CN110348584A - A kind of elimination of nuclear facilities waste is virtually reorganized and outfit and statistical system and method - Google Patents
A kind of elimination of nuclear facilities waste is virtually reorganized and outfit and statistical system and method Download PDFInfo
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Abstract
The present invention provides a kind of elimination of nuclear facilities wastes virtually to reorganize and outfit and statistical system and method, the system includes: scene initialization module, for importing the nuclear facilities threedimensional model being pre-created according to user demand, and complete the radiation source binding of the nuclear facilities threedimensional model；The nuclear facilities threedimensional model is cut and/or is removed the waste model for generating target shape for simulating practical retired operate by pseudo operation module；Waste statistical module for establishing waste vault storage waste model, and counts the waste information of waste model；Waste reorganizes and outfit module, is packaged simulation for entering waste vault selection target waste model, and whether meet interim storage requirement after judging target waste model encapsulation.Elimination of nuclear facilities waste provided by the invention virtually reorganizes and outfit the waste information that various dimensions can not only be accurately recorded with statistical system and method, it may also be used for the superiority and inferiority for comparing different retired modes of operation more reasonably carries into execution a plan to make.
Description
Technical field
The present invention relates to elimination of nuclear facilities waste management technical field more particularly to a kind of elimination of nuclear facilities waste are virtually whole
It is standby with statistical system and method.
Background technique
Waste reorganizes and outfit the operation for referring to and carrying out to form the waste packet for being suitable for carrying, transport, interim storage or disposition, packet
It includes and waste is changed into solid forms and is encapsulated in container, when necessary further include carrying out outer packing, be retired radioactive waste
The Planning emphasis of the critical activity of management and retired scheme.However, the difficulty of reality is that waste reorganizes and outfit process and nuclear facilities
The cutting disassembling process of system structure component is although closely bound up but fails effectively to link, and leads to existing radwaste management
There are the following problems for reason: (1) radioactive waste, which is reorganized and outfit, has certain disconnection with retired operating process, sets if you need to verify specific core
Apply structure member cutting disassembling generate solid radioactive waste packing method whether reasonable, generally require to establish 1:1
Physical model, by be accomplished manually after cutting be just able to verify that waste in the disposing way and sequence of high integrality container, it is time-consuming and laborious,
Do not have repetitive operation, leads to not according to the radiation of nuclear facilities system structure component, physical message and cutting disassembling mode
Later collection, the sorting process for designing radioactive waste, can not also design the process of reorganizing and outfit in advance, cause retired programme planning personnel
The technique process of result adjustment cutting disassembling can not be reorganized and outfit according to waste, optimization waste generates process；(2) existing retired waste
Amount estimation statistics only carries out statistics combing to retired waste information, fails to be treated with a certain discrimination according to waste characteristics, and do not meet
Live practical dismounting situation will appear relatively large deviation to the amount of waste estimation of the equipment of scene dismantling, and estimation precision is low；(3) it gives up
The only rough estimate to Waste volume and quality of object statistics, the waste information that user would know that is few, not enough specifically, practical, no
Conducive to the overall planning and Waste disposal cost estimate for planning subsequent retired waste processing.
Therefore, how accurately to count the amount of waste of elimination of nuclear facilities generation and the radioactive waste for formulating reasonable is reorganized and outfit
Process becomes current elimination of nuclear facilities waste management urgent problem to be solved.
Summary of the invention
The present invention is directed to traditional elimination of nuclear facilities waste management can not verify the reasonability for the process of reorganizing and outfit, Spent Radioactive in advance
It is virtual to provide a kind of elimination of nuclear facilities waste for the problems such as object amount estimation result accuracy is not high, and the statistics available information of waste is less
It reorganizes and outfit with statistical system and method, can accurately count retired amount of waste, and the retired waste for making reasonable is reorganized and outfit
Process.
The present invention is used to solve the technical solution of the above technical problem are as follows: on the one hand, provides a kind of elimination of nuclear facilities waste
Virtually reorganize and outfit and statistical system, comprising:
Scene initialization module for importing the nuclear facilities threedimensional model being pre-created according to user demand, and completes institute
State the radiation source binding of nuclear facilities threedimensional model；
The nuclear facilities threedimensional model is cut and/or is torn open for simulating practical retired operation by pseudo operation module
Except the waste model for generating target shape；
Waste statistical module stores the waste model for establishing waste vault, and counts the waste of the waste model
Information；
Waste reorganizes and outfit module, is packaged simulation for entering waste vault selection target waste model, and judge institute
Whether meet interim storage requirement after stating target waste model encapsulation.
Preferably, the scene initialization module includes:
Import modul, for importing nuclear facilities threedimensional model according to user demand, the nuclear facilities threedimensional model includes setting
Standby model, concrete structures model and high integrality container；
Source item setup module, for radiation source type and the position of the nuclear facilities threedimensional model to be arranged, and described in setting
The radiation source of high integrality container closes trigger condition；
Information labeling module, for carrying out information labeling to the nuclear facilities threedimensional model.
Preferably, the pseudo operation module includes:
Virtual auxiliary wire module, for being added by angle measurement and linear measure longimetry on the surface of the nuclear facilities threedimensional model
Add auxiliary line；
Virtual cropping module is generated described in target shape for being cut the device model using Virtual cropping mode
Waste model, the Virtual cropping mode include face cutting, body cutting and track wire cutting；
Virtual dismounting module is used for concrete structures model dismounting generation target shape using virtual mode of removing
The waste model of shape, the virtual dismounting mode include that face is removed and track dismounting.
Preferably, the waste statistical module includes:
Waste vault is numbered for receiving the waste model, and by the waste model according to default name format
Storage；
Statistical module connects the waste vault, for counting institute according to the essential attribute and its number of the waste model
State the waste information of waste model；
Retrieval module connects the waste vault, for carrying out the retrieval of the waste model.
Preferably, the waste reorganizes and outfit module and includes:
Type selecting module is chosen target waste model for entering the waste vault, and is chosen and the target waste model
The compatible high integrality container；
Analog module is encapsulated, for target waste model fixation to be encapsulated in the high integrality container, and is sentenced
Whether the geomery of the target waste model of breaking matches with the high integrality container；
Radiation monitoring module is sentenced for closing trigger condition according to the shield effectiveness and radiation source of the high integrality container
Whether the surface emissivity dosage rate after the high integrality container that breaks encapsulates meets the interim storage requirement；
As a result output module, in the target waste model geomery and the high integrality container phase
Match, and output waste packet system when the surface emissivity dosage rate after high integrality container encapsulation meets the interim storage requirement
It counts.
On the other hand, a kind of elimination of nuclear facilities waste is also provided virtually to reorganize and outfit and statistical method, comprising steps of
The nuclear facilities threedimensional model being pre-created is imported according to user demand, and completes the spoke of the nuclear facilities threedimensional model
Penetrate source binding；
The nuclear facilities threedimensional model is cut and/or removed by the practical retired operation of simulation generates the useless of target shape
Object model；
It establishes waste vault and stores the waste model, and count the waste information of the waste model；
Target waste model is chosen into the waste vault and is packaged simulation, and judges the target waste model encapsulation
Whether meet interim storage requirement afterwards.
Preferably, described that the nuclear facilities threedimensional model being pre-created is imported according to user demand, and complete the nuclear facilities
The radiation source of threedimensional model is bound, comprising:
Nuclear facilities threedimensional model is imported according to user demand, the nuclear facilities threedimensional model includes device model, concrete
Structures model and high integrality container；
Radiation source type and the position of the nuclear facilities threedimensional model are set, and the radiation of the high integrality container is set
Trigger condition is closed in source；
Information labeling is carried out to the nuclear facilities threedimensional model.
Preferably, the nuclear facilities threedimensional model is cut and/or is removed generation by the practical retired operation of the simulation
The waste model of target shape, comprising:
Auxiliary line is added on the surface of the nuclear facilities threedimensional model by angle measurement and linear measure longimetry；
The device model is cut to the waste model for generating target shape using Virtual cropping mode, it is described virtual
Cutting mode includes face cutting, body cutting and track wire cutting；
The concrete structures model is removed to the waste model for generating target shape using virtual dismounting mode,
The virtual dismounting mode includes that face is removed and track dismounting.
Preferably, the waste vault of establishing stores the waste model, and counts the waste information of the waste model, wraps
It includes:
The waste model is received, and storage is numbered according to default name format in the waste model；
The waste information of the waste model is counted according to the essential attribute of the waste model and its number；
Carry out the retrieval of the waste model.
Preferably, the waste vault selection target waste model that enters is packaged simulation, and judges the target
Whether interim storage requirement is met after waste model encapsulation, comprising:
Target waste model is chosen into the waste vault, and chooses the height compatible with the target waste model
Integrity container；
Target waste model fixation is encapsulated in the high integrality container, and judges the target waste model
Geomery whether match with the high integrality container；
Trigger condition, which is closed, according to the shield effectiveness of the high integrality container and radiation source judges that the high integrality is held
Whether the surface emissivity dosage rate after device encapsulation meets the interim storage requirement；
Match in the geomery of the target waste model with the high integrality container, and the high integrality is held
Surface emissivity dosage rate after device encapsulation exports waste packet statistical data when meeting the interim storage requirement.
Implement a kind of elimination of nuclear facilities waste provided by the invention virtually reorganize and outfit with statistical system and method, have it is following
The utility model has the advantages that
The present invention is using virtual technology realizes elimination of nuclear facilities process simulation, radioactive waste reorganizes and outfit simulation and amount of waste
The combination of Information Statistics can simulate complete elimination of nuclear facilities waste and reorganize and outfit process, can be used for comparing the elimination of nuclear facilities
The superiority and inferiority of the different retired modes of operation of waste, the waste variation during being carried out so as to entire Decommissioning engineering of making overall planning,
Prepare prediction scheme in advance, deploy manpower, resource, realizes the intelligence of waste processing, meet waste minimization principle；On the other hand,
The present invention is capable of the waste information of accurate statistic record various dimensions, provides for waste processing with disposal process and more fully inputs,
Mitigate waste statistical work amount, promotes working efficiency.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples, in attached drawing:
Fig. 1 is that the elimination of nuclear facilities waste that the embodiment of the present invention one provides virtually reorganizes and outfit schematic diagram with statistical system；
Fig. 2 is that elimination of nuclear facilities waste provided by Embodiment 2 of the present invention virtually reorganizes and outfit flow chart with statistical method.
Specific embodiment
The reasonability for the process of reorganizing and outfit, radioactive waste can not be verified in advance in order to solve traditional elimination of nuclear facilities waste management
The problems such as estimation result accuracy is not high, and the statistics available information of waste is less is measured, the present invention is intended to provide a kind of elimination of nuclear facilities is useless
Object virtually reorganize and outfit with statistical system and method, can simulate practical retired operation by nuclear facilities threedimensional model carry out cutting and/
Or the waste model for generating target shape is removed, and storage, the waste Information Statistics, Encapsulation Moulds of waste model are completed in system
Accordance detection after quasi- and encapsulation, can not only accurately record the waste information of various dimensions, it may also be used for compare different
The superiority and inferiority of retired mode of operation, more reasonably carries into execution a plan to make.
In order to enable those skilled in the art that the present invention is more clearly understood, below in conjunction with attached drawing and specific implementation
Example does further detailed description to the present invention.
Embodiment one
Fig. 1 is that a kind of elimination of nuclear facilities waste shown in the present embodiment virtually reorganizes and outfit schematic diagram with statistical system, such as Fig. 1
Shown, which includes that scene initialization module 10, pseudo operation module 20, waste statistical module 30 and waste reorganize and outfit module
40；
Wherein, scene initialization module 10 is used to import the nuclear facilities threedimensional model being pre-created according to user demand, and
Complete the radiation source binding of the nuclear facilities threedimensional model；Pseudo operation module 20 is for simulating practical retired operation for the core
The waste model for generating target shape is cut and/or removed to facility three-dimensional model；Waste statistical module 30 is useless for establishing
Object library 31 stores the waste model, and counts the waste information of the waste model；Waste reorganize and outfit module 40 for enter give up
Object library 31 chooses target waste model and is packaged simulation, and whether meets interim storage after judging the target waste model encapsulation
Deposit requirement.Elimination of nuclear facilities process simulation, radioactive waste are reorganized and outfit simulation for above-mentioned design and amount of waste estimation carries out organic knot
It closes, realizes the one-stop simulation for reorganizing and outfit process to elimination of nuclear facilities waste.
The system further includes task creation and archive module 50, and task creation connect waste vault 31 with archive module 50, is used
In creation new task, it is also used to carry out historical archive and load achieves, so that user be helped freely to create task.
Specifically, scene initialization module 10 includes import modul 11, source item setup module 12 and information labeling module 13,
Wherein, import modul 11 is used to import nuclear facilities threedimensional model according to user demand, and the nuclear facilities three dimensional virtual models include
Device model, concrete structures model and high integrality container；Source item setup module 12 is for being arranged nuclear facilities threedimensional model
Radiation source type and position, and the radiation source closedown condition of the high integrality container is set；Information labeling module 13 is used for
Information labeling is carried out to nuclear facilities threedimensional model, to complete scene initialization.
In the present embodiment, importing nuclear facilities threedimensional model includes importing the nuclear facilities threedimensional model completed, and also includes importing
The models such as individual facility, pipeline, workshop, steel platform, instrument valve；Carrying out information labeling to nuclear facilities threedimensional model includes mark
Device numbering, equipment size and operation notice etc. are infused, to facilitate formulation task and the number of subsequent waste model to store；It is high
Integrity container include spheroidal graphite cast-iron container, crosslinking high-density polyethylene container, concrete container etc. it is a variety of hold standard it is low, in
The high integrality container model of level radioactive waste, user can be selected to be applicable in container by the reception standard of different waste disposal site
Simulation is reorganized and outfit in completion；The radiation source that the high integrality container is arranged closes trigger condition, including waste is encapsulated into high integrality
Automatic shield dosage field after container, system can be determined that the radiation of waste is shielded at this time, and inform that user is not subject at this time
Radiation.
It should be noted that nuclear facilities can be activated or be polluted after running for a period of time as radioactive source, moved back in nuclear facilities
It needs to execute nuclear facilities different waste processing measurements according to the size of radiation in labour waste management, therefore the present invention sets core
It applies threedimensional model and carries out radiation source binding, including designated equipment belongs to point source or face source and radiation of equipment intensity etc., is convenient for
Subsequent waste separation storage and management.
Further, pseudo operation module 20 includes virtual auxiliary wire module 21, Virtual cropping module 22 and virtual dismounting
Module 23, it is virtual to assist wire module 21 auxiliary for adding by angle measurement and linear measure longimetry on the surface of nuclear facilities threedimensional model
Index contour, to guarantee that cutting/demolishing process is accurate；Virtual cropping module 22 is used to use Virtual cropping mode by the equipment mould
Type cutting generates the waste model of target shape；Virtual module 23 of removing is used for concrete structures using virtual mode of removing
Model removes the waste model for generating target shape.Above-mentioned design is enormously simplified by the way of being removed using Virtual cropping and virtually
The simulation of retired waste generates process, and user can verify different cuttings in advance, Demolition Scheme reorganizes and outfit the influence of generation to waste.
Specifically, the Virtual cropping mode includes face cutting, body cutting and track wire cutting；The virtual dismounting mode
It is removed including face and track is removed；Wherein, model is divided into two by face cutting for replacing cutter section with space virtual face；
Body cuts through setting virtual geometric body, will be included in the intracorporal department pattern of virtual geometric and is considered as cleaved products, the virtual geometric
Body allows to select geometry, is suitble to carry out borehole or special cutting on nuclear facilities surface；Track cutting is for being arranged cutting rail
Mark and depth, and automatically according to Cutting is provided with, cutting effect is the most accurate；It removes for being selected in concrete surface in face
Dismounting shape is selected, and sets dismounting depth, realizes that the scraping to concrete is simulated；Track is removed removes for setting in concrete
Track and remove depth, and it is set-mounted be automatically performed dismounting, user can voluntarily select suitable method according to scene.
In the present embodiment, pseudo operation module 20 further includes interface function module 24, is shown for carrying out diversified information,
Including progress, map is checked, waste information inspection, task list are checked and visual angle operation, and visual angle operation includes that rotation scales function
Energy, perspective function and section view function guarantee that user obtains enough operating environment perception.
Further, waste statistical module 30 includes waste vault 31, statistical module 32 and retrieval module 33, and waste vault 31 is used
In the reception waste model, and storage is numbered according to default name format in the waste module；Statistical module 32 connects
Waste vault 31 is connect, the waste information of the waste model is counted for the essential attribute and its number according to the waste model；
Retrieval module 33 connects waste vault 31, for carrying out the retrieval of the waste model；The waste information includes Waste volume, gives up
The waste information of the various dimensions such as amount of substance, waste shape, radiation intensity, waste number, biowaste origin, waste material, thus it is useless
Object statistical module is able to carry out the waste statistics of single activation generation, such as main pump dismounting activity, steam generator dismounting activity,
Also it is able to carry out the cumulative statistics for generating waste, to provide and more fully input for waste processing and disposal process.
It should be noted that the essential attribute of nuclear facilities threedimensional model includes that volume, quality, material, number, shape etc. exist
Be defined when initial creation, after Virtual cropping, the volume of newly-generated waste model, surface area can again into
Row calculates, and other essential attributes such as material etc. remains unchanged, and therefore, waste vault can be from the essential attribute of waste model quickly
Count the waste information of various dimensions；On the other hand, waste vault 31 is numbered waste model according to default name format and deposits
The threedimensional model of storage, such as number CGN-HL01-000 represents 1 loop main pipe hot leg overall model, should after Virtual cropping
Threedimensional model is classified into two independent waste MODEL C GN-HL01-001 and CGN-HL01-002 and is stored, therefore waste vault
Other waste information such as biowaste origin can be read from number, waste model according to source, generation activity and can be generated the stage
Classified automatically to waste model, supports quick-searching positioning, mitigate waste statistical work amount, promote working efficiency.
Further, it includes type selecting module 41, encapsulation analog module 42,43 and of Radiation monitoring module that waste, which reorganizes and outfit module 40,
As a result output module 44, type selecting module 41 are used to enter waste vault 31 and choose target waste model, and choose useless with the target
The compatible high integrality container of object model；Encapsulation analog module, which is used to fix on the target waste model, is encapsulated in height completely
In property container, and judge whether the geomery of the target waste model matches with high integrality container；Radiation monitoring mould
After block 43 is used to judge the encapsulation of high integrality container according to the shield effectiveness and radiation source of high integrality container closing trigger condition
Surface emissivity dosage rate whether meet interim storage requirement；As a result output module 44 is used for the shape of the target waste model
Shape size matches with the high integrality container, and the surface emissivity dosage rate satisfaction after high integrality container encapsulation is faced
When shelf appeal when export waste packet statistical data, realize that complete waste reorganizes and outfit the simulation of process.
It should be noted that since nuclear facilities threedimensional model is bundled with radiation source at the very start, and cut and demolishing process
The waste model that source item activity can be generated according to surface volume pro rate to cutting, therefore the radiation intensity of waste model is
It is known.And position of the waste model after entering high integrality container is also fixation, along with the shielding of waste canister is imitated
The influence factors such as fruit such as material, thickness are also known, therefore can pass through the radiation agent on Monte Carlo calculations waste canister surface
Dose rate size.
Above-mentioned waste statistical module and waste, which reorganize and outfit module, can be used as holonomic system single machine on a personal computer
Or more online operations of people, it also can be used as a feature card and be embedded into Nuclear installation decommissioning project simulation system, moved back having simulated
It is used as waste Information Statistics after using as a servant the retired activity of programme planning.
Embodiment two
It is virtually reorganized and outfit the embodiment of the invention provides a kind of elimination of nuclear facilities waste and statistical method, is suitable for embodiment one
Shown in elimination of nuclear facilities waste virtually reorganize and outfit and statistical system, shown in Figure 2, the method comprising the steps of:
S1, the nuclear facilities threedimensional model being pre-created is imported according to user demand, and complete the nuclear facilities threedimensional model
Radiation source binding；
The nuclear facilities threedimensional model is cut and/or is removed generation target shape by S2, the practical retired operation of simulation
Waste model；
S3, the waste vault storage waste model is established, and counts the waste information of the waste model；
S4, it is packaged simulation into waste vault selection target waste model, and judges the target waste model
Whether interim storage requirement is met after encapsulation.
Further, above-mentioned steps S1 is specifically included:
S11, nuclear facilities threedimensional model is imported according to user demand, the nuclear facilities threedimensional model includes device model, mixes
Solidifying soil structures model and high integrality container；
S12, the radiation source type of the setting nuclear facilities threedimensional model and position, and the high integrality container is set
Radiation source closes trigger condition；
S13, information labeling is carried out to the nuclear facilities threedimensional model.
Further, above-mentioned steps S2 is specifically included:
S21, auxiliary line is added on the surface of the nuclear facilities threedimensional model by angle measurement and linear measure longimetry；
S22, the device model is cut to the waste model for generating target shape using Virtual cropping mode, it is described
Virtual cropping mode includes face cutting, body cutting and track wire cutting；
S23, the concrete structures model is removed to the waste for generating target shape using virtual dismounting mode
Model, the virtual dismounting mode include that face is removed and track dismounting.
It should be noted that virtual environment will affect the spatial perception ability of user, if in the feelings of no any auxiliary
It is directly cut under condition, will cause the size shape of cleaved products and is expected the case where differing greatly appearance.In order to guarantee to cut every time
It cuts and is carried out all in accordance with plan, this method increases auxiliary line adding procedure, can measure angle and distance；Auxiliary line adds function can
By being used to add auxiliary line for model partition on nuclear facilities threedimensional model surface using free paintbrush realization is increased in system
For different zones, operational instrument is controlled when being cut and/or being removed and is operated along auxiliary line.
Further, above-mentioned steps S3 is specifically included:
S31, the waste model is received, and storage is numbered according to default name format in the waste model；
S32, the waste information that the waste model is counted according to the essential attribute and its number of the waste model；
S33, the retrieval for carrying out the waste model.
Further, above-mentioned steps S4 is specifically included:
S41, target waste model is chosen into the waste vault, and choose institute compatible with the target waste model
State high integrality container；
S42, target waste model fixation is encapsulated in the high integrality container, and judges the target waste
Whether the geomery of model matches with the high integrality container；
S43, judge that the height is complete according to the shield effectiveness and radiation source of the high integrality container closing trigger condition
Property container encapsulation after surface emissivity dosage rate whether meet interim storage requirement；
S44, match in geomery and the high integrality container of the target waste model, and described high complete
Property container encapsulation after surface emissivity dosage rate export waste packet statistical data when meeting interim storage requirement.
In the present embodiment, the waste packet statistical data can be used for keeping in or disposing；Meanwhile above-mentioned steps S42, S43
There is no successive point, can be completed at the same time, the present embodiment is with no restriction.
It is apparent to those skilled in the art that elimination of nuclear facilities waste provided by the above embodiment is virtual
It reorganizes and outfit virtually to reorganize and outfit with statistical method and elimination of nuclear facilities waste and belongs to same design with the embodiment of statistical system, it is specific real
Existing process is detailed in system embodiment, and which is not described herein again.
In conclusion the present invention provides a kind of elimination of nuclear facilities wastes virtually to reorganize and outfit and statistical system and method realization
Elimination of nuclear facilities process simulation, radioactive waste reorganize and outfit the combination of simulation and amount of waste Information Statistics, can simulate
Whole nuclear facilities waste reorganizes and outfit process, and the waste of different phase becomes during carrying out so as to entire Decommissioning engineering of making overall planning
Change, prepare prediction scheme in advance, deploy manpower, resource, realizes the intelligence of waste processing；On the other hand, pass through waste statistical module
The waste information of various dimensions can be counted, provides for waste processing with disposal process and more fully inputs, mitigates waste and counts work
It measures, promotes working efficiency.
Those of ordinary skill in the art will appreciate that realizing that all or part of the steps of above-described embodiment can pass through hardware
It completes, relevant hardware can also be instructed to complete by program, the program can store in a kind of computer-readable
In storage medium, storage medium mentioned above can be read-only memory, disk or CD etc..
The foregoing is merely presently preferred embodiments of the present invention, is not intended to limit the invention, it is all in spirit of the invention and
Within principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of elimination of nuclear facilities waste is virtually reorganized and outfit and statistical system characterized by comprising
Scene initialization module for importing the nuclear facilities threedimensional model being pre-created according to user demand, and completes the core
The radiation source of facility three-dimensional model is bound；
The nuclear facilities threedimensional model is cut and/or is removed production for simulating practical retired operation by pseudo operation module
The waste model of raw target shape；
Waste statistical module stores the waste model for establishing waste vault, and counts the waste information of the waste model；
Waste reorganizes and outfit module, is packaged simulation for entering waste vault selection target waste model, and judge the mesh
Whether meet interim storage requirement after mark waste model encapsulation.
2. system according to claim 1, which is characterized in that the scene initialization module includes:
Import modul, for importing nuclear facilities threedimensional model according to user demand, the nuclear facilities threedimensional model includes equipment mould
Type, concrete structures model and high integrality container；
Source item setup module, for radiation source type and the position of the nuclear facilities threedimensional model to be arranged, and it is complete that the height is arranged
The radiation source of whole property container closes trigger condition；
Information labeling module, for carrying out information labeling to the nuclear facilities threedimensional model.
3. system according to claim 2, which is characterized in that the pseudo operation module includes:
Virtual auxiliary wire module, it is auxiliary for being added by angle measurement and linear measure longimetry on the surface of the nuclear facilities threedimensional model
Index contour；
Virtual cropping module, for the device model to be cut to the waste for generating target shape using Virtual cropping mode
Model, the Virtual cropping mode include face cutting, body cutting and track wire cutting；
It is virtual to remove module, target shape is generated for removing the concrete structures model using virtual dismounting mode
The waste model, the virtual dismounting mode include that face is removed and track dismounting.
4. system according to claim 2, which is characterized in that the waste statistical module includes:
Storage is numbered according to default name format for receiving the waste model, and by the waste model in waste vault；
Statistical module connects the waste vault, for described useless according to the essential attribute and its number statistics of the waste model
The waste information of object model；
Retrieval module connects the waste vault, for carrying out the retrieval of the waste model.
5. system according to claim 2, which is characterized in that the waste reorganizes and outfit module and includes:
Type selecting module chooses target waste model for entering the waste vault, and chooses and mutually fit with the target waste model
The high integrality container matched；
Analog module is encapsulated, for target waste model fixation to be encapsulated in the high integrality container, and judges institute
Whether the geomery for stating target waste model matches with the high integrality container；
Radiation monitoring module judges institute for closing trigger condition according to the shield effectiveness and radiation source of the high integrality container
Whether the surface emissivity dosage rate after stating the encapsulation of high integrality container meets the interim storage requirement；
As a result output module matches for the geomery in the target waste model with the high integrality container, and
Surface emissivity dosage rate after the high integrality container encapsulation exports waste packet statistical number when meeting the interim storage requirement
According to.
6. a kind of elimination of nuclear facilities waste is virtually reorganized and outfit and statistical method, which is characterized in that comprising steps of
The nuclear facilities threedimensional model being pre-created is imported according to user demand, and completes the radiation source of the nuclear facilities threedimensional model
Binding；
The nuclear facilities threedimensional model is cut and/or is removed the waste mould for generating target shape by the practical retired operation of simulation
Type；
It establishes waste vault and stores the waste model, and count the waste information of the waste model；
Target waste model is chosen into the waste vault and is packaged simulation, and is after judging the target waste model encapsulation
It is no to meet interim storage requirement.
7. method according to claim 6, which is characterized in that described to import the nuclear facilities three being pre-created according to user demand
Dimension module, and complete the radiation source binding of the nuclear facilities threedimensional model, comprising:
Nuclear facilities threedimensional model is imported according to user demand, the nuclear facilities threedimensional model includes that device model, concrete are constructed
Object model and high integrality container；
Radiation source type and the position of the nuclear facilities threedimensional model are set, and the radiation source that the high integrality container is arranged closes
Close trigger condition；
Information labeling is carried out to the nuclear facilities threedimensional model.
8. method according to claim 7, which is characterized in that the simulation reality is retired to be operated the nuclear facilities three-dimensional mould
Type is cut and/or is removed the waste model for generating target shape, comprising:
Auxiliary line is added on the surface of the nuclear facilities threedimensional model by angle measurement and linear measure longimetry；
The device model is cut to the waste model for generating target shape, the Virtual cropping using Virtual cropping mode
Mode includes face cutting, body cutting and track wire cutting；
The concrete structures model is removed to the waste model for generating target shape using virtual dismounting mode, it is described
Virtual dismounting mode includes that face is removed and track dismounting.
9. method according to claim 7, which is characterized in that the waste vault of establishing stores the waste model, and counts
The waste information of the waste model, comprising:
The waste model is received, and storage is numbered according to default name format in the waste model；
The waste information of the waste model is counted according to the essential attribute of the waste model and its number；
Carry out the retrieval of the waste model.
10. method according to claim 7, which is characterized in that it is described enter the waste vault choose target waste model into
Row encapsulation simulation, and whether meet interim storage requirement after judging the target waste model encapsulation, comprising:
Target waste model is chosen into the waste vault, and is chosen compatible with the target waste model described high complete
Property container；
Target waste model fixation is encapsulated in the high integrality container, and judges the shape of the target waste model
Whether shape size matches with the high integrality container；
Trigger condition, which is closed, according to the shield effectiveness of the high integrality container and radiation source judges the high integrality container envelope
Whether the surface emissivity dosage rate after dress meets the interim storage requirement；
Match in the geomery of the target waste model with the high integrality container, and the high integrality container seals
Surface emissivity dosage rate after dress exports waste packet statistical data when meeting the interim storage requirement.
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