CN108847082A - A kind of main transformer fire-fighting simulation system - Google Patents
A kind of main transformer fire-fighting simulation system Download PDFInfo
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- CN108847082A CN108847082A CN201810763152.5A CN201810763152A CN108847082A CN 108847082 A CN108847082 A CN 108847082A CN 201810763152 A CN201810763152 A CN 201810763152A CN 108847082 A CN108847082 A CN 108847082A
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Abstract
The present invention is suitable for Fire Training technical field, discloses a kind of main transformer fire-fighting simulation system, including：Operate equipment, analog simulation server and terminal device；Analog simulation server is connect with operation equipment and terminal device respectively；Analog simulation server carries out analog simulation to actual main transformer and actual fire-fighting equipment and obtains the first three dimensional virtual models, and is sent to terminal device；Terminal device shows the first three dimensional virtual models；It operates equipment and control instruction is sent to analog simulation server according to user's operation；Analog simulation server determines the current work state of the first three dimensional virtual models, the new job state of the first three dimensional virtual models is obtained according to current work state and control instruction, the first three dimensional virtual models are updated according to new job state and obtain the second three dimensional virtual models, and send the second three dimensional virtual models to terminal device；Terminal device shows the second three dimensional virtual models.The present invention can make result of training be significantly improved.
Description
Technical field
The invention belongs to Fire Training technical field more particularly to a kind of main transformer fire-fighting simulation systems.
Background technique
Main transformer, abbreviation main transformer are the total step-down transformers for being mainly used for power transmission and transformation in a unit or substation,
It is the core of substation.In addition, main transformer is also the core equipment of electric locomotive traction power supply system, and guarantee to lead
Draw the key equipment of power supply system safe and stable operation.Main transformer safe and stable operation be unable to do without the support of fire-fighting system, because
It is most important that this carries out Fire Training to main transformer.
Currently, main transformer can generate high pressure when operating normally, start-up close to when easily cause danger, therefore to master
Transformer carries out Fire Training and mainly carries out written teaching, this training by way of written teaching, such as through PowerPoint
Instruction mode carries out theoretical training simply by simple text or picture, and result of training is poor.
Summary of the invention
In view of this, the embodiment of the invention provides a kind of main transformer fire-fighting simulation system, it is existing to solve
The problem of the result of training difference of main transformer Fire Training.
The embodiment of the invention provides a kind of main transformer fire-fighting simulation systems, including：
Operate equipment, analog simulation server and terminal device；
Analog simulation server is connect with operation equipment and terminal device respectively；
Analog simulation server carries out analog simulation to actual main transformer and actual fire-fighting equipment and obtains the one or three
Dummy model is tieed up, and sends the first three dimensional virtual models to terminal device；Terminal device shows the first three dimensional virtual models；
It operates equipment and control instruction is sent to analog simulation server according to user's operation；
Analog simulation server determines the current work state of the first three dimensional virtual models, according to current work state and control
System instruction obtains the new job state of the first three dimensional virtual models, updates the first three dimensional virtual models according to new job state
The second three dimensional virtual models are obtained, and send the second three dimensional virtual models to terminal device；
Terminal device shows the second three dimensional virtual models.
Optionally, analog simulation server includes：Data memory module, analog simulation module and instruction conversion module；
Analog simulation module is connect with data memory module, instruction conversion module and terminal device respectively, instructs modulus of conversion
Block is connect with operation equipment, and data memory module is stored with emulation data and the first job state, control signal and second make
The corresponding relationship of industry state；
Analog simulation module carries out analog simulation according to emulation data and obtains the first three dimensional virtual models, and sends the one or three
Dummy model is tieed up to terminal device；
It instructs conversion module to receive the control instruction that operation equipment is sent, control instruction is converted into digital controlled signal,
And digital controlled signal is sent to analog simulation module；
Analog simulation module determines the current work state of the first three dimensional virtual models, according to the first job state, control
The corresponding relationship of signal and the second job state obtains current work state and the corresponding new operation shape of digital controlled signal
State updates the first three dimensional virtual models according to new job state and obtains the second three dimensional virtual models, and it is three-dimensional empty to send second
Analog model is to terminal device.
Optionally, analog simulation server further includes：Authentication module；
Authentication module is connect with data memory module and terminal device respectively, and data memory module is also stored with user
Authentication information；
Terminal device obtains the subscriber identity information of user's input, and is sent to authentication module；
Authentication module obtains subscriber authentication information from data memory module, and is believed according to subscriber authentication
Whether breath verifying subscriber identity information is effective, obtains authentication as a result, and sending terminal device for authentication result；
Terminal device shows authentication result.
Optionally, analog simulation server further includes：Training and teaching module；
Training and teaching module is connect with terminal device and analog simulation module respectively；
If authentication result is effective, the training project of terminal device acquisition user's input, and sends training project
To training and teaching module；
Training project is sent analog simulation module by training and teaching module；
Analog simulation module obtains Simulated training corresponding with training project according to training project from data memory module
Data emulate to obtain third three dimensional virtual models corresponding with training project according to Simulated training digital simulation, and by the three or three
Dimension dummy model is sent to terminal device；
Terminal device shows third three dimensional virtual models.
Optionally, analog simulation server further includes：Evaluation module；
Evaluation module is connect with terminal device and analog simulation module respectively；
If authentication result is effective, the examination item of terminal device acquisition user's input, and sends examination item
To evaluation module；
Examination item is sent analog simulation module by evaluation module；
Analog simulation module obtains examination emulation corresponding with examination item according to examination item from data memory module
Data emulate to obtain the 4th three dimensional virtual models corresponding with examination item according to examination emulation digital simulation, and by the four or three
Dimension dummy model is sent to terminal device；
Terminal device shows the 4th three dimensional virtual models.
Optionally, evaluation module is connect with instruction conversion module and data memory module respectively；
Instruction conversion module receives the examination control instruction that operation equipment is sent during examination, will examine control instruction
Examination digital controlled signal is converted to, and sends examination digital controlled signal to evaluation module；
Evaluation module obtains examination answer corresponding with examination item from data memory module, and according to examination answer and
Examination digital controlled signal obtains examination scoring, sends examination scoring and arrives terminal device；
Terminal device display examination scoring.
Optionally, analog simulation server further includes：Autonomous training module；
Autonomous training module is connect with terminal device and analog simulation module respectively；
Terminal device obtains the training program of user's input, and sends training program to autonomous training module；
Training program is sent analog simulation module by autonomous training module；
Analog simulation module obtains Simulation Training corresponding with training program according to training program from data memory module
Data emulate to obtain the 5th three dimensional virtual models corresponding with training program according to Simulation Training digital simulation, and by the five or three
Dimension dummy model is sent to terminal device；
Terminal device shows the 5th three dimensional virtual models.
Optionally, autonomous training module is connect with data memory module；
The answer that terminal device obtains user's input in autonomous training process shows signal, and sends answer and show signal
To autonomous training module；
Autonomous training module obtains trained answer corresponding with training program from data memory module, and sends training and answer
Case is to terminal device；
Terminal device shows training answer.
Optionally, the first three dimensional virtual models include virtual main transformer and virtual fire-fighting equipment；
Analog simulation server controls the fire-fighting movement of virtual fire-fighting equipment according to control instruction.
Optionally, operation equipment includes mouse, keyboard or touch screen, and/or, it emulates to obtain according to actual fire-fighting equipment
Emulation fire-fighting equipment.
Existing beneficial effect is the embodiment of the present invention compared with prior art：Main transformer provided in an embodiment of the present invention
Fire-fighting simulation system includes operation equipment, analog simulation server and terminal device, analog simulation server respectively with behaviour
Make equipment to connect with terminal device, it is imitative that analog simulation server carries out simulation to actual main transformer and actual fire-fighting equipment
The first three dimensional virtual models really are obtained, and is sent to terminal device and is shown, meanwhile, it receives the control that operation equipment is sent and refers to
It enables, new job state is obtained according to current work state and control instruction, it is three-dimensional empty to update first according to new job state
Analog model is the second three dimensional virtual models, and is sent to terminal device and is shown, can solve existing main transformer Fire Training
The problem of result of training difference can make preferably to be perceived operating effect by start-up by three dimensional virtual models, and increase is trained
The learning interest of personnel, compared to written teaching, result of training is more preferable, carries out scene compared at the scene that main transformer is run
The training and teaching of test can greatly reduce O&M cost and operation risk.
Detailed description of the invention
It to describe the technical solutions in the embodiments of the present invention more clearly, below will be to embodiment or description of the prior art
Needed in attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only of the invention some
Embodiment for those of ordinary skill in the art without any creative labor, can also be according to these
Attached drawing obtains other attached drawings.
Fig. 1 is the schematic block diagram for the main transformer fire-fighting simulation system that one embodiment of the invention provides；
Fig. 2 is the schematic block diagram for the main transformer fire-fighting simulation system that further embodiment of this invention provides.
Specific embodiment
In being described below, for illustration and not for limitation, the tool of such as particular system structure, technology etc is proposed
Body details, so as to provide a thorough understanding of the present application embodiment.However, it will be clear to one skilled in the art that there is no these specific
The application also may be implemented in the other embodiments of details.In other situations, it omits to well-known system, device, electricity
The detailed description of road and method, so as not to obscure the description of the present application with unnecessary details.
It should be appreciated that ought use in this specification and in the appended claims, term " includes " instruction is described special
Sign, entirety, step, operation, the presence of element and/or component, but be not precluded one or more of the other feature, entirety, step,
Operation, the presence or addition of element, component and/or its set.
It is also understood that mesh of the term used in this present specification merely for the sake of description specific embodiment
And be not intended to limit the application.As present specification and it is used in the attached claims, unless on
Other situations are hereafter clearly indicated, otherwise " one " of singular, "one" and "the" are intended to include plural form.
It will be further appreciated that the term "and/or" used in present specification and the appended claims is
Refer to any combination and all possible combinations of one or more of associated item listed, and including these combinations.
As used in this specification and in the appended claims, term " if " can be according to context quilt
Be construed to " when ... " or " once " or " in response to determination " or " in response to detecting ".Similarly, phrase " if it is determined that " or
" if detecting [described condition or event] " can be interpreted to mean according to context " once it is determined that " or " in response to true
It is fixed " or " once detecting [described condition or event] " or " in response to detecting [described condition or event] ".
In order to illustrate technical solutions according to the invention, the following is a description of specific embodiments.
Fig. 1 is the schematic block diagram for the main transformer fire-fighting simulation system that one embodiment of the invention provides, for the ease of
Illustrate, only parts related to embodiments of the present invention are shown.As shown in Figure 1, the main transformer fire-fighting simulation system 1 can
To include：Operate equipment 11, analog simulation server 12 and terminal device 13.
Analog simulation server 12 is connect with operation equipment 11 and terminal device 13 respectively.
Analog simulation server 12 carries out analog simulation to actual main transformer and actual fire-fighting equipment and obtains first
Three dimensional virtual models, and the first three dimensional virtual models are sent to terminal device 13；Terminal device 13 shows the first three-dimensional mould
Type.
It operates equipment 11 and control instruction is sent to analog simulation server 12 according to user's operation.
Analog simulation server 12 determines the current work state of the first three dimensional virtual models, according to current work state and
Control instruction obtains the new job state of the first three dimensional virtual models, updates the first three-dimensional mould according to new job state
Type obtains the second three dimensional virtual models, and sends the second three dimensional virtual models to terminal device 13.
Terminal device 13 shows the second three dimensional virtual models.
In embodiments of the present invention, operation equipment 11 is the entity device that user oneself can operate, and user passes through to behaviour
Make equipment 11 and carry out operation generation control instruction, operates equipment 11 for control instruction and be sent to analog simulation server 12.
Analog simulation server 12 can use any existing side that three dimensional virtual models can be generated according to emulation data
Method carries out analog simulation to actual main transformer and actual fire-fighting equipment and obtains the first three dimensional virtual models, wherein first
Three dimensional virtual models go back the links of actual main transformer and actual fire-fighting equipment, each button and handle etc. completely
It is former.Actual main transformer be in practical applications, be currently running in main transformer；Actual fire-fighting equipment is actually to answer
In, for the fire-fighting equipment to the progress fire-fighting of actual main transformer, such as the fire-fighting in water spray fire extinguishing system can be
Fire-fighting equipment etc. in equipment, fire-fighting equipment or oil-drainage nitrogen-filling fire-extinguishing in synthesis type foam spray fire extinguishing system.
Analog simulation server 12 can receive the control instruction that operation equipment is sent, and determine the first three dimensional virtual models
Current work state, for example, current work state can be in kindling state；According to current work state and control instruction
New job state is obtained, and the first three dimensional virtual models are updated according to new job state and obtain the second three dimensional virtual models,
For example, current work state is kindling state, control instruction is the control action that can extinguish fire, then new job state
For fire OFF state, the fire that analog simulation server 12 controls in the first three dimensional virtual models slowly reduces up to extinguishing,
The second three dimensional virtual models are obtained, and the conversion process of the first three dimensional virtual models to the second three dimensional virtual models is sent in real time
To terminal device 13, terminal device 13 shows the conversion process, and user is facilitated to watch the operation of user to the first three-dimensional mould
The influence that type generates.The job state of a variety of three dimensional virtual models can be arranged in analog simulation server 12 according to actual needs.
Terminal device 13 is used to show the real-time change of three dimensional virtual models, such as the first three dimensional virtual models of real-time display
To the conversion process of the second three dimensional virtual models.
As can be seen from the above description, main transformer fire-fighting simulation system provided in an embodiment of the present invention can solve it is existing
The problem of the result of training difference of main transformer Fire Training can make preferably to be perceived operation by start-up by three dimensional virtual models
Effect increases by the learning interest of start-up, and compared to written teaching, result of training is more preferable, transports compared in main transformer
Capable scene carries out the training and teaching of field test, can greatly reduce O&M cost and operation risk.
Fig. 2 is the schematic block diagram for the main transformer fire-fighting simulation system that further embodiment of this invention provides.In order to make
Fig. 2 simple and clear, connection relationship of the modules of analog simulation server respectively with operation equipment and terminal device do not have
Body marks, but in practical applications, and operation equipment is connect with conversion module is instructed, terminal device respectively with analog simulation mould
Block, authentication module, training and teaching module, evaluation module are connected with autonomous training module.
As further embodiment of this invention, as shown in Fig. 2, analog simulation server 12 includes：Data memory module 121,
Analog simulation module 122 and instruction conversion module 123.
Analog simulation module 122 is connect with data memory module 121, instruction conversion module 123 and terminal device 13 respectively,
Instruction conversion module 123 is connect with operation equipment 11, and data memory module 121 is stored with emulation data and the first operation shape
State, the corresponding relationship for controlling signal and the second job state.
Analog simulation module 122 carries out analog simulation according to emulation data and obtains the first three dimensional virtual models, and sends the
One three dimensional virtual models are to terminal device 13.
It instructs conversion module 123 to receive the control instruction that operation equipment 11 is sent, control instruction is converted to digital control
Signal, and digital controlled signal is sent to analog simulation module 122.
Analog simulation module 122 determines the current work state of the first three dimensional virtual models, according to the first job state, control
The corresponding relationship of signal processed and the second job state obtains current work state and the corresponding new operation shape of digital controlled signal
State updates the first three dimensional virtual models according to new job state and obtains the second three dimensional virtual models, and it is three-dimensional empty to send second
Analog model is to terminal device 13.
In embodiments of the present invention, it is stored in data memory module 121 for generating the imitative of the first three dimensional virtual models
True data and the first job state, control signal the second job state corresponding relationship, according to the first job state and control
Signal processed can determine second job state.
Instruction conversion module 123 can use any method that control instruction can be converted to digital controlled signal, will control
System instruction is converted to digital controlled signal.Wherein, control instruction is that the machinery that user carries out operation generation to operation equipment 11 is dynamic
It instructs, digital controlled signal is the control signal that analog simulation server 12 can identify.
Analog simulation module 122 can be according to the first three dimensional virtual models of Generation of simulating data, from data memory module 121
The middle corresponding relationship for obtaining the first job state, controlling signal and the second job state, and according to the corresponding relationship, it obtains current
Job state and the corresponding new job state of digital controlled signal update the first three dimensional virtual models according to new job state
Obtain the second three dimensional virtual models.
As further embodiment of this invention, as shown in Fig. 2, analog simulation server 12 further includes：Authentication module
124。
Authentication module 124 is connect with data memory module 121 and terminal device 13 respectively, data memory module 121
Also it is stored with subscriber authentication information.
Terminal device 13 obtains the subscriber identity information of user's input, and is sent to authentication module 124.
Authentication module 124 obtains subscriber authentication information from data memory module 121, and according to user identity
Whether verification information verifying subscriber identity information is effective, obtains authentication as a result, and sending terminal for authentication result
Equipment 13.
Terminal device 13 shows authentication result.
In embodiments of the present invention, the subscriber authentication information stored in data memory module 121 can be user's note
The account and password inputted when volume.Whether the subscriber identity information that authentication module 124 can verify user's input is correct,
Middle subscriber identity information can be the account inputted when user logs in and password.Authentication module 124 compares user identity letter
Whether the password for ceasing account whether consistent with subscriber authentication information, i.e., to input when user logs in is believed in subscriber authentication
Exist in breath, and if it exists, then the subscriber identity information is effective, and if it does not exist, then the subscriber identity information is invalid.If user's body
Part information is effective, then terminal device 13 can show information such as " logining successfully ", and allows login personnel can be with using its identity
The function of using；If the subscriber identity information is invalid, terminal device 13 can show information such as " login failures ", and allow not
The function that login personnel can be used using some tourists.
As further embodiment of this invention, as shown in Fig. 2, analog simulation server 12 further includes：Training and teaching module
125。
Training and teaching module 125 is connect with terminal device 13 and analog simulation module 122 respectively.
If authentication result is effective, the training project of the acquisition user's input of terminal device 13, and sends training item
Mesh is to training and teaching module 125.
Training project is sent analog simulation module 122 by training and teaching module 125.
Analog simulation module 122 obtains training corresponding with training project according to training project from data memory module 121
Instruction emulation data emulate to obtain third three dimensional virtual models corresponding with training project according to Simulated training digital simulation, and will
Third three dimensional virtual models are sent to terminal device 13.
Terminal device 13 shows third three dimensional virtual models.
In embodiments of the present invention, if authentication result be it is effective, illustrate that user logins successfully, then user can input
Training project gives training.Wherein, user's input training project can be user and select a training from several training projects
Project.The training project of the available user of terminal device 13 input, training project can be representative accident Fire Training and disappear
Anti- equipment training etc..
The emulation data stored in data memory module 121 include Simulated training data, and Simulated training data are training religions
Learn the emulation data that module 125 is used to give training teaching.Analog simulation module 122 can be obtained from data memory module 121
Simulated training data corresponding with training project are taken, and according to Simulated training digital simulation emulate to obtain corresponding with training project
Third three dimensional virtual models.
As can be seen from the above description, main transformer fire-fighting simulation system provided in an embodiment of the present invention can pass through training
Teaching Module is giveed training to each by start-up, can be obviously improved result of training.
As further embodiment of this invention, as shown in Fig. 2, analog simulation server 12 further includes：Evaluation module 126.
Evaluation module 126 is connect with terminal device 13 and analog simulation module 122 respectively.
If authentication result is effective, the examination item of the acquisition user's input of terminal device 13, and sends examination item
Mesh is to evaluation module 126.
Examination item is sent analog simulation module 122 by evaluation module 126.
Analog simulation module 122 obtains examine corresponding with examination item according to examination item from data memory module 121
Core emulates data, is emulated to obtain the 4th three dimensional virtual models corresponding with examination item according to examination emulation digital simulation, and will
4th three dimensional virtual models are sent to terminal device 13.
Terminal device 13 shows the 4th three dimensional virtual models.
In embodiments of the present invention, if authentication result be it is effective, illustrate that user logins successfully, then user can input
Examination item is examined.Wherein, user's input examination item can be user and select an examination from several examination items
Project.The examination item of the available user of terminal device 13 input, examination item can be representative accident fire-fighting examination and disappear
Anti- equipment examination etc..
The emulation data stored in data memory module 121 include examination emulation data, and examination emulation data are examination moulds
Block 126 is used to the emulation data examined.Analog simulation module 122 can obtain and examination from data memory module 121
The corresponding examination of project emulates data, and is emulated to obtain the 4th three-dimensional corresponding with examination item according to examination emulation digital simulation
Dummy model.
As further embodiment of this invention, as shown in Fig. 2, evaluation module 126 respectively with instruction conversion module 123 and data
Memory module 121 connects.
Instruction conversion module 123 receives the examination control instruction that operation equipment 11 is sent during examination, and examination is controlled
System instruction is converted to examination digital controlled signal, and sends examination digital controlled signal to evaluation module 126.
Evaluation module 126 obtains examination answer corresponding with examination item from data memory module 121, and according to examination
Answer and examination digital controlled signal obtain examination scoring, send examination scoring and arrive terminal device 13.
The display examination scoring of terminal device 13.
In embodiments of the present invention, data memory module 121 is also stored with examination answer corresponding with each examination item,
Evaluation module 126 obtains examination answer corresponding with examination item from data memory module 121, and receives instruction conversion module
Examination answer and examination digital controlled signal are compared, are obtained by the 123 examination digital controlled signals sent during examination
It scores to examination, sends examination scoring and arrive terminal device 13, the display examination scoring of terminal device 13.
As can be seen from the above description, main transformer fire-fighting simulation system provided in an embodiment of the present invention can pass through examination
Module is examined to each by the training result of start-up, and each result of training by start-up is examined.
As further embodiment of this invention, as shown in Fig. 2, analog simulation server 12 further includes：Autonomous training module
127。
Autonomous training module 127 is connect with terminal device 13 and analog simulation module 122 respectively.
Terminal device 13 obtains the training program of user's input, and sends training program to autonomous training module 127；
Training program is sent analog simulation module 122 by autonomous training module 127.
Analog simulation module 122 obtains instruction corresponding with training program according to training program from data memory module 121
Practice emulation data, is emulated to obtain the 5th three dimensional virtual models corresponding with training program according to Simulation Training digital simulation, and will
5th three dimensional virtual models are sent to terminal device 13.
Terminal device 13 shows the 5th three dimensional virtual models.
In embodiments of the present invention, for user without logging in, tourist's identity can be carried out autonomous training.Wherein, user is defeated
The training program entered can be the training program that user selects from several training programs.The available use of terminal device 13
The training program of family input, training program can be representative accident fire drill and fire-fighting equipment training etc..
The emulation data stored in data memory module 121 include Simulation Training data, and Simulation Training data are independently to instruct
Practice the emulation data that module 127 is used to be trained.Analog simulation module 122 can be obtained from data memory module 121 with
The corresponding Simulation Training data of training program, and emulated to obtain the corresponding with training program the 5th according to Simulation Training digital simulation
Three dimensional virtual models.
As further embodiment of this invention, as shown in Fig. 2, autonomous training module 127 is connect with data memory module 121.
The answer that terminal device 13 obtains user's input in autonomous training process shows signal, and sends answer display letter
Number arrive autonomous training module 127.
Autonomous training module 127 obtains trained answer corresponding with training program from data memory module 121, and sends
Train answer to terminal device 13.
Terminal device 13 shows training answer.
In embodiments of the present invention, the answer that terminal device 13 can obtain user's input in autonomous training process is shown
Signal, and it is sent to autonomous training module 127.Data memory module 121 is also stored with training corresponding with each training program
Answer, autonomous training module 127 can be after the answer for receiving the transmission of terminal device 13 show signal, from data memory module
Trained answer corresponding with training program is obtained in 121, and is sent to terminal device 13, and terminal device 13 shows training answer.
As can be seen from the above description, main transformer fire-fighting simulation system provided in an embodiment of the present invention, user can lead to
It crosses autonomous training module independently to be trained, consolidates oneself weak link, and can obtain by autonomous training module each
The training answer of training program, can the training result to oneself independently examined.
As further embodiment of this invention, the first three dimensional virtual models include that virtual main transformer and virtual fire-fighting are set
It is standby.
Analog simulation server 12 controls the fire-fighting movement of virtual fire-fighting equipment according to control instruction.
In embodiments of the present invention, virtual main transformer is to carry out analog simulation to actual main transformer to obtain,
Virtual fire-fighting equipment is to carry out analog simulation to actual fire-fighting equipment to obtain.
Analog simulation server 12 can control virtual fire-fighting equipment and execute the mechanical action phase indicated with control instruction
Same fire-fighting movement.
As further embodiment of this invention, operates equipment 11 and include mouse, keyboard or touch screen, and/or, according to actual
The emulation fire-fighting equipment that fire-fighting equipment emulates.
In embodiments of the present invention, operation equipment 11 can be any one in mouse, keyboard or touch screen, can also be with
It is the emulation fire-fighting equipment emulated according to actual fire-fighting equipment, can also be any in mouse, keyboard or touch screen
A kind of and emulation fire-fighting equipment combination.Wherein, emulation fire-fighting equipment can be the equipment with entity, be disappeared according to actual
What anti-device emulation obtained.
It should be noted that the main transformer fire-fighting simulation system embodiment shown in above-mentioned diagram is used only for lifting
Example, is not construed as the restriction of main transformer fire-fighting simulation system, may include components more more or fewer than diagram, or
Person combines certain components or different components.For example, some, well known to a person skilled in the art device, component or modules etc..
In embodiment provided herein, it should be understood that disclosed main transformer fire-fighting simulation system
It may be implemented in other ways.For example, main transformer fire-fighting simulation system embodiment described above is only
Schematically.Another point, shown or discussed mutual connection or is directly connected to or communication connection can be by one
A little interfaces, above-described connection type can be electric connection, mechanical connection or other forms.
The various pieces as illustrated by the separation member may or may not be physically separated.
Embodiment described above is only to illustrate the technical solution of the application, rather than its limitations；Although referring to aforementioned reality
Example is applied the application is described in detail, those skilled in the art should understand that：It still can be to aforementioned each
Technical solution documented by embodiment is modified or equivalent replacement of some of the technical features；And these are modified
Or replacement, the spirit and scope of each embodiment technical solution of the application that it does not separate the essence of the corresponding technical solution should all
Comprising within the scope of protection of this application.
Claims (10)
1. a kind of main transformer fire-fighting simulation system, which is characterized in that including：Operate equipment, analog simulation server and
Terminal device；
The analog simulation server is connect with the operation equipment and the terminal device respectively；
The analog simulation server carries out analog simulation to actual main transformer and actual fire-fighting equipment and obtains the one or three
Dummy model is tieed up, and sends first three dimensional virtual models to the terminal device；The terminal device shows described first
Three dimensional virtual models；
The operation equipment sends control instruction to the analog simulation server according to user's operation；
The analog simulation server determines the current work state of first three dimensional virtual models, according to the current work
State and the control instruction obtain the new job state of first three dimensional virtual models, according to the new job state
It updates first three dimensional virtual models and obtains the second three dimensional virtual models, and send second three dimensional virtual models described in
Terminal device；
The terminal device shows second three dimensional virtual models.
2. main transformer fire-fighting simulation system according to claim 1, which is characterized in that the analog simulation service
Device includes：Data memory module, analog simulation module and instruction conversion module；
The analog simulation module connects with the data memory module, described instruction conversion module and the terminal device respectively
It connects, described instruction conversion module is connect with the operation equipment, and the data memory module is stored with emulation data and first
Job state, the corresponding relationship for controlling signal and the second job state；
The analog simulation module carries out analog simulation according to the emulation data and obtains first three dimensional virtual models, concurrently
Send first three dimensional virtual models to the terminal device；
Described instruction conversion module receives the control instruction that operation equipment is sent, and the control instruction is converted to digital control letter
Number, and the digital controlled signal is sent to the analog simulation module；
The analog simulation module determines the current work state of first three dimensional virtual models, according to the first operation shape
State, the corresponding relationship for controlling signal and the second job state, obtain the current work state and the digital controlled signal pair
The new job state answered updates first three dimensional virtual models according to the new job state and obtains the second three-dimensional
Dummy model, and second three dimensional virtual models are sent to the terminal device.
3. main transformer fire-fighting simulation system according to claim 2, which is characterized in that the analog simulation service
Device further includes：Authentication module；
The authentication module is connect with the data memory module and the terminal device respectively, the data memory module
Also it is stored with subscriber authentication information；
The terminal device obtains the subscriber identity information of user's input, and is sent to the authentication module；
The authentication module obtains subscriber authentication information from the data memory module, and according to user's body
Whether part verification information verifies the subscriber identity information effective, obtains authentication as a result, and by the authentication result
It is sent to terminal device；
The terminal device shows the authentication result.
4. main transformer fire-fighting simulation system according to claim 3, which is characterized in that the analog simulation service
Device further includes：Training and teaching module；
The training and teaching module is connect with the terminal device and the analog simulation module respectively；
If the authentication result is effective, the training project of terminal device acquisition user's input, and described in transmission
Training project is to the training and teaching module；
The training project is sent the analog simulation module by the training and teaching module；
The analog simulation module is obtained from the data memory module and the training project pair according to the training project
The Simulated training data answered emulate to obtain third three-dimensional corresponding with the training project according to the Simulated training digital simulation
Dummy model, and the terminal device is sent by the third three dimensional virtual models；
The terminal device shows the third three dimensional virtual models.
5. main transformer fire-fighting simulation system according to claim 3, which is characterized in that the analog simulation service
Device further includes：Evaluation module；
The evaluation module is connect with the terminal device and the analog simulation module respectively；
If the authentication result is effective, the examination item of terminal device acquisition user's input, and described in transmission
Examination item is to the evaluation module；
The examination item is sent the analog simulation module by the evaluation module；
The analog simulation module is obtained from the data memory module and the examination item pair according to the examination item
The examination emulation data answered emulate digital simulation according to the examination and emulate to obtain the 4th three-dimensional corresponding with the examination item
Dummy model, and the terminal device is sent by the 4th three dimensional virtual models；
The terminal device shows the 4th three dimensional virtual models.
6. main transformer fire-fighting simulation system according to claim 5, which is characterized in that the evaluation module difference
It is connect with described instruction conversion module and the data memory module；
Described instruction conversion module receives the examination control instruction that the operation equipment is sent during examination, by the examination
Control instruction is converted to examination digital controlled signal, and sends the examination digital controlled signal to the evaluation module；
The evaluation module obtains examination answer corresponding with the examination item from the data memory module, and according to institute
It states examination answer and the examination digital controlled signal obtains examination scoring, send the examination scoring and arrive the terminal device；
The terminal device shows the examination scoring.
7. main transformer fire-fighting simulation system according to claim 3, which is characterized in that the analog simulation service
Device further includes：Autonomous training module；
The autonomous training module is connect with the terminal device and the analog simulation module respectively；
The terminal device obtains the training program of user's input, and sends the training program to the autonomous training module；
The training program is sent the analog simulation module by the autonomous training module；
The analog simulation module is obtained from the data memory module and the training program pair according to the training program
The Simulation Training data answered emulate to obtain the 5th three-dimensional corresponding with the training program according to the Simulation Training digital simulation
Dummy model, and the terminal device is sent by the 5th three dimensional virtual models；
The terminal device shows the 5th three dimensional virtual models.
8. main transformer fire-fighting simulation system according to claim 7, which is characterized in that the autonomous training module
It is connect with the data memory module；
The answer that the terminal device obtains user's input in autonomous training process shows signal, and sends the answer and show
Signal is to the autonomous training module；
The autonomous training module obtains trained answer corresponding with the training program from the data memory module, concurrently
Send the trained answer to the terminal device；
The terminal device shows the trained answer.
9. main transformer fire-fighting simulation system according to claim 1, which is characterized in that first three-dimensional
Model includes virtual main transformer and virtual fire-fighting equipment；
The analog simulation server is acted according to the fire-fighting that the control instruction controls the virtual fire-fighting equipment.
10. main transformer fire-fighting simulation system according to claim 1, which is characterized in that the operation equipment packet
Mouse, keyboard or touch screen are included, and/or, the emulation fire-fighting equipment emulated according to the actual fire-fighting equipment.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810763152.5A CN108847082A (en) | 2018-07-12 | 2018-07-12 | A kind of main transformer fire-fighting simulation system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810763152.5A CN108847082A (en) | 2018-07-12 | 2018-07-12 | A kind of main transformer fire-fighting simulation system |
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| CN202084100U (en) * | 2011-02-28 | 2011-12-21 | 长春新伟信息服务有限公司 | Random code electronic certificate checking terminal |
| CN105225568A (en) * | 2015-10-28 | 2016-01-06 | 合肥依科普工业设备有限公司 | Round-the-clock fire and smog real scene analog training device |
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