CN1963849A - Conformity method of managing system of data of product - Google Patents

Conformity method of managing system of data of product Download PDF

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CN1963849A
CN1963849A CNA2005101156198A CN200510115619A CN1963849A CN 1963849 A CN1963849 A CN 1963849A CN A2005101156198 A CNA2005101156198 A CN A2005101156198A CN 200510115619 A CN200510115619 A CN 200510115619A CN 1963849 A CN1963849 A CN 1963849A
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data
management system
data management
product data
resource database
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陈金元
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Abstract

This invention relates to one materials list integration system and method for computer software product data list, which comprises the following steps: making computer draw software to design subject connection label information; then comparing the test module between identified information materials data with the said materials database; if they are same , then generating materials list by window part; if they are not same , then filling window generation module to generate window with new materials data input; finally, making the whole module blocks go into the said materials database to make it update.

Description

The integration method of product data management system
Technical field
The invention relates to a kind of integration system and method for product data, but especially reach the integration of product data inventory and the Bill of Material (BOM) integration system and the method for shared in common material data with computer software about a kind of.
Background technology
Along with the progress of science and technology, the research and development of industrial products, design and manufacturing, its work pattern and traditional approach have sizable difference.Powerful CASE(Computer Aided Software Engineering) cooperates accurate apparatus, makes current commercial production that better efficient and accuracy be arranged.Particularly in research and development, design initial, CASE(Computer Aided Software Engineering) has been indispensable instrument.After the research and development of products design, promptly enter the manufacturing production procedure, in the production run, the management of material then is one of very important key element of manufacturing cost, quality and efficient with safeguarding.For promoting Enterprises'Competitiveness, raising operating efficiency and reducing production costs, be fabricated onto quality management from being designed into, each enterprise there's no one who doesn't or isn't improves target with efficient and correctness for it.
In general, industrial products to producing in batches, are related to speciality personnel's such as design engineer, manufacturing engineer, procurement staff, quality control officer, research and development managerial personnel participation by design.Wherein (bill of materials, making BOM) and maintenance in the improvement of design improved or processing procedure, must change or upgrade often about Bill of Material (BOM).Yet the change of Bill of Material (BOM) or renewal will involve the change of the Bill of Material (BOM) of several aforementioned different unit personnel mades, if revise change by the constituent parts personnel, operating cost be improved, and be easier because artificial careless mistake causes the mistake of inventory content.
The handling of goods and materials mode of the most normal use at present is to utilize application software such as tabulation that word or excel produced to manage, this kind forms only are the details of each part relevant information, the method that there is no between each part demonstrates its relevance, more can't integrate mutually with the resource database of some rear ends.Composite design figure with known two-dimentional machinery structure is an example, as shown in Figure 1, after the designer utilizes the composite design figure of CASE(Computer Aided Software Engineering) completing steps 10, must in step 11, on constitutional diagram, all part datas such as new parts, old part and commercially available standardized element be imported with manual type.If will produce the Bill of Material (BOM) form, then need carry out step 12, in word or excel software, import all part datas for the second time.In addition, about resource database, and for example Enterprise Resources Planning (enterprise resource planning, ERP) or material demand planning (material resource planning, MRP) system then need carry out step 13 and imports all parts for the third time by Bill of Material (BOM).If this constitutional diagram is further disassembled in step 14 to behind the part drawing again, need the new parts data be imported in the picture frame of each part drawing for the 4th time in step 141.So not only increase cost of labor on foot, more may after repeatedly copying input, cause the mistake of data content, will produce the infringement that to expect for design or manufacturing.
Another kind of common product design mode behind the Element Design figure by designer's completing steps 20, in step 21, is imported each part data in the picture frame of each part drawing with manual type on part drawing then as shown in Figure 2.If will produce the Bill of Material (BOM) form, then need carry out step 22, in word or excel software, import all part datas for the second time.Then then must in Enterprise Resources Planning or material demand planning system, carry out step 23, and import the Bill of Material (BOM) of all parts for the third time.If each part drawing further is combined as constitutional diagram in step 24 after, need step 241 with the 4th input of all part datas such as new parts, old part and standardized element constitutional diagram in.As previously mentioned, the shortcoming that this kind mode has high cost of labor to expend and material content correctness may be deceived.
Summary of the invention
For improving the shortcoming that aforementioned high cost of labor and material content correctness may be deceived, make by designing to manufacture process and can make the generation Bill of Material (BOM) automatically, repeat to import required artificial of Bill of Material (BOM) data and need not to expend, time cost, guarantee the correctness of Bill of Material (BOM), and can integrate new parts simultaneously, the data of old part and standardized element, the Bill of Material (BOM) content of backend resources database can be upgraded, and then reach integration computer plotting system and backend resources Database Systems, make Bill of Material (BOM) in each system, can produce and have the purpose of maintenance update function automatically.
For reaching aforesaid purpose, the present invention will provide a kind of product data management system, and it is that the material data that utilizes computer software that computer drawing software and resource database are set up is integrated, and enable intercommunication and share material data and upgraded simultaneously.This product data management system comprises: identification module, can be used for reading in the design drawing that computer drawing software draws, the identifying information that design object linked, this identifying information are with specific data structure storage, and can compare with the data of described resource database; Check module, can be used for material data that described identifying information is linked and compare and integrate by the data that described resource database read, this checks module and comprises: comparison module can be used for material data that described identifying information is linked and is compared by the data that described resource database read; Insert the forms generation module, can be used for producing and insert the forms window, enable new material data input; And remittance mould preparation piece, can be used for the new material data of this input and the data of former this resource database are integrated, simultaneously new material data is imported this resource database, to upgrade data of database; And the forms generation module, can be used for the complete list data that aforementioned remittance is whole and produce Bill of Material (BOM).
Utilize product data management system of the present invention, can make identification module read in the design drawing that computer drawing software draws, the identifying information that design object linked, again order check module with material data that described identifying information linked with compare by the data that described resource database read, relatively, if this material data is identical with the data of this resource database, then make the forms generation module produce Bill of Material (BOM), if this material data can't be corresponding with the data of this resource database, then order is inserted the generation of forms generation module and is inserted the forms window, carries out the input of new material data.At last, order remittance mould preparation piece imports described resource database with these new material datas, and it is upgraded, and the data of utilizing aforementioned forms generation module will converge after putting in order simultaneously produce the complete material inventory that comprises new material.Wherein, the design drawing that this computer drawing software is drawn can be the constitutional diagram or the part drawing of two dimension or three-dimensional machinery structure, or electronic circuitry, but is not limited in this.And this resource database can be Enterprise Resources Planning or material demand planning system, or other system that can safeguard Bill of Material (BOM).
Therefore, by System and method for of the present invention, at design drawing, Enterprise Resources Planning or material demand planning system, inventory form or disassemble, on the constitutional diagram, can produce the Bill of Material (BOM) of old part and standardized element by identifying information automatically, if the adding of new parts is arranged, then utilize the input of new data, can produce the complete material inventory that comprises the new parts material data, manually additionally input repeatedly fully is so can significantly reduce artificial, time cost.The Bill of Material (BOM) that comprises new parts that it is set up also can further import in Enterprise Resources Planning or the material demand planning system, and it also can be upgraded at any time, keeps its integrality and correctness.
Description of drawings
Fig. 1 is the synoptic diagram of the Bill of Material (BOM) integration method of known invention;
Fig. 2 is the synoptic diagram of the Bill of Material (BOM) integration method of another known invention;
Fig. 3 is the overview synoptic diagram of the integration system of product data management system of the present invention;
Fig. 4 is the synoptic diagram of the integration method of product data management system of the present invention;
Fig. 5 A is the synoptic diagram that the integration method of product data management system of the present invention is applied to constitutional diagram;
Fig. 5 B is the software interface synoptic diagram that the integration method of product data management system of the present invention is applied to constitutional diagram;
Fig. 5 C is the software interface synoptic diagram that the integration method of product data management system of the present invention is applied to constitutional diagram;
Fig. 5 D is the software interface synoptic diagram that the integration method of product data management system of the present invention is applied to constitutional diagram;
Fig. 5 E is the software interface synoptic diagram that the integration method of product data management system of the present invention is applied to constitutional diagram;
Fig. 5 F is the software interface synoptic diagram that the integration method of product data management system of the present invention is applied to constitutional diagram;
Fig. 5 G is the software interface synoptic diagram of the integration method of product data management system of the present invention when being applied to constitutional diagram and disassembling into part drawing;
Fig. 5 H is the software interface synoptic diagram of the integration method of product data management system of the present invention when being applied to constitutional diagram and disassembling into part drawing;
Fig. 6 is the synoptic diagram that the integration method of product data management system of the present invention is applied to part drawing;
Fig. 7 is the synoptic diagram that the integration method of product data management system of the present invention is applied to the 3D part drawing;
Fig. 8 A is the synoptic diagram that the integration method of product data management system of the present invention is applied to electronic circuitry;
Fig. 8 B is the software interface synoptic diagram that the integration method of product data management system of the present invention is applied to electronic circuitry.
Further specify embodiments of the present invention below with reference to accompanying drawing; following cited embodiment is used to illustrate the present invention; be not to be used to limit scope of the present invention; any those of ordinary skill without departing from the spirit and scope of the present invention; can change and retouching, thus protection scope of the present invention should with the scope of appending claims the person of being defined be as the criterion.
Among the figure
10 design departments finish composite design figure
11 input part datas
12 set up the Bill of Material (BOM) form
13 import part data in Enterprise Resources Planning or material demand planning system
14 disassemble into part drawing
141 with in the new parts data input picture frame
20 design departments finish Element Design figure
21 import part data in picture frame
22 set up the Bill of Material (BOM) form
23 import part data in Enterprise Resources Planning or material demand planning system
24 are combined into constitutional diagram
241 import part data in constitutional diagram
30 product data management systems
301 make identification module read identifying information
302 orders check module and compare
303 produce Bill of Material (BOM)
304 orders are inserted the generation of forms generation module and are inserted the forms window
305 orders converge more new data and produce Bill of Material (BOM) of mould preparation pieces
31 identification modules
32 check module
321 comparison modules
322 insert the forms generation module
323 remittance mould preparation pieces
33 forms generation modules
40 computer plotting systems
41 composite design figure
411 identifying informations
412 insert the new parts data in the forms window
42 Element Design figure
420 insert part data in the picture frame
421 identifying informations
422 insert part data in the picture frame
43 Element Design figure
431 input new parts data also produce Bill of Material (BOM)
432 produce the Bill of Material (BOM) form
443D Element Design figure
441 project into three-view diagram
442 are assembled into constitutional diagram
443 are assembled into constitutional diagram
50 Enterprise Resources Plannings or material demand planning system
60 Bill of Material (BOM)
61 produce the Bill of Material (BOM) form
70 electronic circuitries
The simple and easy Bill of Material (BOM) of 701 remittance abroads
71 choose decision material forms
72 produce Bill of Material (BOM)
Embodiment
See also Fig. 3, this figure is the integration system general survey synoptic diagram of product data management system of the present invention.By product data management system 30 of the present invention, can be at the resource database of computer plotting system 40 with the rear end, for example between Enterprise Resources Planning or the material demand planning system 50, the data of all materials are integrated, and in each system, produced Bill of Material (BOM) 60 automatically.Allow all material informations can in aforementioned system, share foundation, improve the known issuable disappearance of artificial several input data.
See also Fig. 4, this figure is the integration method synoptic diagram of product data management system of the present invention.At first carry out step 301, make identification module read identifying information on the design drawing that computer drawing software draws, this identifying information is set up when drawing, be can with the drawing assembly corresponding information data that is connected.Simultaneously, this identifying information is with specific data structure storage, and can compare with the data structure of described resource database.Carry out step 302 thereafter, order check module with the material data of identifying information that described identifying information links with compare and generation comparative result by the data that described resource database read.According to comparative result, if this material data is identical with the data of this resource database, then carry out step 303, make the forms generation module produce Bill of Material (BOM); If this material data can't be corresponding with the data of this resource database, then carry out step 304, order is inserted the generation of forms generation module and is inserted the forms window, carries out the input of new material data.Then then pass through step 305, order remittance mould preparation piece imports described resource database with these new material datas, it is upgraded, and the data of utilizing aforementioned forms generation module will converge after putting in order simultaneously produces the complete material inventory that comprises new material.
See also Fig. 5 A, this figure is the synoptic diagram that the integration method of product data management system of the present invention is applied to constitutional diagram.Product data management system 30 of the present invention comprises: identification module 31, check module 32 and forms generation module 33.Checking module 32 comprises comparison module 321, inserts forms generation module 322 and converges mould preparation piece 323.
Identification module 31 can be used for reading among design Figure 41 that computer plotting system 40 drawn, the identifying information 411 that each design elements object is linked, this identifying information 411 is with specific data structure storage, and can compare with the data structure of Enterprise Resources Planning or material demand planning system 50.This identifying information 411 can be the Chinese name of an article, name of commodity in English, item number or the out of Memory of each part object, wherein being preferable than the critical part item number of tool as identifying information 411; Check that module 32 can be used for material data that described identifying information 411 is linked and the data of Enterprise Resources Planning or material demand planning system 50 compare and integrate.The data of material data and Enterprise Resources Planning or material demand planning system 50 can be when product data management system 30 coupled knots, promptly import in the product data management system 30, so when comparing in the future, also can directly compare with the database data of being stored in the product data management system 30.
Check that comparison module included in the module 32 321 can be used for material data that described identifying information 411 is linked and the data of Enterprise Resources Planning or material demand planning system 50 compare.As previously mentioned, also can be directly and the database data that is imported in the product data management system 30 compare.When aforementioned data relatively after, if data can't be corresponding, then can utilize and insert forms generation module 322 and produce and insert the forms window, carry out step 412 with manual type this moment, inserts the new parts data in this forms window, so that new material data is replenished input.The mould preparation piece 323 that converges can be used for the data of this new material data of importing and original undertaking's MRP or material demand planning system 50 are integrated, simultaneously new material data is imported Enterprise Resources Planning or material demand planning system 50, with the data of renewal resource database, and this data updated database data also can further import in the product data management system 30.As for forms generation module 33, its complete list data that can be used for aforementioned remittance after whole produce Bill of Material (BOM) 60 in design Figure 41.Forms generation module 33 also can produce Bill of Material (BOM) form 61 simultaneously automatically in application software word or excel.Bill of Material (BOM) 60 or Bill of Material (BOM) form 61 can comprise fields such as figure surface layer name, the part name of an article, machine, specification, name of commodity in English, draftsman and the description of product, but are not limited in this, and it can be determined according to user's needs.Therefore, no matter be Bill of Material (BOM) 60, Bill of Material (BOM) form 61 and Enterprise Resources Planning or material demand planning system 50, integration by product data management system 30 of the present invention, not only can produce Bill of Material (BOM) automatically, also can replenish the new parts data, make database can have and keep the more function of new data.
Please consult Fig. 5 B to Fig. 5 F simultaneously, these figure are software interface synoptic diagram that product data management system integration method of the present invention is applied to constitutional diagram.Shown in Fig. 5 B is the constitutional diagram that design is finished, do not set up Bill of Material (BOM) among this figure as yet, and before product data management system of the present invention links with Enterprise Resources Planning or material demand planning system, also shown in Fig. 5 C, only the map title is arranged and do not have other material data.After product data management system of the present invention links with Enterprise Resources Planning or material demand planning system, by identification module with check module, product data management system can import the material data of old part and standardized element, shown in Fig. 5 D, if wherein comparison module compare can't be corresponding the new parts identifying information time, then produce the forms window that the new parts data are imported in requirement as Fig. 5 E as shown in by inserting the forms generation module.After the new parts data are imported one by one, through converging the remittance of mould preparation piece whole, further in constitutional diagram, produce Bill of Material (BOM) as shown in Fig. 5 F automatically by the forms generation module.
Please continue to consult Fig. 5 A, when design Figure 41 disassembled to part Figure 42, each design elements assembly still has can be for the identifying information 421 of identification.Identifying information 421 reads through identification module 31, by comparison module 321 in Enterprise Resources Planning or material demand planning system 50, or in the data that before imported of product data management system 30 relatively and after obtaining corresponding part data, see through forms generation module 33 and can carry out 422 step, and automatically each part data is inserted in the picture frame of this part drawing respectively.Therefore, split into by constitutional diagram under the situation of part drawing, because the data of Enterprise Resources Planning or material demand planning system 50 are set up at constitutional diagram and have been added the new parts data in the Bill of Material (BOM) process, therefore be to upgrade and complete database, and the data of database of being stored in the product data management system 30 also is a complete database after remittance is had suffered in before, therefore no matter be to obtain part data by product data management system 30 or Enterprise Resources Planning or material demand planning system 50, in each part drawing, can both automatically intactly import drawing frame data, and the input action that need not manually repeat.
Please consult Fig. 5 G and Fig. 5 H simultaneously, these figure are the integration method of product data management system of the present invention software interface synoptic diagram when being applied to constitutional diagram and disassembling into part drawing.As previously mentioned, after constitutional diagram is disassembled into part drawing, product data management system of the present invention can import (shown in Fig. 5 G) with the data of each part in Enterprise Resources Planning or the material demand planning system, utilize then the forms generation module automatically respectively this part data insert in the picture frame of each part drawing (shown in Fig. 5 H).
See also Fig. 6, this figure is the synoptic diagram that product data management system integration method of the present invention is applied to part drawing.After the designer finishes a series of Element Design Figure 43, required part drawing can be inserted in the constitutional diagram and make up, further to be assembled into constitutional diagram 431.At this moment, product data management system 30 carries out the integration of material data simultaneously, it at first obtains corresponding part data according to the identifying information of each part to Enterprise Resources Planning or material demand planning system 50 or the product data management system 30 previous data that import, and old part and standardized element data are imported in the Bill of Material (BOM) that product data management system 30 presented.If constitutional diagram need add new part, can on this constitutional diagram, carry out the new parts design.Because new parts there is no corresponding data in Enterprise Resources Planning or material demand planning system 50 or product data management system 30, as previously mentioned, product data management system 30 promptly can require the material data of inserting new parts in the forms window of inserting that produced, then utilize aforementioned remittance mould preparation piece with new again, legacy data is converged whole, database to Enterprise Resources Planning or material demand planning system 50 carries out the operation of Data Update on the one hand, and further on constitutional diagram 431, automatically produce complete Bill of Material (BOM) by the forms generation module, set up simultaneously and produce the material structure tree.On the other hand, the forms generation module also can be put in order back institute data updated according to converging in Enterprise Resources Planning or material demand planning system 50 or product data management system 30 databases, sets up the Bill of Material (BOM) form 432 that produces word or excel form simultaneously.
See also Fig. 7, this figure is the synoptic diagram that the integration method of product data management system of the present invention is applied to three-dimensional (3D) part drawing.After the designer finishes 3D Element Design Figure 44, promptly set up the attribute data (comprising new parts) of each part simultaneously., can earlier carry out step 441, this 3D part drawing is projected into three-view diagram thereafter, and remittance abroad 2D part drawing file.Afterwards in this 2D part chart display size, and set up the picture frame attribute data simultaneously.Thereafter then as previously mentioned, beginning to carry out material data by product data management system 30 integrates.Product data management system 30 at first can obtain corresponding part data to Enterprise Resources Planning or material demand planning system 50 or the product data management system 30 previous data that import, then on the constitutional diagram 442 that part is assembled, form Bill of Material (BOM) automatically, and set up generation material structure tree.Because the new parts data are imported in the 3D part drawing, therefore after checking module and checking, though comparative result does not have corresponding material data, but the 3D part drawing has had these new parts data, so product data management system 30 can directly see through the forms generation module and automatically produce the complete material inventory that comprises new parts, and need not again through inserting the effect of forms generation module, the forms window of generation requirement input new parts data.Product data management system 30 reads in the step 441 in the 2D map file behind the material data, except that aforementioned direct generation Bill of Material (BOM), and can be simultaneously with former database the new parts data of storage not, the operation of Data Update is carried out in Enterprise Resources Planning or material demand planning system 50 databases.In addition, these three-dimensionals (3D) Element Design Figure 44 also can be without projection, and directly is assembled into 3D constitutional diagram 443 with the 3D part, and in the 3D constitutional diagram dimensioning.At this moment, as previously mentioned, can on constitutional diagram 443, directly produce the complete material inventory that comprises new parts automatically by the integration of product data management system 30, and foundation produces the material structure tree by the forms generation module.The latter is preferable by the data integration mode that the 3D part drawing directly is assembled into constitutional diagram, because of its when original 3D part drawing has change, can upgrade 3D part in the constitutional diagram simultaneously, and can keep the correctness of design component, so can not project into the shortcoming that to upgrade part data behind the 2D part according to the part change just like the former.
See also Fig. 8, this figure is the synoptic diagram that the integration method of product data management system of the present invention is applied to electronic circuitry.Except the part drawing and constitutional diagram of aforementioned mechanical arrangement, the present invention also can integrate by the designed electronic circuit Figure 70 of electronic circuit computer aided design software.Electronic circuit Figure 70 is that with the different of aforementioned mechanism Bill of Material (BOM) maximum it does not have so-called new electronic component usually, and particularly same electronic component can be by different manufacturers produce, when so design is adopted, be not to choose its specification merely, still must select this specification electronic component of the manufacturer that adopts.
Please continue to consult Fig. 8 A, electronic circuit Figure 70 is after the circuit arrangement design is finished, automatically the easy Bill of Material (BOM) 701 of remittance abroad, 701 of this Bill of Material (BOM) are carried out the comparison and integration of material data by the product data management system 30 and the data of Enterprise Resources Planning or material demand planning system 50.Product data management system 30 also can directly carry out reading of electronic component data to electronic circuit Figure 70 without this Bill of Material (BOM) 701.After reading the preliminary material data of electronic component, product data management system 30 obtains corresponding electronic component data from Enterprise Resources Planning or material demand planning system 50 or the product data management system 30 previous data that import, find to have the part of single specification object/identifying information after relatively, but during by different vendor's manufacturing, then can further produce selection decision material forms 71 windows (shown in Fig. 8 B), so that select and determine the part of the manufacturer that adopts by inserting the forms generation module.After selecting institute to adopt manufacturer, the part data of this manufacturer can utilize remittance mould preparation piece to be converged whole.Material data after remittance is whole is set 72 except that utilizing the forms generation module to produce complete Bill of Material (BOM) and material structure automatically on the one hand, then can carry out the action of Data Update to Enterprise Resources Planning or material demand planning system 50 databases simultaneously on the other hand.

Claims (10)

1. the integration method of a product data management system, the material data that utilizes computer software that computer drawing software and resource database are set up is integrated, and enables intercommunication and shares simultaneously and upgraded, and the integration method of this product data management system comprises:
Make identification module read the identifying information that design object linked in the design drawing that computer drawing software is drawn, this identifying information is with specific data structure storage, and can compare with the data of described resource database;
Order checks module the material data that described identifying information linked and the data of described resource database is compared, and generation comparative result, according to this comparative result, if this material data is identical with the data of this resource database, then make the forms generation module produce Bill of Material (BOM), if this material data can't be corresponding with the data of this resource database, then order is inserted the generation of forms generation module and is inserted the forms window, carries out the input of new material data; And
Order remittance mould preparation piece imports described resource database with these new material datas, it is upgraded, and the data of utilizing aforementioned forms generation module will converge after putting in order simultaneously produces the complete material inventory that comprises new material.
2. according to the integration method of the described product data management system of claim 1, wherein the data of this resource database are when being connected with this product data management system, promptly import in this product data management system, make this check module and directly compare with this resource data database data that is deposited in this product data management system.
3. according to the integration method of the described product data management system of claim 1, wherein the design drawing drawn of this computer drawing software is the constitutional diagram of two-dimentional machinery structure.
4. according to the integration method of the described product data management system of claim 1, wherein the design drawing drawn of this computer drawing software is the part drawing of two-dimentional machinery structure.
5. according to the integration method of the described product data management system of claim 1, wherein the design drawing drawn of this computer drawing software is the constitutional diagram of three-dimensional machinery structure.
6. according to the integration method of the described product data management system of claim 1, wherein the design drawing drawn of this computer drawing software is the part drawing of three-dimensional machinery structure.
7. according to the integration method of claim 1,5 or 6 described product data management systems, the comparative result that this comparison module produced wherein, if there is the resource database can't corresponding new parts data, but when this design drawing had complete part material data, this forms generation module directly produced the complete material inventory that comprises new parts.
8. according to the integration method of the described product data management system of claim 1, wherein the design drawing drawn of this computer drawing software is an electronic circuitry.
9. according to the integration method of claim 1 or 8 described product data management systems, the comparative result that this comparison module produced wherein, if single identifying information is arranged but when the selectable material of different vendor is arranged, this is inserted the forms generation module and further produces selection decision material forms, so that select and determine the material of the manufacturer that adopts.
10. product data management system, the material data that utilizes computer software that computer drawing software and resource database are set up is integrated, and enables intercommunication and shares simultaneously and upgraded, and this product data management system comprises:
Identification module is used for reading computer drawing software and draws the identifying information that the design drawing design object is linked, and this identifying information is with specific data structure storage, and can compare with the data of described resource database;
Check module, be used for the material data that described identifying information is linked and the data of described resource database and compare and integrate, this checks module and comprises:
Comparison module is used for the material data that described identifying information is linked and the data of described resource database and compares;
Insert the forms generation module, be used for producing and insert the forms window, enable new material data input;
Remittance mould preparation piece is used for this new material data of importing and the data of former this resource database are integrated, and simultaneously new material data is imported this resource database, to upgrade data of database; And
The forms generation module is used for the complete list data that aforementioned remittance is whole and produces Bill of Material (BOM).
CNA2005101156198A 2005-11-08 2005-11-08 Conformity method of managing system of data of product Pending CN1963849A (en)

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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102467695A (en) * 2010-11-17 2012-05-23 英业达股份有限公司 Method for editing part information
CN102542389A (en) * 2010-12-24 2012-07-04 鸿富锦精密工业(深圳)有限公司 Part information integration system and method
CN105205038A (en) * 2015-09-18 2015-12-30 昆山龙腾光电有限公司 Complete material list table generation method and device
CN109607104A (en) * 2018-12-03 2019-04-12 Oppo(重庆)智能科技有限公司 A kind of material based reminding method and material system for prompting
CN112053136A (en) * 2020-09-10 2020-12-08 胜宏科技(惠州)股份有限公司 Automatic generation method and system for cutting and grinding data in PCB production
CN112183956A (en) * 2020-09-10 2021-01-05 胜宏科技(惠州)股份有限公司 System and method for creating engineering Inplan material by PCB

Cited By (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102467695A (en) * 2010-11-17 2012-05-23 英业达股份有限公司 Method for editing part information
CN102542389A (en) * 2010-12-24 2012-07-04 鸿富锦精密工业(深圳)有限公司 Part information integration system and method
CN105205038A (en) * 2015-09-18 2015-12-30 昆山龙腾光电有限公司 Complete material list table generation method and device
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CN112053136A (en) * 2020-09-10 2020-12-08 胜宏科技(惠州)股份有限公司 Automatic generation method and system for cutting and grinding data in PCB production
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