CN104890385A - RFID (radio frequency identification) label printer and device for detecting performance of RFID labels - Google Patents
RFID (radio frequency identification) label printer and device for detecting performance of RFID labels Download PDFInfo
- Publication number
- CN104890385A CN104890385A CN201510225269.4A CN201510225269A CN104890385A CN 104890385 A CN104890385 A CN 104890385A CN 201510225269 A CN201510225269 A CN 201510225269A CN 104890385 A CN104890385 A CN 104890385A
- Authority
- CN
- China
- Prior art keywords
- unit
- rfid label
- label tag
- charging
- order
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J29/00—Details of, or accessories for, typewriters or selective printing mechanisms not otherwise provided for
- B41J29/38—Drives, motors, controls or automatic cut-off devices for the entire printing mechanism
Landscapes
- Labeling Devices (AREA)
Abstract
The invention provides a device for detecting the performance of RFID (radio frequency identification) labels. The device comprises a mounting cabinet, a feeding unit arranged on the mounting cabinet and used for stacking and feeding a plurality of RFID labels, an information write-in unit arranged on the mounting cabinet and approaching the feeding unit to write related information to the RFID labels from the feeding unit, a detection screening unit arranged on the mounting cabinet and approaching the information write-in unit, a discharge hatch arranged on the mounting cabinet and approaching the detection screening unit, a conveying unit arranged on the mounting cabinet, and a control unit arranged on the mounting cabinet to control the feeding unit, the information write-in unit, the detection screening unit and the conveying unit. The device for detecting the performance of RFID labels can effectively solve the problems of low efficiency, high labor intensity and high cost in the manner of artificially detecting the performance of the RFID labels in the prior art.
Description
Technical field
The present invention relates to the technical field of RFID label tag printer, particularly relate to the checkout gear of a kind of RFID label tag printer and RFID label tag performance thereof.
Background technology
Along with the development of RFID industry grows, the range of application of RFID label tag is more and more wider, market to the application of RFID label tag and demand also increasing, also more and more stricter to the requirement of RFID label tag, particularly print Performance Detection in this link in detection the most key.When high volume applications RFID label tag, the electronic tag that indivedual Performance comparision is weak may be there is, but traditional RFID detects printer, because it does not configure the checkout gear of relevant RFID label tag performance, generally can not detect out, like this, if there is the bad electronic tag of certain performance, during application, easily there is mistake; If but by manually detecting singly, such mode of operation, undoubtedly can greatly waste of manpower, material resources, reduction operating efficiency.
Therefore, be necessary to provide a kind of technological means to address the aforementioned drawbacks.
Summary of the invention
The object of the invention is to the defect overcoming prior art, the checkout gear of RFID label tag performance is provided, utilize the mode inefficiency manually RFID label tag performance detected, the problem that labour intensity is large and cost is high to solve in prior art.
The present invention is achieved in that the checkout gear of RFID label tag performance, comprising:
The installation rack arranged is installed for parts;
Be located at described fitting machine cashier's office in a shop, with making the feed unit of this several dress RFID label tag charging for several dress RFID label tag stacking placements;
Be located at described fitting machine cashier's office in a shop and near described feed unit, in order to carry out the information writing unit of relevant information write to the dress RFID label tag from described feed unit;
Be located at described fitting machine cashier's office in a shop and near described information writing unit, the detection screening unit that screens in order to the Performance Detection after carrying out written information to the dress RFID label tag from described information writing unit and to whether qualified dress RFID label tag after detecting;
Be located at described fitting machine and detect screening unit, in order to detect to through described the discharging Hatch Opening that screening unit screening qualified dress RFID label tag carries out discharging near described cashier's office in a shop;
Be located at described fitting machine and fill the delivery unit that RFID label tag is sent to described information writing unit, described detection screening unit and described discharging Hatch Opening successively cashier's office in a shop, in order to opening of described feed unit will be placed in, described delivery unit comprises a label conveyer belt, and described label conveyer belt is adjacent to described feed unit and unit and described discharging Hatch Opening are screened in interspersed described information writing unit, described detection successively; And
Be located at described fitting machine cashier's office in a shop to control the control unit of described feed unit, described information writing unit, described detection screening unit and described delivery unit, described control unit is successively with described feed unit, described information writing unit, unit is screened in described detection and described delivery unit is electrically connected.
Particularly, described feed unit comprises:
Be located at described fitting machine charging erection support cashier's office in a shop;
Be located on described charging erection support and place plate for the charging of the stacking placement of several dress RFID label tag;
To be located on described charging erection support and to place with described charging the angle adjustment lever that plate is connected, places the anglec of rotation of plate in order to adjust described charging;
To be located on described charging erection support and be positioned at described charging place plate top, in order to limit the charging confinement plate that single dress RFID label tag is fed;
To be located on described charging erection support and to be connected with described charging confinement plate, in order to control the charging adjusting lever that described charging confinement plate moves up and down;
To be located on described charging erection support and to be adjacent to described charging and place plate, in order to described charging to be placed the feed wheel of single dress RFID label tag output feed on plate; And
Be located at the charging driven unit on described charging erection support, in order to drive described feed wheel to rotate, described charging driven unit comprises charging motor and one end is connected with described charging motor and the other end is connected with described feed wheel, in order to the power of described charging motor to be reached the feeding transmission mechanism of described feed wheel.
Further, described feed unit is equipped with the accessory drive unit in order to described in accessory drive dress RFID label tag, and described accessory drive unit comprises:
Be located at described fitting machine accessory drive erection support cashier's office in a shop;
Be located on described accessory drive erection support in rotating and be positioned at the top of described label conveyer belt, the transmission rolling shaft in order to described in roll extrusion transmission dress RFID label tag;
Be located on described accessory drive erection support, in order to make described transmission rolling shaft locate fixing roller bearing fixed bar, described roller bearing fixed bar is equipped with a supporting roller rotatably arranged, described roller bearing fixed bar is connected with described transmission rolling shaft by described supporting roller;
Be located at the accessory drive driven unit on described accessory drive erection support, in order to drive described transmission rolling shaft to rotate, described accessory drive driven unit comprises accessory drive motor and one end is connected with described accessory drive motor and the other end is connected with described transmission rolling shaft, in order to the power of described accessory drive motor to be reached the auxiliary drive gear of described transmission rolling shaft;
Be located on described accessory drive erection support, in order to control the accessory drive switching device of the switch of described accessory drive motor, described accessory drive switching device comprises helix tube and is connected to the bar that falls on described helix tube; And
To be located on described accessory drive erection support, in order to respond to described dress RFID label tag whether near the accessory drive sensor of described transmission rolling shaft, described accessory drive sensor is electrically connected with described helix tube.
Particularly, described information writing unit comprises can respond to described dress RFID label tag and the near field antenna can carrying out information write to described dress RFID label tag, and described near field antenna is connected with described delivery unit.
Particularly, described detection screening unit comprises:
Be located at described fitting machine and whether fill RFID label tag by the far field antenna of described information writing unit written information cashier's office in a shop, in order to detect described, described far field antenna is electrically connected with described delivery unit;
Be located at described fitting machine cashier's office in a shop and be close to a side of described label conveyer belt detection screening installing plate;
Described detection on screening installing plate, in order to the slip pushing piece by being released described label conveyer belt by underproof described the dress RFID label tag of described far field antenna detection is located in sliding;
Be located at the described detection screening driven unit detected on screening installing plate, in order to drive described slip pushing piece to slidably reciprocate, described detection screening driven unit comprises and detects screening motor and one end and screen that motor is connected and the other end is connected with described slip pushing piece, in order to detect described the detection Filter Transmission mechanism that the power screening motor reaches described slip pushing piece, described detection is screened motor and is electrically connected with described far field antenna with described detection; And
Be located at described fitting machine cashier's office in a shop and be close to described label conveyer belt another side, shift out frame in order to the defective products receiving a dress RFID label tag described in described slip pushing piece is released, described defective products shifts out frame and described slip pushing piece in being oppositely arranged.
Further, described slip pushing piece is equipped with slide block, described detection screening installing plate is provided with the slide rail coordinated with described skid, described detection Filter Transmission mechanism is connected with described slide block, and described slip pushing piece is slided by described slide block and described being slidably matched of slide rail and is located at described detection and screens on installing plate.
Further, described detection Filter Transmission mechanism comprise in rotate be located at described detect screening installing plate first end on first detect Filter Transmission wheel, in rotate be located at relative to described detect screening installing plate first end the second end on second detect Filter Transmission wheel and be connected to described first detect Filter Transmission wheel and described second detect Filter Transmission wheel both detection screening feed belt, described first detects Filter Transmission wheel screens motor be connected with described detection, and described detection is screened feed belt and is connected to described slide block.
Particularly, described defective products shifts out frame and comprises:
Be obliquely installed from top to bottom and be positioned at the below of described slip pushing piece, the recovery supporting plate in order to a dress RFID label tag tilt slide described in making to enter; And
What the lower end being located at described recovery supporting plate skidded off for described dress RFID label tag skids off mouth.
The technique effect of the checkout gear of RFID label tag performance of the present invention is: because this checkout gear is primarily of installation rack, feed unit, information writing unit, detect screening unit, discharging Hatch Opening, delivery unit and control unit composition, and when detecting, first by several dresses, RFID label tag is stacking is placed on feed unit, delivery unit is sent into again by this feed unit, and a dress RFID label tag can be delivered to information writing unit with written information by this delivery unit, then, delivery unit will be opened dress RFID label tag again and deliver to detection screening unit to screen defective products, 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 the mode inefficiency utilizing in prior art and manually RFID label tag performance is detected, the problem that labour intensity is large and cost is high.
The present invention also provides RFID label tag printer, comprise above-mentioned RFID label tag performance checkout gear and in order to through described detect screening unit inspection qualified described in the print unit that prints of dress RFID label tag, described print unit is located at described fitting machine and screen between unit and described discharging Hatch Opening in described detections cashier's office in a shop.
Further, RFID label tag printer also comprise in order to judge from described detect screening unit qualified described in a dress RFID label tag whether carry out the printing judging unit that prints, described printing judging unit is located at described fitting machine and screen between unit and described print unit in described detections cashier's office in a shop.
The technique effect of RFID label tag printer of the present invention is: because this RFID label tag printer comprises checkout gear and the print unit of above-mentioned RFID label tag performance, thus, when printing RFID label tag, first can carry out Performance Detection by the checkout gear of RFID label tag performance to RFID label tag, and then by print unit, the qualified RFID label tag of detection is printed, whole process is automation mechanized operation, not only efficiently avoid bad RFID label tag to flow in print unit and printed, ensure the qualification rate of product, simultaneously, the production efficiency of RFID label tag Performance Detection can also be improved and reduce the production cost of RFID label tag Performance Detection.
Accompanying drawing explanation
Fig. 1 is the stereogram of the RFID label tag printer of the embodiment of the present invention;
Fig. 2 is the schematic diagram of the feed unit of the RFID label tag printer of the embodiment of the present invention;
Fig. 3 is the schematic diagram that the feed unit of the RFID label tag printer of the embodiment of the present invention removes the casing of capping feed wheel, to show the structure of feed wheel;
Fig. 4 is the schematic diagram of the accessory drive unit of the RFID label tag printer of the embodiment of the present invention;
Fig. 5 is the schematic diagram of the detection screening unit of the RFID label tag printer of the embodiment of the present invention;
Fig. 6 is the schematic diagram of another angle of the detection screening unit of the RFID label tag printer of the embodiment of the present invention;
Fig. 7 is the schematic diagram of the delivery unit of the RFID label tag printer of the embodiment of the present invention;
Fig. 8 is the schematic diagram of the print unit of the RFID label tag printer of the embodiment of the present invention;
Fig. 9 is the schematic diagram of another angle of the print unit of the RFID label tag printer of the embodiment of the present invention.
Detailed description of the invention
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
the embodiment of the checkout gear of RFID label tag performance:
Refer to Fig. 1, below the most preferred embodiment of the checkout gear of RFID label tag performance provided by the invention is set forth.
The checkout gear 2 of the RFID label tag performance that the present embodiment provides, comprise and rack 21, feed unit 22, information writing unit 23, detection screening unit 24, discharging Hatch Opening 25, delivery unit 26 and control unit (not indicating in figure) be installed, below each parts of the checkout gear 2 of RFID label tag performance are described further:
Install rack 21 and install setting for parts, this installation rack 21 is a square rack, and preferably, in order to make the checkout gear 2 of RFID label tag performance move setting, the bottom of this installation rack 21 is provided with pulley;
Feed unit 22 be located at rack 21 is installed table top on, it is with making this several dress RFID label tag charging for several dress RFID label tag stacking placements;
Information writing unit 23 be located at rack 21 is installed table top on and near feed unit 22, it is in order to carry out relevant information write to the dress RFID label tag from feed unit 22;
Detect screening unit 24 be located at rack 21 is installed table top on and near information writing unit 23, it is in order to the Performance Detection after carrying out written information to the dress RFID label tag carrying out self-information writing unit 23 and screen a whether qualified dress RFID label tag after detecting;
Discharging Hatch Opening 25 be located at rack 21 is installed table top on and near detecting screening unit 24, it is in order to screen a qualified dress RFID label tag carry out discharging to screening unit 24 after testing;
Delivery unit 26 is located on the table top of installation rack, it is in order to be sent to information writing unit 23 successively by the dress RFID label tag being placed in feed unit 22, detect screening unit 24 and discharging Hatch Opening 25, wherein, this delivery unit 26 comprises transmission support 261, in rotating the first label drive 262 being located at the first end transmitted on support 261, in rotating the second label drive 263 be located at relative on the second end of the first end transmitting support 261, be connected to the first label drive 262 and the label conveyer belt 264 both the second label drive 263, and be located at and transmit on support 261 and the label be connected with the first label drive 262 transmits motor 265, this label conveyer belt 264 be adjacent to feed unit 22 and successively intert information writing unit 23, detect screening unit 24 and discharging Hatch Opening 25, as shown in Figure 7,
Control unit is located at and is installed to control feed unit 22, information writing unit 23, to detect and screen unit 24 and delivery unit 26 on rack 21, control unit successively with feed unit 22, information writing unit 23, detect and screen unit 24 and delivery unit 26 is electrically connected.
Because the checkout gear 2 of the present embodiment is primarily of installation rack 21, feed unit 22, information writing unit 23, detect screening unit 24, discharging Hatch Opening 25, delivery unit 26 and control unit composition, and when detecting, first by several dresses, RFID label tag is stacking is placed on feed unit 22, delivery unit 26 is sent into again by this feed unit 22, and a dress RFID label tag can be delivered to information writing unit 23 with written information by this delivery unit 26, then, delivery unit 26 will be opened dress RFID label tag again and deliver to detection screening unit 24 to screen defective products, after complete, a qualified dress RFID label tag can be delivered to discharging Hatch Opening 25 by delivery unit 26, whole process is automation mechanized operation, efficiently solve the mode inefficiency utilizing in prior art and manually RFID label tag performance is detected, the problem that labour intensity is large and cost is high.
Refer to Fig. 2 and Fig. 3, and composition graphs 1, below the concrete structure of the feed unit 22 of the present embodiment is described further:
Feed unit 22 comprises charging erection support 221, plate 222, angle adjustment lever 223, charging confinement plate 224, charging adjusting lever 225, feed wheel 226 and charging driven unit 227 are placed in charging, is further described below to each parts of feed unit 22:
Charging erection support 221 is located on the table top of installation rack 21;
Charging is placed plate 222 and is located on charging erection support 221, for the stacking placement of several dress RFID label tag;
Angle adjustment lever 223 to be located on charging erection support 221 and to be placed plate 222 with charging and is connected, and it places the anglec of rotation of plate 222 in order to adjust charging;
Charging confinement plate 224 to be located on charging erection support 221 and to be positioned at the top that plate 222 is placed in charging, and it is fed in order to limit single dress RFID label tag;
Charging adjusting lever 225 to be located on charging erection support 221 and to be connected with charging confinement plate 224, and it moves up and down in order to control charging confinement plate 224;
Feed wheel 226 to be located on charging erection support 221 and to be adjacent to charging and places plate 222, and it is in order to place single dress RFID label tag output feed on plate 222 by charging;
Charging driven unit 227 is located on charging erection support 221, it rotates in order to drive feed wheel 226, wherein, this charging driven unit 227 comprises charging motor 2271, and one end is connected with charging motor 2271 and the other end is connected with feed wheel 226, in order to the power of charging motor 2271 to be reached the feeding transmission mechanism 2272 of feed wheel, preferably, this feeding transmission mechanism 2272 comprises the first charging drive be connected on charging motor 2271, the the second charging drive be connected with feed wheel 226 by a power transmission shaft, and be connected to the feed conveyor belt of the first charging drive and the second charging drive.
Thus, when needs will open dress RFID label tag charging, be first placed on charging placement plate 222 by stacking for several dress RFID label tag, now, the anglec of rotation that plate 222 is placed in charging if need adjust, will adjust charging by work angle adjusting lever 223 and will place plate 222; And if desired limit single dress RFID label tag be fed, moving up and down of charging adjusting lever 225 can be operated, to drive moving up and down of charging confinement plate 224, thus adjustment charging confinement plate 224 be positioned at charging and place the distance filling RFID label tag on plate 222, then limit single and fill RFID label tag and be fed; So, when carrying out feeding work, charging motor 2271 works, drive the first charging drive, and the first charging drive drives the second charging drive by feed conveyor belt, and the second charging drive drives power transmission shaft and the feed wheel 226 on it to rotate, this moment, single the dress RFID label tag be positioned on charging placement plate 222 just carries out charging by feed wheel 226.
Refer to Fig. 4, and composition graphs 1, in order to better make a dress RFID label tag charging, the feed unit 22 of the present embodiment is equipped with the accessory drive unit 27 opening dress RFID label tag in order to accessory drive, accessory drive unit 27 comprises accessory drive erection support 271, transmission rolling shaft 272, roller bearing fixed bar 273, accessory drive driven unit 274, accessory drive switching device 275 and accessory drive sensor (not indicating in figure), and the concrete structure of each parts of this accessory drive unit 27 is:
Accessory drive erection support 271 is located on the table top of installation rack 21;
Transmission rolling shaft 272 is located on accessory drive erection support 271 in rotating and is positioned at the top of label conveyer belt, and it opens dress RFID label tag in order to roll extrusion transmission;
Roller bearing fixed bar 273 is located on accessory drive erection support 271, it is fixing in order to make transmission rolling shaft 272 locate, particularly, roller bearing fixed bar 273 is equipped with a supporting roller 2731 rotatably arranged, roller bearing fixed bar 273 is connected with transmission rolling shaft 272 by supporting roller 2731;
Accessory drive driven unit 274 is located on accessory drive erection support 271, it rotates in order to drive transmission rolling shaft 272, wherein, accessory drive driven unit 274 comprises 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, in order to the power of accessory drive motor 2741 to be reached the auxiliary drive gear 2742 of transmission rolling shaft 272, preferably, this auxiliary drive gear 2742 comprises the first accessory drive drive 27421 be connected on accessory drive motor 2741, the the second accessory drive drive 27422 be connected with transmission rolling shaft 272, and be connected to the first accessory drive drive 27421 and the accessory drive conveyer belt 27423 both the second accessory drive drive 27422,
Accessory drive switching device 275 is located on accessory drive erection support 271, and it is in order to control the switch of accessory drive motor 2741, and accessory drive switching device 275 comprises helix tube 2751 and is connected to the bar 2752 on helix tube 2751;
Accessory drive sensor is located at accessory drive erection support 271 or is installed on rack 21, whether it fills RFID label tag near transmission rolling shaft 272 in order to induction, accessory drive sensor is electrically connected with helix tube 2751, so, when accessory drive sensor sensing is to when opening dress RFID label tag near transmission rolling shaft 272, accessory drive motor 2741 starts to drive transmission rolling shaft 272 to rotate to feedstock direction, and helix tube 2751 is energized also falling bar 2752 jack-up, now, open the roll extrusion transmission of dress RFID label tag by transmission rolling shaft 272, ground, direction can be limited steadily transmit, but also avoid occurring leaping up the situation of lower jumping.
Refer to Fig. 1, the information writing unit 23 of the present embodiment comprises can respond to a dress RFID label tag and the near field antenna 230 can carrying out information write to a dress RFID label tag, near field antenna 230 is electrically connected with delivery unit 26, be specially, near field antenna 230 and label transmit motor 265 and are electrically connected, with the work of abstract factory conveyer belt 264 whether, what facilitate near field antenna 230 thus carries out information write to a dress RFID label tag.
Refer to Fig. 5 and Fig. 6, below the concrete structure of the detection screening unit 24 of the present embodiment be described:
Detection screening unit 24 comprises far field antenna 241, detection screening installing plate 242, slip pushing piece 243, driven unit 244 is screened in detection and defective products shifts out frame 245, and the structure of each parts of this detection screening unit 24 is:
Far field antenna 241 is located at and is installed on rack 21, in order to whether to detect a dress RFID label tag by information writing unit 23 written information, far field antenna 241 is electrically connected with delivery unit 26, be specially, far field antenna 241 and label transmit motor 265 and are electrically connected, with the work of abstract factory conveyer belt 264 whether, far field antenna 241 is facilitated whether to detect a dress RFID label tag by information writing unit 23 written information thus;
Detect screening installing plate 242 be located at rack 21 is installed table top on and be close to a side of label conveyer belt 264;
Slip pushing piece 243 is located in slip and is detected on screening installing plate 242, and it releases label conveyer belt 264 in order to will detect underproof dress RFID label tag by far field antenna 241;
Detecting screening driven unit 244 is located on detection screening installing plate 242, it slidably reciprocates in order to drive slip pushing piece 243, wherein, detect screening driven unit 244 and comprise detection screening motor 2441, and one end and detection screen that motor 2441 is connected and the other end is connected with slip pushing piece 243, in order to the power detecting screening motor 2441 to be reached the detection Filter Transmission mechanism 2442 of slip pushing piece 243, detect screening motor 2441 to be electrically connected with far field antenna 241, can control to detect the work of screening motor 2441 to make far field antenna 241 whether, by slip pushing piece 243, far field antenna 241 is detected that underproof dress RFID label tag releases label conveyer belt 264 thus,
Defective products shift out frame 245 be located at rack 21 is installed table top on and be close to another side of label conveyer belt 264, it is in order to receive the dress RFID label tag released by slip pushing piece 243, and defective products shifts out frame 245 with slip pushing piece 243 in being oppositely arranged.
Wherein, detect screening unit 24 operation principle be: when far field antenna 241 sense be placed on label conveyer belt 264 dress RFID label tag near time, far field antenna 241 can quit work by instruction label transmission motor 265, stop making label conveyer belt 264 transmitting, now, whether this far field antenna 241 just can detect a dress RFID label tag by information writing unit 23 written information, if, then far field antenna 241 can work on by instruction label transmission motor 265, continue to make label conveyer belt 264 to transmit a dress RFID label tag, and enter subsequent processing; If not, then far field antenna 241 can work by command detection screening motor 2441, a dress RFID label tag that will be placed on label conveyer belt 264 to be controlled slip pushing piece 243 by detection screening motor 2441 is released, and this is pushed out, and a dress RFID label tag can be sent to defective products shifts out frame 245, to do defective products process, after complete, far field antenna 241 can work on by instruction label transmission motor 265, detects to open dress RFID label tag to the next one.
Particularly, slip pushing piece 243 is equipped with slide block 246, detect screening installing plate 242 and be provided with the slide rail 247 be slidably matched with slide block 246, detect Filter Transmission mechanism 2442 to be connected with slide block 246, slip pushing piece 243 slides to be located to detect by slide block 246 and being slidably matched of slide rail 247 and screens on installing plate 242, and wherein, the slip that slide block 246 coordinates with slide rail 247 is arranged, not only draw materials conveniently, and installation also facilitates.
Have again, the concrete structure of this detection Filter Transmission mechanism 2442 is: detect Filter Transmission mechanism 2442 comprise in rotate be located at detect screening installing plate 242 first end on first detect Filter Transmission wheel 24421, Filter Transmission wheel 24422 is detected relative to second on the second end of the first end detecting screening installing plate 242 in rotating to be located at, and be connected to the first detection Filter Transmission wheel 24421 and the detection screening feed belt 24423 of the second detection Filter Transmission wheel both 24422, first detection Filter Transmission wheel 24421 screens motor 2441 with detection and is connected, detect screening feed belt 24423 and be connected to slide block 246.
Thus, when being driven slip pushing piece 243 by slide block 246, first, when far field antenna 241 command detection screening motor 2441 works, detect screening motor 2441 and power is passed to the first detection Filter Transmission wheel 24421, and power is passed to detection screening feed belt 24423 by the first detection Filter Transmission wheel 24421, detect screening feed belt 24423 and can drive the second detection Filter Transmission wheel 24422, now, detect screening feed belt 24423 and also can be with movable slider 246, in this, the slide block 246 of slip just can make slip pushing piece 243 slide.
In addition, the concrete structure that this defective products shifts out frame 245 is: defective products shift out frame 245 comprise be obliquely installed from top to bottom and be positioned at slip pushing piece 243 below, in order to the recovery supporting plate 2451 of a dress RFID label tag tilt slide that makes to enter and be located at that the lower end of reclaiming supporting plate 2451 skids off for a dress RFID label tag skid off mouth 2452, wherein, supporting plate 2451 is reclaimed by arranging, a dress RFID label tag can be made by being obliquely installed of supporting plate 2451 of recovery to go out to slide to skid off mouth 2452 soon, improve the organic efficiency of bad dress RFID label tag.
Below in conjunction with graphic, the operation principle of the checkout gear 2 of the RFID label tag performance of the present embodiment is further described:
During detection, first by several dresses, RFID label tag is stacking is placed on feed unit 22, and when carrying out feeding work, charging motor 2271 works, drive the first charging drive, and the first charging drive drives the second charging drive by feed conveyor belt, and the second charging drive drives power transmission shaft and the feed wheel 226 on it to rotate, this moment, single the dress RFID label tag be positioned on charging placement plate 222 just carries out charging by feed wheel 226, then, this feed unit 22 can will be opened dress RFID label tag by accessory drive unit 27 and be sent into delivery unit 26, be specially, when accessory drive sensor sensing is to when opening dress RFID label tag near transmission rolling shaft 272, accessory drive motor 2741 starts to drive transmission rolling shaft 272 to rotate to feedstock direction, and helix tube 2751 is energized also falling bar 2752 jack-up, now, a dress RFID label tag passes through the roll extrusion transmission of transmission rolling shaft 272, then, a dress RFID label tag can be delivered to information writing unit 23 with written information by this delivery unit 26, be specially, near field antenna 230 is when sensing that a dress RFID label tag is brought, and it instruction label can transmit motor 265 break-off, stop transmitting with abstract factory conveyer belt 264, now, near field antenna 230 can carry out information write, after complete to a dress RFID label tag, near field antenna 230 can work on by instruction label transmission motor 265, continues to transmit a dress RFID label tag to make label conveyer belt 264, again then, a dress RFID label tag can be delivered to and detect screening unit 24 to screen defective products by delivery unit 26, be specially, when far field antenna 241 sense be placed on label conveyer belt 264 dress RFID label tag near time, far field antenna 241 can quit work by instruction label transmission motor 265, stop making label conveyer belt 264 transmitting, now, whether this far field antenna 241 just can detect a dress RFID label tag by information writing unit 23 written information, if, then far field antenna 241 can work on by instruction label transmission motor 265, continue to make label conveyer belt 264 to transmit a dress RFID label tag, and enter subsequent processing, if not, then far field antenna 241 can work by command detection screening motor 2441, a dress RFID label tag that will be placed on label conveyer belt 264 to be controlled slip pushing piece 243 by detection screening motor 2441 is released, and this is pushed out, and a dress RFID label tag can be sent to defective products shifts out frame 245, to do defective products process, after complete, far field antenna 241 can work on by instruction label transmission motor 265, detects to open dress RFID label tag to the next one, afterwards, a qualified dress RFID label tag can be delivered to discharging Hatch Opening 25 by delivery unit 26.
the embodiment of RFID label tag printer:
Refer to Fig. 1 to Fig. 9, below the most preferred embodiment of RFID label tag printer provided by the invention is set forth.
The RFID label tag printer 1 that the present embodiment provides, comprise above-mentioned RFID label tag performance checkout gear 2 and in order to screening the qualified print unit 3 that prints of dress RFID label tag of unit inspection after testing, print unit 3 is located at and is installed on rack 21 and between detection screening unit 24 and discharging Hatch Opening 25.
Because this RFID label tag printer 1 comprises checkout gear 2 and the print unit 3 of above-mentioned RFID label tag performance, thus, when printing RFID label tag, first can carry out Performance Detection by checkout gear 2 pairs of RFID label tag of RFID label tag performance, and then by print unit 3, the qualified RFID label tag of detection is printed, whole process is automation mechanized operation, not only efficiently avoid bad RFID label tag to flow in print unit 3 and printed, ensure the qualification rate of product, simultaneously, the production efficiency of RFID label tag Performance Detection can also be improved and reduce the production cost of RFID label tag Performance Detection.
Refer to Fig. 8 and Fig. 9, and composition graphs 1, the print unit 3 of the present embodiment comprises the printing erection support 31 be located on the table top installing rack 21, be located at the printhead 32 printed on erection support 31, be located at the stepper motor 33 printed on erection support 31, one end is connected to printhead 32 and one end is connected to the printing travel mechanism 34 that stepper motor 33 moves up and down to order about printhead 32 with the power transmitting stepper motor 33, in order to the arrival whether print sensor 35 of an induction dress RFID label tag, and be located at print on erection support 31 and the below being positioned at printhead 32 to be used as to support dress RFID label tag and the dragging axle 36 making its printing surface remain unchanged, wherein, print travel mechanism 34 and comprise the connector 341 be connected with stepper motor 33, the follower 342 be connected with connector, the printing slide block 343 be connected with follower 342, be located at print on erection support 31 and with the printing guide rail 344 printing slide block 343 and be slidably matched, and one end is connected to and prints erection support 31 and the other end and be connected to and print slide block 343 with the spring making printhead 32 print rear reply position, this printhead 32 is connected to and prints slide block 343.
Thus, when print sensor 35 senses a dress RFID label tag, stepper motor 33 is with follower link 341 and follower 342 to rotate to assigned address, then, then driven by follower 342 and print slide block 343 straight line and move down, and print slide block 343 printhead 32 straight line can be made to move down, when printhead 32 to touch dress RFID label tag, this printhead 32 just starts to print appointed information to a dress RFID label tag, and now, dragging axle 36 can prop up and supports dress RFID label tag and make it keep printing surface constant; After printhead 32 has printed appointed information, stepper motor 33 can be inverted to the station of setting, and now, printing slide block 343 can straight line move, and makes printhead 32 get back to unprinted initial position fast by spring.
Preferably, whether the RFID label tag printer 1 qualified dress RFID label tag also comprised in order to judge to come Autonomous test screening unit 24 carries out the printing judging unit printed, printing judging unit is located at and is installed on rack 21 and screen between unit 24 and print unit 3 in detection, and by this printing judging unit, can according to user's needs, printing whether instruction is made to qualified the dress RFID label tag carrying out Autonomous test screening unit 24, improves the function and usage of RFID label tag printer 1.
And in order to simplify structure and be convenient to draw materials, this printing judging unit is that a printing judges sensor.
The foregoing is only preferred embodiment of the present invention, its structure is not limited to the above-mentioned shape enumerated, and all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (10)
- The checkout gear of 1.RFID tag performance, is characterized in that, comprising:The installation rack arranged is installed for parts;Be located at described fitting machine cashier's office in a shop, with making the feed unit of this several dress RFID label tag charging for several dress RFID label tag stacking placements;Be located at described fitting machine cashier's office in a shop and near described feed unit, in order to carry out the information writing unit of relevant information write to the dress RFID label tag from described feed unit;Be located at described fitting machine cashier's office in a shop and near described information writing unit, the detection screening unit that screens in order to the Performance Detection after carrying out written information to the dress RFID label tag from described information writing unit and to whether qualified dress RFID label tag after detecting;Be located at described fitting machine and detect screening unit, in order to detect to through described the discharging Hatch Opening that screening unit screening qualified dress RFID label tag carries out discharging near described cashier's office in a shop;Be located at described fitting machine and fill the delivery unit that RFID label tag is sent to described information writing unit, described detection screening unit and described discharging Hatch Opening successively cashier's office in a shop, in order to opening of described feed unit will be placed in, described delivery unit comprises a label conveyer belt, and described label conveyer belt is adjacent to described feed unit and unit and described discharging Hatch Opening are screened in interspersed described information writing unit, described detection successively; AndBe located at described fitting machine cashier's office in a shop to control the control unit of described feed unit, described information writing unit, described detection screening unit and described delivery unit, described control unit is successively with described feed unit, described information writing unit, unit is screened in described detection and described delivery unit is electrically connected.
- 2. the checkout gear of RFID label tag performance as claimed in claim 1, is characterized in that: described feed unit comprises:Be located at described fitting machine charging erection support cashier's office in a shop;Be located on described charging erection support and place plate for the charging of the stacking placement of several dress RFID label tag;To be located on described charging erection support and to place with described charging the angle adjustment lever that plate is connected, places the anglec of rotation of plate in order to adjust described charging;To be located on described charging erection support and be positioned at described charging place plate top, in order to limit the charging confinement plate that single dress RFID label tag is fed;To be located on described charging erection support and to be connected with described charging confinement plate, in order to control the charging adjusting lever that described charging confinement plate moves up and down;To be located on described charging erection support and to be adjacent to described charging and place plate, in order to described charging to be placed the feed wheel of single dress RFID label tag output feed on plate; AndBe located at the charging driven unit on described charging erection support, in order to drive described feed wheel to rotate, described charging driven unit comprises charging motor and one end is connected with described charging motor and the other end is connected with described feed wheel, in order to the power of described charging motor to be reached the feeding transmission mechanism of described feed wheel.
- 3. the checkout gear of RFID label tag performance as claimed in claim 2, is characterized in that: described feed unit is equipped with the accessory drive unit in order to described in accessory drive dress RFID label tag, and described accessory drive unit comprises:Be located at described fitting machine accessory drive erection support cashier's office in a shop;Be located on described accessory drive erection support in rotating and be positioned at the top of described label conveyer belt, the transmission rolling shaft in order to described in roll extrusion transmission dress RFID label tag;Be located on described accessory drive erection support, in order to make described transmission rolling shaft locate fixing roller bearing fixed bar, described roller bearing fixed bar is equipped with a supporting roller rotatably arranged, described roller bearing fixed bar is connected with described transmission rolling shaft by described supporting roller;Be located at the accessory drive driven unit on described accessory drive erection support, in order to drive described transmission rolling shaft to rotate, described accessory drive driven unit comprises accessory drive motor and one end is connected with described accessory drive motor and the other end is connected with described transmission rolling shaft, in order to the power of described accessory drive motor to be reached the auxiliary drive gear of described transmission rolling shaft;Be located on described accessory drive erection support, in order to control the accessory drive switching device of the switch of described accessory drive motor, described accessory drive switching device comprises helix tube and is connected to the bar that falls on described helix tube; AndTo be located on described accessory drive erection support, in order to respond to described dress RFID label tag whether near the accessory drive sensor of described transmission rolling shaft, described accessory drive sensor is electrically connected with described helix tube.
- 4. the checkout gear of RFID label tag performance as claimed in claim 1, it is characterized in that: described information writing unit comprises can respond to described dress RFID label tag and the near field antenna can carrying out information write to described dress RFID label tag, and described near field antenna is electrically connected with described delivery unit.
- 5. the checkout gear of RFID label tag performance as claimed in claim 1, is characterized in that: described detection screening unit comprises:Be located at described fitting machine and whether fill RFID label tag by the far field antenna of described information writing unit written information cashier's office in a shop, in order to detect described, described far field antenna is electrically connected with described delivery unit;Be located at described fitting machine cashier's office in a shop and be close to a side of described label conveyer belt detection screening installing plate;Described detection on screening installing plate, in order to the slip pushing piece by being released described label conveyer belt by underproof described the dress RFID label tag of described far field antenna detection is located in sliding;Be located at the described detection screening driven unit detected on screening installing plate, in order to drive described slip pushing piece to slidably reciprocate, described detection screening driven unit comprises and detects screening motor and one end and screen that motor is connected and the other end is connected with described slip pushing piece, in order to detect described the detection Filter Transmission mechanism that the power screening motor reaches described slip pushing piece, described detection is screened motor and is electrically connected with described far field antenna with described detection; AndBe located at described fitting machine cashier's office in a shop and be close to described label conveyer belt another side, shift out frame in order to the defective products receiving a dress RFID label tag described in described slip pushing piece is released, described defective products shifts out frame and described slip pushing piece in being oppositely arranged.
- 6. the checkout gear of RFID label tag performance as claimed in claim 5, it is characterized in that: described slip pushing piece is equipped with slide block, described detection screening installing plate is provided with the slide rail coordinated with described skid, described detection Filter Transmission mechanism is connected with described slide block, and described slip pushing piece is slided by described slide block and described being slidably matched of slide rail and is located at described detection and screens on installing plate.
- 7. the checkout gear of RFID label tag performance as claimed in claim 6, it is characterized in that: described detection Filter Transmission mechanism comprises in rotating the first detection Filter Transmission wheel be located on the described first end detecting screening installing plate, Filter Transmission wheel is detected relative to second on described the second end detecting the first end of screening installing plate in rotating to be located at, and be connected to the detection screening feed belt that described first detects Filter Transmission wheel and described both second detection Filter Transmission wheels, described first detects Filter Transmission wheel screens motor be connected with described detection, described detection screening feed belt is connected to described slide block.
- 8. the checkout gear of RFID label tag performance as claimed in claim 5, is characterized in that: described defective products shifts out frame and comprises:Be obliquely installed from top to bottom and be positioned at the below of described slip pushing piece, the recovery supporting plate in order to a dress RFID label tag tilt slide described in making to enter; AndWhat the lower end being located at described recovery supporting plate skidded off for described dress RFID label tag skids off mouth.
- 9.RFID label machine, it is characterized in that: comprise the RFID label tag performance described in any one of claim 1-8 checkout gear and in order to through described detect screening unit inspection qualified described in the print unit that prints of dress RFID label tag, described print unit is located at described fitting machine and screen between unit and described discharging Hatch Opening in described detections cashier's office in a shop.
- 10. RFID label tag printer as claimed in claim 9, it is characterized in that: also comprise in order to judge from described detect screening unit qualified described in a dress RFID label tag whether carry out the printing judging unit that prints, described printing judging unit is located at described fitting machine and screen between unit and described print unit in described detections cashier's office in a shop.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510225269.4A CN104890385B (en) | 2015-05-05 | 2015-05-05 | RFID label printer and its detection means of RFID label tag performance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510225269.4A CN104890385B (en) | 2015-05-05 | 2015-05-05 | RFID label printer and its detection means of RFID label tag performance |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104890385A true CN104890385A (en) | 2015-09-09 |
| CN104890385B CN104890385B (en) | 2017-03-15 |
Family
ID=54023527
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510225269.4A Expired - Fee Related CN104890385B (en) | 2015-05-05 | 2015-05-05 | RFID label printer and its detection means of RFID label tag performance |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104890385B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2018039160A (en) * | 2016-09-06 | 2018-03-15 | 株式会社東芝 | Image formation apparatus |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101007471A (en) * | 2006-01-27 | 2007-08-01 | 昶驎科技股份有限公司 | Automatic spray printing and synchronous detection and tracking device and its method |
| JP2012148519A (en) * | 2011-01-20 | 2012-08-09 | Sato Knowledge & Intellectual Property Institute | Printer |
| CN202667161U (en) * | 2012-06-15 | 2013-01-16 | 苏州邺轩电子有限公司 | Battery electroscope |
| CN202734800U (en) * | 2012-06-25 | 2013-02-13 | 天津市中马骏腾精密机械制造有限公司 | Full-automatic detection production line for circle-annular part |
| CN202878928U (en) * | 2012-10-25 | 2013-04-17 | 格兰达技术（深圳）有限公司 | Lead frame conveying device of two-dimensional code marking machine of lead frame |
| CN104229243A (en) * | 2014-09-26 | 2014-12-24 | 国网重庆市电力公司电力科学研究院 | Automatic labeling production line for electric energy meter |
-
2015
- 2015-05-05 CN CN201510225269.4A patent/CN104890385B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101007471A (en) * | 2006-01-27 | 2007-08-01 | 昶驎科技股份有限公司 | Automatic spray printing and synchronous detection and tracking device and its method |
| JP2012148519A (en) * | 2011-01-20 | 2012-08-09 | Sato Knowledge & Intellectual Property Institute | Printer |
| CN202667161U (en) * | 2012-06-15 | 2013-01-16 | 苏州邺轩电子有限公司 | Battery electroscope |
| CN202734800U (en) * | 2012-06-25 | 2013-02-13 | 天津市中马骏腾精密机械制造有限公司 | Full-automatic detection production line for circle-annular part |
| CN202878928U (en) * | 2012-10-25 | 2013-04-17 | 格兰达技术（深圳）有限公司 | Lead frame conveying device of two-dimensional code marking machine of lead frame |
| CN104229243A (en) * | 2014-09-26 | 2014-12-24 | 国网重庆市电力公司电力科学研究院 | Automatic labeling production line for electric energy meter |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2018039160A (en) * | 2016-09-06 | 2018-03-15 | 株式会社東芝 | Image formation apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104890385B (en) | 2017-03-15 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104899619A (en) | Method for detecting performance of RFID (radio frequency identification) labels | |
| CN213001252U (en) | Sorting device and sorting recovery equipment | |
| CN207188238U (en) | Wrap up automatic transport sorting device | |
| CN111530774B (en) | Method for sorting products by means of a sorting device and sorting device | |
| CN201681058U (en) | Foreign matter detection device with X-ray machine | |
| CN106042620B (en) | A kind of paper continuous printing production system | |
| CN104890385A (en) | RFID (radio frequency identification) label printer and device for detecting performance of RFID labels | |
| CN203832854U (en) | Automatic sample-making, sample-packing and laser code-printing system | |
| CN108080286A (en) | One kind is suitable for sheet metal component and automates the separated detection device of substandard products | |
| EP3771652B1 (en) | Labeling apparatus | |
| CN211044385U (en) | A shipment module and self-service terminal of tax for self-service terminal | |
| CN113333302A (en) | Intelligent sorting and distributing device and sorting and conveying method thereof | |
| CN210585951U (en) | Beverage bottle sorting device and waste recycling cabinet | |
| CN210701239U (en) | Nawei code printing and screening device | |
| CN109230206B (en) | Portable intelligent shore-based fish obtains transmission, pastes mark integrated device | |
| CN205110157U (en) | Sorting unit of unidimensional product not | |
| CN202114019U (en) | Discharge device of circuit board defect inspection equipment | |
| CN205110168U (en) | Automatic sorting mechanism | |
| CN210821424U (en) | E-commerce commodity circulation is express delivery list printing device for packing | |
| CN209566196U (en) | Coiled material tail end positions driving means and coiled material cutting apparatus | |
| CN113522760A (en) | Automatic file sorting system | |
| CN113522778A (en) | Multifunctional logistics sorting equipment based on artificial intelligence and sorting method thereof | |
| KR101255755B1 (en) | Checkweigher for feeder ring belt type sorting means | |
| EP1443454B1 (en) | Magnetic detection device | |
| CN206827088U (en) | A kind of vertical beat based on PLC controls pastes code device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170315 Termination date: 20200505 |