CN101055602A - Associated mirror image system and method - Google Patents
Associated mirror image system and method Download PDFInfo
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- CN101055602A CN101055602A CN 200610060291 CN200610060291A CN101055602A CN 101055602 A CN101055602 A CN 101055602A CN 200610060291 CN200610060291 CN 200610060291 CN 200610060291 A CN200610060291 A CN 200610060291A CN 101055602 A CN101055602 A CN 101055602A
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Abstract
The invention provides a method for associating mirror phase, includes the steps of: selecting the parts, holes or modules to be associated for mirror phase; obtaining the attributes of the selected parts, holes and modules, as well as the incidence relation between the same, and storing the same one by one in a storage apparatus; duplicating the selected parts, holes and modules, and storing the same in the storage apparatus; producing a matrix of mirror phase via the line of mirror phase; transforming the parts, holes and modules stored in the storage apparatus into a figure of mirror phase; appending the attributes and incidence relation which are stored in the storage apparatus to the figure of mirror phase one by one. The invention also provides a system for associating mirror phase. The method and system for associating mirror phase in the invention, can rapidly and accurately complete the operation of mirror phase, which is complished for people in a long time, accordingly the work can be reduced for user and the efficiency is improved, as well as the time is saved.
Description
[technical field]
The present invention relates to a kind of mould designed system and method, the system and method for related mirror phase in especially a kind of mould design.
[background technology]
Part, hole, template in the mould design all have different separately attributes, and these attributes comprise: title, figure layer, note, quantity, numbering, mark, material, thermal treatment and throw single attribute etc.; Also there is simultaneously incidence relation mutually, such as, not only all there is attribute separately in screw in the standard screw structure and hole, and also exist mutual dependence, this dependence to make screw and hole become an inseparable integral body between screw and the hole.But the globality of this incidence relation has but been lost behind the mirror phase command of Auto CAD, not only whole relational structure is destroyed, and the base attribute in screw and hole is also lost, all become basic pel, the consequence of mirror phase causes can not distinguish which figure belongs to part, those figures belong to the hole, cause and tear the figure mistake open.
In the past, solve problem that the mirror phase command of Auto CAD brings just with the figure of mirror after mutually according to its type of the manual definition of original type (part, hole, template), and with reference to the original attribute correction mirror attribute of back figure mutually.Often repair time that the mirror phase spent and be the institute of mirror phase command spended time own about 10 times, not only wasted manpower, and inefficiency.
[summary of the invention]
In view of above content, be necessary to provide a kind of associated mirror image system, it can finish the mirror phase problem that in the past manually will take a long time processing fast, accurately, simultaneously, the compatible mirror phase command of mould design software self.
In view of above content, also be necessary to provide a kind of related mirror phase method, it can finish the mirror phase problem that in the past manually will take a long time processing fast, accurately, simultaneously, the compatible mirror phase command of mould design software self.
A kind of associated mirror image system comprises computing machine, and this computing machine comprises memory storage.This computing machine also comprises related mirror phase module, and the part, hole or the template that are used for design drawing are carried out related mirror phase.This association mirror phase module comprises: the chooser module is used for selecting to want from design drawing part, hole or the template of mirror phase; Obtain submodule, be used to obtain the attribute of above-mentioned selected part, hole or template and incidence relation each other, and be saved in the memory storage attribute and incidence relation are corresponding one by one; The replicon module is used to duplicate selected part, hole or template, and is stored in the memory storage; Mirror phase submodule is used for obtaining the mirror phase matrix of selected part, hole or template according to mirror phase straight line; The conversion submodule, the part, hole or the template that are used for duplicating convert mirror phase figure to according to the mirror phase matrix; And attribute interpolation submodule, the attribute and the incidence relation that are used for being kept at memory storage add in the above-mentioned mirror phase figure one by one.
A kind of related mirror phase method carries out related mirror phase by computing machine to the part in the design drawing, hole or template.This method may further comprise the steps: part, hole or the template of selecting to want the mirror phase from design drawing; The attribute of the part that obtains selecting, hole or template, and correspondence is saved in the memory storage one by one; Incidence relation between the part that obtains selecting, hole or the template, and corresponding one by one and be saved in the memory storage; Duplicate part, hole or the template of selection, and be saved in the memory storage; According to mirror phase straight line, obtain the mirror phase matrix of selected part, hole or template; Convert the above-mentioned part that duplicates, hole or template to mirror phase figure according to the above-mentioned mirror phase matrix that obtains; And attribute and the incidence relation that is kept in the memory storage added in the above-mentioned mirror phase figure one by one.
Compared to prior art, described associated mirror image system and method can be finished the mirror phase problem that in the past manually will take a long time processing fast, accurately, simultaneously, the compatible mirror phase command of mould design software self, reduce user's work, improved efficient, saved the time.
[description of drawings]
Fig. 1 is the system architecture diagram of associated mirror image system preferred embodiment of the present invention.
Fig. 2 is the operation process chart of the related mirror phase method of the present invention preferred embodiment.
Fig. 3 is the synoptic diagram of a screw element in the preferred embodiment of the related mirror phase method of the present invention.
Fig. 4 utilizes the synoptic diagram of traditional mirror phase method to the front view mirror phase of screw element shown in Figure 3.
Fig. 5 is to use the synoptic diagram of the related mirror phase method of the present invention to the front view mirror phase of screw element shown in Figure 3.
Fig. 6 is the agent structure synoptic diagram of mold design in the preferred embodiment of the related mirror phase method of the present invention.
Fig. 7 utilizes the synoptic diagram of traditional mirror phase method to agent structure synoptic diagram mirror phase shown in Figure 6.
Fig. 8 is to use the synoptic diagram of the related mirror phase method of the present invention to agent structure synoptic diagram mirror phase shown in Figure 6.
[embodiment]
Consulting shown in Figure 1ly, is the system architecture diagram of associated mirror image system preferred embodiment of the present invention.This associated mirror image system comprises computing machine 1.This computing machine 1 comprises related mirror phase module 11, mould design software program 12 and memory storage 13.This mould design software program 12 provides mould deviser's mould design project interface, is used for the user and designs various types of moulds, and in the present embodiment, this mould design software program 12 is Auto CAD software programs.This memory storage 13 is used to store the present invention carries out the mirror phase to part, hole or template relational graph and parameter.
This association mirror phase module 11 comprises: chooser module 110, obtain submodule 111, and replicon module 112, mirror phase submodule 113, conversion submodule 114 and attribute add submodule 115.
Obtain submodule 111 and be used to obtain the attribute of selected part, hole or template and incidence relation each other, and be saved in the memory storage 13 attribute and incidence relation are corresponding one by one.Wherein, attribute comprises: title, figure layer, note, quantity, numbering, mark, material, thermal treatment and throw single attribute etc.Incidence relation is represented the corresponding relation between part, hole or the template, as the screw in the standard screw structure and hole separately attribute is arranged all not only, and also exist mutual dependence, this dependence to make screw and hole become an inseparable integral body between screw and the hole.Wherein said attribute is corresponding one by one to be referred to part, hole or template and attribute separately thereof are set up index respectively, and index can be found mutually.As the attribute of screw and screw is set up index respectively, make the index point screw attribute of screw, the screw property index is pointed to the screw part.Corresponding one by one finger of incidence relation, set up the relation between part, hole or the template by preserving ID (identifier) mutually.As the screw in the screw structural and the incidence relation between the hole is that ID with screw is kept on the hole, ID with the hole is kept on the screw simultaneously, hole and screw just can find mutually at the mirror phase time like this, promptly can go out its related hole mutually by mirror to screw mirror phase time, equally, also can go out its related screw mutually by mirror to the aperture mirror phase time.
The part that duplicates, hole or template that conversion submodule 114 is used for storing memory storage 13 into are according to above-mentioned mirror phase matrix, and by the conversion on the geometry, promptly the conversion between vector and the point is transformed into mirror phase figure.
Attribute and incidence relation that attribute interpolation submodule 115 is used for being kept at memory storage 13 add in the above-mentioned mirror phase figure one by one.
Consulting shown in Figure 2ly, is the operation process chart of the related mirror phase method of the present invention preferred embodiment.This method comprises the steps: at first, and step S100 in the mould design drawing that mould design software program 12 is provided, selects to want part, hole or the template of mirror phase by chooser module 110.
Step S101 obtains the attribute that submodule 111 obtains selected part, hole or template, and correspondence is saved in the memory storage 13 one by one.Wherein, attribute comprises: title, figure layer, note, quantity, numbering, mark, material, thermal treatment and throw single attribute etc.Described correspondence one by one refers to part, hole or template and attribute separately thereof are set up index respectively, and index can be found mutually.As the attribute of screw and screw is set up index respectively, make the index point screw attribute of screw, the screw property index is pointed to the screw part.
Step S102 obtains the incidence relation between part, hole or the template that submodule 111 obtains selection, and corresponding one by one and be saved in the memory storage 13.Described incidence relation is represented the corresponding relation between part, hole or the template, as screw in the standard screw structure and hole this attribute is separately arranged all not only, and also exist mutual dependence, this dependence to make screw and hole become an inseparable integral body between screw and the hole.Described correspondence one by one refers to the relation between part, hole or the template is set up by mutual preservation ID.Be kept on the hole by ID as screw in the screw structural and the incidence relation between the hole screw, ID with the hole is kept on the screw simultaneously, hole and screw just can find mutually at the mirror phase time like this, promptly can go out its related hole mutually by mirror to screw mirror phase time, equally, also can go out its related screw mutually by mirror to the aperture mirror phase time.
Step S103, replicon module 112 is duplicated part, hole or the template of selection, and is stored in the memory storage 13.
Step S104, mirror phase submodule 113 obtain the mirror phase matrix of selected part, hole or template according to a mirror phase straight line.Wherein said mirror phase straight line refers to choose 2 points in the mould design drawing, by these two straight lines that point is formed, this straight line is the different angle of conversion as required.Described mirror is a basic order among the Auto CAD mutually, its principle is similar to the mirror imaging, is that each point with an assignment graph is symmetric to the opposite side of straight line by straight line, and then forms an equal and opposite in direction, shape is identical, the figure that direction is opposite.This mirror phase submodule 113 is with the straight line of each point in part, hole or the template graphics selected by an appointment, and mirror arrive the opposite side of straight line mutually, and obtains each and put the mirror phase matrix of mirror after mutually.In Auto CAD, its drawing space is a three dimensions, so each point wherein all should be with (form z) is represented the three-dimensional position at its place for x, y, just can represent with a matrix in the time of a plurality of, promptly described mirror phase matrix.
Step S105, conversion submodule 114 will store the part that duplicates, hole or template in the memory storage 13 into according to above-mentioned mirror phase matrix, by the conversion on how much, promptly vector with put between conversion, convert mirror phase figure to.
Step S106, attribute adds submodule 115 attribute and the incidence relation that is kept in the memory storage 13 is added in the above-mentioned mirror phase figure one by one.
Consult Fig. 3, Fig. 4, shown in Figure 5, be respectively a part in the preferred embodiment of the related mirror phase method of the present invention synoptic diagram, utilize traditional mirror phase method to the synoptic diagram of this part mirror phase and utilize the synoptic diagram of the related mirror phase method of the present invention to this part mirror phase.As shown in Figure 3,10 for this part is the front view of screw element, and 20 is the right view of this screw element, and 30 is the following view of this screw element.Wherein, front view refers to the figure seen directly over part; Following view refers to the figure seen from the dead ahead or the dead astern of part; Right view refers to two figures that the side is seen from part.As shown in Figure 4, utilize the Front view 10 mirror phase of traditional mirror phase method by 40 pairs of these screw element of mirror phase straight line, mirror can only obtain Front view 1 00 after mutually, and this Front view 1 00 basic pel just, and its attribute and right view and time view are lost fully.And utilize the Front view 10 mirror phase of the related mirror phase method of the present invention to screw element, not only the front view mirror of part can be pass by mutually, and its right view reaches, and view also can be along the x in the mould design drawing down, the translation of y axle is gone over, as shown in Figure 5, and the attribute of this screw element also can preserve.View was along x under wherein said right view reached, the translation of y axle is that view just is fixed on the planar graph that the screw element on the mould is seen from the side because right view reaches down, so no matter the front view of screw element is according to the mirror phase straight line mirror phase of any angle, mirror after mutually following view or right view all be with the following view of former screw element or right view at grade along same x axle or the translation of y axle, just when mirror phase straight line forwards certain angle to, mirror after mutually following view and the position of right view may intercourse.
Consult Fig. 6, Fig. 7, shown in Figure 8, be respectively the synoptic diagram of a die main body structure in the preferred embodiment of the related mirror phase method of the present invention, utilize traditional mirror phase method to the synoptic diagram of this agent structure mirror phase and utilize the synoptic diagram of the related mirror phase method of the present invention this agent structure mirror phase.As Fig. 6, Fig. 7, shown in Figure 8,50 is that the front view, 60 of this die main body structure is the following view of this agent structure, and 70 is right view, and three views are all by the front view of template, hole and part, view and right view are formed down.In Fig. 6,600 is template, and 610 is the hole, and 620 is part, and template, hole and part exist incidence relation each other, and as there being the hole on the template, the part patchhole is medium.Referring to shown in Figure 7, utilize the front view 50 mirror phases of traditional mirror phase method to this agent structure, the figure of its mirror after mutually includes only front view, and following view and right view are lost, and front view has become basic pel, and the incidence relation between the attribute of template, hole and part reaches has also all been lost.Utilize related mirror phase method of the present invention to front view 50 mirrors of agent structure mutually after, not only the front view mirror of master map structure can be pass by mutually, and its right view and down view also along the right view of former agent structure and the x axle or the translation of y axle of view are gone over down, simultaneously the attribute of part, hole and template and between incidence relation also all preserved, referring to shown in Figure 8.
Claims (8)
1. an associated mirror image system comprises computing machine, and this computing machine comprises memory storage, it is characterized in that, this computing machine also comprises related mirror phase module, and the part, hole or the template that are used for design drawing are carried out related mirror phase, and this association mirror phase module comprises:
The chooser module is used for selecting to want from design drawing part, hole or the template of mirror phase;
Obtain submodule, be used to obtain the attribute of above-mentioned selected part, hole or template and incidence relation each other, and be saved in the memory storage attribute and incidence relation are corresponding one by one;
The replicon module is used to duplicate selected part, hole or template, and is stored in the memory storage;
Mirror phase submodule is used for obtaining the mirror phase matrix of selected part, hole or template according to mirror phase straight line;
The conversion submodule, the part, hole or the template that are used for duplicating convert mirror phase figure to according to the mirror phase matrix; And
Attribute adds submodule, and the attribute and the incidence relation that are used for being kept at memory storage add in the above-mentioned mirror phase figure one by one.
2. associated mirror image system as claimed in claim 1 is characterized in that, described attribute comprises: title, figure layer, note, quantity, numbering, mark, material, thermal treatment and throw single attribute.
3. associated mirror image system as claimed in claim 1, it is characterized in that, described attribute correspondence one by one is by part, hole or template and attribute separately thereof are set up index respectively, make its attribute separately of index point of part, hole or template, and make the attribute of part, hole or template point to part, hole or template respectively.
4. associated mirror image system as claimed in claim 1 is characterized in that, the correspondence one by one of described incidence relation is to set up by preserving identifier between part, hole or the template that will have incidence relation mutually.
5. a related mirror phase method carries out related mirror phase by computing machine to the part in the design drawing, hole or template, it is characterized in that this method may further comprise the steps:
From design drawing, select to want part, hole or the template of mirror phase;
The attribute of the part that obtains selecting, hole or template, and correspondence is saved in the memory storage one by one;
Incidence relation between the part that obtains selecting, hole or the template, and corresponding one by one and be saved in the memory storage;
Duplicate part, hole or the template of selection, and be saved in the memory storage;
According to mirror phase straight line, obtain the mirror phase matrix of selected part, hole or template;
Convert the above-mentioned part that duplicates, hole or template to mirror phase figure according to the above-mentioned mirror phase matrix that obtains; And
The attribute and the incidence relation that are kept in the memory storage are added in the above-mentioned mirror phase figure one by one.
6. related mirror phase method as claimed in claim 5 is characterized in that described attribute comprises: title, figure layer, note, quantity, numbering, mark, material, thermal treatment and throw single attribute.
7. related mirror phase method as claimed in claim 5, it is characterized in that, described mirror phase matrix is will carry out each point in part, hole or the template of mirror phase according to described mirror phase straight line, and mirror arrives the opposite side of straight line mutually, the matrix of being made up of whole points of mirror after mutually.
8. related mirror phase method as claimed in claim 5 is characterized in that, described to convert the mirror phase matrix to mirror phase figure be to go up being converted between point and the phasor by how much.
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| Application Number | Priority Date | Filing Date | Title |
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| CN200610060291A CN100592304C (en) | 2006-04-14 | 2006-04-14 | Associated mirror image system and method |
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| CN200610060291A CN100592304C (en) | 2006-04-14 | 2006-04-14 | Associated mirror image system and method |
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| CN101055602A true CN101055602A (en) | 2007-10-17 |
| CN100592304C CN100592304C (en) | 2010-02-24 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110096270A (en) * | 2019-05-06 | 2019-08-06 | 浙江精工钢结构集团有限公司 | A kind of design drawing method for splitting and system based on .NET plug-in unit |
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| US6912487B1 (en) * | 1999-04-09 | 2005-06-28 | Public Service Company Of New Mexico | Utility station automated design system and method |
| US6686914B2 (en) * | 2001-06-11 | 2004-02-03 | General Electric Company | Methods and systems for automatically translating geometric data |
| CN1716262A (en) * | 2004-07-02 | 2006-01-04 | 赖维祥 | Three dimension text quick design and producing method |
| CN1750009A (en) * | 2005-10-09 | 2006-03-22 | 万向钱潮股份有限公司 | Method for realizing computer auxiliary sedan chassis total layout |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110096270A (en) * | 2019-05-06 | 2019-08-06 | 浙江精工钢结构集团有限公司 | A kind of design drawing method for splitting and system based on .NET plug-in unit |
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| CN100592304C (en) | 2010-02-24 |
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