CN104182829A - Instrument development reliability management and support system - Google Patents
Instrument development reliability management and support system Download PDFInfo
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- CN104182829A CN104182829A CN201410401636.7A CN201410401636A CN104182829A CN 104182829 A CN104182829 A CN 104182829A CN 201410401636 A CN201410401636 A CN 201410401636A CN 104182829 A CN104182829 A CN 104182829A
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Abstract
The invention provides an instrument development reliability management and support system, which comprises a user interface module, a reliability tool software module, an instrument service life management module and a foundation database, wherein the user interface module provides a user operation interface; the instrument service life management module analyzes instrument functions and establishes an instruction function module; the instrument service life management module analyzes an instrument object, obtains an instrument structure and a fault tree, establishes an instantiated design model of the instrument, and stores data into the foundation database; the reliability tool software module is utilized to call instrument foundation data, the instrument function module and the instantiated design model of the instrument, carries out reliability design and analysis to the instrument and sends a result to the instrument service life management module; and the instrument service life management module integrates and weighs to output an instrument reliability report. The whole system favorably manages and controls the reliability in an instrument research process by aiming at the function and the structure of the instrument, and can effectively accelerate the popularization and application of the instrument.
Description
Technical field
The present invention relates to reliability management technical field, particularly relate to instrument development reliability management and safeguards system.
Background technology
In recent years, China has progressively strengthened the supporting dynamics to scientific instruments equipment autonomous innovation, successively be provided with great scientific instrument development task at channels such as the great scientific instrument development of National Nature science fund special project, the great scientific instrument special projects of the Department of Science and Technology, advanced the lifting of the innovation ability of China's scientific instrument.The more existing high-end instrument performances of China can meet or exceed the leading level in the world, can not use or the integrity problem such as faults frequent generation but often expose in application process, shake great industry to using the confidence of domestic equipment, restricted further developing of China's scientific instrument industry.According to authority, China's instrument and meter and international technology level differ 10 years, and wherein the most outstanding is exactly some the gap of reliability level, therefore the instrument reliability problem extensively common recognition that in industry forms urgently to be resolved hurrily.
Reliability is the important quality characteristic of instrument, shows as stability and the fault generation frequency of instrument in long-term use procedure.As in use poor stability, Frequent Troubles of instrument, show that instrument reliability is relatively low.Therefore, reliability be related to instrument can use, whether durable.User often thirsts for obtaining handy, effective, durable instrument.As technical device level advanced person, but reliability level is low, is still difficult to drop into actual use, more cannot form economic worth and performance social benefit.Reliability is as an important property of instrument, can manage out, design with produced, in instrument R&D process, conscientiously carry out the work of Reliability process management and indemnification, to the quality level in improving that instrument is long-term and using, reduce enterprise's after service cost, mould brand names and the tool of enhancing one's market competitiveness is of great significance.
There is no at present a kind of complete instrument development reliability management and safeguards system, cannot carry out good management and control to reliability in instrument development process, have a strong impact on applying of instrument.
Summary of the invention
Based on this, be necessary for there is no at present a kind of complete instrument development reliability management and safeguards system, cannot carry out good management and control to reliability in instrument development process, have a strong impact on applying of instrument, a kind of instrument development reliability management and safeguards system are provided, instrument reliability is carried out to good management and control, promote applying of instrument.
A kind of instrument development reliability management and safeguards system, comprise subscriber interface module, reliability tool software module, instrument Life Cycle Management module and basic database, described reliability tool software module loading has multiple reliability tool software, described basic database storage apparatus basic data;
Described subscriber interface module is connected with described reliability tool software module and described instrument Life Cycle Management module respectively, described instrument Life Cycle Management module is connected with described reliability tool software module and described basic database respectively, and described reliability tool software module is connected with described basic database;
Call described instrument Life Cycle Management module by described subscriber interface module, analytical instrument function, set up instrumental function module, described instrument Life Cycle Management module analysis instrument object, obtain apparatus structure and fault tree, and set up designing a model of instrument instantiation taking apparatus structure and fault tree as core, designing a model of instrumental function module and instrument instantiation is stored in to described basic database, described reliability tool software module is called instrument basic data from described basic database, designing a model of instrumental function module and instrument instantiation, utilize reliability tool software to carry out reliability design to instrument, analyze, and will design, analysis result is sent to described instrument Life Cycle Management module, described instrument Life Cycle Management module is to design, analysis result is weighed, integrate, output instrument reliability management result.
Instrument development reliability management of the present invention and safeguards system, comprise subscriber interface module, reliability tool software module, instrument Life Cycle Management module and basic database, described reliability tool software module loading has multiple reliability tool software, described basic database storage apparatus basic data, subscriber interface module provides user interface, make user can intuitively call instrument Life Cycle Management module and reliability tool software module, instrument Life Cycle Management module analysis instrumental function is set up instrumental function module, as Product Construction and Configuration management, reliability and performance synthesis design, reliability electronic document management etc., instrument Life Cycle Management module analysis instrument object, obtain apparatus structure and fault tree, and set up designing a model of instrument instantiation taking apparatus structure and fault tree as core, afterwards designing a model of instrumental function module and instrument instantiation is stored in to basic database, in reliability tool software module, be loaded with multiple reliability tool software, utilize these reliability tool software, call basic database Instrumental basic data, designing a model of instrumental function module and instrument instantiation, instrument is carried out to reliability design, analyze, and will design, analysis result is sent to described instrument Life Cycle Management module, instrument Life Cycle Management module is to reliability design, analysis result is integrated, output instrument reliability report after balance.Whole system, carries out good management and control for instrumental function, structure to reliability in instrument development process, can effectively promote the propagation and employment of instrument.
Brief description of the drawings
Fig. 1 is the structural representation of instrument development reliability management of the present invention and first embodiment of safeguards system;
Fig. 2 is the structural representation of instrument development reliability management of the present invention and second embodiment of safeguards system.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearer, below with reference to the accompanying drawings and embodiment, the present invention is further elaborated.Should be appreciated that concrete enforcement described herein, only in order to explain the present invention, does not limit the present invention.
As shown in Figure 1, a kind of instrument development reliability management and safeguards system, comprise subscriber interface module 100, reliability tool software module 200, instrument Life Cycle Management module 300 and basic database 400, described reliability tool software module 200 is loaded with multiple reliability tool software, described basic database 400 storage apparatus basic datas;
Described subscriber interface module 100 is connected with described reliability tool software module 200 and described instrument Life Cycle Management module 300 respectively, described instrument Life Cycle Management module 300 is connected with described reliability tool software module 200 and described basic database 400 respectively, and described reliability tool software module 200 is connected with described basic database 400;
Call described instrument Life Cycle Management module 300 by described subscriber interface module 100, analytical instrument function, set up instrumental function module, described instrument Life Cycle Management module 300 analytical instrument objects, obtain apparatus structure and fault tree, and set up designing a model of instrument instantiation taking apparatus structure and fault tree as core, designing a model of instrumental function module and instrument instantiation is stored in to described basic database 400, described reliability tool software module 200 is called instrument basic data from described basic database 400, designing a model of instrumental function module and instrument instantiation, utilize reliability tool software to carry out reliability design to instrument, analyze, and will design, analysis result is sent to described instrument Life Cycle Management module 300, described instrument Life Cycle Management module 300 is to design, analysis result is weighed, integrate, output instrument reliability management result.
Subscriber interface module can provide the user interface that uses application component and design tool, the management to development instrument essential information can be realized by user interface, and the enforcement of calling to instrument Life Cycle Management module and reliability tool software module can be realized.
Instrument Life Cycle Management module is specially commercialization Software tool, be mainly used in managing the flow process of designing and developing of instrument, this software has secondary development function, user can be taking this software as development platform, complete the fusion of product reliability process management and security function, in realizing the management of product design, realize design, tracing and managing to product development process reliability Work.
Reliability tool software module loading has multiple reliability tool software, comprises specifically: reliability requirement demonstration instrument, Reliability modeling Software tool, reliability prediction Software tool, Reliability Distribution Software tool, failure model and effect analysis Software tool, fault tree software analysis tool, Trouble Report, analysis and corrective action Software tool, component quality and Reliability Synthesis information management system, maintainability supportability Analysis instrument, safety Design instrument, comprehensive all dependable software bags such as balance instrument.
Basic database stores instrument basic data, mainly comprise specifically the various databases of supported design instrument and comprehensive management module, as reliability index storehouse, reliability design criterion storehouse, reliability design analysis case library, Trouble Report, analysis and corrective action information bank, standard fault pattern base, components and parts essential information storehouse, newly grind cooperation part information bank, Reliability Testing Information storehouse, outfield or detecting information storehouse, strange land, components and parts Test Information storehouse, like product fault pattern base, non-electric hazard rate storehouse etc.
Instrument development reliability management of the present invention and safeguards system, comprise subscriber interface module, reliability tool software module, instrument Life Cycle Management module and basic database, described reliability tool software module loading has multiple reliability tool software, described basic database storage apparatus basic data, subscriber interface module provides user interface, make user can intuitively call instrument Life Cycle Management module and reliability tool software module, instrument Life Cycle Management module analysis instrumental function is set up instrumental function module, as Product Construction and Configuration management, reliability and performance synthesis design, reliability electronic document management etc., instrument Life Cycle Management module analysis instrument object, obtain apparatus structure and fault tree, and set up designing a model of instrument instantiation taking apparatus structure and fault tree as core, afterwards designing a model of instrumental function module and instrument instantiation is stored in to basic database, in reliability tool software module, be loaded with multiple reliability tool software, utilize these reliability tool software, call basic database Instrumental basic data, designing a model of instrumental function module and instrument instantiation, instrument is carried out to reliability design, analyze, and will design, analysis result is sent to described instrument Life Cycle Management module, instrument Life Cycle Management module is to reliability design, analysis result is integrated, output instrument reliability report after balance.Whole system, carries out good management and control for instrumental function, structure to instrument development reliability, can effectively promote the propagation and employment of instrument.
As shown in Figure 2, therein in an embodiment, described instrument development reliability management and safeguards system also comprise supporting module 500, described supporting module 500 is connected with described instrument Life Cycle Management module 300, and described supporting module 500 is used to described instrument Life Cycle Management module 300 to provide physical platform to support.
Supporting module is the physical support of integrated platform, is made up of instrument Life Cycle Management module database, Ethernet and operating system.Supporting module is mainly used in supporting for instrument Life Cycle Management module provides physical platform, so that instrument Life Cycle Management module possesses good ability of second development and processing power.
As shown in Figure 2, therein in an embodiment, described instrument Life Cycle Management module 300 comprises interconnective core services module 320 and comprehensive management module 340, described core services module 320 is for analytical instrument object, setting up instrument instantiation taking apparatus structure and fault tree as core designs a model, described comprehensive management module 340 for described subscriber interface module 100 co-ordinations, analytical instrument, set up functional module, and integrate instrument reliability design and analysis result, output instrument reliability report.
Specifically, core services module is made up of back-up environment module interface, object model, objects services and integrated interface assembly.Contacting of back-up environment interface management and database, operating system and network; The object of Object Management group has product information model, design cycle model, personnel arrangement model and tool model etc.Comprehensive management module is used for offering one group of functional module such as consumer products structure and configuration management, reliability, performance synthesis design, reliability electronic document management, reliability design analysis rights management, Trouble Report, analysis and corrective action management, reliability result Report Server Management, reliability report management, user uses these modules to realize the management to data and process by interface, and it is based upon on the basis of kernel service layer.
In an embodiment, described reliability tool software module loading has reliability requirement demonstration instrument, Reliability modeling Software tool, reliability prediction Software tool, Reliability Distribution Software tool, failure model and effect analysis Software tool, fault tree software analysis tool, Trouble Report, analysis and corrective action Software tool, component quality and Reliability Synthesis information management system, maintainability supportability Analysis instrument, safety Design instrument and comprehensively weighs instrument therein.
In an embodiment, basic database stores the data that support described reliability tool software module and described core services module therein.
These data mainly comprise as reliability index storehouse, reliability design criterion storehouse, reliability design analysis case library, Trouble Report, analysis and corrective action information bank, standard fault pattern base, components and parts essential information storehouse, newly grind cooperation part information bank, Reliability Testing Information storehouse, outfield or detecting information storehouse, strange land, components and parts Test Information storehouse, like product fault pattern base and non-electric hazard rate storehouse etc.
As shown in Figure 2, in an embodiment, described instrument development reliability management and safeguards system also comprise database interface 600 therein, and described reliability tool software module 200 is connected with described basic database 400 by described database interface 600.
Reliability tool software module is carried out data interaction by exclusive database interface and basic database, has improved the efficiency of data interaction, has guaranteed that the safety of data interaction is with accurate.
As shown in Figure 2, in an embodiment, also comprise instrument Life Cycle Management interface 700 therein, described reliability tool software module 200 is connected with described instrument Life Cycle Management module 300 by described instrument Life Cycle Management interface 700.
Instrument Life Cycle Management module is carried out data interaction by exclusive instrument Life Cycle Management interface and reliability tool software module, has improved the efficiency of data interaction, has guaranteed that the safety of data interaction is with accurate.
Therein in an embodiment, described basic database comprises reliability index database, reliability design criteria data storehouse, reliability design analysis case database, Trouble Report, analysis and corrective action information database, standard fault mode database, components and parts basic information database, newly grinds cooperation part information database, Reliability Testing Information database, outfield or strange land detecting information database, components and parts Test Information database, analog instrument fault mode database and non-electric instrument failure rate database.
In order further to describe the technical scheme of instrument development reliability management of the present invention and safeguards system and the effect of bringing thereof in detail, will describe in detail as an example of " reliability management of high power semiconductor lasers comprehensive tester and guarantee " this example example below.
(1) design chief engineer passes through user interface, login enters the comprehensive management module of instrument Life Cycle Management module, sets up one group of functional module such as Product Construction and Configuration management, reliability, performance synthesis design, reliability electronic document management, reliability design analysis rights management, Trouble Report, analysis and corrective action management, reliability result Report Server Management, reliability report management.On this basis, under the support of supporting module, utilize the core services module of instrument Life Cycle Management module to complete a large amount of configuration efforts, comprise the institutional framework that creates high power semiconductor lasers comprehensive tester, electronic warehouse, development instrument object (is set up the Parallel Design model of the example taking high power semiconductor lasers comprehensive tester and fault thereof as core, and definite its related administrative information, address of document, engineering data base address etc.), authority and task list (definition Parallel Design flow process, for each deviser formulates design objective, the design activity of control system level and every field is carried out in strict accordance with design cycle).Then by the client of instrument Life Cycle Management module, task list is issued to the deviser of client.
(2) task of distributing according to design chief engineer, each deviser enters system from user interface login, start reliability tool software module, according to the Main Stage of high power semiconductor lasers comprehensive tester development, as the reliability Work demand in the stages such as demonstration, scheme, first sample, sample, sizing, carry out exchanges data or call by the interface of reliability instrument and basic database.
(3) in concrete reliability tool software, after the Authority Verification by instrument Life Cycle Management, access the design object in instrument Life Cycle Management, obtain required management data, document and engineering data base address etc.
(4), in reliability tool software, according to the engineering data base address obtaining, access engineering data base, obtain the required data such as design and analysis, evaluation.
(5) after the work such as design and analysis or evaluation completes, related data is submitted to engineering data base, revises the management data in instrument Life Cycle Management module simultaneously.
(6) information that design chief engineer submits to according to each deviser, weighs consideration, obtains the integrated information that instrument reliability promotes and ensures, completes the virtual controlling of the reliability management of high power semiconductor lasers comprehensive tester and guarantee.
The above embodiment has only expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (8)
1. an instrument development reliability management and safeguards system, it is characterized in that, comprise subscriber interface module, reliability tool software module, instrument Life Cycle Management module and basic database, described reliability tool software module loading has multiple reliability tool software, described basic database storage apparatus basic data;
Described subscriber interface module is connected with described reliability tool software module and described instrument Life Cycle Management module respectively, described instrument Life Cycle Management module is connected with described reliability tool software module and described basic database respectively, and described reliability tool software module is connected with described basic database;
Call described instrument Life Cycle Management module by described subscriber interface module, analytical instrument function, set up instrumental function module, described instrument Life Cycle Management module analysis instrument object, obtain apparatus structure and fault tree, and set up designing a model of instrument instantiation taking apparatus structure and fault tree as core, designing a model of instrumental function module and instrument instantiation is stored in to described basic database, described reliability tool software module is called instrument basic data from described basic database, designing a model of instrumental function module and instrument instantiation, utilize reliability tool software to carry out reliability design to instrument, analyze, and will design, analysis result is sent to described instrument Life Cycle Management module, described instrument Life Cycle Management module is to design, analysis result is weighed, integrate, output instrument reliability management result.
2. instrument development reliability management according to claim 1 and safeguards system, it is characterized in that, also comprise supporting module, described supporting module is connected with described instrument Life Cycle Management module, and described supporting module is used to described instrument Life Cycle Management module to provide physical platform to support.
3. instrument development reliability management according to claim 1 and 2 and safeguards system, it is characterized in that, described instrument Life Cycle Management module comprises interconnective core services module and comprehensive management module, described core services module is for analytical instrument object, setting up instrument instantiation taking apparatus structure and fault tree as core designs a model, described comprehensive management module is used for and described subscriber interface module co-ordination, analytical instrument, set up functional module, and integrate instrument reliability design and analysis result, output instrument reliability report.
4. instrument development reliability management according to claim 1 and 2 and safeguards system, it is characterized in that, described reliability tool software module loading has reliability requirement demonstration instrument, Reliability modeling Software tool, reliability prediction Software tool, Reliability Distribution Software tool, failure model and effect analysis Software tool, fault tree software analysis tool, Trouble Report, analysis and corrective action Software tool, component quality and Reliability Synthesis information management system, maintainability supportability Analysis instrument, safety Design instrument and comprehensively weighs instrument.
5. instrument development reliability management according to claim 3 and safeguards system, is characterized in that, described basic database stores the data that support described reliability tool software module and described core services module.
6. instrument development reliability management according to claim 1 and 2 and safeguards system, is characterized in that, also comprises database interface, and described reliability tool software module is connected with described basic database by described database interface.
7. instrument development reliability management according to claim 1 and 2 and safeguards system, it is characterized in that, also comprise instrument Life Cycle Management interface, described reliability tool software module is connected with described instrument Life Cycle Management module by described instrument Life Cycle Management interface.
8. instrument development reliability management according to claim 1 and 2 and safeguards system, it is characterized in that, described basic database comprises reliability index database, reliability design criteria data storehouse, reliability design analysis case database, Trouble Report, analyze and corrective action information database, standard fault mode database, components and parts basic information database, newly grind cooperation part information database, Reliability Testing Information database, outfield or strange land detecting information database, components and parts Test Information database, analog instrument fault mode database and non-electric instrument failure rate database.
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