CN104504535B - The construction method of titanium alloy member laser gain material manufacturing process data system - Google Patents
The construction method of titanium alloy member laser gain material manufacturing process data system Download PDFInfo
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- CN104504535B CN104504535B CN201510004098.2A CN201510004098A CN104504535B CN 104504535 B CN104504535 B CN 104504535B CN 201510004098 A CN201510004098 A CN 201510004098A CN 104504535 B CN104504535 B CN 104504535B
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- G06F30/30—Circuit design
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Abstract
The present invention relates to the construction methods of titanium alloy member laser gain material manufacturing process data system, include the following steps：The data model of titanium alloy member laser gain material manufacturing process data system is dynamically set up in a manner of data dynamic modeling；The data displayed page of titanium alloy member laser gain material manufacturing process data system is dynamically configured in a manner of data displayed page dynamic configuration and is data displayed page configuration data model, establishes the incidence relation between them；The data auditing flow of titanium alloy member laser gain material manufacturing process data system is dynamically defined in a manner of data auditing flow dynamic definition；For data model configuration data auditing flow, the incidence relation between them is established.This method establishes data model, displayed page and auditing flow and the relationship between them with facilitating user's dynamic flexible, to build complete data system；And the data system can manage various process datas and knowledge in titanium alloy member laser gain material manufacturing process.
Description
Technical field
The invention belongs to increasing material manufacturings, i.e. 3D printing technique field, are related to a kind of structure of increasing material manufacturing process data system
Construction method more particularly to a kind of construction method of titanium alloy member laser gain material manufacturing process data system.
Background technology
Increasing material manufacturing is also referred to as " 3D printing ", it does not need cutter and mold, using three-dimensional CAD model in an equipment
Parts with complex structures can be rapidly and precisely produced, to realize " freely manufacturing ", solution traditional handicraft is difficult to or nothing
The limitation of method processing, and the parts machining period is substantially reduced, and also complex structure product, the speed of manufacture are promoted
Significantly.
3D printing signifies that the appearance of individual character manufacturing pattern, the mankind will manufacture in cooperation in new ways；System
Deep reform will be occurred by making process and management mode, and existing manufacturing industry Distribution Pattern will be broken.Currently, China's manufacturing industry has been
It is ultimate attainment through performing to the potentiality of high-volume, low cost manufacturing, but the following manufacturing focus of the competition will be dominated by innovation,
The development of Apple Inc. has just embodied this development trend.
3D printing technique is exactly to meet the powerful of innovative development, and the application popularization degree of 3D printing technique is in certain journey
A national innovation ability is signified on degree.As people deepen continuously to the awareness of 3D printing technique, new industry
Revolution is also quietly arrived along with innovation.
Meanwhile titanium alloy is widely used in every field because having the characteristics that intensity is high, corrosion resistance is good, heat resistance is high.
Especially, it is even more to have obtained widely applying that titanium alloy member is upper in big aircraft etc..Therefore, the 3D printing in relation to titanium alloy member
Also it is widely studied and applied.
But when research institution and enterprise carry out titanium alloy member 3D printing manufacture both at home and abroad at present, it is required for setting ratio
More complex process data and knowledge (include laser power, sweep speed, spot size, overlapping rate, powder feed rate, gas stream
Amount, defocusing amount etc.), and related data could be correctly arranged in the only abundant researcher of correlation experience, if lacking technique
The support of data and knowledge, common process personnel are difficult to set correct suitable technological parameter.
Simultaneously as titanium alloy member laser gain material manufacturing process and conventional machining process (machine adds, metal plate, welding, at heat
Reason, assembly technology etc.) difference is very big, without workable process data system, it is adapted with increasing material manufacturing process due to lacking
Special process data system support, be restrict titanium alloy member laser gain material manufacture application industry an important factor for, because
Titanium alloy member laser gain material manufacturing process data system is badly in need of in this current enterprise, with the following titanium alloy member by foundation of support
Laser gain material manufacturing based on digital production line.
Invention content
Present invention aim to address the above problems present in existing titanium alloy member laser gain material manufacturing process, provide
A kind of construction method of titanium alloy member laser gain material manufacturing process data system, can quickly, flexibly, dynamically build out
The data system for managing required various process datas and knowledge in titanium alloy member laser gain material manufacturing process, to be general
Logical technologist provides required various process datas and knowledge in titanium alloy member laser gain material manufacturing process, and then helps
Being smoothed out and promoting and applying in the manufacture of titanium alloy member laser gain material.
In order to achieve the above object, the present invention provides the following technical solutions：A kind of titanium alloy member laser gain material manufacture work
The construction method of skill data system comprising following steps：
(1) titanium alloy member laser gain material manufacturing process data system is dynamically set up in a manner of data dynamic modeling
Various data models, data model formation titanium alloy member laser gain material manufacturing process data system are used to store various works
The database table of skill data and knowledge；
(2) titanium alloy member laser gain material manufacturing process number is dynamically configured in a manner of data displayed page dynamic configuration
According to the various data displayed pages of system, and it is the data displayed page configuration data model, to set up the data
Incidence relation between displayed page and the data model, and then convenient for showing the data on the data displayed page
The various process datas and knowledge stored in the table of library；
(3) titanium alloy member laser gain material manufacturing process number is dynamically defined in a manner of data auditing flow dynamic definition
According to the various data auditing flows of system；
(4) it is the data model configuration data auditing flow, is examined with the data to set up the data model
Incidence relation between core flow, in order to the audit to the various process datas and the operation of knowledge.
Further, wherein the data auditing flow is made of the Migration Line of flow nodes and connection flow nodes, institute
Flow nodes are stated to include single examination ＆ approval, evaluate countersign, certainly examine countersign, make a joint checkup countersign and decision node.
Further, wherein the data model includes technics data model, process data model, work
Skill supplemental characteristic model, material parameter data model, equipment technical parameters data model, tooling technical parameter data model, work
Have technical parameter data model, typical process data model, process knowledge data model and technological standards canonical data model.
In the present invention, user can be various in titanium alloy member laser gain material manufacturing process without programmatically quickly establishing
Process data model facilitates user according to the Bu Tong voluntarily spirit of process data and knowledge to generate various technological data bank tables
Adjustment living changes process data model, consequently facilitating various process datas and knowing in titanium alloy member laser gain material manufacturing process
The storage of knowledge.
Meanwhile user's dynamic being allowed to establish and safeguard data displayed page, to facilitate user to process data and knowledge
Carry out various management and operation；Moreover, user's dynamic is allowed to establish and safeguard data auditing flow, and by data auditing flow with
Data model is associated, and the audit of various operations is carried out to realize user to process data and knowledge, prevents user to work
The unordered operation of skill data and knowledge.
Finally, the process data system constructed by includes work involved in titanium alloy member laser gain material manufacturing process
Process, technological parameter, material parameter, manufacturing equipment parameter, typical process, defective workmanship, process knowledge, technological standards specification
Etc. various process datas and knowledge, contribute to the laser gain material for assisting common process personnel to carry out titanium alloy member manufacture, in turn
The popularization and application for contributing to titanium alloy member laser gain material to manufacture.
Description of the drawings
Fig. 1 is the flow chart of the construction method of the titanium alloy member laser gain material manufacturing process data system of the present invention.
Fig. 2 is the composition schematic diagram of the database table of titanium alloy member laser gain material manufacturing process data system.
Fig. 3 is an illustrative data auditing flow.
Fig. 4 is the titanium alloy member laser gain material manufacturing process data system constructed by construction method through the invention
Composition schematic diagram.
Specific implementation mode
Detailed description of the present invention specific implementation mode below in conjunction with the accompanying drawings, the content of specific implementation mode is not as to this
The limitation of the protection domain of invention.
The construction method of titanium alloy member laser gain material manufacturing process data system of the present invention being capable of quick, spirit
Number that is living, dynamically building out required various process datas and knowledge in management titanium alloy member laser gain material manufacturing process
According to system, to help that common process personnel is assisted to carry out titanium alloy member laser gain material manufacture, and then contribute to titanium alloy
The manufacture of component laser gain material is smoothed out and promotes and applies.
Fig. 1 shows the flow of the construction method of the titanium alloy member laser gain material manufacturing process data system of the present invention
Figure.As shown in Figure 1, the first step of the construction method of titanium alloy member laser gain material manufacturing process data system of the present invention
It is the data model that titanium alloy member laser gain material manufacturing process data system is dynamically set up in a manner of data dynamic modeling.
Wherein, which forms the database table of titanium alloy member laser gain material manufacturing process data system, the database table
For storing corresponding process data involved in titanium alloy member laser gain material manufacturing process and knowledge.
In titanium alloy member laser gain material manufacturing process, involved process data and knowledge are numerous, such as technique art
Language, process, technological parameter, material parameter, equipment technical parameters, tooling technical parameter, tool technique parameter, typical work
Skill, process knowledge and technological standards specification etc..These process datas and knowledge include structured data and non-structural data.Together
When, structured data is complicated and changeable again.
Therefore, if constructed data model, that is, being used for the structure of the database table of storage technology data and knowledge is
It is changeless, it is evident that cannot be satisfied requirement.For this purpose, in the present invention, dynamically being built in a manner of data dynamic modeling
The data model of vertical titanium alloy member laser gain material manufacturing process data system so that user can voluntarily be adjusted flexibly or
Change data model, to meet management need of the titanium alloy member laser gain material manufacturing process data system to process data and knowledge
It asks.
In the present invention, specifically, the data of titanium alloy member laser gain material manufacturing process data system are established in user
When model, the title of data model is determined by user first and provides one to the user after the title that user determines data model
A data model field template.Some field attributes for usually all including with various fields in the data model Field Template,
Such as serial number, ID, school weight field, data type, data dictionary, chained address, width, default value, length, must be filled out, be compiled at title
Display is collected, display is checked, illustrates.
After having provided the data model Field Template to the user, user in each field attribute by inserting phase
The options held inside the Pass or template is selected to be provided can be the data model according to the data model Field Template
Add a field.It certainly, should be in data dictionary attribute if the selected data type of user is " data dictionary "
The middle corresponding data dictionary of selection.In this way, user can be its phase according to the process data of required storage and the difference of knowledge
The data model answered adds the field needed for oneself, to complete the structure of data model.
For example, for technics data model comprising field have title, English name, definition, affiliated point
Class is subordinate to profession and data source etc..By above-mentioned data model construction method, respectively technics data model is built
Title, definition, affiliated classification, is subordinate to the fields such as profession and data source at English name, includes title, English name to be formed
Claim, define, the affiliated technics database table classified, be subordinate to the fields such as profession and data source.The technics database
Table is used for storing the involved various technics of titanium alloy member laser gain material manufacture.
Certainly, after building a data model, if it is considered to the certain field attribute of certain field is improper, also
It can be modified.For example, if it is considered to " must fill out " attribute of the field " being subordinate to profession " of technics data model is answered
Should "No" be changed to by "Yes", then can modify to it.
Meanwhile after building a data model, if the field of the data model is improper, for example, if recognizing
To also need to increase a field or deleting a field, then the field of the data model can be increased or be deleted
It removes, to meet the needs of users.It is also possible to allow user move up, move down to each field, the behaviour such as top set, bottom set
Make, to meet the individual demand of user.
In addition, after building a data model, Authorized operation can be carried out to the data model.For example, for should
Ordinary user, data administrator, safety officer, audit administrator and system manager etc. is respectively set in data model, to
The different permission of different users is given, in order to which different users can be to depositing in the database table corresponding to the data model
The process data and knowledge of storage carry out different operations.
It, be according to the demand of titanium alloy member laser gain material manufacturing process data system after having built a data model
Next data model is built using identical method.For the ease of to involved in titanium alloy member laser gain material manufacturing process
The management of various process datas and knowledge be altogether in the present invention titanium alloy member laser gain material manufacturing process data system
Establish ten data models, respectively technics data model, process data model, technological parameter data model,
Material parameter data model, equipment technical parameters data model, tooling technical parameter data model, tool technique supplemental characteristic mould
Type, typical process data model, process knowledge data model and technological standards canonical data model.These data models most end form
As the database table of titanium alloy member laser gain material manufacturing process data system as shown in Figure 2, pass through these numbers
Various process datas involved in titanium alloy member laser gain material manufacturing process and knowledge are stored according to library table.
Wherein, the technics data model formation process terminological data bank table, for storing titanium alloy member laser
Involved various technics during increasing material manufacturing, involved by field include title, it is English name, definition, affiliated
Classify, be subordinate to profession and data source etc..
The process data model formation process method database table, for storing titanium alloy member laser gain material system
Involved various processes during making, involved by field include title, English name, definition, basic principle and
Process, process principle schematic and key process parameter etc..
The technological parameter data model formation process parameter database table, for storing titanium alloy member laser gain material system
Involved various technological parameters during making, involved by field include parameter name, parameter definition, Parameter units and parameter
Acquisition modes etc..
The material parameter data model forming material parameter database table, for storing titanium alloy member laser gain material system
Involved a variety of materials parameter during making, involved by field include material trademark, material type, material parameter list
Position, material thickness, material heat treatment state, density, plasticity etc..
The equipment technical parameters data model forms equipment technical parameters database table, swashs for storing titanium alloy member
Involved various device parameters during light increasing material manufacturing, involved by field include device name, unit type, equipment
Specification, uses unit, manufacturer, equipment life, maximum weight etc. at device type.
The tooling technical parameter data model forms tooling technical parameter database table, swashs for storing titanium alloy member
Involved various tooling technical parameters during light increasing material manufacturing, involved by field include tooling title, tooling type,
Tooling applicable craft method, tooling effect or purposes, Fixture Design principle information etc..
The tool technique supplemental characteristic model forms tool technique parameter database table, swashs for storing titanium alloy member
Involved various tool technique parameters during light increasing material manufacturing, involved by field include tool number, tool title,
Tool types, tool specification, tool own material etc..
The typical process data model forms typical process database table, for storing titanium alloy member laser gain material system
Involved typical process during making, involved by field include title, English name, be applicable in part type and geometry is special
Sign, applicable part process feature, part material type etc..
The process knowledge data model formation process knowledge data base table, for storing titanium alloy member laser gain material system
Involved process knowledge during making, including knowledge, the knowledge etc. of defective workmanship solution of processing quality measure are improved,
And corresponding field is had according to the difference of knowledge.
The technological standards canonical data model formation process standard criterion database table swashs for storing titanium alloy member
Involved technological standards and technological specification during light increasing material manufacturing, involved by field include that file formal specification is compiled
Number, file name, English name, file content keyword, file content brief introduction, version and date etc..
By building above-mentioned data model so that the titanium alloy member laser gain material manufacturing process data system, which has, to be deposited
Store up the database table of various process datas and knowledge involved in titanium alloy member laser gain material manufacturing process.By described in
It is packed into corresponding process data and knowledge in database table, helps that common process personnel is assisted to carry out titanium alloy member laser increasing
Material manufactures.
Specifically, in the present invention, wherein more than 2000 technique arts are stored in the technics database table
Language；More than 10 processes are stored in the process database table；It is stored in the technological parameter database table
More than 200 technological parameters；More than 150 material parameters are stored in the material parameter database table；The equipment and technology
More than 10 equipment technical parameters are stored in parameter database table；It stores and is more than in the tooling technical parameter database table
10 tooling technical parameters；More than 10 tool technique parameters are stored in the tool technique parameter database table；The allusion quotation
More than 5 typical process are stored in type technological data bank table；More than 50 works are stored in the process knowledge database table
Skill knowledge；More than 100 standard criterions are stored in the standard criterion database table.These process datas and knowledge are all these
What the technical specialist in field and application enterprise summed up, it is enough that common process personnel is assisted to carry out titanium alloy member golden light increasing
Material manufactures.
After having built various data models, only realize involved in titanium alloy member laser gain material manufacturing process
Process data and knowledge storage, to realize the use of various process datas and knowledge, it is necessary to realize its display and behaviour
Make.
Therefore, it after having built various data models, is moved followed by a manner of data displayed page dynamic configuration
It configures to state the data displayed page of titanium alloy member laser gain material manufacturing process data system and is the data displayed page
Configuration data model to set up the incidence relation between the data displayed page and the data model, and then is convenient for
The process data stored in the corresponding database table of the data model is shown and operated on the data displayed page and is known
Know.Wherein, the data displayed page is for showing and allowing the various technique numbers stored in database table described in user's operation
According to and knowledge.
In the present invention, the titanium alloy member laser gain material manufacturing process data system includes multiple data models, i.e.,
Multiple database tables, the inside are stored with various process datas and knowledge.But in actual use, a user is often
All process data and knowledge are not needed to, and may only need the process data and knowledge of a part, such as, it is only necessary to work
The data such as artistic language, technological parameter, and do not need to the data such as tool parameters；Or a user only needs whithin a period of time
The data such as technics and tool parameters, and only need the data such as technological parameter and equipment technical parameters within another a period of time.
In this case, if various process datas and knowledge are all showed user, on the one hand so that the process data of displaying and
Knowledge is too many, and user uses has inconvenience more；Another convenience increases the displaying workload of data system, waste system money
Source.
Therefore, in the present invention, titanium alloy member laser is dynamically configured in a manner of data displayed page dynamic configuration
The data displayed page of increasing material manufacturing process data system so that user can selectively show required work as needed
Skill data and knowledge, the needs of to meet oneself.
In the present invention, specifically, in the data of user configuration titanium alloy member laser gain material manufacturing process data system
When displayed page, an application is created first against each data model, is then the titanium alloy member laser gain material system
One tab page face of process data system configuration is made, and establishes the incidence relation between the tab page face and the application, thus
The application is shown on the tab page face.
It is being created for data model in application, providing one to the user applies drawing template establishment.This is applied has in drawing template establishment
There are the attributes such as usual title, display order, description and the allowed model for all including of various applications.User only needs in each category
Property in filling related content and one of create data model before being selected in " allowed model " attribute can be real
The establishment of an existing application.Each user can according to oneself need create required application.For example, an if user
Technics data and technological parameter data are only needed, are applied and technological parameter application then it only needs to establish technics.
Wherein, the allowed model of technics application is technics data model, and technological parameter the allowed model of application is joined for technique
Number data model.
After creating application, it is necessary to configure one for the titanium alloy member laser gain material manufacturing process data system
Tab page face.In the present invention, when establishing the tab page face, a tab page face drawing template establishment is provided to the user.Wherein, should
The attributes such as title, display order and the description for usually all including with various tab page faces in the drawing template establishment of tab page face.User is logical
It crosses and inserts related content in each attribute, you can realize the tab page of titanium alloy member laser gain material manufacturing process data system
The establishment in face.
The titanium alloy member laser gain material manufacturing process data system created by above-mentioned tab page face drawing template establishment
Tab page face is also next an empty page to allow it that can show various process datas and knowledge will be the tab page
Face associated application, to realize the association of tab page face database table corresponding with the data model of application.In the present invention, lead to
Relation template is crossed to establish being associated between tab page face and application.Specifically, can be after establishing the tab page face
The tab page face provides a relation template, and the various applications created are selected in the relation template by user, from
And set up the incidence relation between the tab page face and various applications.
For example, if process data and knowledge that a user needs include technics and technological parameter, at it
Technics application and technique are associated on the tab page face of the titanium alloy member laser gain material manufacturing process data system created
Parameter application.After having established incidence relation of the tab page face with various applications, the relevant information of various applications can be shown
On the tab page face.In this way, by clicking each application on the tab page face, you can call the data mould with the application
The process data and knowledge stored in database table corresponding to type, to realize the display of related process data and knowledge, and
It can be directed to and carry out various operations.
After having defined data model and data displayed page, have been able to realize depositing for various process datas and knowledge
The basic functions such as storage and displaying.But the various works managed in titanium alloy member laser gain material manufacturing process data system
Skill data and knowledge are all the process data and knowledge after expert and application enterprise etc. summarize and are condensed, if not to various
The operation of process data and knowledge carries out audit and user is allowed for optionally to carry out the increase of process data and knowledge, delete and repair
Change, then by the serious various process datas reduced in titanium alloy member laser gain material manufacturing process data system and knowledge
Authoritative and reliability, to be difficult to assist being smoothed out for titanium alloy member laser gain material manufacture.
Increase data auditing flow therefore, it is necessary to obtain for titanium alloy member laser gain material manufacturing process data system so that
Operating personnel are when carrying out the increase of process data and knowledge, deletion and modification, it is necessary to pass through the audit ability of related personnel
It carries out.
Simultaneously as there are many process data and knowledge type involved by the manufacture of titanium alloy member laser gain material, each
The importance of process data and knowledge, authority and management etc. are again different.All if it is all process data and knowledge
A kind of fixed data auditing flow is provided, it is evident that being difficult to meet the individual demand of user and different process data and know
The different management of knowledge require.
Therefore, in the present invention, titanium alloy member laser is dynamically defined in a manner of data auditing flow dynamic definition
The data auditing flow of increasing material manufacturing process data system.That is, by user according to titanium alloy member laser gain material manufacturing process number
According to the difference of the management of the process data and knowledge stored in disparate databases table in system, self-defined various process datas and know
The data auditing flow of knowledge meets individual requirements to increase its flexibility.
In the present invention, specifically, the data of titanium alloy member laser gain material manufacturing process data system are established in user
When auditing flow, the Name and Description of data auditing flow is determined by user first and determines the name of data auditing flow in user
Claim and description provides a data auditing flow definition template to the user later.
The data auditing flow definition template includes workflow tool and editing area.Include multiple streams in the workflow tool
Cheng Jiedian.The flow nodes include single examination ＆ approval, evaluate countersign, certainly examine countersign, make a joint checkup countersign and decision node.Wherein, institute
Stating one participant of careful label can be：Participant, department, one in role.The participant that label are examined in the evaluation is multiple.
The participant for certainly examining label can be multiple, but must be there are one main responsible person.The participant that label are examined in the joint examination can
Think it is multiple and to point out the node by percentage.The decision node is an automatic node, does not need anyone
Work participates in, which can flow out a plurality of Migration Line, and the Migration Line of decision node outflow is different from other Migration Lines.The editor
Region is for defining specific data auditing flow.
When defining specific data auditing flow, user is according to the audit needs of various process datas and knowledge, from institute
It states and selects corresponding flow nodes in workflow tool, be added in the editing area and determine corresponding flow nodes
Then selected flow nodes are connected with Migration Line, form completion by the relevant informations such as participant and permission
Data auditing flow.
Fig. 3 shows an illustrative data auditing flow.When being specifically defined data auditing flow shown in Fig. 3,
Single approval process node is first added in editing area and determines the personnel of single examination ＆ approval by user, then by evaluation countersign stream
Cheng Jiedian is added in editing area and determines the participant of evaluation countersign, then will determine that node is added in editing area,
Joint examination countersign flow nodes are finally added in editing area to and are determined the participant for making a joint checkup countersign and are reached after joint examination countersign
Much percentage Bizets allow to conutersign by making a joint checkup.After having added above-mentioned flow nodes and having determined the above, with migration
Line connects each flow nodes, you can completes the definition of above-mentioned data auditing flow.
In the present invention, since the data model that the titanium alloy member laser gain material manufacturing process data system is related to is total to
There are ten.So when defining data auditing flow, what user should audit according to the data of each data model needs fixed respectively
Adopted corresponding data auditing flow, consequently facilitating to involved each in titanium alloy member laser gain material manufacturing process data system
The operation of kind process data and knowledge is audited.
After establishing data auditing flow, also to set up between the data model and corresponding data auditing flow
Incidence relation, to according to the data auditing flow to the technique that is stored in the database table corresponding to the data model
The operation of data and knowledge is audited.
In the present invention, the incidence relation between data model and data auditing flow is set up by relation template.Tool
Body, can be the data after the data model for establishing titanium alloy member laser gain material manufacturing process data system
Model provides a relation template, and the data auditing flow defined is selected in the relation template by user, to
Set up the incidence relation between data model and data auditing flow.In this way, user can be titanium alloy member laser gain material
A data auditing flow is respectively associated in each data model of manufacturing process data system.
After establishing the incidence relation between data model and data auditing flow, corresponded to the data model
Database table in the process data that stores and knowledge when being operated, it is necessary to defined in the data auditing flow
Auditing flow gradually audited, and audit complete after could carry out relevant operation, to ensure that titanium alloy structure
Effective management of process data and knowledge in part laser gain material manufacturing process data system, ensure that its reliability and authority
Property.
For example, if establishing the incidence relation between the data auditing flow of technics data model as shown in figure 3,
The technics data so stored in the corresponding technics database table of technics data model operate
When, it is necessary to it is audited according to data auditing flow shown in Fig. 3, audits could being operated of passing through.That is, first giving list
People approving person examines, if single approving person does not pass through, does not allow to be operated；If single approving person is logical
It crosses, then giving the content report after being examined by single approving person to evaluation countersign personnel, is carried out by evaluation countersign personnel
Evaluation countersign, and the countersign result determination according to evaluation countersign personnel is report to joint examination countersign or directly terminates.Specifically,
If not over the countersign of evaluation countersign personnel, directly terminates to audit, do not allow to be operated；If having passed through appraisal meeting
The countersign of label personnel, then joint examination countersign personnel are given in report, by joint examination, countersign personnel provide final result.That is, if passing through
The countersign of joint examination countersign personnel, then allowing to be operated, if do not allowed by making a joint checkup the countersign of countersign personnel
It is operated.
In this way, as shown in figure 4, the titanium alloy member laser gain material manufacture constructed by the construction method through the invention
Process data system includes database table, data displayed page and data auditing flow.Wherein, the database table is for storing
Involved various process datas and knowledge in titanium alloy member laser gain material manufacturing process.The data displayed page is for opening up
Show and operate the process data stored in the database table and knowledge.The data auditing flow is used for the database table
The operation of the various process datas and knowledge of middle storage is audited.
The titanium alloy member laser gain material manufacturing process data system can provide titanium alloy member laser gain material to the user
Required various process datas and knowledge in manufacturing process, to help that common process personnel is assisted to carry out titanium alloy member
Laser gain material manufactures.
Also, database table, the data displayed page sum number of the titanium alloy member laser gain material manufacturing process data system
All can dynamic definition be carried out by user as needed according to auditing flow, overcome fixed data library table, fixed data displaying
The defect of the page and fixed data auditing flow so that it more meets titanium alloy member laser and increases various techniques in manufacturing process
The management and use of data and knowledge.
The content of specific implementation mode be for the ease of those skilled in the art understand that and using the present invention and describe, and
The restriction to present invention protection content is not constituted.Those skilled in the art, can be to this after having read present disclosure
Invention is suitably changed.The protection content of the present invention is based on the contents of the claims.In the reality for not departing from claim
In the case of matter content and protection domain, various modifications, change and replacement for being carried out to the present invention etc. are all in the protection of the present invention
Within the scope of.
Claims (2)
1. a kind of construction method of titanium alloy member laser gain material manufacturing process data system comprising following steps：
(1) title of data model is determined by user and provides a number to the user after the title that user determines data model
According to model field template；User is added by the process data of required storage and the difference of knowledge for its corresponding data model
Add the field needed for oneself, completes the structure of data model；For the data model built, user can carry out repairing for field
Change, increase, delete；Titanium alloy member laser gain material manufacturing process data are dynamically set up in a manner of this data dynamic modeling
The various data models of system, data model formation titanium alloy member laser gain material manufacturing process data system are used to store
The database table of various process datas and knowledge；
(2) user can selectively show required process data as needed, and one is created for each data model
Then a application configures a page for the titanium alloy member laser gain material manufacturing process data system, and establishes the page
With the incidence relation between the application, so as to show the application on the page；With this data displayed page
The mode of dynamic configuration dynamically configures the various data displayed pages of titanium alloy member laser gain material manufacturing process data system,
And be the data displayed page configuration data model, to set up between the data displayed page and the data model
Incidence relation, and then convenient for shown on the data displayed page the various process datas that are stored in the database table and
Knowledge；
(3) user is according to the technique number stored in disparate databases table in titanium alloy member laser gain material manufacturing process data system
According to the difference of the management with knowledge, the data auditing flow of self-defined various process datas and knowledge；It is audited and is flowed with this data
The mode of journey dynamic definition dynamically defines the various data audit stream of titanium alloy member laser gain material manufacturing process data system
Journey；
(4) it is the data model configuration data auditing flow, is flowed with data audit to set up the data model
Incidence relation between journey, in order to be audited to the operation of the various process datas and knowledge；
The data auditing flow is made of the Migration Line of flow nodes and connection flow nodes, and the flow nodes include for one
Countersign, joint examination countersign and decision node are certainly examined in examination ＆ approval, evaluation countersign.
2. the construction method of titanium alloy member laser gain material manufacturing process data system as described in claim 1, wherein described
Various data models include technics data model, process data model, technological parameter data model, material parameter number
According to model, equipment technical parameters data model, tooling technical parameter data model, tool technique supplemental characteristic model, typical work
Skill data model, process knowledge data model and technological standards canonical data model.
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| JP2003150890A (en) * | 2001-11-16 | 2003-05-23 | Mitsubishi Heavy Ind Ltd | Plant dynamic characteristic model construction system and construction method and plant dynamic characteristic simulator |
| CN101763064A (en) * | 2009-12-08 | 2010-06-30 | 沈阳飞机工业（集团）有限公司 | Numerical control machining process design system and method of aircraft complex components facing process object |
| CN103077448A (en) * | 2013-02-19 | 2013-05-01 | 西安工业大学 | CAPP (computer aided progress planning) system of sheetmetal |
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| JP2003150890A (en) * | 2001-11-16 | 2003-05-23 | Mitsubishi Heavy Ind Ltd | Plant dynamic characteristic model construction system and construction method and plant dynamic characteristic simulator |
| CN101763064A (en) * | 2009-12-08 | 2010-06-30 | 沈阳飞机工业（集团）有限公司 | Numerical control machining process design system and method of aircraft complex components facing process object |
| CN103077448A (en) * | 2013-02-19 | 2013-05-01 | 西安工业大学 | CAPP (computer aided progress planning) system of sheetmetal |
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