CN104210889B - RFID (Radio Frequency Identification) tag winding, detecting and slitting equipment - Google Patents

RFID (Radio Frequency Identification) tag winding, detecting and slitting equipment Download PDF

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Publication number
CN104210889B
CN104210889B CN201410455323.XA CN201410455323A CN104210889B CN 104210889 B CN104210889 B CN 104210889B CN 201410455323 A CN201410455323 A CN 201410455323A CN 104210889 B CN104210889 B CN 104210889B
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China
Prior art keywords
rfid label
label tag
axis
mechanism
detection
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CN201410455323.XA
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Chinese (zh)
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CN104210889A (en
Inventor
陈建魁
尹周平
温雯
汤朋朋
王冠
叶晓滨
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华中科技大学
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Priority to CN201410455323.XA priority Critical patent/CN104210889B/en
Publication of CN104210889A publication Critical patent/CN104210889A/en
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Publication of CN104210889B publication Critical patent/CN104210889B/en

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Abstract

The invention discloses RFID (Radio Frequency Identification) tag winding, detecting and slitting equipment. The equipment comprises a rack, wherein an unwinding mechanism, a correction mechanism, a visual device, a detecting device, a feeding mechanism, a splitting mechanism and a winding mechanism are arranged on the rack along a flexible film material conveying direction; the unwinding mechanism is used for unfolding and conveying a flexible film material; the correction mechanism is used for correcting the flexible film material in the feeding direction; the visual device is used for acquiring location information of the flexible film material; the detecting device is used for detecting RFID tags and marking unqualified RFID tags on the flexible film material; the feeding mechanism is used for realizing the intermittent feeding of the flexible film material; a slitting mechanism is used for slitting the flexible film material into multiple columns; the winding mechanism is used for winding the flexible film material. According to the equipment disclosed by the invention, automatic detection on the RFID tags on the flexible film material can be realized, automatic slitting of the flexible film material can also be realized, and detecting and slitting functions are integrated, so that the work efficiency is high.

Description

A kind of RFID label tag winding detection cutting apparatus

Technical field

The present invention relates to technical field of photo-electro-mechanical integration, particularly relate to RFID tag manufacture production and set A kind of detection cutting apparatus in standby field.

Background technology

RFID i.e. radio frequency identification, is that one utilizes radio communication to realize contactless automatic identification skill Art.It by radiofrequency signal automatically identify destination object and its information is indicated, register, store and Management, it identifies that work, without manual intervention, is operable with various adverse circumstances.Along with RFID technique Development and perfect, and the cycle of model change is shorter and shorter, and market is to RFID label tag Demand is the most increasing, and the links manufacturing RFID label tag is proposed new challenge, RFID label tag manufacturing industry is had higher requirement.The production line that RFID label tag is manufactured is longer, Being directed to multiple working procedure, the operating mode that need to consider is the most varied, and numerous operations are integrated in a set of equipment Upper difficulty is big and high cost, adaptability and motility also decrease.In order to improve subsequent tag encapsulation The production efficiency of process, yield rate, it is ensured that label final performance, and guarantee the qualification rate that label dispatches from the factory, Need badly and RFID label tag is carried out a series of detection work.But under existing many occasions, to RFID The detection of label all have employed the mode of manual detection, often cannot ensure detection efficiency and testing result Stability.It addition, multiple row RFID on flexible membrane material is cut, also it is that follow-up RFID label tag is raw Necessary step in runoff yield journey.Owing to when detection, needing the RFID label tag on flexible membrane material to stop, And when cutting, need flexible membrane material to move feeding, so make can be automatically obtained on an equipment Detection, can be automatically obtained splitting function again relatively difficult

Summary of the invention

The main object of the present invention is to provide the RFID label tag winding detection of a kind of intelligent and high-efficiency and cuts and set Standby, detection function and splitting function are integrated in one, to improve production efficiency, it is ensured that product qualified Rate.

For achieving the above object, according to one aspect of the present invention, it is provided that a kind of RFID label tag winding Detection cutting apparatus, it is characterised in that: include frame, in frame along the direction that flexible membrane material transmits successively Be provided with unreeling structure, deviation correction mechanism, sighting device, detection device, feed mechanism, cutting mechanism and Rolling-up mechanism;

Unreeling structure, for launching to transmit by the flexible membrane material with RFID label tag of rolling;

Deviation correction mechanism, entangles for determining according to the Y-axis positional information of the flexible membrane material of sighting device collection Deviator, rectifies a deviation along Y-axis to flexible membrane material according to correction amount;

Sighting device, for gathering positional information and the characterization image information of flexible membrane material;

Detection device, for detecting the RFID label tag on flexible membrane material, and on flexible membrane material Underproof RFID label tag makes marks;Described detection device includes the first detection device, the second detection dress Put and detect sensor;Described first detection device includes the first read write line, some device for ink, read-write Device installing component, position adjustments beam, medial support seat, outside-supporting seat, outside connect seat, base plate, First bearing pin and the second bearing pin;Medial support seat by the first hinge on base plate, the first bearing pin Being parallel to Z axis, read write line installing component is fixedly connected with medial support seat and outside-supporting seat, position Putting regulation beam by the second hinge on outside-supporting seat, the second bearing pin is horizontally disposed with, some ink dress Put and be separately mounted on position adjustments beam and read write line installing component with the first read write line, put device for ink position In the top of the first read write line, outside-supporting seat and read write line installing component can rotate around the first bearing pin, Position adjustments beam and thereon some device for ink can rotate around the second bearing pin.

Feed mechanism, is used for realizing flexible membrane material intermittence feeding;

Cutting mechanism, for cutting into multiple row by flexible membrane material;

Rolling-up mechanism, for being wound around rolling by flexible membrane material;

X-axis extends in left-right direction, and Y-axis extends along the longitudinal direction, Z axis vertically extending and X-axis, Y-axis and Z axis collectively form cartesian coordinate system.

Preferably, described first detection device includes that the first read write line, described first read write line include two Individual above module for reading and writing, it is by near field antenna or the conduction of far field antenna detection RFID label tag, And by data message write or reading RFID label chip;When reader/writer module is installed along Y-axis, Above RFID label tag can be arranged to two to detect simultaneously simultaneously, when reader/writer module X-axis is installed, energy Single-row label is detected, the RFID label tag of more than two panels can be detected simultaneously;Described second detection device bag Including the second read write line, the second read write line is equipped with far field antenna, for detecting the concordance of RFID label tag; Described second detection device is configured with the adjustable two pieces of barricades of spacing arranged along X-axis, for non- The shielding of the RFID label tag of detection position.

Preferably, described detection sensor include color mark sensor, penetration laser distinguish sensor and One or more of height sensor;Color mark sensor is used for detecting color change, and height sensor is used In the thickness change of detection flexible membrane material, penetration laser distinguishes that sensor is for the sky to RFID label tag Line coil is identified, to realize RFID label tag counting and detection and localization.

Preferably, described some device for ink includes the cylinder saddle being arranged on position adjustments beam, and cylinder props up Seat can be provided with driving cylinder and by driving along the longitudinally adjusted position of position adjustments beam on cylinder saddle The point writing brush that air cylinder driven moves up and down, when underproof RFID label tag occurs in detection, drives cylinder Drive some writing brush to move downward, underproof RFID label tag is carried out a black labelling.

Preferably, described feed mechanism includes pressing device and two clamping devices, and said two clamps Mechanism is arranged in the left and right sides of pressing device;Pressing device includes the motor being connected in frame Support, electric machine support is provided with driving motor and drives roller, drives motor to pass through ball wire rod mechanism Drive and drive roller to move up and down.

Preferably, described clamping device includes clamp bracket, and described clamp bracket is provided with clamping The gripper cylinder that the upper grip block of plate, lower grip block and driving moves up and down;The bottom face of upper grip block is even Connecing chip and dodge plate, chip dodges plate can adjust position along Y-axis, and chip is dodged and had a plurality of use on plate Groove in the chip dodging RFID label tag.

Preferably, also include that auxiliary device, described auxiliary device include static eraser, waste discharge dress Put;

Static eraser is positioned close to the position of unreeling structure and/or rolling-up mechanism, in order to reduce work Make the interval electrostatic impact on RFID label tag performance;

Waste discharge apparatus is arranged on the right side of cutting mechanism, and waste discharge apparatus is provided with negative pressure suction device, negative The waste material that the flexible membrane material that pressure suction device is produced after being cut by air negative pressure drops is drawn to waste material Box.

Preferably, described cutting mechanism position is adjustably mounted in frame;Described cutting mechanism bag Including blade, tool rest, knife rest, the axis of guide, sleeve, blade is installed on tool rest, can raise at tool rest Whole Z axis cutting position;Tool rest is installed on sleeve, can carry out Y-axis position adjustment on sleeve;Set Cylinder is relatively fixed with axis of guide position, and the axis of guide is threadeded with knife rest, and the regulation axis of guide is on knife rest Position, can the position of all blades on regulating sleeve.

Preferably, described unreeling structure includes that emptying roller, emptying roller are positioned at the left end of frame, emptying roller Upper connection magnetic powder brake;Rolling-up mechanism includes that material receiving roller, material receiving roller are positioned at the right-hand member of frame, rewinding Roller connects magnetic powder cluth, and magnetic powder cluth connects driving motor;It is provided with man-machine in described frame Interactive controlling panel, human-computer interactive control panel includes that tension controller, described tension controller are used for Control magnetic powder brake and magnetic powder cluth, and then regulate and control the tension force of flexible membrane material.

In general, by the contemplated above technical scheme of the present invention compared with prior art, it is possible to take Following beneficial effect:

1) this equipment can realize the automatic detection to the RFID label tag on flexible membrane material, and it is right to realize again The automatic cutting of flexible membrane material, integrates detection and splitting function, and work efficiency is high;

2) only need to carry out Product checking when need not cut, described in cut module and be adjustable to flexible membrane material Top, shields splitting function;

3) when only carrying out product and cutting, described detection device can be controlled by the control system of equipment and suspend Work, only is realized cutting the flexible membrane material posting multiple row RFID label tag by cutting mechanism;

4) this equipment can also be merely with deviation-correcting function, it is achieved fexible film is carried out rewinding function.

Accompanying drawing explanation

Fig. 1 is the structural representation of the present invention;

Fig. 2 is multiple module for reading and writing and multiple some ink dress of the first read write line on the first detection device in the present invention Put structural representation during Y-axis distribution;

Fig. 3 is multiple module for reading and writing and multiple some ink of the first read write line in the present invention on the first detection device The structural representation during distribution of device X-axis;

Fig. 4 is the structural representation of the first detection device in the present invention;

Fig. 5 is the structural representation of pressing device in the present invention;

Fig. 6 is the explosive view of the little running roller driving roller in the present invention;

Fig. 7 is the structural representation of clamping device in the present invention;

Fig. 8 is the structural representation of cutting mechanism in the present invention;

Fig. 9 is the control block diagram of sighting device in the present invention.

Detailed description of the invention

For making technical scheme and advantage express clearer, below by embodiment, And combine accompanying drawing, it is further described.If described herein as when relating to instantiation only in order to explain The present invention, does not limit the present invention.

As it is shown in figure 1, a kind of RFID label tag winding detection cutting apparatus, including frame 10, frame 10 On along flexible membrane material winding transmit direction be disposed with unreeling structure 100, deviation correction mechanism 200, regard Feel that device 300, first detects device 400, second detection device 500, feed mechanism 600, cutting machine Structure 700 and rolling-up mechanism 800, jointly complete the conveying of flexible membrane material, detect, cut and rolling.Its In, unreeling structure 100, deviation correction mechanism 200, feed mechanism 600 and rolling-up mechanism 800 have cooperated The conveying of flexible membrane material;Sighting device 300, first detects device 400, second detection device 500 and The function that cutting mechanism 700 is cut for the detection and flexible membrane material realizing RFID label tag.With reference to Fig. 1, The X-direction that is previously mentioned in the present invention, Y direction, Z-direction are with reference to the coordinate system in figure.X-axis Direction is left and right directions, and Y direction is fore-and-aft direction, and Z-direction is above-below direction.Flexible membrane material Overall direction of advance is from left to right.

Unreeling structure 100 includes that emptying roller, emptying roller are positioned at the left end of frame 10, connects after emptying roller Connect magnetic powder brake;Rolling-up mechanism 800 is provided with multiple, and rolling-up mechanism 800 includes material receiving roller, rewinding Roller is positioned at the right-hand member of frame 10, and material receiving roller connects magnetic powder cluth, and magnetic powder cluth connects motor. Be provided with man-machine interaction panel 920 in frame 10, human-computer interactive control panel 920 include display screen, On and off switch, display lamp, scram button and tension controller;Described magnetic powder cluth or magnetic powders brake Device is controlled by the tension controller on man-machine interaction panel 920, and scalable and control flexible membrane material tension force are steady Fixed.

Deviation correction mechanism 200 is placed on the right side of unreeling structure 100, has been used for the correction of flexible membrane material.Entangle The Y-axis positional information calculation of the flexible membrane material that mechanism 200 gathers according to sighting device 300 partially goes out required Y-axis correction amount complete correction.

Sighting device 300 is arranged between deviation correction mechanism 200 and the first detection device 400, can be closely Gather the flexible membrane material actual position information needed for correction and detection.Sighting device 300 includes camera and phase Machine supports seat, and described camera can carry out position adjustments in Y-axis and Z axis under the cooperation of camera support seat, To reach optimized image collection effect.With reference to Fig. 9, sighting device 300 acquired image information is through control System processed processes Y-axis positional information and X-axis positional information, the Y-axis positional information of available flexible membrane material Transmit to deviation correction mechanism 200 and obtain required correction amount, X-axis positional information controllable feeding mechanism 600 Action, it is achieved accurately feeding;Sighting device 300 also can realize the acquisition function of Quick Response Code or bar code, And the identification information transmission gathered is detected device 400 to described first, by the first detection device 400 On the first read write line 410 by the chip of RFID label tag detected for relevant information write.More, Sighting device 300 can carry out outward appearance detection to product, including to RFID label tag surface by identify word With the judgement printing quality of pattern, bad order product is given alarm, then uses and manually give Replace.

Detection device includes the first detection device 400, second detection device 500 and detection sensor.The One detection device 400 occupy on the right side of sighting device 200, for being continuously finished the Function detection of flexible membrane material, And bad object is made marks.First detection device 400 includes the first read write line 410, the first read write line 410 include plural module for reading and writing, and module for reading and writing uses near field antenna or far field antenna, mainly examines Surveying the conduction of RFID label tag, the information source of the chip of write RFID label tag is in sighting device 300 Bar code/Quick Response Code or other characterization image information to RFID label tag surface printing;Described second detection dress Put 500 and include that the second read write line, the second read write line are equipped with a far field antenna, predominantly detect RFID mark The concordance signed, second detection device 500 is also provided with the adjustable two pieces of shieldings of spacing arranged along X-axis Plate, for the shielding of the RFID label tag to non-detection position.

As in figure 2 it is shown, detection sensor can include that color mark sensor 493, penetration laser distinguish sensing One or more in device 492 and height sensor 494.Color mark sensor 493 can have face for surface The RFID label tag of complexion changed carries out counting and detection and localization, and height sensor 494 is used for detecting flexible membrane The thickness change of material, penetration laser distinguishes that the aerial coil of RFID label tag can be carried out by sensor 492 Identify and count.Color mark sensor 493, penetration laser distinguish sensor 492 and highly sensing Device 494 can adjust position along Y-axis.Detection sensor is by detection and localization, by treated for positional information biography Transport to feed mechanism 600 and realize accurate feeding.

As shown in Figures 2 and 3, the first read write line 410 is equipped with two or more module for reading and writing and some ink dress Put 420, above each module for reading and writing, be correspondingly arranged a some device for ink 420.First detection device 400 Also include that position adjustments beam 460, read write line installing component 470, outside-supporting seat 451, outside connect Seat 452, medial support seat 453, base plate the 480, first bearing pin 430 and the second bearing pin 440.First reads The multiple module for reading and writing writing device 410 are arranged on read write line installing component 470, multiple somes device for ink 420 Being arranged on position adjustments beam 460, some device for ink 420 can regulate position along the longitudinal direction of position adjustments beam 460 Put.

Medial support seat 453 is hinged on base plate 480 by the first bearing pin 430, the first bearing pin 430 Being parallel to Z axis, read write line installing component 470 is equal with medial support seat 453 and outside-supporting seat 451 Fixing connection, position adjustments beam 460 is hinged on outside-supporting seat 451 by the second bearing pin 440, the Two bearing pins 440 are horizontally disposed with, and some device for ink 420 and the first read write line 410 are separately mounted to position adjustments On beam 460 and read write line installing component 470, some device for ink 420 is positioned at the top of the first read write line 410, Outside-supporting seat 451 and read write line installing component 470 can rotate around the first bearing pin 430, position adjustments beam 460 and thereon some device for ink 420 can rotate around the second bearing pin 440.

When multiple module for reading and writing of the first read write line 410 and multiple somes device for ink 420 are distributed along Y-axis (in Fig. 1 and Fig. 2), multiple module for reading and writing of the first read write line 410 can be for multiple row RFID label tag Detect;When position adjustments beam 460 from the position of Fig. 2 around the first bearing pin 430 half-twist conversion After, position adjustments beam 460 be parallel to X-axis, now multiple read-write moulds of the first read write line 410 Block and multiple somes device for ink 420 along X-axis be distributed time (Fig. 3), multiple read-writes of the first read write line 410 Module can realize multiple unit for the RFID label tag of single-row layout and detect simultaneously, improves detection efficiency.

As shown in Figure 4, some device for ink 420 includes the cylinder saddle being arranged on position adjustments beam 460, Cylinder saddle can be provided with driving cylinder along the longitudinally adjusted position of position adjustments beam 460 on cylinder saddle 422 and by driving cylinder 422 to drive the some writing brush 421 that moves up and down, cylinder saddle includes for supporting First the writing brush connection member 423 driving cylinder 422 and the second point ink being used for strong point writing brush 421 Connection member 424, when detecting RFID label tag and defective RFID label tag occur, drives cylinder 422 Driving some writing brush 421 to move downward, some writing brush 421 carries out a black labelling to defective RFID label tag, Machine alarm, equipment suspends running;Being provided with outside on base plate 480 and connect seat 452, outside connects seat 452 are connected by bayonet unit 461 away from one end of the second bearing pin 440 with position adjustments beam 460, when Occur after substandard product, equipment downtime, bayonet unit 461 can be pushed aside, by position adjustments beam 460 around Second bearing pin 440 rotates thus lifts and fix, and concedes manual operations position, utilizes artificial by substrate Defective RFID label tag replaces to certified products, resets and makes equipment continue running.

Described feed mechanism 600 occupy on the right side of the first detection device 400, according to the layout of flexible membrane material The intermittent flexible membrane material that drags realizes discontinuous feeding.Feed mechanism 600 includes pressing device 630 He Two clamping devices 620, two clamping devices 620 are arranged in the left and right sides driving roller 610.

Preferred as one, feed mechanism 600 is when realizing feeding, and clamping device 620 remains The state that clamping side, side is unclamped, when the clamping device 620 in left side is in clamped condition, right side Clamping device 620 when being in releasing orientation, drive roller 610 upwards lifting, rolling-up mechanism 800 enters Row rolling;When the clamping device 620 in left side is in releasing orientation, and the clamping device 620 on right side is in During clamped condition, drive roller 610 to move downward pushing flexible membrane material and make it move forward to realize feeding. Preferred as another kind, described feed mechanism may be used without the version of sound clamping, clamping device Including a quiet clamping device and a dynamic clamping device, the two is separately positioned on pressing device 630 Left side and right side.During work, flexible membrane material is unclamped in quiet clamping, runs dynamic clamping device, dynamic clamping dress Putting and clamp flexible membrane material and move the feeding realizing flexible membrane material, rolling-up mechanism carries out rolling simultaneously;This Rear quiet clamping clamping flexible membrane material, can carry out Static Detection, some ink operation, move clamping device simultaneously Unclamp flexible membrane material and be returned to initial position.

As it is shown in figure 5, pressing device 630 includes the electric machine support 617 being connected in frame 10, electricity Driving motor 616 it is installed on machine support 617 and drives roller 610, driving motor 616 to pass through ball wire Linkage drives and drives roller 610 to move up and down.Roller 610 is driven to be rearranged by several pony rolls wheel, institute State little running roller and be divided into inner ring 612 and outer ring 613.As shown in Figure 6, the inner ring 612 of little running roller is by one Individual holding screw 615 is fixedly mounted on mandrel 611;Outer ring 613 and inner ring 612 are by two axles Hold 614 cooperations, the freely rotatable of little running roller can be realized.For avoiding the chip on flexible membrane material, pony roll There is spacing between wheel, the position of little running roller can be adjusted on mandrel 611.As it is shown in fig. 7, Clamping device 620 includes grip block 621 and lower grip block 624, and upper grip block 621 is by a clamping gas Cylinder 622 drives, to realize and the coordinating of lower grip block 624.It addition, the bottom of upper grip block 621 Face connects chip and dodges plate 623, and chip is dodged and had a plurality of groove on plate 623;On upper grip block 621 It is provided with strip hole, facilitates chip to dodge plate 623 along Y-axis adjusting position, to realize multi-form Flexible membrane material on the dodging of chip.

With reference to Fig. 8, cutting mechanism 700 is arranged between feed mechanism 600 and rolling-up mechanism 800, uses Multiple row RFID label tag after completing chip attachment cuts into multiple single-row, does for subsequent tag is compound Prepare.Preferably, cutting mechanism 700 includes blade 710, tool rest 720, knife rest 750, the axis of guide 740, sleeve 730 and adjustment screw 760 etc.;Blade 710 is installed on tool rest 720, can be at cutter Z axis cutting position is adjusted on seat 720;Tool rest 720 is installed on sleeve 730, can be at sleeve 730 On carry out Y-axis position adjustment;Sleeve 730 is relatively fixed with the axis of guide 740 position, the axis of guide 740 Threaded with knife rest 750, by the regulation axis of guide 740 location status on knife rest 750, can Unanimously determine the location status of all slitting blades 710 on sleeve 730.

Described auxiliary device includes static eraser 910, waste discharge apparatus 930, human-computer interactive control face Plate 920, gas expansion shaft aerating device 940.

As it is shown in figure 1, eliminostatic module 910 and respectively arranges one on front side of wind-up roll on rear side of let off roll Place, substrate and each component contact fricative electrostatic, eliminostatic mould in running in order to abatement apparatus Block 910 can directly be fixedly mounted in frame 10, it is possible to uses magnetic-type convenient regulation placement location.

Waste discharge apparatus 930 is arranged on rear side of cutting mechanism 700, mainly includes being arranged on cutting mechanism 700 Axis of traction on the downside of downstream transition roller and blower fan, the waste material of the substrate both sides produced after being cut by blower fan Draw along axis of traction and severing is to waste material box.

Gas expansion shaft aerating device 940 is arranged in the middle of unreeling structure and rolling-up mechanism, can be to unwinding and rewinding mechanism Gas expansion shaft be inflated, it is ensured that unwinding and rewinding work be smoothed out.

It addition, be additionally provided with some directive wheels in frame 10, for the motion of flexible membrane material is led To.

This equipment can realize different functions, and when only carrying out Product checking, cutting mechanism 700 is adjustable Saving the top to flexible membrane material, splitting function is shielded.Detection merit is realized adapting to multiple row RFID label tag During energy, multiple module for reading and writing and the multiple somes device for ink 420 of described first read write line 410 are arranged along Y-axis, And its Y-axis position of scalable realizes being directed to the layout of flexible membrane material;Adapting to single-row RFID label tag When realizing detection function, the first detection device 400 realizes 90 degree of position conversions through the first bearing pin 430, Multiple module for reading and writing and some device for ink are arranged along X-axis, can realize examining while multiple unit on flexible membrane material Survey, improved efficiency can be carried out.

Only need to cut be not required to detection time, can by operating system control described first detection device 400 suspend Work, only realizes cutting multiple row RFID label tag.

Above content is the further description being the present invention in conjunction with specific embodiments, it is impossible to recognize Determine the present invention be embodied as be confined to these explanation, those skilled in the art Described specific embodiment can be carried out various amendment or supplement or use similar fashion to replace Change, without departing from the spirit of the present invention, all should be considered as belonging to protection scope of the present invention.

Claims (9)

1. a RFID label tag winding detection cutting apparatus, it is characterised in that: including frame, the direction that frame transmits along flexible membrane material is disposed with unreeling structure, deviation correction mechanism, sighting device, detection device, feed mechanism, cutting mechanism and rolling-up mechanism;
Unreeling structure, for launching to transmit by the flexible membrane material with RFID label tag of rolling;
Deviation correction mechanism, for determining correction amount according to the Y-axis positional information of the flexible membrane material of sighting device collection, rectifies a deviation along Y-axis to flexible membrane material according to correction amount;
Sighting device, for gathering positional information and the characterization image information of flexible membrane material;
Detection device, for detecting the RFID label tag on flexible membrane material, and makes marks to RFID label tag underproof on flexible membrane material;Described detection device includes the first detection device, second detection device and detection sensor;Described first detection device includes that the first read write line, some device for ink, read write line installing component, position adjustments beam, medial support seat, outside-supporting seat, outside connect seat, base plate, the first bearing pin and the second bearing pin;Medial support seat passes through the first hinge on base plate, first bearing pin is parallel to Z axis, read write line installing component is fixedly connected with medial support seat and outside-supporting seat, position adjustments beam passes through the second hinge on outside-supporting seat, second bearing pin is horizontally disposed with, point device for ink and the first read write line are separately mounted on position adjustments beam and read write line installing component, point device for ink is positioned at the top of the first read write line, outside-supporting seat and read write line installing component can rotate around the first bearing pin, and position adjustments beam and thereon some device for ink can rotate around the second bearing pin;
Feed mechanism, is used for realizing flexible membrane material intermittence feeding;
Cutting mechanism, for cutting into multiple row by flexible membrane material;
Rolling-up mechanism, for being wound around rolling by flexible membrane material;
X-axis extends in left-right direction, and Y-axis extends along the longitudinal direction, and Z axis is vertically extending and X-axis, Y-axis and Z axis collectively form cartesian coordinate system.
A kind of RFID label tag winding detection cutting apparatus the most according to claim 1, it is characterized in that: described first detection device includes the first read write line, described first read write line includes plural module for reading and writing, it is by near field antenna or the conduction of far field antenna detection RFID label tag, and by data message write or reading RFID label chip;When reader/writer module is installed along Y-axis, above RFID label tag can be arranged to two simultaneously detect simultaneously, when reader/writer module X-axis is installed, single-row label can be detected, the RFID label tag of more than two panels can be detected simultaneously;Described second detection device includes the second read write line, and the second read write line is equipped with far field antenna, for detecting the concordance of RFID label tag;Described second detection device is configured with the adjustable two pieces of barricades of spacing arranged along X-axis, for the shielding of the RFID label tag to non-detection position.
A kind of RFID label tag winding detection cutting apparatus the most according to claim 1, it is characterised in that: described detection sensor includes that color mark sensor, penetration laser distinguish one or more of sensor and height sensor;Color mark sensor is used for detecting color change, and height sensor is for detecting the thickness change of flexible membrane material, and penetration laser distinguishes that RFID label tag, for being identified the aerial coil of RFID label tag, is counted and detection and localization by sensor with realization.
A kind of RFID label tag winding detection cutting apparatus the most according to claim 1, it is characterized in that: described some device for ink includes the cylinder saddle being arranged on position adjustments beam, cylinder saddle can be along the longitudinally adjusted position of position adjustments beam, it is provided with on cylinder saddle and drives cylinder and by the some writing brush driving air cylinder driven to move up and down, when there is underproof RFID label tag in detection, drive air cylinder driven point writing brush to move downward, underproof RFID label tag is carried out a black labelling.
A kind of RFID label tag winding detection cutting apparatus the most according to claim 1, it is characterised in that: described feed mechanism includes pressing device and two clamping devices, and said two clamping device is arranged in the left and right sides of pressing device;Pressing device includes the electric machine support being connected in frame, electric machine support is provided with driving motor and drives roller, drives motor to be driven by ball wire rod mechanism and drives roller to move up and down.
A kind of RFID label tag winding detection cutting apparatus the most according to claim 5, it is characterised in that: described clamping device includes clamp bracket, and described clamp bracket is provided with grip block, lower grip block and the gripper cylinder driving upper grip block to move up and down;The bottom face of upper grip block connects chip and dodges plate, and chip dodges plate can adjust position along Y-axis, and chip dodges the groove having a plurality of chip for dodging RFID label on plate.
A kind of RFID label tag winding detection cutting apparatus the most according to claim 1, it is characterised in that: also include that auxiliary device, described auxiliary device include static eraser, waste discharge apparatus;
Static eraser is positioned close to the position of unreeling structure and/or rolling-up mechanism, in order to reduce the impact on RFID label tag performance of the operation interval electrostatic;
Waste discharge apparatus is arranged on the right side of cutting mechanism, and waste discharge apparatus is provided with negative pressure suction device, and the waste material that the flexible membrane material that negative pressure suction device is produced after being cut by air negative pressure drops is drawn to waste material box.
A kind of RFID label tag winding detection cutting apparatus the most according to claim 1, it is characterised in that: described cutting mechanism position is adjustably mounted in frame;Described cutting mechanism includes blade, tool rest, knife rest, the axis of guide, sleeve, and blade is installed on tool rest, can adjust Z axis cutting position on tool rest;Tool rest is installed on sleeve, can carry out Y-axis position adjustment on sleeve;Sleeve is relatively fixed with axis of guide position, and the axis of guide is threadeded with knife rest, regulates axis of guide position on knife rest, the position of all blades on energy regulating sleeve.
A kind of RFID label tag winding detection cutting apparatus the most according to claim 1, it is characterised in that: described unreeling structure includes that emptying roller, emptying roller are positioned at the left end of frame, and emptying roller connects magnetic powder brake;Rolling-up mechanism includes that material receiving roller, material receiving roller are positioned at the right-hand member of frame, and material receiving roller connects magnetic powder cluth, and magnetic powder cluth connects driving motor;Being provided with human-computer interactive control panel in described frame, human-computer interactive control panel includes that tension controller, described tension controller are used for controlling magnetic powder brake and magnetic powder cluth, and then regulates and control the tension force of flexible membrane material.
CN201410455323.XA 2014-09-09 2014-09-09 RFID (Radio Frequency Identification) tag winding, detecting and slitting equipment CN104210889B (en)

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Application Number Priority Date Filing Date Title
CN201410455323.XA CN104210889B (en) 2014-09-09 2014-09-09 RFID (Radio Frequency Identification) tag winding, detecting and slitting equipment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201410455323.XA CN104210889B (en) 2014-09-09 2014-09-09 RFID (Radio Frequency Identification) tag winding, detecting and slitting equipment

Publications (2)

Publication Number Publication Date
CN104210889A CN104210889A (en) 2014-12-17
CN104210889B true CN104210889B (en) 2017-01-11

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CN104552367B (en) * 2015-01-26 2017-01-04 广西鑫深科技有限公司 Test leather machine
CN104680208B (en) * 2015-01-27 2017-12-22 上扬无线射频科技扬州有限公司 Suitable for the automated optical identifying system of wireless radio frequency identification mark quality examination
CN105046298B (en) * 2015-07-20 2018-07-24 上海博应信息技术有限公司 A kind of RFID electronic label writes code, detection integrated apparatus
CN105717563B (en) * 2016-04-22 2018-02-06 东莞市光志光电有限公司 A kind of new bright enhancement film regular point hinders sheet material mark die-cutting process manufacture and method
CN106005644B (en) * 2016-08-15 2018-05-25 浙江卡恩电子有限公司 A kind of electronic soft label tears labeling system automatically
CN106599757B (en) * 2016-11-23 2019-12-24 深圳市艾微迅自动化科技有限公司 High-speed data acquisition and comparison system and method thereof
CN108556057A (en) * 2018-04-01 2018-09-21 广州橸赛精密机械有限公司 A method of the increase material deformation ability being applied in the production of RFID tag composite mold cutting
CN109809225A (en) * 2018-12-29 2019-05-28 航天信息股份有限公司 Label initialization system and method

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KR100999119B1 (en) * 2008-05-08 2010-12-07 한국기계연구원 printing apparatus roll type electro component
CN102040114A (en) * 2009-10-21 2011-05-04 刘家斌 Digital visual positioning position correcting device
CN101762597B (en) * 2009-12-31 2012-12-05 深圳市博泰印刷设备有限公司 Printing material detecting equipment
CN103049771B (en) * 2012-12-03 2015-11-11 华中科技大学 A kind of RFID label tag on-line measuring device
CN103359521B (en) * 2013-07-11 2015-07-22 华中科技大学 Float roll system with both rectification and tension controlling functions
CN203806743U (en) * 2014-04-15 2014-09-03 深圳市永盛嘉机械有限公司 Rolling wheel conveying device of trademark shearing and folding machine
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CN204124918U (en) * 2014-09-09 2015-01-28 华中科技大学 A kind of RFID label tag winding detects cutting apparatus

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