CN103817721A - On-line slitting device suitable for RFID (Radio Frequency Identification) tag production - Google Patents
On-line slitting device suitable for RFID (Radio Frequency Identification) tag production Download PDFInfo
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- CN103817721A CN103817721A CN201410071644.XA CN201410071644A CN103817721A CN 103817721 A CN103817721 A CN 103817721A CN 201410071644 A CN201410071644 A CN 201410071644A CN 103817721 A CN103817721 A CN 103817721A
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Abstract
The invention provides an on-line slitting device suitable for RFID (Radio Frequency Identification) tag production, and belongs to the field of RFID encapsulation. The on-line slitting device comprises a supporting pillar component, a blade moving plate, slitting blade components, a blade distance adjusting component, a blade moving plate adjusting component, a coupler and a motor, wherein the supporting pillar component comprises a supporting pillar, and the surface of the supporting pillar is provided with a sliding groove; the blade moving plate is arranged in the sliding groove; the slitting blade components are arranged on the blade moving plate; the blade distance adjusting component is detachably arranged on the supporting pillar and is used for adjusting the axial distance of the slitting blade components adjacent to the blade distance adjusting component; the blade moving plate adjusting component is used for driving the blade moving plate to slide axially in the sliding groove of the supporting pillar, and thus the axial positions of multiple slitting blade components can be integrally adjusted; one end of the coupler is connected to the other end of the supporting pillar; an output shaft of the motor is connected with the other end of the coupler, the supporting pillar and the multiple slitting blade components which are located on the supporting pillar can be driven to rotate together through the rotation of the motor, and thus the angles of the multiple slitting blades can be integrally adjusted. According to the on-line slitting device suitable for the RFID tag production, provided by the invention, the positions and the angles of the slitting blades can be conveniently adjusted, the slitting efficiency can be increased, and the service life of the slitting blades can be prolonged.
Description
Technical field
The present invention relates to RFID encapsulation technology field, be specifically related to the online cutting device that a kind of RFID of being suitable for label is produced, for by before packaged Inlay rolling online point be cut to single-row.
Background technology
Inlay at RFID Tag Packaging equipment cuts this field, mainly contains at present two kinds of methods: off-line is cut and cut online.
Inlay off-line is cut: by after Inlay rolling, on special cutting machine, cut (likely needing rewinding).This way has its obvious weak point: (a) increased the technological process of production, reduced production efficiency and product percent of pass; (b) must be equipped with equipment and the operators such as cutting machine, increase production cost.
Inlay cuts online: before Inlay rolling, cut, can simplify the technological process of production, enhance productivity.
At present, the conventional Inlay online scheme of cutting mostly is fixed carving knife, but conventional scheme exists following shortcoming conventionally: (a) be inconvenient to adjust blade position; (b) be inconvenient to adjust carving knife angle and blade cutting edge position, blade cutting edge wearing and tearing are wayward; (c) while adjusting blade assembly separately, can not or inconvenient quantitative and stable its position of adjustment.
Summary of the invention
For the defect of prior art, the invention provides the online cutting device that a kind of RFID of being suitable for label is produced, its object is, both the position to multiple blades and angle were carried out monoblock type adjustment to this device easily, can carry out independent accurate adjustment to the position of single blade, angle and blade cutting edge position again, it has improved cuts efficiency, extends blade service life.
Be suitable for the online cutting device that RFID label is produced, comprise:
Support column assembly, comprises support column, and support column surface has chute;
Blade moving plate, is placed in the chute of support column surface;
Multiple slitting blade assemblies, along gate shafts to being installed on successively on blade moving plate;
Blade space is adjusted assembly, is removably installed on support column, for adjusting the axial location of single slitting blade assembly on blade moving plate, thereby adjusts the axial spacing of itself and adjacent slitting blade assembly;
Blade moving plate is adjusted assembly, is installed on one end of support column, and for driving blade moving plate to slide axially in the chute of described support column, thereby entirety is adjusted the axial location of multiple slitting blade assemblies;
Shaft coupling, its one end connects the other end of support column;
Motor, its output shaft connects the other end of shaft coupling, rotarily drive support column and rotate together with the multiple blade assemblies that are located thereon, thereby entirety is adjusted the angle of multiple carving knives by motor;
Wherein, described slitting blade assembly comprises slitting blade, knife rest, tool rest, translation adjustment screw and rotation adjustment screw; Slitting blade connects knife rest by translation adjustment screw, knife rest one plane is provided with U-shaped boss, make the U-shaped boss translation of slitting blade along knife rest by operation translation adjustment screw, thus near or regulate the cutting edge position of single slitting blade while cutting away from described blade installing plate; Knife rest connects tool rest by rotation adjustment screw, rotate adjustment screw by operation and makes knife rest drive slitting blade around tool rest central rotation, thereby regulate single slitting blade cut angle and highly; Tool rest is coordinated and is installed on described blade moving plate by pressing plate and T-shaped nut.
Preferably, described support column assembly also comprises support column bearing, supporting vertical plate, bearing, adjusting nut assembly, spacer, circlip and scale band; Support column is linked and packed in supporting vertical plate through support column bearing counter sink, support column coordinates with bearing inner race near one end of supporting vertical plate, bearing outer ring coordinates with support column bearing, by adjusting nut assembly, spacer, circlip rigid bearing axial location; Scale band is equipped with in below, support column front, during in order to observation and adjustment blade position, uses; The chute on support column surface is dovetail groove.
Preferably, described blade space is adjusted assembly and is comprised tool rest gripper shoe, axially adjusts screw, longitudinally adjusts screw, slide block, the first holding screw and circlip, tool rest gripper shoe coordinates slip by the U-shaped groove of Surface Machining with support column, in the time sliding into blade to be adjusted, its side is by the first holding screw locking; Be respectively equipped with screw hole on orthogonal two surfaces of slide block, in one of them screw hole, insert and axially adjust screw, in another screw hole, insert and longitudinally adjust screw, operation longitudinally adjust screw can make slide block near or discharge and cut tool rest, at slide block when cutting tool rest, operating axis can make slide block slide axially in tool rest gripper shoe to adjusting screw, and slide block drives again cuts tool rest and slide axially along carving knife movable plate; Circlip is laid to limit its axial float in one end of axially adjusting screw.
Preferably, described blade moving plate is adjusted assembly and is comprised milled screw, fixed head, check ring and the second holding screw, milled screw head is provided with driving hole position, fixed head is installed on one end of described support column, milled screw is assemblied on fixed head, and blocks by check ring, and turn milled screw can drive described blade moving plate to slide axially in support column chute, to be adjusted to correct position, i.e. available the second holding screw locking.
Preferably, also comprise motor support frame, respectively there is a cylindrical hole at the two ends of motor support frame, be connected with output shaft end and the support column of motor respectively, when guaranteeing motor output shaft, shaft coupling, support column assembling axle center on same straight line or three's eccentric axis less.
Preferably, also comprise the protective cover being installed in described supporting vertical plate, the blade of pulling down for operation protection and placement.
Prior art relatively, useful technique effect of the present invention is embodied in:
(1) can pass through Electric Machine Control automatic rotation, and then drive whole blade assembly rotation, the convenient carving knife cutting angle of adjusting; (2) slitting blade assembly can be along support column axial direction entirety trim locations; (3) slitting cutter rest can rotate freely around tool rest center, and carving knife slides along knife rest " U-shaped boss ", can be adjusted and be cut angle and height, and be beneficial to the cutting edge of changing carving knife by both; (4) adjust assembly by blade space, fine-tuning tool apron is in the position of support column axial direction separately, and then adjusts the position of carving knife.Generally speaking, by the adjustment of above-mentioned circumferential angle and axial location, the one, can make slitting blade in the time cutting Inlay, in good cutting angle, avoid the wrinkling distortion of Inlay unbalance stress; The 2nd, can make slitting blade slide along U-shaped boss, change cutting edge contact position, increase blade service life; The 3rd, can make slitting blade be consistent at axial spacing, while and the alignment of Inlay width, guarantee that the single-row Inlay width of cutting is identical.
Preferably, support column assembly of the present invention adopts support column to be used for fixed electrical machinery and slitting blade assembly and other assembly as main support member, auxiliary supporting vertical plate and the bearing of adopting installed support column, and adopt adjusting nut assembly, spacer, the circlip axial location with rigid bearing, thereby guarantee the location of support column; Meanwhile, arrange scale band think blade position and angular adjustment ready.Whole supporting component compact conformation, and the installation requirements of catering to other assembly.
Preferably, blade space of the present invention is adjusted assembly and is adopted slide block as carrier, there is the movement in two orientation in slide block, one be slide block near or discharge and cut tool rest, another is to slide axially in tool rest gripper shoe, in the time that needs are adjusted single blade position, first order about slide block and be close to and cut tool rest, then order about slide block and slide to target location together with tool rest.The present invention arranges dexterously axial adjustment screw and longitudinally adjusts screw on two vertical planes of slide block, longitudinally adjust screw can make slide block near or discharge and cut tool rest, operating axis can make slide block slide axially in tool rest gripper shoe to adjusting screw.Optimal way of the present invention is also laid circlip in axial adjustment screw one end and is limited its axial float.This blade space is adjusted modular construction compactness, and volume is little, easy to operate.
Preferably, described blade moving plate is adjusted assembly and is adopted the rotational motion to linear motion adjustment mode of milled screw to adjust blade moving plate, and implementation is simply effective, easy to operate.
Preferably, the present invention also can set up motor support frame, motor support frame is by the cylindrical hole at its two ends, be connected with output shaft end and the support column of motor respectively, when guaranteeing motor output shaft, shaft coupling, support column assembling axle center on same straight line or three's eccentric axis less, can guarantee to adjust like this required precision.
Accompanying drawing explanation
Fig. 1 is the three-dimensional exploded view of the preferred embodiments of the online cutting device of the present invention;
Fig. 2 is the three-dimensional combination figure of the preferred embodiments of the online cutting device of the present invention;
Fig. 3 is the three-dimensional combination figure of support column of the present invention and associated component thereof;
Fig. 4 is the structure chart of slitting blade assembly of the present invention, and wherein, Fig. 4 (a) is overall structure figure, and Fig. 4 (b) is A-A profile;
Fig. 5 is the three-dimensional exploded view of slitting blade assembly of the present invention;
Fig. 6 is the three-dimensional structure diagram that blade space of the present invention is adjusted assembly;
Fig. 7 is the structure chart that blade moving plate of the present invention is adjusted assembly;
Wherein, 1-motor 2-motor support frame 3-shaft coupling 4-supporting vertical plate 5-support column assembly 6-slitting blade assembly 7-protective cover 8-blade space is adjusted assembly 9-first holding screw 10-the second holding screw 11-blade moving plate and is adjusted assembly 51-adjusting nut assembly 52-bearing 53-circlip 54-spacer 55-support column bearing 56-support column 57-scale band 61-blade moving plate 62-and cut tool rest 63-screw 64-knife rest 65-rotation adjustment screw 66-pad 67-blade pad 68-pad 69-translation adjustment screw 81-circlip 82-carving knife seat supports plate 83-and longitudinally adjust screw 84-slide block 85-and axially adjust screw 610-pressing plate 611-T type nut 612-slitting blade 111-milled screw 112-fixed head 113-check ring.
The specific embodiment
In order to make object of the present invention, technical scheme and advantage clearer, 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, is not intended to limit the present invention.In addition,, in each embodiment of described the present invention, involved technical characterictic just can combine mutually as long as do not form each other conflict.
Consult Fig. 1, Fig. 2, Fig. 3 and Fig. 4, the online cutting device that the present invention is suitable for the production of RFID label comprises that motor 1, blade moving plate 61, shaft coupling 3, support column assembly 5, slitting blade assembly 6, blade space are adjusted assembly 8 and blade moving plate is adjusted assembly 11.Support column assembly 5 comprises support column 56, and support column 56 surfaces have chute; Blade moving plate 61 is placed in chute; Multiple slitting blade assemblies, along gate shafts to being installed on successively on blade moving plate; Blade space is adjusted assembly 8 and is removably installed on support column, for adjusting the axial location of single slitting blade assembly 6 on blade moving plate 61, thereby adjusts the axial spacing of itself and adjacent slitting blade assembly 6; Blade moving plate adjustment assembly 11 is installed on one end of support column 56, and for driving blade moving plate 61 to slide axially in the chute of described support column 56, thereby entirety is adjusted the axial location of multiple slitting blade assemblies 6; One end of shaft coupling 3 connects the other end of support column 56, and the other end of shaft coupling 3 connects the output shaft of motor 1, rotarily drive support column 56 and rotate together with the multiple blade assemblies 6 that are located thereon, thereby entirety is adjusted the angle of multiple slitting blades by motor.
Consult Fig. 4 and Fig. 5, slitting blade assembly 6 comprises slitting blade 612, knife rest 64, tool rest 62, rotation adjustment screw 65 and translation adjustment screw 69; Slitting blade 612 is assemblied on slitting cutter rest 64 by translation adjustment screw 69, pad 68, blade pad 67, on slitting cutter rest, 64 are provided with a U-shaped boss, make the U-shaped boss translation of slitting blade 612 along knife rest 64 by operation translation adjustment screw 69, near or away from described blade moving plate 61, thereby regulate the cutting edge position of single slitting blade while cutting, change like this cutting edge contact position and can increase blade service life.Knife rest 64 is connected tool rest 62 by rotation adjustment screw 65 with pad 66, rotating adjustment screw 65 by operation makes slitting cutter rest 64 drive slitting blade 612 around cutting tool rest 62 central rotations, thereby regulate single slitting blade cut angle and height, in good cutting angle.Tool rest 62 is by pressing plate 610 and 611 cooperations of T-shaped nut and blade moving plate 61, and the fastening or release with screw 63.
According to a kind of preferred embodiments of the present invention, consult Fig. 6, blade space is adjusted assembly 8 and is comprised tool rest gripper shoe 82, axially adjusts screw 85, longitudinally adjusts screw 83, slide block 84, circlip 81.Carving knife seat supports plate 82 coordinates slip by U-shaped groove with support column 56, and in the time sliding into blade to be adjusted, lock with holding screw side.Be respectively equipped with screw hole on orthogonal two surfaces of slide block 84, in one of them screw hole, insert and axially adjust screw 85, in another screw hole, insert and longitudinally adjust screw 83, operation longitudinally adjust screw 83 can make slide block 84 near or discharge and cut tool rest 62, at slide block 84 when cutting tool rest 62, operating axis can make slide block 84 slide axially in tool rest gripper shoe 82 to adjusting screw 85, and slide block 84 drives again cuts tool rest 62 along sliding axially on carving knife movable plate; Axially adjustment screw 85 one end are laid circlip 81 and are limited its axial float.Unclamp the first holding screw 9 of side, whole blade space is adjusted assembly and can be taken out, and is placed on the arbitrary position of support column and carries out the fine setting of single tool rest position.
According to a kind of preferred embodiments of the present invention, consult Fig. 1 and 7, described blade moving plate adjust assembly comprise milled screw 111, fixed head 112, check ring 113 and and the second holding screw 10, milled screw 111 heads are provided with driving hole position.Fixed head 112 is installed on one end of described support column 56, milled screw is assemblied in one end of fixed head 112, and block by check ring 113, turn milled screw 111 can drive described blade moving plate 61 to slide in support column 56 chutes, to be adjusted to correct position, available the second holding screw 10 is locked.
According to a kind of preferred embodiments of the present invention, consult Fig. 1, Fig. 2 and Fig. 3, described support column assembly 5 also comprises support column bearing 55, supporting vertical plate 4, bearing 52, adjusting nut assembly 51, spacer 54, circlip 53 and scale band 57; Support column 56 is linked and packed in supporting vertical plate 4 through support column bearing 55 counter sinks, support column 56 coordinates with bearing 52 inner rings near one end of supporting vertical plate 4, bearing 52 outer rings coordinate with support column bearing 55, by adjusting nut assembly 51, spacer 54, circlip 53 rigid bearing 52 axial locations; Scale band 57 is equipped with in below, support column front, during in order to observation and adjustment blade position, uses; The chute on support column surface is dovetail groove.A just accessory of supporting vertical plate 4; without fixed structure and shape; play the effect of assembling motor support frame, support column and protective cover; or as a part for target device, should determine according to actual conditions (RFID equipment size, installing space) concrete structure and the size of supporting vertical plate.
According to a kind of preferred embodiments of the present invention, also can set up motor support frame 2 and protective cover 7.Respectively there is a cylindrical hole at motor support frame 2 two ends, coordinate with output shaft end and the support column bearing 55 of motor 1 respectively, when guaranteeing that three assembles axle center on same straight line or three's eccentric axis less, in the time that motor 1 drives support column rotation by shaft coupling 3, vibrate less.There is screwed hole motor support frame 2 one end, connect and are assemblied in supporting vertical plate 4 with securing member.Motor support frame 2 middle parts have rectangular channel, are convenient to observe and adjust shaft coupling.Protective cover 7 is by bolts assemblies in supporting vertical plate 4, and protective cover side direction sees and be trapezoidal shape, is welded with the bending of stainless steel part surrounding.Protective cover Main Function: the one, protection operator's commissioning device and blade position, the 2nd, place temporary transient no tool rest, knife rest, blade and other instruments.
In preferred embodiments of the present invention, by motor support frame 2 with support column assembly 5 is first assemblied in supporting vertical plate 4 or a certain parts of target device, refill and join shaft coupling 3 and motor 1.Secondly the blade moving plate 61 in slitting blade assembly 6 is placed in support column dovetail groove, assembled and cut tool rest 62, knife rest 64, blade 612 etc., tool rest 62 etc. is assemblied on slitting blade movable plate 61 with pressing plate 610, T-shaped nut 611 and screw 63.Then blade space is adjusted to assembly 8 and be assemblied in U-shaped end face on support column, fixing with the first holding screw 9.Again blade moving plate is adjusted to assembly 11 and be assemblied on support column 56 1 end faces, connect slitting blade movable plate 61 with milled screw 111.Finally use bolts assemblies protective cover 7 in supporting vertical plate 4.
(1) RFID equipment carries out Inlay while cutting, and adjustment work is carried out according to the following steps:
(1), according to the columns of Inlay, column pitch and point tangent line and Inlay marginal position, tentatively determine number, the position etc. of carving knife;
(2) adjust support column rotation by motor, make its deflection vertical direction certain angle (blade can not contact substrate);
(3) determine after substrate column pitch, tool rest, knife rest and blade etc. are adjusted to the correct position (measurement and relatively scale band) of slitting blade movable plate, and locked;
(4) adjust motor and make support column rotation, conveying substrate is cut, and observes actual position and point tangent line of cutting;
(5) according to the situation of cutting in (4), with blade space adjustment assembly fine-tuning tool apron, knife rest, blade etc., more locked.
(6) repeat (4) step, if determine that (between blade) column pitch is out of question, the actual position of cutting is also offset a point tangent line (being likely the error of substrate and deviation correcting device or measurement), then adjusts the position of cutting of assembly (11) entirety adjustment blade with blade moving plate;
(7) until each carving knife is cut position and point tangent line is consistent, then carry out continuous parting-cut;
(another: to cut after Inlay a period of time, adjust knife rest angle (around tool rest central rotation) or the blade position (sliding along U-shaped boss) on knife rest and change blade cutting edge), to extend the service life of blade.
(2) other associative operations and adjustment
(1) change after substrate, antenna array spacing likely can change.Now should first adjust motor and make support column rotation, carving knife departs from substrate, increases or reduces the number of carving knife, then cut according to 7 step adjustment described in () according to new substrate;
(2) for the position of cutting of carving knife, can first fix a blade position (measuring by scale band), the placement location of substrate while adjusting deviation correcting device and blowing, then adjust the position of other blades according to column pitch, accomplish flexible adjustment.
Those skilled in the art will readily understand; the foregoing is only preferred embodiment of the present invention; not in order to limit the present invention, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.
Claims (6)
1. be suitable for the online cutting device that RFID label is produced, it is characterized in that, comprising:
Support column assembly, comprises support column, and support column surface has chute;
Blade moving plate, is placed in the chute of support column surface;
Multiple slitting blade assemblies, along gate shafts to being installed on successively on blade moving plate;
Blade space is adjusted assembly, is removably installed on support column, for adjusting the axial location of single slitting blade assembly on blade moving plate, thereby adjusts the axial spacing of itself and adjacent slitting blade assembly;
Blade moving plate is adjusted assembly, is installed on one end of support column, and for driving blade moving plate to slide axially in the chute of described support column, thereby entirety is adjusted the axial location of multiple slitting blade assemblies;
Shaft coupling, its one end connects the other end of support column;
Motor, its output shaft connects the other end of shaft coupling, rotarily drive support column and rotate together with the multiple blade assemblies that are located thereon, thereby entirety is adjusted the angle of multiple carving knives by motor;
Wherein, described slitting blade assembly comprises slitting blade, knife rest, tool rest, translation adjustment screw and rotation adjustment screw; Slitting blade connects knife rest by translation adjustment screw, knife rest one plane is provided with U-shaped boss, make the U-shaped boss translation of slitting blade along knife rest by operation translation adjustment screw, thus near or regulate the cutting edge position of single slitting blade while cutting away from described blade installing plate; Knife rest connects tool rest by rotation adjustment screw, rotate adjustment screw by operation and makes knife rest drive slitting blade around tool rest central rotation, thereby regulate single slitting blade cut angle and highly; Tool rest is coordinated and is installed on described blade moving plate by pressing plate and T-shaped nut.
2. the online cutting device that is suitable for the production of RFID label according to claim 1, it is characterized in that, described support column assembly also comprises support column bearing (55), supporting vertical plate (4), bearing (52), adjusting nut assembly (51), spacer (54), circlip (53) and scale band (57); Support column (56) is linked and packed in supporting vertical plate (4) through support column bearing (55) counter sink, support column (56) coordinates with bearing (52) inner ring near one end of supporting vertical plate (4), bearing (52) outer ring coordinates with support column bearing (55), by adjusting nut assembly (51), spacer (54), circlip (53) rigid bearing (52) axial location; Scale band (57) is equipped with in below, support column front, during in order to observation and adjustment blade position, uses; The chute on support column surface is dovetail groove.
3. the online cutting device that is suitable for the production of RFID label according to claim 1 and 2, it is characterized in that, described blade space is adjusted assembly and is comprised tool rest gripper shoe (82), axially adjusts screw (85), longitudinally adjusts screw (83), slide block (84), the first holding screw (9) and circlip (81), tool rest gripper shoe (82) coordinates slip by the U-shaped groove of Surface Machining with support column (56), and in the time sliding into blade to be adjusted, its side is by the first holding screw (9) locking; Be respectively equipped with screw hole on orthogonal two surfaces of slide block (84), in one of them screw hole, insert and axially adjust screw (85), in another screw hole, insert and longitudinally adjust screw (83), operation longitudinally adjust screw (83) can make slide block (84) near or discharge and cut tool rest (62), at slide block (84) when cutting tool rest (62), operating axis can make slide block (84) slide axially in tool rest gripper shoe (82) to adjusting screw (85), and slide block (84) drives again cuts tool rest (62) and slide axially along carving knife movable plate; Circlip (81) is laid to limit its axial float in one end of axially adjusting screw (85).
4. the online cutting device that is suitable for the production of RFID label according to claim 1 and 2, it is characterized in that, described blade moving plate is adjusted assembly and is comprised milled screw (111), fixed head (112), check ring (113) and the second holding screw (10), milled screw (111) head is provided with driving hole position, fixed head (112) is installed on one end of described support column (56), milled screw (111) is assemblied on fixed head (112), and block by check ring (113), turn milled screw (111) can drive described blade moving plate (61) to slide axially in support column chute, to be adjusted to correct position, be available the second holding screw (10) locking.
5. the online cutting device that is suitable for the production of RFID label according to claim 1 and 2, it is characterized in that, also comprise motor support frame (2), respectively there is a cylindrical hole at the two ends of motor support frame (2), be connected with output shaft end and the support column of motor respectively, when guaranteeing motor output shaft, shaft coupling, support column assembling axle center on same straight line or three's eccentric axis less.
6. according to the online cutting device that RFID label is produced that is suitable for described in claim 2 to 5 any one claim, it is characterized in that, also comprise the protective cover (7) being installed in described supporting vertical plate, the blade of pulling down for operation protection and placement.
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| CN201410071644.XA CN103817721B (en) | 2014-02-28 | 2014-02-28 | A kind of online cutting device being suitable for RFID label tag and producing |
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| CN201410071644.XA CN103817721B (en) | 2014-02-28 | 2014-02-28 | A kind of online cutting device being suitable for RFID label tag and producing |
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| CN103817721B CN103817721B (en) | 2016-02-17 |
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