CN207956305U - A kind of RFID tag continous way production system - Google Patents

Abstract

The utility model is related to a kind of RFID tag continous way production system, system include for unreel the facial tissue of facial tissue unreel part, be arranged facial tissue unreel part rear for chip to be pasted the chip adhesive part and be arranged at chip adhesive part rear for the facial tissue and release paper that attach chip to be carried out compound composite portion that surface face with a plastic paper gets on；The chip adhesive part includes cutting means for conveying chip and being cut to it and for carrying out the chip transfer device that absorption is fixed and is transferred to chip by circular motion on facial tissue to cutting the chip to get off；The accuracy that the utility model solves existing RFID tag paper production process chips stickup is low, the high problem of defect rate, and substantially increases the production efficiency of RFID tag paper.

Description

A kind of RFID tag continous way production system

Technical field

The utility model is related to RFID tag production equipment technologies more particularly to a kind of RFID tag continous way to produce System.

Background technology

Electronic tag, also known as RFID tag are using label made of Radio Frequency Identification Technology, and radio frequency identification is a kind of wireless The communication technology can be identified specific objective by radio signals and read and write related data, without identifying system and specific mesh Machinery is established between mark or optical contact, electronic tag were applied more originally in various occasions.

Authorization Notice No. is a Chinese utility model patent of CN204310580U, and it discloses a kind of electronics cores Piece label-sticking mechanism, including substrate material conveyer and the RFID chip volume conveying above the delivery platform of substrate material conveyer Device, cutter, device for labeling, cutter are located at the outlet port of RFID chip volume conveying device；Device for labeling is close to described It is a box body in front of cutter, box body bottom, which has, is evenly spaced on wind inlet and the tablet of blowhole, the sky of tray interior Between connect with air compressor machine by air draught pipeline, blowhole is connect by the blowing pipeline passed through in the box body with hair-dryer, Be provided with solenoid valve on blowing pipeline, realize directly by without the RFID chip of adhesive sticker be combined to base material and plane materiel it Between, it simplifies the technique of electronic tag making, saved the cost that electronic tag makes.

But in actual use, utility model people utility model its leave following technical problem：First its into When row chip is pasted, chip is difficult to keep unified before and after pasting the position on facial tissue, as accuracy is pasted in lasting operating It is difficult to ensure, the equipment, which does not have, in addition first detaches adhesive sticker facial tissue, pastes chip on facial tissue layer again after separation The release paper of separation and facial tissue are subjected to the compound function that chip is clipped in the middle.

Utility model content

One of the purpose of this utility model is in view of the deficiencies of the prior art, by pasting chip, compound etc. each Partial order combines, and realizes the continuous efficient steady production of RFID tag paper, and passes through chip adhesive part Chip transfer device is set, and the accuracy for solving existing RFID tag paper production process chips stickup is low, and defect rate is high Problem, and substantially increase the production efficiency of RFID tag paper.

It is as follows using technical solution for the above technical problem：

A kind of RFID tag continous way production system includes unreeling part for unreeling the facial tissue of facial tissue, being arranged in facial tissue Unreel part rear for by chip paste surface face with a plastic paper get on chip adhesive part and be arranged in chip Stick portion rear is used to the facial tissue and release paper that attach chip carrying out compound composite portion；The chip adhesive portion Point include cutting means for conveying chip and being cut to it and for cut the chip to get off adsorb it is solid The chip transfer device determined and be transferred to chip by circular motion on facial tissue.

It is being conveyed as a preferred embodiment, the cutting means include conveying mechanism for being fed forward chip and setting The cutting mechanism for being cut to chip progress decile at mechanism rear.

As a preferred embodiment, the transfer device includes the load carrier of several chips for being used to support and cutting, uses Chip is carried out adsorbing fixed or be released in the rotating mechanism for driving load carrier to move in a circle and for controlling load carrier The negative pressure mechanism put.

As a preferred embodiment, the conveying mechanism include chip let off roll and for driving chip onwards transmission first Deliver roller group；

The cutting mechanism includes the loading plate for being used to support chip, is arranged above loading plate and is fixed in main frame plate Cylinder and cylinder drive under cutter.

As a preferred embodiment, the load carrier includes arrying main body and separation block, the arrying main body includes carrying Portion and interconnecting piece, for the separation block by negative-pressure adsorption on the surface of supporting part, the inside of the arrying main body offers negative pressure Slot, the surface of the supporting part offer the adsorption tank being connected to negative pressure trough, and the surface of the separation block corresponds to the position of adsorption tank It sets and offers several adsorption holes, the side of the supporting part is provided with limiting section, and the height of the limiting section is equal to separation The thickness of block is provided with second edge of a knife coordinated with cutter on the limiting section；

The rotating mechanism includes the actuator being fixed in main frame plate and the output shaft end for being fixed on actuator Rotation seat；

The negative pressure mechanism includes the negative tube being fixed in main frame plate, is opened on the direction of the rotation seat upper edge output shaft It is rotatably assorted, is offered in the mating section and negative tube with access slot with described equipped with the mating section with access slot, the negative tube The connectivity slot of inside connection offers on the rotation seat and arrying main body position several through-holes correspondingly, the negative pressure Slot is connected to by hose with the outer end of through-hole, and when the load carrier turns at loading plate or when close at facial tissue, leads to Hole is not connected to negative tube, the load carrier from loading plate turn to close to from facial tissue during through-hole by connectivity slot with Negative tube is connected to.

Include horizontal transport roller a, horizontal transport roller b, be arranged in level biography as a preferred embodiment, the facial tissue unreels part Support plate between defeated roller a and horizontal transport roller b and the slewing rollers being arranged below horizontal transport roller b.

As a preferred embodiment, being additionally provided with pushing mechanism on rear side of the rotation seat, the pushing mechanism is for carrying When mechanism drives chip to turn on the facial tissue at fitting support plate, push arrying main body horizontally outer rotation and with detach block Separation.

As a preferred embodiment, the pushing mechanism includes transmission component and pushing component；

The transmission component includes the rotation axis being fixed in main frame plate, is rotatably provided in rotation axis shifting part, It is rotatably provided in the driving member and rotatably set that connector a, one end and the connector a of shifting part rear end are rotatably connected The connector b on cutter is set, the other end of the driving member is rotatably connected with the connector b；

The pushing component includes the guide sleeve being fixed in main frame plate and the push rod that is slidably matched with guide sleeve, The push rod is provided with limited block close to shifting part one end, is provided with and is set on push rod between the limited block and guide sleeve Spring.

As a preferred embodiment, be additionally provided with below the rotation seat through main frame plate into board channel, it is described logical into plate Road is used to for separation block to be transferred to the surface for turning in the arrying main body at this and being adsorbed on supporting part；

The surrounding of the rotation seat is arranged finite place piece a and locating part b along its rotation path, the arrying main body from into The locating part a and locating part b cooperations carry out limition orientation to arrying main body during being turned at support plate at board channel, The locating part a and locating part b are fixed on by the first fixed frame on loading plate；

Lead to when the arrying main body is located at at board channel and during turned at board channel at loading plate Hole is connected to by connectivity slot with negative tube.

As a preferred embodiment, the composite portion includes for delivering the second delivering roller group of release paper, being arranged second The gluing part for carrying out gluing to the surface of release paper for delivering roller group rear, is arranged and is stained at slewing rollers rear for importing The of first guide-in roller of the facial tissue with chip, the release paper for importing completion gluing being arranged below the first guide-in roller Two guide-in rollers and it is arranged at the first guide-in roller and the second guide-in roller rear for facial tissue and release paper to be carried out compound answer Close roller group.

As a preferred embodiment, the locating part a is close to be provided with magnetic block a into one end of board channel.

As a preferred embodiment, being provided with magnetic block b, the magnetic block b on the outside of the rotation seat in arrying main body It is adsorbed and is oriented to during being turned at board channel from support plate, the magnetic block b is fixed by second Frame is fixed on the first fixed frame

As a preferred embodiment, being additionally provided with below the rear side of the horizontal transport roller b for accepting the transmission with facial tissue And the splicing component of the separation block split away off from facial tissue, the splicing component include that baffle a, baffle b and setting are being kept off Several sliding rollers of lower section between plate a and baffle b.

Preferably as another, described be coupled on the side wall of section on along its length offers air channel a and air channel B, the air channel a and air channel b are in communication with the outside, and when the load carrier turns at loading plate, through-hole with it is logical Air drain a connections, when the load carrier turns to support plate to locate, through-hole is connected to air channel b.

The beneficial effects of the utility model：

1. being orderly incorporated into one by the way that facial tissue is unreeled part, chip adhesive part and composite portion in the utility model It rises, realizes the continuous efficient steady production of RFID tag paper, and the equipment can be realized after detaching adhesive sticker facial tissue By chip adhere on facial tissue again by the release paper of separation and facial tissue it is compound can also realize common facial tissue with after chip adhesive again with Additional release paper progress is compound, and equipment interoperability is strong, and the label paper quality being compounded to form is high.

2. passing through in the utility model and cutting means and chip transfer device being arranged at chip adhesive part so that into Roll type chip is first unreeled and is cut when pasting by row chip, then will be cut the blocks of chip to get off again and is used circle rotation It is transferred to the other side from side and is pasted with horizontal posture on the facial tissue surface in transmission process by the mode of transfer, should Kind of chip bonding method sticking efficiency is high, and existing drives the slice continuous transmission of reel core in transmission process using adsorption roller Middle alignment cut drive the chip for cutting rotation to paste mode on facial tissue by adsorption roller again it should ensure face Deviation does not ensure chip transmission not deviation again for the transmission of paper, accuracy it is difficult to ensure that, and chip is supported in the utility model The track of its rotation of the load carrier of transfer is that rigidity is constant, as long as therefore ensureing that deviation does not occur and can guarantee for facial tissue transmission Chip pastes that the position on facial tissue is accurate, therefore it also substantially increases the accurate of card paper production process chips stickup Property, further improve the quality of product.

3. by the way that negative pressure mechanism is arranged in the utility model, being opened up in arrying main body can be with the negative tube of negative pressure mechanism It is connected to or is ended the negative pressure trough of switching and open up adsorption tank on negative pressure trough so that load carrier drives chip to be rotated It can firmly be fitted on load carrier and do not fall using negative-pressure adsorption card chip of trying hard to keep by being connected to gas circuit during transfer, Load carrier carries out chip capable of being enable smoothly to be transferred to load carrier by itself block gas circuit when chip feeding, and is carrying Mechanism drives chip to be transferred to close to can block gas circuit that chip is made to fall and smoothly adhere to again by its own again when facial tissue Facial tissue gets on, and feeding, transfer and the blanking of entire chip transfer process chips are not necessarily to control panel, only by negative tube Mating section and can be completed with the cooperation between access slot, it is simple in structure and stable.

4. by the way that the matched separation block used is arranged in arrying main body in the utility model so that load carrier turns Move to close to die at facial tissue road when, chip is not directly to be fallen from arrying main body and be to continue with and be attached on separation block As separation block is fallen on facial tissue together, on the one hand separation block can guarantee that chip can be smoothly detached from from arrying main body, another Aspect can guarantee that it is preferably pasted on facial tissue by the pressure of separation block, overcomes since chip quality is smaller, fell Unstable in journey, falling speed is slow, is easy to happen deflection or chip is caused to paste inaccurate and be pasted not strongly the case where folding Solid problem, in addition its by by adsorption hole be arranged in four edges so that during chip absorption migration, chip can be more Flatness is kept well, further increases the accuracy of stickup.

It is internal toward contact 5. load carrier turns to cut-out negative pressure at support plate and loading plate in the utility model Negative pressure can be remained, this is hindered by the feeding and blanking that lead to chip, makes by the way that air channel a and air channel b is arranged When load carrier is turned at support plate and loading plate, negative pressure trough can ensure in time with the negative pressure inside atmosphere discharge Chip loading and unloading are smoothed out.

6. by being provided with magnetic block b on the outside of rotation seat in the utility model so that pushing mechanism is pushing carrying Body rotation can make it rapidly and accurately turn to specified angle when cannot reach specified angle by the magnetic-adsorption of magnetic block b Degree, improves equipment reliability of operation and stability, the magnetic block b of arc shape also can be to arrying main body from support plate in addition It is oriented to during turning at board channel, avoids it in the starting stage of rotation just as gravity rotates and it Its equipment collides；And the setting of magnetic block a then enable arrying main body rotation reset when by suction make its keep stablize Vertically downward, ensure that the separation block into board channel can be smoothly transferred in arrying main body

In conclusion the equipment has, label paper production efficiency is high, and chip pastes accuracy height, the label paper quality of production High advantage is particularly suitable for the production equipment technology of express delivery single side paster, Sticker etc..

Description of the drawings

It is required in being described below to embodiment for the clearer technical solution for illustrating the utility model embodiment The attached drawing used is briefly described, it should be apparent that, drawings discussed below is only some embodiments of the utility model, For for those of ordinary skill in the art, without creative efforts, it can also obtain according to these attached drawings Obtain other accompanying drawings.

Fig. 1 is to use RFID tag continous way operation system structure schematic diagram when adhesive sticker facial tissue.

Fig. 2 is the structural schematic diagram of chip adhesive part.

Fig. 3 is the local cutting schematic diagram of arrying main body.

Fig. 4 is arrying main body and detaches the structural schematic diagram of block.

Fig. 5 is rotation seat and the local cutting schematic diagram of negative pressure mechanism.

Fig. 6 is the structural schematic diagram of cutting mechanism.

Fig. 7 is the mating segment structure schematic diagram of negative tube.

Fig. 8 is the structural schematic diagram of pushing mechanism.

Fig. 9 is schematic diagram when separation block is transferred to together with chip on facial tissue by arrying main body.

Figure 10 is the structural schematic diagram using RFID tag continous way production system when common facial tissue.

Figure 11 is RFID tag continous way production technological process.

Specific implementation mode

The technical scheme in the embodiment of the utility model is clearly and completely illustrated below in conjunction with the accompanying drawings.

Embodiment one

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, a kind of RFID tag continous way production system, Include for unreel the facial tissue of facial tissue unreel part 1, be arranged facial tissue unreel 1 rear of part for chip 100 to be pasted The chip adhesive part 2 and be arranged at 2 rear of chip adhesive part for that will attach that surface face with a plastic paper 10 gets on The facial tissue 10 and release paper 20 of chip 100 carry out compound composite portion 3；The chip adhesive part 2 includes for conveying core Piece 100 and cutting means 21 that it is cut and for cutting the chip 100 to get off, to carry out absorption fixed and pass through Chip 100 is transferred to the chip transfer device 22 on facial tissue 10 by circular motion.

It is noted that by the way that facial tissue is unreeled part 1, chip adhesive part 2 and composite portion 3 in the present embodiment It orderly combines, realizes the continuous efficient steady production of RFID tag paper, and the equipment can be realized and will not do Common facial tissue and core can also be realized by the release paper of separation and facial tissue are compound again by adhering to chip on facial tissue after the separation of glue surface paper Compound with additional release paper progress again after piece bonding, equipment interoperability is strong, and the label paper quality being compounded to form is high.

Further, the cutting means 21 include that conveying mechanism 211 for being fed forward chip 100 and setting exist The cutting mechanism 212 for being cut to chip progress decile at 211 rear of conveying mechanism.

Further, the transfer device 22 includes several load carriers for being used to support the chip 100 for cutting 221, the rotating mechanism 222 for driving load carrier 221 to move in a circle and for controlling load carrier 221 to chip 100 carry out the negative pressure mechanism 223 that absorption is fixed or discharges.

Further, the conveying mechanism 211 is including chip let off roll 2111 and for driving 100 onwards transmission of chip First delivering roller group 2112；

The cutting mechanism 212 include be used to support chip 100 loading plate 2121, be arranged above loading plate 2121 and The cylinder 2122 and the cutter 2123 under the drive of cylinder 2122 being fixed in main frame plate 4.

It should be noted that by the way that 21 He of chip conveying device is arranged at chip adhesive part 2 in the present embodiment Chip transfer device 22 so that first roll type chip is unreeled and cut when carrying out chip stickup, then will cut again Blocks of chip use the mode that circle rotation shifts that it is transferred to the other side from side and pasted with horizontal posture On 10 surface of facial tissue in transmission process, this kind of chip bonding method sticking efficiency is high, and existing using adsorption roller drive The slice continuous transmission of reel core alignment in transmission process is cut drives the chip for cutting rotation viscous by adsorption roller again The mode being attached on facial tissue its should ensure that deviation does not ensure that deviation, accuracy are not difficult for chip transmission again for the transmission of facial tissue Ensure, and its track rotated of load carrier 221 for supporting chip 100 to shift in the utility model is that rigidity is constant, therefore As long as ensureing that deviation does not occur and can guarantee that the position that chip 100 pastes on facial tissue 10 is accurate for facial tissue transmission, therefore it is also big The big accuracy for improving the stickup of card paper production process chips, further improves the quality of product.

Further, as shown in Figure 3 and Figure 4, the load carrier 221 includes arrying main body 2211 and separation block 2212, the arrying main body 2211 includes supporting part 200 and interconnecting piece 300, and the separation block 2212 is being held by negative-pressure adsorption The inside on the surface in load portion 200, the arrying main body 2211 offers negative pressure trough 2213, and the surface of the supporting part 200 opens up There is an adsorption tank 2214 being connected to negative pressure trough 2213, the surface of the separation block 2212 corresponds to be opened up on the position of adsorption tank 2214 There are several adsorption holes 2215, the side of the supporting part 200 to be provided with limiting section 2001, the height etc. of the limiting section 2001 It is provided with second edge of a knife 2002 coordinated with cutter 2123 in the thickness of separation block 2212, on the limiting section 2001；

It is further noted that by the way that the matched separation block 2212 used is arranged in arrying main body 2211, So that load carrier 221 turn to close to die at facial tissue 10 road when, chip 100 is not directly from arrying main body 2211 It falls and is to continue with and is attached on separation block 2212 as separation block 2212 is fallen to together on facial tissue 10, detach 2,212 1 side of block Face can guarantee that chip 100 can be smoothly detached from from arrying main body 2211, on the other hand can guarantee by the pressure of separation block 2212 It is preferably pasted on facial tissue 10, is overcome since 100 mass of chip is smaller, and unstable in dropping process, falling speed is slow, It is easy to happen deflection or causes chip 100 to paste inaccuracy and the solid problem that is pasted not strongly the case where folding, it passes through in addition Adsorption hole 2215 is arranged in four edges so that during 100 absorption migration of chip, chip 100 can be preferably kept Flatness further increases the accuracy of stickup.

The rotating mechanism 222 includes the actuator 2221 being fixed in main frame plate 4 and is fixed on actuator 2221 The rotation seat 2223 of 2222 end of output shaft；

The negative pressure mechanism 223 includes the negative tube 2231 being fixed in main frame plate 4, the output of 2223 upper edge of the rotation seat It is offered on the direction of axis 2222 with access slot 2232, the mating section 2233 of the negative tube 2231 is rotated with described with access slot 2232 Cooperation, offers the connectivity slot 2234 being connected to the inside of negative tube 2231 in the mating section 2233, on the rotation seat 2223 Offer that several through-holes 2235, the negative pressure trough 2213 pass through hose 5 and through-hole correspondingly with 2211 position of arrying main body 2235 outer end connection, and when at the load carrier 221 turns to loading plate 2121 or close at facial tissue 10, through-hole 2235 are not connected to negative tube 2231, and the load carrier 221 is from during loading plate 2121 is turned to close to from facial tissue 10 Through-hole 2235 is connected to by connectivity slot 2234 with negative tube 2231.

Here, by the way that negative pressure mechanism 223 is arranged, the negative tube with negative pressure mechanism 223 is opened up in arrying main body 2211 2231 can be connected to or be ended the negative pressure trough 2213 of switching and open up adsorption tank 2214 on negative pressure trough 2213 so that carrying Mechanism 221 can be tried hard to keep using negative-pressure adsorption by connection gas circuit during driving chip 100 to carry out rotation transfer and demonstrate,prove chip 100 It is firmly fitted on load carrier 221 and does not fall, can pass through itself block gas when load carrier 221 carries out 100 feeding of chip Road enables chip 100 to be smoothly transferred to load carrier 221, and drives chip 100 to be transferred to close to facial tissue in load carrier 221 Gas circuit can be blocked so that chip 100 is fallen and smoothly adhere to facial tissue 10 up again by its own again when 10, entire chip 100 Feeding, transfer and the blanking of transfer process chips 100 are not necessarily to control panel, only by the mating section of negative tube 2231 It 2233 and can be completed with the cooperation between access slot 2232, it is simple in structure and stable.

Further, as depicted in figs. 1 and 2, it includes horizontal transport roller a11, horizontal transport roller that the facial tissue, which unreels part 1, B12, the support plate 13 being arranged between horizontal transport roller a11 and horizontal transport roller b12 and setting are at horizontal transport roller b12 The slewing rollers 14 of side.

Further, the rear side of the rotation seat 2223 is additionally provided with pushing mechanism 6, and the pushing mechanism 6 is for holding When mounted mechanism 221 drives chip 100 to turn on the facial tissue 10 at fitting support plate 13, arrying main body 2211 is pushed horizontally Outer rotation is simultaneously detached with block 2212 is detached.

Further, as shown in figure 8, the pushing mechanism 6 includes transmission component 61 and pushing component 62；

The transmission component 61 includes the rotation axis 611 being fixed in main frame plate 4, is rotatably provided in rotation axis 611 Shifting part 612, the connector a613, one end and the connector a613 that are rotatably provided in 612 rear end of shifting part rotatably connect The driving member 614 connect and the connector b615 being rotatably provided on cutter 2123, the other end of the driving member 614 and institute Connector b615 is stated to be rotatably connected；

The pushing component 62 includes the guide sleeve 621 being fixed in main frame plate 4 and matches with the sliding of guide sleeve 621 The push rod 622 of conjunction, the push rod 622 are provided with limited block 623, the limited block 623 and guide sleeve close to 612 one end of shifting part The spring 624 being set on push rod 622 is provided between 621.

In the present embodiment, linked with cutting mechanism 212 by the way that pushing mechanism 6 is arranged and pushing mechanism 6 is arranged so that cut The energy synchronous drive pushing mechanism 6 when carrying out chip and cutting of mechanism 212, which works, carries out arrying main body 2211 with block 2212 is detached Separation, simple in structure, work efficiency is high.

Further, the lower section of the rotation seat 2223 is additionally provided with through main frame plate 4 into board channel 7, described into plate Channel 7 is used to separation block 2212 being transferred in the arrying main body 2211 turned at this and is adsorbed on the surface of supporting part 200；

Finite place piece a8 and locating part b9, the carrying master is arranged in the surrounding of the rotation seat 2223 along its rotation path Carrying is led in body 2211 the locating part a8 and locating part b9 cooperations during turned at support plate 13 into from board channel 7 Body 2211 carries out limition orientation, and the locating part a8 and locating part b9 are fixed on loading plate 2121 by the first fixed frame 81 On；

It is turned at loading plate 2121 when the arrying main body 2211 is located at at board channel 7 and from at board channel 7 During through-hole 2235 be connected to negative tube 2231 by connectivity slot 2234.

Further, the composite portion 3 includes for delivering the second delivering roller group 31 of release paper 20, being arranged second The the first gluing part 32 for carrying out gluing to the surface of release paper 20 for delivering 31 rear of roller group, is arranged at 14 rear of slewing rollers For imports the facial tissue 10 for attaching chip 100 the first guide-in roller 33, be arranged below the first guide-in roller 33 be used for lead Enter to complete the second guide-in roller 34 of the release paper 20 of gluing and is arranged at 34 rear of the first guide-in roller 33 and the second guide-in roller For facial tissue 10 and release paper 20 to be carried out to compound compound roller group 35.

It is additionally provided with below the rear side of the horizontal transport roller b12 for accepting with the transmission of facial tissue 10 and from facial tissue 10 On the splicing component 50 of separation block 2212 that splits away off, the splicing component 50 includes baffle a501, baffle b502 and setting Set several sliding rollers 503 of the lower section between baffle a501 and baffle b502.

Further, as shown in figure 5 and figure 7, it is described mating section 2233 side wall on along its length on offer it is logical Air drain a2236 and air channel b2237, the air channel a2236 and air channel b2237 are in communication with the outside, and work as the carrying When mechanism 221 turns at loading plate 2121, through-hole 2235 is connected to air channel a2236, and the load carrier 221 turns to branch When fagging 13 is to locate, through-hole 2235 is connected to air channel b2237.

It should be noted that load carrier 221 turns at support plate 13 and loading plate 2121 when cutting off negative pressure, Its internal past contact can remain negative pressure, this is hindered by the feeding and blanking that lead to chip 100, passes through in the present embodiment When setting air channel a2236 and air channel b2237 makes load carrier 221 turn at support plate 13 and loading plate 2121, Negative pressure trough 2213 can ensure being smoothed out for 100 loading and unloading of chip in time with the negative pressure inside atmosphere discharge.

Further, it further includes facial tissue let off roll 15 and facial tissue delivering roller group 16 that the facial tissue, which unreels part 1, is needed It is pointed out that facial tissue 10 used in the present embodiment is the self-adhesive paper with release paper 101.

Furthermore, it is necessary to illustrate, the label paper produced in the present embodiment during use only need to be by release paper It tears, you can paste facial tissue connection chip on the object for needing to paste together.

Embodiment two

If Fig. 2 and Fig. 9 show, wherein identical with embodiment one or corresponding component uses attached drawing corresponding with embodiment one Label hereafter only describes the distinctive points with embodiment one for simplicity.The difference of the embodiment two and embodiment one exists In：Further, the locating part a8 is close is provided with magnetic block a30 into one end of board channel 7；

Further, the outside of the rotation seat 2223 is provided with magnetic block b40, the magnetic block b40 for carrying Main body 2211 is adsorbed and is oriented to it during being turned to from support plate 13 at board channel 7, the magnetic block b40 It is fixed on the first fixed frame 81 by the second fixed frame 401.

By being provided with magnetic block b40 in the outside of rotation seat 2223 so that pushing mechanism 6 is pushing arrying main body 2211 Rotation can make it rapidly and accurately turn to specified angle when cannot reach specified angle by the magnetic-adsorption of magnetic block b40, Equipment reliability of operation and stability are improved, the magnetic block b40 of arc shape also can be to arrying main body 2211 from support in addition It is oriented to during being turned at plate 13 at board channel 7, avoids it in the starting stage of rotation just as gravity occurs Rotation collides with miscellaneous equipment；And the setting of magnetic block a30 then enable arrying main body 2211 rotation reset when pass through suction Power makes it keep stabilization vertically downward, ensures that the separation block 2212 into board channel 7 can be smoothly transferred in arrying main body 2211.

Embodiment three

As shown in Figure 10, wherein identical with embodiment two or corresponding component uses attached drawing mark corresponding with embodiment two Note hereafter only describes the distinctive points with embodiment two for simplicity.The difference of the embodiment three and embodiment two exists In：It further includes third gluing part 17 that the facial tissue, which unreels part 1, and the third gluing part 17 is used to carry out the surface of facial tissue 10 Gluing, it is pointed out that facial tissue 10 used in the present embodiment is the plain paper without release paper 101.

Example IV

As shown in figure 11, a kind of RFID tag continous way production technology, including following production stage：

A. facial tissue unreels process, and facial tissue let off roll 15 unreels facial tissue 10, and surface face with a plastic paper 10 is transmitted to stickup backward At station；

B. chip conveying operation, chip let off roll 2111 unreel chip 100, and chip 100, which is transmitted to, to be cut at station, is located at The cutting mechanism 212 at station is cut to cut the progress decile of chip 100；

C. chip adhesive process, chip transfer device 22 are transported individual chip for cutting to get off at station is cut by circumference It moves toward transfer at stickup station, and absorption fixation is carried out to chip 100 by negative pressure mechanism 223 during transfer, turning So that chip 100 is fallen off from chip transfer device 22 when moving on to up at stickup station by negative pressure mechanism 223 and adhere to stickup On facial tissue 10 at station；

D. coating process, release paper 20 are transmitted at gluing station, be located at gluing station at the first gluing part 32 to from 20 surface of type paper carries out gluing；

E. compound working procedure, the facial tissue 10 for attaching chip 100 are transmitted at multi-procedure, and are equally transmitted to multi-procedure The release paper 20 at place carries out being compounded to form RFID tag paper.

In the utility model by by facial tissue unreel process, chip conveying operation, chip adhesive process, coating process and Compound working procedure is orderly integrated so that and the technological process of production of label paper is more compact, and the label paper quality higher produced, It is good that chip pastes precision.

The course of work is as follows：

When using adhesive sticker facial tissue, facial tissue let off roll 15 unreels facial tissue 10, and facial tissue and the release paper 101 on its surface are divided From facial tissue 10 and release paper 101 are transmitted respectively backward；When using common facial tissue, facial tissue let off roll 15 unreels facial tissue 10, third Gluing part 18 carries out gluing to 10 surface of facial tissue；

Facial tissue 10 is transmitted at support plate 13, and the chip let off roll 2111 of the other side unreels chip 100, and chip 100 transmits To loading plate 2121, arrying main body 2211 turns to loading plate 2121 together with separation block 2212 under the drive of rotating mechanism 222 Place, the upper surface and 2121 surface of loading plate for detaching block 2212 maintain an equal level, at this time the mating section of through-hole 2235 and negative tube 2231 2233 are in disconnected state, and 2212 surface of separation block does not have adsorption capacity, and then one section of chip is smoothly transmitted to separation block On 2212, stop transmission when being sent to certain position, cutting mechanism 212 cuts chip 100, cuts the one section of core to get off Piece 100 stays on separation block 2212, and then rotating mechanism 222 drives load carrier 221 to rotate 90 degree, actuator 2221 herein It for servo motor, rotates after completing respective work on 90 degree of corresponding stations, then be rotated by 90 °, is turning at loading plate 2121 Through-hole 2235 and the mating section 2233 of negative tube 2231 are in connected state, arrying main body during moving to support plate 13 2211 adsorb separation block 2212 by adsorption tank 2214, and separation block 2212 adsorbs chip 100 by adsorption hole 2215, aforementioned When being loaded with the load carrier 221 of chip 100 and turning at support plate 13, the mating section 2233 of through-hole 2235 and negative tube 2231 is again In disconnected state, the adsorption capacity of adsorption tank 2214 disappears, detach under the effect of gravity block 2212 together with chip 100 together under It falls, chip 100 is pressed together on 10 surface of facial tissue of lower section by separation block 2212, completes patch chip；

When cutting mechanism 212 cuts subsequent chip, pushing mechanism 6 is driven to link, pushing mechanism 6 leads carrying Body 2211 pushes outward, and the magnetic block b40 being equipped with makes arrying main body 2211 be turned out 90 and avoid facial tissue 10, rotation Mechanism 222 is rotated by 90 ° again, and arrying main body 2211 is under the adsorption force of magnetic block b40 along magnetic block b40's Arching trajectory rotates, and ensures that it does not collide with other components, when rotating to certain angle, arrying main body 2211 and magnetism Block b40 is detached from, and rotates down reset under the effect of gravity, and kept straight down under the suction-operated of magnetic block a30, one Side detaches block 2212 into output in board channel 7, and separation block 2212 is mounted in arrying main body 2211, in arrying main body 2211 The mating section 2233 of through-hole 2235 and negative tube 2231, which is in, during being turned to from support plate 13 at loading plate 2121 connects Logical state ensures that separation block 2212 can be steadily adsorbed in arrying main body 2211；

Above-mentioned to attach chip 100 and top has the facial tissue 10 of separation block 2212 with transmitting backward, facial tissue 10 is downward It turns to, separation block 2212 slides to output at splicing component 80；

The facial tissue 10 for attaching chip 100 is transmitted at the first guide-in roller 33, the release paper 101 or other that front detaches The release paper 101 individually unreeled is transmitted to the second guide-in roller 34 after 32 gluing of the first gluing part, attaches the face of chip 100 Paper 10 and release paper 101 are compounded to form RFID tag paper at compound roller group 35.

In the description of the present invention, it should be understood that the orientation or position of the instructions such as term " front and back ", " left and right " Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, without It is instruction or implies that signified equipment or component must have a particular orientation, with specific azimuth configuration and operation, therefore not It can be interpreted as the limitation to utility model.

Certainly in the technical scheme, those skilled in the art is it should be understood that term " one " is interpreted as " at least One " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation In example, the quantity of the element can be multiple, and term " one " should not be understood as the limitation to quantity.

The preferable specific implementation mode of the above, only the utility model, but the scope of protection of the utility model is not It is confined to this, the variation that any one skilled in the art can readily occur under the technical clarification of the utility model Or replace, it should be covered within the scope of the utility model.Therefore, the scope of protection of the utility model should be with right Subject to the protection domain of claim.

Claims (9)

1. a kind of RFID tag continous way production system, it is characterised in that：Include unreeling part for unreeling the facial tissue of facial tissue (1), setting facial tissue unreel part (1) rear for by chip (100) paste surface face with a plastic paper (10) get on The facial tissue (10) of chip adhesive part (2) and setting at chip adhesive part (2) rear for chip (100) will to be attached Compound composite portion (3) is carried out with release paper (20)；The chip adhesive part (2) includes for conveying chip (100) simultaneously Cutting means (21) that it is cut and for carry out absorption fixed and pass through circumference to cutting the chip to get off (100) Chip (100) is transferred to the chip transfer device (22) on facial tissue (10) by movement.

2. a kind of RFID tag continous way production system according to claim 1, which is characterized in that the cutting means (21) include being used at conveying mechanism (211) rear for being fed forward the conveying mechanism of chip (100) (211) and being arranged The cutting mechanism (212) that decile is cut is carried out to chip.

3. a kind of RFID tag continous way production system according to claim 1, which is characterized in that the transfer device (22) include the load carrier (221) of several chips (100) for being used to support and cutting, for driving load carrier (221) The rotating mechanism (222) that moves in a circle and to carry out absorption to chip (100) for controlling load carrier (221) fixed or release The negative pressure mechanism (223) put.

4. a kind of RFID tag continous way production system according to claim 2, which is characterized in that the conveying mechanism (211) include chip let off roll (2111) and the first delivering roller group (2112) for driving chip (100) onwards transmission；

The cutting mechanism (212) includes the loading plate (2121) for being used to support chip (100), is arranged on loading plate (2121) Side and the cylinder (2122) being fixed in main frame plate (4) and the cutter (2123) under cylinder (2122) drive.

5. a kind of RFID tag continous way production system according to claim 3, which is characterized in that the load carrier (221) include arrying main body (2211) and separation block (2212), the arrying main body (2211) includes supporting part (200) and company Socket part (300), the separation block (2212) is by negative-pressure adsorption in the surface of supporting part (200), the arrying main body (2211) Inside offer negative pressure trough (2213), the surface of the supporting part (200) offers the absorption being connected to negative pressure trough (2213) Slot (2214), the surface of the separation block (2212) corresponds to offers several adsorption holes on the positions of adsorption tank (2214) (2215), the side of the supporting part (200) is provided with limiting section (2001), and the height of the limiting section (2001) is equal to separation The thickness of block (2212) is provided with second edge of a knife (2002) with cutter (2123) cooperation on the limiting section (2001)；

The rotating mechanism (222) includes the actuator (2221) being fixed in main frame plate (4) and is fixed on actuator (2221) rotation seat (2223) of output shaft (2222) end；

The negative pressure mechanism (223) includes the negative tube (2231) being fixed in main frame plate (4), rotation seat (2223) upper edge It is offered on the direction of output shaft (2222) with access slot (2232), the mating section (2233) of the negative tube (2231) is matched with described Access slot (2232) is rotatably assorted, and is offered on the mating section (2233) and the internal connectivity slot being connected to of negative tube (2231) (2234), offered on the rotation seat (2223) with arrying main body (2211) position several through-holes (2235) correspondingly, The negative pressure trough (2213) is connected to by hose (5) with the outer end of through-hole (2235), and when the load carrier (221) rotates When to loading plate (2121) or close at facial tissue (10), through-hole (2235) is not connected to negative tube (2231), the carrying machine Structure (221) from loading plate (2121) turn to close at facial tissue (10) during through-hole (2235) by connectivity slot (2234) with Negative tube (2231) is connected to.

6. a kind of RFID tag continous way production system according to claim 4, which is characterized in that the facial tissue unreels portion (1) is divided to include horizontal transport roller a (11), horizontal transport roller b (12), be arranged in horizontal transport roller a (11) and horizontal transport roller b (12) slewing rollers (14) of support plate (13) and setting below horizontal transport roller b (12) between；

The composite portion (3) includes for delivering the second delivering roller group (31) of release paper (20), being arranged in the second delivery roller The first gluing part (32) for carrying out gluing to the surface of release paper (20) at group (31) rear, is arranged after slewing rollers (14) The first guide-in roller (33) for importing the facial tissue (10) for attaching chip (100) of side is arranged under the first guide-in roller (33) The second guide-in roller (34) for importing the release paper (20) for completing gluing of side and it is arranged in the first guide-in roller (33) and the Two guide-in rollers (34) rear is used to facial tissue (10) and release paper (20) carrying out compound compound roller group (35).

7. a kind of RFID tag continous way production system according to claim 5, which is characterized in that the rotation seat (2223) pushing mechanism (6) is additionally provided on rear side of, the pushing mechanism (6) is used to drive chip in load carrier (221) (100) when turning on the facial tissue (10) at fitting support plate (13), push arrying main body (2211) is horizontally outer to rotate simultaneously It is detached with block (2212) is detached.

8. a kind of RFID tag continous way production system according to claim 7, which is characterized in that the pushing mechanism (6) include transmission component (61) and pushing component (62)；

The transmission component (61) includes the rotation axis (611) being fixed in main frame plate (4), is rotatably provided in rotation axis (611) shifting part (612) on, connector a (613), one end and the connector for being rotatably provided in shifting part (612) rear end The driving member (614) that a (613) is rotatably connected and the connector b (615) being rotatably provided on cutter (2123), it is described The other end of driving member (614) is rotatably connected with the connector b (615)；

The pushing component (62) includes the guide sleeve (621) being fixed in main frame plate (4) and is slided with guide sleeve (621) The push rod (622) of dynamic cooperation, the push rod (622) are provided with limited block (623), the limit close to shifting part (612) one end The spring (624) being set on push rod (622) is provided between block (623) and guide sleeve (621).

9. a kind of RFID tag continous way production system according to claim 5, which is characterized in that the rotation seat (2223) it is additionally provided with below through main frame plate (4) into board channel (7), it is described into board channel (7) to be used to that block to be detached (2212) it is transferred to the surface for turning in the arrying main body at this (2211) and being adsorbed on supporting part (200)；

Finite place piece a (8) and locating part b (9), the carrying is arranged in the surrounding of the rotation seat (2223) along its rotation path Main body (2211) the locating part a (8) and locating part b (9) during turned at support plate (13) at board channel (7) Cooperation carries out limition orientation to arrying main body (2211), and the locating part a (8) and locating part b (9) pass through the first fixed frame (81) it is fixed on loading plate (2121)；

When the arrying main body (2211) is located at at board channel (7) and from into turning to loading plate at board channel (7) (2121) through-hole (2235) is connected to by connectivity slot (2234) with negative tube (2231) during at.