fault generation module are connected with switch device respectively.
Testing tool module is also provided with in described communication equipment fault generation subsystem and communication terminal device fault generation subsystem.
Described simulated failure generation control subsystem at least arranges one, and described communication equipment fault generation subsystem is identical with the number of simulated failure generation control subsystem with the number of communication terminal device fault generation subsystem.
Compared with prior art, present system can carry out system training to communication facilities maintenance personal, compare the Training Methodology by transmit, aid and lead, there is the number of trainees many, teaching material is unified, the advantages such as training is convenient, this system is applicable to operator, the training of telephonist and communicating equipment circuit maintenance personal and examination qualification.
Accompanying drawing explanation
Fig. 1 is the structural representation of present system;
Fig. 2 is the structural representation of simulated failure generation control subsystem of the present invention;
Fig. 3 is the structural representation of communication equipment fault generation subsystem of the present invention;
Fig. 4 is the structural representation of communication terminal device fault generation subsystem of the present invention.
Embodiment
Below in conjunction with the drawings and specific embodiments, the present invention is described in detail.
Embodiment
As shown in Figure 1, a kind of communication facilities simulated failure generation systems, this system and appraisal management central server connect, this system comprises simulated failure generation control subsystem 2, communication equipment fault generation subsystem 3 and communication terminal device fault generation subsystem 4, appraisal management central server 1 is connected with simulated failure generation control subsystem 2, simulated failure generation control subsystem 2 connects communication equipment fault generation subsystem 3 and communication terminal device fault generation subsystem 4 respectively, communication equipment fault generation subsystem 3 is connected with communication terminal device fault generation subsystem 4, simulated failure generation control subsystem 2, communication equipment fault generation subsystem 3 and communication terminal device fault generation subsystem 4 are provided with three covers.
Simulated failure generation control subsystem 2 comprises power module 21, man-machine interface 22, data communication interface 23, data processing unit 24, control data output interface 25, state display module 26 and manual control module 27, man-machine interface 22 is connected with appraisal management central server 1, power module 21 is connection data communication interface 23 respectively, data processing unit 24 and control data output interface 25, data processing unit 24 is connection status display module 26 and manual control module 27 respectively, control data output interface 25 connects communication equipment fault generation subsystem 3 and communication terminal device fault generation subsystem 4 respectively.
Communication equipment fault generation subsystem 3 comprises switch device 36 and all the analog line circuit fault generation module 31 of connecting analog fault generation control subsystem, digital line circuit fault generation module 32, analog trunk circuit fault generation module 33, digital junction fault generation module 34 and processor fault generation module 35.
Communication terminal device fault generation subsystem 4 comprises analog station fault generation module 41, digital subset fault generation module 42 and tandem circuit fault generation module 43, the equal connecting analog fault generation control subsystem 2 of analog station fault generation module 41, digital subset fault generation module 42, tandem circuit fault generation module 43, switch device 36 is connecting analog phone fault generation module 41 and digital subset fault generation module 42 respectively.
Testing tool module is also provided with in communication equipment fault generation subsystem 2 and communication terminal device fault generation subsystem 3.Testing tool module can be used for the operational factor of each fault generation module measured in communication equipment fault generation subsystem 2 and communication terminal device fault generation subsystem 3.
The principle of work of above-mentioned communication facilities simulated failure generation systems is: appraisal management central server 1 sends the signal of training or examination beginning to simulated failure generation control subsystem 2, after simulated failure generation control subsystem 2 receives signal, first receive the data of being sent by man-machine interface 22 by data processing unit 24 by data communication interface 23 or receive the data sent by manual control module 27, data are identified, after process, by control data output interface 24 to communication equipment fault generation subsystem 3 or communication terminal device fault generation subsystem 4 sending controling instruction, the generation of control simulation fault, state display module 26 pairs of current control state show.Student selects the module broken down by the man-machine interface 22 of simulated failure generation control subsystem 2, and is measured the operational factor of each fault generation module by testing tool module.
Claims (4)
1. a communication facilities simulated failure generation systems, it is characterized in that, this system is connected with appraisal management central server, described system comprises simulated failure generation control subsystem, communication equipment fault generation subsystem and communication terminal device fault generation subsystem, described appraisal management central server is connected with simulated failure generation control subsystem, described simulated failure generation control subsystem connects communication equipment fault generation subsystem and communication terminal device fault generation subsystem respectively, described communication equipment fault generation subsystem is connected with communication terminal device fault generation subsystem,
Appraisal management central server sends the signal of training or examination beginning to simulated failure generation control subsystem, after simulated failure generation control subsystem receives signal, control communication equipment fault generation subsystem and communication terminal device fault generation subsystem generation simulated failure, student is giveed training or takes an examination;
Described communication equipment fault generation subsystem comprises switch device and all the analog line circuit fault generation module of connecting analog fault generation control subsystem, digital line circuit fault generation module, analog trunk circuit fault generation module, digital junction fault generation module and processor fault generation module;
Described communication terminal device fault generation subsystem comprises analog station fault generation module, digital subset fault generation module and tandem circuit fault generation module, described analog station fault generation module, digital subset fault generation module, tandem circuit fault generation module equal connecting analog fault generation control subsystem, described analog station fault generation module, digital subset fault generation module are connected with switch device respectively.
2. a kind of communication facilities simulated failure generation systems according to claim 1, it is characterized in that, described simulated failure generation control subsystem comprises power module, man-machine interface, data communication interface, data processing unit, control data output interface, state display module and manual control module, described man-machine interface is connected with appraisal management central server, described power module is connection data communication interface respectively, data processing unit and control data output interface, described data processing unit is connection status display module and manual control module respectively, described control data output interface connects communication equipment fault generation subsystem and communication terminal device fault generation subsystem respectively,
Data processing unit receives the data of being sent by man-machine interface by data communication interface or receives the data sent by manual control module, after data are identified, processing, by control data output interface to communication equipment fault generation subsystem or communication terminal device fault generation subsystem sending controling instruction, the generation of control simulation fault, state display module shows current control state.
3. a kind of communication facilities simulated failure generation systems according to claim 1, is characterized in that, is also provided with testing tool module in described communication equipment fault generation subsystem and communication terminal device fault generation subsystem.
4. a kind of communication facilities simulated failure generation systems according to claim 1, it is characterized in that, described simulated failure generation control subsystem at least arranges one, and described communication equipment fault generation subsystem is identical with the number of simulated failure generation control subsystem with the number of communication terminal device fault generation subsystem.
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| CN107153591B (en) * | 2017-05-09 | 2020-06-16 | 苏州浪潮智能科技有限公司 | Detection method and device for power supply architecture of memory |
| CN111354238A (en) * | 2020-03-17 | 2020-06-30 | 云南师范大学 | Unmanned ship fault simulation system |
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| CN102222424A (en) * | 2011-07-08 | 2011-10-19 | 南京理工大学 | Networking fault simulation and examination platform for automotive electronics |
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| US4943238A (en) * | 1988-12-14 | 1990-07-24 | Interplex Electronics, Inc. | Automotive electronic instructional and diagnostic training apparatus |
| JP2006091914A (en) * | 2005-11-14 | 2006-04-06 | Toshiba Syst Technol Corp | Plant simulator |
| CN101866560A (en) * | 2010-06-02 | 2010-10-20 | 深圳市风向标科技有限公司 | Network-type intelligent training examination system |
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