CN104123601A - Equipment maintenance method and system thereof - Google Patents
Equipment maintenance method and system thereof Download PDFInfo
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- CN104123601A CN104123601A CN201310147053.1A CN201310147053A CN104123601A CN 104123601 A CN104123601 A CN 104123601A CN 201310147053 A CN201310147053 A CN 201310147053A CN 104123601 A CN104123601 A CN 104123601A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/80—Management or planning
- Y02P90/82—Energy audits or management systems therefor
Abstract
An equipment maintenance method and a system thereof. The method is applicable to be implemented between a servo mechanism and a terminal unit so as to maintain multiple detachable devices which respectively contain several inner members for users. Multiple resume data are arranged inside the servo mechanism, and each resume datum contains an identification code and a repair sheet. The method contains the following steps: (a) the terminal unit obtains an identification code, the servo mechanism reads a corresponding resume datum with the identification code, and the repair sheet is displayed; (b) the terminal unit captures an image of equipment before dismantling; (c) the terminal unit receives multiple maintenance results respectively corresponding to inner members after the equipment is dismantled; (d) the terminal unit displays the image before dismantling to a user for watch; (e) the terminal unit transmits the maintenance results to the servo mechanism; and (f) the servo mechanism updates the repair sheet.
Description
Technical field
The present invention relates to a kind of repair method and system, particularly relate to a kind of device maintenance method and system that is applicable to detect maintenance instrumentation.
Background technology
Generally in manufacturing factory, such as plastics factory, iron and steel processing factory, spare part manufacturing works, food processing factory etc., all can in factory building, set up various instrument and equipment, utilize the automated operation of these equipment, to complete production, to manufacture required finished product/half-finished operation.Although along with the difference of industry attribute, described instrument and equipment also can be different, no matter but which kind of instrumentation, all need prophylactic repair and maintenance, the function keeping on the go and operating efficiency, even, in the time there is catastrophic failure damage, also need it to do emergency repair processing, to guarantee that all instrumentations all can normal operation.
Common repair method, is to obtain corresponding repair sheet by professional maintenance personal according to the kind of Awaiting Overhaul equipment at present, and the content of then recording according to this repair sheet is sequentially overhauled this equipment.Take this equipment as example as hydraulic control valve, maintenance personal can first carry out for example outward appearance to this equipment and tentatively test, then disassemble this equipment, with the inner member for this equipment assess respectively, the action such as repairing and/or derusting by sandblast, again described inner member assembling is reverted back to this equipment, then carry out such as the pressure testing of leaking hunting, spray paint, the step such as correction, holistic diagnosis, then carry out final inspection.In the time of maintenance, maintenance personal need be recorded in respectively this repair sheet by assessment in process and the result of repairing, and in each step, utilizes camera to take pictures and deposit card, after maintenance completes, by special messenger, this repair sheet and the image of the gained of taking pictures are made to inductive statistics again, to arrange out a service bulletin.Maintenance dealer can be according to the content of this service bulletin, and manufacturer or client to described equipment propose analysis and suggestion, using as lifting means life-span in the future and the reference that improves usefulness.
But, along with industrialization is day by day flourishing, the quantity of equipment, kind is also along with increase, and described equipment is according to its kind of generic attribute, also may comprise respectively multiple different inner member, so the inner member after disassembling is being assembled back after equipment originally, often there is assembly defect or miss the unassembled situation of some inner member, although reference can first take pictures for assembling to this equipment before disassembling time, but existing repair method is to utilize the camera of separate unit to take pictures, therefore only can play the image before disassembling by the display screen of camera, the size of picture is too little cannot meet assembling demand, if image transmission is play after computer again, need to increase operation steps and man-hour, can indirectly improve the human cost of maintenance.
On the other hand, after maintenance completes, by artificial mode, this repair sheet and corresponding image are carried out to sorting-out in statistics, need to expend a large amount of human resources, and lack the efficiency of real-time update, especially ought want for the corresponding repair sheet of hundreds of thousands of equipment, and a large amount of images is while doing collating sort, arduous numerous and diverse work especially, and the maintenance personal who takes pictures may not be same people with what carry out data compilation, easily there is the situation of grouping of data mistake, more make follow-up statistic analysis result produce error, therefore be necessary this type of disappearance to improve in fact.
Summary of the invention
The object of the present invention is to provide a kind of device maintenance method that can avoid assembly defect.
Present device repair method, be applicable to be implemented in a servomechanism, and a signal is connected between the end device of this servomechanism, detect many equipment that can be disassembled and comprise respectively several inner members of maintenance for user, built-in many resume data that correspond respectively to described equipment of this servomechanism, each resume data comprises one group of specific identification code, and a repair sheet being associated with this equipment.
This device maintenance method comprises the following step: (a) make this end device obtain a group identification code, and automatically read this resume data with corresponding its this group identification code of obtaining from this servomechanism, and show this repair sheet; (b) make this end device capture of this equipment and disassemble front image; (c) after being disassembled, this equipment make this end device receive many maintenance results that correspond respectively to described inner member; (d) make this end device show that this disassembles front image and watch for user; (e) make this end device that described maintenance result is sent to this servomechanism; And (f) data that this servomechanism transmits according to this end device is upgraded this repair sheet.
Device maintenance method of the present invention, in this step (b), also make this many of end device reception correspond respectively to this equipment and disassemble front the tested results, and also make this end device that described the tested results is sent to this servomechanism in this step (e).
Device maintenance method of the present invention, this device maintenance method also comprises the following step (g) and is disassembled in process in this equipment, make at least one pen of this end device acquisition disassemble process image, and this end device also show that this disassembles process image and watch for user in this step (d).
Device maintenance method of the present invention, also comprise the following step: (h) this servomechanism produces a statistical data according to this repair sheet after upgrading, this statistical data contains many processing statistical values that correspond respectively to described inner member, and an approximate of the cost corresponding to described maintenance result.
Device maintenance method of the present invention, in this step (c), also make many of this end device acquisitions correspond respectively to the element images of described inner member, in this step (e) this end device also by described element image respectively with corresponding link of described maintenance result.
Device maintenance method of the present invention, each resume data also comprises one group of e-mail address, and after this step (f), also comprise the following step: (i) this servomechanism produces a corresponding service bulletin according to this repair sheet after upgrading, and this service bulletin is sent to this e-mail address.
Device maintenance method of the present invention, described equipment has respectively the recognition component of a built-in identification code, and in this step (a), this end device is that the mode that scans this recognition component by shooting obtains this identification code.
Another object of the present invention is to provide a kind of overhaul of the equipments system that can automatic analysis maintenance result.
Present device examination and repair system, is applicable to detect many equipment that can be disassembled and comprise respectively several inner members of maintenance for user, and this overhaul of the equipments system comprises a servomechanism, and an end device.
This servomechanism comprises a data bank, an and processing unit, built-in many resume data that correspond respectively to described equipment of this data bank, each resume data comprises one group of specific identification code, and a repair sheet being associated with this equipment, this processing unit can be analyzed the content of each repair sheet to produce a statistical data; This end device signal is connected in this servomechanism, comprise a reading code module, a transmitting-receiving module, an and operation module, this reading code module can be obtained a group identification code, this transmitting-receiving module can with this servomechanism data transmission, this group identification code that this operation module can utilize this reading code module to obtain, automatically read and show this resume data having corresponding to this group identification code from this servomechanism by this transmitting-receiving module, and can receive many results that detect this equipment of maintenance, and the image of acquisition and this equipment of demonstration.
Overhaul of the equipments system of the present invention, each resume data also comprises one group of e-mail address, and this processing unit of this servomechanism also can produce a corresponding service bulletin according to this repair sheet after upgrading, and this service bulletin is sent to this e-mail address.
Beneficial effect of the present invention is: by show this this disassemble front image, can avoid assembly defect, and this servomechanism energy automatic analysis maintenance result, can reduce the waste of human resources and sort out wrong generation.
Brief description of the drawings
Fig. 1 is a functional block diagram, shows one first preferred embodiment and multiple devices and an internet of present device examination and repair system;
Fig. 2 is a process flow diagram, and the implementation method of this first preferred embodiment is described;
Fig. 3 is a functional block diagram, shows one second preferred embodiment and multiple devices, a communication network and a mobile phone of present device examination and repair system; And
Fig. 4 is a process flow diagram, and the implementation method of this second preferred embodiment is described.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in detail.
For convenience of description, following embodiment, similarly element represents with identical label.
Consult Fig. 1 and Fig. 2, one first preferred embodiment of present device repair method, is to utilize an overhaul of the equipments system that is arranged at maintenance factory building to implement, and detects respectively maintenance multiple devices 1 for user.Each equipment 1 comprises a recognition component 11, and several inner member 12, and this equipment 1 can be disassembled so that described inner member 12 exposes.The built-in one group of specific identification code 111 of each recognition component 11, in the time implementing, this identification code 111 can present by forms such as bar code, two-dimensional bar code, numeral or less radio-frequency elements, and this identification code 111 of this preferred embodiment is to present with bar code.
This overhaul of the equipments system comprises: a servomechanism 2, and an end device 3.
In this preferred embodiment, the intrinsic safe explosion-proof computer that this servomechanism 2 is technical grade, it can normal operation under harsh environment, can not damage because for example explosion accident disaster occurs the inflammable and explosive property material in maintenance factory building, therefore while use, can not be limited to the industrial safety grade of maintenance environment, but while enforcement, the installation site of this servomechanism 2 and explosive-proof grade do not need restriction, it can the elasticity adjustment with cost consideration according to the actual requirements, this servomechanism 2 can be online to internet 91, and comprise a data bank 21, an and processing unit 22.Built-in many resume data that correspond respectively to described equipment 1 of this data bank 21, each resume data comprises one group of identification code corresponding to this equipment 1, one group of e-mail address, and a repair sheet.This e-mail address is corresponding to the coordinator of this equipment 1 or the client who entrusts, and implement time its number be not limited with one.This repair sheet has the multiple overhauling projects that are associated with corresponding equipment 1.This processing unit 22 can be used to transmitting-receiving, calculating, analysis, statistical data, and its detailed functions repeats after holding.
This end device 3 is that signal is connected in this servomechanism 2, it can be notebook computer or desktop computer, but implement time not as limit, this end device 3 of this preferred embodiment is to explain with notebook computer, it comprises a reading code module 31, a transmitting-receiving module 32, and an operation module 33.This reading code module 31 can be operated by user and obtain the wherein group identification code 111 of described equipment 1.This transmitting-receiving module 32 can with these servomechanism 2 data transmissions, when enforcement, it can carry out data transmission by wireless communication protocols such as wireless mode such as WiFi, 3G, 4G.This operation module 33 can be obtained and show this resume data corresponding to this group identification code 111 via this transmitting-receiving module 32, and can be operated and receive the data of user input, and is used for acquisition and show image.
The implementation step of present device repair method is described as follows.
First, as shown in step 41, make this end device 3 obtain a group identification code 111, and automatically read this resume data with corresponding its this group identification code 111 of obtaining from this servomechanism 2, and show this repair sheet of this resume data.
Specifically, for example, in the time of wish a certain equipment 1 of maintenance (: hydraulic control valve), user utilizes this end device 3 to obtain the identification code 111 of this equipment 1, for example, the reading code module 31 of this end device 3 is that the mode that scans this recognition component 11 by shooting obtains this identification code 111, but also can otherwise obtain this identification code 111 according to the form of this identification code 111, such as wireless radio-frequency, keyboard input, acoustic control input etc. while enforcement.In addition, when enforcement described in equipment 1 also needn't be limited to there is described recognition component 11 and identification code 111 thereof, for example described identification code 111 can be painted the form of writing and is presented on the other ground of this equipment 1 (scheming not shown).
This end device 3 is obtained after this identification code 111, then can utilize this transmitting-receiving module 32 that this identification code 111 is sent to this servomechanism 2, this processing unit 22 of this servomechanism 2 can be from described resume data, choose the resume data having corresponding to this identification code 111, then by this resume data transmission to this end device 3, and this operation module 33 is obtained this resume data by this transmitting-receiving module 32 again, and this repair sheet and overhauling project thereof are shown to user watch.Described overhauling project is to be respectively associated with this equipment 1 and inner member 12 thereof, such as described overhauling project corresponds respectively to equipment appearance, valve body, actuator, tensimeter, flow transmitter, steady arm and control fitting etc., allows user sequentially do to detect maintenance to this equipment 1 according to described overhauling project.
This preferred embodiment is in the time carrying out this step 41, this operation module 33 is to present this repair sheet with webpage format, for example, and described overhauling project is respectively to show with single the page, and described overhauling project has five, this operation module 33 can relatively show with five Webpages.In addition, this operation module 33, in the time showing this repair sheet, can switch between a word input pattern and an image capture pattern.
Then, as shown in step 42, make one of this end device 3 these equipment 1 of acquisition to disassemble front image, and receive many tested results before corresponding respectively to this equipment 1 and disassembling.
For instance, user can be before overhauling, and first operates this end device 3 to utilize this operation module 33 to capture the front image of disassembling of this equipment 1, then operate this operation module 33 and input described the tested results.For example, in previous step 41, this operation module 33 shows the Webpage corresponding to the overhauling project of equipment appearance, in this step 42, user is by operating this operation module 33 to this image capture pattern, first capture the front image of disassembling that this equipment 1 is not yet disassembled, then switch to this word input pattern and input described the tested results.
Then, as shown in step 43, be disassembled in process in this equipment 1, make this end device 3 capture at least one pen and disassemble process image.
This preferred embodiment is in the time carrying out this step 43, this equipment 1 can be disassembled and come, now user can operate this end device 3, so that the process of the disassembling image of these operation module 33 these equipment 1 of acquisition, for example this equipment 1 need sequentially make several fasteners and housing get loose and be opened disintegration, and many of can sequentially capture after being released corresponding to described fastener and housing of this operation module 33 disassemble process image.
Then,, as shown in step 44, after this equipment 1 is disassembled, make this end device 3 receive many maintenance results that correspond respectively to described inner member 12, and capture many element images that correspond respectively to described inner member 12.
Specifically, after being disassembled, this equipment 1 can expose described inner member 12, described inner member 12 can sequentially be detected maintenance, user has for example keeped in repair wherein, after an inner member 12 (: valve body) in detecting, in this repair sheet in the Webpage corresponding to the overhauling project of valve body, operate this operation module 33 to this word input pattern and a maintenance result is inputted, and with the same manner after having overhauled other inner member 12, corresponding maintenance result is sequentially inputted to corresponding Webpage, make this end device 3 receive many maintenance results that correspond respectively to described overhauling project.
In addition, this end device 3 also can be used for capturing the described element image of the described inner member 12 being overhauled, for example, in the Webpage of the overhauling project corresponding to valve body and actuator, respectively this operation module 33 is switched to this image capture pattern from this word input pattern, capture again the image at this equipment 1 valve body position and the image at actuator position, certainly, when enforcement, also can only capture the image of a certain overhauling project institute corresponding position, or not capture any image completely.
Then,, as shown in step 45, make this end device 3 show that this disassembles front image and this and disassemble process image and watch for user.
This preferred embodiment is in the time carrying out this step 45, described inner member 12 need assemble to revert back to this equipment 1 with described fastener and housing, now this end device 3 can show this disassemble front image and described in disassemble process image, while assembling for user, watch with reference to using, this can be avoided occurring the situation of assembly defect or omission, also exempts the puzzlement that in the past used the too little video picture inconvenience of single camera screen.
Then, as shown in step 46, this end device 3 by described element image respectively with corresponding link of described maintenance result, and described the tested results, described maintenance result and described element image are sent to this servomechanism 2.
Specifically, this end device 3 can link corresponding same overhauling project in this step 44 maintenance result with element image, for example the maintenance result receiving in the Webpage of the overhauling project of valve body and the element image capturing are linked mutually, then the maintenance result receiving in the Webpage of the overhauling project of actuator and the element image capturing are linked mutually, together with the described the tested results in this step 42, be sent to together this servomechanism 2 by this transmitting-receiving module 32 again.Therefore this end device 3 can be processed automatically needs to expend the great mass of data that many human resources arrange in the past, reduces the error rate of inducing classification simultaneously.
While implementing this step 46, also can increase the image transmitting according to actual demand, for example, can further make this operation module 33 first capture image after the assembling after this equipment 1 assembling, then by this transmitting-receiving module 32, image after this assembling is sent to this servomechanism 2.
Then,, as shown in step 47, the data that this servomechanism 2 transmits according to this end device 3 is upgraded this repair sheet.
After the data that this servomechanism 2 transmits in this end device 3 of reception, this processing unit 22 can upgrade the repair sheet content corresponding to the resume data of this equipment 1, and this repair sheet after upgrading is stored in to this data bank 21.
Then, as shown in step 48, this servomechanism 2 produces a statistical data according to this repair sheet after upgrading, and this statistical data contains many processing statistical values that correspond respectively to described inner member 12, and an approximate of the cost corresponding to described maintenance result.
Particularly, this servomechanism 2 upgrades after this repair sheet, this processing unit 22 can be for the result of described overhauling project, automatically make induction-arrangement and produce this statistical data, and count the processing statistical value of the unusual condition incidence and the well damage degree that represent each inner member 12, and described result can be utilized pre-set maintenance man-hours, material cost, the formula such as consumptive material expense, automatically calculate corresponding maintenance cost and produce this approximate of the cost, and the image linking in abovementioned steps 46, also can be in this step 48 with this statistical data merged further converge whole, described processing statistical value, this approximate of the cost and described image can connect to this servomechanism 2 by this end device 3 and be read, so that as research and develop designer in the future, maintenance personal's reference.
Then,, as shown in step 49, this servomechanism 2 produces a corresponding service bulletin according to this repair sheet after upgrading, and this service bulletin is sent to this e-mail address.
Particularly, the described maintenance result that this processing unit 22 of this servomechanism 2 can be recorded according to this repair sheet after upgrading, and produce corresponding service bulletin, and via this internet 91, this service bulletin is sent to this e-mail address.
When this step 49 is implemented, can by transmit the frequency of this service bulletin according to demand Flexible change, for example can be set as all carrying out after carrying out one time in this step 41 to this step 48, or respectively different equipment 1 is just converged to whole transmission once in carrying out this step 41 to this step 48 many times, or also can be set as every day, weekly, monthly etc. the different time intervals transmits.
Automatically dispatched to coordinator or client under this e-mail address by this service bulletin, can make related personnel learn immediately the result of aforementioned maintenance process, and needn't spend again manpower and go to carry out this and dispatch action, and can reach with no paper advantage by the characteristic of electric transmission.
Consult Fig. 3, Fig. 4, for one second preferred embodiment of present device repair method, the servomechanism 2 of this second preferred embodiment can be online to a communication network 92, and by this communication network 92 and mobile phone 8 data transmissions, and each resume data also comprises one group of phone number corresponding to this action phone 8.
The implementation step of this preferred embodiment is roughly identical with the implementation step of aforementioned the first preferred embodiment, is all from this step 41, then sequentially carries out this step 42 to this step 48, difference be in: after this step 48 completes, be then carry out step 50.
As shown in this step 50, this servomechanism 2 produces a corresponding notifying messages according to this repair sheet after upgrading, and this notifying messages is sent to the mobile phone 8 that this phone number is set.
That is to say, this preferred embodiment is in implementing, this servomechanism 2 is according to this repair sheet after upgrading, can receive with 8 of mobile phones the form reading and produce this notifying messages, and by this communication network 92, this notifying messages is sent to the corresponding mobile phone 8 of phone number in this resume data, obtain the result of maintenance for the related personnel who holds this action phone 8 reads this notifying messages, but corresponding this action phone 8 is not limited with one group with this phone number while implementing.
This preferred embodiment can be after detection have been keeped in repair, provide another kind of for notifying related personnel's mode, while making the invention process, needn't be limited to the transmission mode of aforementioned internet 91 and e-mail address, thereby can reach larger utilization elasticity for industry utilization.
In sum, no matter present device repair method is the first or second preferred embodiment, mutual collocation by this servomechanism 2 with this end device 3, all can effectively reduce and disassemble the mistake causing when assembling described equipment 1 in the past a situation arises, and promote for detect maintenance result take statistics arrange efficiency, except can automatically calculate to conclude and integrate out emphasis in a large amount of data, more can promptly estimate the required cost of maintenance, also have effect of real-time informing concurrently, so really can reach object of the present invention.
Claims (9)
1. a device maintenance method, be applicable to be implemented in a servomechanism, and a signal is connected between the end device of this servomechanism, detect many equipment that can be disassembled and comprise respectively several inner members of maintenance for user, built-in many resume data that correspond respectively to described equipment of this servomechanism, each resume data comprises one group of specific identification code, and a repair sheet being associated with this equipment, it is characterized in that:
This device maintenance method comprises the following step: (a) make this end device obtain a group identification code, and automatically read this resume data with corresponding its this group identification code of obtaining from this servomechanism, and show this repair sheet; (b) make this end device capture of this equipment and disassemble front image; (c) after being disassembled, this equipment make this end device receive many maintenance results that correspond respectively to described inner member; (d) make this end device show that this disassembles front image and watch for user; (e) make this end device that described maintenance result is sent to this servomechanism; And (f) data that this servomechanism transmits according to this end device is upgraded this repair sheet.
2. device maintenance method according to claim 1, it is characterized in that: in this step (b), also make this many of end device reception correspond respectively to this equipment and disassemble front the tested results, and also make this end device that described the tested results is sent to this servomechanism in this step (e).
3. device maintenance method according to claim 1, it is characterized in that: this device maintenance method also comprises the following step (g) and is disassembled in process in this equipment, make at least one pen of this end device acquisition disassemble process image, and this end device also show that this disassembles process image and watch for user in this step (d).
4. device maintenance method according to claim 1, it is characterized in that: this device maintenance method also comprises this servomechanism of the following step (h) and produces a statistical data according to this repair sheet after upgrading, this statistical data contains many processing statistical values that correspond respectively to described inner member, and an approximate of the cost corresponding to described maintenance result.
5. device maintenance method according to claim 1, it is characterized in that: in this step (c), also make many of this end device acquisitions correspond respectively to the element images of described inner member, in this step (e) this end device also by described element image respectively with corresponding link of described maintenance result.
6. device maintenance method according to claim 1, it is characterized in that: each resume data also comprises one group of e-mail address, and after this step (f), also comprise the following step: (i) this servomechanism produces a corresponding service bulletin according to this repair sheet after upgrading, and this service bulletin is sent to this e-mail address.
7. device maintenance method according to claim 1, it is characterized in that: described equipment has respectively the recognition component of a built-in identification code, in this step (a), this end device is that the mode that scans this recognition component by shooting obtains this identification code.
8. an overhaul of the equipments system, is applicable to detect many equipment that can be disassembled and comprise respectively several inner members of maintenance for user, and this overhaul of the equipments system comprises a servomechanism, and an end device, it is characterized in that:
This servomechanism comprises a data bank, an and processing unit, built-in many resume data that correspond respectively to described equipment of this data bank, each resume data comprises one group of specific identification code, and a repair sheet being associated with this equipment, this processing unit can be analyzed the content of each repair sheet to produce a statistical data; And
This end device signal is connected in this servomechanism, comprise a reading code module, a transmitting-receiving module, an and operation module, this reading code module can be obtained a group identification code, this transmitting-receiving module can with this servomechanism data transmission, this group identification code that this operation module can utilize this reading code module to obtain, automatically read and show this resume data having corresponding to this group identification code from this servomechanism by this transmitting-receiving module, and can receive many results that detect this equipment of maintenance, and the image of acquisition and this equipment of demonstration.
9. overhaul of the equipments system according to claim 8, it is characterized in that: each resume data also comprises one group of e-mail address, and this processing unit of this servomechanism also can produce a corresponding service bulletin according to this repair sheet after upgrading, and this service bulletin is sent to this e-mail address.
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| CN201310147053.1A CN104123601A (en) | 2013-04-25 | 2013-04-25 | Equipment maintenance method and system thereof |
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| CN201310147053.1A CN104123601A (en) | 2013-04-25 | 2013-04-25 | Equipment maintenance method and system thereof |
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| CN106451151A (en) * | 2016-11-07 | 2017-02-22 | 宁波精丰测控技术有限公司 | Integrated overhauling method and system for power equipment |
| CN109389228A (en) * | 2018-09-29 | 2019-02-26 | Oppo（重庆）智能科技有限公司 | To the method and electronic equipment of electronic equipment maintenance |
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| CN202433956U (en) * | 2012-02-09 | 2012-09-12 | 厦门信达物联科技有限公司 | Informatization management system for maintenance workshop |
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| CN106230628A (en) * | 2016-07-29 | 2016-12-14 | 山东工商学院 | A kind of equipment auxiliary repair method and system |
| CN106230628B (en) * | 2016-07-29 | 2019-08-02 | 山东工商学院 | A kind of equipment auxiliary repair method and system |
| CN106451151A (en) * | 2016-11-07 | 2017-02-22 | 宁波精丰测控技术有限公司 | Integrated overhauling method and system for power equipment |
| CN109389228A (en) * | 2018-09-29 | 2019-02-26 | Oppo（重庆）智能科技有限公司 | To the method and electronic equipment of electronic equipment maintenance |
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