CN109818827A - Communication module detection method and system based on NB-IOT Internet of Things - Google Patents
Communication module detection method and system based on NB-IOT Internet of Things Download PDFInfo
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- CN109818827A CN109818827A CN201910064754.6A CN201910064754A CN109818827A CN 109818827 A CN109818827 A CN 109818827A CN 201910064754 A CN201910064754 A CN 201910064754A CN 109818827 A CN109818827 A CN 109818827A
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Abstract
The present invention provides a kind of communication module detection methods and system based on NB-IOT Internet of Things, this method comprises: on telecommunications NB-IOT platform, register the mobile device identification code of communication module, after registered communication module is loaded in complete machine, the product ID of the mobile device identification code of registered communication module and complete machine is pasted on complete machine surface；Complete machine is placed on conveyer belt, when complete machine reaches fixed position, code reader acquires the mobile device identification code of registered communication module and the product ID of complete machine, and the product ID of the mobile device identification code of registered communication module and complete machine is sent to test device；By telecommunications NB-IOT platform, registered communication module is written into the product ID of complete machine, and determine write-in result；Test device is marked and handles to write-in result.Scheme provided by the invention realizes complete machine production engineering and is tested, while can effectively improve testing efficiency.
Description
Technical field
The present invention relates to communication detection technical field, in particular to a kind of communication module detection based on NB-IOT Internet of Things
Method and system.
Background technique
Narrowband honeycomb Internet of Things (Narrow Band-Internet of Things, NB-IOT) is Internet of Things skill of new generation
Art, can be deployed directly into GSM network, UMTS network or LTE network, support that stand-by time is short, higher to network connectivity requirements sets
Standby efficient connection has the characteristics that large capacity, wide covering, low-power consumption, low cost and high stability, so that object object data link
Breach original technical bottleneck, such as dustbin, bicycle, tables and chairs etc. it is huge be also able to achieve without electric article it is inexpensive
Net, to further expand the application space of Internet of Things.And in order to realize that object object connects, it generally requires by based on NB-IOT
Therefore the communication module of Internet of Things in order to guarantee that Internet of Things communication is normal, is needed to the communication module based on NB-IOT Internet of Things
It is detected.
Currently, communication module (following communication module) of the detection based on NB-IOT Internet of Things mainly uses static detection side
The test fixture for being equipped with communication module is connected to the end PC by route before communication module is packed into complete machine by formula, is used
A series of serial port communicating protocols communicate communication module with the end PC, according to signal intelligence, obtain test result.It was testing
Cheng Zhong, one communication module of every test require that test fixture is connected to the end PC again, and a series of serial communication associations are arranged
View, causes testing efficiency lower.
Summary of the invention
The embodiment of the invention provides a kind of communication module detection methods and system based on NB-IOT Internet of Things, realize
System test, while testing efficiency can be effectively improved.
A kind of communication module detection method based on NB-IOT Internet of Things, on telecommunications NB-IOT platform, registration communication mould
The mobile device identification code of block, further includes:
After registered communication module is loaded in complete machine, by the mobile device identification code of the registered communication module with
And the product ID of the complete machine is pasted on complete machine surface；
The complete machine is placed on conveyer belt, when the complete machine reaches fixed position, is acquired and is pasted by code reader
In the mobile device identification code of the registered communication module on the complete machine surface and the product ID of the complete machine；
The code reader is by the mobile device identification code of the collected registered communication module and the complete machine
Product ID is sent to test device；
It will be described by the telecommunications NB-IOT platform based on the mobile device identification code of the registered communication module
The registered communication module is written in the product ID of complete machine, and determines write-in result；
The test device obtains said write as a result, and said write result being marked and being handled.
Preferably,
The mobile device identification code based on the registered communication module will by the telecommunications NB-IOT platform
The registered communication module is written in the product ID of the complete machine, and determines write-in result, comprising:
The test device is by the mobile device identification code of the registered communication module and the product sequence of the complete machine
Row number is sent to business cloud platform；
The business cloud platform registers the product ID of the complete machine；
Based on the mobile device identification code of the registered communication module, the business cloud platform passes through the telecommunications NB-
The registered communication module is written in the product ID of the complete machine by IOT platform；
The business cloud platform receives the write-in of the registered communication module transmission as a result, and sending out said write result
Give the test device.
Preferably,
Spacing between adjacent two being placed on the conveyer belt complete machine placement, it is public to meet following spacing
Formula；
Distance equation:
Wherein, D characterizes the spacing between the complete machine placement of adjacent on conveyer belt two；The operation of v characterization conveyer belt
Speed；T characterizes the interval time that two adjacent complete machines are placed on conveyer belt, 5s≤t < 15s；L characterizes complete machine and uploads
Send the distance between the position of band and the position of code reader；Speed correction caused by v0 characterization complete machine is contacted with conveyer belt；t′
Characterization complete machine is placed into the duration for causing conveyor belt speed to change during conveyer belt, t '≤0.5s.
Preferably, the above method further comprises: the test device is that every a collection of complete machine constructs corresponding detection table,
In, the detection table includes: detection serial number item, detection time item, identification code item, product ID item, testing result item；
In the code reader by the mobile device identification code and the complete machine of the collected registered communication module
Product ID be sent to after test device, further comprise:
Sequence is the detection serial number item one new detection serial number of increase, and in the corresponding institute of the new detection serial number
It states and current time is written in detection time item；
The product ID of the mobile device identification code of the registered communication module and the complete machine is respectively written into
In the corresponding identification code item of new detection serial number and the product ID item；
It is described that said write result is marked, comprising: when it is to be written successfully that result, which is written, by the new detection
The corresponding testing result item of serial number passes through labeled as detection；When it is write-in failure that result, which is written, by the new detection
The corresponding testing result item of serial number does not pass through labeled as detection.
It is preferably, described that said write result is handled, comprising:
When the number continuously occurred labeled as the unsanctioned testing result item of detection reaches preset first early warning threshold
When value, abnormal alarm is carried out.
Preferably,
Using following non-percent of pass calculation formula, non-percent of pass is calculated in real time；
Wherein, ω characterizes non-percent of pass；It is the total number for detecting unsanctioned testing result item that G, which characterizes current markers,；K table
Sign has currently detected the total number of complete machine；
When calculated non-percent of pass reaches preset second threshold value of warning, abnormal alarm is carried out.
Preferably, the above method further comprises:
It is again that the product ID write-in of the complete machine is described registered logical when it is write-in failure that result queue, which is written,
Interrogate module.
Preferably, the business cloud platform receives the write-in of the registered communication module transmission as a result, and writing described
Enter result and be sent to the test device, comprising:
After the registered communication module is written in the product ID of the complete machine, reach preset in write-in duration
Time threshold, the business cloud platform do not receive the heartbeat packet that the registered communication module is sent, it is determined that do not detect logical
It crosses, will carry not detect the test device is sent to by the product ID of identifier；
The business cloud platform receives the heartbeat packet that the registered communication module is sent, it is determined that detection passes through, will
It carries detection and the test device is sent to by the product ID of identifier.
A kind of communication module detection system based on NB-IOT Internet of Things, comprising: telecommunications NB-IOT platform, equipped with registered
Complete machine, conveyer belt, code reader and the test device of communication module, wherein
The telecommunications NB-IOT platform, for registering the mobile device identification code of communication module；
The conveyer belt, for transmitting the complete machine that registered communication module is housed；
The code reader, for when the complete machine reaches fixed position, acquisition to be pasted on registered on complete machine surface
The mobile device identification code of communication module and the product ID of complete machine, by the shifting of the collected registered communication module
Dynamic EIC equipment identification code and the product ID of the complete machine are sent to test device；
The test device passes through the telecommunications for the mobile device identification code based on the registered communication module
The registered communication module is written in the product ID of the complete machine by NB-IOT platform, is determined and is obtained write-in as a result, right
Said write result is marked and handles.
Preferably, the above-mentioned communication module detection system based on NB-IOT Internet of Things further comprises: business cloud platform,
Wherein,
The test device is further used for the mobile device identification code of the registered communication module and described whole
The product ID of machine is sent to the business cloud platform；
The business cloud platform, is registered for the product ID to the complete machine, is based on the registered communication
The mobile device identification code of module, it is by the telecommunications NB-IOT platform, the product ID write-in of the complete machine is described
Register communication module；The business cloud platform receives the write-in that the registered communication module is sent as a result, and by said write
As a result it is sent to the test device.
Preferably,
Spacing between adjacent two being placed on the conveyer belt complete machine placement, it is public to meet following spacing
Formula；
Distance equation:
Wherein, D characterizes the spacing between the complete machine placement of adjacent on conveyer belt two；The operation of v characterization conveyer belt
Speed；T characterizes the interval time that two adjacent complete machines are placed on conveyer belt, 5s≤t < 15s；L characterizes complete machine and uploads
Send the distance between the position of band and the position of code reader；v0Speed correction caused by characterization complete machine is contacted with conveyer belt；t′
Characterization complete machine is placed into the duration for causing conveyor belt speed to change during conveyer belt, t '≤0.5s.
Preferably,
The test device is further used for constructing corresponding detection table for every a collection of complete machine, wherein the detection table packet
It includes: detection serial number item, detection time item, identification code item, product ID item, testing result item；It will be acquired in the code reader
To the mobile device identification code of the registered communication module and the product ID of the complete machine be sent to test device
Later, sequentially increase a new detection serial number for the detection serial number item, and corresponding described in the new detection serial number
Current time is written in detection time item；By the production of the mobile device identification code of the registered communication module and the complete machine
Product sequence number is respectively written into the corresponding identification code item of the new detection serial number and the product ID item；Work as write-in
As a result pass through when being written successfully, the corresponding testing result item of the new detection serial number to be labeled as detecting；Work as write-in
When as a result failing for write-in, the corresponding testing result item of the new detection serial number is not passed through labeled as detection；Work as mark
When being denoted as the number that the unsanctioned testing result item of the detection continuously occurs and reaching preset first threshold value of warning, carry out abnormal
Alarm；And following non-percent of pass calculation formula are utilized, non-percent of pass is calculated in real time；
Wherein, ω characterizes non-percent of pass；It is the total number for detecting unsanctioned testing result item that G, which characterizes current markers,；K table
Sign has currently detected the total number of complete machine；
When calculated non-percent of pass reaches preset second threshold value of warning, abnormal alarm is carried out.
The embodiment of the invention provides a kind of communication module detection methods and system based on NB-IOT Internet of Things, this is based on
The communication module detection method of NB-IOT Internet of Things can include: on telecommunications NB-IOT platform, the movement for registering communication module is set
Standby identification code, after registered communication module is loaded in complete machine, by the mobile device identification code of registered communication module and
The product ID of complete machine is pasted on complete machine surface；Complete machine is placed on conveyer belt, when complete machine reaches fixed position, is passed through
The mobile device identification code for the registered communication module that code reader acquisition is pasted on complete machine surface and the product serial of complete machine
Number；The product ID of the mobile device identification code of collected registered communication module and complete machine is sent to survey by code reader
Trial assembly is set；Mobile device identification code based on registered communication module, by telecommunications NB-IOT platform, by the product serial of complete machine
Number registered communication module of write-in, and determine write-in result；Test device obtains write-in as a result, and write-in result is marked
And processing, above-mentioned communication module are based on telecommunications NB-IOT platform and are communicated, entire communication process connects without line, then can be in complete machine
It is detected in production process, while avoiding the process of line even, and testing efficiency can be effectively improved.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is the present invention
Some embodiments for those of ordinary skill in the art without creative efforts, can also basis
These attached drawings obtain other attached drawings.
Fig. 1 is a kind of stream of communication module detection method based on NB-IOT Internet of Things provided by one embodiment of the present invention
Cheng Tu；
Fig. 2 is a kind of communication module detection method based on NB-IOT Internet of Things that another embodiment of the present invention provides
Flow chart；
Fig. 3 is a kind of knot of communication module detection system based on NB-IOT Internet of Things provided by one embodiment of the present invention
Structure schematic diagram.
Specific embodiment
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention
In attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is
A part of the embodiment of the present invention, instead of all the embodiments, based on the embodiments of the present invention, those of ordinary skill in the art
Every other embodiment obtained without making creative work, shall fall within the protection scope of the present invention.
As shown in Figure 1, the embodiment of the invention provides a kind of communication module detection method based on NB-IOT Internet of Things, it should
Method may comprise steps of:
Step 101: on telecommunications NB-IOT platform, registering the mobile device identification code of communication module；
Step 102: after registered communication module is loaded in complete machine, the mobile device of registered communication module being identified
Code and the product ID of complete machine are pasted on complete machine surface；
Step 103: complete machine being placed on conveyer belt, when complete machine reaches fixed position, is acquired and is pasted by code reader
In the mobile device identification code of the registered communication module on complete machine surface and the product ID of complete machine；
Step 104: code reader is by the product of the mobile device identification code of collected registered communication module and complete machine
Sequence number is sent to test device；
Step 105: the mobile device identification code based on registered communication module, by telecommunications NB-IOT platform, by complete machine
Product ID registered communication module is written, and determine write-in result；
Step 106: test device obtains write-in as a result, and write-in result being marked and being handled.
It is worth noting that above-mentioned communication module is the abbreviation of the communication module based on NB-IOT Internet of Things.
In addition, above-mentioned detection process, on the one hand realizes and the product ID of complete machine is written in communication module, it is another
Aspect is completed by being then based on complete machine, avoids the generation of the product ID write error of complete machine, meanwhile, by by complete machine
Product ID is written to communication module and illustrates that communication module can be communicated normally.
In the embodiment shown in fig. 1, on telecommunications NB-IOT platform, the mobile device identification code of communication module is registered,
After registered communication module is loaded in complete machine, by the mobile device identification code of registered communication module and the product of complete machine
Sequence number is pasted on complete machine surface；Complete machine is placed on conveyer belt, when complete machine reaches fixed position, is acquired by code reader
It is pasted on the mobile device identification code of the registered communication module on complete machine surface and the product ID of complete machine；Code reader will
The mobile device identification code of collected registered communication module and the product ID of complete machine are sent to test device；It is based on
The mobile device identification code of registered communication module has been infused the product ID write-in of complete machine by telecommunications NB-IOT platform
Volume communication module, and determine write-in result；Test device obtain write-in as a result, and to write-in result be marked and handle, on
It states communication module to be communicated based on telecommunications NB-IOT platform, entire communication process connects without line, then can be in complete machine production process
In detected, while avoiding the process of line even, and testing efficiency can be effectively improved.
In an alternative embodiment of the invention, the specific embodiment of above-mentioned steps 105 can include: test device will be registered
The mobile device identification code of communication module and the product ID of complete machine, are sent to business cloud platform；Business cloud platform is to whole
The product ID of machine is registered；Mobile device identification code based on registered communication module, business cloud platform pass through telecommunications
Registered communication module is written in the product ID of complete machine by NB-IOT platform；Business cloud platform receives registered communication module
The write-in of transmission as a result, and write-in result is sent to test device, realize registration of the complete machine in business cloud platform so that
Network transmission is carried out between business cloud platform and test device.
In an alternative embodiment of the invention, it in order to more efficient detection, while avoiding the occurrence of missing inspection, places
Spacing between adjacent two complete machine on the conveyer belt is placed, meets following distance equations；
Distance equation:
Wherein, D characterizes the spacing between the complete machine placement of adjacent on conveyer belt two；The operation of v characterization conveyer belt
Speed；T characterizes the interval time that two adjacent complete machines are placed on conveyer belt, 5s≤t < 15s；L characterizes complete machine and uploads
Send the distance between the position of band and the position of code reader；v0Speed correction caused by characterization complete machine is contacted with conveyer belt；t′
Characterization complete machine is placed into the duration for causing conveyor belt speed to change during conveyer belt, t '≤0.5s.
In an alternative embodiment of the invention, it is checked in order to facilitate user, the above method further comprises: the test device
Corresponding detection table is constructed for every a collection of complete machine, wherein the detection table includes: detection serial number item, detection time item, identification code
Item, product ID item, testing result item；
In the code reader by the mobile device identification code and the complete machine of the collected registered communication module
Product ID be sent to after test device, further comprise: sequentially be detection serial number item increase a new detection sequence
Number, and current time is written in the new corresponding detection time item of detection serial number；By the mobile device of registered communication module
The product ID of identification code and complete machine is respectively written into the corresponding identification code item of new detection serial number and the production
In product sequence number item；Write-in result is marked, comprising: when it is to be written successfully that result, which is written, by new detection serial number pair
The testing result item answered passes through labeled as detection；It is when it is write-in failure that result, which is written, new detection serial number is corresponding described
Testing result item does not pass through labeled as detection.
In an alternative embodiment of the invention, said write result is handled, comprising: do not lead to when labeled as the detection
When the number that the testing result item crossed continuously occurs reaches preset first threshold value of warning, abnormal alarm is carried out.
In an alternative embodiment of the invention, using following non-percent of pass calculation formula, non-percent of pass is calculated in real time；
Wherein, ω characterizes non-percent of pass；It is the total number for detecting unsanctioned testing result item that G, which characterizes current markers,；K table
Sign has currently detected the total number of complete machine；When calculated non-percent of pass reaches preset second threshold value of warning, carry out abnormal
Alarm.
Maintenance personnel can be reminded to find the problem in time by above-mentioned abnormal alarm.
In an alternative embodiment of the invention, the above method further comprises: when it is write-in failure that result, which is written, again will
Registered communication module is written in the product ID of complete machine.
In an alternative embodiment of the invention, business cloud platform receives the write-in of registered communication module transmission as a result, and will
Write-in result is sent to the specific embodiment of test device can include: registered communication is being written in the product ID of complete machine
After module, reach preset time threshold in write-in duration, business cloud platform does not receive the heart that registered communication module is sent
Jump packet, it is determined that do not detect and pass through, will carry not detect test device is sent to by the product ID of identifier；Business
Cloud platform receives the heartbeat packet that registered communication module is sent, it is determined that detection passes through, and will carry detection and passes through identifier
Product ID be sent to test device.
As shown in Fig. 2, the embodiment of the invention provides a kind of communication module detection method based on NB-IOT Internet of Things, it should
Method may comprise steps of:
Step 201: on telecommunications NB-IOT platform, registering the mobile device identification code of communication module；
The registration process can carry out batch registration in advance before step 202.
Step 202: after registered communication module is loaded in complete machine, the mobile device of registered communication module being identified
Code and the product ID of complete machine are pasted on complete machine surface；
By the way that this process avoids the generations of complete product sequence number write error.
Step 203: test device is that every a collection of complete machine constructs corresponding detection table；
The detection table includes: detection serial number item, detection time item, identification code item, product ID item, testing result item.
Step 204: complete machine being placed on conveyer belt, when complete machine reaches fixed position, is acquired and is pasted by code reader
In the mobile device identification code of the registered communication module on complete machine surface and the product ID of complete machine；
In this step, the spacing being placed between the adjacent two complete machine placement on conveyer belt, meets following spacing
Formula；
Distance equation:
Wherein, D characterizes the spacing between the complete machine placement of adjacent on conveyer belt two；The operation of v characterization conveyer belt
Speed；T characterizes the interval time that two adjacent complete machines are placed on conveyer belt, 5s≤t < 15s；L characterizes complete machine and uploads
Send the distance between the position of band and the position of code reader；v0Speed correction caused by characterization complete machine is contacted with conveyer belt；t′
Characterization complete machine is placed into the duration for causing conveyor belt speed to change during conveyer belt, t '≤0.5s
Step 205: code reader is by the product of the mobile device identification code of collected registered communication module and complete machine
Sequence number is sent to test device；
Step 206: test device sequence is detection serial number item one new detection serial number of increase, and in new detection serial number
Current time is written in corresponding detection time item；
Step 207: test device is by the mobile device identification code of registered communication module and the product ID of complete machine
It is respectively written into the corresponding identification code item of new detection serial number and product ID item；
Step 208: test device by the mobile device identification code of registered communication module and the product ID of complete machine,
It is sent to business cloud platform；
Step 209: business cloud platform registers the product ID of complete machine；
Step 210: the mobile device identification code based on registered communication module, business cloud platform are flat by telecommunications NB-IOT
Registered communication module is written in the product ID of complete machine by platform；Reach preset time threshold in write-in duration, business cloud is flat
Platform does not receive the heartbeat packet that registered communication module is sent, executes step 211；Business cloud platform receives registered communication mould
The heartbeat packet that block is sent executes step 213；
Step 211: business cloud platform, which determines not detect, to be passed through, and the product ID not detected through identifier will be carried
It is sent to test device；
Step 212: detection device does not pass through the new corresponding testing result item of detection serial number labeled as detection, and
Execute step 215；
Step 213: business cloud platform determines that detection passes through, and will carry detection and is sent by the product ID of identifier
To test device；
Step 214: detection device passes through the corresponding testing result item of the new detection serial number labeled as detection, and holds
Row step 217；
Step 215: registered communication module is written into the product ID of complete machine again；
Step 216: when the number continuously occurred labeled as the unsanctioned testing result item of detection reaches preset first in advance
When alert threshold value, abnormal alarm is carried out；
Step 217: calculating non-percent of pass in real time；
Using following non-percent of pass calculation formula, non-percent of pass is calculated in real time；
Wherein, ω characterizes non-percent of pass；It is the total number for detecting unsanctioned testing result item that G, which characterizes current markers,；K table
Sign has currently detected the total number of complete machine；
Step 218: when calculated non-percent of pass reaches preset second threshold value of warning, carrying out abnormal alarm.
There is no strict sequence between above-mentioned steps 215, step 216 and step 217.Through the above steps 216 with
And two kinds of alarm modes of step 217 and step 218 carry out abnormal alarm, so as to preferably remind maintenance personnel that detection is different
Often.
In addition, above-mentioned test device is mountable in the PC machine in workshop.
Above-mentioned steps can be used as a part of complete machine production.
As shown in figure 3, the embodiment of the invention provides a kind of communication module detection system based on NB-IOT Internet of Things, packet
Include: telecommunications NB-IOT platform 301, the complete machine 302 equipped with registered communication module 3021, conveyer belt 303, code reader 304 and
Test device 305, wherein
Telecommunications NB-IOT platform 301, for registering the mobile device identification code of communication module 3021；
Conveyer belt 303, for transmitting the complete machine 302 that registered communication module 3021 is housed；
Code reader 304, for when complete machine 302 reaches fixed position, acquisition to be pasted on registered logical on complete machine surface
The mobile device identification code of module 3021 and the product ID of complete machine 302 are interrogated, by collected registered communication module
3021 mobile device identification code and the product ID of complete machine 302 are sent to test device；
Test device 305 passes through telecommunications NB-IOT platform for the mobile device identification code based on registered communication module
301, registered communication module 3021 is written into the product ID of complete machine, determine and obtain write-in as a result, to write-in result into
Line flag and processing.
In an alternative embodiment of the invention, the above-mentioned communication module detection system based on NB-IOT Internet of Things, feature exist
In further comprising: business cloud platform 306, wherein
Test device 305 is further used for the mobile device identification code of registered communication module and the complete machine
Product ID is sent to business cloud platform 306；
Business cloud platform 306 is registered for the product ID to complete machine, the movement based on registered communication module
By telecommunications NB-IOT platform 301 registered communication module 3021 is written in the product ID of complete machine by EIC equipment identification code；Industry
Business cloud platform 306 receives the write-in that registered communication module 3021 is sent as a result, and write-in result is sent to test device
305。
In an alternative embodiment of the invention, between being placed between the placement of adjacent two complete machine 302 on conveyer belt 303
Away from meeting following distance equations；
Distance equation:
Wherein, D characterizes the spacing between the complete machine placement of adjacent on conveyer belt two；The operation of v characterization conveyer belt
Speed；T characterizes the interval time that two adjacent complete machines are placed on conveyer belt, 5s≤t < 15s；L characterizes complete machine and uploads
Send the distance between the position of band and the position of code reader；v0Speed correction caused by characterization complete machine is contacted with conveyer belt；t′
Characterization complete machine is placed into the duration for causing conveyor belt speed to change during conveyer belt, t '≤0.5s.
In an alternative embodiment of the invention, test device 305 are further used for constructing corresponding detection for every a collection of complete machine
Table, wherein detection table includes: detection serial number item, detection time item, identification code item, product ID item, testing result item；?
The product ID of the mobile device identification code of collected registered communication module and complete machine is sent to test by code reader
After device, sequentially increase a new detection serial number for detection serial number item, and in the new corresponding detection time of detection serial number
Current time is written in；The product ID of the mobile device identification code of registered communication module and complete machine is respectively written into
In the corresponding identification code item of new detection serial number and the product ID item；It, will be new when it is to be written successfully that result, which is written,
The corresponding testing result item of detection serial number passes through labeled as detection；When it is write-in failure that result, which is written, by new detection serial number
Corresponding testing result item does not pass through labeled as detection；When the number continuously occurred labeled as the unsanctioned testing result item of detection
When reaching preset first threshold value of warning, abnormal alarm is carried out；And following non-percent of pass calculation formula are utilized, it calculates do not lead in real time
Cross rate；
Wherein, ω characterizes non-percent of pass；It is the total number for detecting unsanctioned testing result item that G, which characterizes current markers,；K table
Sign has currently detected the total number of complete machine；
When calculated non-percent of pass reaches preset second threshold value of warning, abnormal alarm is carried out.
The contents such as information exchange, the implementation procedure between interior each module or device in above system, due to this hair
Bright embodiment of the method is based on same design, and for details, please refer to the description in the embodiment of the method for the present invention, and details are not described herein again.
The embodiment of the invention provides a kind of readable mediums, including execute instruction, when the processor of storage control executes
Described when executing instruction, the storage control executes the method that any of the above-described embodiment of the present invention provides.
The embodiment of the invention provides a kind of storage controls, comprising: processor, memory and bus；The memory
It is executed instruction for storing, the processor is connect with the memory by the bus, when the storage control is run
When, the processor executes the described of memory storage and executes instruction, so that the storage control executes in the present invention
The method that any embodiment offer is provided.
In conclusion more than the present invention each embodiment at least has the following beneficial effects:
1, in embodiments of the present invention, on telecommunications NB-IOT platform, the mobile device identification code of communication module is registered,
After registered communication module is loaded in complete machine, by the mobile device identification code of registered communication module and the product sequence of complete machine
Row number is pasted on complete machine surface；Complete machine is placed on conveyer belt, when complete machine reaches fixed position, is acquired by code reader viscous
It is affixed on the mobile device identification code of the registered communication module on complete machine surface and the product ID of complete machine；Code reader will adopt
The mobile device identification code of the registered communication module collected and the product ID of complete machine are sent to test device；Based on
The mobile device identification code for registering communication module, it is by telecommunications NB-IOT platform, the product ID write-in of complete machine is registered
Communication module, and determine write-in result；Test device obtain write-in as a result, and to write-in result be marked and handle, it is above-mentioned
Communication module is based on telecommunications NB-IOT platform and is communicated, and entire communication process connects without line, then can be in complete machine production process
It is detected, while avoiding the process of line even, and testing efficiency can be effectively improved.
2, in embodiments of the present invention, completing detection needs duration to be generally less than 15s, compared with existing detection method,
Detection duration greatly shortens, and has continuity to the detection process of different communication modules to be monitored.
3, in embodiments of the present invention, sequentially increase a new detection serial number for detection serial number item, and in new detection
Current time is written in the corresponding detection time item of serial number；By the mobile device identification code of registered communication module and complete machine
Product ID is respectively written into the corresponding identification code item of the new detection serial number and the product ID item；To writing
Enter result to be marked, comprising: when it is to be written successfully that result, which is written, the new corresponding testing result item of detection serial number is marked
Pass through for detection；When it is write-in failure that result, which is written, by the new corresponding testing result item of detection serial number labeled as inspection
Survey does not pass through.Facilitate user to check, there is practicability.
It should be noted that, in this document, such as first and second etc relational terms are used merely to an entity
Or operation is distinguished with another entity or operation, is existed without necessarily requiring or implying between these entities or operation
Any actual relationship or order.Moreover, the terms "include", "comprise" or its any other variant be intended to it is non-
It is exclusive to include, so that the process, method, article or equipment for including a series of elements not only includes those elements,
It but also including other elements that are not explicitly listed, or further include solid by this process, method, article or equipment
Some elements.In the absence of more restrictions, the element limited by sentence " including one ", is not arranged
Except there is also other identical factors in the process, method, article or apparatus that includes the element.
Those of ordinary skill in the art will appreciate that: realize that all or part of the steps of above method embodiment can pass through
The relevant hardware of program instruction is completed, and program above-mentioned can store in computer-readable storage medium, the program
When being executed, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned includes: ROM, RAM, magnetic disk or light
In the various media that can store program code such as disk.
Finally, it should be noted that the foregoing is merely presently preferred embodiments of the present invention, it is merely to illustrate skill of the invention
Art scheme, is not intended to limit the scope of the present invention.Any modification for being made all within the spirits and principles of the present invention,
Equivalent replacement, improvement etc., are included within the scope of protection of the present invention.
Claims (10)
1. a kind of communication module detection method based on NB-IOT Internet of Things, which is characterized in that on telecommunications NB-IOT platform, note
The mobile device identification code of volume communication module, further includes:
After registered communication module is loaded in complete machine, by the mobile device identification code of the registered communication module and institute
The product ID for stating complete machine is pasted on complete machine surface；
The complete machine is placed on conveyer belt, when the complete machine reaches fixed position, institute is pasted on by code reader acquisition
State the mobile device identification code of the registered communication module on complete machine surface and the product ID of the complete machine；
The code reader is by the product of the mobile device identification code of the collected registered communication module and the complete machine
Sequence number is sent to test device；
Based on the mobile device identification code of the registered communication module, by the telecommunications NB-IOT platform, by the complete machine
Product ID the registered communication module is written, and determine write-in result；
The test device obtains said write as a result, and said write result being marked and being handled.
2. the communication module detection method according to claim 1 based on NB-IOT Internet of Things, which is characterized in that the base
In the mobile device identification code of the registered communication module, by the telecommunications NB-IOT platform, by the product of the complete machine
The registered communication module is written in sequence number, and determines write-in result, comprising:
The test device by the product ID of the mobile device identification code of the registered communication module and the complete machine,
It is sent to business cloud platform；
The business cloud platform registers the product ID of the complete machine；
Based on the mobile device identification code of the registered communication module, the business cloud platform is flat by the telecommunications NB-IOT
The registered communication module is written in the product ID of the complete machine by platform；
The business cloud platform receives the write-in of the registered communication module transmission as a result, and being sent to said write result
The test device.
3. the communication module detection method according to claim 1 based on NB-IOT Internet of Things, which is characterized in that
Spacing between adjacent two being placed on the conveyer belt complete machine placement, meets following distance equations；
Distance equation:
Wherein, D characterizes the spacing between the complete machine placement of adjacent on conveyer belt two；The speed of service of v characterization conveyer belt；
T characterizes the interval time that two adjacent complete machines are placed on conveyer belt, 5s≤t < 15s；L characterizes complete machine upper conveyor belt
Position and the distance between the position of code reader；v0Speed correction caused by characterization complete machine is contacted with conveyer belt；T ' characterization
Complete machine is placed into the duration for causing conveyor belt speed to change during conveyer belt, t '≤0.5s.
4. the communication module detection method according to claim 1 or 2 based on NB-IOT Internet of Things, which is characterized in that
Further comprise: the test device is that every a collection of complete machine constructs corresponding detection table, wherein the detection table includes:
Detect serial number item, detection time item, identification code item, product ID item, testing result item；
In the code reader by the production of the mobile device identification code and the complete machine of the collected registered communication module
Product sequence number is sent to after test device, further comprises:
Sequence is the detection serial number item one new detection serial number of increase, and in the corresponding inspection of the new detection serial number
It surveys and current time is written in time term；
The product ID of the mobile device identification code of the registered communication module and the complete machine is respectively written into described
In the corresponding identification code item of new detection serial number and the product ID item；
It is described that said write result is marked, comprising: when it is to be written successfully that result, which is written, by the new detection serial number
The corresponding testing result item passes through labeled as detection；When it is write-in failure that result, which is written, by the new detection serial number
The corresponding testing result item does not pass through labeled as detection.
5. the communication module detection method according to claim 4 based on NB-IOT Internet of Things, which is characterized in that described right
Said write result is handled, comprising:
When the number continuously occurred labeled as the unsanctioned testing result item of detection reaches preset first threshold value of warning,
Carry out abnormal alarm；
And/or
Using following non-percent of pass calculation formula, non-percent of pass is calculated in real time；
Wherein, ω characterizes non-percent of pass；It is the total number for detecting unsanctioned testing result item that G, which characterizes current markers,；K characterization is worked as
The preceding total number for having detected complete machine；
When calculated non-percent of pass reaches preset second threshold value of warning, abnormal alarm is carried out.
6. the communication module detection method according to claim 4 based on NB-IOT Internet of Things, which is characterized in that further
Include:
When it is write-in failure that result queue, which is written, the registered communication mould is written into the product ID of the complete machine again
Block.
7. the communication module detection method according to claim 2 based on NB-IOT Internet of Things, which is characterized in that the industry
Business cloud platform receives the write-in that the registered communication module is sent as a result, and said write result is sent to the test dress
It sets, comprising:
After the registered communication module is written in the product ID of the complete machine, reach the preset time in write-in duration
Threshold value, the business cloud platform do not receive the heartbeat packet that the registered communication module is sent, it is determined that and it does not detect and passes through, it will
It carries not detect and the test device is sent to by the product ID of identifier；
The business cloud platform receives the heartbeat packet that the registered communication module is sent, it is determined that detection passes through, and will carry
There is detection to be sent to the test device by the product ID of identifier.
8. a kind of communication module detection system based on NB-IOT Internet of Things characterized by comprising telecommunications NB-IOT platform,
Complete machine, conveyer belt, code reader and test device equipped with registered communication module, wherein
The telecommunications NB-IOT platform, for registering the mobile device identification code of communication module；
The conveyer belt, for transmitting the complete machine that registered communication module is housed；
The code reader, for acquiring the registered communication being pasted on complete machine surface when the complete machine reaches fixed position
The mobile device identification code of module and the product ID of complete machine set the movement of the collected registered communication module
The product ID of standby identification code and the complete machine is sent to test device；
The test device passes through the telecommunications NB- for the mobile device identification code based on the registered communication module
The registered communication module is written in the product ID of the complete machine by IOT platform, is determined and is obtained write-in as a result, to institute
Write-in result is stated to be marked and handle.
9. the communication module detection system according to claim 8 based on NB-IOT Internet of Things, which is characterized in that further
It include: business cloud platform, wherein
The test device is further used for the mobile device identification code of the registered communication module and the complete machine
Product ID is sent to the business cloud platform；
The business cloud platform, is registered for the product ID to the complete machine, is based on the registered communication module
Mobile device identification code, it is by the telecommunications NB-IOT platform, the product ID write-in of the complete machine is described registered
Communication module；The business cloud platform receives the write-in that the registered communication module is sent as a result, and by said write result
It is sent to the test device.
10. the communication module detection system according to claim 8 based on NB-IOT Internet of Things, which is characterized in that
Spacing between adjacent two being placed on the conveyer belt complete machine placement, meets following distance equations；
Distance equation:
Wherein, D characterizes the spacing between the complete machine placement of adjacent on conveyer belt two；The speed of service of v characterization conveyer belt；
T characterizes the interval time that two adjacent complete machines are placed on conveyer belt, 5s≤t < 15s；L characterizes complete machine upper conveyor belt
Position and the distance between the position of code reader；v0Speed correction caused by characterization complete machine is contacted with conveyer belt；T ' characterization
Complete machine is placed into the duration for causing conveyor belt speed to change during conveyer belt, t '≤0.5s；
And/or
The test device is further used for constructing corresponding detection table for every a collection of complete machine, wherein the detection table includes:
Detect serial number item, detection time item, identification code item, product ID item, testing result item；The code reader will be collected
The mobile device identification code of the registered communication module and the product ID of the complete machine are sent to after test device,
Sequence is the detection serial number item one new detection serial number of increase, and in the corresponding detection of the new detection serial number
Between current time is written in item；By the product serial of the mobile device identification code of the registered communication module and the complete machine
It number is respectively written into the corresponding identification code item of the new detection serial number and the product ID item；When write-in result is
When being written successfully, the corresponding testing result item of the new detection serial number is passed through labeled as detection；When write-in result is
When write-in failure, the corresponding testing result item of the new detection serial number is not passed through labeled as detection；When labeled as institute
It states when detecting the number that unsanctioned testing result item continuously occurs and reaching preset first threshold value of warning, carries out abnormal alarm；
And following non-percent of pass calculation formula are utilized, non-percent of pass is calculated in real time；
Wherein, ω characterizes non-percent of pass；It is the total number for detecting unsanctioned testing result item that G, which characterizes current markers,；K characterization is worked as
The preceding total number for having detected complete machine；
When calculated non-percent of pass reaches preset second threshold value of warning, abnormal alarm is carried out.
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