CN108495323A - A kind of Bluetooth label detector with a variety of detection patterns - Google Patents
A kind of Bluetooth label detector with a variety of detection patterns Download PDFInfo
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- CN108495323A CN108495323A CN201810205192.8A CN201810205192A CN108495323A CN 108495323 A CN108495323 A CN 108495323A CN 201810205192 A CN201810205192 A CN 201810205192A CN 108495323 A CN108495323 A CN 108495323A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/02—Arrangements for optimising operational condition
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K19/00—Record carriers for use with machines and with at least a part designed to carry digital markings
- G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
- G06K19/067—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components
- G06K19/07—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components with integrated circuit chips
- G06K19/0722—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components with integrated circuit chips comprising an arrangement for testing the record carrier
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication
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Abstract
The invention discloses a kind of Bluetooth label detectors with a variety of detection patterns, including：The wired connection module being connect by URAT interfaces with Bluetooth label, the wireless connection module matched by Bluetooth protocol with Bluetooth label, the parameters of the Bluetooth label of current detection are exported, and show the output display module of the Bluetooth label number and qualification rate that have detected；To having detected the parameter of each label up to standard, the parameter of below standard each label has detected the number of label and memory storage module that qualification rate is stored；The electromagnet module of electric power magnetic field coverage area is generated around Bluetooth label detector；Wired connection interactive testing pattern is carried out to Bluetooth label, alternatively, when in the range of Bluetooth label being placed in and covered by the electric power magnetic field that electromagnet module generates, the processor for being wirelessly connected interactive detection pattern is carried out to Bluetooth label.The data accuracy of label can be improved through the invention, reduce later maintenance cost.
Description
Technical field
The invention belongs to the communications fields, more particularly, to a kind of Bluetooth label detector with a variety of detection patterns.
Background technology
With the deep development of Internet of Things, wireless network and various intelligent information terminals, the object based on Internet of Things and wireless network
The demand of money and personnel positioning persistently rises, and indexation growth is also presented in the application of positioning service and demand.Bulk storage plant, interior
The environment such as personnel are huge for the demand of label in positioning and integrated mill.
Bluetooth label is a kind of common positioning labeling apparatus, since its data stability is good, propagation distance is remote and overlength
Cruising ability, in positioning indoors and bulk storage plant goods and materials positioning etc. largely used in scenes.In order to ensure label
Performance reach set quota, need when label produces, stringent detection carried out to the every driver and circuit of label,
Judge whether it complies with standard.Difference is required to the running parameter of label in specific scene, needs detection according to particular demands
Whether the parameters with the label postponed reach standard, need to carry out stringent verification to label configuration parameter.Therefore, how
Rapid configuration judges whether the functional parameter of each label meets the scene demand, saves production cost, human cost, portion
Cost is affixed one's name to, the data precision, positioning accuracy are improved, the difficulty that maintenance is current urgent need to resolve conveniently is carried out to equipment
Topic.
Invention content
For the disadvantages described above or Improvement requirement of the prior art, the present invention provides a kind of indigo plants with a variety of detection patterns
Thus tooth label testing solves how rapid configuration or to judge whether the functional parameter of each label meets the scene need
It asks, saves production cost, human cost, lower deployment cost, the data precision, positioning accuracy are improved, conveniently to equipment
The technical issues of being safeguarded.
To achieve the above object, the present invention provides a kind of Bluetooth label detectors with a variety of detection patterns, including：
Wired connection module is wirelessly connected module, output display module, memory storage module, electromagnet module and processor；
The wired connection module, for being connect by URAT interfaces with Bluetooth label, with each function to Bluetooth label
Carry out Automatic interaction detector；
The wireless connection module, for being matched by Bluetooth protocol with Bluetooth label, with to each function of Bluetooth label into
Row Automatic interaction detector；
What the output display module, the parameters of the Bluetooth label for exporting current detection, and display had detected
Bluetooth label number and qualification rate；
The memory storage module will for distinguishing memory to each Bluetooth label performance parameters after testing
The Bluetooth label information storage that the various functions detected are intact and performance is up to standard is qualified label；The function of having detected is gone out to ask
The Bluetooth label information storage of topic is problem label；The tag parameter detected Bluetooth label not up to standard is stored as not up to standard
Label；
The electromagnet module, for generating electric power magnetic field coverage area around the Bluetooth label detector；
The processor is used for when carrying out wired connection by the wired connection module with Bluetooth label, to bluetooth
Label carries out wired connection interactive testing pattern, to be detected to the driving of the corresponding function of Bluetooth label and circuit, alternatively,
When Bluetooth label is placed in the range of the electric power magnetic field covering generated by the electromagnet module, pass through the wireless connection module
It realizes the pairing with Bluetooth label, Bluetooth label is carried out to be wirelessly connected interactive detection pattern, to the corresponding function of Bluetooth label
Driving and circuit are detected.
Preferably, the processor is to the process of Bluetooth label progress wired connection interactive testing pattern：
Broadcast driving test instruction is sent from wireless connection mould radio-frequency module in the block to Bluetooth label, so that bluetooth
Label starts broadcast capability, broadcasts the equipment ID number of Bluetooth label outward, until the Bluetooth label detector receives bluetooth
The broadcast singal of label preserves the equipment ID number of Bluetooth label and calculates the RSSI value of Bluetooth label, judges the wide of Bluetooth label
It broadcasts driving test and whether label signal RSSI quality tests passes through；
The radio-frequency module sends broadcast encryption driving test instruction to Bluetooth label, so that Bluetooth label startup encryption is wide
Driving function is broadcast, drive the data in test instruction to be encrypted broadcast encryption and is broadcasted, until the Bluetooth label
Detector receives broadcast data and is decrypted, and judges that the broadcast encryption driving of Bluetooth label tests whether to pass through；
The radio-frequency module can match broadcast driving test instruction to Bluetooth label transmission, so that Bluetooth label startup can match
To broadcasting driving function, start that broadcast can be matched, if the Bluetooth label detector and Bluetooth label successful matching, bluetooth mark
The broadcast driving test of matching of label passes through；
Test configurations parameter is written to Bluetooth label with after Bluetooth label successful matching in the Bluetooth label detector, with
Parameter read-in will be configured to the Memorability storage address for storing the parameter by Bluetooth label, Bluetooth label is read according to argument address
Configure parameter, and return to the Bluetooth label detector, by the Bluetooth label detector judge return parameters whether with write
The test configurations parameter entered is consistent, judge Bluetooth label can pair configuration driving test whether to pass through；
Based on can pair configuration driving test, after Bluetooth label and the Bluetooth label detector configuration successful, by indigo plant
Tooth label start indicator lamp drives kinetic energy, and detects the quality of indicator light circuit, returns to test information and is examined to the Bluetooth label
Device is surveyed, judges that the connection indicator light driving of Bluetooth label tests whether to pass through by the Bluetooth label detector；
The radio-frequency module broadcasts driving test instruction to Bluetooth label sending cycle, is opened periodically by Bluetooth label
Broadcast timer, into periodic broadcast pattern, if by several periods, the Bluetooth label detector detects periodicity
Broadcast singal, then the judgement periodic broadcast test of Bluetooth label pass through；
When Bluetooth label enters periodic broadcast pattern, the current electricity of the Bluetooth label detector test Bluetooth label
Stream judges whether the periodic broadcast testing current of Bluetooth label passes through whether within the scope of predetermined current；
The radio-frequency module sends accelerometer driving test instruction to Bluetooth label, by Bluetooth label starting loop meter
Driving function reads default identification parameter and is broadcasted from accelerometer, until the Bluetooth label detector receives
The identification parameter of broadcast simultaneously parses whether the interruption in accelerometer driving is detected by Bluetooth label, whether read from accelerometer
Default identification parameter is got, and checks the correctness of default identification parameter, judges that the accelerometer driving test of Bluetooth label is
It is no to pass through；
The radio-frequency module sends sports broadcast driving test instruction to Bluetooth label, and sports broadcast is received by Bluetooth label
After driving test instruction, starting loop meter driving function, accelerometer generates interrupting movement signal, is detected in Bluetooth label
After interrupting movement signal, sports broadcast driving function is started by Bluetooth label, carries out sports broadcast, until the Bluetooth label is examined
It surveys device and receives ID broadcast and the sports broadcast signal of Bluetooth label, and judge that the sports broadcast driving of Bluetooth label tests whether
Pass through；
The radio-frequency module sends static broadcast driving test instruction to Bluetooth label, and static broadcast is received by Bluetooth label
After driving test instruction, starting loop meter driving function, accelerometer generates static interrupt signal, is detected in Bluetooth label
After static interrupt signal, static broadcast driving function is started by Bluetooth label, carries out static broadcast, until the Bluetooth label is examined
It surveys device and receives the ID broadcast of Bluetooth label and static broadcast singal, and judge that the static broadcast driving of Bluetooth label tests whether
Pass through；
The radio-frequency module sends the test instruction of electric quantity monitoring driving function to Bluetooth label, starts electricity by Bluetooth label
Monitoring and test function, tests the battery capacity of Bluetooth label, and returns to information about power, is returned by Bluetooth label detector reception
It writes in reply and ceases, judge that electric quantity monitoring driving tests whether to pass through；
The radio-frequency module sends low battery alarm driving function test instruction to Bluetooth label, is generated by Bluetooth label low
Electric quantity signal tests low battery functions of indicator light and circuit, and return to test after Bluetooth label detects the low battery signal
Information gives the Bluetooth label detector, and the low battery alarm driving test of Bluetooth label is judged by the Bluetooth label detector
Whether pass through；
When the Bluetooth label detector tests the tongue tube of Bluetooth label, Bluetooth label tests current tongue tube electricity
Road level, then generates magnetic field around Bluetooth label, tests the closed state of tongue tube, and Bluetooth label returns to tongue tube test
Information gives the Bluetooth label detector, judges that the tongue tube of Bluetooth label tests whether to lead to by the Bluetooth label detector
It crosses, wherein tongue tube is off under default conditions；
All test results are assessed, all test results of label are stored by the memory storage module, and leads to
Cross the testing result of the output display module output Bluetooth label.
Preferably, the processor to Bluetooth label carry out be wirelessly connected interactive testing pattern process be：
Bluetooth label and the Bluetooth label detector successful matching simultaneously return to test sign on, the Bluetooth label inspection
It surveys device and sends wireless connection interactive testing instruction, so that Bluetooth label, which enters, is wirelessly connected interactive testing pattern, wherein bluetooth mark
Label are positioned in the magnetic field around the Bluetooth label detector；
The radio-frequency module sends broadcast driving function test instruction to Bluetooth label, so that Bluetooth label is from pairing mode
In exit, start to broadcast, until the Bluetooth label detector receives the broadcast message of Bluetooth label, preserve Bluetooth label
Equipment ID number and the RSSI value for calculating label judge broadcast driving test and the label signal RSSI quality tests of Bluetooth label
Whether passing through, and after preset time, Bluetooth label enters pairing mode, and the Bluetooth label detector successful matching,
In, the broadcast message includes the equipment ID number of the Bluetooth label；
The radio-frequency module sends the test instruction of broadcast encryption driving function to Bluetooth label, so that Bluetooth label is from pairing
It is exited in pattern, and starts broadcast encryption driving function, the data in the test instruction of broadcast encryption driving function are encrypted
And broadcasted, until the Bluetooth label detector receives broadcast data and is decrypted, judge the broadcast encryption of Bluetooth label
Driving tests whether to pass through, and after the preset time, Bluetooth label enters pairing mode, with the Bluetooth label detector
Successful matching；
The radio-frequency module sends configuration parameter testing instruction to Bluetooth label, so that Bluetooth label reads every configuration ginseng
Number, and the Bluetooth label detector is returned to, the correctness of return parameters is judged by the Bluetooth label detector, judges indigo plant
Tooth label can pair configuration driving test whether to pass through；
The radio-frequency module sends the driving test instruction of configuration instruction lamp to Bluetooth label, so that Bluetooth label generates configuration
Pass signal and start indicator lamp driving function, detect the quality of indicator light circuit, return and survey to the Bluetooth label detector
Information is tried, judges that connection indicator light driving tests whether to pass through by the Bluetooth label detector；
The radio-frequency module broadcasts driving test instruction to Bluetooth label sending cycle, so that Bluetooth label is from matched dies
It is exited in formula, opens periodic broadcast timer, and enter periodic broadcast pattern, until the Bluetooth label detector detects
To periodic broadcast signal, and judge periodic broadcast driving test whether to pass through, after several periods Bluetooth label into
Enter pairing mode, with the Bluetooth label detector successful matching；
The radio-frequency module sends accelerometer driving test instruction to Bluetooth label, so that Bluetooth label starting loop
Driving function is counted, default identification parameter is read from accelerometer, the Bluetooth label detector is returned to, by the bluetooth mark
It signs detector and verifies return parameters, judge that the accelerometer driving of Bluetooth label tests whether to pass through；
The radio-frequency module sends sports broadcast driving test instruction to Bluetooth label, so that Bluetooth label is receiving movement
After broadcast driving test instruction, exited from pairing mode, starting loop meter driving function, accelerometer generates interrupting movement letter
Number, after Bluetooth label detects the interrupting movement signal, start sports broadcast driving function, carry out sports broadcast, until described
Bluetooth label detector receives ID broadcast and the sports broadcast signal of Bluetooth label, and judges that the sports broadcast of Bluetooth label is surveyed
Whether examination passes through, and after preset time, Bluetooth label enters pairing mode, with the Bluetooth label detector successful matching；
The radio-frequency module sends static broadcast driving test to Bluetooth label and instructs so that Bluetooth label receive it is static
It after broadcast driving test instruction, is exited from pairing mode, starting loop meter driving function, accelerometer generates static interruption letter
Number, after Bluetooth label detects the static interrupt signal, start static broadcast driving function, carry out static broadcast, until described
Bluetooth label detector receives the ID broadcast of Bluetooth label and static broadcast singal, and judges that the static broadcast of Bluetooth label is driven
Dynamic to test whether to pass through, after preset time, Bluetooth label enters pairing mode, is paired into the Bluetooth label detector
Work(；
The radio-frequency module sends the test instruction of electric quantity monitoring driving function to Bluetooth label, starts electricity by Bluetooth label
Monitoring and test function, tests the battery capacity of Bluetooth label, and returns to information about power, and being received by the Bluetooth label detector should
After return information, judge that the electric quantity monitoring driving of Bluetooth label tests whether to pass through；
The radio-frequency module sends low battery alarm driving function test instruction to Bluetooth label, so that Bluetooth label generates
Low battery signal tests low battery functions of indicator light and circuit after Bluetooth label detects the low battery signal, and to described
Bluetooth label detector returns to test information, judges that the low battery alarm driving of Bluetooth label is surveyed by the Bluetooth label detector
Whether examination passes through；
All test results are assessed, all test results of label are stored by the memory storage module, and leads to
Cross the testing result of the output display module output Bluetooth label.
In general, through the invention it is contemplated above technical scheme is compared with the prior art, can obtain down and show
Beneficial effect：
(1) wired connection interaction detection, label testing can realize that standard interface docks with label by URAT, label inspection
It surveys device and returns to test result with the transmission detection instruction of label automatic interaction, last label testing judges testing result,
And detection information is exported, the malfunction elimination of detection and problem label in detail can carry out label by wired connection interaction detection
Positioning；
(2) wireless pairing, which interacts, detects, and label testing can realize pairing connection with label, and label testing and label are certainly
Dynamic interaction sends detection instruction and returns to test result, and last label testing judges testing result, and exports detection letter
Breath is detected the label for being deployed in the particular spatial location for being inconvenient to operate by being wirelessly connected interaction detection, to failure
The detailed problem of label carries out investigation positioning.
Description of the drawings
Fig. 1 is a kind of structural representation of Bluetooth label detector with a variety of detection patterns disclosed by the embodiments of the present invention
Figure.
Specific implementation mode
In order to make the purpose , technical scheme and advantage of the present invention be clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.As long as in addition, technical characteristic involved in the various embodiments of the present invention described below
It does not constitute a conflict with each other and can be combined with each other.
The present invention provides a kind of Bluetooth label detectors with a variety of detection patterns, are surveyed to meet efficient production
Examination and environment configurations testing requirement, and to the detection of label function during labeling task, to ensure label transmission range
Far, in the case of the advantages that overlength cruising ability, the data accuracy of label is improved, reduces later maintenance cost.Include mainly
It is wirelessly connected module, processor, radio frequency module, electric power magnetic field module and display module etc., wherein being wirelessly connected module can be with
It is the bluetooth module of the non-DA14583 chips of master chip, the main control chip of processor can be STM32L051 chips, and processor is certainly
COG liquid crystal-JM12864C08 may be used in band UART serial communication units, display module, and plate may be used in electric power magnetic field module
Carry electromagnet.
The present invention is based on bluetooth connection technologies and electromagnetic field environment, and label testing is made to have a variety of companies with label to be detected
Mode is connect, the detection and audit conveniently realized to the various functions parameter of label are reached.It is specific as follows：(1) in label
When batch production, label testing and label use wired connection, and the standard UART interfaces of label and label testing are to selecting
Mutual detection function is chosen friends, label carries out the detection of corresponding function driver and circuit according to the instruction that label testing is sent,
And return to testing result information；Select label self-checking function, by custom order to the various functions driver of label and
It carries out circuit to be detected, and returns to testing result information, label testing judges label items according to the result information of return
Whether functional performance is correct.When labeling requirement (identity ID, adds according to the particular job parameter of working environment change or label allocation
Speedometer movement threshold parameter, accelerometer static threshold parameter, periodic broadcast frequency and duration, sports broadcast frequency are timely
The parameters such as long, static broadcasting frequency and duration) when, it is only necessary to label is placed in the range of the electric power magnetic field covering of detector generation
Interior, the label in magnetic field range will be waken up into pairing mode at this time, and label testing is completed to match with label, can simultaneously with
7 labels are matched and are detected, when being wirelessly connected interaction detection pattern, according to the instruction of label testing, label
The detection of corresponding function driver and circuit is carried out, and returns to detection information；When being wirelessly connected autonomous test pattern, label opens
Dynamic self-checking function is detected the various functions driver of label and progress circuit by custom order, and returns most
Final inspection measurement information, label testing judge whether label various functions performance is normal according to detection information and technical indicator.
It is a kind of knot of Bluetooth label detector with a variety of detection patterns disclosed by the embodiments of the present invention as shown in Figure 1
Structure schematic diagram, Bluetooth label detector shown in FIG. 1 include：Wired connection module, be wirelessly connected module, output display module,
Memory storage module, electromagnet module and processor；
Wired connection module, for being connect by URAT interfaces with Bluetooth label, to be carried out to each function of Bluetooth label
Automatic interaction detector；
It is wirelessly connected module, for being matched by Bluetooth protocol with Bluetooth label, to be carried out certainly to each function of Bluetooth label
Dynamic interaction detection；
Display module, the parameters of the Bluetooth label for exporting current detection are exported, and show the bluetooth detected
Number of tags and qualification rate；
Memory storage module will have been examined for distinguishing memory to each Bluetooth label performance parameters after testing
The Bluetooth label information storage that the various functions of survey are intact and performance is up to standard is qualified label；The function of having detected is gone wrong
Bluetooth label information storage is problem label；The tag parameter detected Bluetooth label not up to standard is stored as mark not up to standard
Label；
Electromagnet module, for generating electric power magnetic field coverage area around Bluetooth label detector；
Processor, for when carrying out wired connection by wired connection module with Bluetooth label, being carried out to Bluetooth label
Wired connection interactive testing pattern, to be detected to the driving of the corresponding function of Bluetooth label and circuit, alternatively, in Bluetooth label
When being placed in the range of being covered by the electric power magnetic field that electromagnet module generates, passes through and be wirelessly connected module realization and Bluetooth label
Pairing, carries out Bluetooth label to be wirelessly connected interactive detection pattern, is examined to the corresponding function driving of Bluetooth label and circuit
It surveys.
In embodiments of the present invention, a length of 1~2s when each label detection is detected, Bluetooth label detection through the invention
Device can be connect by URAT2 interfaces with computer, export the parameter for having detected each label up to standard respectively, each of below standard
The parameter of label, the number and qualification rate for having detected label；Detection accuracy reaches 99.9%.
In embodiments of the present invention, tongue tube built in Bluetooth label (is closed, far from magnetic field ring when being positioned in magnetic field environment
Border then disconnects), detection pattern can be flexibly selected, Bluetooth label own hardware functional completeness is detected, after the completion of detection
Hardware check test result can be exported by wired or wireless mode.It is wirelessly connected and wired connection test actively exports
Testing result is tested, autonomous test pattern is divided into complete self-test and connection self-test, and two kinds of autonomous test patterns are all in accordance with preset
Step executes, and only after detection, complete autonomous test pattern is exported testing result by the form of broadcast, connects self-test
It surveys and testing result is then exported by the pattern of connection.
In embodiments of the present invention, following detection process is carried out in the case where Bluetooth label prepares fixed ID number
Test, and self-test procedural order executes, connecting detection can be executed according to the specific step that sets certainly.
In embodiments of the present invention, it before carrying out Bluetooth label detection, needs accordingly to be judged, determines that Bluetooth label is
It carries out wired connection detection or is wirelessly connected detection.Specifically：
Bluetooth label power-up initializing first, Bluetooth label detector chooses whether to start electromagnet, if starting electromagnetism
The magnetic field of iron, generation covers label, and the tongue tube of label is closed, and label tongue tube current potential is high level；If label detects
The RX interface current potentials of URAT are high potential, then label returns to test sign on, and Bluetooth label detector is waited for send out instruction mark
Whether label enter wired interaction detection or self-test；If tongue tube current potential be high potential, label enter wirelessly can pairing mode, if
There is wireless pairing detection device successful matching, then label returns to test sign on, and Bluetooth label detector is waited for send instruction
Whether wireless interaction detection or self-test are entered.
In an optional embodiment, finished product batch detection, Bluetooth label detector needs each single item to label
It is all accurately detected, Bluetooth label detector and tag standards interface realize convenient and efficient docking.It is powered in label
Before, label is connected with Bluetooth label detector by standard UART interfaces, after the power is turned on, label detects that UART connects to label
It connects, label returns to test sign on, and Bluetooth label detector sends the instruction of wired connection interactive testing, and label enters wired company
Interactive testing pattern is connect, starts to test, specifically, processor carries out Bluetooth label the process of wired connection interactive testing pattern
For：
Broadcast driving test instruction is sent from wireless connection mould radio-frequency module in the block to Bluetooth label, so that Bluetooth label
Start broadcast capability, broadcast the equipment ID number of Bluetooth label outward, until Bluetooth label detector receives the wide of Bluetooth label
Signal is broadcast, the equipment ID number of Bluetooth label is preserved and calculates the RSSI value of Bluetooth label, judges that the broadcast driving of Bluetooth label is surveyed
Whether examination and label signal RSSI quality tests pass through；
Radio-frequency module sends broadcast encryption driving test instruction to Bluetooth label, so that Bluetooth label starts broadcast encryption and drives
Dynamic function drives the data in test instruction to be encrypted broadcast encryption and broadcasts, until Bluetooth label detector connects
It receives broadcast data and is decrypted, judge that the broadcast encryption driving of Bluetooth label tests whether to pass through；
Radio-frequency module can be matched to Bluetooth label transmission broadcasts driving test instruction, so that Bluetooth label startup can match extensively
Driving function is broadcast, starts that broadcast can be matched, if Bluetooth label detector (usually, matches duration with Bluetooth label successful matching
General 50ms), then the broadcast driving test of matching of Bluetooth label passes through；
With after Bluetooth label successful matching test configurations parameter is written to Bluetooth label, with by indigo plant in Bluetooth label detector
Tooth label will configure parameter read-in to the Memorability storage address for storing the parameter, and Bluetooth label reads according to argument address and configures
Parameter, and return to Bluetooth label detector, by Bluetooth label detector judge return parameters whether the test configurations with write-in
Parameter is consistent, judge Bluetooth label can pair configuration driving test whether to pass through；
Based on can pair configuration driving test, after Bluetooth label and Bluetooth label detector configuration successful, by bluetooth mark
It signs start indicator lamp and drives kinetic energy, and detect the quality of indicator light circuit, return to test information and give Bluetooth label detector, by indigo plant
Tooth label testing judges that the connection indicator light driving of Bluetooth label tests whether to pass through；
Radio-frequency module broadcasts driving test instruction to Bluetooth label sending cycle, and periodic broadcast is opened by Bluetooth label
Timer, into periodic broadcast pattern, if by several periods, Bluetooth label detector detects that periodic broadcast is believed
Number, then the judgement periodic broadcast test of Bluetooth label passes through；
Wherein, the process of Bluetooth label unlatching periodic broadcast timer is：Bluetooth label can be same under normal operation
When enter sleep pattern, and periodic broadcast is carried out according to the cycle time of configuration, when Bluetooth label is in periodic broadcast state
Under, it can also be waken up by movement or tongue tube, when being waken up by interrupting movement, Bluetooth label periodic broadcast timer is reset simultaneously
Setting in motion is broadcasted, and when Bluetooth label detects static interruption, Bluetooth label is again turned on periodic broadcast timer, goes forward side by side
Enter periodic broadcast pattern；When Bluetooth label is waken up by tongue tube, Bluetooth label periodic broadcast timer is reset and start can
Pairing broadcast, when Bluetooth label detects static interruption, Bluetooth label is again turned on periodic broadcast timer, and enters week
Phase property broadcast mode, during Bluetooth label is tested, the general 600ms of this cycle duration (broadcast duration 100ms, duration of sleeping
500ms), by 2 periods, wired label testing detects periodic broadcast signal, and judges that periodic broadcast test is
It is no to pass through.
When Bluetooth label enters periodic broadcast pattern, the current electric current of Bluetooth label detector test Bluetooth label is
It is no within the scope of predetermined current, judge whether the periodic broadcast testing current of Bluetooth label passes through；
In embodiments of the present invention, predetermined current range can be determined according to actual conditions, it is preferable that predetermined current
Ranging from：2.6uA<I<3.0uA.
Radio-frequency module sends accelerometer driving test instruction to Bluetooth label, is driven by Bluetooth label starting loop meter
Function reads default identification parameter and is broadcasted from accelerometer, until Bluetooth label detector receives the mark of broadcast
Know parameter and parse the interruption in accelerometer driving whether by Bluetooth label detection, whether from accelerometer read acquiescence
Identification parameter, and the correctness of default identification parameter is checked, judge that the accelerometer driving of Bluetooth label tests whether to pass through；
Radio-frequency module sends sports broadcast driving test instruction to Bluetooth label, and sports broadcast driving is received by Bluetooth label
After test instruction, starting loop meter driving function, accelerometer generates interrupting movement signal, and movement is detected in Bluetooth label
After interrupt signal, sports broadcast driving function is started by Bluetooth label, carries out sports broadcast, until Bluetooth label detector receives
ID broadcast to Bluetooth label and sports broadcast signal, and judge that the sports broadcast driving of Bluetooth label tests whether to pass through；
Radio-frequency module sends static broadcast driving test instruction to Bluetooth label, receives static broadcast by Bluetooth label and drives
After test instruction, starting loop meter driving function, accelerometer generates static interrupt signal, is detected in Bluetooth label static
After interrupt signal, static broadcast driving function is started by Bluetooth label, carries out static broadcast, until Bluetooth label detector receives
ID broadcast to Bluetooth label and static broadcast singal, and judge that the static broadcast driving of Bluetooth label tests whether to pass through；
Radio-frequency module sends the test instruction of electric quantity monitoring driving function to Bluetooth label, starts electric quantity monitoring by Bluetooth label
Test function, tests the battery capacity of Bluetooth label, and returns to information about power, and return information is received by Bluetooth label detector,
Judge that electric quantity monitoring driving tests whether to pass through；
Radio-frequency module sends low battery alarm driving function test instruction to Bluetooth label, and low battery is generated by Bluetooth label
Signal tests low battery functions of indicator light and circuit, and return to test information after Bluetooth label detects the low battery signal
Bluetooth label detector is given, judges that the low battery alarm driving of Bluetooth label tests whether to pass through by Bluetooth label detector；
When Bluetooth label detector tests the tongue tube of Bluetooth label, Bluetooth label tests current reed switch circuit electricity
It is flat, magnetic field is then generated around Bluetooth label, tests the closed state of tongue tube, and Bluetooth label returns to tongue tube and tests information
Bluetooth label detector is given, judges that the tongue tube of Bluetooth label tests whether to pass through by Bluetooth label detector, wherein acquiescence shape
Tongue tube is off under state；
All test results are assessed, all test results of label are stored by memory storage module, and by defeated
Go out the testing result of display module output Bluetooth label.
In an optional embodiment, after bulk storage plant goods and materials position label batch configuration, parameter is configured to label
Audit detection is carried out with performance, selection is wirelessly connected test pattern, audit detection is carried out to each single item functional parameter of label, only
Label need to be powered on, and be positioned in the magnetic field of Bluetooth label detector generation, you can realize label and Bluetooth label detector
It is quick interaction detection, after Bluetooth label detector exports the test result of the label, you can by label from Bluetooth label examine
It surveys in the magnetic field of device and takes away, during which need not artificially carry out any operation, realize and label function and the quick of parameters are examined
Core and detection, specifically, the process that processor to Bluetooth label be wirelessly connected interactive testing pattern is：
Bluetooth label and the successful matching of Bluetooth label detector simultaneously return to test sign on, and Bluetooth label detector is sent
It is wirelessly connected interactive testing instruction, so that Bluetooth label, which enters, is wirelessly connected interactive testing pattern, wherein Bluetooth label is positioned over
In magnetic field around Bluetooth label detector；
Radio-frequency module sends broadcast driving function test instruction to Bluetooth label, so that Bluetooth label is moved back from pairing mode
Go out, start to broadcast, until Bluetooth label detector receives the broadcast message of Bluetooth label, preserves the equipment ID number of Bluetooth label
And the RSSI value of label is calculated, judge whether the broadcast driving test of Bluetooth label and label signal RSSI quality tests lead to
It crosses, and after preset time, Bluetooth label enters pairing mode, with Bluetooth label detector successful matching, wherein broadcast message
Include the equipment ID number of the Bluetooth label；
Wherein, preset time can be determined according to actual needs.
Radio-frequency module sends the test instruction of broadcast encryption driving function to Bluetooth label, so that Bluetooth label is from pairing mode
In exit, and start broadcast encryption driving function, the data in the test instruction of broadcast encryption driving function be encrypted and are gone forward side by side
Row broadcast judges the broadcast encryption driving test of Bluetooth label until Bluetooth label detector receives broadcast data and is decrypted
Whether pass through, and after preset time, Bluetooth label enters pairing mode, with Bluetooth label detector successful matching；
Radio-frequency module sends configuration parameter testing instruction to Bluetooth label, so that Bluetooth label reads every configuration parameter,
And Bluetooth label detector is returned to, the correctness of return parameters is judged by Bluetooth label detector, judge Bluetooth label can
Pair configuration driving tests whether to pass through；
Radio-frequency module sends the driving test instruction of configuration instruction lamp to Bluetooth label, so that Bluetooth label generates configuration successful
Signal and start indicator lamp driving function, detect the quality of indicator light circuit, and test information is returned to Bluetooth label detector, by
Bluetooth label detector judges that connection indicator light driving tests whether to pass through；
Radio-frequency module broadcasts driving test instruction to Bluetooth label sending cycle, so that Bluetooth label is from pairing mode
It exits, opens periodic broadcast timer, and enter periodic broadcast pattern, until Bluetooth label detector detects periodicity
Broadcast singal, and judge that periodic broadcast driving tests whether to pass through, Bluetooth label enters matched dies after several periods
Formula, with Bluetooth label detector successful matching；
Wherein, the process of Bluetooth label unlatching periodic broadcast timer is：Bluetooth label can be same under normal operation
When enter sleep pattern, and periodic broadcast is carried out according to the cycle time of configuration, when Bluetooth label is in periodic broadcast state
Under, it can also be waken up by movement or tongue tube, when being waken up by interrupting movement, Bluetooth label periodic broadcast timer is reset simultaneously
Setting in motion is broadcasted, and when Bluetooth label detects static interruption, Bluetooth label is again turned on periodic broadcast timer, goes forward side by side
Enter periodic broadcast pattern；When Bluetooth label is waken up by tongue tube, Bluetooth label periodic broadcast timer is reset and start can
Pairing broadcast, when Bluetooth label detects static interruption, Bluetooth label is again turned on periodic broadcast timer, and enters week
Phase property broadcast mode, during Bluetooth label is tested, the general 600ms of this cycle duration (broadcast duration 100ms, duration of sleeping
500ms), by 2 periods, wireless tag detector detects periodic broadcast signal, and judges that periodic broadcast test is
It is no to pass through.
Radio-frequency module sends accelerometer driving test instruction to Bluetooth label, so that Bluetooth label starting loop meter drives
Dynamic function, default identification parameter is read from accelerometer, Bluetooth label detector is returned to, is verified by Bluetooth label detector
Return parameters judge that the accelerometer driving of Bluetooth label tests whether to pass through；
Radio-frequency module sends sports broadcast driving test instruction to Bluetooth label, so that Bluetooth label is receiving sports broadcast
After driving test instruction, being exited from pairing mode, starting loop meter driving function, accelerometer generates interrupting movement signal,
After Bluetooth label detects the interrupting movement signal, start sports broadcast driving function, carry out sports broadcast, until Bluetooth label
Detector receives ID broadcast and the sports broadcast signal of Bluetooth label, and judges that the sports broadcast of Bluetooth label tests whether to lead to
It crosses, after preset time, Bluetooth label enters pairing mode, with Bluetooth label detector successful matching；
Radio-frequency module sends static broadcast driving test instruction to Bluetooth label, so that Bluetooth label is receiving static broadcast
After driving test instruction, being exited from pairing mode, starting loop meter driving function, accelerometer generates static interrupt signal,
After Bluetooth label detects the static interrupt signal, start static broadcast driving function, carry out static broadcast, until Bluetooth label
Detector receives the ID broadcast of Bluetooth label and static broadcast singal, and judges that the static broadcast driving test of Bluetooth label is
No to pass through, after preset time, Bluetooth label enters pairing mode, with Bluetooth label detector successful matching；
Radio-frequency module sends the test instruction of electric quantity monitoring driving function to Bluetooth label, starts electric quantity monitoring by Bluetooth label
Test function, tests the battery capacity of Bluetooth label, and returns to information about power, and the return information is received by Bluetooth label detector
Afterwards, judge that the electric quantity monitoring driving of Bluetooth label tests whether to pass through；
Radio-frequency module sends low battery alarm driving function test instruction to Bluetooth label, so that Bluetooth label generates low electricity
Signal is measured, after Bluetooth label detects the low battery signal, tests low battery functions of indicator light and circuit, and to Bluetooth label
Detector returns to test information, judges that the low battery alarm driving of Bluetooth label tests whether to pass through by Bluetooth label detector；
All test results are assessed, all test results of label are stored by memory storage module, and by defeated
Go out the testing result of display module output Bluetooth label.
As it will be easily appreciated by one skilled in the art that the foregoing is merely illustrative of the preferred embodiments of the present invention, not to
The limitation present invention, all within the spirits and principles of the present invention made by all any modification, equivalent and improvement etc., should all include
Within protection scope of the present invention.
Claims (3)
1. a kind of Bluetooth label detector with a variety of detection patterns, which is characterized in that including：It is wired connection module, wireless
Link block, output display module, memory storage module, electromagnet module and processor；
The wired connection module, for being connect by URAT interfaces with Bluetooth label, to be carried out to each function of Bluetooth label
Automatic interaction detector；
The wireless connection module, for being matched by Bluetooth protocol with Bluetooth label, to be carried out certainly to each function of Bluetooth label
Dynamic interaction detection；
The output display module, the parameters of the Bluetooth label for exporting current detection, and show the bluetooth detected
Number of tags and qualification rate；
The memory storage module will have been examined for distinguishing memory to each Bluetooth label performance parameters after testing
The Bluetooth label information storage that the various functions of survey are intact and performance is up to standard is qualified label；The function of having detected is gone wrong
Bluetooth label information storage is problem label；The tag parameter detected Bluetooth label not up to standard is stored as mark not up to standard
Label；
The electromagnet module, for generating electric power magnetic field coverage area around the Bluetooth label detector；
The processor is used for when carrying out wired connection by the wired connection module with Bluetooth label, to Bluetooth label
Wired connection interactive testing pattern is carried out, to be detected to the driving of the corresponding function of Bluetooth label and circuit, alternatively, in bluetooth
When label is placed in the range of the electric power magnetic field covering generated by the electromagnet module, pass through wirelesss connection module realization
With the pairing of Bluetooth label, Bluetooth label is carried out to be wirelessly connected interactive detection pattern, the corresponding function of Bluetooth label is driven
And circuit is detected.
2. Bluetooth label detector according to claim 1, which is characterized in that the processor has Bluetooth label
Line connection interactive testing pattern process be：
Broadcast driving test instruction is sent from wireless connection mould radio-frequency module in the block to Bluetooth label, so that Bluetooth label
Start broadcast capability, broadcast the equipment ID number of Bluetooth label outward, until the Bluetooth label detector receives Bluetooth label
Broadcast singal, preserve the equipment ID number of Bluetooth label and calculate the RSSI value of Bluetooth label, judge Bluetooth label broadcast drive
Whether dynamic test and label signal RSSI quality tests pass through；
The radio-frequency module sends broadcast encryption driving test instruction to Bluetooth label, so that Bluetooth label starts broadcast encryption and drives
Dynamic function drives the data in test instruction to be encrypted broadcast encryption and broadcasts, until the Bluetooth label detects
Device receives broadcast data and is decrypted, and judges that the broadcast encryption driving of Bluetooth label tests whether to pass through；
The radio-frequency module can be matched to Bluetooth label transmission broadcasts driving test instruction, so that Bluetooth label startup can match extensively
Driving function is broadcast, starts that broadcast can be matched, if the Bluetooth label detector and Bluetooth label successful matching, Bluetooth label
Broadcast driving test can be matched to pass through；
With after Bluetooth label successful matching test configurations parameter is written to Bluetooth label, with by indigo plant in the Bluetooth label detector
Tooth label will configure parameter read-in to the Memorability storage address for storing the parameter, and Bluetooth label reads according to argument address and configures
Parameter, and return to the Bluetooth label detector, by the Bluetooth label detector judge return parameters whether with write-in
Test configurations parameter is consistent, judge Bluetooth label can pair configuration driving test whether to pass through；
Based on can pair configuration driving test, after Bluetooth label and the Bluetooth label detector configuration successful, by bluetooth mark
It signs start indicator lamp and drives kinetic energy, and detect the quality of indicator light circuit, return test information gives the Bluetooth label detector,
Judge that the connection indicator light driving of Bluetooth label tests whether to pass through by the Bluetooth label detector；
The radio-frequency module broadcasts driving test instruction to Bluetooth label sending cycle, and periodic broadcast is opened by Bluetooth label
Timer, into periodic broadcast pattern, if by several periods, the Bluetooth label detector detects periodic broadcast
Signal, then the judgement periodic broadcast test of Bluetooth label pass through；
When Bluetooth label enters periodic broadcast pattern, the current electric current of the Bluetooth label detector test Bluetooth label is
It is no within the scope of predetermined current, judge whether the periodic broadcast testing current of Bluetooth label passes through；
The radio-frequency module sends accelerometer driving test instruction to Bluetooth label, is driven by Bluetooth label starting loop meter
Function reads default identification parameter and is broadcasted from accelerometer, until the Bluetooth label detector receives broadcast
Identification parameter and parse the interruption in accelerometer driving whether by Bluetooth label detection, whether read from accelerometer
Default identification parameter, and the correctness of default identification parameter is checked, judge that the accelerometer driving of Bluetooth label tests whether to lead to
It crosses；
The radio-frequency module sends sports broadcast driving test instruction to Bluetooth label, and sports broadcast driving is received by Bluetooth label
After test instruction, starting loop meter driving function, accelerometer generates interrupting movement signal, and movement is detected in Bluetooth label
After interrupt signal, sports broadcast driving function is started by Bluetooth label, carries out sports broadcast, until the Bluetooth label detector
ID broadcast and the sports broadcast signal of Bluetooth label are received, and judges that the sports broadcast driving of Bluetooth label tests whether to lead to
It crosses；
The radio-frequency module sends static broadcast driving test instruction to Bluetooth label, receives static broadcast by Bluetooth label and drives
After test instruction, starting loop meter driving function, accelerometer generates static interrupt signal, is detected in Bluetooth label static
After interrupt signal, static broadcast driving function is started by Bluetooth label, carries out static broadcast, until the Bluetooth label detector
The ID broadcast of Bluetooth label and static broadcast singal are received, and judges that the static broadcast driving of Bluetooth label tests whether to lead to
It crosses；
The radio-frequency module sends the test instruction of electric quantity monitoring driving function to Bluetooth label, starts electric quantity monitoring by Bluetooth label
Test function, tests the battery capacity of Bluetooth label, and returns to information about power, is received by the Bluetooth label detector and returns to letter
Breath judges that electric quantity monitoring driving tests whether to pass through；
The radio-frequency module sends low battery alarm driving function test instruction to Bluetooth label, and low battery is generated by Bluetooth label
Signal tests low battery functions of indicator light and circuit, and return to test information after Bluetooth label detects the low battery signal
To the Bluetooth label detector, judge that the low battery alarm driving of Bluetooth label tests whether by the Bluetooth label detector
Pass through；
When the Bluetooth label detector tests the tongue tube of Bluetooth label, Bluetooth label tests current reed switch circuit electricity
It is flat, magnetic field is then generated around Bluetooth label, tests the closed state of tongue tube, and Bluetooth label returns to tongue tube and tests information
To the Bluetooth label detector, judge that the tongue tube of Bluetooth label tests whether to pass through by the Bluetooth label detector,
In, tongue tube is off under default conditions；
All test results are assessed, all test results of label are stored by the memory storage module, and pass through institute
State the testing result of output display module output Bluetooth label.
3. Bluetooth label detector according to claim 1 or 2, which is characterized in that the processor to Bluetooth label into
Row be wirelessly connected interactive testing pattern process be：
Bluetooth label and the Bluetooth label detector successful matching simultaneously return to test sign on, the Bluetooth label detector
It sends and is wirelessly connected interactive testing instruction, so that Bluetooth label, which enters, is wirelessly connected interactive testing pattern, wherein Bluetooth label is put
It is placed in the magnetic field around the Bluetooth label detector；
The radio-frequency module sends broadcast driving function test instruction to Bluetooth label, so that Bluetooth label is moved back from pairing mode
Go out, start to broadcast, until the Bluetooth label detector receives the broadcast message of Bluetooth label, the equipment for preserving Bluetooth label
ID number and the RSSI value for calculating label judge that the broadcast driving of Bluetooth label is tested and whether is label signal RSSI quality tests
Pass through, and after preset time, Bluetooth label enters pairing mode, with the Bluetooth label detector successful matching, wherein institute
State the equipment ID number that broadcast message includes the Bluetooth label；
The radio-frequency module sends the test instruction of broadcast encryption driving function to Bluetooth label, so that Bluetooth label is from pairing mode
In exit, and start broadcast encryption driving function, the data in the test instruction of broadcast encryption driving function be encrypted and are gone forward side by side
Row broadcast judges the broadcast encryption driving of Bluetooth label until the Bluetooth label detector receives broadcast data and is decrypted
It tests whether to pass through, and after the preset time, Bluetooth label enters pairing mode, be matched with the Bluetooth label detector
Success；
The radio-frequency module sends configuration parameter testing instruction to Bluetooth label, so that Bluetooth label reads every configuration parameter,
And the Bluetooth label detector is returned to, the correctness of return parameters is judged by the Bluetooth label detector, judges bluetooth
Label can pair configuration driving test whether to pass through；
The radio-frequency module sends the driving test instruction of configuration instruction lamp to Bluetooth label, so that Bluetooth label generates configuration successful
Signal and start indicator lamp driving function, detect the quality of indicator light circuit, and test letter is returned to the Bluetooth label detector
Breath judges that connection indicator light driving tests whether to pass through by the Bluetooth label detector；
The radio-frequency module broadcasts driving test instruction to Bluetooth label sending cycle, so that Bluetooth label is from pairing mode
It exits, opens periodic broadcast timer, and enter periodic broadcast pattern, until the Bluetooth label detector detects week
Phase property broadcast singal, and judge that periodic broadcast driving tests whether to pass through, Bluetooth label enters and matches after several periods
To pattern, with the Bluetooth label detector successful matching；
The radio-frequency module sends accelerometer driving test instruction to Bluetooth label, so that Bluetooth label starting loop meter drives
Dynamic function, default identification parameter is read from accelerometer, the Bluetooth label detector is returned to, is examined by the Bluetooth label
It surveys device and verifies return parameters, judge that the accelerometer driving of Bluetooth label tests whether to pass through；
The radio-frequency module sends sports broadcast driving test instruction to Bluetooth label, so that Bluetooth label is receiving sports broadcast
After driving test instruction, being exited from pairing mode, starting loop meter driving function, accelerometer generates interrupting movement signal,
After Bluetooth label detects the interrupting movement signal, start sports broadcast driving function, carry out sports broadcast, until the bluetooth
Label testing receives ID broadcast and the sports broadcast signal of Bluetooth label, and judges that the sports broadcast test of Bluetooth label is
No to pass through, after preset time, Bluetooth label enters pairing mode, with the Bluetooth label detector successful matching；
The radio-frequency module sends static broadcast driving test instruction to Bluetooth label, so that Bluetooth label is receiving static broadcast
After driving test instruction, being exited from pairing mode, starting loop meter driving function, accelerometer generates static interrupt signal,
After Bluetooth label detects the static interrupt signal, start static broadcast driving function, carry out static broadcast, until the bluetooth
Label testing receives the ID broadcast of Bluetooth label and static broadcast singal, and judges that the static broadcast driving of Bluetooth label is surveyed
Whether examination passes through, and after preset time, Bluetooth label enters pairing mode, with the Bluetooth label detector successful matching；
The radio-frequency module sends the test instruction of electric quantity monitoring driving function to Bluetooth label, starts electric quantity monitoring by Bluetooth label
Test function, tests the battery capacity of Bluetooth label, and returns to information about power, and the return is received by the Bluetooth label detector
After information, judge that the electric quantity monitoring driving of Bluetooth label tests whether to pass through；
The radio-frequency module sends low battery alarm driving function test instruction to Bluetooth label, so that Bluetooth label generates low electricity
Signal is measured, after Bluetooth label detects the low battery signal, tests low battery functions of indicator light and circuit, and to the bluetooth
Label testing returns to test information, judges that the low battery alarm driving test of Bluetooth label is by the Bluetooth label detector
It is no to pass through；
All test results are assessed, all test results of label are stored by the memory storage module, and pass through institute
State the testing result of output display module output Bluetooth label.
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