CN106291353A - The monitoring system method of electromotor, monitoring system and electromotor - Google Patents
The monitoring system method of electromotor, monitoring system and electromotor Download PDFInfo
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- CN106291353A CN106291353A CN201510319776.4A CN201510319776A CN106291353A CN 106291353 A CN106291353 A CN 106291353A CN 201510319776 A CN201510319776 A CN 201510319776A CN 106291353 A CN106291353 A CN 106291353A
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- 238000012423 maintenance Methods 0.000 claims description 21
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Abstract
The present invention provides the monitoring method of a kind of electromotor, monitoring system and electromotor, including: receive the device identification of electromotor, raw material data and service data；Type and the threshold data of described electromotor is inquired about in device identification according to described electromotor, and described threshold data includes: raw material threshold value and service data threshold value；Judge that whether described raw material data are less than described raw material threshold value, and will determine that result generates the first feedback data；Judge that described service data, whether in service data threshold range, and will determine that result generates the second feedback data；Described first feedback data and the second feedback data are sent to described electromotor.The present invention by being identified and inquire about type and the threshold data of its correspondence to the device identification of electromotor, and to realize, to its running status, raw material, whether abundance is monitored, and provides real-time feedback information.
Description
Technical field
The invention belongs to intellectual monitoring field, particularly relate to the monitoring method of a kind of electromotor, monitoring system and
Electromotor.
Background technology
Electromotor is for becoming electric energy by the energy conversion of other forms, and the energy of other forms mainly resides in water
In the modes such as power, wind energy, fuel combustion and nuclear fission.
In order to provide optimal switch condition to above-mentioned energy conversion, the usual complex operation of gen-set and
Maintenance process is very professional.
Current electromotor industry, is only capable of being monitored for some daily parameters of electromotor and safeguarding, i.e.
Output electricity and spare condition to electromotor detect.Such as:
(1) the electromotor information in acquisition also storage running and stand-by generator information；
(2) monitor incity, a city electric power thus supplied, and judge whether that outage area occurs；And
(3) when outage area occurs, start stand-by generator and described outage area is carried out temporary power.
Summary of the invention
In view of this, it is an object of the invention to provide the monitoring method of a kind of electromotor, monitoring system and send out
Motor, can solve not carry out gen-set in prior art the technical problem of comprehensive monitoring.
For solving above-mentioned technical problem, embodiments provide the monitoring method of a kind of electromotor, including:
Receive the device identification of electromotor, raw material data and service data；
Type and threshold data, the described threshold value of described electromotor is inquired about in device identification according to described electromotor
Data include: raw material threshold value and service data threshold value；
Judge that whether described raw material data are less than described raw material threshold value, and will determine that result generates the first feedback coefficient
According to；
Judge described service data whether in service data threshold range, and it is anti-to will determine that result generates second
Feedback data；And
Described first feedback data and the second feedback data are sent to described electromotor.For solving above-mentioned technology
Problem, embodiments provides the monitoring system of a kind of electromotor, including:
Receiver module, for receiving the device identification of electromotor, raw material data and service data；
Enquiry module, inquires about type and the threshold value of described electromotor for the device identification according to described electromotor
Data, described threshold data includes: raw material threshold value, service data threshold value；
Judge module, is used for judging that whether described raw material data are less than described raw material threshold value, and will determine that result
Generate the first feedback data and judge that described service data, whether in service data threshold range, and will be sentenced
Disconnected result generates the second feedback data；And
Sending module, for sending described first feedback data and described second feedback data to described generating
Machine.
For solving above-mentioned technical problem, the embodiment of the present invention additionally provides a kind of electromotor, including:
Mark module, for storing the device identification of described electromotor；
Feed back sensor, for sensing the raw material data in described electromotor；
Run sensor, the service data produced during for receiving described generator operation；
Transport module, for by described device identification, raw material data and service data transmission extremely described
Motor monitoring system；
Feedback module, for receiving the first feedback data corresponding to described device identification and the second feedback data；
And
Display module, is connected to described feedback module, is used for showing described first feedback data and described second
Feedback data, to assess the operation of described electromotor and to treat maintenance information.
Relative to prior art, in the present invention, the monitoring method of electromotor, monitoring system and electromotor, pass through
Device identification to electromotor is identified and inquires about type and the threshold data of its correspondence, to realize transporting it
Whether abundance is monitored for row state, raw material, and provides real-time feedback information.
Accompanying drawing explanation
Fig. 1 is the monitoring method of electromotor, monitoring system and the application of electromotor that the embodiment of the present invention provides
Environment schematic；
Fig. 2 is the groundwork schematic flow sheet of the monitoring method of the electromotor that the embodiment of the present invention one provides；
Fig. 3 is the optimized work flow schematic diagram of the monitoring method of the electromotor that the embodiment of the present invention two provides；
Fig. 4 is the module diagram of the monitoring system of the electromotor that the embodiment of the present invention three provides；
Fig. 5 is the workflow schematic diagram of the electromotor that the embodiment of the present invention four provides；
Fig. 6 is the module diagram of the electromotor that the embodiment of the present invention five provides；
Fig. 7 be the embodiment of the present invention six provide the monitoring method of electromotor, monitoring system and electromotor time
Sequence schematic diagram.
Detailed description of the invention
Refer in accompanying drawing is graphic, and the most identical element numbers represents identical assembly, and the present invention's is former
Reason is to be implemented in a suitable computing environment illustrating.The following description is based on exemplified basis
The specific embodiment of invention, it is not construed as limiting other specific embodiment that the present invention is the most detailed herein.
The principle of the invention illustrates with above-mentioned word, and it is not represented as a kind of restriction, those skilled in the art
Will appreciate that plurality of step and the operation of the following stated also may be implemented in the middle of hardware.The principle of the present invention makes
Operate with other wide usages many or specific purpose computing, communication environment or configuration.
Refer to Fig. 1, the monitoring method of the electromotor for providing in the present invention, monitoring system and electromotor
Applied environment schematic diagram.Described applied environment, including multiple electromotors 10, monitoring server 20, display eventually
End 30 and communication network 40.
It is to be understood that electromotor 10 is configured with a device identification, described device identification can be used for confirming to send out
The type of motor and the described manual power generator of coupling, can record the electromotor of described type in manual power generator
All kinds of threshold values.Additionally, also configure multiple sensor for electromotor 10, it is used for sensing electromotor 10 and is running
Time all kinds of parameters, including input parameter, operational factor and output parameter.Wherein, input parameter is usually
Raw material data, operational factor is usually service data, and it is right that output parameter had both included that the power value of input also included
The monitoring of emissions data.
Monitoring server 20, is connected to multiple electromotor 10, for performing the prison of the electromotor that the present invention provides
Survey method or apply the monitoring system of electromotor provided by the present invention.Wherein, described detection server 20,
Some computers of machine room can be placed in, can also be the Virtual Service provided by cloud platform.
It is understood that monitoring server 20, receive the device identification of electromotor 10, raw material data,
And service data；Type and the threshold of described electromotor 10 is inquired about in device identification according to described electromotor 10
Value Data, described threshold data includes: raw material threshold value, service data threshold value；Judge that described raw material data are
No less than described raw material threshold value and judge described service data whether in service data threshold range, and
Described judged result is generated the first feedback data and the second feedback data；And by described first feedback data and
Described second feedback data sends to the electromotor 10 corresponding to described device identification.
Display terminal 30 both can be individually present, it is also possible to the display module attached as electromotor 10 and deposit
?.Wherein, display terminal 30 includes: the entities such as mobile phone, computer, personal digital assistant, it is also possible to for net
The application program such as chat software, i.e. third party's inspection software even if standing.
It is understood that in the application scenarios such as break down, i.e. can by electromotor carry out display and
Warning, the most simultaneously by network by defect content transmission to corresponding supplier, service provider display terminal in,
Facilitating the process of fault, save the time of troubleshooting, also supplier and service provider for electromotor provide
First hand data, facilitates electromotor renewal in the future and improvement.
Communication network 40 is multiple electromotors 10, provides between monitoring server 20 and display terminal 30
The platform of communication.Described communication network 40 includes wireless network and cable network.Wherein wireless network includes nothing
The combination of one or more in line wide area network, WLAN, wireless MAN and private wireless network.
This case can be applicable in the monitoring of all kinds of electromotor.Refer to following example, embodiment one, two side
Overweighting the monitoring method of electromotor, embodiment three lays particular emphasis on the monitoring system of electromotor, and embodiment four lays particular emphasis on
The workflow of electromotor；Embodiment five lays particular emphasis on electromotor；And embodiment six lays particular emphasis on the monitoring of electromotor
Method, the work schedule monitored between system and electromotor.Although it is to be understood that the side of each embodiment
Weight difference, but its design philosophy is consistent.And, the part the most not described in detail is permissible
See description detailed description in full, repeat no more.
Embodiment one
Refer to Fig. 2, show the basic procedure schematic diagram of the monitoring method of electromotor.Described electromotor
Monitoring method, is commonly executed in monitoring server.
Specifically, the monitoring method of described electromotor, including:
In step s 201, the device identification of electromotor, raw material data and service data are received.
In step S202, inquire about type and the threshold value of described electromotor according to the device identification of described electromotor
Data, described threshold data includes: raw material threshold value, service data threshold value.
In step S203, it is judged that whether described raw material data are less than described raw material threshold value, and will determine that result
Generate the first feedback data.
The generation of described first feedback data specifically includes:
(1) judge whether described raw material data are less than described raw material threshold value,
(2) when described raw material data are less than described raw material threshold value, the filling of raw material is carried out；
(3) by the filling time, quantity generation regular maintenance monitoring table is filled；And
(4) described regular maintenance monitoring table is collected, to generate described first feedback data.
In step S204, it is judged that whether described service data is in service data threshold range, and will determine that
Result generates the second feedback data.
The generation of described second feedback data specifically includes:
(1) judge that described service data is whether in service data threshold range；
(2) when described service data is in service data threshold range, generating run status monitoring table；
(3) when described service data is not in service data threshold range, malfunction monitoring table is generated；
(4) long-range medical certification, wherein said generating tractor driver are generated according to described fault detection gauge with manual power generator
Volume is stored in described alternator data storehouse；And
(5) described monitoring running state table, described malfunction monitoring table and described long-range medical certification are converged
Always, to generate described second feedback data.
In step S205, described first feedback data and described second feedback data are sent to described generating
Machine.
The monitoring method of electromotor in the present invention, by being identified the device identification of electromotor and inquiring about it
Corresponding type and threshold data, to realize, to its running status, raw material, whether abundance is monitored, and carries
For real-time feedback information.
Embodiment two
Refer to Fig. 3, show the Optimizing Flow schematic diagram of the monitoring method of electromotor.Described electromotor
Monitoring method, is commonly executed in monitoring server.
Specifically, the monitoring method of described electromotor, including:
In step S301, setting up alternator data storehouse, described alternator data storehouse is used for storing class generator
Type, threshold data and discharge threshold.
In step s 302, receive the device identification of electromotor, and look into according to the device identification of described electromotor
Asking type and the threshold data of described electromotor, described threshold data includes: raw material threshold value, service data threshold
Value.
Specifically, described query steps also includes:
(1) device identification of electromotor is received；
(2) type and the threshold data of electromotor is determined according to the device identification of described electromotor；
(3) setting up supplier's list according to the type of electromotor, described supplier list is used for preserving supplier's letter
Breath, such as the contact number etc. of supplier's phone, website or instant communication software；
(4) receive the customer information corresponding to device identification of described electromotor, as customer phone, website or
The contact number etc. of communication software in time；
(5) described customer information is saved in customer list；And
(6) by described customer list and described supplier list preservation extremely described alternator data storehouse.
In step S303, receive the raw material data of electromotor corresponding to described device identification and run number
According to.
In step s 304, it is judged that whether described raw material data are less than described raw material threshold value.Wherein, if described
Raw material data are not less than described raw material threshold value, then continue to judge in this step.
In step S305, when described raw material data are less than described raw material threshold value, produce and send raw material and become
Prompting more so that user carries out the filling of raw material or the filling carrying out raw material of automatization, by the filling time,
Fill quantity and generate regular maintenance monitoring table.
In step S306, it is judged that whether described service data is in service data threshold range.Wherein, if
Described service data in service data threshold range, then performs step S307, if described service data does not exists
In service data threshold range, then perform step S308.
In step S307, when described service data is in service data threshold range, generating run state
Monitoring table.
In step S308, when described service data is not in service data threshold range, generate fault prison
Survey table.
In step S309, generate long-range medical certification according to described fault detection gauge and manual power generator, wherein
Described manual power generator be stored in described alternator data storehouse and
In step S310, carry out described monitoring running state table collecting to generate the first feedback data, general
Described malfunction monitoring table and described long-range medical certification collect, to generate the second feedback data.
Collect collecting of typically referring to carry out in preset time period described in it is understood that, as 1 hour,
4 hours, 1 day or 1 week etc..
In step S311, described first feedback data and the second feedback data are sent to described electromotor.
Preserved in described supplier list it is understood that described transmission can be based on customer list
The contact method of the client of electromotor and the contact method of electromotor supplier end.
In step S312, receive the emissions data of described electromotor.
Wherein it is desired to explanation, this step is carried out in real time, and therefore the execution of this step can be considered
After S302.In order to not affect the integrity of step, therefore planning is after S311.
In step S313, contrast described emissions data and the discharge threshold preset, and when described emissions data
During more than described discharge threshold, generate the information warning that emissions data exceeds standard.
In step S314, described information warning is sent to described electromotor.
The monitoring method of electromotor in the present invention, by being identified the device identification of electromotor and inquiring about it
Corresponding type and threshold data, to realize, to its running status, raw material, whether abundance is monitored, and carries
For real-time feedback information.
Embodiment three
Refer to Fig. 4, show the module diagram of the monitoring system of electromotor.The monitoring of described electromotor
System, is commonly executed in monitoring server.
The monitoring system 200 of described electromotor, including: alternator data storehouse 21, receiver module 22, inquiry
Module 23, judge module 24, contrast module 25, alarm module 26, sending module 27.
Wherein, described alternator data storehouse 21, it is stored in memorizer, is used for storing each upstream and downstream of electromotor
The information of client and manual power generator, for providing Technical Reference and communication mode to Monitoring Data.
Wherein, described alternator data storehouse, including: basic data list 211, supplier's list 212 and visitor
Family list 213.
Described basic data list 211, is used for storing generator type, threshold data and discharge threshold,
Contrast in judge module 24, contrast module 25 and alarm module 26.
It is understood that the content of described basic data list 211 is mainly derived from each electromotor supplier
The manual power generator provided, each manual power generator have recorded all types of electromotor, threshold data and
The discharge threshold etc. allowed by laws and regulations.
Supplier's list 212, for preserving the device identification of electromotor, generator type and supplier's letter
Breath.
It is understood that the content of described supplier list 212 is generally inputted by supplier.
Customer list 213, for preserving device identification and the customer information of electromotor.
It is understood that the content of described customer list 213 is generally inputted by supplier or client.
Receiver module 22, for receiving the device identification of electromotor, raw material data, service data, Yi Jipai
Put data.
Enquiry module 23, is connected to described alternator data storehouse 21 and described receiver module 22, for basis
Type and the threshold data of described electromotor is inquired about in the device identification of described electromotor, and described threshold data includes:
Raw material threshold value, service data threshold value.
Judge module 24, is used for judging that whether described raw material data are less than described raw material threshold value, and will determine that knot
Fruit generates the first feedback data；Be additionally operable to judge described service data whether in service data threshold range,
And will determine that result generates the second feedback data.
Described judge module 24 specifically includes: raw material judge submodule 241, Feedstock treating submodule 242,
Raw material monitoring submodule 243, operation judge submodule 244, operational monitoring submodule 245, malfunction monitoring
Module 246, remotely diagnosis submodule 247 and collect submodule 248.
Wherein, raw material judges submodule 241, is used for judging that whether described raw material data are less than described raw material threshold
Value.Feedstock treating submodule 242, for when described raw material data are less than described raw material threshold value, carrying out former
The filling of material.Raw material monitoring submodule 243, for generating regular maintenance prison by filling time, filling quantity
Survey table.
It is understood that above-mentioned raw materials judges submodule 241, Feedstock treating submodule 242 and raw material
Monitoring submodule 243, the common regular maintenance that generates monitors table.
Run and judge submodule 244, be used for judging that described service data is whether in service data threshold range.
Operational monitoring submodule 245, for when described service data is in service data threshold range, generates fortune
Row status monitoring table.Malfunction monitoring submodule 246, for when described service data is not in service data threshold value
In the range of time, generate malfunction monitoring table.
It is understood that above-mentioned operation judges submodule 244, operational monitoring submodule 245 and fault
Monitoring submodule 246, generates fault detection gauge jointly.
Remotely diagnosis submodule 247, is connected to described malfunction monitoring submodule 246, for according to described fault
Detection table generates long-range medical certification with electromotor maintenance handbook, and wherein said electromotor maintenance handbook is stored in institute
State in alternator data storehouse.
Collect submodule 248, be additionally operable to collect described regular maintenance monitoring table, anti-to generate first
Feedback data；It is additionally operable to described monitoring running state table, described malfunction monitoring table and described long-range diagnosis
Book collects, to generate the second feedback data.
It is understood that collect submodule 248 can only collect above-mentioned one or more combination.
Sending module 25, connects described judge module 24, for by described first feedback data and described second
Feedback data sends to described electromotor.
Described contrast module 26, is connected to described receiver module 22, for contrasting described emissions data and presetting
Discharge threshold.
Described alarm module 27, for when described emissions data is more than described discharge threshold, generates discharge number
According to the information warning exceeded standard.
Described sending module 25, is additionally operable to send to described electromotor described information warning.
It is understood that described sending module 25, it is also attached to described alarm module 26 and electromotor
Customer list in data base 21, thus obtain the communication mode of generator end, and with specified by generator end
Communication mode communicate.Described communication mode, includes but not limited to: soft by website, instant chat
Part or inspection software carry out propelling movement and the display of described feedback data.The most described sending module 25 i.e. can be by
Described information warning sends to electromotor, can also send in the mobile terminal mating to electromotor or specifying,
If as electromotor is mated hand dryer, when information warning occurs, carrying out the forms such as acousto-optic-electric the most at the scene
Prompting, notify the supervisor of Field Force, security protection department etc. simultaneously.
The monitoring method of electromotor in the present invention, by being identified the device identification of electromotor and inquiring about it
Corresponding type and threshold data, to realize, to its running status, raw material, whether abundance is monitored, and carries
For real-time feedback information.
Embodiment four
Refer to Fig. 5, show the workflow schematic diagram of electromotor.The workflow bag of described electromotor
Include following steps:
In step S501, electromotor sends device identification.
Wherein, described device identification includes but not limited to: electromotor product ID, Generator test module
MAC Address of Network Card etc., generally by the manufacturer of electromotor unify specify.
In step S502, sense the raw material data in described electromotor.
In step S503, the service data produced when receiving described generator operation.
In step S504, by the transmission of described device identification, raw material data and service data to described
Motor monitoring system.
Wherein it is possible to be understood by, the said equipment mark, raw material data and service data can be same
Time send, it is also possible to be as the major key in follow-up storage list by device identification, in addition raw material data or fortune
Row data are transmitted.
In step S505, receive the first feedback data corresponding to described device identification and the second feedback coefficient
According to, wherein, described first feedback data is corresponding to the feedback result of raw material data, described second feedback data
Feedback result corresponding to service data.
In step S506, show described first feedback data and described second feedback data, described with assessment
The operation of electromotor and treat maintenance information.
Wherein, the step of described display, carried out described by website, instant chat software or inspection software
The propelling movement of feedback data and display.
In step s 507, the emissions data of described electromotor is sensed.
It should be noted that the sensing of step S507 is carried out in real time, in order to show the present invention from input,
Run to the integrity of output, therefore this step is placed on and is shown herein, and should not serve to step
Restriction.
In step S508, the transmission of described emissions data is monitored system to described electromotor；
In step S509, receive the information warning that the emissions data corresponding to described device identification exceeds standard.
In step S510, receive described information warning and point out.
The method of work of electromotor in the present invention, by being identified the device identification of electromotor and inquiring about it
Corresponding type and threshold data, to realize, to its running status, raw material, whether abundance is monitored, and carries
For real-time feedback information.
Embodiment five
Refer to Fig. 6, show the module diagram of electromotor.
Electromotor 100 is connected to electromotor monitoring system, and described electromotor includes: mark module 11, raw material
Sensor 12, operation sensor 13, emission sensor 14, transport module 15, feedback module 16, display
Module 17, reminding module 18 and electricity generation module 19.
Wherein, described electricity generation module 19 is for becoming electric energy, raw material to include but not limited to the energy conversion of raw material:
Fuel oil, coal, wind energy, solar energy, nuclear energy etc..
Mark module 11, for storing the device identification of described electromotor.
Wherein, described device identification includes but not limited to: electromotor product ID, Generator test module
MAC Address of Network Card etc., generally by the manufacturer of electromotor unify specify.
Feed back sensor 12, is connected to electricity generation module 19, for sensing the raw material data in described electromotor.
Wherein, as a example by fuel electric generator, described feed back sensor 12 is oil level sensor device, is used for sensing:
Fuel level, engine oil level etc..
Run sensor 13, be connected to electricity generation module 19, the fortune produced during for receiving described generator operation
Row data.
Wherein, described operation sensor 13 includes: monitoring submodule (does not indicates), is used for passing through video
Or the service data produced during generator operation described in Image Acquisition.
Wherein, described service data includes but not limited to: in the LED status of control panel, electricity generation module
The time of the operation of each parts, the electricity of generation or electricity generation module run sound, for for assessing electromotor
Whether normal operation provides supplemental characteristic.
Specifically, described monitoring submodule can use intelligent video camera head to carry out obtaining of above-mentioned video or image
Take.
Emission sensor 14, is connected to electricity generation module 19, for sensing the emissions data of described electromotor.
Owing to electromotor is in conversion process of energy, often with certain pollution, such as fuel electric generator.
Therefore, design an emission sensor 14 at this, be used for collecting emissions data.Specifically, described discharge sensing
Device 14 is different because of the type of electromotor, can select PM2.5 air sampler or intelligent video camera head, because sending out
Depending on motor discharges pollutants and whether has color.
If pollutant are without color, then use PM2.5 air sampler, available contamination data accurately.If
Pollutant have color, it is possible to use intelligent video camera head.Because intelligent video camera head cost is relatively low, maintenance cost also
Relatively low, and the cost of PM2.5 air sampler is slightly higher, safeguards the most relative complex.Certainly, cost is not considered
In the case of in the case of, if pollutant are coloured, the two all may be used.
It is understood that feed back sensor 12, operation sensor 13 and emission sensor 14, main
It is used for input parameter, operational factor and the output parameter of electromotor are sensed and monitored.
Transport module 15, be connected to described mark module 11, feed back sensor 12, run sensor 13,
And emission sensor 14, for by described device identification, raw material data, service data and discharge number
System is monitored according to transmission to described electromotor.
It is understood that described transport module 15 is at transmission the said equipment mark, raw material data, operation number
According to and during emissions data, with device identification as major key, optional raw material data, service data and
The one of emissions data or a combination thereof, and without all sending.
Feedback module 16, for receiving the first feedback data corresponding to described device identification, the second feedback coefficient
According to and the information warning that exceeds standard of emissions data.
Wherein, the feedback result of described first feedback data correspondence raw material data, described second feedback data pair
Answer the feedback result of service data.
Display module 17, is connected to described feedback module 16, is used for showing described first feedback data and second
Feedback data, to assess the operation of described electromotor and to treat maintenance information.
Wherein, described display module 17 can be that a display screen of described electromotor can also be and described generating
The display terminal that machine matches, such as mobile phone etc..Described display module 17 by website, instant chat software,
Or inspection software carries out described first feedback data and the propelling movement of the second feedback data and display.
Reminding module 18, is used for receiving described information warning and pointing out.
Wherein, information warning is pointed out by described reminding module 18 with the form of sound, light or electricity.Additionally,
Can also notify to mate the display terminal of described electromotor by modes such as note, MSN, websites.
Electromotor in the present invention, by being identified and inquire about the type of its correspondence to the device identification of electromotor
With threshold data, to realize, to its running status, raw material, whether abundance is monitored, and provides real-time anti-
Feedforward information.
Embodiment six
Refer to Fig. 7, show the monitoring method of electromotor, monitoring system and the time diagram of electromotor.
It is understood that main body includes: the client (i.e. electromotor) of electromotor, the supplier of electromotor,
And monitoring server end, for performing monitoring method and the monitoring system of described electromotor.
In step, monitoring server sets up the data base of electromotor.
In the data base of described electromotor, including: basic data list, supplier's list and customer list.
In stepb, all kinds of parameters that the client senses of electromotor inputs, runs and export, to produce
Raw material data, service data and emissions data, and the device identification combining described electromotor sends in the lump
To monitoring server.
In step C, monitoring server judges that described raw material data, whether less than described raw material threshold value, work as institute
When stating raw material data less than described raw material threshold value, produce and send the prompting of raw material change so that user carries out former
The filling of material or the filling carrying out raw material of automatization, by the filling time, fill quantity generation regular maintenance
Monitoring table.
In step D, monitoring server judge described service data whether in service data threshold range,
When described service data is in service data threshold range, generating run status monitoring table.
In step E, monitoring server is not when described service data is in service data threshold range, raw
Become malfunction monitoring table.
In step F, monitor server according to the supplier's list in alternator data storehouse by malfunction monitoring table
Send to supplier corresponding to generator type.
In step G, monitoring server generates fault diagnosis book according to malfunction monitoring table.
It is understood that the generation of described fault diagnosis book can be according to fault diagnosis book and manual power generator
Actively generate, it is also possible to generate according to the input of supplier.
In steph, monitoring server by described regular maintenance monitoring table, described monitoring running state table,
Described malfunction monitoring table and described long-range medical certification collect, to generate the first feedback data and second
Feedback data.
Wherein, collecting of the regular maintenance monitoring table in the first feedback data includes a preset time period.Second
Feedback data is described monitoring running state table, described malfunction monitoring table, Yi Jisuo in including a preset time period
State collecting of long-range medical certification.
In step I, monitoring server send described first feedback data, described second feedback data to send out
Motor client.
In step J, the first feedback data and the second feedback data are shown by electromotor client.
In step K, monitoring server contrasts described emissions data and the discharge threshold preset, and when described
When emissions data is more than described discharge threshold, generate the information warning that emissions data exceeds standard.
In step L, described information warning is sent to electromotor by detection server.
In step M, electromotor warns according to described information warning.
The monitoring method of electromotor, monitoring system and electromotor in the present invention, by the equipment mark to electromotor
Know and be identified and inquire about type and the threshold data of its correspondence, to its running status, raw material whether to realize
Abundance is monitored, and provides real-time feedback information.
The monitoring method of electromotor, monitoring system and electromotor that the embodiment of the present invention provides belong to same design,
It implements process and refers to description in full, and here is omitted.
In sum, although the present invention is disclosed above with preferred embodiment, but above preferred embodiment is not
In order to limit the present invention, the common test personnel of this area, without departing from the spirit and scope of the present invention,
All can make various change and retouching, therefore protection scope of the present invention defines in the range of standard with claim.
Claims (17)
1. the monitoring method of an electromotor, it is characterised in that including:
Receive the device identification of electromotor, raw material data and service data；
Type and threshold data, the described threshold value of described electromotor is inquired about in device identification according to described electromotor
Data include: raw material threshold value and service data threshold value；
Judge that whether described raw material data are less than described raw material threshold value, and will determine that result generates the first feedback coefficient
According to；
Judge described service data whether in service data threshold range, and it is anti-to will determine that result generates second
Feedback data；And
Described first feedback data and the second feedback data are sent to described electromotor.
2. monitoring method as claimed in claim 1, it is characterised in that receive electromotor device identification,
Raw material data and service data, the most also include:
Receive the emissions data of described electromotor；
Contrast described emissions data and the discharge threshold preset；
When described emissions data is more than described discharge threshold, generate the information warning that emissions data exceeds standard；
Described information warning is sent to described electromotor.
3. monitoring method as claimed in claim 2, it is characterised in that receive electromotor device identification,
Raw material data and service data, the most also include:
Set up alternator data storehouse, described alternator data storehouse be used for storing generator type, threshold data and
Discharge threshold, for generating described first feedback data, described second feedback data and described information warning
Shi Jinhang judges.
4. monitoring method as claimed in claim 1, it is characterised in that receive electromotor device identification,
Raw material data and service data, the most also include:
Device identification according to described electromotor determines the type of electromotor；
Type according to electromotor sets up supplier's list, and described supplier list is used for preserving supplier information；
Receive the customer information corresponding to the device identification of described electromotor；
Described customer information is saved in customer list；And
By described customer list and described supplier list preservation extremely described alternator data storehouse；
Wherein, described first feedback data and the second feedback data are sent to described electromotor, particularly as follows:
According to described customer information, described first feedback data and the second feedback data are sent the visitor to described electromotor
Family end and described second feedback data being sent to the supply of described electromotor according to described supplier information
Shang Duan.
5. the monitoring method as described in any one of Claims 1-4, it is characterised in that judge described raw material
Whether data are less than described raw material threshold value, and will determine that result generates the first feedback data, specifically include:
Judge whether described raw material data are less than described raw material threshold value,
When described raw material data are less than described raw material threshold value, carry out the filling of raw material；
By the filling time, fill quantity generation regular maintenance monitoring table；And
Described regular maintenance monitoring table is collected, to generate described first feedback data.
6. the monitoring method as described in any one of Claims 1-4, it is characterised in that judge described operation
Whether data are in service data threshold range, and will determine that result generates the second feedback data, specifically include:
Judge that described service data is whether in service data threshold range；
When described service data is in service data threshold range, generating run status monitoring table；
When described service data is not in service data threshold range, generate malfunction monitoring table；And
Described monitoring running state table is collected with described malfunction monitoring table, to generate described second feedback
Data.
7. monitoring method as claimed in claim 6, it is characterised in that when service data is not in service data
Time in threshold range, generate malfunction monitoring table, the most also include:
Long-range medical certification, wherein said manual power generator is generated with manual power generator according to described fault detection gauge
It is stored in described alternator data storehouse；And
Described long-range medical certification is collected, to generate described second feedback data.
8. the monitoring system of an electromotor, it is characterised in that including:
Receiver module, for receiving the device identification of electromotor, raw material data and service data；
Enquiry module, inquires about type and the threshold value of described electromotor for the device identification according to described electromotor
Data, described threshold data includes: raw material threshold value, service data threshold value；
Judge module, is used for judging that whether described raw material data are less than described raw material threshold value, and will determine that result
Generate the first feedback data and judge that described service data, whether in service data threshold range, and will be sentenced
Disconnected result generates the second feedback data；And
Sending module, for sending described first feedback data and described second feedback data to described generating
Machine.
Monitor system the most as claimed in claim 8, it is characterised in that also include contrasting module and warning mould
Block, wherein:
Described receiver module, is additionally operable to receive the emissions data of described electromotor；
Described contrast module, for contrasting described emissions data and the discharge threshold preset；
Described alarm module, for when described emissions data is more than described discharge threshold, generating emissions data
The information warning exceeded standard；
Described sending module, is additionally operable to send to described electromotor described information warning.
Monitor system the most as claimed in claim 9, also include alternator data storehouse, described electromotor number
Include according to storehouse:
Basic data list, described basic technology list is used for storing generator type, threshold data and discharge
Threshold value, contrasts for described judge module and described contrast module；
Supplier's list, for preserving the device identification of electromotor, generator type and supplier information；
And
Customer list, for preserving device identification and the customer information of electromotor；
Wherein, described sending module, specifically for according to described customer information by described first feedback data and
Second feedback data send to the client of described electromotor and according to described supplier information by described the
Two feedback data send the supplier's end to described electromotor.
The 11. monitoring systems as according to any one of claim 8 to 10, it is characterised in that described judgement
Module specifically includes:
Raw material judges submodule, is used for judging whether described raw material data are less than described raw material threshold value,
Feedstock treating submodule, for when described raw material data are less than described raw material threshold value, carrying out raw material
Fill；
Raw material monitoring submodule, for generating regular maintenance monitoring table by filling time, filling quantity；And
Collect submodule, for being collected by described regular maintenance monitoring table, to generate described first feedback
Data.
The 12. monitoring systems as according to any one of claim 8 to 10, it is characterised in that described judgement
Module also includes:
Run and judge submodule, be used for judging that described service data is whether in service data threshold range；
Operational monitoring submodule, for when described service data is in service data threshold range, generates fortune
Row status monitoring table；
Malfunction monitoring submodule, for when described service data is not in service data threshold range, generates
Malfunction monitoring table；And
Collect submodule, be additionally operable to collect described monitoring running state table with described malfunction monitoring table,
To generate described second feedback data.
13. monitor system as claimed in claim 12, it is characterised in that described judge module also includes:
Remotely diagnose submodule, be connected to described malfunction monitoring submodule, for according to described fault detection gauge
Generating long-range medical certification with manual power generator, wherein said manual power generator is stored in described alternator data storehouse
In；And
Collect submodule, be additionally operable to collect described long-range medical certification, to generate described second feedback coefficient
According to.
14. 1 kinds of electromotors, are connected to electromotor monitoring system, it is characterised in that described electromotor includes:
Mark module, for storing the device identification of described electromotor；
Feed back sensor, for sensing the raw material data in described electromotor；
Run sensor, the service data produced during for receiving described generator operation；
Transport module, for by described device identification, raw material data and service data transmission extremely described
Motor monitoring system；
Feedback module, for receiving the first feedback data corresponding to described device identification and the second feedback data；
And
Display module, is connected to described feedback module, is used for showing described first feedback data and described second
Feedback data, to assess the operation of described electromotor and to treat maintenance information.
15. electromotors as claimed in claim 14, it is characterised in that also include:
Emission sensor, for sensing the emissions data of described electromotor；
Described transport module, is additionally operable to described electromotor, the transmission of described emissions data is monitored system；
Described feedback module, is additionally operable to receive the warning letter that the emissions data corresponding to described device identification exceeds standard
Breath；And
Reminding module, is used for receiving described information warning and pointing out.
16. electromotors as described in claims 14 or 15, it is characterised in that described display module are logical
Cross website, instant chat software or inspection software and carry out described first feedback data and the second feedback data
Push and display.
17. electromotors as described in claims 14 or 15, it is characterised in that described operation sensor,
Including:
Monitoring submodule, for the service data by producing during generator operation described in video or Image Acquisition,
Wherein said service data includes: the operation of each parts in the LED status of control panel, electricity generation module
Whether time, the electricity of generation or electricity generation module run sound, for running well for assessment electromotor carry
For supplemental characteristic.
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| CN201510319776.4A CN106291353A (en) | 2015-06-11 | 2015-06-11 | The monitoring system method of electromotor, monitoring system and electromotor |
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