CN104899619B - The detection method of RFID label tag performance - Google Patents
The detection method of RFID label tag performance Download PDFInfo
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- CN104899619B CN104899619B CN201510223965.1A CN201510223965A CN104899619B CN 104899619 B CN104899619 B CN 104899619B CN 201510223965 A CN201510223965 A CN 201510223965A CN 104899619 B CN104899619 B CN 104899619B
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- rfid label
- label tag
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Abstract
The detection method of RFID label tag performance provided by the invention, including feed process, information write-in process, detection screening process and discharge process.During detection, first several dress RFID label tags are stacked and are placed on feed unit, delivery unit is sent into by the feed unit again, and a dress RFID label tag can be delivered to information writing unit to write information by the delivery unit, then, a dress RFID label tag is delivered to detection screening unit to screen defective products by delivery unit again, after complete, a qualified dress RFID label tag can be delivered to discharging Hatch Opening by delivery unit, whole process is automation mechanized operation, efficiently solve low using the mode efficiency manually detected to RFID label tag performance in the prior art, labor intensity is big and the problem of cost is high.
Description
Technical field
The present invention relates to the technical field of RFID label printer, more particularly to a kind of detection side of RFID label tag performance
Method.
Background technology
Grow with the continuous development of RFID industries, the application of RFID label tag is more and more wider, and market is to RFID label tag
Application and demand it is also increasing, requirement to RFID label tag is also increasingly stricter, particularly prints this ring in detection
Performance detection is the most key in section.In high volume applications RFID label tag, it is possible that the weak electronics mark of indivedual performance comparisions
Label, and the detection method of current RFID label tag performance is commonly by manually singly being detected, such implementation
Mode, undoubtedly can greatly waste of manpower, material resources, reduce operating efficiency.
Therefore, it is necessary to a kind of technological means is provided to solve drawbacks described above.
The content of the invention
It is an object of the invention to overcome the defect of prior art, there is provided the detection method of RFID label tag performance, to solve
Asked in the prior art using the mode efficiency manually detected to RFID label tag performance is low, labor intensity is big and cost is high
Topic.
The present invention is achieved in that the detection method of RFID label tag performance, including step：
S10, feed process, several dress RFID label tags, which are stacked, to be placed on can make several dress RFID label tag chargings
Feed unit, and be fed to transmit a transmission list for filling RFID label tag by a dress RFID label tag by the feed unit
Member；
S20, information write-in process, a dress RFID label tag is sent to enter a dress RFID label tag by the delivery unit
The information writing unit of row relevant information write-in；
S30, detection screening process, the dress RFID label tag after writing information by the delivery unit are sent to detection
Screening unit, and by it is described detection screening unit to write-in information after dress a RFID label tag carry out performance detection and to detection after
A whether qualified dress RFID label tag is screened, if so, then carrying out step S40；If it is not, this dress RFID label tag is removed,
And re-execute step S10；
S40, discharge process, a dress RFID is sent to by discharging Hatch Opening by the delivery unit；
S50, repeat step S10 to S40, until a required dress RFID label tag detection is completed；
Wherein, the feed unit, the delivery unit, described information writing unit, the detection screening unit, discharging
On an installation rack, and the delivery unit includes a label feed belt, the label conveyer belt is adjacent to Hatch Opening
The feed unit simultaneously interts described information writing unit, the detection screening unit and the discharging Hatch Opening successively.
Specifically, between step S30 and step S40, in addition to step S31, process is printed, passes through the delivery unit
Print unit is sent to by a qualified dress RFID label tag is detected through the detection screening unit, and by the print unit to opening
Dress RFID label tag is printed；
Wherein, the print unit is on the installation rack and positioned at the detection screening unit and the discharging bin
Between mouthful.
Further, between step S30 and step S31, in addition to step S31 ', judgment step is printed, by described
Delivery unit will detect a qualified dress RFID label tag through the detection screening unit and be sent to printing judging unit, and by described
Printing judging unit judges whether to print a dress RFID label tag, if so, then carrying out step 31；If it is not, then carry out step
S40；
Wherein, the printing judging unit is beaten on the installation rack and positioned at the detection screening unit with described
Between impression member.
Specifically, the feed unit includes：
Charging erection support on the installation rack；
On the charging erection support plate is placed so that several dress RFID label tags stack the charging placed；
It is connected on the charging erection support and with the charging placement plate, places plate to adjust the charging
The angle adjustment lever of the anglec of rotation；
The top of plate is placed on the charging erection support and positioned at the charging, fills RFID to limit single
The charging restriction plate of label charging；
Located at it is described charging erection support on and with it is described charging restriction plate be connected, to control it is described feed restriction plate on
The charging adjustment bar of lower movement；
On the charging erection support and it is adjacent to the charging placement plate, to by the charging placement plate
The feed wheel of single dress RFID label tag output feed；And
On the charging erection support, driving the charging drive component that the feed wheel rotates, the charging
Drive component is connected including charging motor and one end with the charging motor and the other end is connected with the feed wheel, to general
The power of the charging motor reaches the feeding transmission mechanism of the feed wheel.
Further, the feed unit is equipped to the accessory drive list of described in accessory drive dress RFID label tag
Member, the accessory drive unit include：
Accessory drive erection support on the installation rack；
Rotate on the accessory drive erection support and be driven positioned at the top of the label conveyer belt, to roll
The transmission rolling shaft of described dress RFID label tag；
On the accessory drive erection support, making the fixed roller bearing fix bar of transmission rolling shaft positioning, institute
State and a supporting roller rotatably set is equipped in roller bearing fix bar, the roller bearing fix bar passes through the supporting roller and the biography
Dynamic roller bearing connection；
On the accessory drive erection support, driving the accessory drive driving group that the transmission rolling shaft rotates
Part, accessory drive drive component other end including accessory drive motor and one end and the accessory drive motor connection
It is connected with the transmission rolling shaft, the power of the accessory drive motor to be reached to the accessory drive machine of the transmission rolling shaft
Structure；
On the accessory drive erection support, controlling the accessory drive of the switch of the accessory drive motor to open
Device is closed, the accessory drive switching device includes helix tube and the bar that falls being connected on the helix tube；And
Whether RFID label tag is filled close to the transmission rolling on the accessory drive erection support, to sense described
The accessory drive sensor of axle, the accessory drive sensor electrically connect with the helix tube.
Specifically, described information writing unit includes that described dress RFID label tag can be sensed and RFID marks can be filled to described
The near field antenna into row information write-in is signed, the near field antenna electrically connects with the delivery unit.
Specifically, the detection screening unit includes：
Fill whether RFID label tag is write by described information writing unit on the installation rack, to detect described
The far field antenna of information, the far field antenna electrically connect with the delivery unit；
Installing plate is screened in detection on the installation rack and close to a side of the label conveyer belt；
Slide and screened located at the detection on installing plate, to by the underproof described dress of far field antenna detection
RFID label tag releases the slip pushing piece of the label conveyer belt；
Driving is screened in detection on the detection screening installing plate, to drive the slip pushing piece to slidably reciprocate
Component, the detection screening drive component include detection screening motor and one end and are connected and another with the screening motor that detects
Hold and be connected with the slip pushing piece, sieved the power of the detection screening motor to be reached to the detection of the slip pushing piece
Transmission mechanism is selected, the detection screening motor electrically connects with the far field antenna；And
On the installation rack and close to another side of the label conveyer belt, receiving by the slip
The defective products for the described dress RFID label tag that pushing piece is released removes frame, and the defective products removes frame and is in the slip pushing piece
It is oppositely arranged.
Further, sliding block is equipped with the slip pushing piece, the detection screening installing plate is provided with and the sliding block
The slide rail being slidably matched, the detection Filter Transmission mechanism are connected with the sliding block, and the slip pushing piece passes through the sliding block
With being slidably matched for slide rail and slide located at it is described detection screening installing plate on.
Further, the detection Filter Transmission mechanism includes：
Rotate the first detection Filter Transmission wheel screened located at the detection in the first end of installing plate；
Rotate the second detection Filter Transmission being located on the second end of the first end for screening installing plate relative to the detection
Wheel：And
The detection screening for being connected to both the first detection Filter Transmission wheel and the second detection Filter Transmission wheel passes
Send belt；
Wherein, the first detection Filter Transmission wheel is connected with the detection screening motor, the detection screening transmission skin
Band connection is in the sliding block.
Include it is preferred that the defective products removes frame：
It is obliquely installed and is marked positioned at the lower section of the slip pushing piece, to make to open a dress RFID described in entrance from top to bottom
Sign the recovery supporting plate of tilt slide；And
Located at the lower end of the recovery supporting plate mouth is skidded off for what described dress RFID label tag skidded off.
The technique effect of detection method of the RFID label tag performance of the present invention is：The detection method of the present invention includes feeder
Sequence, information write-in process, detection screening process and discharge process, specifically, during detection, first several dress RFID label tags are stacked
Feed unit is placed on, then delivery unit is sent into by the feed unit, and a dress RFID label tag can be delivered to letter by the delivery unit
Writing unit is ceased to write information, and then, it is bad to screen that a dress RFID label tag is delivered to detection screening unit by delivery unit again
Product, after complete, a qualified dress RFID label tag can be delivered to discharging Hatch Opening by delivery unit, and whole process is automation mechanized operation, effectively
Solve in the prior art using the mode efficiency manually detected to RFID label tag performance is low, labor intensity is big and cost
The problem of high.
Brief description of the drawings
Fig. 1 is the schematic diagram of the first embodiment of the detection method of the RFID label tag performance of the present invention；
Fig. 2 is that the first embodiment of the detection method of the RFID label tag performance of the present invention prints to the RFID label tag being applied to
The stereogram of machine；
Fig. 3 is that the first embodiment of the detection method of the RFID label tag performance of the present invention prints to the RFID label tag being applied to
The schematic diagram of the feed unit of machine；
Fig. 4 is that the first embodiment of the detection method of the RFID label tag performance of the present invention prints to the RFID label tag being applied to
The feed unit of machine removes the schematic diagram of the casing of capping feed wheel, to show the structure of feed wheel；
Fig. 5 is that the first embodiment of the detection method of the RFID label tag performance of the present invention prints to the RFID label tag being applied to
The schematic diagram of the accessory drive unit of machine；
Fig. 6 is that the first embodiment of the detection method of the RFID label tag performance of the present invention prints to the RFID label tag being applied to
The schematic diagram of the detection screening unit of machine；
Fig. 7 is that the first embodiment of the detection method of the RFID label tag performance of the present invention prints to the RFID label tag being applied to
The schematic diagram of another angle of the detection screening unit of machine；
Fig. 8 is that the first embodiment of the detection method of the RFID label tag performance of the present invention prints to the RFID label tag being applied to
The schematic diagram of the delivery unit of machine；
Fig. 9 is that the first embodiment of the detection method of the RFID label tag performance of the present invention prints to the RFID label tag being applied to
The schematic diagram of the print unit of machine；
Figure 10 is that the first embodiment of the detection method of the RFID label tag performance of the present invention is beaten the RFID label tag being applied to
The schematic diagram of another angle of the print unit of print machine；
Figure 11 is the schematic diagram of the second embodiment of the detection method of the RFID label tag performance of the present invention；
Figure 12 is the schematic diagram of the 3rd embodiment of the detection method of the RFID label tag performance of the present invention.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, it is right below in conjunction with drawings and Examples
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.
The embodiment of the detection method of RFID label tag performance：
Embodiment one
Fig. 1 and Fig. 2 are referred to, the detection method of the RFID label tag performance of the present embodiment is illustrated below.
The detection method of the RFID label tag performance of the present embodiment, including step：
S10, feed process, several dress RFID label tags, which are stacked, to be placed on can make several dress RFID label tag chargings
Feed unit 22, and be fed to transmit a delivery unit for filling RFID label tag by a dress RFID label tag by feed unit 22
26；
S20, information write-in process, a dress RFID label tag is sent to by delivery unit 26 a dress RFID label tag is carried out
The information writing unit 23 of relevant information write-in；
S30, detection screening process, the dress RFID label tag after writing information by delivery unit 26 are sent to detection sieve
Menu member 24, and performance detection is carried out and to being closed after detection to the dress RFID label tag after write-in information by detection screening unit 24
A lattice whether dress RFID label tag is screened, if so, then carrying out step S40；If it is not, this dress RFID label tag is removed, and
Re-execute step S10；
S40, discharge process, a dress RFID is sent to by discharging Hatch Opening 25 by delivery unit 26；
S50, repeat step S10 to S40, until a required dress RFID label tag detection is completed；
Wherein, detection means 2 install rack 21, feed unit 22, information writing unit 23, detection screening unit 24, go out
Material outlet 25 and delivery unit 26 form the detection means 2 of RFID label tag performance, specifically, feed unit 22, delivery unit 26,
Information writing unit 23, detection screening unit 24, discharging Hatch Opening are all provided with installing on rack 21 in one, and the installation rack 21 is one
Square rack, it is preferred that in order that the detection method to RFID label tag performance can move setting, the bottom of the installation rack 21
Pulley is installed.Delivery unit 26 includes transmission support 261, the first mark in the first end rotated on transmission support 261
Sign drive 262, in rotate be located at relative to transmission support 261 first end the second end on the second label drive 263,
It is connected to the first label drive 262 and the second both label conveyer belts 264 of label drive 263 and located at transmission support
The label transmission motor 265 being connected on 261 and with the first label drive 262, the label conveyer belt 264 are adjacent to feed unit
22 and intert information writing unit 23, detection screening unit 24 and discharging Hatch Opening 25 successively, as shown in Figure 8.
During detection, first several dress RFID label tags are stacked and are placed on feed unit 22, then are sent into by the feed unit 22
Delivery unit 26, and a dress RFID label tag can be delivered to information writing unit 23 to write information by the delivery unit 26, then, be passed
Send unit 26 that a dress RFID label tag is delivered into detection screening unit 24 to screen defective products again, after complete, delivery unit 26 will can close
A dress RFID label tag for lattice delivers to discharging Hatch Opening 25, and whole process is automation mechanized operation, efficiently solves and utilizes in the prior art
The problem of mode efficiency that is manually detected to RFID label tag performance is low, labor intensity is big and cost is high.
Fig. 3 and Fig. 4 are referred to, and combines Fig. 2, the concrete structure of the feed unit 22 of the present embodiment is made further below
Explanation：
Feed unit 22 includes charging erection support 221, plate 222 is placed in charging, angle adjustment lever 223, charging restriction plate
224th, charging adjustment bar 225, feed wheel 226 and charging drive component 227, make further to each part of feed unit 22 below
Explanation：
Erection support 221 is fed on the table top of installation rack 21；
Charging places plate 222 on charging erection support 221, is placed so that several dress RFID label tags stack；
Angle adjustment lever 223 located at charging erection support 221 on and with charging place plate 222 be connected, its to adjust into
Material places the anglec of rotation of plate 222；
The top that restriction plate 224 places plate 222 on charging erection support 221 and positioned at charging is fed, it is limiting
Single dress RFID label tag is made to be fed；
Charging adjustment bar 225 located at charging erection support 221 on and with charging restriction plate 224 be connected, its to control into
Material restriction plate 224 moves up and down；
Feed wheel 226 is on charging erection support 221 and is adjacent to charging placement plate 222, and it is placed that will feed
Single dress RFID label tag output feed on plate 222；
Feed drive component 227 located at charging erection support 221 on, its to drive feed wheel 226 to rotate, wherein, should
Charging drive component 227 is connected including charging motor 2271 and one end with charging motor 2271 and the other end connects with feed wheel 226
Connect, the power of charging motor 2271 to be reached to the feeding transmission mechanism 2272 of feed wheel, it is preferred that the feeding transmission mechanism
2272 the first charging drives for including being connected in charging motor 2271, be connected by a power transmission shaft with feed wheel 226 the
Two charging drives and the feed conveyor belt for being connected to both the first charging drive and the second charging drive.
Thus, when needing to feed a dress RFID label tag, several dress RFID label tags stackings is first placed on charging and put
Put on plate 222, now, if need to adjust charging place plate 222 the anglec of rotation, can by work angle adjust bar 223 adjust into
Material places plate 222；And if desired limit single dress RFID label tag and fed, operable charging adjustment bar 225 moves up and down,
To drive moving up and down for charging restriction plate 224, so as to adjust charging restriction plate 224 with placing on plate 222 positioned at charging
The distance of RFID label tag is filled, single dress RFID label tag is then limited and is fed；So, when carrying out feeding work, charging electricity
Machine 2271 works, and drives the first charging drive, and the first charging drive drives the second charging to be driven by feed conveyor belt
Wheel, and the second charging drive drives power transmission shaft and feed wheel 226 thereon to rotate, this moment, on charging placement plate 222
Single dress RFID label tag just can be fed by feed wheel 226.
Referring to Fig. 5, and combine Fig. 2, in order to preferably make a dress RFID label tag charging, the feed unit 22 of the present embodiment
It is equipped and is installed to the accessory drive unit 27 of accessory drive dress RFID label tag, accessory drive unit 27 including accessory drive
Bearing 271, transmission rolling shaft 272, roller bearing fix bar 273, accessory drive drive component 274, accessory drive switching device 275 and auxiliary
Transmission sensors (not indicated in figure) are helped, and the concrete structure of 27 each part of accessory drive unit is：
Accessory drive erection support 271 is on the table top of installation rack 21；
In rotating on accessory drive erection support 271 and positioned at the top of label conveyer belt, it is used transmission rolling shaft 272
With rolling transmission dress RFID label tag；
Roller bearing fix bar 273 is on accessory drive erection support 271, and it is fix the positioning of transmission rolling shaft 272, tool
Body, a supporting roller 2731 rotatably set is equipped with roller bearing fix bar 273, roller bearing fix bar 273 passes through supporting roller
2731 are connected with transmission rolling shaft 272；
Accessory drive drive component 274 is on the accessory drive erection support 271, and it is driving 272 turns of transmission rolling shaft
It is dynamic, wherein, accessory drive drive component 274 includes accessory drive motor 2741 and one end is connected with accessory drive motor 2741
And the other end is connected with transmission rolling shaft 272, passed the power of accessory drive motor 2741 to be reached to the auxiliary of transmission rolling shaft 272
Motivation structure 2742, it is preferred that the first auxiliary that the auxiliary drive gear 2742 includes being connected on accessory drive motor 2741 passes
Move drive 27421, the second accessory drive drive 27422 being connected with transmission rolling shaft 272 and be connected to the first accessory drive
The accessory drive conveyer belt 27423 of both accessory drive drives 27422 of drive 27421 and second；
Accessory drive switching device 275 is on the accessory drive erection support 271, and it is controlling accessory drive motor
2741 switch, accessory drive switching device 275 include helix tube 2751 and the bar 2752 being connected on helix tube 2751；
Accessory drive sensor is on accessory drive erection support 271 or installation rack 21, and it is sensing dress
Whether RFID label tag electrically connects close to transmission rolling shaft 272, accessory drive sensor with helix tube 2751, then, work as accessory drive
To when opening dress RFID label tag close to transmission rolling shaft 272, accessory drive motor 2741 starts to drive transmission rolling shaft 272 sensor sensing
Rotated to feedstock direction, and helix tube 2751 is powered and bar 2752 is jacked up, now, a dress RFID label tag passes through transmission rolling shaft
272 rolling transmission, direction can be limited steady transmission, but also avoid the occurrence of the situation for lower jump of leaping up.
Referring to Fig. 2, the information writing unit 23 of the present embodiment includes that a dress RFID label tag can be sensed and can filled to opening
RFID label tag enters the near field antenna 230 of row information write-in, and near field antenna 230 electrically connects with delivery unit 26, specifically, near field day
Line 230 and label transmission motor 265 electrically connect, with the work of abstract factory conveyer belt 264 whether, thus facilitate near field antenna
230 to dress a RFID label tag enter row information write-in.
Fig. 6 and Fig. 7 are referred to, the concrete structure of the detection screening unit 24 to the present embodiment illustrates below：
Detecting screening unit 24 includes far field antenna 241, detection screening installing plate 242, slides pushing piece 243, detection sieve
Drive component 244 and defective products is selected to remove frame 245, and the structure of each part of the detection screening unit 24 is：
Far field antenna 241 on installation rack 21, whether detecting dress RFID label tag by information writing unit 23
Information is write, far field antenna 241 electrically connects with delivery unit 26, specifically, far field antenna 241 and the electricity of label transmission motor 265
Connection, with the work of abstract factory conveyer belt 264 whether, thus facilitate far field antenna 241 detection dress RFID label tag whether by
Information writing unit 23 writes information；
Detection screening installing plate 242 is on the table top of installation rack 21 and close to a side of label conveyer belt 264；
Pushing piece 243 is slided in sliding on detection screening installing plate 242, it by far field antenna 241 will be detected
Underproof dress RFID label tag releases label conveyer belt 264；
For detection screening drive component 244 on detection screening installing plate 242, it slides pushing piece 243 to drive
Return and slide, wherein, detection screening drive component 244 includes detection screening motor 2441 and one end and detection screening motor 2441
Connection and the other end with slide pushing piece 243 be connected, to by detect screening motor 2441 power reach slip pushing piece 243
Detection Filter Transmission mechanism 2442, detection screening motor 2441 electrically connected with far field antenna 241 so that far field antenna 241 can
Whether is the work of control detection screening motor 2441, thus can detect not conforming to by far field antenna 241 by sliding pushing piece 243
A dress RFID label tag for lattice releases label conveyer belt 264；
Defective products removes frame 245 on the table top of installation rack 21 and close to another side of label conveyer belt 264,
, to receive the dress RFID label tag released by slip pushing piece 243, defective products removes frame 245 with sliding pushing piece 243 and is in for it
It is oppositely arranged.
Wherein, the operation principle of detection screening unit 24 is：Label conveyer belt 264 is placed in when far field antenna 241 senses
On dress RFID label tag close to when, far field antenna 241 can instruction label transmission motor 265 be stopped so that label transmit
Band 264 stops transmission, and now, the far field antenna 241 can detect whether a dress RFID label tag is write by information writing unit 23
Information, if so, then the meeting of far field antenna 241 instruction label transmission motor 265 works on, so that label conveyer belt 264 continues to pass
A dress RFID label tag is sent, and enters subsequent processing；If it is not, then the meeting command detection of far field antenna 241 screening motor 2441 works, with
Controlled by detection screening motor 2441 and slide the dress RFID label tag release that pushing piece 243 is placed on label conveyer belt 264, and
The dress RFID label tag being pushed out can be sent to defective products and remove frame 245, to make defective products processing, after complete, and far field antenna 241
Meeting instruction label transmission motor 265 works on, to be detected to next dress RFID label tag.
Specifically, slide and sliding block 246 is equipped on pushing piece 243, detection screening installing plate 242 is provided with to be slided with sliding block 246
The dynamic slide rail 247 coordinated, detection Filter Transmission mechanism 2442 are connected with sliding block 246, slide pushing piece 243 by sliding block 246 and
Being slidably matched for slide rail 247 and slide on detection screening installing plate 242, wherein, the cunning that sliding block 246 and slide rail 247 coordinate
It is dynamic to set, not only convenient material drawing, and installation is also convenient for.
Further, the concrete structure of the detection Filter Transmission mechanism 2442 is：Detecting Filter Transmission mechanism 2442 includes being in turn
Move the first detection Filter Transmission wheel 24421 in the first end of detection screening installing plate 242, be located in rotation relative to inspection
Second surveyed on the second end of the first end of screening installing plate 242 detects Filter Transmission wheel 24422 and is connected to the first detection sieve
Drive 24421 and second is selected to detect the detection screening feed belt 24423 of both Filter Transmission wheels 24422, the first detection sieve
Drive 24421 is selected to be connected with detection screening motor 2441, detection screening feed belt 24423 is connected to sliding block 246.
Thus, when driving slip pushing piece 243 by sliding block 246, first, the command detection of far field antenna 241 screening electricity
When machine 2441 works, power is transmitted to the first detection Filter Transmission wheel 24421 by detection screening motor 2441, and the first detection is screened
Power is transmitted to detection screening feed belt 24423 by drive 24421, and detection screening feed belt 24423 can drive the second inspection
Survey Filter Transmission wheel 24422, now, detection screening feed belt 24423 also can with movable slider 246, in this, the sliding block of slip
246 just can slide slip pushing piece 243.
In addition, the concrete structure that the defective products removes frame 245 is：Defective products removes frame 245 and set including tilting from top to bottom
Put and positioned at slide pushing piece 243 lower section, to make entrance dress RFID label tag tilt slide recovery supporting plate 2451 and
Mouth 2452 is skidded off for what a dress RFID label tag skidded off located at the lower end of recovery supporting plate 2451, wherein, reclaim supporting plate by setting
2451, a dress RFID label tag can be made to go out to slide to soon and skid off mouth 2452 by being obliquely installed for supporting plate 2451 of recovery, improved not
The organic efficiency of good dress RFID label tag.
With reference to schema, the detection method of the RFID label tag performance of the present embodiment is further described：
During detection, when first several dress RFID label tags are stacked and are placed on feed unit 22, and carry out feeding work, charging
Motor 2271 works, and drives the first charging drive, and the first charging drive drives the second charging to pass by feed conveyor belt
Driving wheel, and the second charging drive drives power transmission shaft and feed wheel 226 thereon to rotate, this moment, on charging placement plate 222
Single dress RFID label tag just can be fed by feed wheel 226；Then, the feed unit 22 can pass through accessory drive list
A dress RFID label tag is sent into delivery unit 26 by member 27, specifically, when accessory drive sensor sensing leans on to a dress RFID label tag
During nearly transmission rolling shaft 272, accessory drive motor 2741 starts to drive transmission rolling shaft 272 to rotate to feedstock direction, and helix tube
2751 are powered and bar 2752 are jacked up, and now, a dress RFID label tag is driven by the rolling of transmission rolling shaft 272；Then, the biography
Send unit 26 a dress RFID label tag can be delivered into information writing unit 23 to write information, specifically, near field antenna 230 is sensing
When being brought to a dress RFID label tag, its meeting instruction label transmission break-off of motor 265, stopped with abstract factory conveyer belt 264
Transmission, now, near field antenna 230 can enter row information write-in to a dress RFID label tag, and after complete, near field antenna 230 can instruction label
Transmission motor 265 works on, so that label conveyer belt 264 continues transmission dress RFID label tag；Followed by the meeting of delivery unit 26
A dress RFID label tag is delivered into detection screening unit 24 to screen defective products, specifically, being placed in mark when far field antenna 241 senses
Sign conveyer belt 264 on dress RFID label tag close to when, far field antenna 241 can instruction label transmission motor 265 be stopped, with
Label conveyer belt 264 is set to stop transmission, now, the far field antenna 241 can detect whether a dress RFID label tag is write by information
Unit 23 writes information, if so, then the meeting of far field antenna 241 instruction label transmission motor 265 works on, so that label conveyer belt
264 continue transmission dress RFID label tag, and enter subsequent processing；If it is not, then far field antenna 241 can command detection screening motor
2441 work, to control the dress RFID for sliding pushing piece 243 and being placed on label conveyer belt 264 by detection screening motor 2441
Label is released, and the dress RFID label tag that this is pushed out can be sent to defective products and remove frame 245, to make defective products processing, after complete,
The meeting instruction label transmission motor 265 of far field antenna 241 works on, to be detected to next dress RFID label tag；It
Afterwards, a qualified dress RFID label tag can be delivered to discharging Hatch Opening 25 by delivery unit 26.
Embodiment two
Figure 11 is referred to, and combines Fig. 2 to Figure 10, the embodiment of embodiment two and embodiment Datong District of embodiment one
Small difference, embodiment one is specifically referred to, is not described further herein, both differences are：
Between step S30 and step S40, in addition to step S31, process is printed, will after testing by delivery unit 26
Screening unit 24 detects a qualified dress RFID label tag and is sent to print unit 3, and a dress RFID label tag is entered by print unit 3
Row printing；
Wherein, print unit 3 is on installation rack 21 and between detection screening unit 24 and discharging Hatch Opening 25.
Specifically, the detection means 2 of above-mentioned RFID label tag performance and print unit 3 form the RFID label printer 1,
Thus, its concrete operations are：
First several dress RFID label tags are stacked and are placed on feed unit 22, then delivery unit is sent into by the feed unit 22
26, and a dress RFID label tag can be delivered to information writing unit 23 to write information by the delivery unit 26, then, delivery unit 26
A dress RFID label tag is delivered into detection screening unit 24 to screen defective products again, after complete, delivery unit 26 can be by a qualified dress
RFID label tag delivers to print unit 3, is then printed again by print unit 3 to detecting qualified RFID label tag, whole mistake
Journey is automation mechanized operation, not only efficiently avoid bad RFID label tag and flows into print unit 3 and is printed, and ensures product
Qualification rate, simultaneously, moreover it is possible to improve RFID label tag performance detection production efficiency and reduce RFID label tag performance detection production
Cost.
Fig. 9 and Figure 10 are referred to, and combines Fig. 2, the print unit 3 of the present embodiment includes the table top located at installation rack 21
On printing erection support 31, located at printing erection support 31 on printhead 32, located at printing erection support 31 on stepping
Motor 33, one end are connected to printhead 32 and one end is connected to stepper motor 33 and beaten with transmitting the power of stepper motor 33 to drive
Printing travel mechanisms 34 that print first 32 moves up and down, to sense fill RFID label tag the print sensor 35 whether to arrive,
And on printing erection support 31 and support dress RFID label tag for use as branch positioned at the lower section of printhead 32 and make its printing surface
Keep constant dragging axle 36, wherein, printing travel mechanism 34 include be connected with stepper motor 33 connector 341, with being connected
The follower 342 of part connection, the printing sliding block 343 being connected with follower 342, slided on printing erection support 31 and with printing
The printing guide rail 344 and one end that block 343 is slidably matched are connected to printing erection support 31 and the other end is connected to printing sliding block
343 so that printhead 32 replys the spring of position after printing, and the printhead 32 is connected to printing sliding block 343.
Thus, when print sensor 35 senses a dress RFID label tag, stepper motor 33 is with follower link 341 and follower
342 rotate to specified location, then, then by follower 342 drive the printing straight line of sliding block 343 to move down, and printing sliding block 343 can make
Moved down to the straight line of printhead 32, when printhead 32 touches dress RFID label tag, the printhead 32 just starts to a dress RFID
Label prints specify information, and now, dragging axle 36, which can prop up, to be supported dress RFID label tag and make it keep printing surface constant；Work as printhead
After 32 have printed specify information, stepper motor 33 can be inverted to the station of setting, and now, the printing meeting straight line of sliding block 343 moves up, and
And make to be quickly returning to unprinted initial position to printhead 32 by spring.
Embodiment three
Figure 12 is referred to, and combines Fig. 2 to Figure 10, the embodiment of embodiment three and embodiment Datong District of embodiment two
Small difference, embodiment two is specifically referred to, is not described further herein, both differences are：
Between step S30 and step S31, in addition to step S31 ', judgment step is printed, will be through by delivery unit 26
Detection screening unit 24 detects a qualified dress RFID label tag and is sent to printing judging unit, and is by the judgement of printing judging unit
It is no that a dress RFID label tag is printed, if so, then carrying out step 31；If it is not, then carry out step S40；
Wherein, judging unit is printed on installation rack 21 and between detection screening unit 24 and print unit 3,
And by the printing judging unit, RFID label tag can be filled to qualified the opening for carrying out Autonomous test screening unit 24 according to user's needs
The instruction whether printed is made, improves the function and usage of RFID label printer 1.
And in order to simplify structure and be easy to draw materials, the printing judging unit is that a printing judges sensor.
The foregoing is only preferred embodiments of the present invention, its structure is not limited to the above-mentioned shape enumerated, it is all
All any modification, equivalent and improvement made within the spirit and principles in the present invention etc., it should be included in the protection of the present invention
Within the scope of.
Claims (9)
- The detection method of 1.RFID tag performances, it is characterised in that including step：S10, feed process, several dress RFID label tags are stacked and are placed on the charging that can make several dress RFID label tag chargings Unit, and be fed to transmit a delivery unit for filling RFID label tag by a dress RFID label tag by the feed unit；S20, information write-in process, a dress RFID label tag is sent to by the delivery unit phase is carried out to a dress RFID label tag Close the information writing unit of information write-in；S30, detection screening process, the dress RFID label tag after writing information by the delivery unit are sent to detection screening Unit, and performance detection is carried out and to qualified after detection to the dress RFID label tag after write-in information by the detection screening unit A whether dress RFID label tag is screened, if so, then carrying out next step S40；If it is not, this dress RFID label tag is removed, And re-execute step S10；S40, discharge process, a dress RFID is sent to by discharging Hatch Opening by the delivery unit；S50, repeat step S10 to S40, until a required dress RFID label tag detection is completed；Wherein, the feed unit, the delivery unit, described information writing unit, the detection screening unit, discharging Hatch Opening On an installation rack, and the delivery unit includes a label feed belt, and the label conveyer belt is adjacent to described Feed unit simultaneously interts described information writing unit, the detection screening unit and the discharging Hatch Opening successively；The feed unit includes：Charging erection support on the installation rack；On the charging erection support plate is placed so that several dress RFID label tags stack the charging placed；Located at it is described charging erection support on and with it is described charging place plate be connected, to adjust it is described charging placement plate rotation The angle adjustment lever of angle；The top of plate is placed on the charging erection support and positioned at the charging, fills RFID label tag to limit single The charging restriction plate of charging；It is connected on the charging erection support and with the charging restriction plate, is moved down to control in the charging restriction plate Dynamic charging adjustment bar；Located at it is described charging erection support on and be adjacent to it is described charging place plate, to will it is described charging place plate on it is single Open the feed wheel of dress RFID label tag output feed；AndFed located at described on erection support, to drive the charging drive component that the feed wheel rotates, the charging drives Component is connected including charging motor and one end with the charging motor and the other end is connected with the feed wheel, to by described in The power of charging motor reaches the feeding transmission mechanism of the feed wheel.
- 2. the detection method of RFID label tag performance as claimed in claim 1, it is characterised in that：Between step S30 and step S40, in addition to step S31, process is printed, will be through the inspection by the delivery unit Surveying screening unit detection, a qualified dress RFID label tag is sent to print unit, and by the print unit to a dress RFID label tag Printed；Wherein, the print unit located at it is described installation rack on and positioned at it is described detection screening unit with it is described discharging Hatch Opening it Between.
- 3. the detection method of RFID label tag performance as claimed in claim 2, it is characterised in that：Between step S30 and step S31, in addition to step S31 ', judgment step is printed, will be through institute by the delivery unit Stating detection screening unit detection, a qualified dress RFID label tag is sent to printing judging unit, and is sentenced by the printing judging unit It is disconnected whether a dress RFID label tag to be printed, if so, then carrying out step 31；If it is not, then carry out step S40；Wherein, the printing judging unit is on the installation rack and positioned at the detection screening unit and the printing list Between member.
- 4. the detection method of RFID label tag performance as claimed in claim 1, it is characterised in that：The feed unit is equipped with use With the accessory drive unit of described in accessory drive dress RFID label tag, the accessory drive unit includes：Accessory drive erection support on the installation rack；Rotate on the accessory drive erection support and positioned at the top of the label conveyer belt, rolling described in transmission Open the transmission rolling shaft of dress RFID label tag；On the accessory drive erection support, making the fixed roller bearing fix bar of transmission rolling shaft positioning, the rolling A supporting roller rotatably set is equipped with axle fix bar, the roller bearing fix bar is rolled by the supporting roller and the transmission Axis connection；On the accessory drive erection support, driving the accessory drive drive component that the transmission rolling shaft rotates, institute Stating accessory drive drive component includes accessory drive motor and one end and the accessory drive motor connection and the other end and institute State transmission rolling shaft connection, the power of the accessory drive motor to be reached to the auxiliary drive gear of the transmission rolling shaft；Filled on the accessory drive erection support, to control the accessory drive of the switch of the accessory drive motor to switch Put, the accessory drive switching device includes helix tube and the bar that falls being connected on the helix tube；AndWhether RFID label tag is filled close to the transmission rolling shaft on the accessory drive erection support, to sense described Accessory drive sensor, the accessory drive sensor electrically connect with the helix tube.
- 5. the detection method of the RFID label tag performance as described in claim any one of 1-3, it is characterised in that：Described information writes Unit includes that described dress RFID label tag can be sensed and can enter the near field antenna of row information write-in, institute to described dress RFID label tag Near field antenna is stated to electrically connect with the delivery unit.
- 6. the detection method of the RFID label tag performance as described in claim any one of 1-3, it is characterised in that：The detection screening Unit includes：Fill whether RFID label tag writes information by described information writing unit on the installation rack, to detect described Far field antenna, the far field antenna electrically connects with the delivery unit；Installing plate is screened in detection on the installation rack and close to a side of the label conveyer belt；Slide on the detection screening installing plate, marked the far field antenna is detected into underproof described dress RFID Label release the slip pushing piece of the label conveyer belt；Driving group is screened in detection on the detection screening installing plate, to drive the slip pushing piece to slidably reciprocate Part, the detection screening drive component include detection screening motor and one end and are connected and the other end with the detection screening motor It is connected with the slip pushing piece, is screened the power of the detection screening motor to be reached to the detection of the slip pushing piece Transmission mechanism, the detection screening motor electrically connect with the far field antenna；AndReleased on the installation rack and close to another side of the label conveyer belt, to receive by described slide The defective products for the described dress RFID label tag that part is released removes frame, and the defective products removes frame with the slip pushing piece in relative Set.
- 7. the detection method of RFID label tag performance as claimed in claim 6, it is characterised in that：Arranged on the slip pushing piece Have a sliding block, the detection screening installing plate is provided with the slide rail being slidably matched with the sliding block, the detection Filter Transmission mechanism with Sliding block connection, it is described to slide pushing piece being slidably matched to slide located at the detection by the sliding block and the slide rail Screen on installing plate.
- 8. the detection method of RFID label tag performance as claimed in claim 7, it is characterised in that：The detection Filter Transmission mechanism Including：Rotate the first detection Filter Transmission wheel screened located at the detection in the first end of installing plate；Rotate the second detection Filter Transmission wheel being located on the second end of the first end for screening installing plate relative to the detection；AndIt is connected to the detection screening transmission skin of both the first detection Filter Transmission wheel and the second detection Filter Transmission wheel Band；Wherein, the first detection Filter Transmission wheel is connected with the detection screening motor, and the detection screening feed belt connects It is connected to the sliding block.
- 9. the detection method of RFID label tag performance as claimed in claim 6, it is characterised in that：The defective products removes frame bag Include：It is obliquely installed and inclines positioned at the lower section of the slip pushing piece, to make to open a dress RFID label tag described in entrance from top to bottom The recovery supporting plate tiltedly slided；AndLocated at the lower end of the recovery supporting plate mouth is skidded off for what described dress RFID label tag skidded off.
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| CN108016146A (en) * | 2016-11-01 | 2018-05-11 | 扬州永奕科技有限公司 | Have the production equipment of Card read/write and ink jet-printing concurrently |
| CN106966159B (en) * | 2017-02-28 | 2019-05-07 | 上海聚硕科技有限公司 | RFID ceramics label writes comments on a document automatically and detection method |
| CN108445373B (en) * | 2018-03-13 | 2019-08-13 | 华中科技大学 | A kind of the function self-sensing method and system of Bluetooth label |
| CN108495323B (en) * | 2018-03-13 | 2019-09-27 | 华中科技大学 | A kind of Bluetooth label detector with a variety of detection patterns |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101551874A (en) * | 2009-04-22 | 2009-10-07 | 深圳市瑞虎自动化科技有限公司 | RFID electronic label compounding, molding, testing technology and equipment |
| CN102735692A (en) * | 2012-05-04 | 2012-10-17 | 深圳市博泰印刷设备有限公司 | RFID label detection equipment |
| CN103049771A (en) * | 2012-12-03 | 2013-04-17 | 华中科技大学 | Online detection device for RFID (Radio Frequency Identification Device) label |
| JP5235713B2 (en) * | 2009-02-24 | 2013-07-10 | トッパン・フォームズ株式会社 | RFID label roll manufacturing equipment |
| CN103267911A (en) * | 2013-04-26 | 2013-08-28 | 苏州德诚物联科技有限公司 | Non-contact test system and method of RFID label antenna |
| CN103586215A (en) * | 2013-11-12 | 2014-02-19 | 深圳市综科邦达机电设备有限公司 | Coiled material detector and waste discharge control method thereof |
| CN104091184A (en) * | 2014-06-16 | 2014-10-08 | 上海实甲智能系统有限公司 | Electronic tag detection method and system |
-
2015
- 2015-05-05 CN CN201510223965.1A patent/CN104899619B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5235713B2 (en) * | 2009-02-24 | 2013-07-10 | トッパン・フォームズ株式会社 | RFID label roll manufacturing equipment |
| CN101551874A (en) * | 2009-04-22 | 2009-10-07 | 深圳市瑞虎自动化科技有限公司 | RFID electronic label compounding, molding, testing technology and equipment |
| CN102735692A (en) * | 2012-05-04 | 2012-10-17 | 深圳市博泰印刷设备有限公司 | RFID label detection equipment |
| CN103049771A (en) * | 2012-12-03 | 2013-04-17 | 华中科技大学 | Online detection device for RFID (Radio Frequency Identification Device) label |
| CN103267911A (en) * | 2013-04-26 | 2013-08-28 | 苏州德诚物联科技有限公司 | Non-contact test system and method of RFID label antenna |
| CN103586215A (en) * | 2013-11-12 | 2014-02-19 | 深圳市综科邦达机电设备有限公司 | Coiled material detector and waste discharge control method thereof |
| CN104091184A (en) * | 2014-06-16 | 2014-10-08 | 上海实甲智能系统有限公司 | Electronic tag detection method and system |
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