CN111798117B - System and method for managing release of three-dimensional design general model of transformer substation - Google Patents
System and method for managing release of three-dimensional design general model of transformer substation Download PDFInfo
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Abstract
The invention discloses a system and a method for managing release of a three-dimensional design universal model of a transformer substation, comprising the following steps: the basic supporting layer is used for setting a deployment architecture and a standard system of the whole management system database framework; the data storage layer is used for storing the three-dimensional design general model of the transformer substation, which is checked by the operation and maintenance management layer, into a database according to a standard system; the operation and maintenance management layer is used for managing model transfer, auditing, warehousing, updating and sharing processes of the three-dimensional design general model of the transformer substation input by the release display layer by taking the data management flow as a guide; the business application layer is used for carrying out statistical analysis and sharing application according to the existing data information stored in the database; and the release display layer is used for providing a functional entry and display of related information for each user through a web page or client form. The invention can be widely applied to the field of three-dimensional digital design management application.
Description
Technical Field
The invention relates to a system and a method for managing release of a three-dimensional design general model of a transformer substation, and belongs to the field of three-dimensional digital design management application.
Background
Review the history of the development of the engineering design technology of the power transmission and transformation in China, and go through three stages of plate drawing, computer drawing and computer aided design. With the development of information technology, the depth and breadth of computer aided design are expanding continuously. On one hand, from the perspective of engineering models, the two-dimensional models are transited to the three-dimensional solid models, and on the other hand, from the perspective of information, the design information is increasingly convenient to transfer, and the vigor of multi-specialty, cross-regional and multi-platform integration is increasingly displayed. In particular, in recent decades, new design technologies represented by three-dimensional digital design technologies are continuously applied in power transmission and transformation engineering, and as a developing technology, systematic research needs to be performed according to the current application situation, so that the development of the technology is orderly promoted and guided.
The power grid engineering needs to establish a brand new three-dimensional information model used in each stage of design, construction, operation and the like, data and data of each stage are collected and integrated and contained in the information model, so that when workers in each stage in the whole life cycle of the engineering use the model, accurate and complete data can be obtained.
Taking the current transformer substation engineering as an example, the three-dimensional digital model which is gradually explored and applied preliminarily realizes information sharing in a design unit, but the integrity, normalization and accuracy of the model cannot be effectively ensured, and cross-platform through application with other systems is not realized. When other systems use a three-dimensional digital model of a transformer substation, equipment information is required to be manually input, and meanwhile, due to the large equipment foundation data volume of transformer substation engineering, problems exist in different degrees in terms of data integrity rate and parameter integrity rate.
Disclosure of Invention
Aiming at the problems, the invention aims to provide a system and a method for managing the release of a three-dimensional design general model of a transformer substation, which are used for realizing the centralized storage, unified management, application expansion, cross-specialty through and cross-software platform sharing of a three-dimensional design digital model of a transformer substation engineering.
In order to achieve the above purpose, the present invention adopts the following technical scheme:
in a first aspect, the present invention provides a system for managing release of a three-dimensional design generic model of a substation, comprising: the system comprises a basic supporting layer, a data storage layer, an operation and maintenance management layer, a business application layer and a release display layer; the basic supporting layer is used for setting a deployment architecture and a standard system of the whole management system database framework; the operation and maintenance management layer is used for managing model transfer, auditing, warehousing, updating and sharing processes of the three-dimensional design general model of the transformer substation input by the release display layer by taking the data management flow as a guide; the data storage layer is used for storing the three-dimensional design general model of the transformer substation, which is checked by the operation and maintenance management layer, into a database according to a standard system arranged in the basic support layer; the business application layer is used for carrying out statistical analysis and sharing application according to the existing data information stored in the database, and sending the statistical analysis result and the sharing information to the release display layer; the release display layer is used for providing a functional entry and display of related information for each user through a web page or client form.
Further, when the data storage layer stores the three-dimensional design general model of the transformer substation, according to the structural form of the three-dimensional design general model data of the transformer substation, the data storage layer stores the three-dimensional design general model data of the transformer substation in a structured data storage mode, a semi-structured data storage mode and an unstructured data storage mode respectively.
Further, the operation and maintenance management layer comprises a model handover module, a model auditing module, a model warehousing module, a model updating module and a model sharing module; the model handover module is used for uploading a model management return unit to the system through a model handover application submitted by the release display layer; the model auditing module is used for auditing the uploaded model handover application, and sending the model handover application to the model warehousing module after the model handover application passes the auditing; the model warehousing module is used for automatically processing and converting different handover contents according to preset storage and classification rules, and then the data storage layer stores the handover contents into a database; the model updating module is used for sending a request to the model handover module to carry out handover and warehousing processes again when the model management return unit gives a new equipment request; the model sharing module is used for providing a trans-unit trans-regional achievement sharing service for a data demand unit or department based on the database.
Further, a model handover application template is arranged in the model handover module, the model handover application template comprises a handover content part, a handover initiating main body and a receiving main body, and the handover content part is used for setting or uploading a handover application, a result model, a list catalog and other description files; the handover initiating main body is used for setting related information of a model return management unit; the receiving main body part is used for setting the relevant information of the model database platform.
Further, the model auditing module comprises a platform self-checking module and an expert auditing module, wherein the platform self-checking module is used for carrying out model self-checking work according to modeling standard standards set by a basic supporting layer, carrying out checking on basic naming and interaction content of a general model in handover content, and after the self-checking is passed, transmitting all data to the expert auditing module; and the expert examination module is used for carrying out re-examination on the model appearance of the universal model according to a standard system set by the basic support layer, and sending all data to the model warehousing module after the examination is passed.
Further, the data demand units or departments received in the model sharing module demand data including: the system comprises the functions of general model sharing, data packet list updating, data packet searching, sharing application, auditing and remote file transmission result sharing business.
Further, the business application layer comprises an analysis application module and a sharing application module, wherein the analysis application module is used for developing specific subscription based on database data according to a data request of a data demand unit or department and displaying analysis results through the release display layer; and the sharing application model is used for auditing the data request input by the data request unit or department through the release display layer according to a preset user-authority mapping relation table, and opening corresponding data in the database to the data request unit or department for sharing use after the auditing is passed.
Further, the user-authority mapping relation table refers to different access authorities of different universal models in the database according to the level settings of different users.
Further, the release display layer comprises an information release module, a quick retrieval module, a comprehensive display module and a business application and model management inlet; the information release module is used for displaying news bulletins and dynamic information released by the model; the quick retrieval module is used for retrieving the request data by a data demand unit or department; the comprehensive display module is used for graphically displaying the comprehensive information of the database; the business application and model management portal is used to provide an interface to a data demand unit or model data management unit.
In a second aspect of the present invention, there is provided a method for managing release of a three-dimensional design generic model of a substation, comprising the steps of: 1) The method comprises the steps that a model management return unit uploads a three-dimensional design general model of a transformer substation to be released to a pre-constructed system for managing the release of the three-dimensional design general model of the transformer substation, wherein the system comprises a basic supporting layer, a data storage layer, an operation and maintenance management layer, a service application layer and a release display layer; 2) The operation and maintenance management layer performs model transfer, auditing, warehousing, updating and sharing on the uploaded substation three-dimensional design general model; 3) And the business application layer carries out statistical analysis and sharing application on the existing stored data in the database according to the request information sent by the data demand unit, and sends the statistical analysis result and the sharing information to the release display layer for display.
Due to the adoption of the technical scheme, the invention has the following advantages: 1. according to the invention, a series of management processes for handing over and warehousing the three-dimensional design general model of the transformer substation are formulated in the operation and maintenance management layer, so that the centralized storage and unified management of the three-dimensional design digital model of the transformer substation are realized. 2. The business application layer is provided with the analysis application module and the sharing application module, and statistical analysis and sharing use are carried out on the basis of the universal model data in the database, so that the expansion application and cross-software platform sharing of the three-dimensional design digital model of the power transformation project are realized. 3. The shared application module in the business application layer maintains the user-authority mapping relation table with the levels of different users, thereby realizing hierarchical management of the universal model in the database. 4. The invention provides functional entrance and related information display for each user in the release display layer through web pages or clients and the like, and the information display forms are various. The invention realizes centralized storage, unified management, expansion application, cross-specialty through and cross-software platform sharing of the three-dimensional design digital model of the power transformation project, effectively improves the three-dimensional digital design efficiency and quality of the power transformation project, and promotes the intelligent construction and high-quality construction process of the power grid project. The method can be widely applied to the field of three-dimensional digital design management application.
Drawings
FIG. 1 is a framework architecture of the present management system;
FIG. 2 is a three-dimensional design generic model publishing flow.
Detailed Description
The present invention will be described in detail with reference to the accompanying drawings and examples. The following examples are only for more clearly illustrating the technical aspects of the present invention, and are not intended to limit the scope of the present invention.
As shown in fig. 1, the system for managing the release of the three-dimensional design general model of the transformer substation (hereinafter referred to as a management system) provided by the invention comprises a basic supporting layer, a data storage layer, an operation and maintenance management layer, a service application layer and a release display layer. The base support layer is used for setting a deployment architecture and a standard system of the whole management system database framework; the data storage layer is used for storing the three-dimensional design general model of the transformer substation, which is checked by the operation and maintenance management layer, into a database according to a standard system arranged in the basic support layer; the operation and maintenance management layer is used for managing model transfer, auditing, warehousing, updating and sharing processes of the three-dimensional design general model of the transformer substation input by the release display layer by taking the data management flow as a guide; the business application layer is used for carrying out statistical analysis and sharing application according to the existing data information stored in the database, and displaying the statistical analysis result and the sharing information through the release display layer; the release display layer is used for providing a functional entry and display of related information for each user through web pages, clients and the like.
Further, in the basic supporting layer, the deployment architecture of the whole management system database framework comprises hardware deployment and software deployment, wherein the hardware deployment is to realize the functions of basic data storage and information security physical isolation by arranging a database server and a firewall; the software deployment means that the management application of the database, the front-end client access function and the like are realized through database software, client software (webpage type) and the like.
The standard system of the whole management system is a relevant standard rule for guiding the content and depth of each layer of the management system, is a software and hardware requirement for supporting the management system to realize, is a supportability rule for building, operating, maintaining and using the whole database, and guides each layer of the management system how to deploy and realize. Specifically, the standard system comprises an analysis standard, an interaction standard and the like; the analysis standard is used for establishing standard rules for analysis methods of the three-dimensional design model of the transformer substation in different software; the interaction standard prescribes the data interaction requirements of the architecture, the storage structure and the like of the three-dimensional model file in the engineering design stage of the transformer substation.
Further, the data storage layer standardizes the structural form of the three-dimensional design general model data storage of the transformer substation in the management system. Specifically, according to the characteristics of the data stored in the general model database, three types can be classified: structured data storage, semi-structured data storage, and unstructured data storage. The structured data is data managed in a form of a relational database table, such as attribute information of a three-dimensional design general model of the transformer substation; semi-structured data, i.e., data that is non-relational, has a substantially fixed structure pattern, such as some log files, xml documents, etc. during data management and use; unstructured data, i.e., data without a fixed pattern, such as word, pictures in various formats, video, etc.
Further, as shown in fig. 2, the operation and maintenance management layer is used for specifying a management flow of issuing a three-dimensional design general model of the transformer substation, including model handover, auditing, warehousing, updating and sharing. The operation and maintenance management server is defined to adopt a centralized deployment and hierarchical application mode.
The model sharing system comprises a model handover module, a model auditing module, a model warehousing module, a model updating module and a model sharing module. The model transfer module is used for uploading a model management return unit to the management system through a model transfer application submitted by the release display layer; the model auditing module is used for auditing the uploaded model handover application, and sending the model handover application to the model warehousing module after the model handover application passes the auditing; the model warehouse-in module is used for automatically carrying out proper processing and conversion on different handover contents according to the established storage and classification rules, sending the handover contents to the data storage layer, and storing the handover contents to the database by the data storage layer; the model updating module is used for sending a request to the model handover module to carry out handover and warehousing processes again when the model management return unit gives a new equipment request, because the general model library only allows calling in principle so as to ensure the accuracy of the design finished product; the model sharing module is used for providing a cross-unit and cross-region achievement sharing service for data demand units (departments) based on the data stored in the database. The specific requirements of the data requirement unit (department) on the data include: and the general model sharing, the data packet list updating, the data packet searching, the sharing application, the auditing, the remote file transmission and other result sharing service functions.
Further, a model handover application template is arranged in the model handover module, and the model handover application template comprises a handover content part, a handover initiating main body and a receiving main body, wherein the handover content part is used for setting or uploading a handover application, a result model, a list catalog and other description files; the handover initiating main body is used for setting related information of the model return management unit; the receiving main body section is used for setting model data management unit related information.
The model auditing module comprises a platform self-checking module and an expert auditing module, wherein the platform self-checking module is used for carrying out model self-checking work according to modeling standards and other standards set by the basic supporting layer, carrying out checking on basic naming, interaction and other contents of a general model in handover contents, and sending all data to the expert auditing module after the self-checking is passed; and the expert examination module is used for rechecking the model appearance and the like of the universal model according to a standard system set by the basic support layer, and transmitting all data to the model warehousing module after the examination is passed.
Further, the business application layer prescribes a method for carrying out statistical analysis, auxiliary management and application sharing on the data stored by the system. Specifically, the business application layer comprises an analysis application module and a sharing application module, wherein the analysis application module is used for developing specific subscription based on database storage data according to a data request of a data demand unit (department), for example, the model demand information can be analyzed according to a submitted model warehouse-in application; the method can analyze and obtain the recent update conditions of the general equipment library aiming at the model update content of the database; the sharing application module is used for auditing the data request input by the data request unit (department) through the release display layer according to the preset user-authority mapping relation table, and opening corresponding data in the database to the data request unit (department) for sharing use after the auditing is passed. In the user-authority mapping relation table, different access authorities for different three-dimensional design general models in the database are set according to the levels of different users so as to realize hierarchical management.
Further, the release presentation layer specifies the way in which the generic model gallery is released for presentation. The system comprises an information release module, a quick retrieval module, a comprehensive display module and a business application and model management inlet. The information release module is used for displaying information such as news bulletins, model release dynamics and the like; the quick retrieval module is used for quickly retrieving the data stored in the database by the data demand unit (department); the comprehensive display module is used for graphically displaying the comprehensive information of the database; the business application and model management portal is used to provide an interface to a data requirement unit (department) or model data management unit.
Based on the system for managing the release of the three-dimensional design general model of the transformer substation, the invention also provides a method for managing the release of the three-dimensional design general model of the transformer substation, which comprises the following steps:
1) The method comprises the steps that a model management return unit uploads a three-dimensional design general model of a transformer substation to be released to a pre-constructed system for managing the release of the three-dimensional design general model of the transformer substation, wherein the system comprises a basic supporting layer, a data storage layer, an operation and maintenance management layer, a service application layer and a release display layer;
2) The operation and maintenance management layer performs model transfer, auditing, warehousing, updating and sharing on the uploaded substation three-dimensional design general model;
3) And the business application layer carries out statistical analysis and sharing application on the existing stored data in the database according to the request information sent by the data demand unit, and sends the statistical analysis result and the sharing information to the release display layer for display.
It will be appreciated by those skilled in the art that embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems) and computer program products according to embodiments of the application. It will be understood that each flow and/or block of the flowchart illustrations and/or block diagrams, and combinations of flows and/or blocks in the flowchart illustrations and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
A specific embodiment is given above, but the invention is not limited to the described embodiment. The basic idea of the invention is that the above-mentioned scheme, it is not necessary for those skilled in the art to design various modified models, formulas, parameters according to the teaching of the present invention to take creative effort. Variations, modifications, substitutions and alterations are also possible in the embodiments without departing from the principles and spirit of the present invention.
Claims (9)
1. A system for managing release of a three-dimensional design generic model of a substation, comprising: the system comprises a basic supporting layer, a data storage layer, an operation and maintenance management layer, a business application layer and a release display layer;
the basic supporting layer is used for setting a deployment architecture and a standard system of the whole management system database framework;
the operation and maintenance management layer is used for managing model transfer, auditing, warehousing, updating and sharing processes of the three-dimensional design general model of the transformer substation input by the release display layer by taking the data management flow as a guide;
the data storage layer is used for storing the three-dimensional design general model of the transformer substation, which is checked by the operation and maintenance management layer, into a database according to a standard system arranged in the basic support layer;
the business application layer is used for carrying out statistical analysis and sharing application according to the existing data information stored in the database, and sending the statistical analysis result and the sharing information to the release display layer;
the release display layer is used for providing a functional entry and display of related information for each user in the form of a web page or a client;
the operation and maintenance management layer comprises a model handover module, a model auditing module, a model warehousing module, a model updating module and a model sharing module;
the model handover module is used for uploading a model management return unit to the system through a model handover application submitted by the release display layer;
the model auditing module is used for auditing the uploaded model handover application, and sending the model handover application to the model warehousing module after the model handover application passes the auditing;
the model warehousing module is used for automatically processing and converting different handover contents according to preset storage and classification rules, and then the data storage layer stores the handover contents into a database;
the model updating module is used for sending a request to the model handover module to carry out handover and warehousing processes again when the model management return unit gives a new equipment request;
the model sharing module is used for providing a trans-unit trans-regional achievement sharing service for a data demand unit or department based on the database.
2. The system for managing release of a three-dimensional design generic model of a substation of claim 1, wherein: when the data storage layer stores the three-dimensional design general model of the transformer substation, the data storage layer stores the three-dimensional design general model of the transformer substation in a structured data storage mode, a semi-structured data storage mode and an unstructured data storage mode according to the structural form of the three-dimensional design general model data of the transformer substation.
3. The system for managing release of a three-dimensional design generic model of a substation of claim 1, wherein: the model handover module is provided with a model handover application template, the model handover application template comprises a handover content part, a handover initiating main body and a receiving main body, and the handover content part is used for setting or uploading a handover application, a result model, a list catalog and other description files; the handover initiating main body is used for setting related information of a model return management unit; the receiving main body part is used for setting the relevant information of the model database platform.
4. The system for managing release of a three-dimensional design generic model of a substation of claim 1, wherein: the model auditing module comprises a platform self-checking module and an expert auditing module, wherein the platform self-checking module is used for carrying out model self-checking work according to modeling standard standards set by a basic supporting layer, carrying out checking on basic naming and interaction content of a universal model in handover content, and sending all data to the expert auditing module after the self-checking is passed; and the expert examination module is used for carrying out re-examination on the model appearance of the universal model according to a standard system set by the basic support layer, and sending all data to the model warehousing module after the examination is passed.
5. The system for managing release of a three-dimensional design generic model of a substation of claim 1, wherein: the data demand units or departments received in the model sharing module demand data including: the system comprises the functions of general model sharing, data packet list updating, data packet searching, sharing application, auditing and remote file transmission result sharing business.
6. The system for managing release of a three-dimensional design generic model of a substation of claim 1, wherein: the business application layer comprises an analysis application module and a sharing application module, wherein the analysis application module is used for developing specific subscription based on database data according to a data request of a data demand unit or department and displaying analysis results through the release display layer; and the sharing application model is used for auditing the data request input by the data request unit or department through the release display layer according to a preset user-authority mapping relation table, and opening corresponding data in the database to the data request unit or department for sharing use after the auditing is passed.
7. The system for managing release of a three-dimensional design generic model of a substation of claim 6, wherein: the user-authority mapping relation table refers to different access authorities of different general models in a database according to the level settings of different users.
8. The system for managing release of a three-dimensional design generic model of a substation of claim 1, wherein: the release display layer comprises an information release module, a quick retrieval module, a comprehensive display module, a service application and a model management inlet; the information release module is used for displaying news bulletins and dynamic information released by the model; the quick retrieval module is used for retrieving the request data by a data demand unit or department; the comprehensive display module is used for graphically displaying the comprehensive information of the database; the business application and model management portal is used to provide an interface to a data demand unit or model data management unit.
9. A method for managing the release of a three-dimensional design generic model of a substation using a system according to any one of claims 1 to 8, characterized in that it comprises the following steps:
1) The method comprises the steps that a model management return unit uploads a three-dimensional design general model of a transformer substation to be released to a pre-constructed system for managing the release of the three-dimensional design general model of the transformer substation, wherein the system comprises a basic supporting layer, a data storage layer, an operation and maintenance management layer, a service application layer and a release display layer;
2) The operation and maintenance management layer performs model transfer, auditing, warehousing, updating and sharing on the uploaded substation three-dimensional design general model;
3) And the business application layer carries out statistical analysis and sharing application on the existing stored data in the database according to the request information sent by the data demand unit, and sends the statistical analysis result and the sharing information to the release display layer for display.
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