CN106910004A - A kind of overall process blower fan workmanship monitoring system based on workflow - Google Patents
A kind of overall process blower fan workmanship monitoring system based on workflow Download PDFInfo
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- G06Q10/06395—Quality analysis or management
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Abstract
The invention belongs to computer monitoring and industry manufacture field, more particularly to a kind of Quality Monitoring Control System for blower fan manufacture.To solve " dirty data " that work at present Flow Technique occurs when multiple activities access shared resource simultaneously, and system, in the systematic function in the case of compared with large information capacity and process problem when occurring abnormal, the present invention proposes a kind of overall process blower fan workmanship monitoring system based on workflow.The system includes workflow engine, terminal presentation facility, communication equipment and server.All technological processes of blower fan manufacturing process are in turn divided into ten flows such as Incoming Quality Control flow, production process scene inspection flow by the workflow engine, realize the Quality Monitoring Control System based on flow.Compared with traditional workflow engine, dynamic treatment mechanism is with the addition of, with more preferable flexibility and adaptivity.Flow parallel processing is realized simultaneously, the degree of parallelism of system is improve, effectively the transaction time is saved.
Description
Technical field
The invention belongs to computer monitoring and industry manufacture field, more particularly to a kind of quality monitoring for blower fan manufacture
System.
Background technology
With manufacturing technology and the lean of technique, how the quality in more convenient more intuitively monitoring manufacture course of products
Situation becomes the key issue that influence enterprise continues to develop growth.At present, supervision and management of the domestic manufacturing industry in product quality
The traditional workflow technology of upper Main Basiss.Workflow technology is a current technology for developing rapidly, and can be applied for enterprise
Business Process Modeling, management and control function are provided.Its most basic characteristic is exactly that can combine the behavior of artificial and machine, special
It is not that can be interacted with application program and instrument, so that the automatic business processing of finishing service process.Workflow technology is from going out
Till now now, it has also become one of essential content in IT application in enterprise scheme.From the simple office automation system
Exploitation, to the implementation of company ERP system, then to improve enterprise operation efficiency and BPR the and BPM systems that occur, workflow
Technology has all played considerable even crucial effect.At present following two are primarily present for traditional workflow technology
The problem of aspect.
1) workflow transactions con current control and Exception handling：Workflow instance is in the process of running, in fact it could happen that many
Individual activity accesses the situation of shared resource simultaneously, and each activity can be overlapped in data manipulation, and then " dirty data " occurs
Etc. phenomenon, in order to ensure that system is normally run, it is necessary to carry out con current control.In addition, working as the improper interruption of workflow or appearance
When other are abnormal, how to eliminate a series of problems of abnormal influence and the generation that state is performed to whole workflow instance is all
The urgent problem in Workflow Management System.
2) system performance problems：Systematic function is mainly the stability of system and the handling capacity of information processing, at present mostly
Number working flow products stabilities of a system in certain handling capacity can be guaranteed, but when enterprise process daily it is up to ten thousand,
When even processing thousands of business demands per hour, because the information throughput of system is too big, the performance of system cannot be protected
Card.Therefore, for the Workflow system based on Web, on the premise of amount of system information is ensured, how to ensure in system larger
How stability problem in the case of information content, process and counted in the same time concurrently access in terms of necessarily without influence system
The speed of service, be all at present need solve problem.
The content of the invention
Regarding to the issue above with defect, the present invention proposes a kind of overall process blower fan workmanship monitoring based on workflow
System.It is characterised in that it includes the workflow engine of lightweight, terminal presentation facility, communication equipment, server；Wherein, terminal
Display device is connected by communication equipment with server, and workflow engine is responsible for task assignment with Quality Monitoring Control System to rely on
And task scheduling；Terminal presentation facility is responsible for user and checks pending flow and flow history；Communication equipment is responsible for passing through network
Interface transmission information；Server is responsible for workflow information treatment and data storage.
The operating mechanism of the workflow engine of the system：
Step one：After receiving product process instruction, according to the flow template of obtained instruction, current process definition is obtained；
Step 2：Engine creates and initializes flow instance according to the flow template information for obtaining；
Step 3：Engine obtains flow first node information, and when checking that node activation condition meets, according to the task of definition
Distribution principle calls tissue model library to assign the task to corresponding user；
Step 4：Application message and related data information that user passes through engine calling active instance, perform the phase of task
Close operation；
Step 5：After the completion of current active is performed, finishing control module will analyze the attribute of the node, and judge the section
Point whether be workflow end node, terminate the flow if the node is end node, and change right in the flow
The state of the destination object answered；If it is not, then engine searches next step according to the nodal information according to routing algorithm can activate
Nodal information, obtain after next step can activate nodal information, the task of next node being performed, until current process example
End node terminates, and the workflow example is finished.
The workflow engine includes the monitoring to supplied materials quality and the quality monitoring to production process, wherein, to supplied materials
The monitoring of quality includes applying to purchase workflow management module, Incoming Quality Control workflow management module, goods return and replacement workflow management module, spy and releases
Thread management module, the quality monitoring to production process includes production process scene inspection workflow management module, production process quality
Inspection process management module, production exception rectification workflow management module, production product inspection workflow management module, production are examined ask eventually
Topic rectifies and improves workflow management module and production finished product promptly clearance workflow management module.
Described each workflow management module includes that supplied materials sequence and the flow of Assembly sequences are initiated, and workflow management is pending
Flow, four parts of start flow；Wherein flow is initiated to select pending object for logging in people, initiates respective streams
Journey；Workflow management can click on the historical information for checking corresponding flow for showing the flow list that current login people treats；Treat
Handling process is used to show that the current pending flow list for logging in people, click process corresponding flow by checking；Initiate
Flow is used for all flows initiated in display system, can click on the historical information for checking corresponding flow.
The workflow engine is using the Three-tider architecture framework based on B/S patterns：Expression layer PL, Business Logic BLL and
Data access layer DAL；Wherein expression layer PL is the user interface of system, is responsible for the man-machine interaction of user and system interface；Business
Logical layer BLL is used for processing the request of expression layer proposition and making a concrete analysis of it, is then obtained by calling data access layer
Take corresponding data and feed back to expression layer；Data access layer DAL encapsulates all operations to database, main to be responsible for data
The access in storehouse.
The workflow engine uses face-objected programming method, the supplied materials sequence and the phase of Assembly sequences that blower fan is manufactured
Attributes encapsulation is closed into destination object, the association attributes of each flow flow object is packaged into, it would be desirable to the electronic spreadsheet filled in
Related content be packaged into operation object, system can be extended and maintenance.
The workflow engine with the addition of dynamic treatment mechanism on the basis of conventional operation stream engine, and operator is in flow
In any node can as the case may be choose whether process task, when operator select assign when, the flow instance is not
On the premise of changing flow template, a node can be automatically added, continue the operating of the flow.
The workflow engine can be such that same object is realized across stream in the same time is in two different flows
The State Transferring of journey, improves system in parallel degree, effectively saves the transaction time.
The workflow engine has adaptation mechanism, according to built-in Workload Account algorithm, is preferentially automatically assigned to
The minimum member of workload.
The beneficial effects of the present invention are：
(1) system enumerates blower fan and manufactures the application of origin material to all technological processes being completed, in conventional operation stream
On the basis of engine, dynamic treatment mechanism is with the addition of, the voluntarily process task of any node that operator can be on stream also may be used
Processed to subordinate with by task assignment.When operator selects to assign, the flow instance is not before flow template is changed
Put, can automatically add a node, continue the operating of the flow.Meanwhile, relevant staff can be using network in system
In operated, examined and endorsed, realize paperless work, office automatic.Compared with traditional workflow engine, the system
Break the curing operation under traditional mode, improve dynamic and the flexibility of work；
(2) system realizes flow parallel processing, i.e., same object may be at two different streams in the same time
Journey, realizes the State Transferring across flow, overcomes traditional workflow engine and is led when multiple activities access shared resource simultaneously
The information overlap of cause, so as to phenomenons such as " dirty datas " occur, reduces the occupancy of resource, improves system in parallel degree, effectively saves
The transaction time；
(3) actual conditions of the humanized simulation flow processing of the system, according to built-in Workload Account algorithm,
Preferentially it is automatically assigned to the minimum member of workload to complete the task assigned.Compared with traditional Quality Monitoring Control System,
The system has more preferable adaptivity.
Brief description of the drawings
Accompanying drawing 1 is blower fan manufacture monitoring system structured flowchart
Accompanying drawing 2 is the idiographic flow logic chart of workflow engine
Accompanying drawing 3 is system supplied materials object flow graph of a relation
Accompanying drawing 4 is system assembling object flow graph of a relation
Specific embodiment
Below in conjunction with the accompanying drawings, embodiment is elaborated.
Embodiment one：
A kind of overall process blower fan workmanship monitoring system based on workflow, the system includes workflow engine, end
End display device, communication equipment, server；Wherein, workflow engine is responsible for task assignment and task scheduling；Terminal presentation facility
Responsible user checks pending flow and flow history；Communication equipment is responsible for passing through network interface transmission information；Server is responsible for
Workflow information treatment and data storage.The monitoring system uses Visual studio.NET IDEs, develops language
Say to be C#, background data base selects Microsoft SQL Server 2005.The workflow engine of the system divides flow
It is two big submodules：Supplied materials quality monitoring module and production process quality monitoring module, concrete structure as shown in Figure 1, supplied materials
Quality monitoring module includes 4 submodules again：Apply to purchase flow, Incoming Quality Control flow, goods return and replacement flow, spy and release journey, produced
Journey quality monitoring module includes 6 submodules：Production process scene inspection flow, production process quality inspection flow, produced
Cheng Yichang rectifications flow, it is produced into product examine flow gauge, the whole inspection problem rectification flow of production, production product and promptly lets pass flow.Its
In each sub-process by a trigger, then circulated according to a set of pre-set work flow step, most
Confirm to terminate with the signature of line manager afterwards.This system enumerates blower fan and manufactures origin material application to all techniques being completed
Flow, meets the manufacturing application requirement of systematization, the flow work.
Embodiment two：
As shown in Figure 2, the figure describes the operating mechanism of the workflow engine designed by the system, workflow engine
Mainly it is responsible for task assignment and task scheduling, it is ensured that workflow is run by pre-defined flow is sequentially normal, specific steps
It is as follows：
Step one：After product process instruction is received, according to the flow template of obtained instruction, current process definition is obtained；
Step 2：According to the flow template information that engine is obtained, flow instance is created and initialized；
Step 3：Engine obtains flow first node information, and checks whether node meets activation condition, is pressed if meeting
Task distribution principle according to definition calls tissue model library to assign the task to corresponding user, otherwise needs to wait next time first
The information of node judges whether to meet activation condition；
Step 4：Application message and related data information that user passes through engine calling active instance, perform the phase of task
Close operation；
Step 5：If after the completion of current task is performed, finishing control module judges the node according to nodal community analysis
Whether be workflow end node, if it is terminate the flow, and change the state of corresponding destination object in the flow.
If not, engine searches the nodal information that next step can be activated according to the nodal information according to routing algorithm, obtain next
After step can activate nodal information, the task of next node, until the end node of current process example terminates, the work are performed
Flow instance is finished.
It is described in detail by taking accompanying drawing 3 and accompanying drawing 4 as an example below.Accompanying drawing 3 is system supplied materials object flow graph of a relation.
By taking Quality Mgmt Dept supplied materials Quality Inspector as an example, after system receives inspection supplied materials object flow to be instructed, according to the flow template of instruction, wound
Build and initializing test supplied materials object flow instance, Quality Inspector tests to supplied materials, qualified and disqualified upon inspection will be checked
Information is separately input in the corresponding Information of terminal display interface, Quality Inspector can according to assay from be about to task assignment to
Subordinate related personnel is processed.For quality inspection right rail, task assignment is processed to subordinate of Quality Mgmt Dept related personnel,
For the unqualified part of quality inspection, according to actual conditions, task assignment is returned goods to purchasing department or spy is put related personnel and processed,
The system is preferentially automatically assigned to the minimum member of workload to complete the work assigned according to built-in Workload Account algorithm
Task, when selecting to assign, flow instance adds a node to Quality Inspector automatically, continues the operating of flow.Accompanying drawing 4 is filled for system
With object flow graph of a relation.By taking production department finished product Quality Inspector as an example, after system receives inspection assembling object flow to be instructed, according to
The flow template of instruction, creates and initializing test assembling object flow instance, and Quality Inspector tests to assembling finished product, will examine
Test qualified finished product and the information of disqualified upon inspection finished product to be separately input in the corresponding Information of terminal display interface, Quality Inspector can
It is about to task assignment certainly according to assay to be processed to subordinate related personnel.For quality inspection right rail, by task assignment
Processed to Quality Mgmt Dept related personnel, for the unqualified part of quality inspection, according to actual conditions, planning department's phase is given by task assignment
Pass personnel carry out spy and put application, or task assignment is carried out into inspection rectification eventually to Quality Mgmt Dept related personnel, and system can be according to built-in
Workload Account algorithm, the minimum member of workload is preferentially automatically assigned to complete the task assigned, Quality Inspector exists
When selection is assigned, flow instance adds a node automatically, continues the operating of flow.In addition, Quality Inspector can be at the same time
The multiple different flow objects of reason, by taking Quality Mgmt Dept Quality Inspector as an example, can both process Incoming Quality Control task, be grasped in systems
Make, examine and endorse, can also process assembling finished product inspection rectification task eventually, be independent of each other.
This embodiment is only the present invention preferably specific embodiment, but protection scope of the present invention is not limited thereto,
Any one skilled in the art the invention discloses technical scope in, the change or replacement that can be readily occurred in,
Should all be included within the scope of the present invention.Therefore, protection scope of the present invention should be with scope of the claims
It is defined.
Claims (9)
1. a kind of overall process blower fan workmanship monitoring system based on workflow, it is characterised in that the work including lightweight
Make stream engine, terminal presentation facility, communication equipment, server；Wherein, terminal presentation facility is connected by communication equipment with server
Connect, workflow engine is responsible for task assignment and task scheduling with Quality Monitoring Control System to rely on；Terminal presentation facility is responsible for user
Check pending flow and flow history；Communication equipment is responsible for passing through network interface transmission information；Server is responsible for workflow letter
Breath treatment and data storage.
2. system according to claim 1, it is characterised in that the operating mechanism of the workflow engine is：
Step one：After receiving product process instruction, according to the flow template of obtained instruction, current process definition is obtained；
Step 2：Engine creates and initializes flow instance according to the flow template information for obtaining；
Step 3：Engine obtains flow first node information, and when checking that node activation condition meets, is distributed according to the task of definition
Principle calls tissue model library to assign the task to corresponding user；
Step 4：Application message and related data information that user passes through engine calling active instance, perform the related behaviour of task
Make；
Step 5：After the completion of current active is performed, finishing control module will analyze the attribute of the node, and judge that the node is
No is the end node of workflow, and the flow is terminated if the node is end node, and changes corresponding in the flow
The state of destination object；If it is not, then engine searches the section that next step can be activated according to the nodal information according to routing algorithm
Point information, obtains after next step can activate nodal information, the task of next node being performed, until the end of current process example
Node terminates, and the workflow example is finished.
3. system according to claim 1, it is characterised in that the workflow engine is included to the monitoring of supplied materials quality and right
The quality monitoring of production process, wherein, the monitoring to supplied materials quality includes applying to purchase workflow management module, Incoming Quality Control workflow management
Module, goods return and replacement workflow management module, spy release thread management module, and the quality monitoring to production process includes production process scene
Inspection workflow management module, production process quality inspection workflow management module, production exception are rectified and improved workflow management module, are produced into
Workflow management module, the whole inspection problem rectification workflow management module of production and production finished product promptly clearance workflow management mould are tested in product examine
Block.
4. system according to claim 3, it is characterised in that the workflow management module is initiated including flow, flow pipe
Manage, pending flow, four parts of start flow；
The flow is initiated to select pending object for logging in people, initiates corresponding flow；
The workflow management is used to show the flow list that current login people treats, can click on and check that the history of corresponding flow is believed
Breath；
The pending flow is used to show that the current pending flow list for logging in people, click process corresponding stream by checking
Journey；
The start flow is used for all flows initiated in display system, can click on the history letter for checking corresponding flow
Breath.
5. system according to claim 1, it is characterised in that the workflow engine is using three layers of body based on B/S patterns
System structure：Expression layer PL, Business Logic BLL and data access layer DAL；
The expression layer PL is the user interface of system, is responsible for the man-machine interaction of user and system interface；
The Business Logic BLL is used for processing the request of expression layer proposition and making a concrete analysis of it, then by calling
Data access layer obtains corresponding data and feeds back to expression layer；
The data access layer DAL encapsulates all operations to database, is responsible for the access to database.
6. system is told according to claim 1, it is characterised in that the workflow engine uses face-objected programming method, will
The supplied materials sequence of blower fan manufacture and the association attributes of Assembly sequences are packaged into destination object, and the association attributes of each flow is encapsulated
Into flow object, it would be desirable to which the related content of the electronic spreadsheet filled in is packaged into operation object, system can be extended and dimension
Shield.
7. system according to claim 1, it is characterised in that the workflow engine is on the basis of conventional operation stream engine
Dynamic treatment mechanism is with the addition of, operator's any node on stream can as the case may be choose whether process task, when
When operator's selection is assigned, the flow instance can automatically add a node on the premise of flow template is not changed, and continuing should
The operating of flow.
8. system according to claim 1, it is characterised in that the workflow engine can make same object with for the moment
Between realize in two different flows across flow State Transferring, system in parallel degree is improved, when effectively saving transaction
Between.
9. system according to claim 1, it is characterised in that the workflow engine has adaptation mechanism, according to built-in
Workload Account algorithm, be preferentially automatically assigned to the minimum member of workload.
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| CN201710028473.6A CN106910004B (en) | 2017-01-16 | 2017-01-16 | Whole process fan manufacturing quality monitoring system based on process flow circulation |
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| CN201710028473.6A CN106910004B (en) | 2017-01-16 | 2017-01-16 | Whole process fan manufacturing quality monitoring system based on process flow circulation |
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| CN107967556A (en) * | 2017-11-16 | 2018-04-27 | 上海华力微电子有限公司 | A kind of control method of technological process and partly lead equipment |
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| CN113449967A (en) * | 2021-06-04 | 2021-09-28 | 广东昭信平洲电子有限公司 | Quality inspection management system of inductance coil |
| CN113469648A (en) * | 2021-06-25 | 2021-10-01 | 广州得尔塔影像技术有限公司 | Test flow control method, system, readable storage medium and control terminal |
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| CN113449967A (en) * | 2021-06-04 | 2021-09-28 | 广东昭信平洲电子有限公司 | Quality inspection management system of inductance coil |
| CN113449967B (en) * | 2021-06-04 | 2024-02-09 | 广东昭信平洲电子有限公司 | Quality inspection management system of inductance coil |
| CN113469648A (en) * | 2021-06-25 | 2021-10-01 | 广州得尔塔影像技术有限公司 | Test flow control method, system, readable storage medium and control terminal |
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| Publication number | Publication date |
|---|---|
| CN106910004B (en) | 2020-07-31 |
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