CN104123502B - Mechanical and electrical installation overall-planning system and method based on three-dimensional construction drawing model - Google Patents
Mechanical and electrical installation overall-planning system and method based on three-dimensional construction drawing model Download PDFInfo
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- CN104123502B CN104123502B CN201410405231.0A CN201410405231A CN104123502B CN 104123502 B CN104123502 B CN 104123502B CN 201410405231 A CN201410405231 A CN 201410405231A CN 104123502 B CN104123502 B CN 104123502B
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Abstract
The invention discloses a mechanical and electrical installation overall-planning system based on a three-dimensional construction drawing model. The system comprises a project progress module, a material managing module and a cost budgeting module. The project progress module is used for building inheritance relationships and correlations between pixels in the three-dimensional construction drawing model by giving project time limit planning attributes to pixels in the three-dimensional construction drawing model. The material managing module is used for carrying out state decomposition on material lists generated by the three-dimensional construction drawing model and giving using state attributes to the materials. The cost budgeting module is used for building a one-to-one corresponding recognition mode for a quantity list in the pixels of the three-dimensional construction drawing model and a preset valuation list by giving construction cost attributes to the pixels in the three-dimensional construction drawing model. The mechanical and electrical installation overall-planning system has the advantages that the construction process is simplified, material statistics is easy, and budget cost control is accurate, and the effect is significant.
Description
Technical field
The present invention relates to a kind of pool system for dynamo-electric installation and overall planning method, in particular, it is related to a kind of base
In Collaborative Visualization dynamo-electric installation pool system and the overall planning method of three-dimensional construction graph model, belong to electromechanical engineering mounting technique neck
Domain.
Background technology
With the high speed development of digital information technology, electromechanical engineering design field is stepped by simple two-dimensional graphicses system
Entered the threedimensional model design phase based on network technology, data base, artificial intelligence technology etc., increased to multi-specialized,
The cross-region of many designers, the support of distributed interactive operation, the design of Complex Mechatronic Products full three-dimensional process is highly developed,
Identified by technique information and full three-dimensional labeling method, the modeling method of dynamic process model, full three-dimensional process model visual
Change and issue and the method such as the online triggering of technological process and control, solve well high accuracy in Complex Mechatronic Products, thin-walled and
The complicated technology processing of special-shaped cavity type parts and examine problem, the effective guarantee lead time of emphasis type product and development
Quality.Although and installation the widely using by means of Three-dimensional Design Software as design field downstream, had by former
The trend that the two dimension beginning is constructed to more advanced information-aided construction development, but the three-dimensional software being really applied to installation is put down
Platform is not effectively developed.Especially in three-dimensional visualization construction management, three-dimensional construction project time management, three-dimensional engineering
Material calculates, and on the work compound of three-dimensional construction cost management, operation is numerous and diverse, causes project installation inefficiency, and construction speed is delayed
Slowly.
Content of the invention
Goal of the invention：Present invention aim at be directed to the deficiencies in the prior art, provide one kind effectively integrate construction model,
Simplification operation, the dynamo-electric installation pool system based on three-dimensional construction graph model of raising efficiency of construction.
Meanwhile, the present invention also provides a kind of dynamo-electric installation pool side based on three-dimensional construction graph model solving the above problems
Method.
Technical scheme：Dynamo-electric installation pool system based on three-dimensional construction graph model of the present invention, described system embeds
In three-dimensional construction drawing model modeling system, it is connected by interface communication with described three-dimensional construction drawing model modeling system, meanwhile,
The server two-way communication link of three-dimensional construction drawing model modeling system data described with storage, including duration progress module, material
Material management module and cost budgeting module,
Described duration progress module, for by giving each pel Planning of construction periods attribute in three-dimensional construction graph model, building
The inheritance between each pel in vertical described three-dimensional construction graph model and dependency, each pel of dynamic analog is in construction
Change procedure, and by its Planning of construction periods attribute, three-dimensional construction graph model is planned as a whole；The major function of duration progress module
For the visualization function of progress control, control function, writing function, progress status function of reporting and plan the pre- measurement of power of adjustment
Energy.
Described store keeping module, for state decomposition is carried out to list of materials produced by three-dimensional construction drawing model, and
Give use state attribute to described material, thus being tracked to materials'use situation, and by being used for status attribute
Three-dimensional construction graph model is planned as a whole；Dynamo-electric buying material of installing includes various shaped steel, pipe fitting, steel pipe, standard device
And non-standard equipment, pressure vessel, instrument, cable and other electric material etc..
Described cost budgeting module, for by giving each pel cost attribute in three-dimensional construction graph model, for inciting somebody to action
Bill of quantities in described three-dimensional construction drawing model pel sets up one-to-one recognition mode with default valuation inventory, right
Monomer either simplex sequence carries out price numerical computations, and by its cost attribute, three-dimensional construction graph model is planned as a whole；By cost
The budget of budget module, can intuitively check installation, the dismounting price of each monomer, conveniently process in three-dimensional visualization model
Visa, the quotation of monthly quantities, subcontractor's clearing etc. are controlled to cost.
Described three-dimensional construction mould pattern passes through three-dimensional construction drawing model modeling system and sets up.
According to claim 1 pool system is installed it is characterised in that institute based on the dynamo-electric of three-dimensional construction graph model
State duration progress module include progress edit cell, file import unit, data statisticss unit, setting center cell, described enter
Degree edit cell, for editing the pel progress data in three-dimensional construction graph model；Described file import unit be used for importing into
Degree planning chart；Described data statisticss unit is used for the pel with progress data is concluded and layout, and can be according to setting
Requirement is shown；Described setting center cell is used for controlling progress data in the display mode of three-dimensional construction graph model and chart
The way of output.
Being further defined to of technical solution of the present invention, described store keeping module includes installing rating unit, scheduled fun
Item unit and visa changing unit, described installation rating unit is used for importing cost text and manually to cost number
According to modifying, carry out data transmission with three-dimensional construction graph model, form the three-dimensional construction graph model with cost data；Described enter
The pel that degree fund unit combines three-dimensional construction graph model carries out visualization statistics, scheduled fun to Zhou Jindu and moon progress quantities
Item enters edlin by the pel with cost data, thus generating project progress fund as needed；Described change expense list
Unit is managed by the three-dimensional construction graph model with cost data, by edlin is entered to three-dimensional visualization construction model,
Project signature and change expense can be directly generated.
Further, cost budgeting module 13 includes material planning unit, Service Processing Unit, device management unit, report
Table center cell；Described material planning unit is used for deriving the material planning in three-dimensional construction graph model, and material list is carried out
Editor, checks the materials behavior of model by the data transfer with three-dimensional construction graph model；Described Service Processing Unit is used for locating
Reason material go out warehouse-in, requisition slip, material requistion record, report of marching into the arena, unpack and report typing and editor, it is not related to ter and ties up
Construction graph model；Described device management unit is used for mechanical one-shift application plan, purchasing management, equipment account manages, equipment makes
With following the tracks of；Described form center cell is used for processing various Bill of material establishments and print form.
The present invention provide another technical scheme be：Overall planning method is installed based on three-dimensional the dynamo-electric of construction graph model, by such as
Lower step is carried out：
S1, user pass through three-dimensional construction drawing model modeling system and set up three-dimensional construction graph model, dynamo-electric installation pool system
Extract the data in described three-dimensional construction graph model.Three-dimensional construction drawing model modeling system is closely closed with dynamo-electric pool system of installing
Connection, keeps the concordance of exchange data meanwhile.
The figure that S2, project progress module are constructed described three-dimensional in graph model according to the operation progression time in construction plan
Unit assembles in order, and manually input gives the pel duration progress data in three-dimensional construction graph model, and applies described in setting up
The inheritance between each pel in work graph model and dependency, the change procedure in construction for each pel of dynamic analog, and
By its Planning of construction periods attribute, three-dimensional construction graph model is planned as a whole.Described construction plan includes operation progression time, operation
Using material and the bill of materials.
S3, store keeping module use material according to operation in construction plan, carry out state decomposition to the material in construction,
Definition material unique code, and according to material unique code, the use state of material is tracked, and by being used for shape
State attribute is planned as a whole to three-dimensional construction graph model.
S4, cost budgeting module are passed through to give each pel cost attribute in three-dimensional construction graph model, for by described three
Bill of quantities in dimension construction drawing model pel sets up one-to-one recognition mode, to monomer list with default valuation inventory
Operation carries out price numerical computations, and by its cost attribute, three-dimensional construction graph model is planned as a whole.
Being further defined to of technical solution of the present invention, in step S2, incites somebody to action according to the operation progression time in construction plan
Pel in described three-dimensional construction graph model adopts work breakdown structure (WBS) mode when assembling in order, realizes threedimensional model and progress
That plans is dynamically connected certainly, then the correctness that the manual review by modeling personnel and correction guarantee link.
Further, in step S3, the comprising the following steps that of store keeping module：
（1）Definition material identifies code name, says coding form during described Three Dimensional Design Model modeling, said material being carried out,
Unique identities identification as material；
（2）The state of definition material, the definition status of material includes, do not purchase, purchase do not march into the arena, check and accepting storing, go out
Storehouse is to be installed, install, other state；
（3）Data exchange, formulates procurement plan according to automatically generating tab material after threedimensional model modeling, to buying
Material and step（1）In carry out the material of material identification code name and corresponded, and carry out data call time update material
State；
（4）The inductive statistics of material, store keeping module chases after to the use state of material according to material unique code
Track, the material of equal state is carried out inductive statistics.
Defined from material planning to the state of installation string by setting up to material monomer, can preferably grasp list
The status of implementation of individual material, thus be conducive to field technician to the statistical induction of material and tracking and managing.
Further, in step S4, bill of quantities is set up by cost budgeting module with default valuation inventory one a pair
Also need to before the recognition mode answered：By the way of manual data imports and combines, the bill of materials in construction plan is led
Enter, Three Dimensional Design Model is entered edlin it is ensured that the data importing occurs on the accurate position of Three Dimensional Design Model.By becoming
This budget module, makes can intuitively check installation, the dismounting price of each monomer in three-dimensional visualization module, is conveniently processing
Visa, the quotation of monthly quantities, subcontractor's clearing etc. are controlled to cost.
Beneficial effect：The present invention provides a kind of dynamo-electric installation pool system based on three-dimensional construction graph model and pool side
Method, is made the three-dimensional construction graph model in electromechanical engineering be effectively combined with three-dimensional installation, keeps data unanimously, be truly realized from
It is designed into the three-dimensional visualization of construction and installation；The present invention, based on the application of electromechanical engineering three-dimensional visualization model, keeps three
Tie up the unification of the three-dimensional construction model internal data in work progress that designs a model, reach duration progress, store keeping and become
The visualization that this budget management controls, has the features such as work progress simplifies, statistical material is simple and estimated cost controls accurate,
Effect is significant；And, the present invention is simple to operate, visualization is strong, efficiently facilitates, and accuracy is high, job site is audited, disappears
Except or reduce mistake, it is possible to reduce repeated work is it is ensured that the progress of project.
Brief description
The dynamo-electric structural framing figure installing pool system context that Fig. 1 provides for the present invention；
The dynamo-electric structural framing figure installing pool system that Fig. 2 provides for the present invention.
The workflow diagram of the store keeping module management material that Fig. 3 provides for the present invention.
Specific embodiment
Below by accompanying drawing, technical solution of the present invention is described in detail, but protection scope of the present invention is not limited to
Described embodiment.
Embodiment 1：What the present embodiment provided installs pool system, its working environment based on three-dimensional the dynamo-electric of construction graph model
Frame diagram as shown in figure 1, dynamo-electric pool system 1 of installing is embedded in three-dimensional construction drawing model modeling system, with described three-dimensional
Construction drawing model modeling system is communicated to connect by interface 45, meanwhile, three-dimensional construction drawing model modeling system number described with storage
According to server 2 two-way communication link, three-dimensional construction drawing model modeling system be revit modeling 3, apply for setting up three-dimensional
Work graph model 31.Wherein, the communication interface of period communication connection includes interface routine A 41, interface routine B 42, interface routine C
43rd, interface routine D 44, interface routine E 45.The server 2 of the present embodiment is used for storing the interaction data of client, including mould
Type pel extract 21, pel identity coding 22, graphic unit database 23, wherein graphic unit database 23 include graphic unit database A 231,
Graphic unit database B 232.Described server 2 structure and working principle is simple, be those skilled in the art pass through common knowledge can
With the technology realized.The present embodiment sets up three-dimensional construction graph model 31 by revit MBM 3, by interface routine A41 with
Server 2 carries out data transmission.Server 2 carries out model pel and extracts 21, and the pel that will extract to built three-dimensional construction drawing
Carry out pel identity coding 22, give unique pel unique identification identity；Pel after coding is stored in graphic unit database A 231
In.
The dynamo-electric structural representation installing pool system 1 is as shown in Fig. 2 include duration progress module 11, store keeping mould
Block 12 and cost budgeting module 13.
Described duration progress module 11, for each pel Planning of construction periods attribute constructed in graph model by imparting three-dimensional,
Set up the inheritance between each pel in described three-dimensional construction graph model and dependency, each pel of dynamic analog is in construction
Change procedure, and by its Planning of construction periods attribute, three-dimensional construction graph model is planned as a whole；The main work(of duration progress module
Can be the visualization function of progress control, control function, the pre- measurement of power of adjustment of writing function, progress status function of reporting and plan
Energy.
Duration progress module 11 includes progress edit cell, file import unit, data statisticss unit, setting center list
Unit；Described progress edit cell is carried out data transmission with three-dimensional construction graph model, for editing the figure in three-dimensional construction graph model
First progress data, including input, modification, deletion action；Described file import unit is used for importing progress control software project
And the schedule diagram of P6 generation and the schedule diagram of excel software format；Described data statisticss unit be used for carry into
The pel of degrees of data is concluded and layout, and can be shown according to sets requirement；Described setting center cell is used for controlling
Progress data is in the three-dimensional construction display mode of graph model and the way of output of chart.
Described store keeping module 12, for state decomposition is carried out to list of materials produced by three-dimensional construction drawing model,
And give use state attribute to described material, thus being tracked to materials'use situation, and belonged to by being used for state
Property three-dimensional construction graph model is planned as a whole；Dynamo-electric install that buying material includes various shaped steel, pipe fitting, steel pipe, standard set
Standby and non-standard equipment, pressure vessel, instrument, cable and other electric material etc..
Store keeping module 12 includes installing rating unit, progress fund unit, visa changing unit, remaining expenditure list
Unit；Described rating unit of installing is supported the importing of excel cost text and manually cost data is modified,
Carry out data transmission with three-dimensional construction graph model, form the three-dimensional construction graph model with cost data；Described progress fund unit
Pel in conjunction with three-dimensional construction graph model carries out visualization statistics to Zhou Jindu and moon progress quantities, and progress fund passes through to carry
The pel of cost data enters edlin, thus generating project progress fund as needed；Described change expense unit passes through to carry
The three-dimensional construction graph model of cost data is managed, and by entering edlin to three-dimensional visualization construction model, can directly generate
Project signature and change expense；Remaining expenditure unit described is not related to ter dimension construction graph model, but can be to literary composition used in engineering
Have, rent a house, crane lease, the other expenditure such as hospitality expense are inputted and edit, quota menu, progress fund dish are installed in cooperation
Single, visa change expense menu carries out Construction Cost management and control.
Described cost budgeting module 13, for by giving each pel cost attribute in three-dimensional construction graph model, being used for
Bill of quantities in described three-dimensional construction drawing model pel is set up one-to-one recognition mode with default valuation inventory,
Price numerical computations are carried out to monomer either simplex sequence, and by its cost attribute, three-dimensional construction graph model is planned as a whole；By becoming
The budget of this budget module, can intuitively check installation, the dismounting price of each monomer, conveniently at place in three-dimensional visualization model
Reason visa, the quotation of monthly quantities, subcontractor's clearing etc. are controlled to cost.
Cost budgeting module 13 includes material planning unit, Service Processing Unit, device management unit, form center list
Unit；Described material planning unit is used for deriving the material planning in three-dimensional construction graph model, and enters edlin to material list, passes through
Check the materials behavior of model with the data transfer of three-dimensional construction graph model；Described Service Processing Unit is used for processing going out of material
Warehouse-in, requisition slip, material requistion record, report of marching into the arena, report typing and editor of unpacking, it is not related to ter dimension construction artwork
Type；Described device management unit is used for mechanical one-shift application plan, purchasing management, equipment account management, equipment using tracking；Institute
State form center cell to be used for processing various Bill of material establishments and print form.
The dynamo-electric pel installed in the graphic unit database A 231 after pool system 1 uses interface routine B 42 to extract coding
Data, by duration scheduling unit 11, store keeping unit 12, Cost Management unit 13 to the figure in graphic unit database A 231
Unit carries out assignment, gives duration progress data, material data, cost data respectively；And after interface routine C 43 is by assignment
Pel be stored in graphic unit database B 232.Pel after assignment is stored in graphic unit database B 232, and leads to further
Cross interface routine D 44 and send data to three-dimensional construction graph model 31.Described visualization work progress management module 1 is passed through to connect
Mouth program E 45 is managed to the three-dimensional construction graph model after digitization.
The above-mentioned method of work being raised system based on the dynamo-electric mounting head of three-dimensional construction graph model, is carried out as follows：
S1, user pass through three-dimensional construction drawing model modeling system and set up three-dimensional construction graph model, dynamo-electric installation pool system
Extract the data in described three-dimensional construction graph model.Three-dimensional construction drawing model modeling system is closely closed with dynamo-electric pool system of installing
Connection, keeps the concordance of exchange data meanwhile.
The figure that S2, project progress module are constructed described three-dimensional in graph model according to the operation progression time in construction plan
Unit assembles in order, and manually input gives the pel duration progress data in three-dimensional construction graph model, and applies described in setting up
The inheritance between each pel in work graph model and dependency, the change procedure in construction for each pel of dynamic analog, and
By its Planning of construction periods attribute, three-dimensional construction graph model is planned as a whole.Described construction plan includes operation progression time, operation
Using material and the bill of materials.
When the pel in described three-dimensional construction graph model being assembled in order according to the operation progression time in construction plan
Using work breakdown structure (WBS) mode, realize certainly being dynamically connected of threedimensional model and schedule, then manually examining by modeling personnel
Look into and revise the correctness ensureing link.
S3, store keeping module use material according to operation in construction plan, carry out state decomposition to the material in construction,
Definition material unique code, and according to material unique code, the use state of material is tracked, and by being used for shape
State attribute is planned as a whole to three-dimensional construction graph model.
The flow process of store keeping module is as shown in figure 3, comprise the following steps that：
（1）Definition material identifies code name, says coding form during described Three Dimensional Design Model modeling, said material being carried out,
Unique identities identification as material；
（2）The state of definition material, the definition status of material includes, do not purchase, purchase do not march into the arena, check and accepting storing, go out
Storehouse is to be installed, install, other state；
（3）Data exchange, formulates procurement plan according to automatically generating tab material after threedimensional model modeling, to buying
Material and step（1）In carry out the material of material identification code name and corresponded, and carry out data call time update material
State；
（4）The inductive statistics of material, store keeping module chases after to the use state of material according to material unique code
Track, the material of equal state is carried out inductive statistics.
Defined from material planning to the state of installation string by setting up to material monomer, can preferably grasp list
The status of implementation of individual material, thus be conducive to field technician to the statistical induction of material and tracking and managing.
S4, cost budgeting module are passed through to give each pel cost attribute in three-dimensional construction graph model, for by described three
Bill of quantities in dimension construction drawing model pel sets up one-to-one recognition mode, to monomer list with default valuation inventory
Operation carries out price numerical computations, and by its cost attribute, three-dimensional construction graph model is planned as a whole.
Cost budgeting module is gone back before bill of quantities is set up one-to-one recognition mode with default valuation inventory
Need：By the way of manual data imports and combines, the bill of materials in construction plan is imported, by Three Dimensional Design Model
Enter edlin it is ensured that the data importing occurs on the accurate position of Three Dimensional Design Model.By cost budgeting module, make three
Installation, the dismounting price of each monomer can intuitively be checked in dimension visualization model, conveniently processing visa, monthly quantities report
Valency, subcontractor's clearing etc. are controlled to cost.
Although as described above, having represented with reference to specific preferred embodiment and having described the present invention, it must not be explained
It is the restriction to the present invention itself.Under the premise of the spirit and scope of the present invention defining without departing from claims, can be right
Various changes can be made in the form and details for it.
Claims (8)
1. pool system is installed based on three-dimensional the dynamo-electric of construction graph model, described system is embedded in three-dimensional construction drawing model modeling system
In system, it is connected by interface communication with described three-dimensional construction drawing model modeling system, meanwhile, three-dimensional construction artwork described with storage
The server two-way communication link of type modeling data it is characterised in that include duration progress module, store keeping module and
Cost budgeting module,
Described duration progress module, for by giving each pel Planning of construction periods attribute in three-dimensional construction graph model, setting up institute
State the inheritance between each pel in three-dimensional construction graph model and dependency, the change in construction for each pel of dynamic analog
Process, and by its Planning of construction periods attribute, three-dimensional construction graph model is planned as a whole；
Described store keeping module, for carrying out state decomposition to list of materials produced by three-dimensional construction drawing model, and to institute
State material and give use state attribute, thus being tracked to materials'use situation, and by being used for status attribute to three
Dimension construction graph model is planned as a whole；
Described cost budgeting module, for by giving each pel cost attribute in three-dimensional construction graph model, for will be described
Bill of quantities in three-dimensional construction drawing model pel sets up one-to-one recognition mode, to monomer with default valuation inventory
Either simplex sequence carries out price numerical computations, and by its cost attribute, three-dimensional construction graph model is planned as a whole；
Described three-dimensional construction graph model passes through three-dimensional construction drawing model modeling system and sets up.
2. according to claim 1 pool system is installed it is characterised in that described based on the dynamo-electric of three-dimensional construction graph model
Duration progress module includes progress edit cell, file import unit, data statisticss unit, setting center cell, described progress
Edit cell, for editing the pel progress data in three-dimensional construction graph model；Described file import unit is used for importing progress
Planning chart；Described data statisticss unit is used for the pel with progress data is concluded and layout, and can want according to setting
Ask and shown；Described setting center cell is used for controlling progress data in the display mode of three-dimensional construction graph model and chart
The way of output.
3. according to claim 1 pool system is installed it is characterised in that described based on the dynamo-electric of three-dimensional construction graph model
Store keeping module includes installing rating unit, progress fund unit and visa changing unit, and described installation rating unit is used for
Import cost text and manually cost data modified, carry out data transmission with three-dimensional construction graph model,
Form the three-dimensional construction graph model with cost data；The pel that described progress fund unit combines three-dimensional construction graph model entered to week
Degree and moon progress quantities carry out visualization statistics, and progress fund enters edlin by the pel with cost data, thus root
According to need generate project progress fund；Described visa changing unit is managed by the three-dimensional construction graph model with cost data
Reason, by entering edlin to three-dimensional visualization construction model, can directly generate project signature and change expense.
4. according to claim 1 pool system is installed it is characterised in that cost based on the dynamo-electric of three-dimensional construction graph model
Budget module 13 includes material planning unit, Service Processing Unit, device management unit, form center cell；Described material meter
Draw unit to be used for deriving the material planning in three-dimensional construction graph model, and edlin entered to material list, by with three-dimensional construction drawing
The data transfer of model checks the materials behavior of model；Described Service Processing Unit be used for process material go out warehouse-in, requisition slip,
Material requistion record, report of marching into the arena, report typing and editor of unpacking, it is not related to ter dimension construction graph model；Described equipment pipe
Reason unit is used for mechanical one-shift application plan, purchasing management, equipment account management, equipment using tracking；Described form center is single
Unit is used for processing various Bill of material establishments and print form.
5. the dynamo-electric overall planning method of installing based on three-dimensional construction graph model is it is characterised in that carry out as follows：
S1, user pass through three-dimensional construction drawing model modeling system and set up three-dimensional construction graph model, and dynamo-electric pool system of installing is extracted
Data in described three-dimensional construction graph model；
Pel in described three-dimensional construction graph model is pressed by S2, project progress module according to the operation progression time in construction plan
Order assembles, and manually input gives the pel duration progress data in three-dimensional construction graph model, and sets up described construction drawing
The inheritance between each pel in model and dependency, the change procedure in construction for each pel of dynamic analog, and pass through
Its Planning of construction periods attribute is planned as a whole to three-dimensional construction graph model；
S3, store keeping module use material according to operation in construction plan, carry out state decomposition to the material in construction, definition
Material unique code, and according to material unique code, the use state of material is tracked, and belonged to by being used for state
Property three-dimensional construction graph model is planned as a whole；
S4, cost budgeting module are passed through to give each pel cost attribute in three-dimensional construction graph model, for applying described three-dimensional
Bill of quantities in work graph model pel sets up one-to-one recognition mode, to monomer either simplex sequence with default valuation inventory
Carry out price numerical computations, and by its cost attribute, three-dimensional construction graph model is planned as a whole.
6. according to claim 5 overall planning method is installed it is characterised in that step based on the dynamo-electric of three-dimensional construction graph model
In S2, adopt when the pel in described three-dimensional construction graph model being assembled in order according to the operation progression time in construction plan
Work breakdown structure (WBS) mode.
7. according to claim 5 overall planning method is installed it is characterised in that step based on the dynamo-electric of three-dimensional construction graph model
In S3, the comprising the following steps that of store keeping module：
（1）Definition material identifies code name, and coding form when Three Dimensional Design Model is modeled, said material being carried out, as material
Unique identities identification；
（2）The state of definition material, the definition status of material includes, do not purchase, purchase do not march into the arena, check and accepting storing, outbound is treated
Install, install, other state；
（3）Data exchange, formulates procurement plan according to automatically generating tab material after threedimensional model modeling, the material to buying
With step（1）In carry out the material of material identification code name and corresponded, and carry out the shape of data call time update material
State；
（4）The inductive statistics of material, store keeping module is tracked to the use state of material according to material unique code, will
The material of equal state carries out inductive statistics.
8. according to claim 5 overall planning method is installed it is characterised in that step based on the dynamo-electric of three-dimensional construction graph model
In S4, cost budgeting module also needs before bill of quantities is set up one-to-one recognition mode with default valuation inventory
Will：By the way of manual data imports and combines, the bill of materials in construction plan is imported, Three Dimensional Design Model is entered
Edlin is it is ensured that the data importing occurs on the accurate position of Three Dimensional Design Model.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410405231.0A CN104123502B (en) | 2014-08-18 | 2014-08-18 | Mechanical and electrical installation overall-planning system and method based on three-dimensional construction drawing model |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410405231.0A CN104123502B (en) | 2014-08-18 | 2014-08-18 | Mechanical and electrical installation overall-planning system and method based on three-dimensional construction drawing model |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104123502A CN104123502A (en) | 2014-10-29 |
| CN104123502B true CN104123502B (en) | 2017-02-15 |
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