CN107967399A - A kind of assembled architecture Deepen Design method based on BIM softwares - Google Patents
A kind of assembled architecture Deepen Design method based on BIM softwares Download PDFInfo
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Abstract
A kind of assembled architecture Deepen Design method based on BIM softwares, includes the following steps one, preliminary modeling and crash analysis；Step 2: model Deepen Design；Step 3: produce drawing by auto-building model prefabricated components；Step 4：Quantities counts and manufacturing data management, step 5：The mold design of prefabricated components；Step 6：Simulated and optimized according to the transport entrucking of construction weight, appearance and size；Step 7：Prefabricated components on-site hoisting is simulated, lifting order optimization.The defects of present invention is directed to existing prefabricated components Deepen Design method, using the modeling that threedimensional model is first carried out before Deepen Design drawing is drawn, use three-dimensional impact inspection method, drawing is regenerated after excluding the Steric clashes relation between prefabricated components, a large amount of modifications of drawing are avoided, and the part in model is respectively provided with accurate three-dimensional dimension, material information, component subordinate relation, these information pass out, construction material inventory can be generated, so as to reach the effect of precise and high efficiency.
Description
Technical field
The present invention relates to the Digital manufacturing processing method of architectural engineering, and in particular to a kind of assembling based on BIM softwares
Formula builds Deepen Design method.
Background technology
With the development of construction industry, Building technology is also constantly reformed, and construction industry is to green, environmental protection, low-carbon energy-saving etc. at present
The requirement of aspect is higher and higher, builds the accounting in building trade and is also constantly increasing, but the cost of assembled architecture is inclined
Height, immature etc. the development for also limiting assembled architecture to a certain extent of management system.In order to meet China city
The construction demand of city's fast development, the design and construction period of shortening structure building, controls construction cost, and digitizing technique starts
It is applied in building field.But the digital applications in building trade also follow traditional workflow substantially at this stage,
Including processes such as architectural design, structure design, Deepen Design, processing and manufacturing and constructions, many problems, existing depth are primarily present
Change design and mainly use CAD, split and formed according to the construction drawing of the building of design, structure and electromechanics, draw component
Plane of arrangement figure, component arrangement elevation, component artwork, component installation drawing etc..And BIM technology is in Deepen Design
Using, it is main to be modeled using software according to drawn CAD in-depth drawings, under three-dimensional environment verification prefabricated components it
Between spatial relationship whether meet installation requirement, further according to verification result CAD change in-depth drawing.The system of prefabricated components inventory
Work is mainly done frame choosing in CAD by craft and is counted.Such a Deepen Design method accuracy and efficiency is relatively low.It is existing at the same time
There are BIM softwares during management is designed to production and construction, do not account for environmentally protective requirement.
The content of the invention
The technical assignment of the present invention is in view of the above shortcomings of the prior art and provides a kind of assembling based on BIM softwares
Formula builds Deepen Design method.By after different platform establishes model, analysis being merged in BIM softwares, there is provided set
The efficiency of management is counted, while the links of production and construction are controlled using BIM softwares, is received with reference to technologies such as Internet of Things
Arrive, optimize production process, realize green construction.
A kind of assembled architecture Deepen Design method based on BIM softwares, it is characterised in that include the following steps：
Step 1: preliminary modeling and crash analysis；
Step 2: model Deepen Design；
Step 3: produce drawing by auto-building model prefabricated components；
Step 4：Quantities counts and manufacturing data management,
Step 5：The mold design of prefabricated components；
Step 6：Simulated and optimized according to the transport entrucking of construction weight, appearance and size；
Step 7：Prefabricated components on-site hoisting is simulated, lifting order optimization.
The step 1 specifically includes：, can be according to building function, design and construction requirement to target in the preliminary modelling phase
Building carries out conceptual design, and carries out BIM modelings, forms building BIM models, structure BIM models and electromechanics BIM moulds respectively
Type, is modeled；Different Modeling Platforms are used for different architectural disciplines, BIM models is built and structure BIM models uses
Revit platforms or Bentley platforms or other BIM softwares are modeled, electromechanical BIM models using Revit, Catia or other
BIM softwares are modeled；After preliminary modeling, each professional model is imported in visualization and emulation three dimensional design platform and is carried out
Analysis, then model combination is carried out to building BIM models, structure BIM models and electromechanics BIM models, between model component
Shape, position, installation space carry out collision detection, run collision detection program, carry out hard collision inspection, inspection structure beam, sky
The intersection that whether there is between heating and ventilating pipeline and drainage pipeline is adjusted, verify component spatial relationship, generates engineering model collision detection
Record, positioning and mark in retrieval record, the amendment for being adjusted or avoiding to model component, in original during amendment
Model combination is carried out after modifying in Modeling Platform again, is zero until collision detection exports result, then terminates crash analysis,
Form the rudimentary model of target structures；
When being modified, collision detection information of the BIM models according to structure BIM models and electromechanics BIM model feedbacks is built,
Draw optimization Form of Architecture by calculating analysis, building BIM models provided after determining basic parameter to structure BIM models and
The modeling personnel of electromechanical BIM models, modeling personnel are according to the geometric attribute information of building BIM model feedbacks, structure form slection, component
Location dimension, construction material type and load information, carry out structure BIM Modifying models, and combine the three-dimensional layout of construction site
With space information, electromechanics BIM models are corrected；
Wherein, it is AutodeskNavisworks softwares or BimSight softwares to visualize and emulate three dimensional design platform；
The step 2 specifically includes：
The Modeling and Design that the rudimentary model importing architectural discipline analysis software of target structures is deepened, wherein Modeling and Design bag
Include, prefabricated components assembling Deepen Design, Steel Structure Installation Deepen Design and electromechanical installation Deepen Design, above Modeling and Design use
The method of parametric modeling, in modeling process, by the secondary development to software, realizes the shape ruler of component in modeling process
Very little, weight carries out pop-up prompting when more than the ability of production line, when wire box is placed in prefabricated components, the reinforcing bar that is collided with it
It can avoid automatically；
In-depth meter and electromechanical installation Deepen Design are set respectively using difference for prefabricated components assembling Deepen Design, Steel Structure Installation
Architectural discipline analysis software, correspond to include prefabricated components design software Planbar, steel construction detailed drawing design software respectively
Tekla, electromechanical equipment Deepen Design software Revit, require to carry out point specialty Deepen Design or at the same time respectively according to the project stage
Carry out a point professional Deepen Design；
The step 3 specifically includes, according to the corresponding two-dimentional construction drawing of obtained model generation in step 2；
The step 4 specifically includes：
Quantities is counted and process data is managed, using the interface of architectural discipline analysis software and BIM models,
Data analysis is carried out according to the targeted partitioned project of different architectural disciplines, drawing is generated on BIM platforms and the bill of materials is used
In production；Its main process includes carrying out individually or integrating collaboration point according to the design module data information of different architectural disciplines
Analysis, carries out data mart modeling, according to stages of design and construction, subregional component information statistical form is led at times by target structures
Go out, component information is imported into ERP Data Analysis Platforms, carry out under follow-up various design alterations, working procedure and construction material
Material；
The step 5 specifically includes：When carrying out the mold design of prefabricated components, after step 2 model Deepen Design
BIM models, export corresponding document, as model is referred to, carry out the design and simulation assembling of mould into mold design software；
The step 6 specifically includes：Root carries out transport entrucking simulation according to construction weight, appearance and size, utilizes simulation softward pair
Component entrucking is modeled optimization, ensures the reasonable of transit route；
The step 7 specifically includes：Sunykatuib analysis is carried out to prefabricated components on-site hoisting, utilizes the threedimensional model in BIM softwares
With wandering map Construction simulation module, with reference to lifting construction schedule, the partitioned project of engineering project is decomposed and compiled
Code, realizes the linkage of BIM models and construction schedule, carries out 4D Construction simulations.
The two-dimentional construction drawing includes drawing the structure design construction drawing of target structures and delivers design detail unit
Designing unit's rendering architecture detail of construction, and need component node type, the processing technology of the various pieces for target structures
Etc. carry out coordinated；After being audited to structure construction detail drawing, go out figure archive；
The manufacturing data management further includes structure manufacture shaping, the demoulding, stacks, the calculating in terms of transport, is set based on structure
Construction drawing is counted, optimization is designed to structure manufacture shaping, the demoulding, the Specific construction flow stacked and transported and job location.
In the Specific construction design for being molded, demould, stacking and transporting to structure manufacture from noise, solid waste, sky
Three aspects of gas pollutant are controlled, and realize green construction.
The two-dimentional construction drawing includes precast construction lifting construction figure；The ERP Data Analysis Platforms, with BIM
Software has data structure, and ERP Data Analysis Platforms have ERP data management maincenters, and the component information imports ERP data
Management maincenter, carries out the blanking management and production management of construction material inventory；ERP data managements maincenter includes production master control system
System, component storage transportation management system and in-site installation construction management system.
After completing component production, transportation management system is stored into component, after the completion of component production, by entering to component
Storehouse, outbound and node of marching into the arena are scanned, and associated storage and logistics information are synchronized among BIM models, realize component
The overall process information trace of transport is stored, internet of things is established, in time with New Warehouse quantity in stock, facilitates plant produced and scene
The coordination of construction；In-site installation construction management is finally carried out, completes to construct according to construction plan, site operation personnel pass through to structure
Part built-in chip is scanned, and directly acquires the size and its positional information under construction of component, can also be adjusted as needed
The construction technology and points for attention of the component in database are taken, after lifting component completion, construction personnel passes through terminal scanning
Typing lift information, lifting information will synchronize in BIM models, can respectively be checked in visualization of 3 d model the project implementation into
Degree.
During the control of noise, heavy mechanical equipment is the main source of noise, and the engine of equipment is to make an uproar
The main factor of sound, during the control of noise, when by maintenances of the BIM to each large scale equipment, inspection and running
Between carry out planning and designing, realize regular Rational Maintenance, improve frequency of maintenance that engine carries out, strengthen passing the power of engine
Transfer device and shock insulation move the monitoring of equipment；Classify in BIM softwares to the noise of each construction procedure, according to different noise kinds
Class to the construction time carry out planning and designing, reduce the large scale equipment working time, the work progress big to noise concentrate on daytime into
OK, the influence time of noise is shortened, in the design, the construction operation for selecting noise larger carries out in enclosed environment；
For discarded object, waste caused by each construction stage is carried out being expected to collect in BIM design processes, in the design
Implement early stage to its transport processing to plan, reduce cement usage amount, select green construction material, utilized in offal treatment planning
Broken, compression method carries out preliminary treatment to discarded object；
In the control of air pollution, during BIM planning and designing, the transportation route of raw material and equipment is designed, is subtracted
The pollution of few tail gas, carries out the material for being easy to dust formation surface treatment covering dust guard pollution abatement equipment, reduces in construction transportational process
Airborne dust.
The defects of present invention is directed to existing prefabricated components Deepen Design method, using advanced before Deepen Design drawing is drawn
The modeling of row threedimensional model, the three-dimensional impact inspection method carried using software, the Steric clashes excluded between prefabricated components are closed
Drawing is regenerated after system, avoids a large amount of modifications of drawing.And the part in model is respectively provided with accurate three-dimensional dimension, material letter
Breath, component subordinate relation, these information pass out, you can generation construction material inventory, so as to reach the effect of precise and high efficiency.
Using above-mentioned technical proposal, the beneficial effects of the invention are as follows：
The beneficial effect comprise that：Compared with prior art, the present invention, which obtains beneficial effect, is：
1st, this method is based on the existing a few money BIM softwares in market, the process characteristic of combination member production line, for model parameterization
Modeling, the verification of prefabricated components spatial relationship and data transfer develop dedicated plug-in unit, improve the accurate of prefabricated components Deepen Design
Property and efficiency.
2nd, present invention reduces production and construction tissue difficulty, information to be automatically integrating, and the information extraction of engineering overall process is convenient.
3rd, realize each profession coordination of design early period, avoid the collision in production and work progress from producing.
4th, the intelligence generation production schedule, construction plan and purchasing of raw materials plan, there is provided process early warning, facilitates process pipe
Control.
5th, component Life cycle information, which is swept, just knows, improves construction efficiency and later stage O＆M efficiency.
6th, using BIM softwares, fully realize that green production is constructed, improve the green of construction industry, environmental protection, low-carbon.
Brief description of the drawings
Fig. 1 is the method and step schematic diagram of the present invention；
Fig. 2 is the modeling schematic diagram of the present invention.
Embodiment
Elaborate below in conjunction with the accompanying drawings to the embodiment of the present invention.
A kind of assembled architecture Deepen Design method based on BIM softwares, it is characterised in that include the following steps；
A kind of assembled architecture Deepen Design method based on BIM softwares, it is characterised in that include the following steps：
Step 1: preliminary modeling and crash analysis；
Step 2: model Deepen Design；
Step 3: produce drawing by auto-building model prefabricated components；
Step 4：Quantities counts and manufacturing data management,
Step 5：The mold design of prefabricated components；
Step 6：Simulated and optimized according to the transport entrucking of construction weight, appearance and size；
Step 7：Prefabricated components on-site hoisting is simulated, lifting order optimization.
The step 1 specifically includes：, can be according to building function, design and construction requirement to target in the preliminary modelling phase
Building carries out conceptual design, and carries out BIM modelings, forms building BIM models, structure BIM models and electromechanics BIM moulds respectively
Type, is modeled；Different Modeling Platforms are used for different architectural disciplines, BIM models is built and structure BIM models uses
Revit platforms or Bentley platforms or other BIM softwares are modeled, electromechanical BIM models using Revit, Catia or other
BIM softwares are modeled；After preliminary modeling, each professional model is imported in visualization and emulation three dimensional design platform and is carried out
Analysis, then model combination is carried out to building BIM models, structure BIM models and electromechanics BIM models, between model component
Shape, position, installation space carry out collision detection, run collision detection program, carry out hard collision inspection, inspection structure beam, sky
The intersection that whether there is between heating and ventilating pipeline and drainage pipeline is adjusted, verify component spatial relationship, generates engineering model collision detection
Record, positioning and mark in retrieval record, the amendment for being adjusted or avoiding to model component, in original during amendment
Model combination is carried out after modifying in Modeling Platform again, is zero until collision detection exports result, then terminates crash analysis,
Form the rudimentary model of target structures；
When being modified, collision detection information of the BIM models according to structure BIM models and electromechanics BIM model feedbacks is built,
Draw optimization Form of Architecture by calculating analysis, building BIM models provided after determining basic parameter to structure BIM models and
The modeling personnel of electromechanical BIM models, modeling personnel are according to the geometric attribute information of building BIM model feedbacks, structure form slection, component
Location dimension, construction material type and load information, carry out structure BIM Modifying models, and combine the three-dimensional layout of construction site
With space information, electromechanics BIM models are corrected；
Wherein, it is AutodeskNavisworks softwares or BimSight softwares to visualize and emulate three dimensional design platform；
The step 2 specifically includes：
The Modeling and Design that the rudimentary model importing architectural discipline analysis software of target structures is deepened, wherein Modeling and Design bag
Include, prefabricated components assembling Deepen Design, Steel Structure Installation Deepen Design and electromechanical installation Deepen Design, above Modeling and Design use
The method of parametric modeling, in modeling process, by the secondary development to software, realizes the shape ruler of component in modeling process
Very little, weight carries out pop-up prompting when more than the ability of production line, when wire box is placed in prefabricated components, the reinforcing bar that is collided with it
It can avoid automatically；
In-depth meter and electromechanical installation Deepen Design are set respectively using difference for prefabricated components assembling Deepen Design, Steel Structure Installation
Architectural discipline analysis software, correspond to include prefabricated components design software Planbar, steel construction detailed drawing design software respectively
Tekla, electromechanical equipment Deepen Design software Revit, require to carry out point specialty Deepen Design or at the same time respectively according to the project stage
Carry out a point professional Deepen Design；
The step 3 specifically includes, according to the corresponding two-dimentional construction drawing of obtained model generation in step 2；
The step 4 specifically includes：
Quantities is counted and process data is managed, using the interface of architectural discipline analysis software and BIM models,
Data analysis is carried out according to the targeted partitioned project of different architectural disciplines, drawing is generated on BIM platforms and the bill of materials is used
In production；Its main process includes carrying out individually or integrating collaboration point according to the design module data information of different architectural disciplines
Analysis, carries out data mart modeling, according to stages of design and construction, subregional component information statistical form is led at times by target structures
Go out, component information is imported into ERP Data Analysis Platforms, carry out under follow-up various design alterations, working procedure and construction material
Material；
The step 5 specifically includes：When carrying out the mold design of prefabricated components, after step 2 model Deepen Design
BIM models, export corresponding document, as model is referred to, carry out the design and simulation assembling of mould into mold design software；
The step 6 specifically includes：Root carries out transport entrucking simulation according to construction weight, appearance and size, utilizes simulation softward pair
Component entrucking is modeled optimization, ensures the reasonable of transit route；
The step 7 specifically includes：Sunykatuib analysis is carried out to prefabricated components on-site hoisting, utilizes the threedimensional model in BIM softwares
With wandering map Construction simulation module, with reference to lifting construction schedule, the partitioned project of engineering project is decomposed and compiled
Code, realizes the linkage of BIM models and construction schedule, carries out 4D Construction simulations.
The two-dimentional construction drawing includes drawing the structure design construction drawing of target structures and delivers design detail unit
Designing unit's rendering architecture detail of construction, and need component node type, the processing technology of the various pieces for target structures
Etc. carry out coordinated；After being audited to structure construction detail drawing, go out figure archive；
The manufacturing data management further includes structure manufacture shaping, the demoulding, stacks, the calculating in terms of transport, is set based on structure
Construction drawing is counted, optimization is designed to structure manufacture shaping, the demoulding, the Specific construction flow stacked and transported and job location.
In the Specific construction design for being molded, demould, stacking and transporting to structure manufacture from noise, solid waste, sky
Three aspects of gas pollutant are controlled, and realize green construction.
The two-dimentional construction drawing includes precast construction lifting construction figure；The ERP Data Analysis Platforms, with BIM
Software has data structure, and ERP Data Analysis Platforms have ERP data management maincenters, and the component information imports ERP data
Management maincenter, carries out the blanking management and production management of construction material inventory；ERP data managements maincenter includes production master control system
System, component storage transportation management system and in-site installation construction management system；When being produced, final BIM models are imported into
In plant produced turn-key system, component information timing is sent directionally to plant produced line by factory's turn-key system according to the production schedule
Control machine in, in production line by wireless, RFID, sensor comprehensive application system by component production information and component
Inspection of quality information is synchronized among BIM models in time, and the material quantity needed for component is counted and is uploaded to ERP data
Analysis platform, it is ensured that the information trace typing to component production overall process, completes component production.
After completing component production, transportation management system is stored into component, after the completion of component production, by entering to component
Storehouse, outbound and node of marching into the arena are scanned, and associated storage and logistics information are synchronized among BIM models, realize component
The overall process information trace of transport is stored, internet of things is established, in time with New Warehouse quantity in stock, facilitates plant produced and scene
The coordination of construction；In-site installation construction management is finally carried out, completes to construct according to construction plan, site operation personnel pass through to structure
Part built-in chip is scanned, and directly acquires the size and its positional information under construction of component, can also be adjusted as needed
The construction technology and points for attention of the component in database are taken, after lifting component completion, construction personnel passes through terminal scanning
Typing lift information, lifting information will synchronize in BIM models, can respectively be checked in visualization of 3 d model the project implementation into
Degree.
During the control of noise, heavy mechanical equipment is the main source of noise, and the engine of equipment is to make an uproar
The main factor of sound, during production and construction, using BIM softwares to engineering bulk transport, lifting, Mixing Machine equipment
Carry out data is filed record, carries out record management to the data of each large scale equipment by BIM, it, which is managed, includes carrying out equipment
Periodic maintenance, checks, the problem of being produced to its maintenance time equipment records.The frequency of maintenance that engine carries out is improved, it is right
The power transmission device and shock insulation of engine move equipment and are maintained；At the same time in BIM softwares to the noise of each construction procedure into
Row record, is handled by software optimization, and the work progress big to noise concentrates on progress on daytime, shortens the influence time of noise,
Meanwhile totally-enclosed, realization progress whole enclosed construction is carried out for the larger construction site of noise.
For discarded object, waste caused by each construction stage is carried out being expected to collect in BIM design processes, to it
Transport processing is implemented early stage and is planned, solid waste is pre-processed using the methods of crushing, compress, while reduces cement usage amount,
Select green construction material.
In the control of air pollution, in BIM planning process, the transportation route of raw material and equipment is planned, is subtracted
The pollution of few tail gas, carries out the material for being easy to dust formation surface treatment covering dust guard pollution abatement equipment, reduces in construction transportational process
Airborne dust.
The above is only the preferred embodiment of the present invention, it should be pointed out that：For the ordinary skill people of the art
For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications also should
It is considered as protection scope of the present invention.
Claims (6)
- A kind of 1. assembled architecture Deepen Design method based on BIM softwares, it is characterised in that include the following steps：Step 1: preliminary modeling and crash analysis；Step 2: model Deepen Design；Step 3: produce drawing by auto-building model prefabricated components；Step 4：Quantities counts and manufacturing data management,Step 5：The mold design of prefabricated components；Step 6：Simulated according to the transport entrucking of construction weight, appearance and size；Step 7：Prefabricated components on-site hoisting is simulated；The step 1 specifically includes：, can be according to building function, design and construction requirement to target structures in the preliminary modelling phase Conceptual design is carried out, and carries out BIM modelings, forms building BIM models, structure BIM models and electromechanics BIM models respectively, into Row modeling；Different Modeling Platforms are used for different architectural disciplines, BIM models is built and structure BIM models is put down using Revit Platform or Bentley platforms or other BIM softwares are modeled, and electromechanical BIM models use Revit, Catia or other BIM softwares It is modeled；After preliminary modeling, each professional model is imported in visualization and emulation three dimensional design platform and is analyzed, then Model combination is carried out to building BIM models, structure BIM models and electromechanics BIM models, to the shape between model component, position Put, installation space carries out collision detection, operation collision detection program, progress hard collision inspection, inspection structure beam, air-conditioning HVAC pipe It whether there is intersection between road and drainage pipeline, verify component spatial relationship, generates engineering model collision detection record, root According to the positioning in retrieval record and mark, the amendment for being adjusted or avoiding to model component, in former Modeling Platform during amendment In modify after carry out model combination again, until collision detection output result is zero, then terminates crash analysis, form target The rudimentary model of building；When being modified, collision detection information of the BIM models according to structure BIM models and electromechanics BIM model feedbacks is built, Draw optimization Form of Architecture by calculating analysis, building BIM models provided after determining basic parameter to structure BIM models and The modeling personnel of electromechanical BIM models, modeling personnel are according to the geometric attribute information of building BIM model feedbacks, structure form slection, component Location dimension, construction material type and load information, carry out structure BIM Modifying models, and combine the three-dimensional layout of construction site With space information, electromechanics BIM models are corrected；Wherein, it is AutodeskNavisworks softwares or BimSight softwares to visualize and emulate three dimensional design platform；The step 2 specifically includes：The Modeling and Design that the rudimentary model importing architectural discipline analysis software of target structures is deepened, wherein Modeling and Design bag Include:Prefabricated components assembling Deepen Design, Steel Structure Installation Deepen Design and electromechanical installation Deepen Design, above Modeling and Design use The method of parametric modeling, in modeling process, by the secondary development to software, realizes the shape ruler of component in modeling process Very little, weight carries out pop-up prompting when more than the ability of production line, when wire box is placed in prefabricated components, the reinforcing bar that is collided with it It can avoid automatically；In-depth meter and electromechanical installation Deepen Design are set respectively using difference for prefabricated components assembling Deepen Design, Steel Structure Installation Architectural discipline analysis software, correspond to include prefabricated components design software Planbar, steel construction detailed drawing design software respectively Tekla, electromechanical equipment Deepen Design software Revit, require to carry out point specialty Deepen Design or at the same time respectively according to the project stage Carry out a point professional Deepen Design；The step 3 specifically includes, according to the corresponding two-dimentional construction drawing of obtained model generation in step 2；The step 4 specifically includes：Quantities is counted and process data is managed, using the interface of architectural discipline analysis software and BIM models, Data analysis is carried out according to the targeted partitioned project of different architectural disciplines, drawing is generated on BIM platforms and the bill of materials is used In production；Its main process includes carrying out individually or integrating collaboration point according to the design module data information of different architectural disciplines Analysis, carries out data mart modeling, according to stages of design and construction, subregional component information statistical form is led at times by target structures Go out, component information is imported into ERP Data Analysis Platforms, carry out under follow-up various design alterations, working procedure and construction material Material；The step 5 specifically includes：When carrying out the mold design of prefabricated components, after step 2 model Deepen Design BIM models, export corresponding document, as model is referred to, carry out the design and simulation assembling of mould into mold design software；The step 6 specifically includes：Root carries out transport entrucking simulation according to construction weight, appearance and size, utilizes simulation softward pair Component entrucking is modeled optimization, ensures the reasonable of transit route；The step 7 specifically includes：Sunykatuib analysis is carried out to prefabricated components on-site hoisting, utilizes the threedimensional model in BIM softwares With wandering map Construction simulation module, with reference to lifting construction schedule, the partitioned project of engineering project is decomposed and compiled Code, realizes the linkage of BIM models and construction schedule, carries out 4D Construction simulations.
- A kind of 2. assembled architecture Deepen Design method based on BIM softwares according to claim 1, it is characterised in that The two-dimentional construction drawing includes drawing the structure design construction drawing of target structures and delivers design detail unit designing unit Rendering architecture detail of construction, and need the component node type of various pieces for target structures, processing technology etc. into Row coordinated；After being audited to structure construction detail drawing, go out figure archive.
- A kind of 3. assembled architecture Deepen Design method based on BIM softwares according to claim 2, it is characterised in that The manufacturing data management further includes structure manufacture shaping, the demoulding, stacks, the calculating in terms of transport, is applied based on structure design Work figure, optimization is designed to structure manufacture shaping, the demoulding, the Specific construction flow stacked and transported and job location.
- A kind of 4. assembled architecture Deepen Design method based on BIM softwares according to claim 3, it is characterised in that In the Specific construction design for being molded, demould, stacking and transporting to structure manufacture from noise, solid waste, air pollutants Three aspects are controlled, and realize green construction.
- A kind of 5. assembled architecture Deepen Design method based on BIM softwares according to claim 1, it is characterised in that The two-dimentional construction drawing includes precast construction lifting construction figure；The ERP Data Analysis Platforms, have with BIM softwares Data structure, ERP Data Analysis Platforms have ERP data management maincenters, and the component information is imported in ERP data managements Pivot, carries out the blanking management and production management of construction material inventory；ERP data managements maincenter includes production turn-key system, component Store transportation management system and in-site installation construction management system；When being produced, final BIM models are imported into plant produced In turn-key system, component information timing is sent directionally to the control machine of plant produced line according to the production schedule by factory's turn-key system In device, component production information and component quality are checked and accepted by the comprehensive application system of wireless, RFID, sensor in production line Information is synchronized among BIM models in time, and the material quantity needed for component is counted and is uploaded to ERP data analyses and is put down Platform, it is ensured that the information trace typing to component production overall process, completes component production.
- 6. a kind of assembled architecture Deepen Design method based on BIM softwares according to claim 5, it is characterised in that complete Into component produce after, into component store transportation management system, component production after the completion of, by component storage, outbound and Node of marching into the arena is scanned, and associated storage and logistics information are synchronized among BIM models, realizes component storage transport Overall process information trace, establishes internet of things, in time with New Warehouse quantity in stock, facilitates the association of plant produced and site operation Adjust；In-site installation construction management is finally carried out, completes to construct according to construction plan, site operation personnel pass through to core built in component Piece is scanned, and directly acquires the size and its positional information under construction of component, can also as needed, called data storehouse In the component construction technology and points for attention, lifting component complete after, construction personnel is lifted by terminal scanning typing Information, lifting information will synchronize in BIM models, and project implementation progress can be respectively checked in visualization of 3 d model.
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