CN114201855A - Power station unit installation auxiliary information reorganization method based on three-dimensional model - Google Patents
Power station unit installation auxiliary information reorganization method based on three-dimensional model Download PDFInfo
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- CN114201855A CN114201855A CN202111351716.2A CN202111351716A CN114201855A CN 114201855 A CN114201855 A CN 114201855A CN 202111351716 A CN202111351716 A CN 202111351716A CN 114201855 A CN114201855 A CN 114201855A
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Abstract
The invention discloses a power station unit installation auxiliary information reorganization method based on a three-dimensional model, which comprises the following steps: s1, establishing a three-dimensional model of the power station unit equipment; s2, establishing a power station unit equipment coding system; s3, acquiring auxiliary installation information of the power station unit; s4, establishing an incidence relation between the power station unit installation auxiliary information and the unit equipment three-dimensional model; s5, performing compilation and handover on the auxiliary information of the installation of the power station unit based on the auxiliary information management platform of the installation of the power station unit. The power station unit installation auxiliary information reorganization method can achieve the purposes of obtaining installation information data according to unit equipment codes, establishing a complete and accurate unit installation auxiliary information base, and facilitating quick query and utilization of unit equipment installation information data in the power station construction period and digital transfer of the information data to the production operation period.
Description
Technical Field
The invention relates to the technical field of information management, in particular to a power station unit installation auxiliary information compilation method based on a three-dimensional model.
Background
The installation information data of the power station unit is file materials of various carriers such as models, drawings, documents, pictures, videos and the like formed in the unit installation management process, and is important information resources and historical basis in the power station construction and operation maintenance. The traditional management modes of the power station construction data comprise paper data, electronic data, information data (information system) and the like, and most data documents are stored and managed in respective systems. The management mode is difficult to correspond the information data with the physical position of the equipment, which causes difficult work of information data query, reorganization and filing, and the like, and is inconvenient for quick query and utilization of the equipment information data in the construction period of the power station and digital transfer of the information data to the production operation period.
With the development of technologies such as computer graphics, three-dimensional modeling, visualization and the like, in order to adapt to the modern management requirements of power station construction enterprises and improve the levels of power station construction management, equipment installation, operation maintenance management, the invention provides information data integration and complete compilation in the unit installation process for users by utilizing the technology of three-dimensional model and information data integration. The three-dimensional model corresponds to a power station field object, and information data of the unit installation process are integrated by the three-dimensional model at the same time, so that management and application of the unit installation information based on the three-dimensional model are realized. The information sharing and the cooperative work of related personnel based on the three-dimensional model are realized, and the working processes of collecting, classifying, retrieving, editing and the like of integrated information data are realized.
Disclosure of Invention
Aiming at the technical problems in the related art, the invention provides a power station unit installation auxiliary information reorganization method based on a three-dimensional model, which can overcome the defects in the prior art.
In order to achieve the technical purpose, the technical scheme of the invention is realized as follows:
a power station unit installation auxiliary information reorganization method based on a three-dimensional model comprises the following steps:
s1, establishing a three-dimensional model of the power station unit equipment;
s2, establishing a power station unit equipment coding system;
s3, acquiring auxiliary installation information of the power station unit;
s4, establishing an incidence relation between the power station unit installation auxiliary information and the unit equipment three-dimensional model;
s5, performing compilation and handover on the auxiliary information of the installation of the power station unit based on the auxiliary information management platform of the installation of the power station unit.
Further, the step S1 of establishing the three-dimensional model of the power station unit device includes: establishing a three-dimensional model of the power station unit equipment parts and the civil engineering structure of the underground powerhouse according to the actual size; and naming each equipment model to obtain an equipment three-dimensional model name, and establishing an equipment tree of the power station unit equipment three-dimensional model.
Further, the unit equipment coding system in the S2 comprises unit engineering codes, equipment KKS codes, equipment three-dimensional model names, equipment physical identifiers and incidence relations among the codes, wherein the equipment KKS codes comprise plant codes, system codes, equipment codes and component codes in 4 grades, the equipment unit engineering codes comprise project categories, unit engineering serial numbers, part engineering serial numbers and unit engineering serial numbers in 4 grades, and the equipment three-dimensional model names adopt a mode of 'KKS codes + part names'.
Further, the unit installation auxiliary information in S3 includes a construction drawing, a construction plan, a site picture, a video, an engineering report, a technical specification, an installation inspection record, and a quality assessment file, and the information acquisition mode includes document entry, batch data import, data synchronization, and mobile terminal acquisition.
Further, the association relationship in S4 is a one-to-one correspondence relationship between the unit device three-dimensional model, the device three-dimensional model name, the device KKS code, and the device physical identifier, the unit engineering code is associated with the unit device in a one-to-many manner, the device installation auxiliary information is associated with the device three-dimensional model by adding the device KKS code attribute and the unit engineering code attribute, and the association relationship is established by code binding in the machine group device ledger management.
Further, the unit installation auxiliary information management platform in S5 includes a unit equipment installation three-dimensional simulation module and an equipment information data compilation and handover module:
the three-dimensional simulation module for unit equipment installation comprises unit equipment three-dimensional structure display and unit typical part hoisting deduction, the unit equipment three-dimensional structure display comprises plant whole scene environment layered display and equipment tree independent display, the display state comprises part display, hiding and transparency, the display mode comprises moving, zooming, rotating, optimal visual angle, sectioning and explosion, the unit typical part hoisting deduction comprises simulation of equipment hoisting through a virtual control panel operating a mouse and a keyboard, the activity range of the unit equipment in the horizontal and vertical directions and the rotation angle of the equipment in the installation process are deduced and simulated, and the system carries out voice reminding when the equipment is close to collision with a peripheral structure;
the equipment information and data compilation and transfer module comprises information classification storage, compilation information export and content list export, wherein the information classification storage is that all files in a database are traversed according to a preset information classification mode, the classification of each file is determined, the classified files are sorted and packed into boxes and stored in the compilation library, the compilation information export provides a checking and downloading selection function item of the compilation data for a system, a user checks and selects required file data in a user-defined mode according to requirements and selects to download the compilation data, the content list export provides the system with an item list automatically generated according to the name of the checking item file, and the user selects to download the content list export.
The invention has the beneficial effects that: the power station unit installation auxiliary information reorganization method constructs a unit installation process information data integration visualization management module, uses a three-dimensional model as a carrier, applies an information integration technology, establishes a visualization display center of a unit equipment model and construction information data through association of the unit equipment information data and the three-dimensional model, constructs a unit equipment panoramic information base, and realizes quick and efficient query and preview of construction data; the unified collaboration platform is provided for the relevant personnel of each unit such as an owner, design, construction, supervision and the like, the collaboration operation and information sharing of unit installation are realized through the platform, the problem of information intercommunication of multiple departments is solved, the information resource utilization efficiency is improved, and the construction management efficiency of unit installation engineering is improved; the management platform is provided for the transfer of engineering project data of on-site participating units, the complex compilation work is decomposed in the installation process by constructing a unit installation information data compilation channel, and integrating the compilation process and the daily data viewing flow, so that the workload of the post compilation is reduced, the preparation work is provided for the digital transfer of the engineering construction, and the technical guidance and support platform is provided for production tracing and later operation and maintenance.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.
Fig. 1 is a flowchart of a method for organizing auxiliary information for installation of a power plant unit based on a three-dimensional model according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments that can be derived by one of ordinary skill in the art from the embodiments given herein are intended to be within the scope of the present invention.
As shown in fig. 1, the method for organizing auxiliary information for installation of a power station unit based on a three-dimensional model according to the embodiment of the present invention includes the following steps:
s1, establishing a three-dimensional model of the power station unit equipment;
s2, establishing a power station unit equipment coding system;
s3, acquiring auxiliary installation information of the power station unit;
s4, establishing an incidence relation between the power station unit installation auxiliary information and the unit equipment three-dimensional model;
s5, performing compilation and handover on the auxiliary information of the installation of the power station unit based on the auxiliary information management platform of the installation of the power station unit.
The step of establishing the three-dimensional model of the power station unit equipment by the step of S1 includes: establishing a three-dimensional model of the power station unit equipment parts and the civil engineering structure of the underground powerhouse according to the actual size; and naming each equipment model to obtain an equipment three-dimensional model name, and establishing an equipment tree of the power station unit equipment three-dimensional model.
The above-mentioned unit equipment coding system in S2 includes the incidence relation between unit engineering code, equipment KKS code, equipment three-dimensional model name, equipment physics sign and each code, equipment KKS code comprises whole factory code, system code, equipment code, part code 4 grades, equipment unit engineering code comprises project category, unit engineering serial number, part engineering serial number, unit engineering serial number 4 grades, equipment three-dimensional model name adopts the form of "KKS code + part name".
The unit installation auxiliary information in S3 includes construction drawings, construction schemes, site pictures, videos, engineering reports, technical specifications, installation inspection records, and quality assessment files, and the information acquisition mode includes document entry, batch data import, data synchronization, and mobile terminal acquisition.
The association relationship in the S4 is a one-to-one correspondence relationship between the unit equipment three-dimensional model, the equipment three-dimensional model name, the equipment KKS code and the equipment physical identifier, the unit engineering code and the unit equipment are associated one-to-many, the equipment installation auxiliary information is associated with the equipment three-dimensional model by adding the equipment KKS code attribute and the unit engineering code attribute, and the association relationship is established by code binding in the machine group equipment ledger management.
The unit installation auxiliary information management platform in S5 includes a unit equipment installation three-dimensional simulation module and an equipment information data compilation and handover module:
the three-dimensional simulation module for the unit equipment installation comprises a unit equipment three-dimensional structure display and a unit typical component hoisting deduction, wherein the unit equipment three-dimensional structure display comprises a plant whole scene environment layered display and an equipment tree independent display, and the plant whole scene environment layered display comprises a tail water layer, a volute layer, a water turbine layer, a generator layer and a bus layer. The device tree independently shows that the device tree comprises a water turbine, a generator, a draft tube, a seat ring volute, a bottom ring, a water guide mechanism, a top cover, a rotating wheel, a water turbine shaft, a main shaft seal and a water guide bearing; the system comprises a lower rack, a stator, a rotor, an upper rack, a lower guide bearing, an upper guide bearing and a thrust bearing, wherein the display state comprises part display, hiding and transparency, the display mode comprises moving, zooming, rotating, optimal visual angle, sectioning and explosion, the typical part hoisting deduction of the unit comprises the simulation of hoisting equipment by operating a mouse and a keyboard through a virtual control panel, the moving range of the unit equipment in the horizontal and vertical directions is carried out, the deduction simulation is carried out on the rotation angle of the equipment in the installation process, and the system carries out voice reminding when the equipment is close to and collides with a peripheral structure;
the equipment information and data compilation and transfer module comprises information classification storage, compilation information export and content list export, wherein the information classification storage is that all files in a database are traversed according to a preset information classification mode, the classification of each file is determined, the classified files are sorted and packed into boxes and stored in the compilation library, the compilation information export provides a checking and downloading selection function item of the compilation data for a system, a user checks and selects required file data in a user-defined mode according to requirements and selects to download the compilation data, the content list export provides the system with an item list automatically generated according to the name of the checking item file, and the user selects to download the content list export.
The power station unit installation auxiliary information management platform can realize unit installation auxiliary information visual query, visual preview and downloading, the visual search query and the system provide data multi-dimensional query and other functions, and support full-text indexing of Word, Excel, PPT and PDF and provide search service; the search result is previewed directly by clicking the query result, the platform provides a retrieval mode based on the keywords, and meanwhile, keyword associated content recommendation is provided; based on the behavior habits of the users, the recommendation and the associated retrieval of the contents of the commonly used data of the users can be realized, a model object tree is provided, and the model object is searched and positioned through the model object hierarchical tree; the system provides online preview of unit equipment installation information data based on a three-dimensional model, selects a unit equipment directory tree by clicking the model, and selects a file for online preview of the unit equipment installation information; the platform supports online previewing of various basic document types such as documents, forms, pictures, videos and the like.
In order to facilitate understanding of the above-described technical aspects of the present invention, the above-described technical aspects of the present invention will be described in detail below in terms of specific usage.
When the system is used specifically, in the construction period of a power station, the unit installation auxiliary information is acquired on the unit installation auxiliary information management platform according to the unit equipment codes, a unified collaboration platform is provided for relevant personnel of units such as owners, design, construction and supervision, and quick and efficient query and preview of construction data are achieved.
In summary, by means of the technical scheme of the invention, an information data integration visualization management module in the unit installation process can be constructed, a three-dimensional model is used as a carrier, an information integration technology is applied, a visualization display center of a unit equipment model and construction information data is established by associating the unit equipment information data with the three-dimensional model, a unit equipment panoramic information base is constructed, and rapid and efficient query and preview of construction data are realized; the unified collaboration platform is provided for the relevant personnel of each unit such as an owner, design, construction, supervision and the like, the collaboration operation and information sharing of unit installation are realized through the platform, the problem of information intercommunication of multiple departments is solved, the information resource utilization efficiency is improved, and the construction management efficiency of unit installation engineering is improved; the management platform is provided for the transfer of engineering project data of on-site participating units, the complex compilation work is decomposed in the installation process by constructing a unit installation information data compilation channel, and integrating the compilation process and the daily data viewing flow, so that the workload of the post compilation is reduced, the preparation work is provided for the digital transfer of the engineering construction, and the technical guidance and support platform is provided for production tracing and later operation and maintenance.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (6)
1. A power station unit installation auxiliary information reorganization method based on a three-dimensional model is characterized by comprising the following steps:
s1, establishing a three-dimensional model of the power station unit equipment;
s2, establishing a power station unit equipment coding system;
s3, acquiring auxiliary installation information of the power station unit;
s4, establishing an incidence relation between the power station unit installation auxiliary information and the unit equipment three-dimensional model;
s5, performing compilation and handover on the auxiliary information of the installation of the power station unit based on the auxiliary information management platform of the installation of the power station unit.
2. The power plant unit installation auxiliary information reorganizing method of claim 1, wherein the step of S1 building the three-dimensional model of the power plant unit equipment comprises the steps of: establishing a three-dimensional model of the power station unit equipment parts and the civil engineering structure of the underground powerhouse according to the actual size; and naming each equipment model to obtain an equipment three-dimensional model name, and establishing an equipment tree of the power station unit equipment three-dimensional model.
3. The power station unit installation auxiliary information reorganizing method of claim 1, wherein a unit equipment coding system in the S2 includes unit engineering codes, equipment KKS codes, equipment three-dimensional model names, equipment physical identifiers and association relations among the codes, the equipment KKS codes are composed of plant codes, system codes, equipment codes and component codes in 4 levels, the equipment unit engineering codes are composed of project categories, unit engineering serial numbers, subsection engineering serial numbers and unit engineering serial numbers in 4 levels, and the equipment three-dimensional model names adopt a form of "KKS codes + part names".
4. The power station unit installation auxiliary information reorganization method according to claim 1, wherein the unit installation auxiliary information in S3 includes construction drawings, construction schemes, on-site pictures, videos, engineering reports, technical specifications, installation inspection records, and quality assessment files, and the information acquisition mode includes document entry, data batch import, data synchronization, and mobile terminal acquisition.
5. The power station unit installation auxiliary information compilation method of claim 1, wherein the association in S4 is a one-to-one correspondence between a unit device three-dimensional model, a device three-dimensional model name, a device KKS code, and a device physical identifier, the unit engineering code is associated with the unit device in a one-to-many manner, the device installation auxiliary information is associated with the device three-dimensional model by adding a device KKS code attribute and a unit engineering code attribute, and the association is established by code binding in the machine group device ledger management.
6. The power plant unit installation auxiliary information reorganizing method of claim 1, wherein the unit installation auxiliary information management platform in S5 comprises a unit equipment installation three-dimensional simulation module and an equipment information data reorganizing and handover module:
the three-dimensional simulation module for unit equipment installation comprises unit equipment three-dimensional structure display and unit typical part hoisting deduction, wherein the unit equipment three-dimensional structure display comprises plant overall scene environment layered display and equipment tree independent display, the display state comprises part display, hiding and transparency, the display mode comprises moving, zooming, rotating, optimal visual angle, sectioning and explosion, the unit typical part hoisting deduction comprises simulation of equipment hoisting through a virtual control panel operating a mouse and a keyboard, the activity range of the unit equipment in the horizontal and vertical directions and the rotation angle of the equipment in the installation process are simulated, and the system carries out voice reminding when the equipment is close to collision with a peripheral structure;
the equipment information and data compilation and transfer module comprises information classification storage, compilation information export and content list export, wherein the information classification storage is that all files in a database are traversed according to a preset information classification mode, the classification of each file is determined, the classified files are sorted and packed into boxes and stored in the compilation library, the compilation information export provides a checking and downloading selection function item of the compilation data for a system, a user checks and selects required file data in a user-defined mode according to requirements and selects to download the compilation data, the content list export provides the system with an item list automatically generated according to the name of the checking item file, and the user selects to download the content list export.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116860860A (en) * | 2023-09-04 | 2023-10-10 | 国网福建省电力有限公司 | All-engineering data streaming method and equipment based on substation electrical equipment model |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116860860A (en) * | 2023-09-04 | 2023-10-10 | 国网福建省电力有限公司 | All-engineering data streaming method and equipment based on substation electrical equipment model |
| CN116860860B (en) * | 2023-09-04 | 2023-11-28 | 国网福建省电力有限公司 | All-engineering data streaming method and equipment based on substation electrical equipment model |
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