CN102567592A - Stamping die auxiliary designing method and system utilizing same - Google Patents
Stamping die auxiliary designing method and system utilizing same Download PDFInfo
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- CN102567592A CN102567592A CN201210031383XA CN201210031383A CN102567592A CN 102567592 A CN102567592 A CN 102567592A CN 201210031383X A CN201210031383X A CN 201210031383XA CN 201210031383 A CN201210031383 A CN 201210031383A CN 102567592 A CN102567592 A CN 102567592A
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Abstract
The invention discloses a stamping die auxiliary designing method and a system utilizing the same. The stamping die auxiliary designing method includes: receiving function module starting commands, calling the function modules matched with the function module starting commands; calling corresponding first characteristic parameter frames according to the characteristics of the function modules; receiving first characteristic parameters and generating an initial model according to the first characteristic parameters and the characteristics of the function module; calling second characteristic parameter frames; receiving second characteristic parameters and generating a design model according to the received first characteristic parameters, the received second characteristic parameters and the characteristics of the function modules. In the stamping die auxiliary designing method and the system utilizing the same, databases matched or linked with the function modules are built according to the different characteristics of the function modules, the function modules are started and corresponding sub-databases or data are called, stamping dies can be designed quickly by means of tool bars of the function module, design can be completed by inputting or selecting relevant parameters according to the first characteristic parameters and the second characteristic parameters, and accordingly efficiency is improved, quick design is realized.
Description
Technical field
The present invention relates to Autocad, particularly relate to a kind of diel auxiliary design method and system of secondary development.
Background technology
More advanced CAD/CAM/CAE software UG (abbreviation of Unigraphics) in the more existing Autocads such as the world today, fields such as widespread use and Aero-Space, automobile, mould, machinery.But the emphasis of each professional domain application software need not, to different field or enterprise product characteristic, need further to develop to optimize to design software, realize resource sharing, design efficiency is provided.Example is primarily aimed at the design corporation of fields such as stamping Die Design, Design of Plastic Mould, electrification design or product; Therefore need to solve optimization problem through secondary development; Thereby improve the CAD/CAM level of company, improve slip-stick artist's design efficiency, strengthen Enterprises'Competitiveness.
For example also has a kind of enterprise that mainly is engaged in stamping Die Design in addition; The mould design module that UG software itself carries can not satisfy the quick designing requirement of company; Need some design tool module or functional modules commonly used of exploitation, set up corresponding linked database and design efficiency is provided to share to call.
Summary of the invention
Based on this, be necessary to provide a kind of diel aided design system that can improve design efficiency.
Simultaneously, be necessary to provide a kind of diel auxiliary design method that can improve design efficiency.
A kind of diel aided design system comprises
The functional module calling module: the receiving module enabled instruction, the functional module that matches is called in enabled instruction according to functional module;
The first characterisitic parameter calling module: call the corresponding first characterisitic parameter frame according to the characteristic of functional module;
Rudimentary model generation module: receive first characterisitic parameter, and generate rudimentary model according to first characteristic parameter and functional module characteristic;
The second characterisitic parameter calling module: the characteristic and first characterisitic parameter according to functional module call the second characterisitic parameter frame;
Generation module designs a model: receive second characterisitic parameter, and according to first characterisitic parameter that receives, second characterisitic parameter, and the characteristic of functional module generate and design a model.
In a preferred embodiment, also comprise
Subtype parameter call module: call the subtype choice box according to the characteristic of functional module before calling first characterisitic parameter, receive the subtype parameter,
The rudimentary model generation module further comprises: generate rudimentary model according to subtype parameter, first characteristic parameter and functional module characteristic.
In a preferred embodiment, also comprise
The man-machine conversation module: show when the calling functional modules or the first characterisitic parameter frame or the second characterisitic parameter frame that output is used for interactive prompting explanation,
Said first characterisitic parameter is the basic configuration parameter of the basic configuration of the said functional module of formation.
In a preferred embodiment, said functional module is that analytic surface type block, curved surface flange are launched module, fair curve module, merged the curve module, the quick computing module of deburring power, measurement module, die insert are carried material size computing module, mold center's wire module, multiplely duplicated that mobile module, mould lightening hole module, layer standardization name module, two bitmap frame load modules, entity word modules, punching angle analysis module, punching aperture analysis module, intelligence are beaten the screw hole module highly fast, the independent processing pad plate module of inserting, punching via hole module, profile are tinted module fast, mould flange press-bending table module, quick mirror image module, remove one or more of parameter module, clamping cap channel mould piece, mould waste material cartridge module fast.
A kind of diel auxiliary design method may further comprise the steps:
The receiving module enabled instruction, the functional module that matches is called in enabled instruction according to functional module;
Call the corresponding first characterisitic parameter frame according to the characteristic of functional module;
Receive first characterisitic parameter, and generate rudimentary model according to first characteristic parameter and functional module characteristic;
The characteristic and first characterisitic parameter according to functional module call the second characterisitic parameter frame;
Receive second characterisitic parameter, and according to first characterisitic parameter that receives, second characterisitic parameter, and the characteristic of functional module generate and design a model.
In a preferred embodiment, also comprise characteristic call type choice box before calling first characterisitic parameter, receive the subtype parameter according to functional module.
In a preferred embodiment, show when the calling functional modules or the first characterisitic parameter frame or the second characterisitic parameter frame that output is used for interactive prompting explanation, the basic configuration parameter that said first characterisitic parameter is said functional module.
In a preferred embodiment, said functional module is the clamping cap groove; Said type selecting frame comprises one or more parameters of typical circular pressing plate groove, common square pressing plate groove, daily output A type pressing plate groove, daily output Type B pressing plate groove, daily output C type pressing plate groove; Said first characterisitic parameter comprises pressing plate groove internal diameter parameter, pressing plate groove height parameter, pressing plate slot length parameter, pressing plate groove outer diameter parameters; Said second characterisitic parameter comprises the selection parameter of pressing plate groove place center line.
In a preferred embodiment, said functional module is a mould waste material box; Said first characterisitic parameter comprises the wide parameter of waste material box, waste material box long parameter, waste material box high parameter, handle outer diameter parameters; Said second characterisitic parameter is the choice of location parameter of waste material box set-point.
In a preferred embodiment, said functional module is that analytic surface type, the expansion of curved surface flange, fair curve, merging curve, deburring power are calculated fast, measured highly fast, die insert is proposed calculatings of material size, mold center's line, multiplely duplicates that mobile, mould lightening hole, layer standardization name, the input of two bitmap frames, entity word, punching angle analysis, punching aperture are analyzed, intelligence is beaten screw hole, inserts and process independently that backing plate, punching via hole, profile are tinted fast, mould flange press-bending table, quick mirror image, remove one or more of parameter fast.
In above-mentioned punching module auxiliary design method and the system; Through the database of setting up corresponding coupling or linking according to the functional module different characteristic with functional module; Call corresponding word bank or data through starting functional module; And start corresponding characterisitic parameter frame (dialog box) according to the characteristic of corresponding functional modules, prompting Aided Design person imports relevant parameters, and according to first characteristic parameter and functional module characteristic at first generate rudimentary model to the user design one intuitively the product blank show output; Start simultaneously second characteristic parameter frame prompting user or the further design limiting of deviser the product figure that will design; Accomplish product design, utilize the functional module tool bar to design fast, and have only according to the prompting input or the selection correlation parameter of the first characteristic parameter frame and the second characterisitic parameter frame and promptly accomplish design; The efficient of very big raising realizes design fast.
Description of drawings
Fig. 1 is the synoptic diagram of the diel aided design system of one embodiment of the invention.
Fig. 2 is the synoptic diagram of the diel aided design system of another embodiment of the present invention.
Fig. 3 is the process flow diagram of the diel auxiliary design method of one embodiment of the invention.
Fig. 4 is the process flow diagram of the diel auxiliary design method of another embodiment of the present invention.
Embodiment
Below in conjunction with accompanying drawing and specific embodiment the present invention is specified.
As shown in Figure 1; The diel aided design system 100 of one embodiment of the invention comprises: functional module calling module 20, the first characterisitic parameter calling module 40, rudimentary model generation module 60, the second characterisitic parameter calling module 80, generation module 90 designs a model.
Functional module calling module 20: the receiving module enabled instruction, the functional module that matches is called in enabled instruction according to functional module.Concrete is before designing; User or deviser select or click corresponding functional modules according to the product type of design; Native system receives user or deviser's selection or click commands, the functional module of calling accordingly or being complementary with it according to user's selection instruction.
The first characterisitic parameter calling module 40: call the corresponding first characterisitic parameter frame according to the characteristic of functional module.After specific functional modules chooses, call and the functional module matching databases according to the characteristic of functional module, the dialog box that ejection can be born the required basic parameter of basic configuration or the figure of functional module institute general character i.e. the first characterisitic parameter frame.First characterisitic parameter is the basic configuration parameter of the basic configuration that forms functional module.
Rudimentary model generation module 60: receive first characterisitic parameter, and generate rudimentary model according to first characteristic parameter and functional module characteristic.Be specially the parameter type that user or deviser pointed out according to the first characterisitic parameter frame that ejects and import relevant parameters (i.e. first characterisitic parameter) successively; The diel aided design system 100 of confirming the back present embodiment receives and reads, and generates rudimentary model according to first characteristic parameter and functional module characteristic.
The second characterisitic parameter calling module 80: the characteristic and first characterisitic parameter according to functional module call the second characterisitic parameter frame.Be specially when system according to first characterisitic parameter and and after the functional module characteristic generates rudimentary model, need the parameter that further input is relevant further design configuration to be improved or replenish, thereby call the ejection second characterisitic parameter frame.
As shown in Figure 2, further,, generate rudimentary model more accurately for fear of follow-up too much modification, the diel aided design system 100 of present embodiment also comprises subtype parameter call module 30.In the present embodiment, have functional module to be complementary or the database word bank that is associated in or in the subdata, further the characteristic according to the different sub type of functional module is subdivided into dissimilar sub-function module.Subtype parameter call module 30 according to the characteristic call type choice box of functional module, receives the subtype parameter that the user selects before calling first characterisitic parameter.Be specially the different sub type call type choice box according to functional module, user or deviser select required design subtype according to the prompting of type selecting frame, and pregenerated rudimentary model is further limited.
As shown in Figure 2, further, the diel aided design system 100 of present embodiment also comprises man-machine conversation module 50: show when the calling functional modules or the first characterisitic parameter frame or the second characterisitic parameter frame that output is used for interactive prompting explanation.Concrete realize man-machine conversation for the design window of respective user is provided with the prompting explanation of each step or each step operation, the mould design engineer who conveniently is unfamiliar with native system or related software learns.
The functional module of present embodiment comprises the analytic surface type block; The curved surface flange launches module; The fair curve module; Merge the curve module; The quick computing module of deburring power; Highly quick measurement module; Die insert is carried material size computing module; Mold center's wire module; The multiple mobile module that duplicates; Mould lightening hole module; Layer standardization name module; Two bitmap frame load modules; The entity word modules; Punching angle analysis module; Punching aperture analysis module; Intelligence is beaten the screw hole module; The independent processing pad plate module of inserting; Punching via hole module; The profile module of tinting fast; The mould flange bends and shows module; Quick mirror image module; Remove parameter module fast; Clamping cap channel mould piece; One or more of mould waste material cartridge module.Functional module establishes corresponding database, and analyzes according to the characteristic of different functional, the corresponding coupling of each functional module or be linked to corresponding word bank or subdata.
Tool bar module of the present invention (being functional module) is set up according to different product or kind of design characteristic, can simplify mould design engineer's the repetitive operation in design through functional module, puts things right once and for all.
Respectively clamping cap channel mould piece, mould waste material cartridge module are further specified below.
In one embodiment of the invention, when user or deviser need designing mould pressing plate groove, promptly functional module is a clamping cap channel mould piece.The button icon of the template pressing plate groove in user or the deviser's click function module (or tool model) enters into template pressing plate channel mould piece.Word bank in template pressing plate channel mould piece and the corresponding database or subdata is related or coupling.Eject the type selecting frame.The type selecting frame is classified according to the subtype in the functional module, can be divided into one or more parameter types of typical circular pressing plate groove, common square pressing plate groove, daily output A type pressing plate groove, daily output Type B pressing plate groove, daily output C type pressing plate groove etc. as required.User or deviser can select according to design demand, and like no specific (special) requirements or needs, then being defaulted as pressing plate groove commonly used is typical circular pressing plate groove, directly confirms.The diel aided design system 100 of present embodiment calls the ejection of the first characterisitic parameter frame after receiving the subtype parameter, and pressing plate groove internal diameter, pressing plate groove height, pressing plate slot length, pressing plate groove external diameter series of parameters hurdle confession user or deviser are listed or demonstrated to the first characterisitic parameter frame with reference to input.User or deviser import the listed parameter of the above-mentioned first characterisitic parameter frame according to design demand, confirm.System receives first characterisitic parameter, generates rudimentary model, and calls the second characterisitic parameter frame, ejects the output second characterisitic parameter frame.The second characterisitic parameter frame parameter is for selecting the center line at pressing plate groove place; User or deviser select according to design requirement; System generates final designing a model according to characteristic, subtype parameter, first characterisitic parameter, second characterisitic parameter of clamping cap groove; The pressing plate groove generates automatically, and the design of pressing plate groove is accomplished.And each step all be provided with the prompting explanation in the lower left corner of the window (like the UG window) of design software, realize man-machine conversation, conveniently be unfamiliar with the mould design engineer study of this design software.
In the above-mentioned clamping cap groove design, a skilled mould design engineer adopts when not carrying out the design software interface of secondary development or not adopting functional module to design, and needs about 2 minutes clock times.If utilize clamping cap channel mould piece only to need about 10 seconds, increase work efficiency 10 times, and also simple to operate, population parameter control reduces artificial error rate.
In the diel aided design system 100 of further embodiment of this invention, when user or deviser need carry out mould waste material box when designing, functional module is a mould waste material cartridge module.The button icon of the mould waste material box in user or the deviser's click function module (or tool model); After diel aided design system 100 receives user or deviser's instruction; And, enter into mould waste material cartridge module according to the functional module (being mould waste material cartridge module) that instruction calls matches.Mould waste material cartridge module calls the first characterisitic parameter frame that is complementary with self-characteristic, shows output.The parameter list of the first characterisitic parameter frame of mould waste material cartridge module is that the waste material box is wide, the waste material box long, the waste material box is high, the handle external diameter.User or deviser as required or the relevant design parameter (i.e. first characterisitic parameter) of demand input comprise the wide parameter of waste material box, waste material box long parameter, waste material box high parameter, handle outer diameter parameters, definite.After the diel aided design system 100 of present embodiment receives first characterisitic parameter, generate rudimentary model output, and call the second characterisitic parameter frame, show output.Second characterisitic parameter is the choice of location parameter of waste material box set-point.User or deviser according to design requirement maybe needs select the position of waste material box set-point.The diel aided design system 100 of present embodiment generates final designing a model according to characteristic, first characterisitic parameter, second characterisitic parameter of mould waste material box, and mould waste material box generates automatically, and the design of mould waste material box is accomplished.And each step all be provided with the prompting explanation in the lower left corner of the window (like the UG window) of design software, realize man-machine conversation, conveniently be unfamiliar with the mould design engineer study of this design software.
As shown in Figure 3, the method for designing of the above-mentioned diel aided design system of present embodiment comprises as follows:
Step S302: receive instruction, and be complementary or related functional module with the reception instruction according to instruction calls;
Step S304: the first characterisitic parameter frame that calls the corresponding function module according to the characteristic of functional module;
Step S306: receive first characterisitic parameter, and generate rudimentary model according to first characteristic parameter and functional module characteristic;
Step S308: the characteristic and first characterisitic parameter according to functional module call the second characterisitic parameter frame;
Step S310: receive second characterisitic parameter, and according to first characterisitic parameter that receives, second characterisitic parameter, and the characteristic of functional module generate and design a model.
As shown in Figure 4; Among another embodiment of diel auxiliary design method of the present invention, because some functional module can also further be subdivided into different groups, in order further to limit or to make design more simple, convenient; Generate and design a model more accurately; As when user or the deviser's designing mould pressing plate groove, before step S304, also comprise step S303: call the subtype choice box according to the characteristic of functional module, and receive the subtype parameter.
When functional module was clamping cap channel mould piece, the prompting of the parameter of type selecting frame comprised one or more parameters of typical circular pressing plate groove, common square pressing plate groove, daily output A type pressing plate groove, daily output Type B pressing plate groove, daily output C type pressing plate groove etc.User or deviser select corresponding subtype parameter according to demand.
First characterisitic parameter comprises pressing plate groove internal diameter parameter, pressing plate groove height parameter, pressing plate slot length parameter, pressing plate groove outer diameter parameters.In the first characterisitic parameter frame, corresponding relevant parameters index is imported corresponding first characterisitic parameter and is confirmed as required for user or deviser.System generates rudimentary model according to subtype parameter, first characteristic parameter and functional module characteristic.
Clamping cap channel mould piece second characterisitic parameter is the selection parameter of pressing plate groove place center line.Generate rudimentary model when system receives first characterisitic parameter, eject the second characterisitic parameter frame simultaneously, and in rudimentary model, demonstrate center line and offer user or deviser with reference to selection.User or deviser select corresponding center line according to demand, and generation designs a model according to second characterisitic parameter on the basis of rudimentary model in system, generates the clamping cap groove automatically.
The first above-mentioned characterisitic parameter is the basic configuration parameter of the basic configuration of generation corresponding functional modules.Each functional module also links coupling has corresponding man-machine conversation module 50.When design, each all starts corresponding man-machine conversation module 50 when going on foot operation steps, points out explanation at the window (like the UG window lower left corner) of design software, realizes man-machine conversation, conveniently is unfamiliar with user or deviser's study of this software.
When user or deviser click the clamping cap groove toolbar at design software interface; Start clamping cap channel mould piece; When each goes on foot design operation step; Like calling functional modules or call the first characterisitic parameter frame or all start human-computer interaction module 50 when calling the second characterisitic parameter frame or calling the subtype choice box, show that output is used for interactive operation indicating explanation.As when calling clamping cap channel mould piece, when ejecting the second characterisitic parameter frame, (like the UG window lower left corner) shows that the output function prompting " selects the pressing plate center line " on the operation interface of design software.
Among the another embodiment of the present invention, when functional module was mould waste material cartridge module, first characterisitic parameter comprised the wide parameter of waste material box, waste material box long parameter, waste material box high parameter, handle outer diameter parameters.Second characterisitic parameter is the choice of location parameter of waste material box set-point.
The functional module of present embodiment also comprises the analytic surface type; The curved surface flange launches; Fair curve; Merge curve; Deburring power is calculated fast; Measure highly fast; Die insert is put forward the material size and is calculated; Mold center's line; Multiple duplicate mobile; The mould lightening hole; Layer standardization name; The input of two bitmap frames; The entity word; The punching angle analysis; The punching aperture is analyzed; Intelligence is beaten screw hole; Insert and independently process backing plate; The punching via hole; Profile is tinted fast; The mould flange bends and shows; Quick mirror image; Remove one or more of parameter fast.
The above embodiment has only expressed several kinds of embodiments of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to claim of the present invention.Should be pointed out that for the person of ordinary skill of the art under the prerequisite that does not break away from the present invention's design, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with accompanying claims.
Claims (10)
1. a diel aided design system is characterized in that, comprises
The functional module calling module: the receiving module enabled instruction, the functional module that matches is called in enabled instruction according to functional module;
The first characterisitic parameter calling module: call the corresponding first characterisitic parameter frame according to the characteristic of functional module;
Rudimentary model generation module: receive first characterisitic parameter, and generate rudimentary model according to first characteristic parameter and functional module characteristic;
The second characterisitic parameter calling module: the characteristic and first characterisitic parameter according to functional module call the second characterisitic parameter frame;
Generation module designs a model: receive second characterisitic parameter, and according to first characterisitic parameter that receives, second characterisitic parameter, and the characteristic of functional module generate and design a model.
2. diel aided design system according to claim 1 is characterized in that, also comprises
Subtype parameter call module: call the subtype choice box according to the characteristic of functional module before calling first characterisitic parameter, receive the subtype parameter,
The rudimentary model generation module further comprises: generate rudimentary model according to subtype parameter, first characteristic parameter and functional module characteristic.
3. diel aided design system according to claim 1 is characterized in that, also comprises
The man-machine conversation module: show when the calling functional modules or the first characterisitic parameter frame or the second characterisitic parameter frame that output is used for interactive prompting explanation,
Said first characterisitic parameter is the basic configuration parameter of the basic configuration of the said functional module of formation.
4. diel aided design system according to claim 1; It is characterized in that said functional module is that analytic surface type block, curved surface flange are launched module, fair curve module, merged the curve module, the quick computing module of deburring power, measurement module, die insert are carried material size computing module, mold center's wire module, multiplely duplicated that mobile module, mould lightening hole module, layer standardization name module, two bitmap frame load modules, entity word modules, punching angle analysis module, punching aperture analysis module, intelligence are beaten the screw hole module highly fast, the independent processing pad plate module of inserting, punching via hole module, profile are tinted module fast, mould flange press-bending table module, quick mirror image module, remove one or more of parameter module, clamping cap channel mould piece, mould waste material cartridge module fast.
5. a diel auxiliary design method is characterized in that, may further comprise the steps:
The receiving module enabled instruction, the functional module that matches is called in enabled instruction according to functional module;
Call the corresponding first characterisitic parameter frame according to the characteristic of functional module;
Receive first characterisitic parameter, and generate rudimentary model according to first characteristic parameter and functional module characteristic;
The characteristic and first characterisitic parameter according to functional module call the second characterisitic parameter frame;
Receive second characterisitic parameter, and according to first characterisitic parameter that receives, second characterisitic parameter, and the characteristic of functional module generate and design a model.
6. diel auxiliary design method according to claim 5 is characterized in that, also comprises the characteristic call type choice box according to functional module before calling first characterisitic parameter, receives the subtype parameter.
7. diel auxiliary design method according to claim 5; It is characterized in that; Show when the calling functional modules or the first characterisitic parameter frame or the second characterisitic parameter frame that output is used for interactive prompting explanation, the basic configuration parameter that said first characterisitic parameter is said functional module.
8. diel auxiliary design method according to claim 6 is characterized in that, said functional module is the clamping cap groove; Said type selecting frame comprises one or more parameters of typical circular pressing plate groove, common square pressing plate groove, daily output A type pressing plate groove, daily output Type B pressing plate groove, daily output C type pressing plate groove; Said first characterisitic parameter comprises pressing plate groove internal diameter parameter, pressing plate groove height parameter, pressing plate slot length parameter, pressing plate groove outer diameter parameters; Said second characterisitic parameter comprises the selection parameter of pressing plate groove place center line.
9. diel auxiliary design method according to claim 5 is characterized in that, said functional module is a mould waste material box; Said first characterisitic parameter comprises the wide parameter of waste material box, waste material box long parameter, waste material box high parameter, handle outer diameter parameters; Said second characterisitic parameter is the choice of location parameter of waste material box set-point.
10. diel auxiliary design method according to claim 5; It is characterized in that said functional module is that analytic surface type, the expansion of curved surface flange, fair curve, merging curve, deburring power are calculated fast, measured highly fast, die insert is proposed calculatings of material size, mold center's line, multiplely duplicate that mobile, mould lightening hole, layer standardization name, the input of two bitmap frames, entity word, punching angle analysis, punching aperture are analyzed, intelligence is beaten screw hole, insert and process independently that backing plate, punching via hole, profile are tinted fast, mould flange press-bending table, quick mirror image, remove one or more of parameter fast.
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| CN111098305A (en) * | 2019-12-31 | 2020-05-05 | 苏州艾利特机器人有限公司 | Stamping device and method based on virtual instruction |
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Application publication date: 20120711 |