CN104462642A - Design method for bus duct production technology - Google Patents
Design method for bus duct production technology Download PDFInfo
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- CN104462642A CN104462642A CN201410571156.5A CN201410571156A CN104462642A CN 104462642 A CN104462642 A CN 104462642A CN 201410571156 A CN201410571156 A CN 201410571156A CN 104462642 A CN104462642 A CN 104462642A
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Abstract
The invention discloses a design method for a bus duct production technology. The design method is characterized by including the following steps that (1), product technological specifications are compiled; (2), a CAD product technological graph is designed; (3), the CAD product technological graph is led into a stage of Flash documents; (4), a Flash product technological graph is manufactured; (5), an Action Script program is written, wherein the Action Script program is written according to the product technological specifications, and the logical operation relation between a dynamic text and an input text is determined; (6), a film is tested; (7), the correctness of files is checked; (8), the film is printed, and drawings are output. The design method has the advantages of being easy to operate, high in generality, guidance and practicability and the like and is suitable for the work of designing the production technology when products are produced in batches.
Description
Technical field
The present invention relates to production technology field, particularly relate to the production technology of bus duct, specifically a kind of method for designing of bus duct production technology.
Background technology
Traditional bus duct manufacturing enterprise, in product processes design process, adopts static management mode, namely carries out Static Design Product Process figure and establishment blanking inventory by the product of technician to different model specification, different physical dimension, varying number.Be illustrated in figure 1 the bus duct Product Process figure of prior art, artwork Autocad Software for Design completes, in figure, spare part outside measurement and part blank size pass through manually to calculate according to Product Specifications, when product rated current, specification, the change of quantity any one content of parameter, dimensional data all will change, and needs designer to recalculate.There is work in product processes design process to repeat, length consuming time, inefficiency, the problems such as design error rate is high.
Summary of the invention
Repeat the present invention is to solve there is work in existing bus duct product processes design process, length consuming time, inefficiency, the problems such as design error rate is high, aim to provide a kind of method for designing of bus duct production technology, to reduce design time, reduce design error, improve designing quality, increase work efficiency.Artwork and part blank size organically combine by the present invention, and directiveness is strong, and practicality is good, are highly suitable for the design effort of production technology during product batch production.
For solving the problem, the present invention by the following technical solutions: a kind of method for designing of bus duct production technology, is characterized in that comprising the following steps:
1) Product Specifications is worked out: according to bus duct technical requirement to be processed and process characteristic, work out corresponding Product Specifications;
2) Design CAD Product Process figure: design title block in the new document of CAD software, make one group of partial view, described one group of partial view draws physical dimension marking line, design one group of part blanking information area, make CAD Product Process figure;
3) CAD Product Process figure is imported: by step 2) make CAD Product Process figure and copy in the stage pasting Flash document;
4) Flash Product Process figure is made: in Flash document, definition static text is invariant, the content of parameter of definition input text inputs by designing requirement, and definition dynamic text is that input text generates automatically by logical operation relation, makes Flash Product Process figure after preservation;
5) write ActionScript program: according to Product Specifications, write ActionScript program, determine the logical operation relation between dynamic text and input text;
6) film is tested: derive flash Product Process figure swf file by test film menu function key;
7) correctness of file is checked: open flash Product Process figure swf file, corresponding parameter is inputted in the wire frame of input text, namely the parameter of dynamic text generates automatically, checks that whether input text parameter is consistent with Product Specifications with dynamic text parameter;
8) print film, export drawing.
The method for designing of a kind of bus duct production technology of the present invention, application Autocad software completes the design of " CAD Product Process figure ", then " CAD Product Process figure " is imported Flash 8 software " stage ", by carrying out text editing and ActionScript program editing to Flash 8 software, finally apply " test film " and " printing film " fuction output bus duct " Flash Product Process figure swf file-drawing " of Flash 8 software.The present invention has intelligence and dynamic perfromance, and when in Flash 8 software " input text " during each content of parameter of input rated current, specification, quantity, accessory size and part blank size can generate automatically; When rated current, specification, quantity any one content of parameter change, accessory size and part blank size can recalculate automatically, and design time is short, error rate is low, and work efficiency is high.
The form of expression of the method for designing of a kind of bus duct production technology of the present invention is Macromedia Flash software working interface, and working interface is primarily of " Flash Product Process figure " and " ActionScript program " two parts composition." Flash Product Process figure " is made up of picture frame, title block, one group of view, one group of physical dimension, one group of blank size, one group of text etc.Picture frame is used for the scope of expression process figure; Title block is for expressing the information such as name of product, model specification, engineering name, design and designing unit; One group of view is for expressing the shape of part; One group of physical dimension is for expressing the size of part; One group of blank size is used to guide the blanking of part material in production run; One group of text is divided into " static text ", " input text " and " dynamic text ", the content that " static text " is stated immobilizes, there is certain logical operation relation between " input text " and " dynamic text ", " dynamic text " can change with the change of " input text " content of parameter." ActionScript program " is for describing the logical operation relation between " input text " and " dynamic text ".
From upper surface analysis, the present invention has following beneficial effect:
1, Macromedia Flash 8 software is applied as working interface of the present invention, simple to operate.
2, the design that Autocad software completes " CAD Product Process figure " is applied.By the design to different bus duct product, the present invention can be applied to the bus duct product of different model, different function units, and versatility is good.
3, by carrying out text editing and ActionScript program editing to Flash 8 software, the present invention is applicable to the bus duct product of different rated current, different physical dimension, varying number, and versatility is good.
4, in " the Flash Product Process figure swf file " that export, partial view and blank size organically combine, and directiveness is strong, and practicality is good, are highly suitable for the design effort of production technology during product batch production.
5, accessory size and blank size run generation automatically by software, and when design parameter changes, without the need to re-starting artificial calculating, design time is short, error rate is low, and work efficiency is high.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described.
Fig. 1 is the bus duct Product Process figure of prior art.
Fig. 2 is the Autocad software " working interface " that the method for designing of a kind of bus duct production technology of the present invention is relevant.
Fig. 3 is " the CAD Product Process figure " that the method for designing of a kind of bus duct production technology of the present invention is relevant.
Fig. 4 is Flash 8 software " beginning page " that the method for designing of a kind of bus duct production technology of the present invention is relevant.
Fig. 5 is Flash 8 software " new document page " that the method for designing of a kind of bus duct production technology of the present invention is relevant.
Fig. 6 is " the new document page " that Flash 8 software stage pixel that the method for designing of a kind of bus duct production technology of the present invention is relevant is set to 450 × 640 pixels.
Fig. 7 is " the new document page " that Flash 8 software stage displaying ratio that the method for designing of a kind of bus duct production technology of the present invention is correlated with is set to 800%.
Fig. 8 is " copying " process of " the CAD Product Process figure " of the Autocad software that the method for designing of a kind of bus duct production technology of the present invention is correlated with.
Fig. 9 is " new document page " after " CAD Product Process figure " that the method for designing of a kind of bus duct production technology of the present invention is relevant pastes in Flash 8 software stage.
Figure 10 is that in Flash 8 software that the method for designing of a kind of bus duct of the present invention production technology is relevant, " flash production technology figure " picture frame setup of attribute is wide: 440.0; High: 630.0; X:5.0; " new document page " after Y:5.0.
Figure 11 be in Flash 8 software that the method for designing of a kind of bus duct production technology of the present invention is relevant " static text " edited after " new document page ".
Figure 12, Figure 13 be in Flash 8 software that the method for designing of a kind of bus duct production technology of the present invention is relevant " input text " edited after " new document page ".
Figure 14 be in Flash 8 software that the method for designing of a kind of bus duct production of the present invention production technology is relevant " dynamic text " edited after " new document page ".
Figure 15 be in Flash 8 software that the method for designing of a kind of bus duct production of the present invention production technology is relevant " text editing " complete after " new document page ".
Figure 16 be in Flash 8 software that the method for designing of a kind of bus duct production technology of the present invention is relevant " text editing " complete after " flash Product Process figure " enlarged drawing.
Figure 17 be in Flash 8 software that the method for designing of a kind of bus duct production technology of the present invention is relevant " ActionScript program " edited after " new document page ".
Figure 18 is " ActionScript program " enlarged drawing in Flash 8 software that the method for designing of a kind of bus duct production technology of the present invention is relevant.
Figure 19, Figure 20 are " the test films " that the method for designing of a kind of bus duct production technology of the present invention is relevant, derive " the new document page " of " flash Product Process figure swf file ".
" test film " that the method for designing of a kind of bus duct production technology of Figure 21 the present invention is relevant, after input text parameter, derives " the new document page " of " flash Product Process figure swf file ".
Figure 22 is " the printing film " that the method for designing of a kind of bus duct production technology of the present invention is relevant, printout " lash Product Process figure swf file-drawing ".
Figure 23 is the embodiment 2 of the method for designing of a kind of bus duct production technology of the present invention: when product " quantity " changes, another group " lash Product Process figure swf file-drawing " of printout.
Figure 24 is the embodiment 3 of the method for designing of a kind of bus duct production technology of the present invention: when product " specification " changes, another group " lash Product Process figure swf file-drawing " of printout.
Figure 25 is the embodiment 4 of the method for designing of a kind of bus duct production technology of the present invention: when product " rated current " changes, another group " lash Product Process figure swf file-drawing " of printout.
Figure 26 is process flow diagram of the present invention.
In figure, 1 be picture frame, 2 be title block, 3 be copper bar partial view, 4 be side plate partial view, 5 be coverplate parts view, 6 be copper bar accessory size, 7 be side plate accessory size, 8 be coverplate parts size, 9 be copper bar part material, 10 be side plate part material, 11 be coverplate parts material, 12 be copper bar part blank size, 13 be side plate part blank size, 14 be coverplate parts blank size, 15 be copper bar part sequence number, 16 be side plate part sequence number, 17 be coverplate parts sequence number, 18 be specification, 19 be quantity, 20 for rated current.
21 is Autocad software Replication Tools.
22 is Flash 8 software document title block, 23 is menu bar, 24 is Main Toolbar, 25 is the document tab, 26 is formula bar, 27 is workspace, 28 is stage, 29 is stage displaying ratio, 30 is tool box, 31 is parameter panel, 32 is Properties palette, 33 is action panel, 34 is File menu, 35 amendment menus, 36 Control-Menus, 37 is conserving appliance, 38 is selection tool, 39 is text tool, 40 is static text, 41 is input text, 42 is dynamic text, 43 is the Actions tool case, 44 is script window, 45 is ActionScript program.
46 be CAD Product Process figure, 47 be flash Product Process figure, 48 for flash Product Process figure swf file-drawing.
Embodiment
The method for designing of a kind of bus duct production technology of the present invention, is mainly used in the design effort of production technology during the batch production of bus duct product.
With reference to Figure 26, below for CCK type rated current 250A ~ 2500A horizontal curved unit bus duct, the implementation procedure of the method for designing of a kind of bus duct production technology of the present invention is described and practices situation.
The present invention can adopt CAD software and the Flash software of any version.In embodiment below, for Flash 8, but be not limited to this version.When adopting other version, interface has certain difference, but its design process is then substantially identical.
The first step, establishment Product Specifications.According to the bus duct technical requirement of CCK type and process characteristic, establishment Product Specifications.CCK type bus duct is primarily of copper bar part, side plate part, coverplate parts composition, and copper bar part material adopts trade mark TMY copper bar, and side plate and coverplate parts material adopt trade mark Q235 cold-rolled steel sheet; Product is air type structure, is apart 19mm; Copper bar part needs punching and bending, and side plate part needs punching and bending, and coverplate parts needs punching, bending and welding; When rated current is 250A, 315A, 400A, 500A, 630A, 800A, 1000A, 1250A, 1600A, 2000A, 2500A, copper bar specification is respectively 4 × 30,5 × 30,6 × 30,6 × 40,6 × 50,6 × 60,6 × 80,6 × 100,6 × 120,6 × 160,6 × 200; When rated current is 250A ~ 800A, steel plate thickness is 1.5mm, and when rated current is 1000A ~ 2500A, steel plate thickness is 2.0mm.According to the different parameters set above, one group of accessory size that selected often group parameter is corresponding and blank size, make technical manual.Different product types, can work out different Product Specifications.
Second step, opens Autocad software " working interface ".With reference to Fig. 2, open Autocad software, enter Autocad " working interface ".
3rd step, design " CAD Product Process figure ".With reference to Fig. 3, according to the requirement of CCK type bus duct Product Specifications, design " CAD Product Process Figure 46 ", design process is carried out according to a conventional method, no longer elaborates herein.Picture frame 1 selects A4 standard picture frame, is of a size of 210mm × 297mm.Be title block 2 below picture frame 1, in title block 2, mainly contain the information such as name of product, model specification, engineering name, design and designing unit.The information such as figure number, specification, quantity are had above picture frame 1.One group of view is positioned at the right side of picture frame 1, comprises copper bar partial view 3, side plate partial view 4, coverplate parts view 5, for expressing the shape of part, instructs the processing of part.One group of physical dimension marking line is positioned at the surrounding of view, comprise copper bar accessory size 6, side plate accessory size 7, coverplate parts size 8, for expressing the size of part, instruct the processing of part, in order to the needs of flash programming, leave out dimensional data in size marking line, to reach this software general when " input text 41 " content of parameter changes, improve design efficiency.One group of part blanking information is positioned at the left side of picture frame, comprise copper bar part material 9 and copper bar part blanking region 12, side plate part material 10 and side plate part blanking region 13, coverplate parts material 11 and coverplate parts blanking region 14, for expressing the material specification of part, blank size and quantity, instruct the processing of part.One group of part sequence number is positioned at the left side of partial view, comprises copper bar part sequence number 15, side plate part sequence number 16, coverplate parts sequence number 17, for expressing the blanking sequence number of different part.According to different product types, different functional units, the picture frame varied in size can be selected, design different Product Process figure.
4th step, enters Flash 8 software " beginning page ".With reference to Fig. 4, open Macromedia Flash 8 software, enter Flash 8 software " beginning page ".
5th step, newly-built flash documentation page.With reference to Fig. 5, " File menu 34 " is clicked in Flash 8 " beginning page ", click " newly-built " option, " the Flash document " in the General tab is selected in " new document " dialog box ejected, click " determination " button, enter Flash 8 " operation window ", click " conserving appliance 37 ", by the document storing when pre-editing to corresponding file, as F: patent a kind of method for designing of bus duct production technology, document is called " CCK type bus duct horizontal curved ", document " CCK type bus duct horizontal curved .fla " by name on the right side of flash Document Title hurdle 22 after " preservation " document.
6th step, is arranged " stage pixel ".With reference to Fig. 6, in the flash new document page preserved above, click " document " option in " amendment menu 35 ", in " document properties " dialog box ejected, wide, the height of " size " are set to 450px and 640px respectively, click " determination " button, click " conserving appliance 37 ".
7th step, is arranged " stage displaying ratio ".With reference to Fig. 7, in the new document page preserved above, continue to click " stage displaying ratio 29 " drop-down button, displaying ratio is set for " 800% ", so that object outline is clear when pasting " CAD Product Process Figure 46 ", clicks " conserving appliance 37 ".
8th step, copies " CAD production technology figure ".With reference to Fig. 8, open Autocad software, open " CAD Product Process Figure 46 " of having designed, maximized window, so that object outline is clear when pasting " CAD Product Process Figure 46 ", choose artwork, click " Autocad software Replication Tools 21 ".
9th step, pastes " CAD production technology figure ".With reference to Fig. 9, open the flash new document page that the 6th step is preserved, mouse is moved to click right in " stage 28 ", select " stickup ", click " conserving appliance 37 ", complete " CAD Product Process Figure 46 " stickup in flash 8, complete " CAD Product Process Figure 46 " conversion to " flash Product Process Figure 47 ".
Tenth step, arranges flash picture frame Properties palette parameter.With reference to Figure 10, in the flash new document page preserved above, continue the picture frame 1 choosing " flash production technology Figure 47 ", click " Properties palette 32 ", arrange wide: 440.0; High: 630.0; X:5.0; Y; 5.0; Click " stage displaying ratio 29 " drop-down button, displaying ratio is set for " display all ", clicks " conserving appliance 37 ".Be more than the Properties palette parameter of A4 picture frame, according to different picture frames, different Properties palette parameters can be set.
11 step, editor's " static text ".With reference to Figure 11, in the flash new document page preserved above, application " selection tool 38 " and " text tool 39 " carries out static text editor to " flash Product Process Figure 47 ".Definition " static text 40 " is invariant, in " flash production technology Figure 47 ", word segment is " static text 40 ", as the word such as " model specification ", " CCK-A/4P ", " engineering name ", " specification ", " quantity ", edit rear click " conserving appliance 37 ".The content of " static text " is determined in CAD Product Process figure, but, also can increasing herein as required or delete, updating without the need to leading back to again in CAD software.
12 step, editor's " input text ".With reference to Figure 12, Figure 13, in the flash new document page preserved above, application " selection tool 38 " and " text tool 39 " carries out input text editor to " flash Product Process Figure 47 ".The content of parameter of definition " input text 41 " can input according to different requirements, " text of engineering name content is represented " (being positioned at after static text below picture frame " engineering name ") in " flash production technology Figure 47 ", " represent the text of rated current " (being positioned at after static text below picture frame " model specification "), " represent the text of specification " (being positioned at after static text above picture frame " specification "), (being positioned at after static text above picture frame " quantity ") is " input text " " to represent the text of quantity ".In the present invention, " input text " represents with fine line housing, has edited rear click " conserving appliance 37 ".
13 step, editor's " dynamic text ".With reference to Figure 14, in the flash new document page preserved above, application " selection tool 38 " and " text tool 39 " carries out dynamic text editor to " flash Product Process Figure 47 ".There is certain logical operation relation between " dynamic text 42 " and " input text 41 ", " dynamic text 42 " can change with the change of " input text 41 " content of parameter.In the present invention, " accessory size ", " part material specification ", " part blank size " etc. are " dynamic text ".In the present invention, " dynamic text " represents with actual situation line housing, has edited rear click " conserving appliance 37 ".
14 step, after display text editing completes " flash Product Process figure ".With reference to Figure 15, after " static text 40 ", " input text 41 ", " dynamic text 42 " have been edited, click " stage displaying ratio 29 " drop-down button, displaying ratio is set for " display all ", click " conserving appliance 37 ", display " flash Product Process Figure 47 " in " stage 28 ".
15 step, " flash Product Process Figure 47 " enlarged drawing after display text editing completes.With reference to Figure 16, for text editing complete after " flash Product Process Figure 47 " enlarged drawing.
16 step, writes " ActionScript program ".With reference to Figure 17, Figure 18, in the flash new document page preserved above, click " action panel 33 ", select in " the Actions tool case 43 " " layer " that " scene " is corresponding.According to Product Specifications requirement, write " ActionScript program 45 " in " script window 44 ".There is certain logical operation relation between " dynamic text 42 " and " input text 41 " in program, " dynamic text 42 " can change with the change of " input text 41 " content of parameter.Through writing, CCK type bus duct horizontal cell " ActionScript program 45 " totally 108, has write rear click " conserving appliance 37 ".According to different product types, different functional units, can write different " ActionScript program ".
17 step, test film.With reference to Figure 19, Figure 20, in the flash new document page preserved above, click " Control-Menu 36 ", in drop-down menu, click " test film ", derive " flash Product Process figure swf file 48 ".
18 step, checks the correctness of file.With reference to Figure 21, in the flash new document page preserved above, after deriving " flash Product Process figure swf file 48 ", click swf file optional position, click right side maximized window, swf file, for maximizing, re-enters parameter in input text.With rated current: 1250A, engineering name: Hangzhou * * hotel, specification: 500 × 600, quantity: 2 is example, after input text content of parameter in mouse immigration " input text 41 " fine line frame, accessory size 6,7,8 in " dynamic text 42 ", part blank size 12,13,14 generates automatically.Can to click the mouse after editor right button, to select " amplifications " function, amplify " flash Product Process figure swf file 48 ", reference product technical manual, the correctness of inspection file.
19 step, prints film, exports drawing.With reference to Figure 22, input text parameter, after checking that file is correct, to click the mouse right button, click " printing ", select printer, export " flash Product Process figure swf file-drawing ", file content is: rated current 1250A, specification 500 × 600, quantity 2, CCK type bus duct Product Process figure.
Embodiment 2, with reference to Figure 23, is another embodiment when product " quantity 19 " changes.When input text " quantity 19 " changes 4 into, in " the flash Product Process figure swf file 48 " of derivation, part blank size quantity 12,13,14 changes.
Embodiment 3, with reference to Figure 24, is another embodiment when product " specification 18 " changes.When input text " specification 18 " changes 600 × 800 into, derive accessory size 6,7,8 and blank size 12,13,14 in " flash Product Process figure swf file 48 " and change.
Embodiment 4, with reference to Figure 25, is another embodiment when product " rated current 20 " changes.When input text " rated current 20 " changes 1600A into, derive accessory size material specification 9,10,11 in " flash Product Process figure swf file 48 ", accessory size 6,7,8, blank size 12,13,14 changes.
It is understood that above-described embodiment is just to explanation of the present invention, instead of limitation of the present invention, any innovation and creation do not exceeded in spirit of the present invention, all fall within protection scope of the present invention.
Claims (3)
1. a method for designing for bus duct production technology, is characterized in that comprising the following steps:
1) Product Specifications is worked out: according to bus duct technical requirement to be processed and process characteristic, work out corresponding Product Specifications;
2) Design CAD Product Process figure: design title block in the new document of CAD software, make one group of partial view, described one group of partial view draws physical dimension marking line, design one group of part blanking information area, make CAD Product Process figure;
3) CAD Product Process figure is imported: by step 2) make CAD Product Process figure and copy in the stage pasting Flash document;
4) Flash Product Process figure is made: in Flash document, definition static text is invariant, the content of parameter of definition input text inputs by designing requirement, and definition dynamic text is that input text generates automatically by logical operation relation, makes Flash Product Process figure after preservation;
5) write ActionScript program: according to Product Specifications, write ActionScript program, determine the logical operation relation between dynamic text and input text;
6) film is tested: derive flash Product Process figure swf file by test film menu function key;
7) correctness of file is checked: open flash Product Process figure swf file, corresponding parameter is inputted in the wire frame of input text, namely the parameter of dynamic text generates automatically, checks that whether input text parameter is consistent with Product Specifications with dynamic text parameter;
8) print film, export drawing.
2. the method for designing of a kind of bus duct production technology as claimed in claim 1, is characterized in that step 3) import CAD Product Process figure and comprise step by step following:
3.1) newly-built flash documentation page, by the document storing when pre-editing to corresponding file:
3.2) stage pixel is set;
3.3) stage displaying ratio is set;
3.4) open the CAD Product Process figure designed at CAD software, copy;
3.5) CAD production technology figure is pasted extremely in the stage of Flash document.
3. the method for designing of a kind of bus duct production technology as claimed in claim 1 or 2, is characterized in that step 4) make Flash Product Process figure and comprise step by step following:
4.1) flash picture frame Properties palette parameter is set;
4.2) edit and define static text;
4.3) edit and define input text;
4.4) edit and define dynamic text;
4.5) flash document is preserved.
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| CN114756915A (en) * | 2022-06-15 | 2022-07-15 | 青岛东山集团母线智造有限公司 | Parameterization design method and parameterization design platform of bus duct |
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