CN103838555B - Nuclear power station regulation digitization transformation method and system - Google Patents
Nuclear power station regulation digitization transformation method and system Download PDFInfo
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- CN103838555B CN103838555B CN201210478920.5A CN201210478920A CN103838555B CN 103838555 B CN103838555 B CN 103838555B CN 201210478920 A CN201210478920 A CN 201210478920A CN 103838555 B CN103838555 B CN 103838555B
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Abstract
The invention relates to a nuclear power station regulation digitization transformation method and system. The method comprises the following steps that icon marks in regulation electronic files are recognized, and an icon information library is generated; the recognized icon marks in the regulation electronic files are deleted, screenshot and format transformation are carried out on the processed regulation electronic files to obtain a base map of digitization regulations; attribute information of each icon mark in the icon information library is generated or searched for and is added to the icon information library; corresponding dynamic controls are added in the base map of the digitization regulations according to the icon information library to obtain the digitization regulations. According to the nuclear power station regulation digitization transformation method and system, through icon mark recognition, deletion and interception of the base map, format transformation, establishment of the icon information library of the attribute information of the recognized icon marks and query and improvement of the icon information library, information query time is saved, errors possibly brought by manual query and recording are avoided, and the quality of the digitization transformation of the nuclear power station regulations is improved greatly.
Description
Technical field
The present invention relates to technical field of nuclear power, more particularly, it relates to a kind of nuclear power station code digitized method for transformation and
System.
Background technology
Nuclear power plant be directed in the design it may happen that various normal, exception and accident conditions, formulated corresponding process
Code, these codes are used for instructing operator to provide guidance when needing to execute associative operation, especially for accident treatment, can
Instruct how operator avoids the impact of accident to expand, the harm that mitigation accident causes to power plant and surrounding.
Mostly employ digitized instrument control technology in the nuclear power plant building and transform on internal and international at present to come to system of power plant
System is controlled, and operator carries out monitor in real time by digitization station to the technique of whole power plant and equipment.Digitized
Widely used so that nuclear power plant's code is integrated into digitization station becomes necessity, by code is digitized
Conversion, and it is integrated into digitization station, operator can directly call and agendum in digitization station, alleviates
Operator's work load.
Digitized code is also provided that the dynamic operation means that papery code does not have, for example, add before the operational order of code
Plus a ticking frame, operator can be to the ticking of this control marking after execute this operational order；Needs are mentioned in code
During the coding of the picture calling and other code, the coding of this picture and code can be embodied as dynamic link, operator is only
Need to click on this link and just can open corresponding picture and code in digitization station；A generally single part code includes many
Page, additionally provides the dynamic link switching between the page in digitized code.The above function generally passes through number
Realizing, digitized code is in digitization station according to certain digital file form to dynamic controlware in word code
Middle realization, this form has arranged the code form of these dynamic controlware and attribute in digitized code, these dynamic controlware
It is generally divided into but is not limited to following several, they have some necessary attributes respectively, to realize the above dynamic function.Below
Common several dynamic controlware in nuclear power plant's digitized code are described：
（1）Tick frame dynamic controlware.
There is code identification attribute, this attribute has uniqueness, tick the code identification of frame for record in Operation Log
And the operating time, it is easy to the implementation status to code and carry out log analysis.
（2）Picture links dynamic controlware.
There are link identification and target picture address two attribute, be respectively used to indicate what literary composition is shown on this dynamic link
Word, needs the address of picture opened, this address can also be the unique encodings of picture after click, in a word, can be by should
Attribute uniquely determines certain specific picture.
（3）Code links dynamic controlware.
There are link identification and target code address two attribute, be respectively used to indicate what literary composition is shown on this dynamic link
Word, needs the address of code opened, this address can also be the unique encodings of code after click, in a word, can be by should
Attribute uniquely determines certain specific code.
（4）Dynamic controlware is linked between the page in code.
There are link identification and target pages address two attribute, be respectively used to indicate what literary composition is shown on this dynamic link
Word, needs to open that one page of this code after click, this address can also be the coding of the page, in a word, can pass through this genus
Property uniquely navigates to certain specific page of this code.
Additionally, in order to effectively be managed to code, each digitized code also has general code management control, carries
For the sequence of operations function such as starting, terminating, reset, print.
Nuclear power plant's code is generally first drawn with special drawing instrument, the code of drafting there is no dynamic characteristic it is impossible to
It is integrated in digitization station directly using it is necessary to carry out according to the form of the digital file requiring in digitization station
Conversion.Therefore, the code drawn by drawing instrument will must dynamically tick frame, picture dynamic link, rule in the position needing
In journey dynamic link and code, between the page, dynamic link is marked with specific icon, and provides necessary link identification letter
Then these labellings are replaced with corresponding dynamic controlware according to corresponding attribute information in digitized conversion, turn simultaneously by breath
Change the rule before also needing to ensure content that the digitized code being integrated in digitization station presents and final effect and conversion
Journey is consistent.
Digitized conversion from electronic document page to digital file for the nuclear power station code mainly adopts manual method at present.Please
Refering to Fig. 1, it is the flow chart of existing nuclear power station code digitized method for transformation.Please refer to Fig. 2A -2F, be nuclear power station code
Digitized conversion process schematic diagram.Wherein, Fig. 2A is original code e-file；Fig. 2 B is the base map of digitized code；Fig. 2 C
For with the addition of the digitized code ticking frame dynamic controlware；Fig. 2 D is to the addition of the numeral ticking frame and picture link dynamic controlware
Change code；Fig. 2 E is to the addition of to tick the digitized code that frame, picture link and code link dynamic controlware；Fig. 2 F is to the addition of
Tick frame, the digitized code of picture link, code link and page link dynamic controlware.
The detailed process of existing nuclear power station code digitized method for transformation is as follows：
First, in step S101, will need to be converted into ticking block diagram symbol, the picture of dynamic controlware in code e-file
In link icon, code link icon and code, between the page, link icon is manually deleted.As will tick in Fig. 2A block diagram symbol 201,
In 202 and 203, and picture linked, diagram symbol 204, code link icon 205 and code, between the page, link icon 206 is carried out manually
Delete.
Subsequently, in step s 102, the code e-file needing the icon labels being converted into dynamic controlware will be deleted
Sectional drawing, and it is converted into the picture of specific format, the base map as digitized code.Having deleted each as shown in Figure 2 B needs
Each icon labels of dynamic controlware to be converted to.
Subsequently, in step s 103, with reference to the requirement of original code e-file and digitized code, in digitized
In the base map of code, corresponding position adds corresponding dynamic ticking frame manually, that is, tick the dynamic controlware of frame, according to predetermined
Coding rule, artificial is that each dynamic frame that ticks arranges unique code identification attribute.With the addition of as shown in FIG. 2 C and beaten
Hook the dynamic controlware 211,212 and 213 of frame.
Subsequently, in step S104, with reference to the requirement of original code e-file and digitized code, according to picture
The information of the link identification of link icon, searches picture data file to determine target picture address, and in digitized code
Correspondence position in base map is added manually to the dynamic link of picture, fills in link identification and target picture address.In Fig. 2 D
D-XXX that is shown, being shown according to the link identification of picture linked, diagram symbol 204, operator can search in picture data file
This D-XXX corresponding target picture address, therefore can know and fill in link identification and the target picture ground of this dynamic controlware
Location, and then the correspondence position in the base map of digitized code shows this picture link dynamic controlware 214.
Subsequently, in step S105, with reference to the requirement of original code e-file and digitized code, according to code
The information of the link identification of link icon, searches protocol data file to determine target code address, and in digitized code
Correspondence position in base map is added manually to the dynamic link of code, fills in link identification and target code address.In Fig. 2 E
P-XXX that is shown, being shown according to the link identification that code links icon 205, operator can search in protocol data file
This P-XXX corresponding target code address, therefore can know and fill in link identification and the target code ground of this dynamic controlware
Location, and then the correspondence position in the base map of digitized code shows this code link dynamic controlware 215.
Subsequently, in step s 106, with reference to the requirement of original code e-file and digitized code, according to code
The information of the link identification of link icon, artificial determination target code address, and the corresponding position in the base map of digitized code
Put the dynamic link being added manually to the page, fill in link identification and target code address.As shown in figure 2f, according in code
The SH-XX that the link identification of icon 206 shows is linked, operator manually determines this SH-XX corresponding target pages ground between the page
Location, therefore can know and fill in link identification and the target pages address of this dynamic controlware, and then the bottom in digitized code
The correspondence position of in figure shows this page link dynamic controlware 216.
Subsequently, in step s 107, the base map of digitized code adds general code management control.
Above step S103, to step S107, can be carried out with random order.
Pass through the artificial icon mark deleted and need conversion in prior art, carry out artificial sectional drawing, and by manually counting
Add in the base map of word code and tick frame dynamic controlware, picture link dynamic controlware, code link dynamic controlware and page chain
Connect dynamic controlware, the efficiency of digitized conversion is very low.In addition, may holiday icon labels not delete in conversion process
Remove, lead to these icon labels to be treated as a part for the base map of digitized code, and be not translated into corresponding dynamic control
Part, and because the artificial picture that adds links dynamic controlware and the link identification attribute of code link dynamic controlware, and need
Search corresponding target picture address and target code address, be very easy to the link identification of dynamic link and the mesh occurring adding
Mark address error, the link identification of dynamic link after leading to convert and original code are inconsistent, or dynamic link cannot
It is linked to the situation of target picture or target code it is difficult to ensure the quality of digitized code.Therefore, existing manual digitalization
Not only workload is big for conversion, and the unreliability of people also brings the ropy problem of conversion.
Content of the invention
The technical problem to be solved in the present invention is, relies on for existing nuclear power station code digitized method for transformation and manually holds
Not only workload is big and converts ropy defect for row, provides a kind of nuclear power station code digitized method for transformation and system.
The technical solution adopted for the present invention to solve the technical problems is：Construct a kind of nuclear power station code digitized conversion side
Method, comprises the following steps：
Icon labels identification step, the icon labels in identification code e-file, record each icon labels respectively
Positional information and icon type generate icon information bank；Described icon type includes encoding class and links category icon labels；Institute
State and in icon labels identification step, also identify that wherein links category icon labels corresponding link identification record is to described icon information
In the attribute information in storehouse；
Icon labels delete step, deletes the icon labels in the code e-file identifying, and to the rule after processing
Journey e-file carries out sectional drawing and form conversion, obtains the base map of digitized code；
Attribute information generation step, is that each the coding class icon labels in described icon information bank are advised by predetermined coding
Then generate unique code identification, add to the attribute information of described icon information bank；And according in described icon information bank
Each corresponding link identification of links category icon labels search in default information database or automatically generate corresponding
Destination address, adds to the attribute information of described icon information bank；
Digitized code generation step, according in described icon information bank storage each icon labels icon type,
Positional information and attribute information, add corresponding dynamic controlware in the base map of described digitized code, obtain digitized code.
According in nuclear power station code digitized method for transformation of the present invention, described coding class icon labels include beating
Hook block diagram symbol.
According in nuclear power station code digitized method for transformation of the present invention, described links category icon labels include：
Icon is linked between the page in picture linked, diagram symbol, code link icon and code；And in described attribute information generation step：
Corresponding link identification is accorded with default image information according to each the picture linked, diagram in described icon information bank
Corresponding target picture address is searched in data base；
According to each code link corresponding link identification of icon in described icon information bank in default protocol information
Corresponding target code address is searched in data base；
Automatically generated according to the link corresponding link identification of icon between the page in each code in described icon information bank
Target pages address.
According in nuclear power station code digitized method for transformation of the present invention, in described digitized code generation step
In the base map of described digitized code, also add general code management control.
According in nuclear power station code digitized method for transformation of the present invention, described general code manages control bag
Include：Start, terminate, reset and printing function button.
Present invention also offers a kind of nuclear power station code digitized conversion system, including：
Icon labels identification module, for identifying the icon labels in code e-file, records each icon respectively
The positional information of labelling and icon type generate icon information bank；Described icon type includes encoding class and links category icon mark
Note；Described icon labels identification module also identifies that wherein links category icon labels corresponding link identification record is to described icon letter
In the attribute information in breath storehouse；
Icon labels removing module, for deleting the icon labels in the code e-file that identifies, and to processing after
Code e-file carry out sectional drawing and form conversion, obtain the base map of digitized code；
Attribute information generation module, for pressing predetermined volume for each the coding class icon labels in described icon information bank
Code rule generates unique code identification, adds to the attribute information of described icon information bank；And according to described icon information
Each corresponding link identification of links category icon labels in storehouse search in default information database or automatically generate right
The destination address answered, adds to the attribute information of described icon information bank；
Digitized code generation module, for the icon class according to each icon labels of storage in described icon information bank
Type, positional information and attribute information, add corresponding dynamic controlware in the base map of described digitized code, obtain digitized rule
Journey.
According in nuclear power station code digitized conversion system of the present invention, described coding class icon labels include beating
Hook block diagram symbol；Described attribute information generation module includes：Tick frame code identification signal generating unit, for for described icon information
Each in storehouse ticks block diagram symbol and generates unique code identification by predetermined coding rule, adds to described icon information bank
In attribute information.
According in nuclear power station code digitized conversion system of the present invention, described links category icon labels include：
Icon is linked between the page in picture linked, diagram symbol, code link icon and code；And described attribute information generation module specifically wraps
Include：
Target picture address lookup unit, for corresponding according to each the picture linked, diagram symbol in described icon information bank
Link identification searches corresponding target picture address in default image information data base, adds to described icon information bank
In attribute information；
Target code address lookup unit, for corresponding according to each code link icon in described icon information bank
Link identification searches corresponding target code address in default protocol information data base, adds to described icon information bank
In attribute information；
Target pages scalar/vector, for according to linked, diagram between the page in each code in described icon information bank
Accord with corresponding link identification and automatically generate target pages address, add to the attribute information of described icon information bank.
According in nuclear power station code digitized conversion system of the present invention, described digitized code generation module is also
Add general code management control in the base map of described digitized code.
According in nuclear power station code digitized conversion system of the present invention, described digitized code generation module adds
Plus general code management control include：Start, terminate, reset and printing function button.
Implement nuclear power station code digitized method for transformation and the system of the present invention, have the advantages that：The present invention is led to
Cross automatic identification icon labels and avoid the omission identification problem that artificial cognition may be brought；By be automatically deleted intercept base map and
Format conversion, improves the efficiency of base map generation；The attribute information of the icon labels by automatically identifying sets up icon information
Icon information bank is improved in storehouse automatically inquiry, saves the information inquiry time, and avoids artificial enquiry and typing may carry
Come mistake, automatically generated by digitized code it is achieved that and finally automatically generate nuclear power plant's digitized code, can be very big
The work efficiency improving digitized conversion, it is to avoid the laborious transferring mistake that may introduce, digitized to nuclear power plant's code
The quality of conversion improves a lot.
Brief description
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing：
Fig. 1 is the flow chart of existing nuclear power station code digitized method for transformation；
Fig. 2A -2F is nuclear power station code digitized conversion process schematic diagram；
Fig. 3 is the flow chart of the first embodiment of the nuclear power station code digitized method for transformation according to the present invention；
Fig. 4 is the flow chart of the second embodiment of the nuclear power station code digitized method for transformation according to the present invention；
Fig. 5 is the module diagram of the first embodiment of the nuclear power station code digitized conversion system according to the present invention；
Fig. 6 is the module diagram of the second embodiment of the nuclear power station code digitized conversion system according to the present invention.
Specific embodiment
In order that the objects, technical solutions and advantages of the present invention become more apparent, below in conjunction with drawings and Examples, right
The present invention is further elaborated.
Refer to Fig. 3, be the flow chart of the first embodiment of nuclear power station code digitized method for transformation according to the present invention.
As shown in figure 3, the nuclear power station code digitized method for transformation that first embodiment of the invention provides mainly includes the following steps that：
First, in step S301, execute icon labels identification step, i.e. icon mark in identification code e-file
Note, records the positional information of each icon labels respectively and icon type generates icon information bank.According to default in this step
Icon labels feature database identifying the icon labels in code e-file.Wherein, icon type includes encoding class and chain
Connect class icon labels.Coding class icon labels refer to need the icon mark of the dynamic controlware being converted to the attribute with code identification
Note, including but not limited to ticks frame.Tick frame dynamic controlware i.e. dynamic ticking frame, tick frame for record in Operation Log
Code identification and operating time, it is easy to the implementation status to code and carries out log analysis.Links category icon labels refer to need to turn
It is changed to the icon labels of the dynamic controlware of the attribute with link identification and destination address, including but not limited to picture linked, diagram
Icon is linked between the page in symbol, code link icon and code.Wherein, link identification be used for indicating show on this dynamic controlware assorted
Word, destination address be click on after the address of picture, code or the page that needs to open, this destination address can also be picture
The unique encodings of face, code or the page, can uniquely determine certain specific picture, code or the page by this attribute in a word.
Therefore, also need to the identification wherein corresponding link identification of links category icon labels in this icon labels identification step and record to figure
In the link identification item of attribute information in symbol information bank.For example identify and in Fig. 2A, tick block diagram symbol 201,202 and 203, and
Icon 206 is linked between the page in picture linked, diagram symbol 204, code link icon 205 and code.And record in icon information bank
The lower positional information ticking block diagram symbol 201,202 and 203 and icon type, and picture linked, diagram symbol 204, code link icon
205 and code in link positional information, icon type and the link identification of icon 206 between the page.
Subsequently, in step s 302, execute icon labels delete step, delete the figure in the code e-file identifying
Symbol labelling, and the code e-file after processing is carried out with sectional drawing and form conversion, obtain the base map of digitized code.As Fig. 2 B
Shown in turn for the row format of going forward side by side of sectional drawing after the icon labels of dynamic controlware that needs to be converted to having deleted that each identifies
Base map after changing.
Subsequently, in step S303, execute attribute information generation step, be each the coding class icon in icon information bank
Labelling is pressed predetermined coding rule and is generated unique code identification, adds to the attribute information of icon information bank；And according to figure
Each corresponding link identification of links category icon labels in symbol information bank is searched or automatic in default information database
Generate corresponding destination address, add to the attribute information of icon information bank.For example, for coding class icon labels, such as scheme
Tick block diagram symbol 201,202 and 203 in 2A, block diagram can be ticked for each and press predetermined coding rule generation unique coding mark
Know, add to the code identification item of attribute information in icon information bank.For coding class icon labels, picture chain in such as Fig. 2A
Map interlinking symbol 204 and code link icon 205, can be according to the corresponding link mark of each the links category icon in icon information bank
Know, search corresponding destination address in default image information data base and protocol information data base respectively, add to icon
In the destination address item of information bank.Icon 206 is linked between for the page in code, can be according to link icon between the page in code
206 corresponding link identification automatically generate target pages address, add to the destination address item of icon information bank.
Finally, in step s 304, execute digitized code generation step, according to each figure of storage in icon information bank
The icon type of symbol labelling, positional information and attribute information, add corresponding dynamic controlware in the base map of digitized code, obtain
To digitized code, as shown in Figure 2 F, with the addition of the dynamic controlware 211,212 and 213 ticking frame, picture links dynamic controlware
214, code links dynamic controlware 215 and page link dynamic controlware 216.
Refer to Fig. 4, be the flow chart of the second embodiment of nuclear power station code digitized method for transformation according to the present invention.
As shown in figure 4, the nuclear power station code digitized method for transformation that second embodiment of the invention provides mainly includes the following steps that：
First, in step S401, execute icon labels identification step, i.e. icon mark in identification code e-file
Note, records the positional information of each icon labels respectively and icon type generates icon information bank.This step and the first enforcement
In example, step S301 is identical.In this embodiment, coding class icon labels include ticking frame；Links category icon labels include picture
Icon is linked between the page in link icon, code link icon and code.Taking the code of Fig. 2A as a example, generate as form 1 institute
Diagram symbol information bank, wherein " N/A " represent unavailable item, and addition item is treated in " --- " expression.Have recorded in Fig. 2A in icon information bank
Tick block diagram and accord with 201 positional informationes and icon type respectively " X1, Y1 " and " ticking block diagram symbol ".Tick block diagram symbol 202 and 203
Also it is sequentially recorded in icon information bank.For links category icon labels, in icon information bank, have recorded picture linked, diagram symbol 204
Positional information, icon type and link identification be respectively " X4, Y4 ", " picture linked, diagram symbol " and " D-XXX ", code linked, diagram
The positional information of symbol 205, icon type and link identification are respectively " X5, Y5 ", " code link icon " and " P-XXX ", code
Link the positional information of icon 206, icon type and link identification between the interior page and be respectively " X6, Y6 ", " chain between the page in code
Map interlinking accords with " and " SH-XX ".Additionally, in icon labels identification step during identification icon labels, can also generate corresponding
Identification log recording, the icon position including but not limited to identified and attribute information.
Form 1
Subsequently, in step S402, execute icon labels delete step, delete the figure in the code e-file identifying
Symbol labelling, and the code e-file after processing is carried out with sectional drawing and form conversion, obtain the base map of digitized code.This step
As consistent with step S302 in first embodiment.The needs identifying for having deleted each as shown in Figure 2 B are converted to dynamic
After the icon labels of state control sectional drawing go forward side by side row format conversion after base map.
Subsequently, in step S403-S406, execute attribute information generation step.Following step S403-S406 can be according to
Random order executes.
In step S403, tick block diagram for each and press predetermined coding rule and generate unique code identification, add to
In the code identification item of attribute information in icon information bank.As shown in form 2, for ticking block diagram symbol 201,202 and 203, point
Do not generate unique code identification " MOP001 ", " MOP002 " and " MOP003 ".
Form 2
In step s 404, corresponding link identification is accorded with according to each the picture linked, diagram in icon information bank, default
Image information data base in search corresponding target picture address, add to the destination address item of icon information bank.As table
Shown in lattice 3, corresponding mesh is searched in image information data base according to the link identification " D-XXX " of picture linked, diagram symbol 204
Mark picture address is " XYZ###C ", adds to the destination address item of icon information bank.In link identification " D-XXX " each " X "
Represent the numeral of 0-9, such as " D-001 " and " D-002 ", therefore corresponding difference can be found according to different link identification
Target picture address.Additionally, this step, when inquiring about target picture address, can also generate corresponding inquiry log record,
Including but not limited to link identification and target picture address, when not inquiring target picture address, can be in log recording
The information representing inquiry failure is provided.
Form 3
In step S405, according to each code link corresponding link identification of icon in icon information bank, default
Protocol information data base in search corresponding target code address, add to the destination address item of icon information bank.As table
Shown in lattice 4, corresponding mesh is searched in protocol information data base according to the link identification " P-XXX " that code links icon 205
Mark code address is " XYZ###M ", adds to the destination address item of icon information bank.In link identification " P-XXX " each " X "
Also illustrate that the numeral of 0-9, such as " P-123 " and " P-176 ", therefore according to different link identification can find corresponding not
Same target code address.Additionally, this step is when inquiring about target code address, corresponding inquiry log note can also be generated
Record, including but not limited to link identification and target code address, when not inquiring target code address, can be in log recording
Middle offer represents the information inquiring about failure.
Form 4
In step S406, according to link icon corresponding link mark between the page in each code in icon information bank
Know, generate corresponding target pages address, add to the destination address item of icon information bank.As shown in form 5, according to rule
In journey between the page link icon 206 link identification " SH-XX ", generate corresponding target pages address be " SH## ", add to
In the destination address item of icon information bank.In link identification " SH-XX ", each " X " also illustrates that the numeral of 0-9, such as " SH-01 "
" SH-02 ", therefore can generate different target pages addresses according to different link identification.
Form 5
Subsequently, in step S407 and step S408, execute digitized code generation step.Wherein, step S407 and step
Rapid S408 can execute in any order.
In step S 407, according to the icon type of each icon labels of storage in icon information bank, positional information and
Attribute information, adds corresponding dynamic controlware in the base map of digitized code, obtains digitized code, as shown in Figure 2 F, adds
Add the dynamic controlware 211,212 and 213 ticking frame, picture links dynamic controlware 214, code link dynamic controlware 215 and page
Face links dynamic controlware 216.
In step S408, the base map of digitized code adds general code management control.These general rule
Thread management control includes but is not limited to：Beginning, end, reset and printing function button etc..
Therefore, the present invention can automatically generate and comprise base map and dynamic controlware according to the form of digitized regulatory requirements
Digitized code, and add general code management control, form the number that finally can test in digitization station and use
Word code.
Refer to Fig. 5, be that the module of the first embodiment of nuclear power station code digitized conversion system according to the present invention is shown
It is intended to.As shown in figure 5, the nuclear power station code digitized conversion system that first embodiment provides at least includes：Icon labels identify
Module 10, icon labels removing module 20, attribute information generation module 30 and digitized code generation module 40.
Wherein, icon labels identification module 10, for identifying the icon labels in code e-file, records every respectively
The positional information of individual icon labels and icon type generate icon information bank, and this icon type includes encoding class and links category icon
Labelling.This icon labels identification module also identifies that wherein links category icon labels corresponding link identification record is to icon information bank
Attribute information in.The operation of this icon labels identification module 10 execution is consistent with aforementioned icon marker recognition step.For example know
Do not go out to tick block diagram symbol 201,202 and 203 in Fig. 2A, and in picture linked, diagram symbol 204, code link icon 205 and code
Icon 206 is linked between the page.And record positional information and the figure ticking block diagram symbol 201,202 and 203 in icon information bank
The position letter of icon 206 is linked between the page in symbol type, and picture linked, diagram symbol 204, code link icon 205 and code
Breath, icon type and link identification.
Icon labels removing module 20 is connected with icon labels identification module 10, obtains icon labels identification module 10 and identifies
Icon labels in the code e-file going out, and delete these icon labels in code e-file, and to processing after
Code e-file carries out sectional drawing and form conversion, obtains the base map of digitized code, as shown in Figure 2 B.This icon labels is deleted
The operation of module 20 execution is consistent with aforementioned icon labels delete step.
Attribute information generation module 30 is connected with icon labels identification module 10, obtains icon labels identification module 10 and generates
Icon information bank, and press predetermined coding rule for each the coding class icon labels in icon information bank and generate unique volume
Code mark, adds to the attribute information of icon information bank；And according to each the links category icon labels pair in icon information bank
The link identification answered is searched in default information database or is automatically generated corresponding destination address, adds to icon information
In the attribute information in storehouse.The operation of this attribute information generation module 30 execution is consistent with aforementioned attributes information generation step.
Digitized code generation module 40 is connected with icon labels removing module 20 and attribute information generation module 30, is used for
Obtain the icon information bank after attribute information generation module 30 updates, and obtain the numeral that icon labels removing module 20 is processed
Change the base map of code, according to the icon type of each icon labels of storage, positional information and attribute information in icon information bank,
Add corresponding dynamic controlware in the base map of digitized code, obtain digitized code.This digitized code generation module 40
The operation of execution is consistent with aforementioned digital code generation step.
Refer to Fig. 6, be that the module of the second embodiment of nuclear power station code digitized conversion system according to the present invention is shown
It is intended to.In second embodiment, the icon labels in code e-file comprise to encode class icon labels and links category icon labels,
Wherein coding class icon labels include ticking frame, and links category icon labels include：Picture linked, diagram symbol, code link icon and rule
Icon is linked between the page in journey.As shown in fig. 6, the nuclear power station code automatic digital conversion system and that second embodiment provides
One embodiment be similar to, differ only in, attribute information generation module 30 further include tick frame code identification signal generating unit 31,
Target picture address lookup unit 32, target code address lookup unit 33 and target pages scalar/vector 34.
Tick frame code identification signal generating unit 31 to be connected with icon labels identification module 10, obtain icon labels identification module
The data ticking block diagram symbol in the icon information bank of 10 generations, is that each the ticking block diagram in icon information bank accords with by predetermined
Coding rule generates unique code identification, adds to the attribute information of icon information bank.This ticking frame code identification generates
The operation of unit 31 execution is identical with step S403 in the second embodiment of preceding method.As being to tick block diagram symbol in form 2
201st, 202 and 203, generate unique code identification " MOP001 ", " MOP002 " and " MOP003 " respectively.
Target picture address lookup unit 32 is connected with icon labels identification module 10, obtains icon labels identification module 10
The data of picture linked, diagram symbol in the icon information bank generating, accords with corresponding link identification default according to each picture linked, diagram
Image information data base in search corresponding target picture address, add the attribute information of icon information bank.As institute in form 3
Show, corresponding target picture ground is searched in image information data base according to the link identification " D-XXX " of picture linked, diagram symbol 204
Location is " XYZ###C ", adds to the destination address item of icon information bank.
Target code address lookup unit 33 is connected with icon labels identification module 10, obtains icon labels identification module 10
In the icon information bank generating, code links the data of icon, corresponding according to each code link icon in icon information bank
Link identification, searches corresponding target code address in default protocol information data base, adds to the mesh of icon information bank
In mark address entries.As shown in form 4, the link identification " P-XXX " of icon 205 is linked in protocol information data base according to code
The corresponding target code address of middle lookup is " XYZ###M ", adds to the destination address item of icon information bank.
Target pages scalar/vector 34 is connected with icon labels identification module 10, obtains icon labels identification module 10
The data of icon is linked between the page, according to link icon pair between the page in each code in icon information bank in the code generating
The link identification answered, generates corresponding target pages address, adds to the destination address item of icon information bank.In form 5
Shown, according to the link identification " SH-XX " linking icon 206 between the page in code, generating corresponding target pages address is
" SH## ", adds to the destination address item of icon information bank.
Digitized code generation module 40 and ticking frame code identification signal generating unit 31, target picture address lookup unit
32nd, target code address lookup unit 33 is connected with target pages scalar/vector 34, for obtaining through unit more
Icon information bank after newly finishing, according to the icon type of each icon labels of storage in icon information bank, positional information and
Attribute information, adds corresponding dynamic controlware in the base map of the digitized code that icon labels removing module 20 is processed, obtains
Digitized code.As shown in Figure 2 F, with the addition of the dynamic controlware 211,212 and 213 ticking frame, picture links dynamic controlware 214,
Code link dynamic controlware 215 and page link dynamic controlware 216.This digitized code generation module 40 can also exist further
Add general code management control in the base map of digitized code.These general code management controls include but is not limited to：
Beginning, end, reset and printing function button etc..
The nuclear power station code digitized method for transformation of the present invention and system, by computer program automatic identification icon labels
Avoid the omission identification problem that artificial cognition may be brought；Intercept base map and format conversion by being automatically deleted, improve bottom
The efficiency that figure generates；The attribute information of the icon labels automatically identifying by using computer program set up icon information bank,
And icon information bank is improved in inquiry automatically, saves the information inquiry time, and avoid artificial enquiry and typing may bring
Mistake, automatically generated by digitized code it is achieved that and finally automatically generate nuclear power plant's digitized code, can be great
Improve the work efficiency of digitized conversion, it is to avoid the laborious transferring mistake that may introduce, the digitized of nuclear power plant's code turned
The quality changed improves a lot.
The present invention is described according to specific embodiment, but it will be understood by those skilled in the art that without departing from this
During bright scope, various change and equivalent can be carried out.Additionally, the specific occasion for adaptation the technology of the present invention or material, can be right
The present invention carries out many modifications without deviating from its protection domain.Therefore, the present invention is not limited to specific embodiment disclosed herein,
And include all embodiments dropping into claims.
Claims (8)
1. a kind of nuclear power station code digitized method for transformation is it is characterised in that comprise the following steps：
Icon labels identification step, the icon labels in identification code e-file, record the position of each icon labels respectively
Confidence breath and icon type generate icon information bank；Described icon type includes encoding class and links category icon labels；Described figure
Also identify in symbol marker recognition step that wherein links category icon labels corresponding link identification record is to described icon information bank
In attribute information；
Icon labels delete step, deletes the icon labels in the code e-file identifying, and to the code electricity after processing
Subfile carries out sectional drawing and form conversion, obtains the base map of digitized code；
Attribute information generation step, is that each the coding class icon labels in described icon information bank are given birth to by predetermined coding rule
Become unique code identification, add to the attribute information of described icon information bank；And according to every in described icon information bank
The corresponding link identification of individual links category icon labels is searched in default information database or is automatically generated corresponding target
Address, adds to the attribute information of described icon information bank；
Digitized code generation step, according to the icon type of each icon labels of storage, position in described icon information bank
Information and attribute information, add corresponding dynamic controlware in the base map of described digitized code, obtain digitized code；
Described links category icon labels include：Icon is linked between the page in picture linked, diagram symbol, code link icon and code；And
In described attribute information generation step：
Corresponding link identification is accorded with default image information data according to each the picture linked, diagram in described icon information bank
Corresponding target picture address is searched in storehouse；
According to each code link corresponding link identification of icon in described icon information bank in default protocol information data
Corresponding target code address is searched in storehouse；
Target is automatically generated according to the link corresponding link identification of icon between the page in each code in described icon information bank
Page address.
2. nuclear power station code digitized method for transformation according to claim 1 is it is characterised in that described coding class icon mark
Note includes ticking block diagram symbol.
3. nuclear power station code digitized method for transformation according to claim 1 is it is characterised in that described digitized code is given birth to
Become in the base map of described digitized code, in step, also add general code management control.
4. nuclear power station code digitized method for transformation according to claim 3 is it is characterised in that described general code pipe
Reason control includes：Start, terminate, reset and printing function button.
5. a kind of nuclear power station code digitized conversion system is it is characterised in that include：
Icon labels identification module, for identifying the icon labels in code e-file, records each icon labels respectively
Positional information and icon type generate icon information bank；Described icon type includes encoding class and links category icon labels；Institute
State icon labels identification module and also identify that wherein links category icon labels corresponding link identification record is to described icon information bank
Attribute information in；
Icon labels removing module, for deleting the icon labels in the code e-file identifying, and to the rule after processing
Journey e-file carries out sectional drawing and form conversion, obtains the base map of digitized code；
Attribute information generation module, for pressing predetermined coding rule for each the coding class icon labels in described icon information bank
Then generate unique code identification, add to the attribute information of described icon information bank；And according in described icon information bank
Each corresponding link identification of links category icon labels search in default information database or automatically generate corresponding
Destination address, adds to the attribute information of described icon information bank；
Digitized code generation module, for according in described icon information bank storage each icon labels icon type,
Positional information and attribute information, add corresponding dynamic controlware in the base map of described digitized code, obtain digitized code；
Described links category icon labels include：Icon is linked between the page in picture linked, diagram symbol, code link icon and code；And
Described attribute information generation module specifically includes：
Target picture address lookup unit, for according with corresponding link according to each the picture linked, diagram in described icon information bank
Mark searches corresponding target picture address in default image information data base, adds to the attribute of described icon information bank
In information；
Target code address lookup unit, for according to each code link corresponding link of icon in described icon information bank
Mark searches corresponding target code address in default protocol information data base, adds to the attribute of described icon information bank
In information；
Target pages scalar/vector, for according to link icon pair between the page in each code in described icon information bank
The link identification answered automatically generates target pages address, adds to the attribute information of described icon information bank.
6. nuclear power station code digitized conversion system according to claim 5 is it is characterised in that described coding class icon mark
Note includes ticking block diagram symbol；Described attribute information generation module includes：Tick frame code identification signal generating unit, for for described
Each in icon information bank ticks block diagram symbol and generates unique code identification by predetermined coding rule, adds to described icon
In the attribute information of information bank.
7. nuclear power station code digitized conversion system according to claim 5 is it is characterised in that described digitized code is given birth to
Module is become also to add general code management control in the base map of described digitized code.
8. nuclear power station code digitized conversion system according to claim 7 is it is characterised in that described digitized code is given birth to
The general code management control that module is added is become to include：Start, terminate, reset and printing function button.
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| CN109634215B (en) * | 2018-10-25 | 2021-03-19 | 中国核电工程有限公司 | Nuclear power plant operation procedure design method based on planar graph coding technology |
| CN112053138A (en) * | 2020-09-18 | 2020-12-08 | 核动力运行研究所 | Electronic work package rule recording system and method |
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Address after: 518023 No. 69 Shennan Middle Road, Shenzhen, Guangdong, Futian District Co-patentee after: CHINA GENERAL NUCLEAR POWER Corp. Patentee after: CHINA NUCLEAR POWER ENGINEERING Co.,Ltd. Address before: 518023 No. 69 Shennan Middle Road, Shenzhen, Guangdong, Futian District Co-patentee before: CHINA GUANGDONG NUCLEAR POWER GROUP Co.,Ltd. Patentee before: CHINA NUCLEAR POWER ENGINEERING Co.,Ltd. |
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