CN105426972A - Engineering project intelligent operation management method and system based on BIM - Google Patents
Engineering project intelligent operation management method and system based on BIM Download PDFInfo
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- CN105426972A CN105426972A CN201510714008.9A CN201510714008A CN105426972A CN 105426972 A CN105426972 A CN 105426972A CN 201510714008 A CN201510714008 A CN 201510714008A CN 105426972 A CN105426972 A CN 105426972A
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/20—Administration of product repair or maintenance
Abstract
The invention provides an engineering project intelligent operation management method and system based on a BIM (Building Information Modeling), comprising: a coupling step: determining a BIM matching a practical engineering project according to the information of a user mobile terminal, and displaying the BIM at the user mobile terminal; a component editing step: editing the component attribute information in the BIM according to component editing information; an operation fault solution step: displaying the component operation information in the BIM assigned by the user mobile terminal at the user mobile terminal; and an operation information pushing step: extracting corresponding operation information of the position of a fault component and the fault component, and pushing the information to the user mobile terminal. The method and system position the BIM on a field through the mobile terminal, thereby improving operation personnel work efficiency, and substantially reducing equipment costs; in addition, the method and system can actively collect and push engineering project operation data, and issue a warning in advance.
Description
Technical field
The present invention relates to BIM application technology and IT field, be specifically related to the engineering project intelligence operation management system based on BIM, especially relate to a kind of techniques and methods of real-time supervision control engineering project operation situation, record and fast processing operation troubles overall process on mobile terminal and computer end, achieve the intelligent operation maintenance management of engineering project.
Background technology
BIM and BuildingInformationModeling (BIM), as one of construction project complete information carrier, it is a kind of architectural design of innovation, construction and operation management method.Its principal feature can continue immediately to provide high-quality, consistent, reliable Project design scale, process and cost and facility information.Architect, structure teacher, Electrical and Mechanical Engineer and engineering project Whole Course Management each side realize seamless link by BIM collaborative platform, share data and information.Utilize BIM technology to promote fine-grained management, reduce resource consumption, energy resource consumption.BIM has become the important technological means of building field project Whole Course Management, particularly because BIM gives comprehensive, continuity, the trackability of information in building Life cycle, for it provides possibility completion the escorting of stage that be delivered for use.
Engineering project is in the stage such as planning, design, construction in early stage, and input capital, manpower and the scale of time are very huge, and comes into operation and play the object that its maximum effect is construction.Therefore, set up good buildings maintaining-managing system, can not only provide comfortable and be convenient to use environment, more can reach the efficiency of management of getting twice the result with half the effort and cost control.
Traditional engineering operation management just refers to estate management, because its ladder of management, theory, instrument are more single, the various data form of a large amount of dependence or list manage, lack intuitively efficient mode of institute's management object being carried out to query and search, the various information such as data, parameter, drawing are isolated mutually, need managerial personnel to have higher Specialized Quality and operating experience in addition, cause the efficiency of management to be difficult to improve thus, management difficulty increases, and handling cost rises.
Along with rapid economic development, construction project day by day increases, big and small engineering project is innumerable, on the other hand, engineering complexity and professional rising, facilities and equipment is huger, and these all imply that original Property Management System can not meet present engineering operation management demand, and a set of novel efficiently comprehensive operation management system needs to be established.
Through retrieval, find following relevant patent documentation.
Coordinate indexing result 1:
Application number: 201410087764.9
Publication number: CN104915741A
Title: based on the Architectural Equipment operation management system of BIM technology
This publication disclose a kind of Architectural Equipment operation management system based on BIM technology, be applicable to the operation management of heavy construction or groups of building.Described system comprises a data server, collaborative work station, modeling PC and at least one subscriber equipment end, user side is by the operational system in network access server, carry out required operation, server then operates according to the authority limiting access of user.This patent documentation is pointed out, it provides a kind of building facilities management system and method based on BIM technology, to the facilities and equipment of heavy construction, especially steel construction, curtain wall and roofing carry out information system management and maintenance, overcome the shortcoming of traditional operation management system, make supvr can clear, effectively, intuitively space resources is effectively managed, space management simultaneously based on BIM technology effectively can promote the supporting function of informationization technology in workflow management and process operation, and then improves corresponding O&M service management level.
Coordinate indexing result 2:
Application number: 201210527791.4
Publication number: CN103246951A
Title: based on electromechanical equipment intelligent management system and the method for BIM
This publication disclose a kind of electromechanical equipment intelligent management system based on BIM and method, this electromechanical equipment intelligent management system comprises integrated delivery platform, equipment information management module, maintenance and repair administration module, O&M base module and emergency preplan administration module, this patent documentation is pointed out, property management personnel, by its system and method, can realize the equipment information management of the electromechanical equipment of the large amount of complex built, maintenance and repair management, O&M knowledge base and emergency preplan management efficiently.
Technology comparison:
Above-mentioned coordinate indexing result 1 is intended to by the space management based on BIM technology, effectively manages space resources shared by engineering project.Above-mentioned coordinate indexing result 2 is intended to electromechanical equipment information model to import operation platform, by consulting, editing, analytical equipment maintenance information, assists maintainer's field maintemance engineering electromechanical equipment.But still at least there is following weak point in the prior art comprising coordinate indexing result 1,2:
(1) BIM model and practical engineering project cannot Auto-matchings, can only play with reference to effect, be unfavorable for managerial personnel's Solve on site O&M problem;
(2) system not Real-time Collection engineering project service data, cannot play the effect of giving warning in advance;
(3) system does not provide and other intelligent management system interfaces, cannot accomplish automatic management.
Summary of the invention
For defect of the prior art, the object of this invention is to provide a kind of engineering project based on BIM intelligence operation management system.
According to a kind of intelligence of the engineering project based on BIM operation management method provided by the invention, comprise the steps:
Coupling step: determine the BIM model mated with practical engineering project according to the information of user mobile terminal, and show described BIM model in user mobile terminal;
Component edit step: according to component edit file, edits the structure attribute information in BIM model;
O&M fault settlement steps to deal: the O&M information of the component in the BIM model of specify user mobile terminal, shows in user mobile terminal;
O&M information pushing step: in BIM model, judge whether component breaks down according to structure attribute information, for the corresponding O&M information of the component acquirement broken down, then by the position of the component broken down and the corresponding O&M information pushing of component acquirement that breaks down to user mobile terminal.
Preferably, described coupling step, comprise following any one or appoint multiple step:
Position matching step: according to the locating information of user mobile terminal, determines the BIM model that the practical engineering project corresponding with user's Location is mated;
Attitude matching step: according to the attitude of user mobile terminal, determines the displaying angle of BIM model and described attitude matching;
Name-matches step: according to the actual items title of user mobile terminal instruction, determine the BIM model mated with practical engineering project;
Marking matched step: according to the identification information of user mobile terminal, confirms the BIM model mated with practical engineering project.
Preferably, described position matching step, comprises the steps:
Locating information obtaining step: obtain the current residing geographic coordinate point in user mobile terminal as locating information;
Model orientation finding step: the BIM model that the BIM model comprising described geographic coordinate point is mated as the practical engineering project corresponding with user's Location;
Wherein, described in comprise the BIM model of described geographic coordinate point, refer to, the territorial scope of the practical engineering project that this BIM model is corresponding comprises described geographic coordinate point.
Preferably, described attitude matching step, comprises the steps:
Obtain induction information step: obtain the attitude induction information from gyroscope or gravity sensing sensor in user mobile terminal;
Resolve induction information step: the attitude parsing user mobile terminal according to attitude induction information, wherein, described attitude comprise the back side, user mobile terminal towards;
Visual angle coupling step: by the visual angle angle initialization of BIM model display be with the back side, user mobile terminal towards consistent, show BIM model with the visual angle angle set.
Preferably, described component edit step, comprises the steps:
Mobile terminal edit step: according to the component edit file from user mobile terminal, in BIM model by user mobile terminal the attribute information of component selected edit;
Sensor edit step: according to the component Detection Information from the sensor for detecting actual components, the attribute information of component corresponding with actual components in BIM model is edited.
According to a kind of intelligence of the engineering project based on BIM operation management system provided by the invention, comprise as lower device:
Coalignment: determine the BIM model mated with practical engineering project according to the information of user mobile terminal, and show described BIM model in user mobile terminal;
Component editing device: according to component edit file, edits the structure attribute information in BIM model;
O&M fault solving device: the O&M information of the component in the BIM model of specify user mobile terminal, shows in user mobile terminal;
O&M information push-delivery apparatus: in BIM model, judge whether component breaks down according to structure attribute information, for the corresponding O&M information of the component acquirement broken down, then by the position of the component broken down and the corresponding O&M information pushing of component acquirement that breaks down to user mobile terminal.
Preferably, described coalignment, comprise following any one or appoint multiple device:
Position matching device: according to the locating information of user mobile terminal, determines the BIM model that the practical engineering project corresponding with user's Location is mated;
Attitude matching device: according to the attitude of user mobile terminal, determines the displaying angle of BIM model and described attitude matching;
Name-matches device: according to the actual items title of user mobile terminal instruction, determine the BIM model mated with practical engineering project;
Marking matched device: according to the identification information of user mobile terminal, confirms the BIM model mated with practical engineering project.
Preferably, described position matching device, comprises as lower device:
Locating information acquisition device: obtain the current residing geographic coordinate point in user mobile terminal as locating information;
Model orientation searches device: the BIM model mated as the practical engineering project corresponding with user's Location by the BIM model comprising described geographic coordinate point;
Wherein, described in comprise the BIM model of described geographic coordinate point, refer to, the territorial scope of the practical engineering project that this BIM model is corresponding comprises described geographic coordinate point.
Preferably, described attitude matching device, comprises as lower device:
Obtain induction information device: obtain the attitude induction information from gyroscope or gravity sensing sensor in user mobile terminal;
Resolve induction information device: the attitude parsing user mobile terminal according to attitude induction information, wherein, described attitude comprise the back side, user mobile terminal towards;
Visual angle coalignment: by the visual angle angle initialization of BIM model display be with the back side, user mobile terminal towards consistent, show BIM model with the visual angle angle set.
Preferably, described component editing device, comprises as lower device:
Mobile terminal editing device: according to the component edit file from user mobile terminal, in BIM model by user mobile terminal the attribute information of component selected edit;
Sensor editing device: according to the component Detection Information from the sensor for detecting actual components, the attribute information of component corresponding with actual components in BIM model is edited.
Compared with prior art, the present invention has following beneficial effect:
1, the present invention has carried out relationship by visual for the management information such as maintenance, repair, simulation operation training with BIM component, thus facilitate operation maintenance personnel according to BIM component conveniently calling and reference management information, improve maintenance efficiency, wherein, especially the data in conventional on-site management that overcomes is various, find not easily, the shortcoming of inefficiency, national acceptance standard and company standard can be concentrated process sequence, only need selected member to check acceptance requirement.
2, the present invention is not high for hardware requirement, in the upper operation of common mobile terminal (mobile phone, flat board etc.), can be located by BIM model, improve operation maintenance personnel work efficiency, and greatly reduce equipment cost by mobile terminal with on-the-spot.
3, the present invention can active acquisition engineering project service data, and active push, issues early warning in advance.
4, interface provided by the invention, achieves that each subsystem data in engineering project really interconnects, Intellisense.
5, the present invention is applicable to the operation management workbench of all engineerings, can guarantee to check and accept step procedure, standardization, picture-text image, scene can reviewing, stop not conduct and the corrupt practice of each side in checking and accepting.
Accompanying drawing explanation
By reading the detailed description done non-limiting example with reference to the following drawings, other features, objects and advantages of the present invention will become more obvious:
Fig. 1 is fundamental diagram of the present invention.
Fig. 2 is the structural representation of the engineering project based on BIM provided by the invention intelligence operation management system.
Fig. 3 is the flow chart of steps of the engineering project based on BIM provided by the invention intelligence operation management method.
Embodiment
Below in conjunction with specific embodiment, the present invention is described in detail.Following examples will contribute to those skilled in the art and understand the present invention further, but not limit the present invention in any form.It should be pointed out that to those skilled in the art, without departing from the inventive concept of the premise, some changes and improvements can also be made.These all belong to protection scope of the present invention.
According to a kind of intelligence of the engineering project based on BIM operation management system provided by the invention, comprise as lower device:
Coalignment: determine the BIM model mated with practical engineering project according to the information of user mobile terminal, and show described BIM model in user mobile terminal;
Component editing device: according to component edit file, edits the structure attribute information in BIM model;
O&M fault solving device: the O&M information of the component in the BIM model of specify user mobile terminal, shows in user mobile terminal;
O&M information push-delivery apparatus: in BIM model, judge whether component breaks down according to structure attribute information, for the corresponding O&M information of the component acquirement broken down, then by the position of the component broken down and the corresponding O&M information pushing of component acquirement that breaks down to user mobile terminal.
In preference, described coalignment, comprise following any one or appoint multiple device:
Position matching device: according to the locating information of user mobile terminal, determines the BIM model that the practical engineering project corresponding with user's Location is mated;
Attitude matching device: according to the attitude of user mobile terminal, determines the displaying angle of BIM model and described attitude matching;
Name-matches device: according to the actual items title of user mobile terminal instruction, determine the BIM model mated with practical engineering project;
Marking matched device: according to the identification information of user mobile terminal, confirms the BIM model mated with practical engineering project.
In preference, described position matching device, comprises as lower device:
Locating information acquisition device: obtain the current residing geographic coordinate point in user mobile terminal as locating information;
Model orientation searches device: the BIM model mated as the practical engineering project corresponding with user's Location by the BIM model comprising described geographic coordinate point;
Wherein, described in comprise the BIM model of described geographic coordinate point, refer to, the territorial scope of the practical engineering project that this BIM model is corresponding comprises described geographic coordinate point.
In preference, described attitude matching device, comprises as lower device:
Obtain induction information device: obtain the attitude induction information from gyroscope or gravity sensing sensor in user mobile terminal;
Resolve induction information device: the attitude parsing user mobile terminal according to attitude induction information, wherein, described attitude comprise the back side, user mobile terminal towards;
Visual angle coalignment: by the visual angle angle initialization of BIM model display be with the back side, user mobile terminal towards consistent, show BIM model with the visual angle angle set.
In preference, described component editing device, comprises as lower device:
Mobile terminal editing device: according to the component edit file from user mobile terminal, in BIM model by user mobile terminal the attribute information of component selected edit;
Sensor editing device: according to the component Detection Information from the sensor for detecting actual components, the attribute information of component corresponding with actual components in BIM model is edited.
The described intelligence of the engineering project based on BIM operation management system can be achieved according to the steps flow chart of a kind of intelligence of the engineering project based on BIM operation management method provided by the invention.The described intelligence operation management of the engineering project based on BIM method can be interpreted as a preference of the described engineering project based on BIM intelligence operation management system by those skilled in the art.Particularly, according to a kind of intelligence of the engineering project based on BIM operation management method provided by the invention, comprise the steps:
Coupling step: determine the BIM model mated with practical engineering project according to the information of user mobile terminal, and show described BIM model in user mobile terminal;
Component edit step: according to component edit file, edits the structure attribute information in BIM model;
O&M fault settlement steps to deal: the O&M information of the component in the BIM model of specify user mobile terminal, shows in user mobile terminal;
O&M information pushing step: in BIM model, judge whether component breaks down according to structure attribute information, for the corresponding O&M information of the component acquirement broken down, then by the position of the component broken down and the corresponding O&M information pushing of component acquirement that breaks down to user mobile terminal.
In preference, described coupling step, comprise following any one or appoint multiple step:
Position matching step: according to the locating information of user mobile terminal, determines the BIM model that the practical engineering project corresponding with user's Location is mated;
Attitude matching step: according to the attitude of user mobile terminal, determines the displaying angle of BIM model and described attitude matching;
Name-matches step: according to the actual items title of user mobile terminal instruction, determine the BIM model mated with practical engineering project; Such as, user is to the input of user mobile terminal or select actual items title, like this, can search containing the BIM model of this actual items title in attribute information from the multiple BIM models BIM model bank according to the actual items title from user mobile terminal, using the BIM model that the finds BIM model as coupling;
Marking matched step: according to the identification information of user mobile terminal, confirms the BIM model mated with practical engineering project; Such as, the ID participating in corresponding practical engineering project is comprised in the attribute information of BIM model, like this, ID is searched to should the BIM model of identification information from the multiple BIM models BIM model bank, using the BIM model that the finds BIM model as coupling according to the identification information (such as phone number or APP login account) of user mobile terminal;
In preference, described position matching step, comprises the steps:
Locating information obtaining step: obtain the current residing geographic coordinate point in user mobile terminal as locating information; Such as can obtain the current residing geographic coordinate point in user mobile terminal by global position system or architecture mode;
Model orientation finding step: the BIM model that the BIM model comprising described geographic coordinate point is mated as the practical engineering project corresponding with user's Location;
Wherein, described in comprise the BIM model of described geographic coordinate point, refer to, the territorial scope of the practical engineering project that this BIM model is corresponding comprises described geographic coordinate point; Wherein, when setting up BIM model, the territorial scope of practical engineering project corresponding to this BIM model is write in the attribute of BIM model, if the geographical position coordinates point of user mobile terminal falls into this territorial scope, then can determine the user holding this user mobile terminal and be in (such as in construction site) in the territorial scope of this practical engineering project, like this, just the practical engineering project residing for user can be showed user in time by user mobile terminal by corresponding BIM model.
In preference, described attitude matching step, comprises the steps:
Obtain induction information step: obtain the attitude induction information from gyroscope or gravity sensing sensor in user mobile terminal;
Resolve induction information step: the attitude parsing user mobile terminal according to attitude induction information, wherein, described attitude comprise the back side, user mobile terminal towards;
Visual angle coupling step: by the visual angle angle initialization of BIM model display be with the back side, user mobile terminal towards consistent, show BIM model with the visual angle angle set; Such as, being oriented of the back side, user mobile terminal points to axis in the south towards tunnel, then can judge that user now just points to axis in the south towards tunnel, thus shows BIM model with the visual angle pointing to axis in the south towards tunnel.
In preference, described component edit step, comprises the steps:
Mobile terminal edit step: according to the component edit file from user mobile terminal, in BIM model by user mobile terminal the attribute information of component selected edit; Described component edit file comprises the maintenance information of the facilities and equipment corresponding to component, servicing manual, simulated operation animation, safeguards (comprise actual measurement actual quantities value according to national standard and made both pictures and texts are excellent the maintenance operation picture library of company standard, on-site maintenance, material file, picture, image etc.) etc. information, so that user shows the information such as the maintenance information of this component, servicing manual and simulated operation animation when clicking component, user can keep in repair with reference to simulated operation animation at building-site;
Sensor edit step: according to the component Detection Information from the sensor for detecting actual components, the attribute information of component corresponding with actual components in BIM model is edited, wherein, described sensor is for detecting the parameter of actual components, to the attribute information by more new structural member, like this, can Timeliness coverage fault when abnormal parameters, and then failure message is pushed to corresponding operation maintenance personnel user.Wherein, described O&M information can comprise the O&M information in numerous intellectualizing system, and described intellectualizing system can be building safety-protection system, fire protection alarm system, gate control system, and triggers intellectualizing system work.
Those skilled in the art will know that, except realizing except system provided by the invention and each device thereof in pure computer readable program code mode, system provided by the invention and each device thereof can be made to realize identical function with the form of logic gate, switch, special IC, programmable logic controller (PLC) and embedded microcontroller etc. by method step being carried out programming in logic completely.So system provided by the invention and every device thereof can be considered to a kind of hardware component, and to the structure that also can be considered as the device realizing various function in hardware component comprised in it; Also the device being used for realizing various function can be considered as not only can be implementation method software module but also can be structure in hardware component.
Above specific embodiments of the invention are described.It is to be appreciated that the present invention is not limited to above-mentioned particular implementation, those skilled in the art can make a variety of changes within the scope of the claims or revise, and this does not affect flesh and blood of the present invention.When not conflicting, the feature in the embodiment of the application and embodiment can combine arbitrarily mutually.
Claims (10)
1., based on an engineering project intelligence operation management method of BIM, it is characterized in that, comprise the steps:
Coupling step: determine the BIM model mated with practical engineering project according to the information of user mobile terminal, and show described BIM model in user mobile terminal;
Component edit step: according to component edit file, edits the structure attribute information in BIM model;
O&M fault settlement steps to deal: the O&M information of the component in the BIM model of specify user mobile terminal, shows in user mobile terminal;
O&M information pushing step: in BIM model, judge whether component breaks down according to structure attribute information, for the corresponding O&M information of the component acquirement broken down, then by the position of the component broken down and the corresponding O&M information pushing of component acquirement that breaks down to user mobile terminal.
2. the engineering project based on BIM according to claim 1 intelligence operation management method, is characterized in that, described coupling step, comprise following any one or appoint multiple step:
Position matching step: according to the locating information of user mobile terminal, determines the BIM model that the practical engineering project corresponding with user's Location is mated;
Attitude matching step: according to the attitude of user mobile terminal, determines the displaying angle of BIM model and described attitude matching;
Name-matches step: according to the actual items title of user mobile terminal instruction, determine the BIM model mated with practical engineering project;
Marking matched step: according to the identification information of user mobile terminal, confirms the BIM model mated with practical engineering project.
3. the intelligence of the engineering project based on BIM operation management method according to claim 2, it is characterized in that, described position matching step, comprises the steps:
Locating information obtaining step: obtain the current residing geographic coordinate point in user mobile terminal as locating information;
Model orientation finding step: the BIM model that the BIM model comprising described geographic coordinate point is mated as the practical engineering project corresponding with user's Location;
Wherein, described in comprise the BIM model of described geographic coordinate point, refer to, the territorial scope of the practical engineering project that this BIM model is corresponding comprises described geographic coordinate point.
4. the intelligence of the engineering project based on BIM operation management method according to claim 2, it is characterized in that, described attitude matching step, comprises the steps:
Obtain induction information step: obtain the attitude induction information from gyroscope or gravity sensing sensor in user mobile terminal;
Resolve induction information step: the attitude parsing user mobile terminal according to attitude induction information, wherein, described attitude comprise the back side, user mobile terminal towards;
Visual angle coupling step: by the visual angle angle initialization of BIM model display be with the back side, user mobile terminal towards consistent, show BIM model with the visual angle angle set.
5. the intelligence of the engineering project based on BIM operation management method according to claim 1, it is characterized in that, described component edit step, comprises the steps:
Mobile terminal edit step: according to the component edit file from user mobile terminal, in BIM model by user mobile terminal the attribute information of component selected edit;
Sensor edit step: according to the component Detection Information from the sensor for detecting actual components, the attribute information of component corresponding with actual components in BIM model is edited.
6., based on an engineering project intelligence operation management system of BIM, it is characterized in that, comprise as lower device:
Coalignment: determine the BIM model mated with practical engineering project according to the information of user mobile terminal, and show described BIM model in user mobile terminal;
Component editing device: according to component edit file, edits the structure attribute information in BIM model;
O&M fault solving device: the O&M information of the component in the BIM model of specify user mobile terminal, shows in user mobile terminal;
O&M information push-delivery apparatus: in BIM model, judge whether component breaks down according to structure attribute information, for the corresponding O&M information of the component acquirement broken down, then by the position of the component broken down and the corresponding O&M information pushing of component acquirement that breaks down to user mobile terminal.
7. the engineering project based on BIM according to claim 6 intelligence operation management system, is characterized in that, described coalignment, comprise following any one or appoint multiple device:
Position matching device: according to the locating information of user mobile terminal, determines the BIM model that the practical engineering project corresponding with user's Location is mated;
Attitude matching device: according to the attitude of user mobile terminal, determines the displaying angle of BIM model and described attitude matching;
Name-matches device: according to the actual items title of user mobile terminal instruction, determine the BIM model mated with practical engineering project;
Marking matched device: according to the identification information of user mobile terminal, confirms the BIM model mated with practical engineering project.
8. the intelligence of the engineering project based on BIM operation management system according to claim 7, it is characterized in that, described position matching device, comprises as lower device:
Locating information acquisition device: obtain the current residing geographic coordinate point in user mobile terminal as locating information;
Model orientation searches device: the BIM model mated as the practical engineering project corresponding with user's Location by the BIM model comprising described geographic coordinate point;
Wherein, described in comprise the BIM model of described geographic coordinate point, refer to, the territorial scope of the practical engineering project that this BIM model is corresponding comprises described geographic coordinate point.
9. the intelligence of the engineering project based on BIM operation management system according to claim 7, it is characterized in that, described attitude matching device, comprises as lower device:
Obtain induction information device: obtain the attitude induction information from gyroscope or gravity sensing sensor in user mobile terminal;
Resolve induction information device: the attitude parsing user mobile terminal according to attitude induction information, wherein, described attitude comprise the back side, user mobile terminal towards;
Visual angle coalignment: by the visual angle angle initialization of BIM model display be with the back side, user mobile terminal towards consistent, show BIM model with the visual angle angle set.
10. the intelligence of the engineering project based on BIM operation management system according to claim 6, it is characterized in that, described component editing device, comprises as lower device:
Mobile terminal editing device: according to the component edit file from user mobile terminal, in BIM model by user mobile terminal the attribute information of component selected edit;
Sensor editing device: according to the component Detection Information from the sensor for detecting actual components, the attribute information of component corresponding with actual components in BIM model is edited.
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| CN106228208A (en) * | 2016-07-21 | 2016-12-14 | 重庆工程职业技术学院 | Control system based on BIM and method |
| CN106934729A (en) * | 2017-03-09 | 2017-07-07 | 河北省建筑科学研究院 | Building Testing and appraisal method and device |
| CN107016625A (en) * | 2017-03-13 | 2017-08-04 | 同济大学 | A kind of total bag enterprise B IM authorizing standard methods of architectural engineering |
| CN107527143A (en) * | 2017-08-10 | 2017-12-29 | 嘉兴恒创电力设计研究院有限公司 | Job site data-pushing, management method and management system based on BIM models |
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| CN108874340A (en) * | 2018-06-13 | 2018-11-23 | 深圳市智汇幕墙科技有限公司 | A kind of visualization building curtain wall management method and device |
| CN108846644A (en) * | 2018-06-22 | 2018-11-20 | 中船第九设计研究院工程有限公司 | A kind of integrated emulation technology, collaborative work, information management and project management managing and control system |
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| CN115062380A (en) * | 2022-06-09 | 2022-09-16 | 保利长大工程有限公司 | Visual construction system based on BIM platform |
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