CN107145643A - The intelligent design system and design method of a kind of metal plate sculpture type face steelframe - Google Patents
The intelligent design system and design method of a kind of metal plate sculpture type face steelframe Download PDFInfo
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- CN107145643A CN107145643A CN201710244496.0A CN201710244496A CN107145643A CN 107145643 A CN107145643 A CN 107145643A CN 201710244496 A CN201710244496 A CN 201710244496A CN 107145643 A CN107145643 A CN 107145643A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
- G06F30/20—Design optimisation, verification or simulation
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- B—PERFORMING OPERATIONS; TRANSPORTING
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- B44C—PRODUCING DECORATIVE EFFECTS; MOSAICS; TARSIA WORK; PAPERHANGING
- B44C3/00—Processes, not specifically provided for elsewhere, for producing ornamental structures
- B44C3/06—Sculpturing
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
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Abstract
The invention discloses a kind of intelligent design system of metal plate sculpture type face steelframe, based on CAD design platform, it is primarily based on the type face curved surface of metal plate sculpture, according to type face steelframe layout rules, set up design basis face, use design basis face and type face surface intersection acquisition type face steelframe design feature curve, type face steelframe indicatrix is handled, obtain indicatrix principal curve, indicatrix is converted into by multi-section-line using interpolation method, using the interface of curve biasing means finishing type face steelframe, using the method finishing type face steelframe physical model design of stretching modeling；According to type face steelframe layout rules, the sectional view design of carry out type face steelframe mating groove, complete mating groove excision design, interference checking is carried out using the method for Virtual assemble, the position for not completing mating groove excision is checked, the processing of interference position is completed, the steelframe design of type face is finally completed, desin speed can be effectively improved, mitigates the design efforts would of designer significantly.
Description
Technical field
The present invention relates to a kind of intelligent design system of metal plate sculpture type face steelframe and design method technology, belong to intelligence
Change, technical field of automation.
Background technology
It may be considered and be made up of three parts in metal plate sculpture architectural complex, Part I is complex profile, be exactly people
The attractive appearance for the sculpture seen；Part II is the type face steelframe of complex profile attachment, and this part both plays modeling function,
There is type face curved surface deep floor again；Part III is load-bearing steelframe, is the main load part of sculpture.In metal plate sculpture
Design work in, the design of type face steelframe is the most complicated, in order to ensure that type face steelframe correctly coordinates, and type face steelframe
With the installation of sculpture type face and load-bearing main structure, need on the steelframe of type face to design the slotted hole structure of different size, these structure numbers
Amount is often very big, therefore the design of type face steelframe is workload the best part.
The traditional design mode of current large-scale metal plate sculpture type face steelframe has significant limitation, is completely dependent on designer and enters
Row mapping operation, this design method inefficiency will take substantial amounts of human resources, and desin speed relies on designer's
Easily malfunctioned in qualification, and design process, seriously constrain production efficiency.
The content of the invention
To solve the above problems, the invention discloses a kind of intelligent, automation the design of metal plate sculpture type face steelframe
System and design method method, desin speed are fast, and operating efficiency is high.
To reach above-mentioned purpose, technical scheme is as follows：
A kind of intelligent design system of metal plate sculpture type face steelframe involved in the present invention, including CAD support platforms, type face
Curved surface hierarchical block module, the design of type face intersecting lens and processing module, type face steelframe Modeling and Design module, type face steelframe grooving are set
Count module, type face steelframe automatic assembling module, type face steelframe interference checking module, type face steelframe assembly environment and cut module, work
Journey figure output module, wherein：
The design system is by CAD support platforms, by type face curved surface hierarchical block module, the design of type face intersecting lens with
Processing module, type face steelframe Modeling and Design module, type face steelframe automatic assembling module, type face steelframe interference checking module, type face
Steelframe assembly environment cuts design, assembling, inspection and the engineering that module, engineering drawing output module complete metal plate sculpture type face steelframe
Figure output；
The type face AUTOMATIC ZONING piecemeal module obtains surface-type feature position using the design of type face intersecting lens with processing module
Data, are automatically performed the hierarchical block design of metal plate sculpture type face curved surface by way of surface trimming；
Type face intersecting lens design and the design of processing module finishing type face curved surface and design basis face intersecting lens, and lead to
The processing that breadth first traversal algorithm completes intersecting lens is crossed, the principal curve of type face intersecting lens is obtained, is turned curve using interpolation method
It is melted into as multi-section-line；
The type face steelframe Modeling and Design module biases finishing type face steelframe interface graphic designs using multi-section-line, and uses
The mode finishing type face steelframe physical model design of modeling is stretched, physical model is analyzed, finishing type face steelframe joint is inclined
Difference amendment, it is based on this, complete by the positional information and shape information that calculate acquisition type face steelframe groove sky to mathematical modeling
Sectional view into slotted eye designs and completes excision design；
The type face steelframe of complete design is completed Virtual assemble by the type face steelframe automatic assembling module in three-dimensional environment
Work；
The type face steelframe interference checking module carries out interference checking in the steelframe assembly environment of type face to type face steelframe, from
It is dynamic to check the position for having failed to coordinate grooving design, and outgoing inspection result；
The type face steelframe assembly environment cuts the modification design work that module completes assembly environment mo(u)ld bottom half face steelframe, can be with
Under assembly environment by simple layout design can finishing type face steelframe various slotted eyes cutting-pattern design work；
Based on the result that the engineering drawing output module designs module by type face steelframe grooving, the two of finishing type face steelframe
Process engineering G- Design is tieed up, and completes batch and is exported.
Type face intersecting lens design setting according to sculpture type face curved surface carry out type face steelframe indicatrix with processing module
Meter with processing, including type face intersecting lens design submodule, principal curve extracting sub-module, complex curve multi-section-line transform subblock,
Conversion accuracy analyzes submodule, wherein：
Type face intersecting lens design submodule, using metal plate sculpture type face curved surface and type face curved surface hierarchical block result as base
Plinth, it is intersecting therewith by a series of design basis faces set up according to design rule, type face intersecting lens curve is tried to achieve, this result is made
For the design basis of principal curve extracting sub-module；
The principal curve extracting sub-module, is handled the design result that type face intersecting lens designs submodule, using wide
Degree first traversal algorithm is handled type face intersection curve, and traversal search, foundation are carried out to intersection curve all constituent elements
The resemblance of metal plate sculpture, is analyzed component, and useless branch and isolation pattern are rejected, and is retained principal curve and is made
For type face steelframe design feature curve；
So-called complex curve multi-section-line transform subblock, by the result of principal curve extracting sub-module, using interpolation method,
Complex curve is converted into the multi-section-line being made up of straightway and arc section；
So-called conversion accuracy analyzes submodule, and the multi-section-line that indicatrix is converted into enters contrast, analysis with virgin curve
The error produced is changed, and counts max value of error, in case transformation result is analyzed.
Type face steelframe designs module based on surface-type feature curve, the solid modelling design of finishing type face steelframe,
Nail excision design, the excision design of end face bolt hole, type are planted in type face steelframe joint error correction design, mating groove excision design
Face steelframe segmentation and design of carving characters；Including type face steelframe stretching Modeling and Design submodule, type face steelframe joint error correction and end
Face bolt hole design submodule, type face steelframe mating groove are with planting nail design submodule, the segmentation of type face steelframe and design of carving characters
Module, wherein：
The type face steelframe entity stretches Modeling and Design submodule, based on the multi-section-line that indicatrix is converted into,
It is biased, the cross-sectional sketch design of finishing type face steelframe, the finishing type face steelframe by way of stretching modeling
Solid modelling is designed, and output type face steelframe end face data are for being modified design to end surface error；
The type face steelframe joint error correction designs submodule with end face bolt hole, using end face data as design basis,
Carry out error correction design automatically to the type face steelframe for producing end surface error, and end face connection spiral shell is completed according to amendment design result
Keyhole is designed；
Type face steelframe mating groove, according to the mathematical modeling of type face steelframe, calculates type face steel with planting nail design submodule
Frame mating groove and the position data and shape main clause for planting nail, complete mating groove with planting the interface layout design of nail, pass through
The method finishing type face steelframe mating groove of excision is stretched with planting nail design；
Type face steelframe segmentation and submodule of carving characters, complete the segmentation to larger-size type face steelframe and are set with carving characters
Meter, the oversized type face steelframe for being difficult to be processed is cut into the type face steelframe of reduced size, and according to type face steelframe
Location rule design is numbered to type face steelframe.
The present invention is preserved and exchanged data by xml data files and excel files.
Metal plate sculpture type face steelframe Intelligentized design method involved in the present invention, comprises the following steps：
The first step, metal plate sculpture type face curved surface is imported, and the type face of metal plate sculpture is imported in design system CAD support platforms
Surface model；
Second step, according to type face dividing design rule, module, the song that the first step is obtained are designed by type face hierarchical block
Face file division turns into less curved surface file set, and preserves design information into xml data files；Comprise the following steps that：
(1) type face dividing design mathematic model is set up
Sculpture type face curved surface is represented with Status { face, edge, vertex }, wherein face is its manifold object,
Edge is its sideline object；Vertex is its vertex objects；With S { S1,S2,S3... represent curved surface set of blocks；With P { P1,P2,
P3... represent reference plane set；
(2) type face dividing design mathematic formula is set up
Curved surface set of blocks S { S1,S2,S3... be design object, metal plate sculpture type face curved surface entity Status face,
Edge, vertex }, piecemeal border level face set P { P1,P2,P3... to design fundamental, constraints is piecemeal side
Boundary's reference plane is curved surface block boundary, and constraint equation is as follows：
S{S1,S2,S3...=(Status, P, C (Status, P))
3rd step, the small curved surface file split is completed as design basis using second step, the design of carry out type face intersecting lens and place
Reason, and the special card curve for completing processing is output into single curve file；Comprise the following steps that：
(1) indicatrix design mathematic model is set up
Si{ face, edge, vertex } represents sculpture type face surface patch, and wherein face is its manifold object, edge
For its sideline object；Vertex is its vertex objects；With Pc{Pc1,Pc2,Pc3... represent reference plane set；With Curve
{Curve1,Curve2,Curve3... represent indicatrix set；
Indicatrix set Curve { Curve1,Curve2,Curve3... it is design object, sculpture type face surface patch Si
{ face, edge, vertex }, indicatrix reference plane set Pc{Pc1,Pc2,Pc3... it is design fundamental, constraints
Intersect for sculpture type face surface patch with indicatrix reference plane, constraint equation is as follows：
Curve{Curve1,Curve2,Curve3...=(Si, Pc, C (Si, Pc))
4th step, the independent curve file using the generation of the 3rd step imports Three-dimensional CAD Environment as design basis, by curve and worked as
In, curve biasing, the design of finishing type face steelframe cross-sectional sketch are carried out, and bias curve extreme coordinates are recorded, preserve to xml data
In file, finishing type face steelframe entity stretching Modeling and Design；Comprise the following steps that：
(1) type face steelframe solid modelling design mathematic model is set up
FrameiTo represent type face steelframe physical model；CurveiTo represent indicatrix；Curvei' represent that feature is bent
Line bias curve；W represents indicatrix offset or dish；H represents type face steelframe thickness；
(2) indicatrix offset design mathematical formulae is set up
Curvei' it is design object, CurveiWith w for design fundamental, constraints be by indicatrix biased w away from
From constraint equation is as follows：
Curvei'={ Curvei,Cd1(Curvei,w,)}
(3) closed cross-section closure designs mathematical formulae is set up
Line1And Line2To represent indicatrix and bias curve two-end-point connection straightway
Line1And Line2For design object, CurveiAnd Curvei' to design fundamental, constraints is special for connection
Curve and bias curve two-end-point are levied, constraint equation is as follows：
Line1={ Curvei,Curvei’,Ct1(Curvei,Curvei’,)}
Line2={ Curvei,Curvei’,Ct2(Curvei,Curvei’,)}
(4) entity stretching Modeling and Design mathematical formulae is set up
FrameiFor design object, Curvei、Curvei’、Line1、Line2It is design fundamental with h, constraints is
Cross-sectional sketch is stretched into h distances, specific constraint formulations are as follows：
Framei={ Curvei,Curvei’,Line1,Line2,Cd2(h)}
(5) end-point data is write in xml data files；
5th step, carries out fit-up inspection, for giving tacit consent to due to curve by the type face steelframe physical model produced in the 4th step
Biased direction is wrong and makes the type face steelframe that forming surface steelframe models anisotropy, changes curve biased direction and re-executes the 4th
Step operation, and update bias curve end-point data xml document；
6th step, according to the bias curve endpoint location coordinate xml document data preserved in the 4th step, to being produced in the 4th step
Raw type face steelframe entity stretch model carries out location conflicts judgement, and the endface position for needing shape to repair is repaired；Tool
Body step is as follows
(1) according to the indicatrix extreme coordinates data of type face steelframe physical model in bias curve end-point data xml texts
Corresponding bias curve extreme coordinates data are found in part；
(2) according to the end-point data recorded in xml document and indicatrix end points and biasing in the steelframe physical model of type face
The triangle pair type face steelframe entity that endpoint curve is constituted carries out excision operation, if operating result is TRUE, carries out step
(3), step (4) is carried out if operating result is FALSE；
(3) to the result that excision result in (2) step is TRUE, by the end-point data recorded in xml document and type face steel
The triangle that indicatrix end points and bias curve end points are constituted in frame physical model is extended continuation to type face steelframe entity
Model is cut off；
(4) for the result that excision result in (2) step is FALSE, according to the end-point data and type recorded in xml document
The triangle pair type face steelframe entity that indicatrix end points and bias curve end points are constituted in the steelframe physical model of face is stretched
Repair operation；
According to the type face steelframe physical model that end surface shape is repaired is completed in the 5th step, end face connection is carried out to endface position
Bolt hole is designed；Comprise the following steps that：
(1) end face link bolt hole design mathematic model is set up
BoltH represents end face link bolt hole, P1、P2To represent end face summit, L1、L2、L3Represent in end face bolt hole
Heart coordinate position confinement dimension, L, D represents end face link bolt hole geomery data；
BoltH is design object, P1、P2、L1、L2、L3, L, D be fundamental, design constraint be size and dimension constraint；
Specific design formula is as follows：
BoltH={ P1,P2,C(P1,P2,L1,L2,L3,L,D)}
8th step, the type face steelframe physical model that end face bolt hole is designed is completed according to the 7th step, and carry out type face steelframe is cut
Groove, split and design of carving characters, and design process is recorded among data file in real time；Comprise the following steps that：
(1) set up type face steelframe grooving, split and design mathematic model of carving characters
Line is characterized straight line；CurveiTo represent indicatrix；Curvei' represent indicatrix bias curve；PzFor
Level reference；W is offset or dish；H is kind of a nail position dimension；L and D is kind of a nail geomery；HLFor split position chi
It is very little；HLFor position dimension of carving characters；
(2) characteristic point calculation formula
Pc(x, y, z)={ Curve, Line, Ct (Curve, Line) }
Pc' (x, y, z)=Curve ', Line, Ct (Curve ', Line) }
(3) characteristic vector calculation formula
(4) nail design formula is planted
BZZ={ Curve, Pz,C(Curve,w/2),C(Pz,H,L,D)}
(5) split position design formula
{PL1,PL2}={ Curve, Curve ', C (Pz,Curve,HL),C(Pz,Curve’,HL)}
6) Position Design of carving characters formula
{PT1,PT2}={ Curve, Curve ', C (Pz,Curve,HT),C(Pz,Curve’,HT)}
Interruption logging；
9th step, the type face steelframe physical model that the 8th step is completed is assembled, and interference inspection is carried out in assembly environment
Look into, inspection result is exported into excel forms；And crucial point coordinates can be installed in assembly environment measurement；
Tenth step, according to the 9th step interference checking result, in assembly environment, to there is the type face steelframe of interference situation
Grooving design is carried out by way of cutting of ruling, interference problem is solved, and modification result is preserved to part；
11st step, according to the modification result in the tenth step, output element Two-dimensional Engineering map file, work is completed.
The beneficial effects of the invention are as follows：
The intelligent design system and design method of a kind of metal plate sculpture type face steelframe of the present invention, can be effective
Desin speed is improved, mitigates the design efforts would of designer significantly, error rate is low, operating efficiency is high.
Brief description of the drawings
Fig. 1 is the structural representation for representing metal plate sculpture type face steelframe intelligent design system of the present invention.
Fig. 2 is work and the data flow diagram for representing metal plate sculpture type face steelframe design method of the present invention.
Fig. 3 is to represent application example assembling design sketch of the present invention.
Fig. 4 is to represent steelframe design result figure in application example type face of the present invention.
Fig. 5 is to represent application example engineering drawing design result figure of the present invention.
Embodiment
With reference to the accompanying drawings and detailed description, the present invention is furture elucidated, it should be understood that following embodiments are only
For illustrating the present invention rather than limitation the scope of the present invention.
Fig. 1 be show the present invention an example metal plate sculpture type face steelframe can only design system structured flowchart.Bag
Include：CAD support platforms, type face curved surface hierarchical block module, the design of type face intersecting lens and processing module, type face steelframe design mould
Block, type face steelframe automatic assembling module, type face steelframe interference checking module, type face steelframe assembly environment cut module, engineering drawing
Output module.
The CAD support platforms are by system administration and type face curved surface hierarchical block module, and intersecting lens design in type face is with locating
Manage module, type face steelframe design module, type face steelframe automatic assembling module, type face steelframe interference checking module, type face steelframe dress
The data between module, engineering drawing output module control modules and between modules and data file are cut with environment
Transmission.
The type face hierarchical block module, completes the hierarchical block design of sculpture type face curved surface, and blocking information is recorded
Into xml data files；
Type face intersecting lens design and processing module, according to the design result of type face hierarchical block module, finishing type face
The design of intersecting lens, and the interference term processing of finishing type face intersecting lens, complex curve are changed to multi-section-line；Its type face intersecting lens
Module is by set up according to design rule one based on metal plate sculpture type face curved surface and type face curved surface hierarchical block result
Row design basis face is intersecting therewith, tries to achieve type face intersecting lens curve；Its principal curve extracting sub-module, son is designed to type face intersecting lens
The design result of module is handled, and type face intersection curve is handled using breadth first traversal algorithm, to intersection curve
All constituent elements carry out traversal search, according to the resemblance of metal plate sculpture, component are analyzed, by useless branch
And isolation pattern is rejected, retain principal curve and be used as type face steelframe design feature curve；Its complex curve multi-section-line changes submodule
Block, the result of principal curve extracting sub-module, using interpolation method, complex curve is converted into by straightway and arc section
The multi-section-line of composition；Its conversion accuracy analyzes submodule, and the multi-section-line that indicatrix is converted into enters contrast with virgin curve, point
The error that analysis conversion is produced, and max value of error is counted, in case transformation result is analyzed.
Type face steelframe design module, the design result of wire module is intersected according to type face, by the way of bias curve
The sectional view design of finishing type face steelframe, the physical model of finishing type face steelframe is designed by way of stretching modeling, and will
Among data message write-in xml data files, end face drift correction is carried out to type face steelframe according to type face end face data, according to number
Designed according to the slotted eye of the model calculation finishing type face steelframe, the segmentation of finishing type face steelframe and design of carving characters；Its type face steelframe
Entity stretches Modeling and Design submodule, and based on the multi-section-line that indicatrix is converted into, it is biased, and completes
The cross-sectional sketch design of type face steelframe, the solid modelling of finishing type face steelframe is designed by way of stretching modeling, and output type
Face steelframe end face data are for being modified design to end surface error；Its type face steelframe joint error correction and end face bolt hole
Submodule is designed, using end face data as design basis, error correction design is carried out automatically to the type face steelframe for producing end surface error,
And complete the design of end face link bolt hole according to amendment design result；Its type face steelframe mating groove designs submodule with planting nail,
According to the mathematical modeling of type face steelframe, type face steelframe mating groove is calculated with planting the position data and shape main clause of nail, it is complete
Into mating groove and the interface layout design for planting nail, set by the method finishing type face steelframe mating groove for stretching excision with planting nail
Meter；Its type face steelframe segmentation and submodule of carving characters, complete the segmentation to larger-size type face steelframe and design of carving characters, by size
The excessive type face steelframe for being difficult to be processed is cut into the type face steelframe of reduced size, and according to the location rule of type face steelframe
Design is numbered to type face steelframe.
The type face steelframe automatic assembling module, the design result of module is designed according to type face steelframe, in three-dimensional environment
Virtual assemble work is completed there is provided assembly environment so that designer is checked and is measured；
Interference checking module is quarreled in the type face, in general assembly ligand environment, the Assembly Interference inspection of carry out type face steelframe,
And outgoing inspection result is into excel forms.
The type face steelframe assembly environment cuts module, according to interference checking result, and the position to not completing grooving passes through
The mode of line cutting completes patch work.
Based on the result that the engineering drawing output module designs module by type face steelframe grooving, the two of finishing type face steelframe
Process engineering G- Design is tieed up, and completes batch and is exported.
In this example, CAD support platforms use the three-dimensional CAD modeling software SolidWorks2012 of Da Suo companies；Data
File is xml document and excel files；Workstation operating system is the Windows7 operating systems of Microsoft.
Fig. 2 is work and the data flow diagram of the design method of this example, as shown in the figure：
The first step, the type face curved surface of metal plate sculpture is directed into CAD support platforms；
Second step, imported face point hierarchical block design rule, the finishing type face hierarchical block by the way of surface trimming
Design, design result is preserved into components database, and data file is preserved to xml data files；
3rd step, imported face intersecting lens design rule, using type face block file as design basis, intercepts method complete using plane
Forming surface intersecting lens is designed；
Type face intersecting lens is handled using breadth first traversal algorithm, useless branch and isolation pattern is rejected；
Complex curve is converted into multi-section-line by the way of multi-section-line is changed；
4th step, imported face steelframe design rule, including type face steelframe dimensions, grooving design specification, segmentation rule
Then, carve characters specification；Using the method finishing type face steelframe cross-sectional sketch design of bias curve, entity mould is completed by stretching modeling
Type is designed；And by end face data record to xml data files；
By reading end face data in xml data files, type face steelframe joint error is repaired, passes through error in judgement
Species, carries out cutting repairing and supplement is repaired to type face steelframe respectively；
By calculating type face steelframe model, position and the geomery of end face link bolt hole are obtained, is used
The method that stretching is cut completes the design of end face link bolt hole；
By calculating type face steelframe model, position and the geomery of mating groove are obtained, is cut using stretching
Method complete mating groove design；
By calculating type face steelframe model, position and the geomery of type face steelframe slot segmentation are obtained, is used
Stretch the method finishing type face steelframe segmentation design cut；
By calculating type face steelframe model, position and geomery that type face steelframe is carved characters are obtained, using drawing
Stretch the method finishing type face steelframe numbering program design of cutting；
Carry out type face steelframe design interruption logging；
9th step, the type face steelframe physical model for completing Preliminary design is assembled, interfered in assembly environment
Check, inspection result is exported into excel forms；Fig. 3 is that application example assembles design sketch；
Tenth step, according to the 9th step interference checking result, in assembly environment, to there is the type face steelframe of interference situation
Grooving design is carried out by way of cutting of ruling, interference problem is solved, and modification result is preserved to part；Fig. 4 is application
Example type face steelframe design result figure；
11st step, according to the modification result in the tenth step, output element Two-dimensional Engineering map file, work is completed；Fig. 5 is
Application example engineering drawing design result figure.
Claims (6)
1. a kind of intelligent design system of metal plate sculpture type face steelframe, it is characterised in that flat including intelligent design system CAD supports
Platform, type face curved surface hierarchical block module, the design of type face intersecting lens and processing module, type face steelframe Modeling and Design module, type face steel
Set up meter module, type face steelframe automatic assembling module, type face steelframe interference checking module, type face steelframe assembly environment and cut mould
Block, engineering drawing output module, wherein：
The design system passes through CAD support platforms, by type face curved surface hierarchical block module, the design of type face intersecting lens and processing
Module, type face steelframe Modeling and Design module, type face steelframe automatic assembling module, type face steelframe interference checking module, type face steelframe
The design, assembling, inspection that assembly environment cutting module, engineering drawing output module complete metal plate sculpture type face steelframe are defeated with engineering drawing
Go out；
The type face AUTOMATIC ZONING piecemeal module obtains surface-type feature position data using the design of type face intersecting lens with processing module,
The hierarchical block design of metal plate sculpture type face curved surface is automatically performed by way of surface trimming；
Type face intersecting lens design and the design of processing module finishing type face curved surface and design basis face intersecting lens, and by wide
The processing that first traversal algorithm completes intersecting lens is spent, the principal curve of type face intersecting lens is obtained, is changed into curve using interpolation method
For multi-section-line；
Type face steelframe design module uses stretching modeling using the steelframe sectional view design of multi-section-line biasing finishing type face
The design of mode finishing type face steelframe physical model, physical model is analyzed, finishing type face steelframe joint drift correction, with
Based on this, by the positional information and shape information that calculate acquisition type face steelframe slotted eye to mathematical modeling, slotted eye is completed
Sectional view designs and completes excision design；
The type face steelframe of complete design is completed Virtual assemble work by the type face steelframe automatic assembling module in three-dimensional environment；
The type face steelframe interference checking module carries out interference checking, automatic inspection in the steelframe assembly environment of type face to type face steelframe
Find the position for having failed to coordinate grooving design, and outgoing inspection result；
The type face steelframe assembly environment cuts the modification design work that module completes assembly environment mo(u)ld bottom half face steelframe, can be in dress
With under environment by simple layout design can finishing type face steelframe various slotted eyes cutting-pattern design work；
Based on the result that the engineering drawing output module designs module by type face steelframe grooving, the two dimension of finishing type face steelframe adds
Work engineering G- Design, and complete batch export.
2. the intelligent design system that metal plate sculpture type face steelframe according to claim 1 is set, it is characterised in that the type face
Intersecting lens designs the design and processing according to sculpture type face curved surface carry out type face steelframe indicatrix with processing module, including type face
Intersecting lens design submodule, principal curve extracting sub-module, complex curve multi-section-line transform subblock, conversion accuracy analysis submodule
Block, wherein：
Type face intersecting lens design submodule, based on metal plate sculpture type face curved surface and type face curved surface hierarchical block result,
It is intersecting therewith by a series of design basis faces set up according to design rule, type face intersecting lens curve is tried to achieve, this result conduct
The design basis of principal curve extracting sub-module；
The principal curve extracting sub-module, is handled the design result that type face intersecting lens designs submodule, excellent using range
First ergodic algorithm is handled type face intersection curve, and traversal search is carried out to intersection curve all constituent elements, according to metal plate
The resemblance of sculpture, is analyzed component, and useless branch and isolation pattern are rejected, and is retained principal curve and is used as type
Face steelframe design feature curve；
So-called complex curve multi-section-line transform subblock,, will be multiple using interpolation method by the result of principal curve extracting sub-module
Miscellaneous Curve transform turns into the multi-section-line being made up of straightway and arc section；
So-called conversion accuracy analyzes submodule, and the multi-section-line that indicatrix is converted into enters contrast, analysis conversion with virgin curve
The error of generation, and max value of error is counted, in case transformation result is analyzed.
3. the intelligent design system that metal plate sculpture type face steelframe according to claim 1 is set, it is characterised in that the type face
Steelframe designs module based on surface-type feature curve, the solid modelling design of finishing type face steelframe, type face steelframe joint error
Nail excision design is planted in amendment design, mating groove excision design, and end face bolt hole excision design, type face steelframe is split with carving characters
Design；Including type face steelframe stretching Modeling and Design submodule, type face steelframe joint error correction and end face bolt hole design submodule
Design submodule is split and carved characters to block, type face steelframe mating groove with planting nail design submodule, type face steelframe, wherein：
The type face steelframe entity stretches Modeling and Design submodule, based on the multi-section-line that indicatrix is converted into, by it
Bias, the cross-sectional sketch design of finishing type face steelframe, the entity of finishing type face steelframe by way of stretching modeling
Modeling and Design, and output type face steelframe end face data are for being modified design to end surface error；
The type face steelframe joint error correction designs submodule with end face bolt hole, using end face data as design basis, to production
The type face steelframe of surface error of causing trouble carries out error correction design automatically, and completes end face link bolt hole according to amendment design result
Design；
The type face steelframe mating groove, according to the mathematical modeling of type face steelframe, calculates type face steel with planting nail design submodule
Frame mating groove and the position data and shape main clause for planting nail, complete mating groove with planting the interface layout design of nail, pass through
The method finishing type face steelframe mating groove of excision is stretched with planting nail design；
Type face steelframe segmentation and submodule of carving characters, complete the segmentation to larger-size type face steelframe and design of carving characters, will
The oversized type face steelframe for being difficult to be processed is cut into the type face steelframe of reduced size, and according to the position of type face steelframe
Design is numbered to type face steelframe in rule.
4. the design method of metal plate sculpture type face steelframe intelligent design system according to claim 1, it is characterised in that bag
Include following steps：
The first step, metal plate sculpture type face curved surface is imported, and the type face curved surface of metal plate sculpture is imported in design system CAD support platforms
Model, for design initial actuating；
Second step, according to type face dividing design rule, module is designed by type face hierarchical block, the curved surface text that the first step is obtained
Part is partitioned into less curved surface file set, and preserves design information into xml data files；
3rd step, the small curved surface file split is completed as design basis using second step, the design of carry out type face intersecting lens and processing, and
The special card curve for completing processing is output into single curve file；
Curve is imported among Three-dimensional CAD Environment, entered as design basis by the 4th step, the independent curve file using the generation of the 3rd step
Row curve is biased, the design of finishing type face steelframe cross-sectional sketch, and records bias curve extreme coordinates, is preserved to xml data files
In, finishing type face steelframe entity stretching Modeling and Design；
5th step, is carried out fit-up inspection by the type face steelframe physical model produced in the 4th step, is biased for being given tacit consent to due to curve
Direction is wrong and makes the type face steelframe that forming surface steelframe models anisotropy, changes curve biased direction and re-executes the 4th step behaviour
Make, and update bias curve end-point data xml document；
6th step, according to the bias curve endpoint location coordinate xml document data preserved in the 4th step, to what is produced in the 4th step
Type face steelframe entity stretch model carries out location conflicts judgement, and the endface position for needing shape to repair is repaired；
7th step, according to the type face steelframe physical model that end surface shape is repaired is completed in the 5th step, end face is carried out to endface position
Link bolt hole is designed；
8th step, the type face steelframe physical model that end face bolt hole is designed is completed according to the 7th step, carry out type face steelframe grooving, point
Cut and carve characters design, and design process is recorded among data file in real time；
9th step, the type face steelframe physical model that the 8th step is completed is assembled, and interference checking is carried out in assembly environment, will
Inspection result is exported into excel forms；And crucial point coordinates can be installed in assembly environment measurement；
Tenth step, according to the 9th step interference checking result, in assembly environment, passes through to the type face steelframe that there is interference situation
The mode of line cutting carries out grooving design, solves interference problem, and modification result is preserved to part；
11st step, according to the modification result in the tenth step, output element Two-dimensional Engineering map file, work is completed.
5. the design method of metal plate sculpture type face steelframe intelligent design system according to claim 4, it is characterized in that, the 6th
In step, the end face method for repairing and mending, including four steps；
Sought according to the indicatrix extreme coordinates data of type face steelframe physical model in bias curve end-point data xml document
Look for corresponding bias curve extreme coordinates data；
According to the end-point data recorded in xml document and indicatrix end points and bias curve end in the steelframe physical model of type face
The triangle pair type face steelframe entity that point is constituted carries out excision operation, obtains two kinds of operating results：TRUE and FALSE；
ToExcision result is TRUE result in step, by the end-point data recorded in xml document and type face steelframe entity mould
The triangle that indicatrix end points and bias curve end points are constituted in type is extended continuation and type face steelframe physical model is carried out
Excision；
ForExcision result is FALSE result in step, according to the end-point data recorded in xml document and type face steelframe
The triangle pair type face steelframe entity that indicatrix end points and bias curve end points are constituted in physical model carries out stretching repairing behaviour
Make.
6. the design method of metal plate sculpture type face steelframe intelligent design system according to claim 4, it is characterised in that the
In eight steps, made a mistake and when causing design process to be interrupted when due to physical model mistake or computer software and hardware, data text
The last entity steelframe numbering for completing operation is record in part, when re-starting the design of the 8th step, design system can be with
Record in data file proceeds type face steelframe grooving from interruption position, split and design of carving characters.
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