CN105469197A - Basic data management system of airplane manufacturing technology - Google Patents
Basic data management system of airplane manufacturing technology Download PDFInfo
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- CN105469197A CN105469197A CN201510798203.4A CN201510798203A CN105469197A CN 105469197 A CN105469197 A CN 105469197A CN 201510798203 A CN201510798203 A CN 201510798203A CN 105469197 A CN105469197 A CN 105469197A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0633—Workflow analysis
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/04—Manufacturing
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/30—Computing systems specially adapted for manufacturing
Abstract
The invention relates to the basic data management system of the airplane manufacturing technology. The basic data management system comprises a code management module, a unified data interaction platform, a Webservice data service interface, a basic operation sub system, a technology term sub system, a machining technology sub system, a non-metal formation technology sub system, an assembly technology sub system and a material parameter sub system, each sub system comprises a database table used for storing the technology data and the knowledge, a data display page used for displaying the technology data and the knowledge stored in the database table, and a data auditing flow used for auditing operation on the technology data and the knowledge, the code management module comprises a rule definition sub module, a code value management sub module, a code monitoring sub module and a model association sub module, the unified data interaction platform is used for carrying out data integration with other systems, and the Webservice data service interface is used for carrying out data integration with enterprise portals of users. The basic data management system is convenient for unified management and use of basic data of the airplane manufacturing technology.
Description
Technical field
The invention belongs to enterprise's technique information technical field, relate to enterprise's Process ba-sis data management, be specifically related to a kind of aircraft manufacturing process basic data management system.
Background technology
Enterprise, especially Airplane Manufacturing Enterprise, in product component manufacturing process, relate to all multi-specialized technological processs.At present, the process data such as technics, process, technological parameter, material parameter, assembly technology of these professional technological processs and knowledge are all or with document even the mode store and management of paper document, technical papers, knowledge and parameter are all dispersed in each technique person's hand, and this form has following drawback:
(1) be inconvenient to inquire about, be unfavorable for sharing application in full enterprise-wide.
(2) technological parameter and process knowledge do not form structurized data, and these data inconveniences are called by other process simulation CAE software, CAM software, CAPP software etc.
(3) process knowledge of each specialty and the shared producing level of data low, the recycling efficiency of process data and knowledge is low.
(4) process experiences, defective workmanship solution, improve the process knowledges such as processing quality measure and be all dispersed in each technologist's hand, lack structured management, more cannot share.
This with the drawback of document even the mode store and management of paper document in order to solve, some enterprises also develop and employ process management systems.But existing process management systems is all often develop according to the demand customization of each enterprise, the database table of its storage technology data and knowledge, the data display page etc. showing process data and knowledge are all fixing.Like this, on the one hand, be difficult to meet an existing process management systems of enterprise is applied to another one enterprise, therefore whenever having enterprise to have this process management systems demand, all need to carry out customization exploitation for the process data of enterprise and knowledge; On the other hand, when there has been new professional technique in the enterprise having had process management systems, has been difficult to existing process management systems to expand to new professional technique, has needed equally again to carry out customization exploitation.Like this, not only add workload, and add the cost of enterprise.
In addition, existing process management systems does not have data auditing flow mostly.Like this, the process data stored in process management systems and knowledge are easy to carry out randomness amendment, increase and deletion etc. by people, thus reduce authority and the reliability of process data and knowledge.Some process management systems, although there is data auditing flow, its data auditing flow is all changeless, is difficult to correspondingly change according to the difference of process data and knowledge and change.Like this, the demand that enterprise changes data auditing flow is just difficult to meet.
Again, existing process management systems or do not have and other system, the integrated interface of the systems such as such as CAPP, CAE and CAM, thus make other system be not easy to transfer corresponding process data and knowledge from it; There is fixing integrated interface, can only carry out integrated with other fixing system.Like this, when enterprise has newly introduced system, such as, after ERP software, carry out integrated integrated interface because existing process management systems does not have with ERP software, thus be difficult to process management systems and ERP software to carry out integrated.
Finally, existing process management systems does not have encode management function, is difficult to the effective management realizing technique.
In a word, existing process management systems is difficult to the regulatory requirement meeting Airplane Manufacturing Enterprise process data and knowledge dynamic change.
Summary of the invention
The object of the invention is to solve the problems referred to above existed in existing process resource data management, provide a kind of aircraft manufacturing process basic data management system, it is convenient to effective unified management and the use of various process data and knowledge in Airplane Manufacturing Enterprise.
In order to achieve the above object, the invention provides following technical scheme: a kind of aircraft manufacturing process basic data management system, it comprises code management module, uniform data interaction platform, Webservice database service interface and basic working procedure subsystem, technics subsystem, mechanical processing technique subsystem, nonmetal forming technology subsystem, assembly technology subsystem and material parameter subsystem, wherein, each described subsystem comprises:
(1) multiple database table for storage technology data and knowledge, described database table is formed by the data model dynamically set up in the mode of Data Dynamic modeling;
(2) for showing the data display page of process data and the knowledge stored in described database table, the described data display page dynamically configures in the mode of data display page dynamic-configuration, simultaneously, described data display page configuration has data model, thus sets up the incidence relation between the described data display page and described data model;
(3) the data auditing flow for auditing the operation of described process data and knowledge, described data auditing flow dynamically defines in the mode of data auditing flow Dynamic Definition, and described data auditing flow configures to described data model, thus set up the incidence relation between described data model and described data auditing flow;
Described code management module comprises rule definition submodule, code value management submodule, coding supervision submodule and model interaction submodule, described rule definition submodule is used for defining coding, described code value management submodule is used for managing the code value of coding, described coding supervision submodule is used for supervising coding, and described model interaction submodule is for setting up coding and associating between data model;
Described uniform data interaction platform is used for carrying out data integration with other system, and other system described can call process data and the knowledge of each subsystem by described uniform data interaction platform;
Described Webservice database service interface is used for carrying out data integration with the enterprise portal of user, and described enterprise portal can carry out data interaction with each subsystem by described Webservice database service interface.
Further, wherein, described regular definition submodule needs when defining coding to define title, type of coding, default value, minimum length and the maximum length of encoding.
Further, wherein, described code value management submodule comprises application and examination & verification two parts, and described application part is used for managing the code value of individual subscriber application, and the code value that described examination & verification part is used for user is responsible for auditing manages.
Again further, wherein, described coding supervision submodule comprises search and derives, and described search is used for searching for all codings, and described derivation is for deriving the coding defined.
Again further, wherein, described model interaction submodule sets up coding and associating between data model by relation template.
Finally, wherein, other system described comprises CAPP software, CAE software, CAM software and ERP software.
Aircraft manufacturing process basic data management system of the present invention can manage various process data and the knowledge of Airplane Manufacturing Enterprise, contribute to auxiliary common process personnel and carry out technological design, and be convenient to shared, the intercommunication of various process data and knowledge, contribute to the technological level and the management level that improve enterprise.
Simultaneously, in the present invention, the data model corresponding to various database tables of described aircraft manufacturing process basic data management system all dynamically builds, thus facilitate user according to the difference adjustment or change data model flexibly voluntarily of process data and knowledge, and then be convenient to the store and management of various process data and knowledge in Airplane Manufacturing Enterprise.
Further, in the present invention, the data display page of described aircraft manufacturing process basic data management system dynamically builds and safeguards, thus facilitates user to carry out various displaying, management and operation to process data and knowledge.
In addition, in the present invention, allow user dynamically to set up and service data auditing flow, and data auditing flow is associated with data model, thus realize user carries out various operation examination & verification to process data and knowledge, prevent user to the unordered operation of process data and knowledge; Further, its data auditing flow dynamically can change according to the demand of user, can meet the demand of different process data and knowledge being carried out to different examination & verification.
And in the present invention, described aircraft manufacturing process basic data management system has code management module, be convenient to carry out encode management to technique, thus make it manage more specification and convenient; Meanwhile, can define coding, manage, supervision etc., make its management convenient, quick.
Finally, in the present invention, described aircraft manufacturing process basic data management system can carry out data integration with other system and enterprise portal, is convenient to the unitized management of data.
Accompanying drawing explanation
Fig. 1 shows each subsystem that aircraft manufacturing process basic data management system of the present invention comprises.
Fig. 2 is the formation schematic diagram of aircraft manufacturing process basic data management system of the present invention.
Fig. 3 is an exemplary data auditing flow.
Embodiment
Describe the specific embodiment of the present invention in detail below in conjunction with accompanying drawing, the content of embodiment is not as the restriction to protection scope of the present invention.
The present invention relates to aircraft manufacturing process basic data management system, it is convenient to effective unified management of various process data and knowledge in Airplane Manufacturing Enterprise.
In an Airplane Manufacturing Enterprise, the content relevant to technique comprises basic working procedure, technics, machine work, nonmetal shaping, assembling and material parameter etc.Therefore, for the ease of managing all relevant to technique data involved in an Airplane Manufacturing Enterprise and knowledge, aircraft manufacturing process basic data management system of the present invention comprises multiple subsystem, each subsystem is for managing a kind of process data and knowledge, thus the Classification Management of the process data be convenient to different and knowledge.
Fig. 1 shows each subsystem that aircraft manufacturing process basic data management system of the present invention comprises.As shown in Figure 1, aircraft manufacturing process basic data management system of the present invention comprises basic working procedure subsystem, technics subsystem, mechanical processing technique subsystem, nonmetal forming technology subsystem, assembly technology subsystem and material parameter subsystem.
Wherein, described basic working procedure subsystem is for storing process data and the knowledge of the basic working procedure in Airplane Manufacturing Enterprise.Such as, the process data of the operation such as metal forming, welding, spraying and knowledge.
Described technics subsystem is for storing process data and the knowledge such as title, definition, example of technics conventional in Airplane Manufacturing Enterprise.
Described mechanical processing technique subsystem such as, for storing process for machining conventional in Airplane Manufacturing Enterprise, the related process data of the technique such as car, milling and knowledge.
Described nonmetal forming technology subsystem for storing in Airplane Manufacturing Enterprise conventional nonmetal formed machining technique, such as, the related process data of the techniques such as injection moulding and knowledge.
Described assembly technology subsystem is for storing process data and the knowledge of assembly technology in Airplane Manufacturing Enterprise.
Described material parameter subsystem is for storing the parameter etc. of various materials used in Airplane Manufacturing Enterprise.
In the present invention, the formation of above-mentioned subsystems is identical, therefore, below for one of them subsystem, introduces the formation of aircraft manufacturing process basic data management system of the present invention in detail.
Fig. 2 shows the formation schematic diagram of aircraft manufacturing process basic data management system of the present invention.As illustrated in fig. 1 and 2, aircraft manufacturing process basic data management system of the present invention, comprises code management module, uniform data interaction platform, Webservice database service interface and basic working procedure subsystem, technics subsystem, mechanical processing technique subsystem, nonmetal forming technology subsystem, assembly technology subsystem and material parameter subsystem.
Wherein, merely illustrate a subsystem in fig. 2, other subsystem and code management module, uniform data interaction platform are identical with this exemplary subsystem with the connected mode of Webservice database service interface.
As shown in Figure 2, each subsystem all comprises database table, the data display page and data auditing flow.Certainly, the process data involved by each subsystem and the difference of knowledge, the concrete formation of described database table, the data display page and data auditing flow has different.
Wherein, described database table has multiple, is respectively used to store corresponding process data and knowledge.Because subsystems needs the process data that stores and knowledge to have nothing in common with each other, therefore, each database table is according to the difference of stored process data and knowledge, often there is different field structures, further, along with the change of process data and knowledge, its field structure also may be change.Therefore, if adopt the database table of fixed field structure, so the regulatory requirement of Airplane Manufacturing Enterprise to different process data and knowledge will be difficult to meet.For this reason, in the present invention, dynamically set up the data model corresponding to database table of each subsystem in the mode of Data Dynamic modeling, thus make user to adjust flexibly voluntarily or to change data model, to meet the regulatory requirement of each subsystem to process data and knowledge.
In the present invention, particularly, when user sets up the data model of subsystem, first by user determine data model title and for user provides a data model field template after user determines the title of data model.Have some field attributes that various field all comprises usually in this data model Field Template, such as sequence number, title, ID, school weigh field, data type, data dictionary, chained address, width, default value, length, must fill out, edit display, check display, explanation etc.
After provide described data model Field Template for user, user by inserting related content or selecting the options that provides of template can be just that described data model adds a field according to described data model Field Template in each field attribute.Certainly, if user-selected data type is " data dictionary ", so corresponding data dictionary should be selected in data dictionary attribute.Like this, user according to the difference of the process data of required storage and knowledge, can be the field that its corresponding data model adds needed for oneself, thus completes the structure of data model.
Such as, for technics data model, it field comprised has term name, English name, definition, affiliated classification, is subordinate to specialty and Data Source etc.By above-mentioned data model construction method, be respectively technics data model to build term name, English name, definition, affiliated classification, be subordinate to the field such as specialty and Data Source, thus formed and comprise term name, English name, definition, affiliated classification, be subordinate to the technics database table of the field such as specialty and Data Source.This technics database table is used for storing various technics involved in professional technological process.
Certainly, after building a data model, if think that certain field attribute of certain field is improper, can also modify to it.Such as, if think that " must fill out " attribute that the field of technics data model " is subordinate to specialty " should change "No" into by "Yes", so just can modify to it.
Meanwhile, after building a data model, if the field of this data model is improper, such as, if think and also need increase field or delete a field, so can increase the field of this data model or delete, to meet the demand of user.Meanwhile, also can allow user each field is carried out on move, move down, the operation such as top set, bottom set, to meet the individual demand of user.
In addition, after building a data model, Authorized operation can be carried out to this data model.Such as, for this data model arranges domestic consumer, data administrator, safety officer, audit administrator and system manager etc. respectively, thus give different users different authorities, so that different users can carry out different operations to the process data stored in the database table corresponding to this data model and knowledge.
After having built a data model, identical method be adopted to build next data model according to the demand of each subsystem.
By building above-mentioned data model, each subsystem being provided with and storing various process data involved in corresponding professional technological process and the database table of knowledge.By loading corresponding process data and knowledge in described database table, contributing to auxiliary common process personnel and carrying out corresponding professional technological design etc.
The described data display page is for showing and operating the process data and knowledge that store in described database table.In the present invention, described process data subsystem comprises multiple data model, i.e. multiple database table, and the inside stores various process data and knowledge.But in actual use, a user does not often need all process datas and the knowledge of each professional technological process, and only may need process data and the knowledge of a part.In this case, if various process data and knowledge are all showed user, make on the one hand the process data shown and knowledge too many, user uses inconvenience more; Another is convenient, increases the displaying workload of data system, waste system resource.
Therefore, in the present invention, the described data display page dynamically configures in the mode of data display page dynamic-configuration, makes user can selectably show required process data and knowledge, thus meet the demand of oneself.
In the present invention, particularly, when user configures the data display page of each process data subsystem, first an application is created for each data model, then be described process data subsystem configures tab page face, and the incidence relation set up between this tab page face and described application, thus show described application on described tab page face.
When creating application for data model, for user provides one to apply drawing template establishment.Have in this application drawing template establishment title that various application all comprises usually, DISPLAY ORDER, description and allow the attributes such as model.User only needs to insert related content in each attribute and one of them data model created before selecting in " allow model " attribute can realize the establishment of an application.Application required for each user can create according to the needs of oneself.Such as, if a user only needs technics data and technological parameter data, so its needs set up technics application and technological parameter application.Wherein, technics application institute allow model to be technics data model, technological parameter apply allow model to be technological parameter data model.
After creating application, just need for described subsystem configures tab page face.In the present invention, when setting up described tab page face, for user provides a tab page face drawing template establishment.Wherein, there is in this tab page face drawing template establishment title, the attribute such as DISPLAY ORDER and description that various tab page face all comprises usually.User, by inserting related content in each attribute, can realize the establishment in the tab page face of described process data subsystem.
The tab page face of the process data subsystem created by above-mentioned tab page face drawing template establishment is also an empty page, want to allow it can show various process data and knowledge, next to be this tab page face associated application, thus realize associating of the tab page face database table corresponding with the data model of application.In the present invention, associating between tab page face with application is set up by relation template.Particularly, after establishing described tab page face, for described tab page face provides a relation template, the various application created can be selected by user in described relation template, thus set up the incidence relation between described tab page face and various application.
Such as, if the process data of user's needs and knowledge comprise technics and technological parameter, technics application and technological parameter application so to be associated on the tab page face of its process data subsystem created.After the incidence relation having established tab page face and various application, can by the relevant information of various application, the content of each field of the database table corresponding to the data model namely applied is presented on described tab page face.Like this, by clicking each application on described tab page face, can call and the process data that stores in the database table corresponding to the data model of this application and knowledge, thus realizing the display of related process data and knowledge, and various operation can be carried out for it.
Described data auditing flow is used for auditing the operation of the various process data stored in described database table and knowledge.Process data involved by each professional technological process and knowledge kind are a lot, and the importance of each process data and knowledge, authority and management etc. are different again.If for all process datas and knowledge all provide a kind of fixing data auditing flow, be so obviously difficult to meet the individual demand of user and the different management expectancys of different process data and knowledge.
Therefore, in the present invention, described data auditing flow dynamically defines in the mode of data auditing flow Dynamic Definition.That is, by the difference of user according to the management of the process data stored in disparate databases table in each process data subsystem and knowledge, the data auditing flow of self-defined various process data and knowledge, thus increase its dirigibility, meet individual requirements.
In the present invention, particularly, when user sets up the data auditing flow of each process data subsystem, first by user determine data auditing flow Name and Description and for user provides a data auditing flow to define template after user determines the Name and Description of data auditing flow.
This data auditing flow definition template comprises workflow tool and editing area.Multiple flow nodes is comprised in described workflow tool.Described flow nodes comprises single examination & approval, evaluation countersign, certainly examines countersign, joint examination countersign and decision node.Wherein, the participant of described single careful label can be: participant, department, one in role.Described evaluation examines the participant of label for multiple.The described participant certainly examining label can be multiple, but must have a main responsible official.The participant of label is examined in described joint examination can for multiple and will point out the number percent that this node passes through.Described decision node is an automatic node, and without any need for artificial participation, this node can flow out many Migration Lines, and the Migration Line that decision node flows out is different from other Migration Line.Described editing area is for defining concrete data auditing flow.
When defining concrete data auditing flow, user is according to the examination & verification needs of various process data and knowledge, corresponding flow nodes is selected from described workflow tool, to be added in described editing area and to be determined the relevant information such as participant and authority of corresponding flow nodes, then with Migration Line, selected flow nodes is coupled together, the data auditing flow formed.
Fig. 3 shows an exemplary data auditing flow.When the data auditing flow shown in concrete definition Fig. 3, single approval process node first to add in editing area and determines the personnel of single examination & approval by user, then evaluation countersign flow nodes added in editing area and determine to evaluate the participant of countersign, then decision node is added in editing area, finally add joint examination countersign flow nodes in editing area to and reach much percentage Bizets after determining to make a joint checkup the participant of countersign and joint examination countersign allowing by joint examination countersign.After having added above-mentioned flow nodes and determine foregoing, each flow nodes has coupled together by the logic Migration Line according to approval process, can complete the definition of above-mentioned data auditing flow.
In the present invention, because each process data subsystem all relates to multiple data model.So, when defining data auditing flow, user should define corresponding data auditing flow respectively according to needing of auditing of the data of each data model, thus is convenient to audit the operation of various process data involved in each process data subsystem and knowledge.
After establishing data auditing flow, also to set up the incidence relation between described data model and corresponding data auditing flow, thus audit according to the operation of described data auditing flow to the process data stored in the database table corresponding to described data model and knowledge.
In the present invention, the incidence relation between data model and data auditing flow is set up by relation template.Particularly, can after the data model establishing each process data subsystem, for described data model provides a relation template, in described relation template, selected the data auditing flow defined by user, thus set up the incidence relation between data model and data auditing flow.Like this, user can associate a data auditing flow respectively for each data model of each process data subsystem.
After establishing the incidence relation between data model and data auditing flow, when the process data stored in the database table corresponding to described data model and knowledge operate, progressively must audit according to the auditing flow defined in described data auditing flow, and just can associative operation be carried out after examination & verification completes, thus ensure that the effective management to the process data in each process data subsystem and knowledge, ensure that its reliability and authority.
Such as, if establish the incidence relation between the data auditing flow shown in technics data model and Fig. 3, when the technics data so stored in the technics database table corresponding to technics data model operate, must audit according to the data auditing flow shown in Fig. 3, audit just operating of passing through.That is, first give single approving person to examine, if single approving person does not pass through, then do not allow to operate; If single approving person have passed, so give evaluation countersign personnel by by the content report after single approving person's examination & approval, carry out evaluation by evaluation countersign personnel to conutersign, and determine be reported to joint examination countersign or directly terminate according to the countersign result of evaluation countersign personnel.Particularly, if not by the countersign of evaluation countersign personnel, then directly terminate examination & verification, do not allow to operate; If have passed the countersign of evaluation countersign personnel, be so reported to joint examination countersign personnel, by joint examination countersign, personnel provide final result.That is, if having passed the countersign of joint examination countersign personnel, so allow to operate, if not by the countersign of joint examination countersign personnel, so do not allow to operate.
As shown in Figure 2, in the present invention, described code management module comprises rule definition submodule, code value management submodule, coding supervision submodule and model interaction submodule.
Wherein, described rule definition submodule is used for defining coding.Particularly, described regular definition submodule needs when defining coding to define title, type of coding, default value, minimum length and the maximum length of encoding.By described rule definition submodule, can coding be defined, thus for described aircraft manufacturing process basic data management system.
Described code value management submodule is used for managing the code value of coding.In the present invention, described code value management submodule comprises application and examination & verification two parts.Described application part is used for managing the code value of individual subscriber application, comprises launching the coding of individual subscriber application, fold, increase, delete, revise, searching for and submission etc.The code value that described examination & verification part is used for user is responsible for auditing manages, comprise carry out searching for, examine by, return, check details etc.
Described coding supervision submodule is used for supervising coding.In the present invention, described coding supervision submodule comprises search and derives.Described search is used for searching for all codings.Described derivation is for deriving the coding defined.Certainly, described coding supervision submodule also can launch coding, the simple operations such as fold.
Described model interaction submodule is for setting up coding and associating between data model.In the present invention, described model interaction submodule sets up coding and associating between data model by relation template.Particularly, be each encoding setting defined relation template, in described relation template, set all data models built.Coding and the associating of data model can be set up by selecting corresponding data model.
Described uniform data interaction platform is used for carrying out data integration with other system.Other system described can call process data and the knowledge of each subsystem by described uniform data interaction platform.The process data and knowledge that store in the database table of each subsystem can be called by described uniform data interaction platform, for CAPP software provider legitimate name, Essential Terms, typical process, frock information, facility information and tool information etc., to carry out technical papers authorized strength work with helping technologist's Express specification.
In addition, described uniform data interaction platform can also call the process data and knowledge that store in the database table of each subsystem, for CAE software and CAM software carry out the support that technique Finite Element Simulation Analysis provides material parameter and technological parameter, technologist is carried out, and each professional process simulation analytic process is truer, quick, specification.
Except above-mentioned CAPP software, CAE software and CAM software, the aircraft manufacturing process basic data management system of enterprise can also be carried out integrated with other data management system of enterprise, such as, and ERP software etc.
Described Webservice database service interface is used for carrying out data integration with the enterprise portal of user, and described enterprise portal can carry out data interaction with each subsystem by described Webservice database service interface.By described Webservice database service interface, each subsystem can be associated with the data of enterprise portal, be convenient to the unification of data and share.
The content of embodiment is understood for the ease of those skilled in the art and uses the present invention and describe, and does not form restriction the present invention being protected to content.Those skilled in the art, after having read content of the present invention, can carry out suitable amendment to the present invention.Protection content of the present invention is as the criterion with the content of claim.When not departing from flesh and blood and the protection domain of claim, the various amendments carried out the present invention, change and replacement etc. are all within protection scope of the present invention.
Claims (6)
1. an aircraft manufacturing process basic data management system, it comprises code management module, uniform data interaction platform, Webservice database service interface and basic working procedure subsystem, technics subsystem, mechanical processing technique subsystem, nonmetal forming technology subsystem, assembly technology subsystem and material parameter subsystem, wherein, each described subsystem comprises:
(1) multiple database table for storage technology data and knowledge, described database table is formed by the data model dynamically set up in the mode of Data Dynamic modeling;
(2) for showing the data display page of process data and the knowledge stored in described database table, the described data display page dynamically configures in the mode of data display page dynamic-configuration, simultaneously, described data display page configuration has data model, thus sets up the incidence relation between the described data display page and described data model;
(3) the data auditing flow for auditing the operation of described process data and knowledge, described data auditing flow dynamically defines in the mode of data auditing flow Dynamic Definition, and described data auditing flow configures to described data model, thus set up the incidence relation between described data model and described data auditing flow;
Described code management module comprises rule definition submodule, code value management submodule, coding supervision submodule and model interaction submodule, described rule definition submodule is used for defining coding, described code value management submodule is used for managing the code value of coding, described coding supervision submodule is used for supervising coding, and described model interaction submodule is for setting up coding and associating between data model;
Described uniform data interaction platform is used for carrying out data integration with other system, and other system described can call process data and the knowledge of each subsystem by described uniform data interaction platform;
Described Webservice database service interface is used for carrying out data integration with the enterprise portal of user, and described enterprise portal can carry out data interaction with each subsystem by described Webservice database service interface.
2. aircraft manufacturing process basic data management system according to claim 1, wherein, described regular definition submodule needs definition to encode title, type of coding, default value, minimum length and maximum length when defining coding.
3. aircraft manufacturing process basic data management system according to claim 2, wherein, described code value management submodule comprises application and examination & verification two parts, described application part is used for managing the code value of individual subscriber application, and the code value that described examination & verification part is used for user is responsible for auditing manages.
4. aircraft manufacturing process basic data management system according to claim 3, wherein, described coding supervision submodule comprises search and derives, and described search is used for searching for all codings, and described derivation is for deriving the coding defined.
5. aircraft manufacturing process basic data management system according to claim 4, wherein, described model interaction submodule sets up coding and associating between data model by relation template.
6. the aircraft manufacturing process basic data management system according to any one of claim 1-5, wherein, other system described comprises CAPP software, CAE software, CAM software and ERP software.
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| CN201510798203.4A CN105469197A (en) | 2015-11-19 | 2015-11-19 | Basic data management system of airplane manufacturing technology |
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| CN201510798203.4A CN105469197A (en) | 2015-11-19 | 2015-11-19 | Basic data management system of airplane manufacturing technology |
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| CN201510798203.4A Pending CN105469197A (en) | 2015-11-19 | 2015-11-19 | Basic data management system of airplane manufacturing technology |
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Cited By (5)
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| CN106774170A (en) * | 2016-11-24 | 2017-05-31 | 北京动力机械研究所 | A kind of generation system of three-dimensional mechanical processing technique |
| CN107330666A (en) * | 2017-06-21 | 2017-11-07 | 王建 | One kind coding management system |
| CN108170418A (en) * | 2017-12-29 | 2018-06-15 | 曙光信息产业(北京)有限公司 | A kind of industrial design system |
| CN111461653A (en) * | 2020-03-31 | 2020-07-28 | 成都飞机工业（集团）有限责任公司 | Aircraft manufacturing-oriented structured process specification compiling system and method |
| CN115544006A (en) * | 2022-09-23 | 2022-12-30 | 北京上里科技文化有限公司 | General database data operation model and construction method thereof |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106774170A (en) * | 2016-11-24 | 2017-05-31 | 北京动力机械研究所 | A kind of generation system of three-dimensional mechanical processing technique |
| CN106774170B (en) * | 2016-11-24 | 2019-08-06 | 北京动力机械研究所 | A kind of generation system of three-dimensional mechanical processing technique |
| CN107330666A (en) * | 2017-06-21 | 2017-11-07 | 王建 | One kind coding management system |
| CN108170418A (en) * | 2017-12-29 | 2018-06-15 | 曙光信息产业(北京)有限公司 | A kind of industrial design system |
| CN111461653A (en) * | 2020-03-31 | 2020-07-28 | 成都飞机工业（集团）有限责任公司 | Aircraft manufacturing-oriented structured process specification compiling system and method |
| CN115544006A (en) * | 2022-09-23 | 2022-12-30 | 北京上里科技文化有限公司 | General database data operation model and construction method thereof |
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