CN107657135A - A kind of generator of nuclear power station inner stator replacing options and system - Google Patents
A kind of generator of nuclear power station inner stator replacing options and system Download PDFInfo
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- CN107657135A CN107657135A CN201711048254.0A CN201711048254A CN107657135A CN 107657135 A CN107657135 A CN 107657135A CN 201711048254 A CN201711048254 A CN 201711048254A CN 107657135 A CN107657135 A CN 107657135A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
- G06F30/20—Design optimisation, verification or simulation
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T19/00—Manipulating 3D models or images for computer graphics
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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
- G09B5/00—Electrically-operated educational appliances
- G09B5/02—Electrically-operated educational appliances with visual presentation of the material to be studied, e.g. using film strip
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2113/00—Details relating to the application field
- G06F2113/20—Packaging, e.g. boxes or containers
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
- G06T2200/00—Indexing scheme for image data processing or generation, in general
- G06T2200/04—Indexing scheme for image data processing or generation, in general involving 3D image data
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Abstract
The invention discloses a kind of generator of nuclear power station inner stator replacing options, including：It is process sequence by the Replacement procedure flowsheet simulation of generator of nuclear power station inner stator；Build the threedimensional model and virtual scene of the generator inner stator；Based on the process sequence, and the Replacement procedure flow of the generator inner stator is emulated using the threedimensional model in the virtual scene；The Replacement procedure flow of emulation is previewed, and after preview passes through, the Replacing Scheme using the scheme of preview as the generator inner stator.The invention also discloses a kind of generator of nuclear power station inner stator to change system.The present invention can improve efficiency and the degree of accuracy of the replacing of generator of nuclear power station inner stator.
Description
Technical field
The present invention relates to technical field of nuclear power, more particularly to a kind of generator of nuclear power station inner stator replacing options and system.
Background technology
Generator of nuclear power station inner stator is changed be a very heavy, complicated engineering, it is necessary to professional in strict accordance with
Process operations.The training that generator of nuclear power station inner stator is changed at present is carried out mainly in accordance with the training process of papery, more
When changing, operating personnel are also the standard process for the papery for relying on formulation and the experience with reference to related drawing and operating personnel is entered
OK.
But there is problems with above-mentioned generator inner stator Renewal process：Memory effect is low, inner stator Replacement procedure stream
Cheng Feichang is careful, numerous and diverse, and each stage is divided into numerous small steps, and each small step correspond to a series of extracting tools, equipment
The use of part and points for attention etc. information, if these numerous and diverse, uninteresting information are all remembered by papery flow chart,
Inevitably cause the memory difficulty of operating personnel；Unpredictability, for changing the new inner stator into generator, typically
There is the part of appliance of many to improve item, and these improve the increase of item, and the out tape to replacing comes certain collision, interface position
Put matching equivalent risk, in some instances it may even be possible to great loss can be caused.
The content of the invention
The present invention be directed to problems of the prior art, there is provided a kind of generator of nuclear power station inner stator replacing options and
System, it is possible to increase the efficiency and the degree of accuracy that generator of nuclear power station inner stator is changed.
The technical scheme that the present invention proposes with regard to above-mentioned technical problem is as follows：
On the one hand, the present invention provides a kind of generator of nuclear power station inner stator replacing options, including：
It is process sequence by the Replacement procedure flowsheet simulation of generator of nuclear power station inner stator；
Build the threedimensional model and virtual scene of the generator inner stator；
Based on the process sequence, and the threedimensional model is utilized to the generator inner stator in the virtual scene
Replacement procedure flow emulated；
The Replacement procedure flow of emulation is previewed, and after preview passes through, using preview scheme as the generator
The Replacing Scheme of inner stator.
Further, the threedimensional model and virtual scene for building the generator inner stator, is specifically included：
According to the parameter in the technical drawing of nuclear power station key factory building, system, equipment and parts, the generator is built
The threedimensional model and virtual scene of inner stator, and processing is optimized to the model after building.
Further, the replacement operation of described pair of emulation previews, and specifically includes：
Mode or manual great-jump-forward preview mode are previewed using automatic cycle, the Replacement procedure flow of emulation is carried out in advance
Drill, and preview process is showed into operating personnel in real time.
Further, it is described after preview passes through, the Replacing Scheme using the scheme of preview as the generator inner stator, tool
Body includes：
Whether collide risk or faulty operation during detection preview；
If not colliding risk and faulty operation after the completion of whole preview, scheme will be previewed as in the generator
The Replacing Scheme of stator shows operating personnel.
Further, the generator of nuclear power station inner stator replacing options also include：
If colliding risk or faulty operation during preview, collision wind is provided
Improvement decision-making corresponding to danger or faulty operation；
The emulation of the Replacement procedure flow of the generator inner stator is adjusted according to the improvement decision-making, until previewing process
In there is no risk of collision and faulty operation untill.
On the other hand, the present invention provides a kind of generator of nuclear power station inner stator and changes system, can realize above-mentioned nuclear power station
Generator inner stator replacing options, the system include：
Decomposing module, for being process sequence by the Replacement procedure flowsheet simulation of generator of nuclear power station inner stator；
Module is built, for building the threedimensional model and virtual scene of the generator inner stator；
Emulation module, for based on the process sequence, and in the virtual scene using the threedimensional model to institute
The Replacement procedure flow for stating generator inner stator is emulated；And
Module is previewed, for being previewed to the Replacement procedure flow of emulation, and after preview passes through, preview scheme is made
For the Replacing Scheme of the generator inner stator.
Further, the module of building is specifically used for：
According to the parameter in the technical drawing of nuclear power station key factory building, system, equipment and parts, the generator is built
The threedimensional model and virtual scene of inner stator, and processing is optimized to the model after building.
Further, the preview module is specifically used for：
Mode or manual great-jump-forward preview mode are previewed using automatic cycle, the Replacement procedure flow of emulation is carried out in advance
Drill, and preview process is showed into operating personnel in real time.
Further, the preview module specifically includes：
Whether detection unit, collide risk or faulty operation during being previewed for detection；And
Unit is changed, for when not colliding risk and faulty operation after the completion of entirely previewing, preview scheme to be made
Replacing Scheme for the generator inner stator shows operating personnel.
Further, the generator of nuclear power station inner stator is changed system and also included：
Decision-making provides module, for when colliding risk or faulty operation during preview, then providing risk of collision
Or the improvement decision-making corresponding to faulty operation；And
Adjusting module, for the imitative of the Replacement procedure flow according to the improvement decision-making adjustment generator inner stator
Very, untill there is no risk of collision and faulty operation during preview.
The beneficial effect that technical scheme provided in an embodiment of the present invention is brought is：
Based on generator of nuclear power station inner stator Replacement procedure flow, using three-dimensional virtual reality technology, structure generates electricity
The threedimensional model and virtual scene of machine inner stator, formula simulated operation is interacted to generator inner stator part, and simulation is grasped
Previewed, it is directly perceived to show generator inner stator Replacement procedure flow, change generator inner stator to improve operating personnel
Operating efficiency and the degree of accuracy, while provide Operating Guideline and risk assessment for staff training and work on the spot.
Brief description of the drawings
Technical scheme in order to illustrate the embodiments of the present invention more clearly, make required in being described below to embodiment
Accompanying drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the present invention, for
For those of ordinary skill in the art, on the premise of not paying creative work, other can also be obtained according to these accompanying drawings
Accompanying drawing.
Fig. 1 is the schematic flow sheet for the generator of nuclear power station inner stator replacing options that the embodiment of the present invention one provides；
Fig. 2 is the preview schematic diagram in the generator of nuclear power station inner stator replacing options that the embodiment of the present invention one provides；
Fig. 3 is the idiographic flow schematic diagram for the generator of nuclear power station inner stator replacing options that the embodiment of the present invention one provides；
Fig. 4 is the structural representation that the generator of nuclear power station inner stator that the embodiment of the present invention two provides changes system；
Fig. 5 is the logical architecture figure that the generator of nuclear power station inner stator that the embodiment of the present invention two provides changes system；
Fig. 6 is the man-machine interaction schematic diagram that the generator of nuclear power station inner stator that the embodiment of the present invention two provides changes system.
Embodiment
In order to solve to remember hardly possible present in nuclear power plant's generator inner stator Renewal process of prior art, not have intuitively
Property and the technical problems such as risk be present, the present invention is intended to provide a kind of generator of nuclear power station inner stator replacing options, its core
Thought is：Using three-dimensional virtual reality technology, the threedimensional model and virtual scene of generator inner stator are built, is generated electricity with nuclear power station
Based on machine inner stator Replacement procedure flow, the Replacement procedure flow of generator inner stator is emulated, and to emulation more
Change technological process to be previewed, and after preview passes through, be presented to operating personnel, effectively improve operating personnel and change in generator
The efficiency of stator and the degree of accuracy.
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing to embodiment party of the present invention
Formula is described in further detail.
Embodiment one
The embodiments of the invention provide a kind of generator of nuclear power station inner stator replacing options, referring to Fig. 1, this method includes：
S1, by the Replacement procedure flowsheet simulation of generator of nuclear power station inner stator it is process sequence；
S2, the threedimensional model and virtual scene for building the generator inner stator；
S3, based on the process sequence, and in the virtual scene using the threedimensional model in the generator
The Replacement procedure flow of stator is emulated；
S4, the Replacement procedure flow to emulation preview, and after preview passes through, using preview scheme as the generating
The Replacing Scheme of machine inner stator.
Wherein, step S1 is the decomposition of generator inner stator Replacement procedure flow, and the data mainly in technological process are accurate
It is standby, collect and arrange the related process flow script (code) of generator inner stator replacing, and by it according to certain emulation
Granularity is decomposed.In order to preferably be showed with the visual simulating means of virtual reality, it is necessary to will be originally grander
See and coherent technological operation step is decomposed into more detailed and accurate sequence.For example, if desired dynamically show some spiral shell
The dismounting action of silk, but explanation is not shown in detail in the action in technological process, now needs recapitulative description
Process sequence is resolved into refinement.This process is also to understand the process of technique script, and standard is done to blend matching with simulation process
It is standby.
In step s 2, the threedimensional model and virtual scene for building the generator inner stator, is specifically included：
According to the parameter in the technical drawing of nuclear power station key factory building, system, equipment and parts, the generator is built
The threedimensional model and virtual scene of inner stator, and processing is optimized to the model after building.
It should be noted that the whole Replacement procedure requirements of process of generator inner stator is complete in a virtual scene
Into, therefore need to be modeled all items being related to, modeling is inputted according to mainly nuclear power station key factory building, system, set
Standby and parts technical drawings, there are strict lathe size and inside and outside cage structure, outward appearance etc. on drawing, can establish accordingly
1:1 three dimensional virtual models.
Nuclear power station three-dimensional modeling is related to the model of multiple levels, need to use a variety of different modeling techniques and instrument.Such as factory
Room and system need to use the PDMS three dimensional arrangement design platform modeling systems of nuclear power field specialty, and plant machinery model then uses
The public utility such as ProE design setting models, factory building periphery is then using industry universal design tools such as 3D Max or Maya.Modeling work
After the completion of, because model has many complicated polygon geological informations, be not suitable for being directly entered simulation engine and (consider that performance disappears
Consumption problem), so needing to optimize model processing, that is, geometry one-side messages are reduced, while texturing is assigned, make model
The real equipment and items at scene are appeared more like, this is for lifting the feeling of immersion of virtual reality system and experiencing authenticity very
It is important.
In step s3, the technological process changed generator inner stator using virtual emulation development technique visually,
Dynamically, immersion, can alternatively be depicted come, i.e., by the technological process of papery accurately scrupulously emulation be virtual reality mould
Vision items under formula.Meanwhile, in real-time exhibition technique each equipment, parts associated with the information database of items
Parameter information, data reference is provided for Replacement procedure preview and risk assessment, decision-making.For example, simulated in simulating scenes in old
During stator extraction operation, real-time display to go out the parameter attributes such as the position of the part, angle, weight, if with other things of periphery
Item interferes the multidate informations such as collision.Related data information is stored in system database, and is provided additions and deletions and changed and the read-write such as look into
Operation.
In step s 4, the replacement operation of described pair of emulation previews, and specifically includes：
Mode or manual great-jump-forward preview mode are previewed using automatic cycle, the Replacement procedure flow of emulation is carried out in advance
Drill, and preview process is showed into operating personnel in real time.
It should be noted that the present embodiment provides the function of simulation preview in virtual scene for site operation personnel, make
It can be fully understood by operational risk that may be present in whole Renewal process before true operation, and such as action is omitted, equipment behaviour
It is improper to make, and parts interference and collision, working space are inadequate etc..Preview process acquiescence is implemented in strict accordance with technological process, carries simultaneously
Skip, repeat for the step in flow, it is self-defined adjustment etc. function, it is intended to for operating personnel provides flexibly preview scheme, both
There is the automatic demonstrating of acquiescence, also there is the manual interactive operation that can customize.Simultaneously, there is provided the visualization of technological process progress, it is real
When tell position of operating personnel's current operation step in process logic, be over how many step, there remains how many step.
For example, the preview schematic diagram for the step for Fig. 2 is " the rotor supports seat in place " in inner stator replacement operation, wherein
Simulation has steam turbine factory building 1, steam turbine 2, inner stator 3, rotor 4, rotor supports seat 5 and suspender 6, ocular demonstration " rotor in place
Support base " operates.In addition, being additionally provided with control panel 7, operate for operating personnel and previewed with switching other steps.
Further, in step s 4, it is described after preview passes through, using preview scheme as the generator inner stator
Replacing Scheme, specifically include：
Whether collide risk or faulty operation during detection preview；
If not colliding risk and faulty operation after the completion of whole preview, scheme will be previewed as in the generator
The Replacing Scheme of stator shows operating personnel, for operating personnel with reference to replacing.
It should be noted that during preview, the real-time condition of all mobile items, the action road of analytical equipment are tracked
Whether footpath, the dismounting step of parts meet process requirements, if having risk of collision.If after the completion of whole process preview, do not have
Occurrence risk and faulty operation, on-the-spot guidance scheme can be formed according to this preview process, and reversely write-in Service Database enters
Row storage, carry out true operation for operating personnel and auxiliary reference is provided.
Further, the generator of nuclear power station inner stator replacing options also include：
If colliding risk or faulty operation during preview, changing corresponding to offer risk of collision or faulty operation
Enter decision-making；
The emulation of the Replacement procedure flow of the generator inner stator is adjusted according to the improvement decision-making, until previewing process
In there is no risk of collision and faulty operation untill.
It should be noted that during preview, by analyze data in the event of risk or faulty operation, then explanation is imitative
Genuine technological process Shortcomings and hidden danger, provide the improvement decision-making of cycle and taking corresponding operation.For example, certain part is during lifting
There is the risk to be collided with other equipment instrument, it is proposed that reduce lifting height or adjustment lifting path etc..Determined providing improvement
After plan, process simulation process can be adjusted according to decision-making, previewed again, repetitive process, until there is no risk.
It is that the idiographic flow of generator of nuclear power station inner stator replacing options provided in an embodiment of the present invention is illustrated referring to Fig. 3
Figure, this method include：
S21, inner stator Replacement procedure flowsheet simulation.
S22, threedimensional model and virtual scene are built.
S23, simulation process merge with technological process.
S24, whether complete technological process preview；If so, step S26 is then performed, if it is not, then performing step S25.
S25, circulation technology step or great-jump-forward are checked, and return to step S24.
S26, preview process analysis procedure analysis.
S27, whether there is improvement decision-making；If so, step S28 is then performed, if it is not, then performing step S29.
S28, improve decision-making and schedule monitor, and return to step S23.
S29, form field conduct scheme.
The embodiment of the present invention utilizes three-dimension virtual reality skill based on generator of nuclear power station inner stator Replacement procedure flow
Arts, the threedimensional model and virtual scene of generator inner stator are built, formula simulated operation is interacted to generator inner stator part,
And simulated operation is previewed, it is directly perceived to show generator inner stator Replacement procedure flow, more changed to improve operating personnel
The operating efficiency of electric motor internal stator and the degree of accuracy, while provide Operating Guideline and risk assessment for staff training and work on the spot.
Embodiment two
The embodiments of the invention provide a kind of generator of nuclear power station inner stator to change system, can realize above-mentioned nuclear power station hair
All flows of electric motor internal stator replacing options, referring to Fig. 4, the generator of nuclear power station inner stator, which changes system, to be included：
Decomposing module 41, for being process sequence by the Replacement procedure flowsheet simulation of generator of nuclear power station inner stator；
Module 42 is built, for building the threedimensional model and virtual scene of the generator inner stator；
Emulation module 43, for based on the process sequence, and the threedimensional model pair is utilized in the virtual scene
The Replacement procedure flow of the generator inner stator is emulated；And
Module 44 is previewed, for being previewed to the Replacement procedure flow of emulation, and after preview passes through, scheme will be previewed
Replacing Scheme as the generator inner stator.
Further, the module of building is specifically used for：
According to the parameter in the technical drawing of nuclear power station key factory building, system, equipment and parts, the generator is built
The threedimensional model and virtual scene of inner stator, and processing is optimized to the model after building.
Further, the preview module is specifically used for：
Mode or manual great-jump-forward preview mode are previewed using automatic cycle, the Replacement procedure flow of emulation is carried out in advance
Drill, and preview process is showed into operating personnel in real time.
Further, the preview module specifically includes：
Whether detection unit, collide risk or faulty operation during being previewed for detection；And
Unit is changed, for when not colliding risk and faulty operation after the completion of entirely previewing, preview scheme to be made
Replacing Scheme for the generator inner stator shows operating personnel.
Further, the generator of nuclear power station inner stator is changed system and also included：
Decision-making provides module, for when colliding risk or faulty operation during preview, then providing risk of collision
Or the improvement decision-making corresponding to faulty operation；And
Adjusting module, for the imitative of the Replacement procedure flow according to the improvement decision-making adjustment generator inner stator
Very, untill there is no risk of collision and faulty operation during preview.
It should be noted that the present embodiment system has the functions such as three-dimensional rendering, processing user input, man-machine interaction, its
Overall logic framework is as shown in figure 5, including Data support, core system layer and user interface layer.Wherein, Data support bag
Contain the professional modeling tools such as Machine Design software PDMS, PRO-E, Delmia and establish factory building, key equipment and its parts mould
Type, intactly saves the relation on attributes between equipment component, at the same by 3d maxMax, Maya model is carried out material,
Texture renders processing, ultimately forms three-dimensional scenic file, is threedimensional model file and contains the parameter of factory building, device model
The database of information, basic data support is provided for the simulating scenes structure of core system layer,.
Core system layer enters the exploitation of behavior model interactive application by Unity3D engines to the contextual data of Data support
And the processing of model information data, provide artificial product service and data, services for user interface layer.For support system
Application and development demand, This layer provides the industrial 3D graphics rendering engines Unity3D of main flow on the market, and pass through Visual
Studio development platforms carry out function realization.The three-dimensional modeling data file of Data support is imported into Unity3D simulation engines
In, simulating scenes are built, and copying exploitation, such as equipment dismounting, part replacement, tool display are carried out based on the scene
Function is visualized and shown Deng technological process.
User interface layer provides the user the operation interface of close friend and interactive mode conducts interviews to system operation (including mouse
Mark, keyboard handle etc.).Quick side is provided for such as information inquiry, the equipment positioning, the operation of equipment three-dimension interaction of system business function
Just user interface.User interface layer realizes the operating interactive function of system, while provides entrance and the interface of each function.This
One layer of function logic relation for also embodying whole system method.
Model information data required for the system are established in unified three-dimensional artificial management platform, by information data such as
The information such as model meshes structure, material texture, attribute data are organically organized, organic knot of implementation model and associated data
Close, realized by technological means and the virtual interactive interface simulated operation of model and the access of relating attribute information data are shared.
As shown in fig. 6, the system of this implementation includes data Layer, control system and user interface.Data Layer include model library,
System database and Service Database；Control system includes the switching of each system, part displaying control, changes Row control, progress
Visualization control, P6 data communication interfaces；User interface includes system main interface, part displaying interface, changes interactive operation, enters
Degree visualizes and help information prompting.The system realize generator inner stator part parameter display, inner stator change and
The function such as inner stator maintenance progress visualization and maintenance program preview, is directed to information inquiry, the interactive operation of data
With checking and being communicated with the data interaction of the platform such as P6.By three-dimensional dynamic exhibition, user can be visually known interior
The information such as the structure of stator component, material and the detailed process of equipment replacement.
The embodiment of the present invention utilizes three-dimension virtual reality skill based on generator of nuclear power station inner stator Replacement procedure flow
Arts, the threedimensional model and virtual scene of generator inner stator are built, formula simulated operation is interacted to generator inner stator part,
And simulated operation is previewed, it is directly perceived to show generator inner stator Replacement procedure flow, more changed to improve operating personnel
The operating efficiency of electric motor internal stator and the degree of accuracy, while provide Operating Guideline and risk assessment for staff training and work on the spot.
In summary, the present invention proposes a kind of generator of nuclear power station inner stator replacing options and system, and it has preferable
Practical function：Using Virtual Simulation, the real three-dimensional environment of nuclear power is built, generator of nuclear power station inner stator is changed complete
Process visualization, and integrated by each part of appliance and using tool parametric information and P6 progress control software datas, realize
Data integration；Simulated by the replacing in virtual scene, realize that the sand table that inner stator is changed is deduced, touched in three-dimensional environment
Inspection and spatial analysis are hit, realizes the checking of Replacing Scheme, preferably to adjust and arrange specific Replacing Scheme, is reduced because in
The equipment such as stator improve the uncertain risk brought；The Visualization of inner stator Replacement procedure flow is intuitively provided,
By the guidance and training of visual means, technical staff can it is more convenient, more directly perceived, more accurately grasp in generator of nuclear power station
Stator changes overall process, improves work on the spot efficiency and the degree of accuracy.
The foregoing is only presently preferred embodiments of the present invention, be not intended to limit the invention, it is all the present invention spirit and
Within principle, any modification, equivalent substitution and improvements made etc., it should be included in the scope of the protection.
Claims (10)
- A kind of 1. generator of nuclear power station inner stator replacing options, it is characterised in that including：It is process sequence by the Replacement procedure flowsheet simulation of generator of nuclear power station inner stator；Build the threedimensional model and virtual scene of the generator inner stator；Based on the process sequence, and in the virtual scene using the threedimensional model to the generator inner stator more Technological process is changed to be emulated；The Replacement procedure flow of emulation is previewed, and after preview passes through, preview scheme is default as the generator The Replacing Scheme of son.
- 2. generator of nuclear power station inner stator replacing options as claimed in claim 1, it is characterised in that described to build the generating The threedimensional model and virtual scene of machine inner stator, are specifically included：According to the parameter in the technical drawing of nuclear power station key factory building, system, equipment and parts, it is default to build the generator The threedimensional model and virtual scene of son, and processing is optimized to the model after building.
- 3. generator of nuclear power station inner stator replacing options as claimed in claim 1, it is characterised in that the replacing of described pair of emulation Operation is previewed, and is specifically included：Mode or manual great-jump-forward preview mode are previewed using automatic cycle, the Replacement procedure flow of emulation is previewed, and Preview process is showed into operating personnel in real time.
- 4. generator of nuclear power station inner stator replacing options as claimed in claim 1, it is characterised in that described to pass through in preview Afterwards, using preview scheme as the Replacing Scheme of the generator inner stator, specifically include：Whether collide risk or faulty operation during detection preview；If not colliding risk and faulty operation after the completion of whole preview, scheme will be previewed as the generator inner stator Replacing Scheme show operating personnel.
- 5. generator of nuclear power station inner stator replacing options as claimed in claim 4, it is characterised in that the generator of nuclear power station Inner stator replacing options also include：If colliding risk or faulty operation during preview, the improvement corresponding to offer risk of collision or faulty operation is determined Plan；The emulation of the Replacement procedure flow of the generator inner stator is adjusted according to the improvement decision-making, is not had during preview Untill having risk of collision and faulty operation.
- 6. a kind of generator of nuclear power station inner stator changes system, it is characterised in that including：Decomposing module, for being process sequence by the Replacement procedure flowsheet simulation of generator of nuclear power station inner stator；Module is built, for building the threedimensional model and virtual scene of the generator inner stator；Emulation module, for based on the process sequence, and in the virtual scene using the threedimensional model to the hair The Replacement procedure flow of electric motor internal stator is emulated；AndModule is previewed, for being previewed to the Replacement procedure flow of emulation, and after preview passes through, using preview scheme as institute State the Replacing Scheme of generator inner stator.
- 7. generator of nuclear power station inner stator as claimed in claim 6 changes system, it is characterised in that described to build module specific For：According to the parameter in the technical drawing of nuclear power station key factory building, system, equipment and parts, it is default to build the generator The threedimensional model and virtual scene of son, and processing is optimized to the model after building.
- 8. generator of nuclear power station inner stator as claimed in claim 6 changes system, it is characterised in that the preview module is specific For：Mode or manual great-jump-forward preview mode are previewed using automatic cycle, the Replacement procedure flow of emulation is previewed, and Preview process is showed into operating personnel in real time.
- 9. generator of nuclear power station inner stator as claimed in claim 6 changes system, it is characterised in that the preview module is specific Including：Whether detection unit, collide risk or faulty operation during being previewed for detection；AndChange unit, for do not collided after the completion of whole preview risk and faulty operation when, using preview scheme as institute The Replacing Scheme for stating generator inner stator shows operating personnel.
- 10. generator of nuclear power station inner stator as claimed in claim 9 changes system, it is characterised in that the nuclear power station generates electricity Machine inner stator, which changes system, also to be included：Decision-making provides module, for when colliding risk or faulty operation during preview, then providing risk of collision or mistake Improvement decision-making corresponding to maloperation；AndAdjusting module, the emulation of the Replacement procedure flow for adjusting the generator inner stator according to the improvement decision-making, directly Untill there is no risk of collision and faulty operation during preview.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711048254.0A CN107657135B (en) | 2017-10-31 | 2017-10-31 | Replacement method and system for stator in generator of nuclear power station |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711048254.0A CN107657135B (en) | 2017-10-31 | 2017-10-31 | Replacement method and system for stator in generator of nuclear power station |
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| CN107657135A true CN107657135A (en) | 2018-02-02 |
| CN107657135B CN107657135B (en) | 2021-05-04 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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