CN1510573A - Studying-type detecting and fixing system and method - Google Patents
Studying-type detecting and fixing system and method Download PDFInfo
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- CN1510573A CN1510573A CNA021570876A CN02157087A CN1510573A CN 1510573 A CN1510573 A CN 1510573A CN A021570876 A CNA021570876 A CN A021570876A CN 02157087 A CN02157087 A CN 02157087A CN 1510573 A CN1510573 A CN 1510573A
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Abstract
In the present invention, maintenance and detection information of various device and equipment is received through network having been connected with, the device and equipment connected with the system can be detected and maintained on real time and at the same time, dynamic maintenance on line can be carried on in the cource to make system study continuously and keep on refreshing internal data of databank so that analysis information content in high reference value can be worked out to let detection and maintenance work optimize continuously.
Description
Technical field
The present invention relates to a kind of electronic enterprise information management platform, particularly a kind of application detects in the maintenance service on line, has the detection maintenance system and the method thereof of real-time judge, Dynamic Maintenance and study, analysis characteristic.
Background technology
Arriving along with the network knowledge economy era, in order to follow the fast-changing step of environment, enterprise also just is accompanied by more and more urgent for the demand of electronization, for the efficient that improves enterprise operation, the cost of saving enterprise operation, set up the complete electronic management job platform of enterprises, have management operations mechanism only, make internal enterprise resources can fully share and quicken the circulation of enterprises information, can make enterprise more competitive by comprehensive electronization.
For everything stress fast, the production enterprise of efficient, the quality of customer service will directly can have influence on the existence and the development of enterprise, particularly more all shouldn't be careless aspect the detection maintenance service of product.Traditional detection maintenance activity of past nearly all is to utilize that manpower is actual to go execution work, also therefore when the operation scale of enterprise enlarges gradually, also representing enterprise to spend in the talent training time, the expense that detect the maintenance aspect also will significantly increase, and causes enterprise another huge expenditure and burden; In addition, handle the result who detects maintenance by manpower in a large number, will feasiblely produce wrong chance increases greatly, makes whole detection cycle stretch-out servicing time, increase detect the cost expenditure on the maintenance manpower material resources, thereby reduces client's satisfaction; And because all detection maintenance jobs disperse everywhere, detect maintenance personal's technology and have nothing in common with each other, cause all detection service experience information to be integrated, and then cause detecting the difference on the maintenance job quality by effective the collection; Again on the angle of enterprise operation, because modern enterprise all strives for economic benefits very much, in the globalization layout of marching toward, the adjustment that enterprise can operate according to the situation in market at any time, so too rely on the detection maintenance service network that manpower carries out, to make that enterprise can't be fast and adjusting of maneuverability causes the waste on the Enterprise Resource.
Therefore, when enterprise marches toward electronization gradually, really also need to step up to develop a cover and can thoroughly integrate the holonomic system that detects maintenance activity, to reduce business manpower, time and pecuniary expenditure and burden, and simplify the detection maintenance activity by the detection maintenance flow of integrating robotization, promote operating efficiency, increase operation elasticity, more by consistent detection maintenance flow, the quality that whole detection is keeped in repair can be consistent, and by the continuous accumulation of system to the detection service experience, improve the correctness of operation, shorten the cycle of operation, and then can improve client's satisfaction.
Summary of the invention
In view of this, the present invention is for addressing the above problem a kind of learning-oriented detection maintenance system and the method thereof of proposing, fundamental purpose is to utilize its real-time judge that has, Dynamic Maintenance and study, analysis characteristic, allows detect maintenance activity simplification more, elasticity and efficient.
Of the present invention time a purpose then is the detection maintenance system and the method thereof of wishing to utilize electronization to integrate, and can allow enterprise reduce the wasting of resources and expenditure, lifting efficiency of service and quality, and then get client's satisfaction, promotes Enterprises'Competitiveness.
Institute thinks and achieves the above object that the learning-oriented detection maintenance system that the present invention proposes comprises: detect mantenance data storehouse, problem receiver module, check and analysis module, maintenance process module, and Dynamic Maintenance module.
Specifically, the invention discloses a kind of learning-oriented detection maintenance system, can dynamically carry out the updating maintenance of data content in detecting maintenance process, and can produce analytical information to detect maintenance activity by real-time judge, this system comprises:
One detects the mantenance data storehouse, required flow process, data and instrument when detecting mantenance data, and detect the table of comparisons and carry out check and analysis in order to store one of an appliance arrangement;
One problem receiver module carries out the transmission of this detection mantenance data in order to user's operation-interface to be provided for the client by a network;
One check and analysis module in order to by the parsing to this detection mantenance data this appliance arrangement being detected, and produces a maintenance analysis result information;
One maintenance processing module is in order to carry out actual maintenance activity according to this maintenance analysis result; And
One Dynamic Maintenance module when being used to the running of this check and analysis module, provide carrying out dynamically updating and storing of data in this detections mantenance data storehouse, and elasticity adjustment in real time detects and the result of analysis.
Described learning-oriented detection maintenance system, wherein this system can carry out the different maintenance activities that detect to several these different appliance arrangements simultaneously.
Described learning-oriented detection maintenance system, wherein this detection mantenance data comprises that user's master data, a product master data and detect contents such as maintenance problem description.
Described learning-oriented detection maintenance system, wherein this detection table of comparisons comprises the corresponding relation of this detection maintenance problem description, test item and testing tool.
Described learning-oriented detection maintenance system, wherein the type of this network includes spider lines and wireless network.
Described learning-oriented detection maintenance system, wherein this maintenance analysis result according to may maintenance process the appearance chance frequency height of mode, present in the mode of number percent.
In addition, the learning-oriented detection method for maintaining that the present invention proposes, comprise the following steps: earlier the file of detection mantenance data by network input media equipment and apparatus for establishing equipment, then actuating unit equipment detection and carry out dynamic data maintenance, then appliance arrangement carried out maintenance analysis and carry out dynamic data maintenance, and carry out the maintenance process of appliance arrangement at last.
Specifically, the invention discloses a kind of learning-oriented detection method for maintaining, can in detecting maintenance process, dynamically carry out the updating maintenance of data content, and can produce analytical information to detect maintenance activity by real-time judge, it is characterized in that this method comprises the following steps:
Importing one of an appliance arrangement detects mantenance data and sets up this appliance arrangement file;
Carry out the detection of this appliance arrangement and carry out dynamic data maintenance;
This appliance arrangement is carried out maintenance analysis and carries out dynamic data maintenance; And
Carry out the maintenance process of this appliance arrangement.
Described learning-oriented detection method for maintaining, wherein this method can be carried out the different maintenance activities that detect to several these different appliance arrangements simultaneously.
Described learning-oriented detection method for maintaining, wherein this detection mantenance data is that the client utilizes a network to transmit by user's operation-interface.
Described learning-oriented detection method for maintaining, wherein the type of this network includes spider lines and wireless network.
Described learning-oriented detection method for maintaining, wherein this detection mantenance data comprises that user's master data, a product master data and detect contents such as maintenance problem description.
Described learning-oriented detection method for maintaining, wherein the detection of this this appliance arrangement of execution and the step of carrying out dynamic data maintenance also comprise the following steps:
Link this appliance arrangement and detect maintenance system;
Resolving this detection mantenance data decision test item and testing tool begins to detect;
Produce a testing result and store;
Carrying out detection of dynamic safeguards; And
The real-time update detection of dynamic is safeguarded the result.
Described learning-oriented detection method for maintaining, wherein this detection mantenance data of this parsing determines the step that test item and testing tool begin to detect, be to detect the table of comparisons according to one to carry out, comprise the corresponding relation of this detection maintenance problem description, test item and testing tool in this detection table of comparisons.
Described learning-oriented detection method for maintaining wherein is somebody's turn to do the step that this appliance arrangement is carried out maintenance analysis and carries out dynamic data maintenance, also comprises the following steps:
Read this testing result content of this appliance arrangement;
Carry out this appliance arrangement maintenance analysis according to this testing result;
Carry out the tabulate statistics of maintenance analysis data;
Show a maintenance analysis result;
Carrying out the dynamic maintenance analysis safeguards; And
The result is safeguarded in the analysis of real-time update dynamic maintenance.
Described learning-oriented detection method for maintaining, wherein this maintenance analysis result be according to may maintenance process the appearance chance frequency height of mode, present in the mode of number percent.
Relevant detailed content of the present invention and technology are described as follows with regard to conjunction with figs..
Description of drawings
Fig. 1 is the learning-oriented detection maintenance system of the present invention's proposition and the System Operation Organization Chart of method thereof;
Fig. 2 is the learning-oriented detection maintenance system of the present invention's proposition and the main operation workflow figure of method thereof;
Fig. 3 is the learning-oriented detection maintenance system of the present invention's proposition and the testing process figure of method thereof; And
Fig. 4 is the learning-oriented detection maintenance system of the present invention's proposition and the maintenance analysis process flow diagram of method thereof.
Description of reference numerals
10 appliance arrangement a, 20 appliance arrangement b
30 appliance arrangement n, 50 networks
100 user's operation-interfaces 200 detect maintenance system
210 detect mantenance data storehouse 220 problem receiver modules
230 check and analysis modules, 240 maintenance process modules
250 Dynamic Maintenance modules
One of step 300 input one appliance arrangement detects mantenance data and sets up this appliance arrangement file
Step 400 is carried out the detection of this appliance arrangement and is carried out dynamic data maintenance
Step 410 links this appliance arrangement and and detects maintenance system
This appliance arrangement file of step 420 does not exist
Step 430 is resolved this detection mantenance data decision test item and testing tool begins to detect
Step 440 has the unusual project that can't detect
Step 450 produces a testing result and stores
Step 460 is carried out detection of dynamic and is safeguarded
Step 470 real-time update detection of dynamic is safeguarded the result
Step 500 pair this appliance arrangement carries out maintenance analysis and carries out dynamic data maintenance
Step 510 reads this testing result content of this appliance arrangement
Step 520 has any unusual
Step 530 is carried out this appliance arrangement maintenance analysis according to this testing result
Step 540 do not have can't maintenance analysis unusual project
Step 550 is carried out the tabulate statistics of maintenance analysis data
Step 560 shows a maintenance analysis result
Step 570 is carried out the dynamic maintenance analysis and is safeguarded
The result is safeguarded in the analysis of step 580 real-time update dynamic maintenance
Step 600 is carried out the maintenance process of this appliance arrangement
Embodiment
The present invention is a kind of learning-oriented detection maintenance system and method thereof, please consults Fig. 1 earlier, and this figure is the learning-oriented detection maintenance system of the present invention's proposition and the System Operation Organization Chart of method thereof, is described as follows:
On the framework of System Operation, can be divided into three parts basically: the person's of being to use operation-interface 100; The one, it is own to detect maintenance system 200; Another then is appliance arrangement (as: appliance arrangement a10, appliance arrangement b20, appliance arrangement n30 ...) part.Binding by network 50 between the three operates, the client can utilize user's operation-interface 100 in wired or wireless mode by network 50, the product of desiring to detect maintenance is detected mantenance data set up file in the middle of inputing to system in advance, afterwards when the detection maintenance personal receives that desire detects the appliance arrangement of maintenance, only need again appliance arrangement to be linked to carry out follow-up all detection maintenance activities in the system, and what deserves to be mentioned is that this detection maintenance system 200 can provide several different appliance arrangements to carry out difference simultaneously and detect maintenance activity.
As in the middle of detection maintenance system 200 of the present invention, then have following basic main composition:
(1) detect mantenance data storehouse 210, main system is used for storing all detection mantenance datas of desiring to detect the appliance arrangement of maintenance activity and (comprises: user's master data, product master data and detect maintenance problem and describe ...); Store a table of comparisons that detects in addition, mainly deposit the relation of corresponding to each other that detects maintenance problem description, test item and testing tool in the table of comparisons, when system carries out the detection maintenance activity of appliance arrangement, can earlier the detection maintenance problem that the client filled in be described content resolves, the test item that analytical equipment equipment may carry out, and determine suitable testing tool to detect; And store flow process, data and instrument required when carrying out check and analysis.
(2) the problem receiver module 220, in order to provide the client (to comprise: user's master data, product master data and the description of detection maintenance problem by the detection mantenance data that user's operation-interface 100 carries out desire detection maintenance unit equipment ...) input, and in system, build data file, storage for appliance arrangement.
(3) check and analysis module 230, the detection and the analysis of main generator equipment, system can describe content according to the detection maintenance problem of this appliance arrangement and resolves when detecting, utilizing system to find out most possible project to be detected automatically the described problem of client (comprising: hardware and software), and look for suitable testing tool by the corresponding relation that detects the table of comparisons from detect mantenance data storehouse 210 and detect; The part of analyzing, then be to carry out the report that maintenance analysis produces a maintenance analysis result according to the result who detects, the maintenance process mode that the content of report may be taked is presented according to the mode of chance frequency height with number percent (%) occurring, can be for detecting further reference of maintenance personal.
(4) the maintenance process module 240, according to maintenance analysis report content as a result, appliance arrangement carried out last actual maintenance activity, comprising: the renewal of software version, the maintenance of hardware component ...
(5) the Dynamic Maintenance module 250, in the time of can carrying out the check and analysis of appliance arrangement in system, carry out dynamically updating and storing of data to detecting mantenance data storehouse 210, making system have learning ability allows the data in the database can keep last state at any time, and can handle untreated various detection repair status in real time, and elasticity adjustment in real time detects and the result of analysis, and the useful detection repair message that has more reference value is provided.
Below we illustrate operation workflow of the present invention with Fig. 2, this figure is the learning-oriented detection maintenance system that proposes of the present invention and the main operation workflow figure of method thereof, is described as follows:
At first, the detection maintenance data file of setting up oneself can detect maintenance because all appliance arrangements of desiring to detect maintenance all must go ahead of the rest in system, so the invention provides user's operation-interface 100 and allow the client create file by network 50 in wired or wireless mode voluntarily.Therefore, the detection mantenance data of client's input desire earlier maintenance unit equipment (comprising: describe by user's master data, product master data and detection maintenance problem at first ...), and data transfer is set up the file (step 300) of this appliance arrangement to system; The part that detects earlier after the detection mantenance data by system's acquisition device equipment then, and in the process that detects, carry out dynamic data maintenance work (step 400); Then system according to the result who detects, begins appliance arrangement is carried out maintenance analysis, and equally also carry out dynamic data maintenance (step 500) in the process of maintenance analysis again; After all detection maintenance analysis work comes to an end, system can produce a maintenance analysis result's report, according to this a resultant content this appliance arrangement is carried out actual maintenance process (step 600) again, finish detection maintenance activity, finish whole operation workflow this appliance arrangement.
Yet, still have the part of many details in actual detection and the maintenance analysis operation workflow, below we illustrate respectively with Fig. 3 and Fig. 4:
Fig. 3 is the learning-oriented detection maintenance system that the present invention proposes and the testing process figure of method thereof, at first desire to detect the appliance arrangement of maintenance must be earlier and system link (step 410); Then system just can be according to the recognition data that appliance arrangement provided that links, the detection maintenance data file content of acquisition under it from detect mantenance data storehouse 210, judge the detection maintenance data file (step 420) of whether depositing this appliance arrangement in the system, if do not exist, then system will no longer proceed follow-up detection maintenance activity, otherwise the expression system has the data of this appliance arrangement can carry out follow-up detection maintenance activity; So system begins to resolve the detection mantenance data of this appliance arrangement, and determines possible test item according to analysis result, and select suitable testing tool and begin to detect (step 430); In the process of whole detection, system can monitor the result of whole detection, can't can't judge whether to occur the unusual project that bears results of detecting (being the unusual contents of a project that system interpretation)? (step 440) be not if having, the expression system can grasp completely to the test item result of this appliance arrangement, this moment, system can produce a testing result and the result is temporary to system (step 450), otherwise, be found in the middle of the detection of expression for this appliance arrangement system can't judge unusual, system will detect maintenance work (step 460) dynamically this moment, the problem description that input just is correlated with, the corresponding relation of test item and testing tool, and the detection of dynamic maintenance content (step 470) to database that real-time update is all, make system can keep up-to-date detection data at any time, and this moment, system also can produce last testing result according to the result after the Dynamic Maintenance, flow process is got back to step 450 once again then, this testing result is stored, finish the flow process of whole detection.
Fig. 4 then is the learning-oriented detection maintenance system of the present invention's proposition and the maintenance analysis process flow diagram of method thereof, at first system can go to read the testing result content (step 510) of this appliance arrangement earlier, do you judge that then the result who detects has any unusual project? (step 520) be not if having, all normally need not carry out any maintenance analysis indication device equipment, process ends then, otherwise system is just according to the unusual project (as: hard disk that is occurred in the testing result, network card, operating system ... or the like) this appliance arrangement is carried out further maintenance analysis work (step 530); This moment, system can monitor equally, the system that judges whether can't maintenance analysis unusual project? (step 540) be not if having, the maintenance analysis result that the expression system all can propose to determine to the unusual project of this device, this moment, system just began to carry out gathering and statistical work (step 550) of all maintenance analysis data, demonstrate all maintenance analysis result'ss (step 560) at last, otherwise, have the part that to carry out maintenance analysis in the unusual project of expression system for this appliance arrangement, this moment, system can begin to carry out the maintenance work (step 570) that dynamic maintenance is analyzed, relevant maintenance analysis data input of the exception item purpose that system can't be analyzed just and all dynamic maintenance of real-time update are analyzed maintenance content (step 580) in database, system also can go according to the latest result after the Dynamic Maintenance to carry out gathering and statistics (step 550) of all maintenance analysis data then, demonstrate up-to-date maintenance analysis result's report (step 560) at last, finish whole maintenance analysis flow process.
Learning-oriented detection maintenance system of the present invention and method thereof, receive the detection repair message of various appliance arrangements by network connections, and the appliance arrangement that is attached in the system carried out real-time detection maintenance activity, therefore can make and detect maintenance activity and not carried out at any time by the restriction of space-time, and the flow process of whole detection maintenance activity also will more be simplified and efficient.
In addition,, system will constantly be learnt, and be made system can produce analytical information content more accurate, the tool reference value, and allow the detection maintenance job become simpler and easy, quicker by to the Dynamic Maintenance work of system in detecting maintenance process.In addition, the detection maintenance activity of integrating through electronization will make that also the quality of operation is more consistent, and the wrong incidence of operation greatly reduces, and then client's satisfaction is promoted.
Concerning enterprise, the detection maintenance operation system that adopts electronization to integrate, to make enterprise save many talent training time and moneys, the network that more can allow enterprise save many traditional detection maintenances is built the work of putting and expenditure, also can allow simultaneously the operation adjustment layout of enterprise more flexible, promote Enterprises'Competitiveness.
Though the present invention is open with aforesaid preferred embodiment; right its is not that any those of ordinary skills are not breaking away from the spirit and scope of the invention in order to qualification the present invention; change and retouching when doing some, therefore scope of patent protection of the present invention is as the criterion with claim.
Claims (15)
1. a learning-oriented detection maintenance system can dynamically carry out the updating maintenance of data content, and can produce analytical information to detect maintenance activity by real-time judge in detecting maintenance process, it is characterized in that this system comprises:
One detects the mantenance data storehouse, required flow process, data and instrument when detecting mantenance data, and detect the table of comparisons and carry out check and analysis in order to store one of an appliance arrangement;
One problem receiver module carries out the transmission of this detection mantenance data in order to user's operation-interface to be provided for the client by a network;
One check and analysis module in order to by the parsing to this detection mantenance data this appliance arrangement being detected, and produces a maintenance analysis result information;
One maintenance processing module is in order to carry out actual maintenance activity according to this maintenance analysis result; And
One Dynamic Maintenance module in order to when the running of this check and analysis module, provide carrying out dynamically updating and storing of data in this detections mantenance data storehouse, and elasticity adjustment in real time detects and the result of analysis.
2. learning-oriented detection maintenance system as claimed in claim 1 is characterized in that, this system can carry out the different maintenance activities that detect to several these different appliance arrangements simultaneously.
3. learning-oriented detection maintenance system as claimed in claim 1 is characterized in that, this detection mantenance data comprises that user's master data, a product master data and detect contents such as maintenance problem description.
4. learning-oriented detection maintenance system as claimed in claim 1 is characterized in that, this detection table of comparisons comprises the corresponding relation of this detection maintenance problem description, test item and testing tool.
5. learning-oriented detection maintenance system as claimed in claim 1 is characterized in that the type of this network includes spider lines and wireless network.
6. learning-oriented detection maintenance system as claimed in claim 1 is characterized in that, this maintenance analysis result according to may maintenance process the appearance chance frequency height of mode, present in the mode of number percent.
7. a learning-oriented detection method for maintaining can dynamically carry out the updating maintenance of data content, and can produce analytical information to detect maintenance activity by real-time judge in detecting maintenance process, it is characterized in that this method comprises the following steps:
Importing one of an appliance arrangement detects mantenance data and sets up this appliance arrangement file;
Carry out the detection of this appliance arrangement and carry out dynamic data maintenance;
This appliance arrangement is carried out maintenance analysis and carries out dynamic data maintenance; And
Carry out the maintenance process of this appliance arrangement.
8. learning-oriented detection method for maintaining as claimed in claim 7 is characterized in that, this method can be carried out the different maintenance activities that detect to several these different appliance arrangements simultaneously.
9. learning-oriented detection method for maintaining as claimed in claim 7 is characterized in that, this detection mantenance data is that the client utilizes a network to transmit by user's operation-interface.
10. learning-oriented detection method for maintaining as claimed in claim 9 is characterized in that the type of this network includes spider lines and wireless network.
11. learning-oriented detection method for maintaining as claimed in claim 7 is characterized in that, this detection mantenance data comprises that user's master data, a product master data and detect contents such as maintenance problem description.
12. learning-oriented detection method for maintaining as claimed in claim 7 is characterized in that, this carries out the detection of this appliance arrangement and the step of carrying out dynamic data maintenance, also comprises the following steps:
Link this appliance arrangement and detect maintenance system;
Resolving this detection mantenance data decision test item and testing tool begins to detect;
Produce a testing result and store;
Carrying out detection of dynamic safeguards; And
The real-time update detection of dynamic is safeguarded the result.
13. learning-oriented detection method for maintaining as claimed in claim 12, it is characterized in that, this resolves the step that this detection mantenance data determines that test item and testing tool begin to detect, be to detect the table of comparisons according to one to carry out, comprise the corresponding relation of this detection maintenance problem description, test item and testing tool in this detection table of comparisons.
14. learning-oriented detection method for maintaining as claimed in claim 7 is characterized in that this also comprises the following steps: the step that this appliance arrangement carries out maintenance analysis and carries out dynamic data maintenance
Read this testing result content of this appliance arrangement;
Carry out this appliance arrangement maintenance analysis according to this testing result;
Carry out the tabulate statistics of maintenance analysis data;
Show a maintenance analysis result;
Carrying out the dynamic maintenance analysis safeguards; And
The result is safeguarded in the analysis of real-time update dynamic maintenance.
15. learning-oriented detection method for maintaining as claimed in claim 14 is characterized in that, this maintenance analysis result be according to may maintenance process the appearance chance frequency height of mode, present in the mode of number percent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02157087 CN1262925C (en) | 2002-12-24 | 2002-12-24 | Studying-type detecting and fixing system and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02157087 CN1262925C (en) | 2002-12-24 | 2002-12-24 | Studying-type detecting and fixing system and method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1510573A true CN1510573A (en) | 2004-07-07 |
| CN1262925C CN1262925C (en) | 2006-07-05 |
Family
ID=34236481
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 02157087 Expired - Fee Related CN1262925C (en) | 2002-12-24 | 2002-12-24 | Studying-type detecting and fixing system and method |
Country Status (1)
| Country | Link |
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| CN (1) | CN1262925C (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106156918A (en) * | 2015-04-08 | 2016-11-23 | 博世汽车服务技术(苏州)有限公司 | Special tool for service management system |
| CN109214706A (en) * | 2018-09-28 | 2019-01-15 | 深圳市轱辘汽车维修技术有限公司 | Maintenance tool management method, device, system, server and storage medium |
| CN116205542A (en) * | 2023-04-28 | 2023-06-02 | 菲特（天津）检测技术有限公司 | Quality management system, method, equipment and medium based on data comparison |
-
2002
- 2002-12-24 CN CN 02157087 patent/CN1262925C/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106156918A (en) * | 2015-04-08 | 2016-11-23 | 博世汽车服务技术(苏州)有限公司 | Special tool for service management system |
| CN109214706A (en) * | 2018-09-28 | 2019-01-15 | 深圳市轱辘汽车维修技术有限公司 | Maintenance tool management method, device, system, server and storage medium |
| CN116205542A (en) * | 2023-04-28 | 2023-06-02 | 菲特（天津）检测技术有限公司 | Quality management system, method, equipment and medium based on data comparison |
| CN116205542B (en) * | 2023-04-28 | 2023-08-04 | 菲特（天津）检测技术有限公司 | Quality management system, method, equipment and medium based on data comparison |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1262925C (en) | 2006-07-05 |
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