CN102745539A

CN102745539A - Labelling device

Info

Publication number: CN102745539A
Application number: CN2012102516129A
Authority: CN
Inventors: 翟所强
Original assignee: Shanghai Maxim Garment Accessories Co Ltd
Current assignee: Zhejiang Mei Sheng Intelligent System Co., Ltd.
Priority date: 2012-07-19
Filing date: 2012-07-19
Publication date: 2012-10-24
Anticipated expiration: 2032-07-19
Also published as: CN102745539B

Abstract

The invention relates to the technical field of mechanical equipment, and in particular relates to a labelling device. The labelling device is applied to splicing among a chip, a liner and a body paper in an electronic tag; the liner/chip is provided with an adhesive sticker layer, and the liner and the chip are sequentially adhered to a banded release paper tape, thus a self-adhesion label band is formed. The labelling device disclosed by the invention comprises a base platform used for transporting the body paper, an unwinding wheel used for placing a roll formed by the self-adhesion label band, a winding wheel used for rewinding the release paper tape which is stripped from the chip/liner as well as a tension device for the transport path of the release paper tape and a stripping plate which are sequentially restricted and arranged between the unwinding wheel and the winding wheel. The labelling device disclosed by the invention realizes automatic combination between an RFID (radio frequency identification) chip/liner and the body paper in an RFID electronic label production process. Combination speed is rapid, effect is good, production efficiency is greatly improved, and the labelling device can coordinate with the existing production line; and the labelling device disclosed by the invention has the advantages of a simple structure, reliable operation, low cost and high reliability and is convenient for adjusting, can be applied to production of the RFID electronic labels in different specifications and has good practical value.

Description

A kind of device for labeling

Technical field

The present invention relates to mechanical equipment technical field, relate in particular to a kind of device for labeling.

Background technology

Referring to Fig. 1; It is a kind of structure of papery encapsulation RFID electronic tag; Comprise the printing paper 11, RFID chip 12 and the base stock 13 that set gradually from top to bottom, wherein between printing paper 11 and the RFID chip 12, be bonded together each other through non-drying glue layer 14 between RFID chip 12 and the base stock 13.Referring to Fig. 2; It is the structure-improved of papery encapsulation RFID electronic tag among Fig. 1; Difference is between RFID chip 12 and base stock 13, also to be provided with a liner 15 that is used to protect RFID chip 12, and this liner 15 passes through non-drying glue layer 14 and RFID chip 12 equally, base stock 13 is bonding.

Therefore two kinds of above-mentioned papery encapsulation RFID Electronic Tag Structures are used widely because cost is lower.In the production process of above-mentioned two kinds of RFID electronic tags; Bonding between RFID chip 12 and the base stock 13 or between RFID chip 12 and liner 15, liner 15 and the base stock 13 is main with hand paste; Not only labour intensity is big, and production efficiency is low, and is pasting quality and also be difficult to guarantee.And to realize that the automated job of above-mentioned bonding process, a primary problem are RFID chip 12 and directed conveyings of periodicity of liner 15 of how to realize in the form of sheets.And the mode of at present common conveying is to transmit so that roughly the same interval is directed through belt conveyor, has uncertainty by RFID chip 12 and the placement location of liner 15 on belt conveyor, so only be applicable to manual work, can't be used among the automated production.Another problem is how to be implemented in bonding between chip/liner and the base stock in the directed transport process.

Still there is not at present a kind of equipment of realizing that the automation between chip/liner and the base stock is bonding.

Summary of the invention

The purpose of the embodiment of the invention is the blank to prior art, proposes a kind of device for labeling, has realized in the RFID electronic tag production process compound automatically between the RFID chip/liner and base stock.

In order to reach the foregoing invention purpose, a kind of label reel paper doubling mechanism that the embodiment of the invention proposes realizes through following technical scheme:

A kind of device for labeling is used between electronic tag chips, liner and the base stock bondingly, and said liner/chip has non-drying glue layer and successively on the release paper tape attached to band shape, forms the self-adhesive label band; It is characterized in that; Said device for labeling comprises: carry the base station of said base stock, the unreeling wheel of laying the volume that is formed by said self-adhesive label band, the winding wheel of recoiling the release paper tape of peeling off chip/liner and tightening device and the peel plate that retrains the transport path of the release paper tape between unreeling wheel and winding wheel successively; Wherein

The compression mechanism that said tightening device comprises a driven roll and is located at this driven roll one side; Has a oppression department when said self-adhesive label band is between said compression mechanism and driven roll on the said compression mechanism to its continu to press;

Have the said release paper tape of a constraint on the said peel plate and form the edge of a knife of v shape transport path, parallel and form the gap that only can supply said base stock and said release paper tape to pass through simultaneously between the said edge of a knife and the said base station;

In addition, said device for labeling also comprises the decals roller of turnable setting, and this decals roller is located at the position of oppressing chip/liner that said base stock and said knife-edge part be stripped from simultaneously.

Said device for labeling also includes the driver train that drives said winding wheel and rotate, controller and two and the said controller bonded assembly position detecting device 10 of the said driver train of control linkage; One of them described position detecting device 10 is located at said base station top; Be used to detect the position of said base stock; Another described position detecting device 10 is located at by the transport path of the self-adhesive label band between said tightening device and the peel plate, is used to detect the position of said liner/chip.

Said peel plate is for tilting to be located at the flat board of said base station top, and said flat board forms the said edge of a knife near the lateral margin of said base station, and said edge of a knife section form is acute angle-shaped.

Said decals roller is made up of roll shaft and the cylindric elasticity roller that is set on this roll shaft.

Said oppression department is the soft compressing layer of rubber-like that is formed on the clamp surface.

Said compression mechanism also comprises axle that fixedly installs and the sleeve that is sleeved on turnably on this, and said pressing plate is fixedly mounted on the said sleeve, and is in the elastic deformation state, passes through a fastener relative fixed between said sleeve and the said axle.

Said compressing layer is for sticking to the sponge sheet of said clamp surface.

Convex with the flange of two ring-types on the said driven voller periphery at interval, said oppression department is between described two flanges.

Said flange is the annulus of suit on the said driven voller, and said annulus is provided with and is used for itself and the relatively-stationary fastener of said driven voller.

Said device for labeling also comprises some guiding rollers, the rotating successively position that is set in place between said unreeling wheel and winding wheel.

A kind of device for labeling proposed by the invention has been realized in the RFID electronic tag production process compound automatically between the RFID chip/liner and base stock.Recombination velocity is fast, effective, greatly enhances productivity, and can cooperate with existing manufacturing line, and it is simple in structure, and reliable operation is with low cost, is difficult for fault, and is easy to adjust, can be used for the production of the RFID electronic tag of different size, has good practical value.

Description of drawings

Through the description of its exemplary embodiment being carried out below in conjunction with accompanying drawing, the above-mentioned feature and advantage of the present invention will become apparent and understand easily.

Fig. 1 is the RFID Electronic Tag Structure scheme drawing of common papery encapsulation;

Fig. 2 is the RFID Electronic Tag Structure scheme drawing of another kind of papery encapsulation;

Fig. 3 is an embodiment of the invention structural principle scheme drawing;

Fig. 4 is the local enlarged diagram of Fig. 2;

Fig. 5 is the side sectional view of tightening device;

Fig. 6 is the front view of tightening device.

The specific embodiment

Below in conjunction with accompanying drawing the present invention is done further explain, so that the understanding of technical personnel of the same trade:

Shown in Fig. 1-6, label is represented respectively: RFID electronic tag 1, printing paper 11, RFID chip 12, base stock 13, non-drying glue layer 14, liner 15, self-adhesive label paper tape 2, release paper tape 21, unreeling wheel 3, tightening device 4, driven voller 41, annulus 411, holding screw 4111, annulus 412, holding screw 4121, compression mechanism 42, axle 421, sleeve 422, pressing plate 423, compressing layer 424, holding screw 425, bolt 426, first guiding roller 51, second guiding roller 52, the 3rd guiding roller 53, peel plate 6, decals roller 7, roll shaft 71, roller 72, winding wheel 8, flange 81, base station 9, guide plate 10, position detecting device 110, controller 120, driver train 130.

Referring to Fig. 1; The embodiment of the invention proposes a kind of set composite compound between RFID chip and the base stock of realizing; Relating to the production of papery encapsulation RFID electronic tag, in the present embodiment, is structure and the principle of work that example is described this conveying mechanism with compound between RFID chip 12 and the base stock 13.Referring to Fig. 1, papery encapsulation RFID electronic tag is composited by printing paper 11, RFID chip 12 and base stock 13.Wherein, continuous paper tape of formation of some base stock 13; The bottom surface of several RFID chip 12 has non-drying glue layer 14, and constitutes self-adhesive label paper tape 2 attached to release paper tape 21 successively, and self-adhesive label paper tape 2 is taken in the form of a roll.

Shown in Fig. 3-6; Device for labeling described in the present embodiment comprises the frame (not shown); As the main body that each constituent elements is installed, frame be provided with unreeling wheel 3, tightening device 4, guiding roller 5, peel plate 6, decals roller 7, winding wheel 8 and, base station 9 and driver train 130.Wherein:

Base station 9 is as the support delivery platform of base stock 13, and base stock 13 is fed forward with the open and flat state of level above that.

Unreeling wheel 3 is a follower, is used to lay the reel that is formed by self-adhesive label paper tape 2.。

Winding wheel 8 is for driving the driving wheel that rotates through actuating device 130, and it mainly acts on is the release paper tape 21 through behind the recoil decals, and the tractive force for self-adhesive label paper tape 2 is provided, and release paper tape 21 is transmitted to winding wheel 7 by unreeling wheel 3 at interval.Winding wheel 7 outer peripheral faces along its axially symmetry convex with two flanges 81, being used to increases the friction force between release paper tape 21 and winding wheel 8 outer peripheral faces, makes to be difficult for skidding between this two.

Tightening device 4, some guiding rollers 5 and peel plate 6 retrain the transport path of base stock 13 between unreeling wheel 3 and winding wheel 8 respectively, with each tool function to realize different purpose.

Tightening device 4 is by driven voller 41 and compression mechanism 42, the tensile force that is used to control the reel velocity of rotation and self-adhesive label paper tape 2 is provided, and held stationary is failed paper.Wherein:

Driven voller 41 is a driven roll.Be formed with the flange of two ring-types on the periphery of driven voller 41, to play the position of restriction paper tape 2.For making this tightening device be suitable for the paper tape of various rules; Flange adopts adjustable design; Specifically; Flange is made up of annulus of suit on driven voller 41 411 and annulus 412, and said annulus 411 and annulus 412 all can be along driven voller 41 slide relative, and offer screw respectively on said annulus 411 and the annulus 412; And correspondence is equipped with holding screw 4111 and holding screw 4121, through screw holding screw 4111 and holding screw 4121 with annulus 411 and annulus 412 respectively relative fixed on driven voller 41.Through regulating the spacing between annulus 411 and the annulus 412, make this driven voller 41 can adapt to the paper tape of various width.

Compression mechanism 42 is located at a side of this driven voller 41, is made up of axle 421, sleeve 422, pressing plate 423, compressing layer 424.Wherein, axle 421 1 ends are fixedly mounted on the frame 1, and laterally arrange with driven voller 421.The hollow space of sleeve 422 and axle 421 form fit, and be sleeved on turnably on this axle 421, offer screw on the sleeve 422 equally, holding screw 425 is installed in this screw, realize the relative fixed between axle 421 and the sleeve 422 with this.Pressing plate 423 adopts the material with favorable elasticity to process, like spring steel plate, elastoplast plate etc.One end of pressing plate 423 is fixedly mounted on the sleeve 422 through bolt 426, and pastes compressing layer 424 on the side surface of pressing plate 423 relative driven vollers 421.Compressing layer 424 is at least partly between annulus 411 and annulus 412, as the oppression department of compressing self-adhesive label paper tape 2.Compressing layer 424 adopts the soft material with favorable elasticity to process; Preferred in the present embodiment scheme is a sponge; Not only because sponge quality softness is flexible; And sponge is open texture, and friction coefficient is bigger between the self-adhesive label paper tape 2, must not apply very big pressure higher kinetic force of friction can be provided.

The effect of peel plate 6 be make self-adhesive label paper tape 2 around the edge of peel plate 6 change of direction, form the transport path of V-arrangement so that RFID chip 12 separates from release paper tape 21, thereby allow RFID chip 12 to be put on the base stock 13.This edge on the peel plate 6 is called as the edge of a knife because end surface shape is acute angle-shaped (being generally less than 30 °).In addition; Guarantee that RFID chip 12 just is placed on the base stock 13 when knife-edge part breaks away from release paper tape 21; This peel plate 6 is provided with the mode that favours base station 9, and peel plate 6 edges of a knife are near base station 9, and and base station 9 between parallel and form the slit that supplies base stock 13 and release paper tape 21 to pass through; The width of this slit should only be slightly larger than base stock 13 and add release paper tape 21 thickness so that RFID chip 12 when being stripped from more near base stock 13.

In addition; Effect by above-mentioned peel plate 6 can be known, for realizing peeling off, before sticking label paper tape 2 passes through the edge of a knife; Should be carrying with the very little angle of peel plate 6 upper surface angles, release paper tape 21 is through again should be with the angle conveying very little with peel plate 6 lower surface angles behind the edge of a knife.Retraining release paper tape 21 transport paths in peel plate 6 places in the present embodiment realizes through guide plate 10 and first guiding roller 51, second guiding roller 52, the 3rd guiding roller 53.Each guiding roller is driven roll, and guide plate 10 and each guiding roller all are located at the opposite side of peel plate 6 relative its edges of a knife.Self-adhesive label paper tape 2 is through behind the tightening device 4; Successively around first guiding roller 51, the edge of a knife; And realize peeling off, the release paper tape 21 after peeling off gets into winding wheel 8 around lower surface, second guiding roller 52 and the 3rd guiding roller 53 of guide plate 10, and pocket is on winding wheel 8.

Decals roller 7 is used for the RFID chip 12 that breaks away from release paper tape 21 evenly, is entirely sticked on base stock 13.Decals roller 7 is a driven roll, is arranged on base station 9 tops, can oppress the RFID chip 12 that base stock 13 and said knife-edge part are stripped from simultaneously.This decals roller 7 is made up of the cylindric roller 72 that roll shaft 71 and fixed cover are located on the roll shaft 71; Because RFID chip 12 has certain thickness and not withstand voltage; Roller 72 should adopt light elastic material to process; As adopt materials such as foam, sponge to process, bigger friction force not only can be provided, and have less than large deformation time institute applied pressure.

In addition, device for labeling also includes controller 120 and two and the said controller bonded assembly position detecting device 110 of the said driver train 130 of control linkage.Two position detecting devices 110 adopt infrared pickoff; One of them described position detecting device 110 is located at said base station 9 tops; Be used to detect the position of said base stock 13; Another described position detecting device 110 is located at by the transport path of the self-adhesive label band 2 between said tightening device 4 and the peel plate 6, is used to detect the position of RFID chip 12.Controller 120 is accepted two position signals that position detecting device 11 is exported, and based between the trailer coupling (not shown) of this position signal controlling and driving mechanism 130 and traction base stock 13 synchronously, to guarantee quilt; RFID chip 12 after peeling off just is attached on the correspondence position of base stock 13.

One of ordinary skill in the art of the present invention are appreciated that; The above embodiment of the present invention is merely one of the preferred embodiments of the present invention; Be the length restriction; Here can not all embodiments of particularize, any enforcement that can embody claim technical scheme of the present invention is all in protection scope of the present invention.

It should be noted that; Above content is to combine concrete embodiment to further explain that the present invention did; Can not assert that the specific embodiment of the present invention only limits to this; Under the guidance of the foregoing description, those skilled in the art can carry out various improvement and distortion on the basis of the foregoing description, and these improve or distortion drops in protection scope of the present invention.

Claims

1. device for labeling is used between electronic tag chips, liner and the base stock bondingly, and said liner/chip has non-drying glue layer and successively on the release paper tape attached to band shape, forms the self-adhesive label band; It is characterized in that; Said device for labeling comprises: carry the base station of said base stock, the unreeling wheel of laying the volume that is formed by said self-adhesive label band, the winding wheel of recoiling the release paper tape of peeling off chip/liner and tightening device and the peel plate that retrains the transport path of the release paper tape between unreeling wheel and winding wheel successively; Wherein

2. a kind of device for labeling as claimed in claim 1; It is characterized in that: said device for labeling also includes the driver train that drives said winding wheel and rotate, controller and two and the said controller bonded assembly position transduser of the said driver train of control linkage; One of them described position transduser is located at said base station top; Be used to detect the position of said base stock; Another described position transduser is located at by the transport path of the self-adhesive label band between said tightening device and the peel plate, is used to detect the position of said liner/chip.

3. a kind of device for labeling as claimed in claim 2 is characterized in that: said peel plate is for tilting to be located at the flat board of said base station top, and the lateral margin of the nearly said base station of said flat board forms the said edge of a knife, and said edge of a knife section form is acute angle-shaped.

4. a kind of device for labeling as claimed in claim 3 is characterized in that: said decals roller is made up of roll shaft and the cylindric elasticity roller that is set on this roll shaft.

5. a kind of device for labeling as claimed in claim 4 is characterized in that: said oppression department is the soft compressing layer of rubber-like that is formed on the clamp surface.

6. a kind of device for labeling as claimed in claim 5; It is characterized in that: said compression mechanism also comprises axle that fixedly installs and the sleeve that is sleeved on turnably on this; Said pressing plate is fixedly mounted on the said sleeve; And be in the elastic deformation state, pass through a fastener relative fixed between said sleeve and the said axle.

7. a kind of device for labeling as claimed in claim 6 is characterized in that: said compressing layer is for sticking to the sponge sheet of said clamp surface.

8. like any described a kind of device for labeling of claim 1-7, it is characterized in that: convex with the flange of two ring-types on the said driven voller periphery at interval, said oppression department is between described two flanges.

9. a kind of device for labeling as claimed in claim 8 is characterized in that: said flange is the annulus of suit on the said driven voller, and said annulus is provided with and is used for itself and the relatively-stationary fastener of said driven voller.

10. like any described a kind of device for labeling of claim 1-7, it is characterized in that: said device for labeling also comprises some guiding rollers, the rotating successively position that is set in place between said unreeling wheel and winding wheel.