CN105825335A - BIM (Building Information Modeling) based construction onsite vehicle and device management system and method - Google Patents
BIM (Building Information Modeling) based construction onsite vehicle and device management system and method Download PDFInfo
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Abstract
The invention discloses a BIM based construction onsite vehicle and device management system and method. The system comprises a handheld-end intelligent device, a vehicle and device identification end, a GPS end, a network service end and a database end, wherein the handheld-end intelligent device sends user instructions and device information to the network service end; the vehicle and device identification end stores vehicle and device information; the GPS end sends real-time geographical information of vehicles and devices to the network service end; the network service end is used for data interaction between the handheld-end intelligent device and the database end and data transmission between the GPS end and the database end; and the database end is used to convert, update, store and control BIM models and project drawings, and further to manage and schedule the vehicles and devices in the construction site in real time. Thus, operation conditions of all the vehicles and devices are clear, and related management and scheduling are carried out conveniently; interfaces are provided for statistics software of the related construction site, and it is ensured that the statistical data is instant and accurate; and all data information is updated in real time and is high in response speed.
Description
Technical field
The present invention relates to construction site vehicle and facilities management field, in particular it relates to a kind of job site based on BIM vehicle and equipment management system and method.
Background technology
BIM (BuildingInformationModeling), i.e. BIM, briefly refer to based on identical standard, it is possible to the integrated information model relevant to construction-engineering project up to the lifecycle process of operation and maintenance stage from building design stage.BIM model is the basis using every relevant information data of construction-engineering project as model, carries out the foundation of BUILDINGS MODELS, and then realizes the new ant algorithms of effectively management.It refers to the real information being had by digital information analogue simulation building, here, the intension of information is not only the visual information that geometry describes, and also comprises substantial amounts of non-geometry information, such as the fire resistance rating of material, the heat transfer coefficient of material, the cost of component, procurement information etc..It practice, BIM is through digitizing technique, set up a Virtual Building in a computer, it is provided that an architecture information storehouse single, the most consistent, that have logic.
Along with China's expanding economy, construction scope is the biggest, and construction vehicle gets more and more, and engineering ground situation also becomes increasingly complex, and the drawback of traditional construction site way to manage is more and more obvious；
(1) along with the development of building industry, project is organized and coordinated requirement more and more higher, the complexity of project surrounding enviroment often brings that narrow field, foundation depth are big, surrounding building distance is near, green construction and safety construction require the problems such as height, and it is big plus the job site scope of operation sometimes, there is difference of height in the construction of each subregion, on-the-spot complicated and changeable, easily causes spot plane layout and is continually changing, and the frequency of change is more and more higher, brings difficulty to project scene reasonable Arrangement.
(2) construction site management is random, acts by rule of thumb in operation.With the biggest randomness, show as job site chaotic, without road in unified field, placing of material is chaotic, and facility are parked unordered etc., and its consequence is that material is repeatedly transported, and channel block, vehicle run smooth, affects construction and is smoothed out.
(3) during working procedure movable mass controls, the large in number and widely distributed of material is put into, the factor comprehensive control relatively difficult to achieve to material.In practical work, supervising engineer often feels like industrialized equipment and bulk article quality discreteness is little, i.e. can be passed judgment on and control often through the written inspection of product and experimental test product quality.But local material used by majority operation type operation, the quality discreteness such as sand, stone, brick etc. is relatively big, and material is marched into the arena when tending to vary with, and how to realize also being a difficult problem for the control real-time, comprehensive, effective of material in addition.(4) all kinds of construction projects are various, amount is big, the duration is tight, construction enterprises' overall qualities gap of taking part in building is bigger, indivedual units in charge of construction shortage is suited one's training and metastable construction team and site construction management personnel, and the technical quality of construction operation personnel is the lowest, site construction management strength is not enough, can not well carry out training before construction, thus cause work progress to lack strong monitoring.In addition job site there is also information delay and management, the backward problem of scheduling, the most significantly delays construction progress.
Summary of the invention
Defect for existing construction site management technique, the present invention provides following technical scheme: a kind of job site based on BIM vehicle and equipment management system, this system includes handheld terminal smart machine, vehicle and equipment identification end, GPS end, network service end and database side；
Handheld terminal smart machine, for reception and the control of BIM model data, vehicle and the identification of equipment and the reading of relevant information, and the reception of work order and transmission；
Vehicle and equipment identification end, including RFID and Quick Response Code, be used for storing vehicle and facility information；
GPS end, for sending the real-time geographical locations of vehicle and equipment；
Network service end, for handheld terminal smart machine, data interaction between GPS end and database side, including: the model data between handheld terminal smart machine and database side synchronizes, the vehicle and the facility information that receive to handheld terminal smart machine are sent to database side, the mutual transmission of user instruction, GPS end vehicle and the transmission of equipment geography information；
Database side, is used for storing, changes, updates, controls relevant BIM model, be managed job site real-time vehicle and equipment and regulate and control；
Development of Mobile Internet technology is used to provide real-time uploading and downloading between handheld terminal smart machine, network service end, database side.
Further, handheld terminal smart machine includes: BIM model cootrol module, vehicle and equipment identification module, model and reality interactive module and job request module；Concrete:
(1) described BIM model cootrol module, including following submodule:
Model display module, for control BIM model amplification, reduce, rotate, roam, height-width measurement；
2D drawing is shown and locating module, for showing all of relevant drawing and the 2D drawing location to 3D model；
Vehicle and equipment display module, for showing vehicle and the real-time geographic information of equipment and association attributes；
(2) described vehicle and equipment identification module, including following submodule:
Quick Response Code identification module, by photographic head and embedded software identification 2 D code information；
Electronic label identification module, by the relevant information of built-in radio frequency receiving device identification RFID；
(3) function of described model and reality interactive module is: when foundation ditch, building, outdoor pipeline, road, vehicle and the facility of engineering change, by the way of picture, image, word, voice, respective change is fed back to database side；
(4) described job request module, including following submodule:
Management and dispatching request module, by data base by the way of picture, image, word, voice to handheld terminal smart machine release management dispatch request；
Reality feedback request module, is sent work request to database side by handheld terminal smart machine by the way of picture, image, word, voice.
Further, described RFID is attached to enter on the vehicle of job site, contains the contained material information of vehicle；Described Quick Response Code is attached to enter on vehicle and the equipment of job site, comprises the id information of vehicle and equipment.
Further, relevant BIM model is changed, is updated and comprise the steps of by database side；
(1) Revit software is utilized to complete the modeling of BIM architectural design model；
(2) the building race of BIM architectural design model is simplified, add foundation ditch, road and relevant place race；
(3) prefabricated associated vehicle and facility race；
(4) pertinent model information is added；
(5) Integrated Models generates BIM Ground arrangement model, specifically includes following sub-step:
(5.1) derive the IFC normative document of BIM architectural design model, use the resolver of official to resolve IFC normative document.Extracting the geological information in IFC normative document, geological information includes geometry information and geometric operation information, utilizes the 3-D view engine of AutoCAD to regenerate physical model.
(5.2) the Acbr function utilizing Autocad carries out triangular grids for the physical model rebuild in AutoCAD 3-D view engine, derives vertex of a triangle coordinate information, utilizes triangular coordinate information to regenerate surface model.
(5.3) attribute information in IFC normative document is processed, only retain the material relevant to surface model, color, attribute data, attribute information is loaded onto surface model.
(5.4) refining the construction site information of the component of surface model, add foundation ditch, road and relevant place information, prefabricated associated vehicle and facilities information, Integrated Models generates BIM Ground arrangement model.
A kind of job site based on BIM vehicle and device management method, the method comprises the steps:
(1) revitarchitecture, revitstructure, revitMEP, Tekla Software on Drawing BIM architectural design model is utilized according to the existing cad building of building, structure, MEP drawing；
(2) vehicle and equipment to job site are added up and collection of data, put up Quick Response Code and electronic tag on equipment；
(3) GPS chip and sensor are installed on equipment；
(4) size in computational engineering place builds mobile network, it is ensured that start all standing of network；
(5) it is BIM Ground arrangement model according to following steps by BIM architectural design model conversation in database side；
(5.1) derive the IFC normative document of BIM architectural design model, use the resolver of official to resolve IFC normative document.Extracting the geological information in IFC normative document, geological information includes geometry information and geometric operation information, utilizes the 3-D view engine of AutoCAD to regenerate physical model.
(5.2) the Acbr function utilizing Autocad carries out triangular grids for the physical model rebuild in AutoCAD 3-D view engine, derives vertex of a triangle coordinate information, utilizes triangular coordinate information to regenerate surface model.
(5.3) attribute information in IFC normative document is processed, only retain the material relevant to surface model, color, attribute data, attribute information is loaded onto surface model.
(5.4) refining the construction site information of the component of surface model, add foundation ditch, road and relevant place information, prefabricated associated vehicle and facilities information, Integrated Models generates BIM Ground arrangement model；
(6) on vehicle, GPS chip and Quick Response Code corresponding to the contained goods of vehicle and electronic tag are loaded when vehicle enters building site；
(7) initial construction site model is stored to handheld terminal smart machine, and store the information of relevant device, material above；
(8) dispatch request is processed by database side, and described dispatch request is two-way, database side mail to handheld terminal smart machine and can also be mail to database side by handheld terminal smart machine；Specific as follows:
(8.1) sent work request when being necessary equipment and material are shifted by handheld terminal smart machine, described work request include equipment and the real-time position of material, mobile after positional information；
(8.2) dispatch request is audited and processes by database side, the mobile route of equipment and material is simulated by database side in a model, select optimal mobile route, and mobile route is audited, become traffic order by the dispatch request of examination & verification, database side send to related personnel's handheld terminal smart machine and mobile phone；
(8.3) each dispatch request is fed back and updates BIM Ground arrangement model by database side；
(9) database side carries out model and reality is mutual:
(9.1) by the way of picture, image, word, voice, respective change is fed back to database side when foundation ditch, building, outdoor pipeline, road, vehicle and the facility of engineering change；
(9.2) foundation ditch, building, outdoor pipeline, road, vehicle and facility are processed by database side, update BIM Ground arrangement model accordingly；
(10) handheld terminal smart machine is utilized to carry out regular maintenance and make an inspection tour work, specific as follows:
(10.1) carry out regular maintenance and make an inspection tour time utilize handheld terminal smart machine to carry BIM Ground arrangement model to around need maintenance equipment and vehicle scan for, complete to safeguard and make an inspection tour the Quick Response Code in scanning device and vehicle and electronic tag after work, generate and safeguard and make an inspection tour record；
(10.2) for needing the equipment of periodic maintenance to carry out safeguarding prompting, user is reminded to carry out safeguarding until safeguarding and terminating when the date arrives the specified life of distance last maintenance；
(11) monitor vehicle and the positional information of equipment of job site in database side in real time, control the working condition of job site, possible danger is given warning in advance.
The invention has the beneficial effects as follows: it is the management to job site equipment and vehicle greatly that the construction management in construction stage has, along with construction becomes increasingly complex, job site vehicle and equipment get more and more, and the ratio that relevant cost accounts in construction management is increasing.By BIM technology is applied in construction management system, system is made to comprise job site vehicle and all of essential information of equipment, observation vehicle and the equipment real-time status of Three-Dimensional Dynamic can also be realized, so that construction site management personnel understand the behaviour in service of equipment, solution equipment and the present situation of vehicle management confusion, save management cost.
Accompanying drawing explanation
Fig. 1 is present invention job site based on BIM vehicle and equipment management system structured flowchart.
Detailed description of the invention
With specific embodiment, the present invention is described in further detail below in conjunction with the accompanying drawings.
As it is shown in figure 1, a kind of based on BIM Property Management System that the present invention provides, this system includes handheld terminal smart machine, vehicle and equipment identification end, GPS end, network service end and database side；Development of Mobile Internet technology is used to provide real-time uploading and downloading between handheld terminal smart machine, network service end, database side.
One, handheld terminal smart machine, for reception and the control of BIM model data, vehicle and the identification of equipment and the reading of relevant information, and the reception of work order and transmission；Handheld terminal smart machine includes: BIM model cootrol module, vehicle and equipment identification module, model and reality interactive module and job request module；Concrete:
(1) described BIM model cootrol module, including following submodule:
Model display module, for control BIM model amplification, reduce, rotate, roam, height-width measurement；
2D drawing is shown and locating module, for showing all of relevant drawing and the 2D drawing location to 3D model；
Vehicle and equipment display module, for showing vehicle and the real-time geographic information of equipment and association attributes；
(2) described vehicle and equipment identification module, including following submodule:
Quick Response Code identification module, by photographic head and embedded software identification 2 D code information；
Electronic label identification module, by the relevant information of built-in radio frequency receiving device identification RFID；
(3) function of described model and reality interactive module is: when foundation ditch, building, outdoor pipeline, road, vehicle and the facility of engineering change, by the way of picture, image, word, voice, respective change is fed back to database side；
(4) described job request module, including following submodule:
Management and dispatching request module, by data base by the way of picture, image, word, voice to handheld terminal smart machine release management dispatch request；
Reality feedback request module, is sent work request to database side by handheld terminal smart machine by the way of picture, image, word, voice.
Two, vehicle and equipment identification end, including RFID and Quick Response Code, is used for storing vehicle and facility information；Described RFID is attached to enter on the vehicle of job site, contains the contained material information of vehicle；Described Quick Response Code is attached to enter on vehicle and the equipment of job site, comprises the id information of vehicle and equipment.
Three, GPS end, for sending the real-time geographical locations of vehicle and equipment；
Four, network service end, for handheld terminal smart machine, data interaction between GPS end and database side, including: the model data between handheld terminal smart machine and database side synchronizes, the vehicle and the facility information that receive to handheld terminal smart machine are sent to database side, the mutual transmission of user instruction, GPS end vehicle and the transmission of equipment geography information；
Five, database side, is used for storing, changes, updates, controls relevant BIM model, be managed job site real-time vehicle and equipment and regulate and control.Relevant BIM model changed by database side, update and comprise the steps of；
(1) Revit software is utilized to complete the modeling of BIM architectural design model；
(2) the building race of BIM architectural design model is simplified, add foundation ditch, road and relevant place race；
(3) prefabricated associated vehicle and facility race；
(4) pertinent model information is added；
(5) Integrated Models generates BIM Ground arrangement model, specifically includes following sub-step:
(5.1) derive the IFC normative document of BIM architectural design model, use the resolver of official to resolve IFC normative document.Extracting the geological information in IFC normative document, geological information includes geometry information and geometric operation information, utilizes the 3-D view engine of AutoCAD to regenerate physical model.
(5.2) the Acbr function utilizing Autocad carries out triangular grids for the physical model rebuild in AutoCAD 3-D view engine, derives vertex of a triangle coordinate information, utilizes triangular coordinate information to regenerate surface model.
(5.3) attribute information in IFC normative document is processed, only retain the material relevant to surface model, color, attribute data, attribute information is loaded onto surface model.
(5.4) refining the construction site information of the component of surface model, add foundation ditch, road and relevant place information, prefabricated associated vehicle and facilities information, Integrated Models generates BIM Ground arrangement model.
A kind of based on BIM job site vehicle of present invention offer and device management method, the method comprises the steps:
(1) revitarchitecture, revitstructure, revitMEP, Tekla Software on Drawing BIM architectural design model is utilized according to the existing cad building of building, structure, MEP drawing；
(2) vehicle and equipment to job site are added up and collection of data, put up Quick Response Code and electronic tag on equipment；
(3) GPS chip and sensor are installed on equipment；
(4) size in computational engineering place builds mobile network, it is ensured that start all standing of network；
(5) it is BIM Ground arrangement model according to following steps by BIM architectural design model conversation in database side；
(5.1) derive the IFC normative document of BIM architectural design model, use the resolver of official to resolve IFC normative document.Extracting the geological information in IFC normative document, geological information includes geometry information and geometric operation information, utilizes the 3-D view engine of AutoCAD to regenerate physical model.
(5.2) the Acbr function utilizing Autocad carries out triangular grids for the physical model rebuild in AutoCAD 3-D view engine, derives vertex of a triangle coordinate information, utilizes triangular coordinate information to regenerate surface model.
(5.3) attribute information in IFC normative document is processed, only retain the material relevant to surface model, color, attribute data, attribute information is loaded onto surface model.
(5.4) refining the construction site information of the component of surface model, add foundation ditch, road and relevant place information, prefabricated associated vehicle and facilities information, Integrated Models generates BIM Ground arrangement model；
(6) on vehicle, GPS chip and Quick Response Code corresponding to the contained goods of vehicle and electronic tag are loaded when vehicle enters building site；
(7) initial construction site model is stored to handheld terminal smart machine, and store the information of relevant device, material above；
(8) dispatch request is processed by database side, and described dispatch request is two-way, database side mail to handheld terminal smart machine and can also be mail to database side by handheld terminal smart machine；Specific as follows:
(8.1) sent work request when being necessary equipment and material are shifted by handheld terminal smart machine, described work request include equipment and the real-time position of material, mobile after positional information；
(8.2) dispatch request is audited and processes by database side, the mobile route of equipment and material is simulated by database side in a model, select optimal mobile route, and mobile route is audited, become traffic order by the dispatch request of examination & verification, database side send to related personnel's handheld terminal smart machine and mobile phone；
(8.3) each dispatch request is fed back and updates BIM Ground arrangement model by database side；
(9) database side carries out model and reality is mutual:
(9.1) by the way of picture, image, word, voice, respective change is fed back to database side when foundation ditch, building, outdoor pipeline, road, vehicle and the facility of engineering change；
(9.2) foundation ditch, building, outdoor pipeline, road, vehicle and facility are processed by database side, update BIM Ground arrangement model accordingly；
(10) handheld terminal smart machine is utilized to carry out regular maintenance and make an inspection tour work, specific as follows:
(10.1) carry out regular maintenance and make an inspection tour time utilize handheld terminal smart machine to carry BIM Ground arrangement model to around need maintenance equipment and vehicle scan for, complete to safeguard and make an inspection tour the Quick Response Code in scanning device and vehicle and electronic tag after work, generate and safeguard and make an inspection tour record；
(10.2) for needing the equipment of periodic maintenance to carry out safeguarding prompting, user is reminded to carry out safeguarding until safeguarding and terminating when the date arrives the specified life of distance last maintenance；
(11) monitor vehicle and the positional information of equipment of job site in database side in real time, control the working condition of job site, possible danger is given warning in advance.
Claims (5)
1. job site based on a BIM vehicle and equipment management system, it is characterised in that this system includes handheld terminal smart machine, vehicle and equipment identification end, GPS end, network service end and database side；
Handheld terminal smart machine, for reception and the control of BIM model data, vehicle and the identification of equipment and the reading of relevant information, and the reception of work order and transmission；
Vehicle and equipment identification end, including RFID and Quick Response Code, be used for storing vehicle and facility information；
GPS end, for sending the real-time geographical locations of vehicle and equipment；
Network service end, for handheld terminal smart machine, data interaction between GPS end and database side, including: the model data between handheld terminal smart machine and database side synchronizes, the vehicle and the facility information that receive to handheld terminal smart machine are sent to database side, the mutual transmission of user instruction, GPS end vehicle and the transmission of equipment geography information；
Database side, is used for storing, changes, updates, controls relevant BIM model, be managed job site real-time vehicle and equipment and regulate and control；
Development of Mobile Internet technology is used to provide real-time uploading and downloading between handheld terminal smart machine, network service end, database side.
Job site based on BIM vehicle and equipment management system the most according to claim 1, it is characterised in that handheld terminal smart machine includes: BIM model cootrol module, vehicle and equipment identification module, model and reality interactive module and job request module；Concrete:
(1) described BIM model cootrol module, including following submodule:
Model display module, for control BIM model amplification, reduce, rotate, roam, height-width measurement；
2D drawing is shown and locating module, for showing all of relevant drawing and the 2D drawing location to 3D model；
Vehicle and equipment display module, for showing vehicle and the real-time geographic information of equipment and association attributes；
(2) described vehicle and equipment identification module, including following submodule:
Quick Response Code identification module, by photographic head and embedded software identification 2 D code information；
Electronic label identification module, by the relevant information of built-in radio frequency receiving device identification RFID；
(3) function of described model and reality interactive module is: when foundation ditch, building, outdoor pipeline, road, vehicle and the facility of engineering change, by the way of picture, image, word, voice, respective change is fed back to database side；
(4) described job request module, including following submodule:
Management and dispatching request module, by data base by the way of picture, image, word, voice to handheld terminal smart machine release management dispatch request；
Reality feedback request module, is sent work request to database side by handheld terminal smart machine by the way of picture, image, word, voice.
Job site based on BIM vehicle and equipment management system the most according to claim 1, it is characterised in that described RFID is attached to enter on the vehicle of job site, contains the contained material information of vehicle；Described Quick Response Code is attached to enter on vehicle and the equipment of job site, comprises the id information of vehicle and equipment.
Job site based on BIM vehicle and equipment management system the most according to claim 1, it is characterised in that relevant BIM model changed by database side, update and comprise the steps of；
(1) Revit software is utilized to complete the modeling of BIM architectural design model；
(2) the building race of BIM architectural design model is simplified, add foundation ditch, road and relevant place race；
(3) prefabricated associated vehicle and facility race；
(4) pertinent model information is added；
(5) Integrated Models generates BIM Ground arrangement model, specifically includes following sub-step:
(5.1) derive the IFC normative document of BIM architectural design model, use the resolver of official to resolve IFC normative document.Extracting the geological information in IFC normative document, geological information includes geometry information and geometric operation information, utilizes the 3-D view engine of AutoCAD to regenerate physical model.
(5.2) the Acbr function utilizing Autocad carries out triangular grids for the physical model rebuild in AutoCAD 3-D view engine, derives vertex of a triangle coordinate information, utilizes triangular coordinate information to regenerate surface model.
(5.3) attribute information in IFC normative document is processed, only retain the material relevant to surface model, color, attribute data, attribute information is loaded onto surface model.
(5.4) refining the construction site information of the component of surface model, add foundation ditch, road and relevant place information, prefabricated associated vehicle and facilities information, Integrated Models generates BIM Ground arrangement model.
5. job site based on a BIM vehicle and device management method, it is characterised in that the method comprises the steps:
(1) revitarchitecture, revitstructure, revitMEP, Tekla Software on Drawing BIM architectural design model is utilized according to the existing cad building of building, structure, MEP drawing；
(2) vehicle and equipment to job site are added up and collection of data, put up Quick Response Code and electronic tag on equipment；
(3) GPS chip and sensor are installed on equipment；
(4) size in computational engineering place builds mobile network, it is ensured that start all standing of network；
(5) it is BIM Ground arrangement model according to following steps by BIM architectural design model conversation in database side；
(5.1) derive the IFC normative document of BIM architectural design model, use the resolver of official to resolve IFC normative document.Extracting the geological information in IFC normative document, geological information includes geometry information and geometric operation information, utilizes the 3-D view engine of AutoCAD to regenerate physical model.
(5.2) the Acbr function utilizing Autocad carries out triangular grids for the physical model rebuild in AutoCAD 3-D view engine, derives vertex of a triangle coordinate information, utilizes triangular coordinate information to regenerate surface model.
(5.3) attribute information in IFC normative document is processed, only retain the material relevant to surface model, color, attribute data, attribute information is loaded onto surface model.
(5.4) refining the construction site information of the component of surface model, add foundation ditch, road and relevant place information, prefabricated associated vehicle and facilities information, Integrated Models generates BIM Ground arrangement model；
(6) on vehicle, GPS chip and Quick Response Code corresponding to the contained goods of vehicle and electronic tag are loaded when vehicle enters building site；
(7) initial construction site model is stored to handheld terminal smart machine, and store the information of relevant device, material above；
(8) dispatch request is processed by database side, and described dispatch request is two-way, database side mail to handheld terminal smart machine and can also be mail to database side by handheld terminal smart machine；Specific as follows:
(8.1) sent work request when being necessary equipment and material are shifted by handheld terminal smart machine, described work request include equipment and the real-time position of material, mobile after positional information；
(8.2) dispatch request is audited and processes by database side, the mobile route of equipment and material is simulated by database side in a model, select optimal mobile route, and mobile route is audited, become traffic order by the dispatch request of examination & verification, database side send to related personnel's handheld terminal smart machine and mobile phone；
(8.3) each dispatch request is fed back and updates BIM Ground arrangement model by database side；
(9) database side carries out model and reality is mutual:
(9.1) by the way of picture, image, word, voice, respective change is fed back to database side when foundation ditch, building, outdoor pipeline, road, vehicle and the facility of engineering change；
(9.2) foundation ditch, building, outdoor pipeline, road, vehicle and facility are processed by database side, update BIM Ground arrangement model accordingly；
(10) handheld terminal smart machine is utilized to carry out regular maintenance and make an inspection tour work, specific as follows:
(10.1) carry out regular maintenance and make an inspection tour time utilize handheld terminal smart machine to carry BIM Ground arrangement model to around need maintenance equipment and vehicle scan for, complete to safeguard and make an inspection tour the Quick Response Code in scanning device and vehicle and electronic tag after work, generate and safeguard and make an inspection tour record；
(10.2) for needing the equipment of periodic maintenance to carry out safeguarding prompting, user is reminded to carry out safeguarding until safeguarding and terminating when the date arrives the specified life of distance last maintenance；
(11) monitor vehicle and the positional information of equipment of job site in database side in real time, control the working condition of job site, possible danger is given warning in advance.
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| CN107016502A (en) * | 2017-03-30 | 2017-08-04 | 中建地下空间有限公司 | A kind of pipe gallery intelligent management system |
| CN107229790A (en) * | 2017-05-26 | 2017-10-03 | 上海市城市建设设计研究总院（集团）有限公司 | Generation is three-dimensional, the bridge structure information model system and application method of X-Y scheme |
| CN107464284A (en) * | 2017-08-26 | 2017-12-12 | 济南万维数字传媒有限公司 | Three-dimensional visualization property information management system based on mobile terminal |
| 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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