CN110298628A - A kind of digitlization examination platform prototype system framework - Google Patents
A kind of digitlization examination platform prototype system framework Download PDFInfo
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Abstract
The present invention relates to a kind of digitlizations to examine platform prototype system framework, including the pedestal layer set gradually from low to high, data Layer, podium level and application layer, the application layer is for realizing user to the use of system function and the display of visualization interface, the podium level includes that writing for rule file works with norms review, the norms review work includes obtaining architectural engineering information from data Layer, digitlization examines and feeds back examination result to presentation layer, the data Layer includes database and the access interface to database, the pedestal layer includes hardware foundation framework, compared with prior art, the present invention has safe and reliable, the advantages that scalability is strong and stability is high.
Description
Technical field
The present invention relates to electricity power engineering project specifications to audit field, examines platform prototype system more particularly, to a kind of digitlization
System framework.
Background technique
The audit of electricity power engineering project specification is to advise according to relevant laws and regulations and provision regulation to electricity power engineering project
The important step of model audit, and from determining project design to the important link implementation.It can be seen that electricity power engineering
Project specification audit has very important status in Whole Life Cycle of Projects, and for designer, it determines it
Whether design meets the regulation of the relevant laws and regulations of country and becomes design that is qualified, can really putting into practice；To supervisor
For department, it is the important means of checking on for guaranteeing electrical reticulation design applicability and safety.
At present for electricity power engineering project specification audit be substantially still based on two-dimentional drawing and associated documents, according to
It is carried out by audit crew manual review, this way there are in fact many shortcomings.For current electricity power engineering
Variety of problems present in project specification checking process, it would be desirable to find a kind of novel review mode to replace or part generation
For traditional manual review, this novel review mode should have unified examination standard and can be in the process of examination
In strictly executed, while it should also have and carries out high-intensitive repeated work and examine the ability of mistake without occurring, more
It is important that it should be able to adaptive norm revision change and adjust examination standard to meet requirement.
Digitlization examines that prototype system is the realization that digitlization examines the integrated application of basic technology, and function need to meet reality
The minimal service demand of project review.Digitlization examines that the main users role of prototype system is divided into submit to a higher level for approval or revision user and examination
User.
Summary of the invention
It is put down it is an object of the present invention to overcome the above-mentioned drawbacks of the prior art and provide a kind of digitlization examines
Platform prototype system framework.
The purpose of the present invention can be achieved through the following technical solutions:
A kind of digitlization examines platform prototype system framework, for carrying out digitlization examination to project of transmitting and converting electricity, including by
Pedestal layer, data Layer, podium level and the application layer set gradually down to height, the application layer is for realizing user to system function
The use of energy and the display of visualization interface, the podium level includes that writing for rule file works with norms review, described
Norms review work include from data Layer obtain architectural engineering information, digitlization examine and to presentation layer feed back examination result,
The data Layer includes database and the access interface to database, and the pedestal layer includes hardware foundation framework.
The application layer includes that submit to a higher level for approval or revision module, digitlization of mathematical model examines module and system management module, described
Mathematical model submits to a higher level for approval or revision module to provide the operation of preliminary hearing and the management for project of submitting to a higher level for approval or revision, the digitlization examination module for user
To provide the management of operation and inspection item that digitlization examines for user, the system management module is to realize system
Safety management.
The podium level is with 3DGIS and BIM integrated technology and services as core, and has using piece into interface code
Library passes through the holding of database complete paired data and program state.
The database of the data Layer include image database, model database, rule database, application database and
Standard criterion database.
The rule file write including the rule template for filling in user be written as rule file and will rule text
Part is stored in rule database, and the architectural engineering information is obtained from model database by the data access interface of data Layer
It takes, the digitlization is examined by rule-based reasoning engine according to the rule file and architectural engineering information progress logic in rule base
Reasoning, exports examination result, and the examination result feeds back to application layer and shown.
The pedestal layer includes geographic information server, application server, database server and object storage service
Device.
The architectural engineering information stored in the model database is to meet the BIM formatted file of the standard of submitting to a higher level for approval or revision to be solved
Data after analysis.
The rule file is that conditional plan mode includes that the conditional plan mode includes rule name, rule
Condition and rule execute, and the rule name is stated by keyword rule, and the rule condition uses comparison operator table
Reach and stated by keyword when, the described rule is executed to be stated by keyword then, the conditional plan mode terminate by
Keyword end statement.
Compared with prior art, the invention has the following advantages that
1) safe and reliable: podium level, for core, has a set of application programming and connects with 3DGIS and BIM integrated technology and service
Mouth (API) code library provides necessary exploitation test environment.Holding to data and program state passes through SQL Server
2008 relational databases are completed, securely and reliably.
2) scalability is strong: system hardware and software has the leeway for expanding upgrading, has not only protected previous investment, but also can adapt to net
The fast development of network and computer technology and the continuous variation of demand make the information resources in system that there is long term maintenance to use energy
Power, expansibility, while guaranteeing secondary development, the variation that podium level is looked ahead as far as possible in design process, coding, function sum number
It should be easy to expand according to library, and reserve certain interface.
3) stability is high: system has clearly separated presentation layer and business is patrolled using layering, distributed deployment architecture
Volume, and can guarantee the consistency and stability of application service logic, pedestal layer provides high robustness hardware foundation framework, to be
Stable operation of uniting provides support.
Detailed description of the invention
Fig. 1 is that digitlization examines platform overall architecture
Fig. 2 is to simplify business process map.
Specific embodiment
The present invention is described in detail with specific embodiment below in conjunction with the accompanying drawings.
Embodiment
As shown in Figure 1, the present invention, which provides a kind of digitlization, examines platform prototype system framework, for project of transmitting and converting electricity into
Digitized examines that, including pedestal layer, data Layer, podium level and the application layer set gradually from low to high, application layer is for real
To the use of system function and the display of visualization interface, podium level includes writing and norms review work for rule file at current family
To make, norms review work includes obtaining architectural engineering information from data Layer, digitlization examines and feeding back examination result to presentation layer,
Data Layer includes database and the access interface to database, and pedestal layer includes hardware foundation framework.
Application layer includes that submit to a higher level for approval or revision module, digitlization of mathematical model examines that module and system management module, mathematical model are submitted to a higher level for approval or revision
Module provides the management of the operation of preliminary hearing and project of submitting to a higher level for approval or revision for user, and digitlization examines that module provides what digitlization examined for user
Operation and the management of inspection item, system management module includes system security management function.
Podium level is with 3DGIS and BIM integrated technology and services as core, and has a set of application piece into interface code base,
By the holding of database complete paired data and program state, the rule template including filling in user of writing of rule file is compiled
It is written as rule file and rule file is stored in rule database, the data access that the architectural engineering information passes through data Layer
Interface is obtained from model database, the described digitlization examine by rule-based reasoning engine according in rule base rule file and
Architectural engineering information carries out reasoning from logic, exports examination result, and the examination result feeds back to application layer and shown.Rule
File is that conditional plan mode includes, and the conditional plan mode includes that rule name, rule condition and rule execute, described
Rule name by keyword " rule " state, the rule condition using comparison operator express and by keyword " when "
Statement, the rule is executed to be stated by keyword " then ", and the conditional plan mode terminates by keyword " end " sound
It is bright.
The database of data Layer includes image database, model database, rule database, application database and standard rule
Model database, the architectural engineering information wherein stored in model database are to meet the BIM formatted file of the standard of submitting to a higher level for approval or revision to be solved
Data after analysis.
Pedestal layer includes geographic information server, application server, database server and object storage server.
Architecture design is the important component in software development process, and good software architecture can give software systems band
Carry out the excellent properties such as stability, safety, scalability, these attributes improve software testability with maintainability, mention
The everyways such as high development efficiency, reduction maintenance cost play a very important role.The design of this system will comply with as follows
Specific principle:
Reliability: system should ensure that long-term safety is run.Hardware and software and information resources in system will meet reliability and set
Meter requires.Fully consider that, using existing equipment, rationalization is mentioned using existing various Internet resources, while for different existing networks
For interconnection and upgrading means.
Standard: information classifying and coding, network communication protocol and the data interface standard that system uses must strict implements
Relative national standards and professional standard.
Open: system will be related to multitype database, it is desirable to provide open interface.Have a variety of, multi-platform simultaneous
Capacitive, system processing capacity, data storage capacity, network technology and in terms of have good interoperability and
Scalability, to guarantee extension from now on and the upgrading of existing device.Increase with the development of technology with information, system can
Smooth upgrade.
Maturity: while focusing on advanced, systems design and development platform should be generally acknowledged mature and be had using industry
The standby technology and service for having successful implementation experience in similar item.
Safety: system should have practicable safety precautions.Have to computer crime and virus strong
Prevention ability.Guarantee that data transmission is reliable, prevents loss of data and destruction, it is ensured that data safety.
Expandability: the software and hardware of system should have the leeway expanded and upgraded, and not only protect previous investment, but also can adapt to net
The fast development of network and computer technology and the continuous variation of demand make the information resources in system that there is long term maintenance to use energy
Power, expansibility, while guaranteeing secondary development, so that system manager or technician is improved system function in time.System is being set
The variation that meter process is looked ahead as far as possible, coding, function and database should be easy to expand, and reserve certain interface.
Practicability: the real needs and Current Managing System, management mould of the operation management of World Expo museum are fully considered
Formula, operation flow and the status of structure of personnel.
It is advanced: according to construction fund situation, to should ensure that under the premise of practical reliable, focus on applying mature technology, to the greatest extent
Domestic and international advanced computer hardware technique, information technology and network communication technology may be selected under optimality/valence ratio, made
System performance indicator with higher.
Using efficient: the structure and function for designing system of proceeding from reality, practical application of combining closely needs guarantee
System meets the requirement of user's practical application to greatest extent, while using the interface of unified style and mode of operation, making system
It is easy to learn and use, it is easy to operate.
Digitlization examines that platform prototype system is the realization that digitlization examines the integrated application of basic technology, and function needs to meet
Practical engineering project examine minimal service demand, digitlization examine prototype system main users role be divided into submit to a higher level for approval or revision user and
It examines user, is illustrated in figure 2 simplified operation flow, theory is designed as with service-oriented (SOA), based on three-dimensional geographical empty
Between information platform Technical Architecture be core, the general frame of platform is designed.System is using layering, distributed deployment
Structure has clearly separated presentation layer and service logic, and can guarantee the consistency and stability of application service logic.By base
Rack-layer, data Layer, podium level and application layer composition.
Application layer: the part of core application value is embodied in platform；The formulation of business rule, realization of operation flow etc. with
The related system design of business demand, while to the effect that data exchange is formed a connecting link.The view being presented to the user, for controlling
Output is in final Web browser foregoing.
Podium level: being the core that digitlization examines plateform system, and effect is to carry out rule to related specifications provision
File is write, architectural engineering information needed for then extracting specification examination & approval from database by database interface, by
The censorship of specification is realized in the use of regulation engine, and examination result is fed back to presentation layer and is shown accordingly.With
3DGIS and BIM integrated technology and service are core, have a set of Application Programming Interface (API) code library, provide necessary exploitation
Test environment.Holding to data and program state is completed by 2008 relational database of SQL Server.
Data Layer: data Layer is the bottom of whole system framework, and effect is to store architectural engineering using database
It information and provides to the access interfaces of these information.Architectural engineering information derives from the BIM formatted file that user uploads, and passes through
Preliminary hearing (guaranteeing that BIM file meets transfer standard) is carried out to BIM file and BIM file is parsed in the way of certain
Afterwards, data information obtained after parsing is stored into database by platform, while platform is additionally provided to database stores information
Access interface, to access to related architectural engineering information.
Pedestal layer: high robustness hardware foundation framework is provided, provides support for system stable operation.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The staff for being familiar with the art in the technical scope disclosed by the present invention, can readily occur in various equivalent modifications or replace
It changes, these modifications or substitutions should be covered by the protection scope of the present invention.Therefore, protection scope of the present invention should be with right
It is required that protection scope subject to.
Claims (8)
1. a kind of digitlization examines platform prototype system framework, for carrying out digitlization examination to project of transmitting and converting electricity, feature exists
In, including pedestal layer, data Layer, podium level and the application layer set gradually from low to high, the application layer for realizing with
Family to the use of system function and the display of visualization interface, the podium level include rule file write and norms review
Work, the norms review work include obtaining architectural engineering information, digitlization examination from data Layer and feeding back to presentation layer
Examination result, the data Layer include database and the access interface to database, and the pedestal layer includes hardware foundation
Framework.
2. a kind of digitlization according to claim 1 examines platform prototype system framework, which is characterized in that the application
Layer includes that submit to a higher level for approval or revision module, digitlization of mathematical model examines module and system management module, and the mathematical model is submitted to a higher level for approval or revision module use
To provide the operation of preliminary hearing and the management for project of submitting to a higher level for approval or revision for user, the digitlization examines module to provide number for user
Change the management of the operation and inspection item that examine, safety management of the system management module to realize system.
3. a kind of digitlization according to claim 1 examines platform prototype system framework, which is characterized in that the platform
Layer is with 3DGIS and BIM integrated technology and services as core, and has using piece into interface code base, passes through database completion pair
The holding of data and program state.
4. a kind of digitlization according to claim 1 examines platform prototype system framework, which is characterized in that the data
The database of layer includes image database, model database, rule database, application database and standard criterion database.
5. a kind of digitlization according to claim 4 examines platform prototype system framework, which is characterized in that the rule
Writing for file is written as rule file including the rule template for filling in user and rule file is stored in rule database, institute
The architectural engineering information stated is obtained from model database by the data access interface of data Layer, the digitlization examine by
Rule-based reasoning engine exports examination result, institute according to rule file and the progress reasoning from logic of architectural engineering information in rule base
The examination result stated feeds back to application layer and is shown.
6. a kind of digitlization according to claim 1 examines platform prototype system framework, which is characterized in that the pedestal
Layer includes geographic information server, application server, database server and object storage server.
7. a kind of digitlization according to claim 4 examines platform prototype system framework, which is characterized in that the model
The architectural engineering information stored in database be meet the standard of submitting to a higher level for approval or revision BIM formatted file parsed after data.
8. a kind of digitlization according to claim 5 examines platform prototype system framework, which is characterized in that the rule
File is that conditional plan mode includes, and the conditional plan mode includes that rule name, rule condition and rule execute, described
Rule name stated by keyword rule, the rule condition using comparison operator express and by keyword when sound
Bright, the rule is executed to be stated by keyword then, and the conditional plan mode terminates to be stated by keyword end.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111598732A (en) * | 2020-03-27 | 2020-08-28 | 广联达科技股份有限公司 | Construction project cost auditing system and method |
| CN112966139A (en) * | 2021-02-26 | 2021-06-15 | 苍穹数码技术股份有限公司 | Data processing method and device, electronic equipment and computer storage medium |
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| CN112966139A (en) * | 2021-02-26 | 2021-06-15 | 苍穹数码技术股份有限公司 | Data processing method and device, electronic equipment and computer storage medium |
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