CN109472084A - Assembled architecture design method and system, computer equipment and storage medium - Google Patents
Assembled architecture design method and system, computer equipment and storage medium Download PDFInfo
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Abstract
A kind of assembled architecture design method, system, computer equipment and computer storage medium, the method for one embodiment include: to obtain assembled modeler model, and assembled modeler model includes the submodel of structural elements and non-structural element；Component fractionation is carried out to assembled modeler model, obtains the assembled modeler model with prefabricated components information after component is split；Reinforcement Design is carried out to the assembled modeler model with prefabricated components information, obtains arrangement of reinforcement information；Equipment modeling is carried out to the assembled modeler model with prefabricated components information, obtains set aside pre-embedded information；After aided design information is imported assembled modeler model, fractionation design is carried out to the assembled modeler model with aided design information, obtain corresponding component manuscript, BOM inventory and fabricated construction figure, aided design information includes set aside pre-embedded information or set aside pre-embedded information and arrangement of reinforcement information.This embodiment scheme improves the design efficiency of assembled modeler model.
Description
Technical field
This application involves Civil Engineering Design fields, build more particularly to a kind of assembled architecture design method, assembled
Build designing system, computer equipment and computer storage medium.
Background technique
With the implementation of assembled architecture, the yield of prefabricated member is increasingly improved, and has been pushed for assembled architecture mould
The design of type and the exploitation of assembled design software.Current assembled design software and assembled architecture model is set
Meter, first will after building is designed according to the design method that traditional cast-in-place concrete is built, further according to its design result into
The assembled Deepen Design of row building.That is, first according to traditional design mode design cast-in-place structural construction drawing, according still further to project and
Cast-in-place structural is converted fabricated construction by the requirement of related specifications, while guaranteeing that its reinforcing bar information etc. is applied with aforementioned structure of pouring
The consistency of work figure, by the coordination with traditional design mode, to complete the design process.This mode not only needs more
Secondary modeling (when designing cast-in-place structural construction drawing according to traditional design mode and being converted into fabricated construction, being required to model),
And since assembled Deepen Design is completed by different main bodys from traditional cast-in-place structural construction drawing design, in assembled depth
During changing design, it may appear that easy to accomplish in some cast-in-place structurals and fabricated construction is difficult to the different of lower price high efficiency realization
Shape component, at this point, the main body of assembled Deepen Design after considering the factors such as cost and plant component production difficulty, is understood and gone out
The main body for having traditional cast-in-place structural construction drawing is linked up, this usually requires to expend longer time.Moreover, if necessary to change
Traditional cast-in-place structural construction drawing drawing then needs multilateral modification back and forth and adjusts, efficiency is caused to decline, so that
Design the inefficiency of assembled architecture model.
Summary of the invention
Based on this, it is necessary to provide a kind of assembled architecture design method, assembled architecture designing system, computer equipment
And computer storage medium, to improve the efficiency of design assembled architecture model.
A kind of assembled architecture design method, which comprises
Assembled modeler model is obtained, the assembled modeler model includes the submodule of structural elements and non-structural element
Type；
Component fractionation is carried out to the assembled modeler model, obtains the dress with prefabricated components information after component is split
With formula modeler model；
Reinforcement Design is carried out to the assembled modeler model with prefabricated components information, obtains arrangement of reinforcement information；
Equipment modeling is carried out to the assembled modeler model with prefabricated components information, is obtained with device model
Assembled modeler model；
To including the assembled modeler model for having device model described in the arrangement of reinforcement information, fractionation design is carried out,
Obtain corresponding component manuscript, BOM inventory and fabricated construction figure.
A kind of assembled architecture designing system, the system comprises:
Model obtains module, for obtaining assembled modeler model, the assembled modeler model include structural elements and
The submodel of non-structural element；
Component splits module, for carrying out component fractionation to the assembled modeler model, obtains the band after component is split
There is the assembled modeler model of prefabricated components information；
Reinforcement Design module, for carrying out Reinforcement Design to the assembled modeler model with prefabricated components information,
Obtain arrangement of reinforcement information；
Equipment modeling module, for carrying out equipment modeling to the assembled modeler model with prefabricated components information,
Obtain the assembled modeler model for having device model；
Split design module, for include described in the arrangement of reinforcement information with device model assembled model mould
Type carries out fractionation design, obtains corresponding component manuscript, BOM inventory and fabricated construction figure.
A kind of computer equipment, including memory and processor, the memory are stored with computer program, the processing
When device executes the computer program, the step of realizing method as described above.
A kind of computer readable storage medium, is stored thereon with computer program, and the computer program is held by processor
When row, the step of realizing method as described above.
Assembled architecture design method, system, computer equipment and computer storage in embodiment as described above are situated between
Matter, for the design of assembled architecture, the design phase of self-assembly formula building scheme starts to intervene, so as to be kept for one
In the process that model is designed through entire assembled architecture, the problem of avoiding the modification back and forth between multi-party, not only improve
The design efficiency of assembled modeler model also dramatically reduces between different models due to component information caused by modeling difference
Unmatched problem.
Detailed description of the invention
Fig. 1 is the flow diagram of the assembled architecture design method in one embodiment；
Fig. 2 is the assembled architecture design process schematic diagram in one embodiment；
Fig. 3 is the assembled architecture design process schematic diagram in one embodiment；
Fig. 4 is the modular structure schematic diagram of the assembled architecture designing system in one embodiment；
Fig. 5 is the internal structure chart of the computer equipment in one embodiment.
Specific embodiment
It is with reference to the accompanying drawings and embodiments, right in order to which the objects, technical solutions and advantages of the application are more clearly understood
The application is further elaborated.It should be appreciated that specific embodiment described herein is only used to explain the application, not
For limiting the application.
Refering to what is shown in Fig. 1, the assembled architecture design method in one embodiment, includes the following steps S101 to step
S105。
Step 101: obtaining assembled modeler model, the assembled modeler model includes structural elements and non-structural element
Submodel.
In one embodiment, when obtaining assembled modeler model, it can be and voluntarily create and generate assembled modeling
Model, at this point, can be after being pre-processed before being modeled when obtaining assembled modeler model, modeling, filled to component
With formula modeler model, wherein component here may include structural elements and non-structural element.
Wherein, when voluntarily creating and generating assembled modeler model, following sides can specifically be used in one embodiment
Formula carries out.
Firstly, carrying out modeling preceding pretreatment, wherein pretreatment may include: setting index bed and each standard before the modeling
The layer information of layer, establishes quadrature axis net.Wherein, the index bed of setting can be with only one, can also there are two above multiple.
In the case where being provided with multiple index beds, for each index bed, it is both needed to that its corresponding layer information is arranged.Quadrature axis net conduct
A kind of two-way axis net of straight line can determine the position of component durings subsequent modeling, precision adjustment etc. based on quadrature axis net
It sets, the information related with length such as the distance between the length of component or component.
Before above-mentioned modeling pre-process after, component can be modeled, wherein the component include structural elements and
Non-structural element.Structural elements can refer to the component to load-bearing, in some embodiments, it is also possible to referred to as load-bearing structure
Part.Structural elements in some embodiments may include: load bearing wall, beam, column, partition, partition wall, imaginary beam, plate etc., to structure
After Component Modeling, precision adjustment can also be carried out to the submodel for the structural elements that modeling obtains.Non- knot in some embodiments
Structure component may include: Exterior Wall Components, partition wall component, overhanging component, shelf type stair, parapet, door and window hole, Ban Dong, float window
Deng after modeling to non-structural element, being also based on the submodel for the non-structural element that modeling obtains, specify major ingredient and loss of weight
Material.
After structural elements and non-structural element complete modeling, model optimization processing is carried out, at model optimization here
Reason may include: each index bed assembling floor based on setting, and nonload bearing element is turned load, supplements additional load.Wherein, base
When each index bed of setting assembles floor, setting each floor corresponding with each index bed can be, and each floor is subjected to group
Dress.It is appreciated that and the plane figure of the corresponding each floor of index bed is identical as the plane figure of the index bed, an index bed
A floor can be only corresponded to, multiple and different floors can also be corresponded to.In addition, in above-mentioned modeling process, to structure structure
During part models, it is contemplated that the load-bearing weight of each structural elements, and the weight of each nonload bearing element itself is not yet subject to
Consider, it is therefore, whole to be promoted by that can consider the weight of each nonload bearing element simultaneously to respectively load is turned to structural elements
The accuracy of the load-bearing load of a model.The additional load of supplement can be other and various not take in above process
Load-bearing load, such as the load-bearing that may be applied on floor when ceiling on floor, floor construction finishing and may apply
It is added in the load-bearing etc. of other furniture, personnel on floor etc., further to promote the accuracy of the load-bearing load of entire model.
After the completion of above-mentioned treatment process, the assembled modeler model of generation can be obtained.
In one embodiment, when obtaining assembled modeler model, it can be after obtaining third party's modeler model information,
Based on third party's modeler model information, after being pre-processed before being modeled, then component is modeled, to obtain above-mentioned assembled
Modeler model.
Wherein, third party's modeler model information, can be and obtained by various possible modes, such as one of which side
In formula, can be third party's assembled model that the creation of other platforms generates be can be in some modes using other modes
The non-assembled modeler model information obtained, is illustrated with regard to both of these case respectively below.
It, can be by importing third party's assembled model of third-party platform design, and by the third in one embodiment
Square assembled model is as above-mentioned third party's modeler model information.Wherein, which can be the assembly with the application
Other different platforms of software platform used by the executing subject of formula architectural design method, are also possible to the assembly with the application
The identical platform of software platform used by the executing subject of formula architectural design method, in this case, it is possible to be based on the application
Scheme carries out further model optimization to third party's assembled model of acquisition.
Accordingly, it when obtaining assembled modeler model, can be carried out using following manner.
Firstly, import third-party platform design third party's assembled model, and using third party's assembled model as
Above-mentioned third party's modeler model information.It wherein, due to importing is assembled model, in third party's assembled model
It include the submodel of structural elements, in some cases, it can be possible to also can include index bed and the corresponding layer letter of index bed
Breath, it is also possible to include the submodel of nand architecture component.According to the difference of the third party's assembled model imported, particular situation
It can have differences, the embodiment of the present application is not specifically limited.
After importing third party's assembled model, carry out modeling preceding pretreatment based on actual conditions.Third based on importing
The difference of square assembled model, pretreated process can have differences before specific modeling, for example, the third party in importing assembles
In the case that formula model is not provided with index bed, pretreatment includes: setting index bed and each index bed pair of setting before the modeling
The layer information answered.The mode of the layer information of specific setting index bed and each index bed, can be with the mode in above-described embodiment
It is identical.On the other hand, pretreatment can also include: to establish quadrature axis net before the modeling, so that third party's assembled model
Quadrature axis net and the application assembled architecture design method executing subject used by software platform be adapted.
After pretreatment before above-mentioned modeling, component can be modeled, wherein the modeling packet to component here
The modeling to non-structural element is included, also may include the modeling to structural elements.In some cases, it is filled in the third party of importing
It when modeling each component in allocation models, then no longer needs to model component, in some cases, import
Third party fill in allocation models when failing to model required all components, then to the building of needs not yet modeled into
Row modeling.After required all components have modeled, then non-structural element is modeled.
After structural elements and non-structural element complete modeling, model optimization processing is carried out.Match in the third party of importing
It sets in the case where having completed floor assembling in model, may not need and carry out floor assembling.In third party's allocation models of importing
In when not completing floor assembling, or need to be adjusted the floor of assembling when re-assemblying, then each mark based on setting
Quasi- layer assembles floor.After completing floor assembling, non-structural element is turned into load, and supplement additional load, to obtain assembled
Modeler model.Non-structural element is turned into load and supplements the process of additional load, it can be identical as the mode in above-described embodiment.
It, can be by obtaining non-assembled modeler model information, and by the non-assembled modeler model in one embodiment
Information is as above-mentioned third party's modeler model information.Wherein, which refers to is built by non-assembled
The relevant information for the buildings model that mentality of designing design obtains, such as the construction drawing obtained by relevant design software design are built,
It may include: building framework and corresponding construction information in the non-assembled modeler model information.
The non-assembled modeler model information can be obtained by various possible modes, in one embodiment, for applying
Work drawing can obtain the construction drawing by way of image recognition, be also possible to the construction drawing by importing electronic edition, then
The information such as the building framework in construction drawing, the construction information in construction drawing are identified, to obtain the non-assembled modeler model
Information.
After obtaining non-assembled modeler model information, the non-assembled modeler model information based on acquisition is modeled
Preceding pretreatment, the layer information including setting index bed and each index bed, and establish quadrature axis net.Then, structural elements is carried out
Model optimization processing is carried out and after the completion of modeling with the modeling of non-structural element, including each index bed assembling based on setting
Nonload bearing element is turned load, supplement additional load etc. by floor.After above-mentioned treatment process, it can be obtained assembled and build
Mould model.Pretreatment, the detailed process handled the modeling of structural elements and non-structural element and model optimization before modeling, can
With identical as in the above-mentioned embodiment for being autonomously generated assembled modeler model.
It, can also be further in assembled modeler model after obtaining assembled modeler model in one embodiment
Structural elements precisely modeled, obtain precisely modeling after assembled modeler model.The purpose precisely modeled is to true
Shape, size of structural elements in cover half type etc. e.g. can carry out assembled production with being consistent in practical structures scheme
Structural elements modeling, is built into 1000mm if necessary, but may be set as in traditional modeling scheme is related to 999mm or
1001mm, and assembled modeling then need to be in strict accordance with 1000mm, therefore passes through and precisely model with shape, the size to structural elements
Etc. being adjusted, to meet the needs of assembled construction.Structural elements can precisely be built using various possible modes
Mould, in one embodiment can by Structure Calculation platform, to the structural elements submodel in the assembled modeler model into
Row precisely modeling.For example, being calculated after the assembled modeler model guiding structure computing platform and being carried out by Structure Calculation platform
Precisely modeling.
It, can also be further to the assembled modeler model after obtaining assembled modeler model in one embodiment
Structure tentative calculation is carried out, structure the trial result is obtained.Wherein, structure tentative calculation is to determine whether the assembled modeler model obtained is full
The basic demand of sufficient project and specification.In one embodiment, assembled modeler model can be carried out by Structure Calculation platform
Structure tentative calculation.For example, being tied after the assembled modeler model guiding structure computing platform by the calculating of Structure Calculation platform
Structure tentative calculation obtains structure the trial result.The concrete mode of specific structure tentative calculation is not specifically limited in the present embodiment.
In one embodiment, after obtaining assembled modeler model, mould further can also be modeled to the assembled
Non-structural element in type is updated design, obtains updated assembled modeler model.Wherein, update here, which designs, is
To combine the parameter of user's input to supplement the model of corresponding non-structural element, in some embodiments, to non-structural
The more newly-designed process of component can also be referred to as assembled design.The mode of specific assembled design, the application are implemented
It is not specifically limited in example.
In some embodiments, after obtaining assembled modeler model, above-mentioned accurate modeling, knot be may also be performed simultaneously
Execution sequence the embodiment of the present application of structure tentative calculation and more newly-designed process, each process is not specifically limited, such as is tried in structure
Calculation result is obstructed out-of-date, the assembled design to the structural elements can be executed, so that assembled modeler model meets response
Project and specification requirement so that structure the trial result is met the requirements.
When structure the trial result is met the requirements, subsequent step can be entered.
Step 102: component fractionation being carried out to assembled modeler model, obtains and has prefabricated components information after component is split
Assembled modeler model.
In one embodiment, it is above-mentioned accurate modeling has been carried out to assembled modeler model in the case where, to assembly
It is that component fractionation is carried out to the assembled modeler model after accurate modeling when formula modeler model carries out component fractionation.
The process that component is split is after setting the attribute of prefabricated component based on the parameter being manually entered with specified prefabricated component,
Prefabricated component based on a specified carries out industrialized component fractionation.Therefore, in one embodiment, to assembled modeler model into
It may include: the attribute for the prefabricated component for obtaining the prefabricated component selected and setting selection when row component is split；It is selected based on setting
The attribute of prefabricated component carries out component fractionation.It is appreciated that the attribute for the prefabricated component selected in setting, and carry out component fractionation
When, the parameter that can be inputted based on user is carried out.
It may include following process when carrying out component fractionation in one embodiment.Firstly, based between each component
Positional relationship carries out the cutting of component to the place that two components coincide, cuts out when two components have the case where coinciding
The part to coincide is cut, so that two adjacent components align and agree with.It cuts after completing, determines Cast-in-Situ Segment, with
Convenient for forming edge member, after determining Cast-in-Situ Segment, Cast-in-Situ Segment can also be adjusted, after Cast-in-Situ Segment determines, really
Determine lifting sequence.Then, based on component, Cast-in-Situ Segment and the lifting sequence after cutting, the fractionation of component is carried out, is split in component
In the process, when receiving component modification instruction, further component can also be adjusted, and re-starts after the adjustment
It splits, or is also possible to constantly be adjusted the fractionation mode of component during component is split.It is finished in fractionation
Afterwards, the duplication of floor is carried out, to obtain the assembled modeler model with prefabricated components information after component is split.
Obtain with prefabricated components information assembled modeler model after, can Component- Based Development split result and duplication
Floor afterwards determines prefabricated rate, preliminary BOM and preliminary floor plan.
It, can also be further to pre- after carrying out component fractionation to assembled modeler model in one embodiment
The assembled modeler model of component information processed carries out Structure Calculation, obtains Structure Calculation result.The purpose of Structure Calculation be to
Determine whether the buildings model obtained meets the basic demand of project and related specifications.In one embodiment, structure can be passed through
Computing platform carries out Structure Calculation to the assembled modeler model with prefabricated components information.For example, the assembled is modeled
It after model guiding structure computing platform, is calculated by Structure Calculation platform and carries out Structure Calculation, obtain Structure Calculation result.One
The process of Structure Calculation in embodiment includes: to be arranged after the supplemental characteristic of relevant Structure Calculation, carries out Structure Calculation, so
The Structure Calculation data for carrying out Structure Calculation acquisition are imported afterwards.The concrete mode of specific Structure Calculation is not done in the present embodiment
It is specific to limit.
Structure Calculation is being obtained as a result, and determining that meeting Structure Calculation requires to pass through in other words based on Structure Calculation result
When, then it can carry out the process of subsequent Reinforcement Design.
Step 103: Reinforcement Design being carried out to the assembled modeler model with prefabricated components information, obtains arrangement of reinforcement information.
When carrying out Reinforcement Design, refer to the requirement according to specification and project, obtains the needs in corresponding place input
The data (data can be inputted by designing user) of control, are then calculated according to the input data of acquisition, and internal force is generated
Then information carries out automatic arrangement of reinforcement according to interior force information, to obtain arrangement of reinforcement information.
In one embodiment, after obtaining arrangement of reinforcement information, which can be imported above-mentioned with prefabricated components letter
The assembled modeler model of breath, to obtain the assembled modeler model with arrangement of reinforcement information
Step 104: equipment modeling being carried out to the assembled modeler model with prefabricated components information, acquisition has and sets
The assembled modeler model of standby model.
It may include: to be modeled to the assembled with prefabricated components information when carrying out equipment modeling in one embodiment
Model (by arrangement of reinforcement information import this have prefabricated components information assembled modeler model in the case where, then for
The assembled modeler model of arrangement of reinforcement information) design of hot-water heating electricity is carried out, and generate corresponding set aside pre-embedded information.It specifically can wrap
It includes, electric appliance, hot-water heating electricity and HVAC is modeled, obtain the assembled modeler model for having device model, device model includes
The model of electric appliance, hot-water heating electricity and HVAC.Specifically modeling electric to electrical, hot-water heating and HVAC can use any possible modeling
Mode carries out, and is not specifically limited in the embodiment of the present application.
Step 105: to including the assembled modeler model for having device model described in the arrangement of reinforcement information, being torn open
Set up meter separately, obtains corresponding component manuscript, BOM inventory and fabricated construction figure.Wherein, arrangement of reinforcement information has been led above-mentioned
In the case where entering the assembled modeler model with prefabricated components information, it can no longer need to import arrangement of reinforcement during splitting design
Information, it is above-mentioned not by arrangement of reinforcement information import this have prefabricated components information assembled modeler model in the case where, Huo Zhepei
When muscle information has update, then need to import arrangement of reinforcement information the above-mentioned assembled modeler model with device model.
In one embodiment, to include described in the arrangement of reinforcement information have device model assembled modeler model,
It may include following processes when carrying out splitting design.
Equipment is first carried out and proposes money operation, equipment proposes money operation to the dress with device model after the design of hot-water heating electricity
The money that mentions for carrying out mechanical discipline with formula modeler model operates, so that component has corresponding set aside pre-embedded information；For example, based on life
At electric appliance, hot-water heating electricity and HVAC model, the arrangement of pipeline is carried out on model, and generates corresponding hole in respective members
Hole information, to obtain corresponding set aside pre-embedded information.
Additional parameter is set, wherein what the additional parameter referred to has neither part nor lot in the phase of component of above structure calculating etc.
Parameter is closed, the additional parameter of the difference based on actual conditions, setting there can be certain difference.
After additional parameter is set, Automated Design is carried out, when carrying out Automated Design, on the one hand, by the reserved of above-mentioned generation
Pre-buried information imports assembled modeler model and should also in the case where above-mentioned arrangement of reinforcement information does not import assembled modeler model
Arrangement of reinforcement information imports assembled modeler model, on the other hand, also to the other configuration results of determining and setting, such as hangs nail
Model etc..
After the completion of Automated Design, the adjustment of attachment is carried out, attachment here refers to not to be wrapped in above-mentioned assembled modeler model
The design of the component contained, for example, in work progress, the sleeve that is added in external member of set etc..
After the completion of attachment adjustment, after the adjustment and modification that carry out relevant parameter, carry out the duplication of component, and to each component into
Row number generates detailed BOM (Bill of Material, bill of materials), the BOM of generation then in conjunction with the number of each component
Inventory is convertible into form document (such as excel file) and is saved.
The scheme of the embodiment of the present application, the drawbacks of in order to overcome current existing assembled software, using the think of of Top-Down Design
Road carries out the design of assembled architecture scheme, is intervened from the organization plan stage, by tearing the design of assembled architecture open
The design phase for dividing thinking to import early period, so that the design phase in building scheme just has fabricated Design Thinking
Mode, to solve the defect of existing software and assembled architecture design method.
Refering to what is shown in Fig. 2, the scheme of the embodiment of the present application, is designed according to the mentality of designing for meeting assembled architecture,
Since designing front end, just it is designed using fabricated thinking, so that the component designed is more conform with assembled structure
The requirement of part production, reduces the cost of component.It is designed relative to traditional elder generation, is then assembled in the conventional mode
The intervention of formula design, is easy to will lead to some of which component and does not meet fabricated production requirement, to increase the life of component
The defect for producing cost can be improved building efficiency and reduce production cost.
It is designed refering to what is shown in Fig. 2, carrying out fabricated thinking first, that is, is configured index bed, setting index bed
Layer information and establishing before the modeling of quadrature axis net pre-process after, structural elements and non-structural element are modeled, then into
After the assembling of row floor, non-structural element turn the modelings post-processings such as load, additional load supplement, assembled modeler model is obtained.
Then, it by the assembled modeler model guiding structure computing platform of creation, is built by Structure Calculation platform
The accurate modeling and structure tentative calculation for the structural elements built, to determine outer dimension, the component of the component in assembled modeler model
Requirement in length and practical structures scheme complies fully with；And organization plan meets the basic demand of project and specification.Some realities
Apply in example, in the case where Structure Calculation platform is provided with interface, can also call Structure Calculation platform provide interface with into
Row precisely modeling and structure tentative calculation.It is appreciated that in some embodiments, it is also possible to being built in the assembled for executing the application method
The function that design platform (such as assembled architecture design software) design has precisely modeling and structure tentative calculation is built, by executing the application
The assembled architecture design platform of method carries out precisely modeling and structure tentative calculation.
After structure tentative calculation passes through, it will be importing directly by the assembled modeler model of Structure Calculation platform structure tentative calculation
The assembled architecture design platform of the application method is executed, carries out assembled design, assembled design includes to non-structural structure
The model of part supplements, and when supplement, the parameter that can be inputted based on user supplement the model of non-structural element.
After model supplement, component fractionation is carried out, specifically includes component prefabricated required for carrying out assembled architecture
Prefabricated component attribute setting and industrialization split, wherein set prefabricated component attribute and carry out industrialization split when, Ke Yijie
The parameter for closing designing user input carries out.
After component is split, the model guiding structure with prefabricated components information after component is split calculates flat
Platform is carried out by Structure Calculation platform.It, can also be in the case where Structure Calculation platform is provided with interface in some embodiments
The interface for calling Structure Calculation platform to provide carries out Structure Calculation and Reinforcement Design.It is appreciated that in some embodiments, it can also
To there is the function of Structure Calculation and Reinforcement Design in the assembled architecture design platform design for executing the application method, by executing sheet
The assembled architecture design platform of application method carries out Structure Calculation and Reinforcement Design.
After the completion of Reinforcement Design, resulting arrangement of reinforcement information is led back to the dress for executing the application method from Structure Calculation platform
With formula architectural design platform, and the equipment for carrying out electric appliance, hot-water heating electricity and HVAC for assembled modeler model designs, and generates phase
The set aside pre-embedded information answered specifically can be the model for electric appliance, hot-water heating electricity and HVAC, carry out pipeline etc. on the mold
Arrangement, then generates corresponding hole information, using the hole information set aside pre-embedded information as set aside pre-embedded in respective members
Information, and the set aside pre-embedded information is added to assembled modeler model.Wherein, in equipment design process, equipment is set
Relevant information, such as it is directed to pipeline equipment, which position settable lamp is arranged in, which position is corresponding control switch be arranged in
Set, wait between corresponding control switch how cabling etc..
Then, carry out mechanical discipline proposes money operation, directly reads aforementioned data, so that completion proposes the operation of money, specifically
Including extracting above-mentioned set aside pre-embedded information etc., to complete the transmission of the data between disparate modules, so that component has accordingly in advance
Pre-buried information is stayed, the fractionation for then carrying out component to the model with arrangement of reinforcement information and set aside pre-embedded information designs, and goes out opposite
The component manuscript answered, BOM inventory and fabricated construction figure
It in above-mentioned embodiment shown in Fig. 2, is intervened since the initial phase of design scheme, remains a mould
Type not only increases efficiency in the process of entire assembled architecture design, also dramatically reduces between different models due to building
The unmatched problem of component information caused by mould difference.
In some embodiments, according to the requirement of the situation of reality, such as the main body when structure design and component Deepen Design
When identical, the design method of reverse design thinking is also provided.Wherein, reverse design refers to the knot provided according to traditional design
Structure construction drawing is modeled according to the information on drawing, and carries out industrialization design as needed, it may be assumed that assembled Chevron Research Company (CRC)
The process of design is intervened and participated in linking up after providing from traditional construction figure.
Refering to what is shown in Fig. 3, being carried out when carrying out assembled architecture design based on the thinking according to existing traditional construction figure
Modeling obtains assembled modeler model, i.e., according to the relevant information on traditional construction figure, carries out structural elements and non-structural element
Modeling.
After obtaining assembled modeler model, the determination organization plan for carrying out precisely modeling and structure tentative calculation may not need
Process, the design of subsequent assembled can be directly entered, the model of non-structural element is supplemented, and finished in model supplement
Afterwards, component fractionation is carried out.
After component is split, the model guiding structure with prefabricated components information after component is split calculates flat
Platform carries out Structure Calculation and Reinforcement Design by Structure Calculation platform.It wherein, can be taking human as repairing during Reinforcement Design
Change corresponding reinforcing bar information in traditional construction figure, if you need to component size and arrangement of reinforcement information modify, need and provide biography
The main body of system construction drawing is linked up.
In exemplary assembled design process shown in Fig. 3, other treatment processes can in example shown in above-mentioned Fig. 2
It is identical.
It should be understood that although each step in the flow chart of Fig. 1-3 is successively shown according to the instruction of arrow,
These steps are not that the inevitable sequence according to arrow instruction successively executes.Unless expressly stating otherwise herein, these steps
Execution there is no stringent sequences to limit, these steps can execute in other order.Moreover, at least one in Fig. 1-3
Part steps may include that perhaps these sub-steps of multiple stages or stage are not necessarily in synchronization to multiple sub-steps
Completion is executed, but can be executed at different times, the execution sequence in these sub-steps or stage is also not necessarily successively
It carries out, but can be at least part of the sub-step or stage of other steps or other steps in turn or alternately
It executes.
Refering to what is shown in Fig. 4, also providing a kind of assembled architecture designing system in one embodiment, which includes:
Model obtains module 11, and for obtaining assembled modeler model, the assembled modeler model includes structural elements
With the submodel of non-structural element；
Component splits module 12, for carrying out component fractionation to the assembled modeler model, after obtaining component fractionation
Assembled modeler model with prefabricated components information；
Reinforcement Design module 13 is set for carrying out arrangement of reinforcement to the assembled modeler model with prefabricated components information
Meter obtains arrangement of reinforcement information；In some embodiments, which can pass through knot by calling Structure Calculation platform
Structure computing platform carries out Reinforcement Design to the assembled modeler model with prefabricated components information, obtains arrangement of reinforcement information；
Equipment modeling module 14 is built for carrying out equipment to the assembled modeler model with prefabricated components information
Mould obtains the assembled modeler model for having device model；
Split design module 15, for include described in the arrangement of reinforcement information with device model assembled model
Model carries out fractionation design, obtains corresponding component manuscript, BOM inventory and fabricated construction figure.
In one embodiment, above-mentioned model obtains module 11 and includes:
Model generation module 111 models component, obtains the assembled after pre-processing before being modeled
Modeler model, the component include component and non-structural element.
In some embodiments, which obtains module further include: third party's model obtains module 112, for obtaining third
Square modeler model information.
At this point, above-mentioned model generation module 111, is based on third party's modeler model information, carries out modeling preceding pretreatment
Afterwards, component is modeled, obtains the assembled modeler model.
In some embodiments, above-mentioned third party's model obtain module 112 include third party's model import modul 1121 and/or
Non- assembled model obtains module 1122.
Wherein, third party's model import modul 1121, for importing third party's assembled model of third-party platform design,
And using third party's assembled model as third party's modeler model information.
Non- assembled model obtains module 1122, and for obtaining non-assembled modeler model information, the non-assembled is built
Mould model information includes: building framework and corresponding construction information；And non-assembled modeler model information is determined as third party
Modeler model information.
Refering to what is shown in Fig. 4, the above-mentioned model generation module 111 in some embodiments includes:
Preprocessing module 1111 before pretreated modeling before being modeled；
The modeling module 1112 that structural elements and non-structural element are modeled；
Model optimization processing is carried out to the initial building block that the modeling module obtains, obtains assembled modeler model
Model optimization module 1113.
Refering to what is shown in Fig. 4, in some embodiments, which can also include: accurate modeling module 16, for described
Structural elements in assembled modeler model is precisely modeled, the assembled modeler model after obtaining precisely modeling.Some realities
It applies in example, which can model assembled by Structure Calculation platform by calling Structure Calculation platform
Structural elements in model is precisely modeled, the assembled modeler model after obtaining precisely modeling.
At this point, above-mentioned component splits module 12, to carry out component to the assembled modeler model after above-mentioned accurate modeling
It splits, obtains the assembled modeler model with prefabricated components information after component is split.
Refering to what is shown in Fig. 4, in some embodiments, which can also include: structural calculation module 17, for described
Assembled modeler model carries out structure tentative calculation, obtains structure the trial result.In some embodiments, which can be with
By calling Structure Calculation platform, structure tentative calculation is carried out to assembled modeler model by Structure Calculation platform, obtains structure examination
Calculate result.
At this point, above-mentioned component splits module 12, when above structure the trial result passes through, to the dress after the accurate modeling
Component fractionation is carried out with formula modeler model, obtains the assembled modeler model with prefabricated components information after component is split.
Refering to what is shown in Fig. 4, in some embodiments, which can also include: assembled design module 18, for institute
It states the non-structural element in assembled modeler model and is updated design, obtain updated assembled modeler model.
At this point, above-mentioned component splits module 12, component fractionation is carried out to updated assembled modeler model, obtains component
The assembled modeler model with prefabricated components information after fractionation.
In one embodiment, above-mentioned component splits module 12, comprising:
Prefabricated component setup module 121, for prefabricated component attribute to be arranged；
Module 122 is cut, for the prefabricated component attribute based on setting, the cutting for carrying out component is shown；
Cast-in-Situ Segment setup module 123, it is cast-in-place to this for determining Cast-in-Situ Segment, and when receiving Cast-in-Situ Segment adjustment instruction
The corresponding Cast-in-Situ Segment of section adjustment instruction is adjusted；
Module 124 is split, for prefabricated component attribute, Cast-in-Situ Segment and lifting sequence based on setting, carries out component fractionation,
Wherein, after component update, fractionation can also be re-started to updated component；
Floor replication module 125, for replicating floor；
Module 126 out, the assembled modeler model with prefabricated components information after splitting for Component- Based Development, determine
Prefabricated rate, preliminary BOM and preliminary floor plan.
In one embodiment, above structure computing module 17, the assembled modeling also to described with prefabricated components information
Model carries out Structure Calculation, obtains Structure Calculation result.
At this point, above-mentioned Reinforcement Design module 13, the Structure Calculation result that structural calculation module 17 obtains be by when, it is right
The assembled modeler model with prefabricated components information carries out Reinforcement Design, and obtaining, there is the assembled of arrangement of reinforcement information to model
Model.
Specific restriction about assembled architecture designing system may refer to above for assembled architecture design method
Restriction, details are not described herein.Modules in above-mentioned assembled architecture designing system can be fully or partially through software, hard
Part and combinations thereof is realized.Above-mentioned each module can be embedded in the form of hardware or independently of in the processor in computer equipment,
It can also be stored in a software form in the memory in computer equipment, execute the above modules in order to which processor calls
Corresponding operation.
A kind of computer equipment is provided in one embodiment, which, which can be, any is able to carry out above-mentioned dress
Equipment with formula architectural design.The internal structure chart of computer equipment in one embodiment can be as shown in Figure 5.The computer
Equipment includes processor, the memory connected by system bus, can also include the network interface connected by system bus,
It can also include display screen and input unit when the computer equipment is terminal device.
Wherein, the processor of the computer equipment is for providing calculating and control ability.The memory of the computer equipment
Including non-volatile memory medium, built-in storage.The non-volatile memory medium is stored with operating system and computer program.It should
Built-in storage provides environment for the operation of operating system and computer program in non-volatile memory medium.The computer equipment
Network interface be used to communicate with external terminal or server by network connection, such as connection structure computing platform progress
Structure tentative calculation or Structure Calculation etc..To realize a kind of assembled architecture design side when the computer program is executed by processor
Method.The display screen of the computer equipment can be liquid crystal display or electric ink display screen, the input of the computer equipment
Device can be the touch layer covered on display screen, be also possible to the key being arranged on computer equipment shell, trace ball or touching
Plate is controlled, can also be external keyboard, Trackpad or mouse etc..
It will be understood by those skilled in the art that structure shown in Fig. 5, only part relevant to application scheme is tied
The block diagram of structure does not constitute the restriction for the computer equipment being applied thereon to application scheme, specific computer equipment
It may include perhaps combining certain components or with different component layouts than more or fewer components as shown in the figure.
Accordingly, in one embodiment, a kind of computer equipment, including memory and processor, memory are additionally provided
In be stored with computer program, which realizes assembled in any embodiment as described above when executing computer program
The step of architectural design method.
Those of ordinary skill in the art will appreciate that realizing all or part of the process in above-described embodiment method, being can be with
Relevant hardware is instructed to complete by computer program, the computer program can be stored in a non-volatile computer
In read/write memory medium, the computer program is when being executed, it may include such as the process of the embodiment of above-mentioned each method.Wherein,
To any reference of memory, storage, database or other media used in each embodiment provided herein,
Including non-volatile and/or volatile memory.Nonvolatile memory may include read-only memory (ROM), programming ROM
(PROM), electrically programmable ROM (EPROM), electrically erasable ROM (EEPROM) or flash memory.Volatile memory may include
Random access memory (RAM) or external cache.By way of illustration and not limitation, RAM is available in many forms,
Such as static state RAM (SRAM), dynamic ram (DRAM), synchronous dram (SDRAM), double data rate sdram (DDRSDRAM), enhancing
Type SDRAM (ESDRAM), synchronization link (Synchlink) DRAM (SLDRAM), memory bus (Rambus) direct RAM
(RDRAM), direct memory bus dynamic ram (DRDRAM) and memory bus dynamic ram (RDRAM) etc..
Therefore, in one embodiment, a kind of computer readable storage medium is also provided, computer journey is stored thereon with
Sequence, when the computer program is executed by processor, the step of realizing method as described above.
Each technical characteristic of above embodiments can be combined arbitrarily, for simplicity of description, not to above-described embodiment
In each technical characteristic it is all possible combination be all described, as long as however, the combination of these technical characteristics be not present lance
Shield all should be considered as described in this specification.
The several embodiments of the application above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
It cannot therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the art
It says, without departing from the concept of this application, various modifications and improvements can be made, these belong to the protection of the application
Range.Therefore, the scope of protection shall be subject to the appended claims for the application patent.
Claims (10)
1. a kind of assembled architecture design method, which comprises
Assembled modeler model is obtained, the assembled modeler model includes the submodel of structural elements and non-structural element；
Component fractionation is carried out to the assembled modeler model, obtains the assembled with prefabricated components information after component is split
Modeler model；
Reinforcement Design is carried out to the assembled modeler model with prefabricated components information, obtains arrangement of reinforcement information；
Equipment modeling is carried out to the assembled modeler model with prefabricated components information, obtains the assembly for having device model
Formula modeler model；
To including the assembled modeler model for having device model described in the arrangement of reinforcement information, fractionation design is carried out, is obtained
Corresponding component manuscript, BOM inventory and fabricated construction figure.
2. being included following items the method according to claim 1, wherein obtaining assembled modeler model
Any one:
First item:
After being pre-processed before being modeled, component is modeled, obtains the assembled modeler model, the component includes described
Structural elements and the non-structural element；
Section 2:
Obtain third party's modeler model information；
Based on third party's modeler model information, after being pre-processed before being modeled, component is modeled, the assembly is obtained
Formula modeler model, the component include non-structural element.
3. according to the method described in claim 2, it is characterized in that, acquisition third party's modeler model information, includes following items
In any one:
First item:
Third party's assembled model of third-party platform design is imported, and using third party's assembled model as the third party
Modeler model information；
Section 2；
Non- assembled modeler model information is obtained, the non-assembled modeler model information includes: that building framework and correspondence are applied
Work information；And non-assembled modeler model information is determined as third party's modeler model information, the component further includes structure structure
Part.
At least one of 4. according to claim 1 to method described in 3 any one, which is characterized in that in including following items:
First item:
After obtaining assembled modeler model, before carrying out component fractionation to the assembled modeler model, further comprise the steps of: pair
Structural elements in the assembled modeler model is precisely modeled, the assembled modeler model after obtaining precisely modeling；
To the assembled modeler model carry out component fractionation, comprising: to the assembled modeler model after the accurate modeling into
Row component is split；
Section 2:
After obtaining assembled modeler model, before carrying out component fractionation to the assembled modeler model, further comprise the steps of: pair
The assembled modeler model carries out structure tentative calculation, obtains structure the trial result；
When determining that tentative calculation passes through based on the structure the trial result, component fractionation is carried out into the assembled modeler model
The step of；
Section 3:
After obtaining assembled modeler model, before carrying out component fractionation to the assembled modeler model, further comprise the steps of:
Design is updated to the non-structural element in the assembled modeler model, obtains updated assembled modeling mould
Type；
Section 4:
Component fractionation is carried out to the assembled modeler model, comprising:
Prefabricated component attribute is set, and the prefabricated component attribute based on setting, the cutting for carrying out component are shown；
Determine Cast-in-Situ Segment and lifting sequence；
Prefabricated component attribute, Cast-in-Situ Segment and lifting sequence based on setting carry out component fractionation；
Floor is replicated, the assembled modeler model with prefabricated components information after component is split is obtained；
Section 5:
After carrying out component fractionation to the assembled modeler model, mould is modeled to the assembled with prefabricated components information
Before type carries out Reinforcement Design, further comprise the steps of:
Structure Calculation is carried out to the assembled modeler model with prefabricated components information, obtains Structure Calculation result；
When passing through based on the Structure Calculation result is determining, mould is modeled into the assembled with prefabricated components information
Type carries out the step of Reinforcement Design；
Section 6:
Equipment modeling is carried out to the assembled modeler model with prefabricated components information, obtains the assembly for having device model
Formula modeler model, comprising:
Based on the assembled modeler model for having prefabricated components information, electric appliance, hot-water heating electricity and HVAC are modeled, had
The assembled modeler model of device model, device model include the model of electric appliance, hot-water heating electricity and HVAC.
5. a kind of assembled architecture designing system, the system comprises:
Model obtains module, and for obtaining assembled modeler model, the assembled modeler model includes structural elements and non-knot
The submodel of structure component；
Component fractionation module, for carrying out component fractionation to the assembled modeler model, having after obtaining component fractionation is pre-
The assembled modeler model of component information processed；
Reinforcement Design module is obtained for carrying out Reinforcement Design to the assembled modeler model with prefabricated components information
Arrangement of reinforcement information；
Equipment modeling module is obtained for carrying out equipment modeling to the assembled modeler model with prefabricated components information
Assembled modeler model with device model；
Split design module, for include described in the arrangement of reinforcement information have device model assembled modeler model,
Fractionation design is carried out, corresponding component manuscript, BOM inventory and fabricated construction figure are obtained.
At least one of 6. system according to claim 5, which is characterized in that in including following items:
First item:
It includes: model generation module that the model, which obtains module, after pre-processing before being modeled, is modeled to component,
The assembled modeler model is obtained, the component includes the structural elements and the non-structural element；
Section 2:
The system also includes: accurate modeling module, it is accurate for being carried out to the structural elements in the assembled modeler model
Modeling, the assembled modeler model after obtaining precisely modeling；
The component splits module, carries out component fractionation to the assembled modeler model after the accurate modeling, obtains component and tears open
The assembled modeler model with prefabricated components information after point；
Section 3:
The system also includes structural calculation module, for the model obtain assembled modeler model that module obtains into
Row Structure Calculation obtains structure the trial result；
The component splits module, when the structure the trial result passes through, carries out component to the assembled modeler model and tears open
Point, obtain the assembled modeler model with prefabricated components information after component is split；
Section 4:
The system also includes: assembled designs module, for carrying out to the non-structural element in the assembled modeler model
Design is updated, updated assembled modeler model is obtained；
The component splits module, component fractionation is carried out to the updated assembled modeler model, after obtaining component fractionation
The assembled modeler model with prefabricated components information；
Section 5:
The component splits module, comprising:
Prefabricated component setup module, for prefabricated component attribute to be arranged；
Module is cut, for the prefabricated component attribute based on setting, the cutting for carrying out component is shown；
Cast-in-Situ Segment setup module refers to Cast-in-Situ Segment adjustment for determining Cast-in-Situ Segment, and when receiving Cast-in-Situ Segment adjustment instruction
Corresponding Cast-in-Situ Segment is enabled to be adjusted；
Module is split, for prefabricated component attribute, Cast-in-Situ Segment and lifting sequence based on setting, carries out component fractionation；
Floor replication module, for replicating floor；
Module out, for Component- Based Development split after the assembled modeler model with prefabricated components information, determine prefabricated rate,
Preliminary BOM and preliminary floor plan；
Section 6:
The system also includes structural calculation module, for the assembled modeler model with prefabricated components information into
Row Structure Calculation obtains Structure Calculation result；
Reinforcement Design module based on the Structure Calculation result is determining when passing through, to the assembly with prefabricated components information
Formula modeler model carries out Reinforcement Design, obtains the assembled modeler model with arrangement of reinforcement information.
7. system according to claim 6, it is characterised in that:
The model obtains module further include: third party's model obtains module, for obtaining third party's modeler model information；
The model generation module is based on third party's modeler model information, after pre-processing before being modeled, carries out to component
Modeling, obtains the assembled modeler model, which includes non-structural element.
8. system according to claim 7, which is characterized in that it includes: third party's mould that third party's model, which obtains module,
Type import modul and/or non-assembled model obtain module:
Third party's model import modul, for importing third party's assembled model of third-party platform design, and by the third party
Assembled model is as third party's modeler model information；
Non- assembled model obtains module, for obtaining non-assembled modeler model information, the non-assembled modeler model letter
Breath includes: building framework and corresponding construction information；And non-assembled modeler model information is determined as third party's modeler model
Information.
9. a kind of computer equipment, including memory and processor, the memory are stored with computer program, feature exists
In the step of processor realizes any one of claims 1 to 4 the method when executing the computer program.
10. a kind of computer readable storage medium, is stored thereon with computer program, which is characterized in that the computer program
The step of method described in any one of Claims 1-4 is realized when being executed by processor.
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| CN111738116A (en) * | 2020-06-10 | 2020-10-02 | 广联达科技股份有限公司 | Method and device for identifying board hole area, computer equipment and readable storage medium |
| CN111738116B (en) * | 2020-06-10 | 2024-03-29 | 广联达科技股份有限公司 | Method, device, computer equipment and readable storage medium for identifying plate hole area |
| CN114510773A (en) * | 2022-04-19 | 2022-05-17 | 深圳小库科技有限公司 | Automatic splitting method and device for building horizontal component, electronic equipment and storage medium |
| CN114510773B (en) * | 2022-04-19 | 2022-07-15 | 深圳小库科技有限公司 | Automatic splitting method and device for building horizontal component, electronic equipment and storage medium |
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