CN107590541A - A kind of field treatment method of load data collection success rate low defect - Google Patents
A kind of field treatment method of load data collection success rate low defect Download PDFInfo
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Abstract
A kind of field treatment method of load data collection success rate low defect, is related to a kind of field treatment method, and at present, there is different and separate single one defect elimination method in the O＆M troop of each districts and cities, poor consistency, is unfavorable for analyzing and processing, defect elimination efficiency is low.The present invention comprises the following steps：Exact protocol；The low defect elimination of lotus data acquisition success rate is carried out, it includes：Information is checked；Equipment items coherence check is carried out using mobile device；Judge that terminal whether there is defect using mobile device, and determine failure cause and processing method；Manual confirmation failure；Feed back phenomenon of the failure and result.The technical program is easy to use, optimization and the efficient professional defect elimination method of systematicness carry out live defect elimination work, reach raising collection O＆M efficiency, live maintenance work amoun is reduced, lifting collection O＆M troop is specialized, and then ensures the success rate of power information acquisition system.
Description
Technical field
The present invention relates to a kind of field treatment method, more particularly to a kind of scene of load data collection success rate low defect
Processing method.
Background technology
Current maintenance work lacks systematicness, continuation, perspective and lack specialized O＆M troop, with O＆M
The continuous development of work, realize that systematic specialty collection O＆M has been provided with condition by summary of experience, technological means.But pass through
Often there is load data and gather unsuccessful situation.
Load data collection success rate is low to refer to that terminal continues more days load data collection success rates and is below setting threshold values.
As a kind of common collection O＆M failure, also because various faults reason causes a variety of defect elimination methods.Due to collection eventually
The quantity at end is big, such as Zhejiang Province's acquisition terminal quantity is more than 3,000,000, and producer, batch, stipulations, model, accessory etc. are each
There is difference, therefore the O＆M troop of each districts and cities has different and separate single one defect elimination method to such failure.Poor consistency, no
Beneficial to analyzing and processing, defect elimination efficiency is low.
The content of the invention
The technical problem to be solved in the present invention and the technical assignment proposed are prior art to be improved with being improved,
A kind of field treatment method of load data collection success rate low defect is provided, is uniformly processed with reaching, effectively improves processing speed
The purpose of degree.Therefore, the present invention takes following technical scheme.
A kind of field treatment method of load data collection success rate low defect, comprises the following steps：
1) exact protocol：Whole load datas are summarized according to historical data and gather low success rate of failure cause, determination simultaneously
The low success rate of defect elimination workflow of solution lotus data acquisition and fault handling method that record selection optimizes, will be directed to processing
Each result of process is stored to update historical data；Mobile device stores defect elimination workflow and fault handling method,
Wherein it is directed to and checks remote signal, check local signal, check that basis is gone through respectively with the presence or absence of defect for terminal heartbeat setting, terminal
History fault message and maintenance work logic custom are allocated by optimizing sequential algorithm analysis；
2) lotus data are carried out according to the low defect elimination workflow of lotus data acquisition success rate and fault handling method of determination to adopt
The low defect elimination of integrated power, it includes：
201) information is checked, and checks on-site terminal information and whether work order information is consistent, including terminal wealth numbering verification,
To prevent going to the wrong way interval or job site；
202) equipment items coherence check is carried out using mobile device, includes inspection remote signal, local signal, the terminal heart
Jump and set, and failure cause and processing method are determined according to above-mentioned inspection；
203) judge that terminal whether there is defect using mobile device, mobile device is called the software version number for surveying terminal together, looked into
See in terminal with the presence or absence of frequently alarm and log in and the set-up time of terminal, check terminal software version number, terminal whether
Program upgrading is abnormal, terminal whether hydraulic performance decline, terminal defect is judged whether according to above-mentioned inspection, and determine failure cause
And processing method；
204) manual confirmation failure, after all items are checked out, specific failure can not be still determined, is considered as terminal event
Barrier, turn " knotty problem " or " changes terminal " processing；
205) feed back phenomenon of the failure and result, and propose next processing links, record storage processing procedure it is each
Feedback result, feedback result are：Knotty problem processing, public network signal issue handling, result effect, archives corrigendum, replacing
Terminal sub-process, change ammeter or terminal staging.
The technical program is according to the various collecting devices of current power information acquisition system, operation and maintenance tools, O＆M environment feelings
Condition, solve load data and gather low success rate of problem, with reference to the system flow of current collection O＆M defect elimination process, according to various
Load data gathers low success rate of failure cause, uses for reference the low failure defect elimination warp of the load data collection success rate of scene for many years
Test, easy to use, optimization and the live defect elimination work of the professional defect elimination method progress of efficient systematicness, reach raising collection O＆M effect
Rate, live maintenance work amoun is reduced, lifting collection O＆M troop is specialized, and then ensures the success of power information acquisition system
Rate, and the work for supporting national grid to market is carried out.
As further improving and supplementing to above-mentioned technical proposal, present invention additionally comprises following additional technical feature.
Further, when remote signal checks, check whether the signal intensity of terminal is enough, if terminal signaling is weak or without letter
Number, then change installation site, using gain antenna or turn public network signal.
Further, when local signal checks, check whether RS485 order wires are long, whether specification is reasonable, if deposit
In signal interference；If local signal is abnormal, adjustment installation site, the suitable RS485 order wires of selection or installation trunking.
Further, when checking that terminal heartbeat is set, the eartbeat interval for surveying terminal is called together, judging the eartbeat interval of terminal is
It is no suitable, when eartbeat interval setting is long, reset eartbeat interval.
Further, when checking terminal software version number, Zhao Ce terminal softwares version number, determine that terminal software function is
It is no normal, if software version number is low, it is determined whether upgrading software.
Further, check terminal whether program upgrading it is abnormal when, by check terminal with the presence or absence of frequently alarm, letter
Road switching, restarting information, program issues exception and caused when judging whether due to terminal staging, if terminal program upgrading is imperfect,
Terminal software reset is carried out, while re-issues measurement point parameter.
Further, when check terminal whether hydraulic performance decline when, if the frequent leak source without reason of terminal, according to the peace of terminal
ETL estimated time of loading goes to judge whether that terminal may be changed when terminals physical hydraulic performance decline because terminal aging causes.
Further, check whether remote signal, inspection local signal, inspection terminal heartbeat setting, terminal deposit in selection
The optimization of sequencing is carried out by Algorithm Analysis in defect；
Calculated for history O＆M information check every month remote signal, check local signal, check terminal heartbeat set,
Terminal whether there is the generation historical probabilities of defect；
Determine to check remote signal by the daily O＆M logic custom of history O＆M information, check local signal, inspection terminal
Heartbeat setting, terminal whether there is the logical order weighted factor of defect, be represented respectively with K1, K2, K3, K4；
Specific method step is as follows：
A) the probability coefficent L for checking remote signal is following equation：
L=C3L3+C6L6+C12L12+C∞L∞, (2)
Wherein, investigate and prosecute in formula (1) check remote signal, check local signal, check terminal heartbeat setting, terminal whether
Existing defects are respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent institute in collection operational system
The whole historical datas having；
K1 is the logical order weighted factor for checking remote signal, and K1 chooses 2；
In formula (2), LmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented 3 months, 6 months, 12 months and be
All history check the set of remote signal probability, C in systemmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choose 1,
C∞Choose 1.5；
B) the probability coefficent M for checking local signal is following equation：
M=C3M3+C6M6+C12M12+C∞M∞, (2)
Wherein, remote signal is checked in formula (1), local signal is checked, checks that terminal heartbeat setting, terminal whether there is
Defect is respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent all in collection operational system
Whole historical datas；
K2 is the logical order weighted factor for checking local signal, and K2 chooses 1；
In formula (2), MmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented 3 months, 6 months, 12 months and be
All history check the set of local signal probability, C in systemmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choose 1,
C∞Choose 1.5.
C) check that the probability coefficent N that terminal heartbeat is set is following equation：
N=C3N3+C6N6+C12N12+C∞N∞, (2)
Wherein, remote signal is checked in formula (1), local signal is checked, checks that terminal heartbeat setting, terminal whether there is
Defect is respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent all in collection operational system
Whole historical datas；
K3 is to check the logical order weighted factor that terminal heartbeat is set, and K3 chooses 0.8；
In formula (2), NmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented 3 months, 6 months, 12 months and be
All history check that terminal heartbeat sets the set of probability, C in systemmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choosing
Take 1, C∞Choose 1.5；
D) terminal is following equation with the presence or absence of the probability coefficent O of defect：
O=C3O3+C6O6+C12O12+C∞O∞, (2)
Wherein, remote signal is checked in formula (1), local signal is checked, checks that terminal heartbeat setting, terminal whether there is
Defect is respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent all in collection operational system
Whole historical datas；
K4 is the logical order weighted factor that terminal whether there is defect, and K4 chooses 1；
In formula (2), OmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented 3 months, 6 months, 12 months and be
All history terminals whether there is the set of shortage probability, C in systemmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choosing
Take 1, C∞Choose 1.5；
E) L, M, N, the O drawn respectively according to above-mentioned 1,2,3,4 result, it is the first order to choose the maximum, and second is
Second order, the 3rd is the 3rd order, and the 4th is the 4th order.
Further, described mobile device is provided with multiple modules, including information verification module, the use checked for information
Check that module, the local signal for local signal inspection check module, for terminal in the remote signal of remote signal inspection
Heartbeat sets the terminal heartbeat checked to set and checks module, the terminal defect inspection module for terminal defect inspection, for people
Work confirm failure manual confirmation malfunctioning module, for handle record and feed back processing module, for guiding workflow
PROCESS CONTROL MODULE, described information verification module, remote signal check that module, local signal check that module, terminal heartbeat are set
Put and check that module, terminal defect inspection module, manual confirmation malfunctioning module work or select work as needed successively.
Beneficial effect：The technical program is according to the various collecting devices, operation and maintenance tools, fortune of current power information acquisition system
Ambient conditions is tieed up, load data is solved and gathers low success rate of problem, with reference to the system flow of current collection O＆M defect elimination process,
Low success rate of failure cause is gathered according to various load datas, uses for reference the low failure of load data collection success rate of scene for many years
Defect elimination experience, easy to use, optimization and the efficient professional defect elimination method of systematicness carry out live defect elimination work, reach raising collection
O＆M efficiency, live maintenance work amoun is reduced, lifting collection O＆M troop is specialized, and then ensures power information acquisition system
Success rate, and the work for supporting national grid to market is carried out.
Brief description of the drawings
Fig. 1 is flow chart of the present invention.
Embodiment
Technical scheme is described in further detail below in conjunction with Figure of description.
As shown in figure 1, the present invention comprises the following steps：
1) exact protocol：Whole load datas are summarized according to historical data and gather low success rate of failure cause, determination simultaneously
The low success rate of defect elimination workflow of solution lotus data acquisition and fault handling method that record selection optimizes, will be directed to processing
Each result of process is stored to update historical data；Mobile device stores defect elimination workflow and fault handling method；
Wherein it is directed to and checks remote signal, check local signal, check that basis is gone through respectively with the presence or absence of defect for terminal heartbeat setting, terminal
History fault message and maintenance work logic custom are allocated by optimizing sequential algorithm analysis.
2) lotus data are carried out according to the low defect elimination workflow of lotus data acquisition success rate and fault handling method of determination to adopt
The low defect elimination of integrated power, it includes：
201) information is checked, and checks on-site terminal information and whether work order information is consistent, including terminal wealth numbering verification,
To prevent going to the wrong way interval or job site；
202) equipment items coherence check is carried out using mobile device, includes inspection remote signal, local signal, the terminal heart
Jump and set, and failure cause and processing method are determined according to above-mentioned inspection；
203) judge that terminal whether there is defect using mobile device, mobile device is called the software version number for surveying terminal together, looked into
See in terminal with the presence or absence of frequently alarm and log in and the set-up time of terminal, check terminal software version number, terminal whether
Program upgrading is abnormal, terminal whether hydraulic performance decline, terminal defect is judged whether according to above-mentioned inspection, and determine failure cause
And processing method；
204) manual confirmation failure, after all items are checked out, specific failure can not be still determined, is considered as terminal event
Barrier, turn " knotty problem " or " changes terminal " processing；
205) feed back phenomenon of the failure and result, and propose next processing links, record storage processing procedure it is each
Feedback result, feedback result are：Knotty problem processing, public network signal issue handling, result effect, archives corrigendum, replacing
Terminal sub-process, change ammeter or terminal staging.
The technical program is according to the various collecting devices of current power information acquisition system, operation and maintenance tools, O＆M environment feelings
Condition, solve load data and gather low success rate of problem, with reference to the system flow of current collection O＆M defect elimination process, according to various
Load data gathers low success rate of failure cause, uses for reference the low failure defect elimination warp of the load data collection success rate of scene for many years
Test, easy to use, optimization and the live defect elimination work of the professional defect elimination method progress of efficient systematicness, reach raising collection O＆M effect
Rate, live maintenance work amoun is reduced, lifting collection O＆M troop is specialized, and then ensures the success of power information acquisition system
Rate, and the work for supporting national grid to market is carried out.
The defect elimination workflow of use mainly includes 7 contents, and concrete case is as shown in the table：
Check that remote signal, inspection local signal, inspection terminal heartbeat setting, terminal pass through with the presence or absence of defect in selection
Algorithm Analysis carries out the optimization of sequencing.
Calculated for history O＆M information check every month remote signal, check local signal, check terminal heartbeat set,
Terminal whether there is the generation historical probabilities of defect；
Determine to check remote signal by the daily O＆M logic custom of history O＆M information, check local signal, inspection terminal
Heartbeat setting, terminal whether there is the logical order weighted factor of defect, be represented respectively with K1, K2, K3, K4；
Specific method step is as follows：
A) the probability coefficent L for checking remote signal is following equation：
L=C3L3+C6L6+C12L12+C∞L∞, (2)
Wherein, investigate and prosecute in formula (1) check remote signal, check local signal, check terminal heartbeat setting, terminal whether
Existing defects are respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent institute in collection operational system
The whole historical datas having；
K1 is the logical order weighted factor for checking remote signal, and K1 chooses 2；
In formula (2), LmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented 3 months, 6 months, 12 months and be
All history check the set of remote signal probability, C in systemmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choose 1,
C∞Choose 1.5.
B) the probability coefficent M for checking local signal is following equation：
M=C3M3+C6M6+C12M12+C∞M∞, (2)
Wherein, remote signal is checked in formula (1), local signal is checked, checks that terminal heartbeat setting, terminal whether there is
Defect is respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent all in collection operational system
Whole historical datas；
K2 is the logical order weighted factor for checking local signal, and K2 chooses 1；
In formula (2), MmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented 3 months, 6 months, 12 months and be
All history check the set of local signal probability, C in systemmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choose 1,
C∞Choose 1.5.
C) check that the probability coefficent N that terminal heartbeat is set is following equation：
N=C3N3+C6N6+C12N12+C∞N∞, (2)
Wherein, remote signal is checked in formula (1), local signal is checked, checks that terminal heartbeat setting, terminal whether there is
Defect is respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent all in collection operational system
Whole historical datas；
K3 is to check the logical order weighted factor that terminal heartbeat is set, and K3 chooses 0.8；
In formula (2), NmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented 3 months, 6 months, 12 months and be
All history check that terminal heartbeat sets the set of probability, C in systemmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choosing
Take 1, C∞Choose 1.5.
D) terminal is following equation with the presence or absence of the probability coefficent O of defect：
O=C3O3+C6O6+C12O12+C∞O∞, (2)
Wherein, remote signal is checked in formula (1), local signal is checked, checks that terminal heartbeat setting, terminal whether there is
Defect is respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent all in collection operational system
Whole historical datas；
K4 is the logical order weighted factor that terminal whether there is defect, and K4 chooses 1；
In formula (2), OmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented 3 months, 6 months, 12 months and be
All history terminals whether there is the set of shortage probability, C in systemmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choosing
Take 1, C∞Choose 1.5.
E) L, M, N, the O drawn respectively according to above-mentioned 1,2,3,4 result, it is the first order to choose the maximum, and second is
Second order, the 3rd is the 3rd order, and the 4th is the 4th order.
When remote signal checks, check whether the signal intensity of terminal is enough, if terminal signaling is weak or no signal, more
Change installation site, using gain antenna or turn public network signal.
When local signal checks, check whether RS485 order wires are long, whether specification is reasonable, if signal be present and do
Disturb；If local signal is abnormal, adjustment installation site, the suitable RS485 order wires of selection or installation trunking.
When checking that terminal heartbeat is set, call the eartbeat interval for surveying terminal together, judge whether the eartbeat interval of terminal is suitable, when
When eartbeat interval sets long, eartbeat interval is reseted.
Further, when checking terminal software version number, Zhao Ce terminal softwares version number, determine that terminal software function is
It is no normal, if software version number is low, it is determined whether upgrading software.
Check terminal whether program upgrading it is abnormal when, by check terminal with the presence or absence of frequently alarm, channel switch, again
Information is opened, program issues exception and caused when judging whether due to terminal staging, if terminal program upgrading is imperfect, it is soft to carry out terminal
Part resets, while re-issues measurement point parameter.
When check terminal whether hydraulic performance decline when, if the frequent leak source without reason of terminal, goes according to the set-up time of terminal
Judge whether that terminal may be changed when terminals physical hydraulic performance decline because terminal aging causes.
For the ease of execute-in-place, described mobile device is provided with multiple modules, including the information core checked for information
To module, for remote signal inspection remote signal check module, for local signal inspection local signal check module,
Set the terminal heartbeat checked to set for terminal heartbeat and check module, the terminal defect inspection mould for terminal defect inspection
Block, the manual confirmation malfunctioning module for manual confirmation failure, for handle record and feed back processing module, for guiding work
Make the PROCESS CONTROL MODULE of flow, described information verification module, remote signal check that module, local signal check module, end
End heartbeat, which is set, checks that module, terminal defect inspection module, manual confirmation malfunctioning module work or select work as needed successively
Make.
A kind of field treatment method of load data collection success rate low defect shown in figure 1 above is the specific of the present invention
Embodiment, substantive distinguishing features of the present invention and progress are embodied, can be according to the use needs of reality, in the enlightenment of the present invention
Under, carry out the equivalent modifications of shape, structure etc. to it, this programme protection domain row.
Claims (9)
1. a kind of field treatment method of load data collection success rate low defect, it is characterised in that comprise the following steps：
1) exact protocol：The low success rate of failure cause of whole load datas collections is summarized according to historical data, determined and recorded
The low success rate of defect elimination workflow of solution lotus data acquisition and the fault handling method optimized is selected, processing procedure will be directed to
Each result stored to update historical data；Mobile device stores defect elimination workflow and fault handling method；Wherein
For checking remote signal, checking local signal, inspection terminal heartbeat setting, terminal with the presence or absence of defect respectively according to history event
Barrier information and maintenance work logic custom are allocated by optimizing sequential algorithm analysis；
2) according to the low defect elimination workflow of lotus data acquisition success rate and fault handling method of determination carry out lotus data acquisition into
The low defect elimination of power, it includes：
201) information is checked, and checks on-site terminal information and whether work order information is consistent, including terminal wealth numbering verification, to prevent
Go to the wrong way interval or job site；
202) equipment items coherence check is carried out using mobile device, is set comprising inspection remote signal, local signal, terminal heartbeat
Put, and failure cause and processing method are determined according to above-mentioned inspection；
203) judge that terminal whether there is defect using mobile device, mobile device calls the software version number for surveying terminal together, checks end
With the presence or absence of frequently alarm and logged in and the set-up time of terminal in end, check terminal software version number, terminal whether program
Upgrading is abnormal, terminal whether hydraulic performance decline, terminal defect is judged whether according to above-mentioned inspection, and determine failure cause and place
Reason method；
204) manual confirmation failure, after all items are checked out, specific failure can not be still determined, is considered as terminal fault, turned
" knotty problem " or " changes terminal " processing；
205) phenomenon of the failure and result are fed back, and proposes next processing links, each feedback of record storage processing procedure
As a result, feedback result is：Knotty problem processing, public network signal issue handling, result effect, archives corrigendum, changes terminal
Sub-process, change ammeter or terminal staging.
2. a kind of field treatment method of load data collection success rate low defect according to claim 1, its feature exist
In：When remote signal checks, check whether the signal intensity of terminal is enough, if terminal signaling is weak or no signal, change are installed
Position, using gain antenna or turn public network signal.
3. a kind of field treatment method of load data collection success rate low defect according to claim 2, its feature exist
In：When local signal checks, check whether RS485 order wires are long, whether specification is reasonable, if signal interference be present；If
Local signal is abnormal, then adjusts installation site, the suitable RS485 order wires of selection or install trunking additional.
4. a kind of field treatment method of load data collection success rate low defect according to claim 3, its feature exist
In：When checking that terminal heartbeat is set, call the eartbeat interval for surveying terminal together, judge whether the eartbeat interval of terminal is suitable, work as heartbeat
When being arranged at intervals long, eartbeat interval is reseted.
5. a kind of field treatment method of load data collection success rate low defect according to claim 4, its feature exist
In：When checking terminal software version number, Zhao Ce terminal softwares version number, determine whether terminal software function is normal, if software
Version number is low, it is determined whether upgrading software.
6. a kind of field treatment method of load data collection success rate low defect according to claim 5, its feature exist
In：Check terminal whether program upgrading it is abnormal when, by check terminal with the presence or absence of frequently alarm, channel switch, restart letter
Breath, program issues exception and caused when judging whether due to terminal staging, if terminal program upgrading is imperfect, carries out terminal software and answers
Position, while re-issue measurement point parameter.
7. a kind of field treatment method of load data collection success rate low defect according to claim 6, its feature exist
In：When check terminal whether hydraulic performance decline when, if the frequent leak source without reason of terminal, go the judgement to be according to the set-up time of terminal
It is no to be caused due to terminal aging, change terminal when terminals physical hydraulic performance decline.
8. a kind of field treatment method of load data collection success rate low defect according to claim 7, its feature exist
In：Check that remote signal, inspection local signal, inspection terminal heartbeat setting, terminal pass through algorithm with the presence or absence of defect in selection
Analysis carries out the optimization of sequencing；
Calculated for history O＆M information and check remote signal every month, check local signal, check terminal heartbeat setting, terminal
With the presence or absence of the generation historical probabilities of defect；
Determine to check remote signal by the daily O＆M logic custom of history O＆M information, check local signal, inspection terminal heartbeat
Setting, terminal whether there is the logical order weighted factor of defect, be represented respectively with K1, K2, K3, K4；
Specific method step is as follows：
A) the probability coefficent L for checking remote signal is following equation：
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L=C3L3+C6L6+C12L12+C∞L∞, (2)
Wherein, investigated and prosecuted in formula (1) and check remote signal, check local signal, check that terminal heartbeat setting, terminal whether there is
Defect is respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent all in collection operational system
Whole historical datas；
K1 is the logical order weighted factor for checking remote signal, and K1 chooses 2；
In formula (2), LmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented in 3 months, 6 months, 12 months and system
All history check the set of remote signal probability, CmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choose 1, C∞Choosing
Take 1.5；
B) the probability coefficent M for checking local signal is following equation：
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<msub>
<mi>W</mi>
<mi>i</mi>
</msub>
<mo>+</mo>
<msub>
<mi>X</mi>
<mi>i</mi>
</msub>
<mo>+</mo>
<msub>
<mi>Y</mi>
<mi>i</mi>
</msub>
<mo>+</mo>
<msub>
<mi>Z</mi>
<mi>i</mi>
</msub>
<mo>)</mo>
</mrow>
</mrow>
</mfrac>
<mo>*</mo>
<mi>K</mi>
<mn>2</mn>
<mo>,</mo>
<mo>-</mo>
<mo>-</mo>
<mo>-</mo>
<mrow>
<mo>(</mo>
<mn>1</mn>
<mo>)</mo>
</mrow>
</mrow>
M=C3M3+C6M6+C12M12+C∞M∞, (2)
Wherein, remote signal is checked in formula (1), local signal is checked, checks that terminal heartbeat setting, terminal whether there is defect
Respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent whole all in collection operational system
Historical data；
K2 is the logical order weighted factor for checking local signal, and K2 chooses 1；
In formula (2), MmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented in 3 months, 6 months, 12 months and system
All history check the set of local signal probability, CmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choose 1, C∞Choosing
Take 1.5.
C) check that the probability coefficent N that terminal heartbeat is set is following equation：
<mrow>
<msub>
<mi>N</mi>
<mi>m</mi>
</msub>
<mo>=</mo>
<mfrac>
<mrow>
<munderover>
<mo>&Sigma;</mo>
<mrow>
<mi>i</mi>
<mo>=</mo>
<mn>1</mn>
</mrow>
<mi>m</mi>
</munderover>
<msub>
<mi>Y</mi>
<mi>i</mi>
</msub>
</mrow>
<mrow>
<munderover>
<mo>&Sigma;</mo>
<mrow>
<mi>i</mi>
<mo>=</mo>
<mn>1</mn>
</mrow>
<mi>m</mi>
</munderover>
<mrow>
<mo>(</mo>
<msub>
<mi>W</mi>
<mi>i</mi>
</msub>
<mo>+</mo>
<msub>
<mi>X</mi>
<mi>i</mi>
</msub>
<mo>+</mo>
<msub>
<mi>Y</mi>
<mi>i</mi>
</msub>
<mo>+</mo>
<msub>
<mi>Z</mi>
<mi>i</mi>
</msub>
<mo>)</mo>
</mrow>
</mrow>
</mfrac>
<mo>*</mo>
<mi>K</mi>
<mn>3</mn>
<mo>,</mo>
<mo>-</mo>
<mo>-</mo>
<mo>-</mo>
<mrow>
<mo>(</mo>
<mn>1</mn>
<mo>)</mo>
</mrow>
</mrow>
N=C3N3+C6N6+C12N12+C∞N∞, (2)
Wherein, remote signal is checked in formula (1), local signal is checked, checks that terminal heartbeat setting, terminal whether there is defect
Respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent whole all in collection operational system
Historical data；
K3 is to check the logical order weighted factor that terminal heartbeat is set, and K3 chooses 0.8；
In formula (2), NmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented in 3 months, 6 months, 12 months and system
All history check that terminal heartbeat sets the set of probability, CmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choose 1,
C∞Choose 1.5；
D) terminal is following equation with the presence or absence of the probability coefficent O of defect：
<mrow>
<msub>
<mi>O</mi>
<mi>m</mi>
</msub>
<mo>=</mo>
<mfrac>
<mrow>
<munderover>
<mo>&Sigma;</mo>
<mrow>
<mi>i</mi>
<mo>=</mo>
<mn>1</mn>
</mrow>
<mi>m</mi>
</munderover>
<msub>
<mi>Z</mi>
<mi>i</mi>
</msub>
</mrow>
<mrow>
<munderover>
<mo>&Sigma;</mo>
<mrow>
<mi>i</mi>
<mo>=</mo>
<mn>1</mn>
</mrow>
<mi>m</mi>
</munderover>
<mrow>
<mo>(</mo>
<msub>
<mi>W</mi>
<mi>i</mi>
</msub>
<mo>+</mo>
<msub>
<mi>X</mi>
<mi>i</mi>
</msub>
<mo>+</mo>
<msub>
<mi>Y</mi>
<mi>i</mi>
</msub>
<mo>+</mo>
<msub>
<mi>Z</mi>
<mi>i</mi>
</msub>
<mo>)</mo>
</mrow>
</mrow>
</mfrac>
<mo>*</mo>
<mi>K</mi>
<mn>4</mn>
<mo>,</mo>
<mo>-</mo>
<mo>-</mo>
<mo>-</mo>
<mrow>
<mo>(</mo>
<mn>1</mn>
<mo>)</mo>
</mrow>
</mrow>
O=C3O3+C6O6+C12O12+C∞O∞, (2)
Wherein, remote signal is checked in formula (1), local signal is checked, checks that terminal heartbeat setting, terminal whether there is defect
Respectively with Wi、Xi、Yi、ZiThe history probability of happening of i months before being expressed as, i=∞ represent whole all in collection operational system
Historical data；
K4 is the logical order weighted factor that terminal whether there is defect, and K4 chooses 1；
In formula (2), OmM=3, m=6 are chosen respectively, and m=12, m=∞ are represented in 3 months, 6 months, 12 months and system
All history terminals whether there is the set of shortage probability, CmFor the new and old constant of failure, C3Choose 2, C6Choose 1.5, C12Choose 1,
C∞Choose 1.5；
E) L, M, N, the O drawn respectively according to above-mentioned 1,2,3,4 result, it is the first order to choose the maximum, and second is second
Sequentially, the 3rd is the 3rd order, and the 4th is the 4th order.
A kind of 9. in-situ processing of load data collection success rate low defect according to claim 1-8 any claims
Method, it is characterised in that：Described mobile device is provided with multiple modules, including information verification module, the use checked for information
Check that module, the local signal for local signal inspection check module, for terminal in the remote signal of remote signal inspection
Heartbeat sets the terminal heartbeat checked to set and checks module, the terminal defect inspection module for terminal defect inspection, for people
Work confirm failure manual confirmation malfunctioning module, for handle record and feed back processing module, for guiding workflow
PROCESS CONTROL MODULE, described information verification module, remote signal check that module, local signal check that module, terminal heartbeat are set
Put and check that module, terminal defect inspection module, manual confirmation malfunctioning module work or select work as needed successively.
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