CN107161774B - A kind of electronic bill production method - Google Patents

Abstract

The invention discloses a kind of electronic bill production methods, comprising the following steps: step 1: paper tape enters gluing station from after the submitting of paper tape holding structure；Step 2: on gluing station, gluing module smears glue on the one side of paper tape；Then, the paper tape for being coated with glue is delivered to electronic tag and places station；Step 3: it is placed on station in electronic tag, electronic tag transfer module is by electronic tag from being transferred on the paper tape surface for being coated with glue on paper tape in electronic tag storage module；Then, the paper tape for being placed with electronic tag is delivered to doubling station；Step 4: on doubling station, by paper tape along the center line doubling of width direction, electronic tag is wrapped in the paper tape of doubling；Step 5: the paper tape after doubling, which is transported to, cuts station, cuts into electronic bill；The electronic bill production method has many advantages, such as that simple process, high-efficient, technical difficulty reduce, are high-quality.

Description

A kind of electronic bill production method

Technical field

The present invention relates to electronic bill manufacturing fields, and in particular to a kind of electronic bill production method.

Background technique

Electronic bill refers to the ticket part or certificate for being embedded with electronic tag, for example, electronic entrance ticket, electronic certificate, electronic ticket According to etc..In the manufacturing process of electronic bill, is applied first on paper tape and spread one layer of glue, then electronic tag is placed in paper In one side with glue, another paper tape is then covered on electronic tag again, can be obtained electronic ticket finally by cutting Card.

In existing electronic bill production technology, the two pieces of paper band for being compounded in electronic tag two sides is mutually independent paper Band, compound tense two pieces of paper band is conveyed by respective conveying mechanism respectively, and is bonded and is adhered to each other at multi-procedure, this life Deficiency existing for production method is: needing to guarantee two pieces of paper band synchronizing moving to be composite, and edge will be aligned, technical difficulty It is high.

Summary of the invention

It is an object of the invention to overcome the deficiencies of the prior art and provide a kind of electronic bill production method, the electronic tickets Card production method has many advantages, such as that simple process, high-efficient, technical difficulty reduce, are high-quality.

The technical solution that the present invention solves above-mentioned technical problem is:

A kind of electronic bill production method, comprising the following steps:

Step 1: paper tape enters gluing station from after the submitting of paper tape holding structure；

Step 2: on gluing station, gluing module smears glue on the one side of paper tape；Then, it will be coated with The paper tape of glue is delivered to electronic tag and places station；

Step 3: placing on station in electronic tag, and electronic tag transfer module stores electronic tag from electronic tag It is transferred in module on the paper tape surface for being coated with glue on paper tape；Then, the paper tape for being placed with electronic tag is delivered to doubling Station；

Step 4: on doubling station, by paper tape along the center line doubling of width direction, electronic tag is wrapped in pair In the paper tape of folding；

Step 5: the paper tape after doubling, which is transported to, cuts station, cuts into electronic bill.

A preferred embodiment of the invention, wherein in step 3, the electronic tag is placed on paper tape along width side To center line side；And the electronic tag arranged in paper tape along width direction is multiple.In this way, the electronics mark being placed Label are only positioned at the side in tape width direction, are avoided that electronic tag shifts during subsequent doubling；In addition, wide in paper tape Degree direction once arranges multiple electronic tags, is conducive to improve production efficiency.

In the step 4, a kind of preferred doubling mode of paper tape the following steps are included:

(1) paper tape is hung down with unfolded state, and after touching the bottom, turn is upwardly extended；

(2) paper tape is during upwardly extending, centered on center line of the paper tape along width direction, paper tape center line The part of two sides carries out 90 degree of torsions towards other side simultaneously, this final two parts fit together, and realizes doubling；Paper tape after doubling Width direction is mutually perpendicular to the tape width direction before doubling.

In above-mentioned doubling method, carry out doubling is reversed simultaneously in the part of paper tape center line two sides, so that the paper tape after doubling The conveying direction of paper tape is vertical before conveying direction and doubling, and two sections of process equipments before and after doubling are vertically arranged.

Preferably, the part of paper tape center line two sides is after doubling, using the clamp system with close clearance to paper The doubling position of band is squeezed.It is intended that doubling position (i.e. the positions of center line two sides) are not complete after paper tape doubling Full fitting, the folding line at doubling position is yet unobvious, allows the doubling position by the clamp system with close clearance at this time, just Doubling position can be promoted to be bonded to each other, generate folding line obviously；Also, the narrow space can also transport path to paper tape into Row limits, and the transport path of paper tape is avoided to shift.

Further, before paper tape enters the close clearance of clamp system, two limited rollers are set to paper tape center line The part of two sides is limited.It can be deviated outward to avoid the part of paper tape center line two sides in this way, promote paper tape center line two The part of side is gradually entered with fixed posture in the close clearance of clamp system.

Preferably, then the paper tape after doubling extends still further below up around roller；The inside of the roller has negative pressure Chamber, the surface of roller are equipped with the third venthole being connected to negative pressure cavity, and the negative pressure cavity is connect with negative pressure device.By roller, On the one hand, convenient for guidance doubling after paper tape enter subsequent work stations, on the other hand, after doubling paper tape up around after roller again to Lower extension, such roller has tension to paper tape, convenient for allowing the paper tape of doubling more fully to fit together；Third party Face can adsorb this paper tape and be conveyed since roller has negative pressure cavity and third venthole, roller in transmission process Surface and paper tape move synchronously, and avoid the occurrence of skidding so that the paper tape of doubling the electronic tag that dislocation obtains in paper tape occurs and occurs Displacement.

A preferred embodiment of the invention, in the step 4, the another kind preferably doubling mode of paper tape includes following Step:

(1) paper tape is hung down with unfolded state, and after touching the bottom, turn forward upward extends；

(2) paper tape is during forward upward extends, centered on center line of the paper tape along width direction, paper tape pair The part of middle line side keeps not reversing, and the part of the other side carries out 180 degree torsion towards other side, this final two parts are fitted in Together, doubling is realized；Tape width direction after doubling is parallel to each other with the tape width direction before doubling.

In above-mentioned doubling method, in the part of paper tape center line two sides, a portion holding do not reverse, another part into Row 180 reverse so that the two doubling together, the paper tape conveying direction after doubling is consistent with the conveying direction of paper tape before doubling, makes Two sections of process equipments before and after doubling can be arranged along straight line.

Preferably, the paper tape after doubling passes through from shaft conveying mechanism, and the shaft conveying mechanism includes first rotating shaft With the second shaft, the paper tape after doubling passes through between first rotating shaft and the second shaft.It is intended that on the one hand, utilizing the One shaft and the second shaft convey folded paper tape；On the other hand, first rotating shaft and the second shaft have paper tape Clamping action allows paper tape to keep folded state at the position, to guide paper tape gradually real during forward upward extends Existing doubling.

A preferred embodiment of the invention, wherein in step 2, be coated with glue paper tape carried out by conveyer belt it is defeated It send, multiple first ventholes is provided on the conveyer belt, the conveyer belt is supported on conveyer belt support plate, conveyer belt bearing Plate is equipped with the second venthole, which connect with negative pressure generating device；Conveyer belt is tightly attached to conveyer belt support plate Upside.It is fed forward it is intended that paper tape is adsorbed by conveyer belt, paper tape straight can be unfolded on the conveyor belt, conveying It will not float up and down or deviate because of extraneous factor in the process, and paper tape is not pullled, be not in tensile phenomenon, Fold will not occur.

A preferred embodiment of the invention, wherein in step 5, the paper tape after doubling is first delivered to information write-in work Position, is write information in electronic tag using information writing module；Then it is delivered to ink jet spray station, is sprayed on paper tape Ink；It is finally delivered to and cuts station and cut.

The present invention have compared with prior art it is below the utility model has the advantages that

1, the mulch paper band of electronic tag two sides is formed with doubling using a piece of paper, to simplify the conveyer of paper tape Structure, so that production technology becomes simpler, it is more efficient.

2, due to being formed by a piece of paper band doubling, there is no two paper tape conveying mechanisms to need what is run simultaneously to ask Topic, technical difficulty reduce, and are easier to ensure that the paper tape edge after doubling is aligned, and improve the quality of electronic bill.

Detailed description of the invention

The structural schematic diagram of the electronic bill process equipment of the electronic bill production method of Fig. 1 and Fig. 2 to realize the present invention, Wherein, Fig. 1 is schematic perspective view, and Fig. 2 is top view.

Fig. 3 is the main view (cross-sectional view) of gluing module in Fig. 1.

Fig. 4 is the structure diagram of rubber-coated mechanism in Fig. 3.

Fig. 5-Fig. 7 is the structural schematic diagram of leading portion paper tape conveying mechanism in Fig. 1, wherein Fig. 5 is schematic perspective view, Fig. 6 is top view (removing conveyer belt), and Fig. 7 is structure diagram.

Fig. 8 is the main view of negative pressure generating device in Fig. 5.

Fig. 9-Figure 12 is the structural schematic diagram of electronic tag transfer module of the present invention, wherein Fig. 9 is stereochemical structure Schematic diagram, Figure 10 are main view, and Figure 11 is top view, and Figure 12 is the cross-sectional view in Figure 10 on the direction A-A.

Figure 13 is the main view of electronic tag pick-up component in Fig. 9.

Figure 14 and Figure 15 is the structural schematic diagram of electronic tag storage module in Fig. 1, wherein Figure 14 is stereochemical structure signal Figure, Figure 15 is left view.

Figure 16 is the schematic diagram of internal structure of Figure 14.

Figure 17 is the schematic perspective view of paper tape doubling-up device in Fig. 1.

Figure 18 is the main view of roller conveyor structure in Figure 17.

Figure 19 is the cross-sectional view in Figure 18.

Figure 20 and Figure 21 is the schematic diagram during paper tape doubling.

Figure 22 is the structural schematic diagram of the support frame of paper tape doubling-up device.

Figure 23 is the schematic perspective view of doubling mechanism in Figure 22.

Figure 24 is the structural schematic diagram of second specific embodiment of electronic bill production method of the invention.

Specific embodiment

Present invention will now be described in further detail with reference to the embodiments and the accompanying drawings, but embodiments of the present invention are unlimited In this.

Embodiment 1

Referring to Fig. 1-Figure 23, the electronic bill production method of the present embodiment includes the following steps；

Step 1: paper tape enters gluing station from after paper tape holding structure 2c submitting；

Step 2: on gluing station, gluing module C smears glue on the one side of paper tape；Then, it will be coated with The paper tape of glue is delivered to electronic tag and places station；

Step 3: placing on station in electronic tag, and electronic tag transfer module F stores electronic tag from electronic tag It is transferred in module E on the paper tape surface for being coated with glue on paper tape；Then, the paper tape for being placed with electronic tag is delivered to doubling Station；Step 4: on doubling station, by paper tape along the center line doubling of width direction, electronic tag is wrapped in doubling Paper tape in；

Step 5: the paper tape after doubling, which is transported to, cuts station, cuts into electronic bill.

Referring to Fig. 1-Figure 23, in step 3, the electronic tag is placed on paper tape along the center line of width direction Side；And the electronic tag arranged in paper tape along width direction is multiple.In this way, the electronic tag being placed is only positioned at paper tape The side of width direction is avoided that electronic tag shifts during subsequent doubling；In addition, once being arranged in tape width direction Multiple electronic tags are arranged, are conducive to improve production efficiency.

Referring to Fig. 1-Figure 23, in the step 4, the doubling mode of paper tape the following steps are included:

(1) paper tape is hung down with unfolded state, and after touching the bottom, turn is upwardly extended；

(2) paper tape is during upwardly extending, centered on center line of the paper tape along width direction, paper tape center line The part of two sides carries out 90 degree of torsions towards other side simultaneously, this final two parts fit together, and realizes doubling；Paper tape after doubling Width direction is mutually perpendicular to the tape width direction before doubling.

In above-mentioned doubling method, carry out doubling is reversed simultaneously in the part of paper tape center line two sides, so that the paper tape after doubling The conveying direction of paper tape is vertical before conveying direction and doubling, and two sections of process equipments before and after doubling are vertically arranged.

Referring to Fig. 1-Figure 23, the part of paper tape center line two sides utilizes the clamping machine with close clearance after doubling Structure 4a squeezes the doubling position of paper tape.It is intended that after paper tape doubling, doubling position (the i.e. portion of center line two sides Position) it is not bonded completely, the folding line at doubling position is yet unobvious, and the doubling position is allowed to pass through the folder with close clearance at this time Tight mechanism 4a, can promote doubling position to be bonded to each other, generate folding line obviously；Also, the narrow space can also be to paper tape Transport path be defined, avoid the transport path of paper tape from shifting.

Referring to Fig. 1-Figure 23, before the close clearance that paper tape enters clamp system 4a, two limited rollers are set to paper tape The part of center line two sides is limited.It can be deviated outward to avoid the part of paper tape center line two sides in this way, promote paper tape pair The part of middle line two sides is gradually entered with fixed posture in the close clearance of clamp system 4a.

Referring to Fig. 1-Figure 23, then the paper tape after doubling extends still further below up around roller 2-2a；The roller 2-2a Inside there is negative pressure cavity 2-10a, the surface of roller 2-2a is equipped with the third venthole 2-5a being connected to negative pressure cavity 2-10a, institute Negative pressure cavity 2-10a is stated to connect with negative pressure device.Pass through roller 2-2a, on the one hand, enter convenient for the paper tape after guidance doubling subsequent Station, on the other hand, up around extending still further below after roller 2-2a, such roller 2-2a has paper tape to be opened paper tape after doubling Tight effect, convenient for allowing the paper tape of doubling more fully to fit together；The third aspect, since roller 2-2a has negative pressure cavity 2- 10a and third venthole 2-5a, therefore this paper tape can be adsorbed and conveyed, the surface of roller 2-2a and paper tape in transmission process It moves synchronously, avoids the occurrence of skidding so that the electronic tag that the paper tape of doubling occurs in dislocation acquisition paper tape shifts.

Referring to Fig. 1-Figure 23, in step 2, the paper tape for being coated with glue is conveyed by conveyer belt 2-1b, the conveying Multiple first venthole 2-2b are provided on band 2-1b, the conveyer belt 2-1b is supported on conveyer belt support plate 1b, conveyer belt Support plate 1b is equipped with the second venthole 1-1b, which connect with negative pressure generating device 3b；Conveyer belt 2-1b It is tightly attached to the upside of conveyer belt support plate 1b.It is fed forward it is intended that paper tape is adsorbed by conveyer belt 2-1b, paper tape can It is straight to be deployed on conveyer belt 2-1b, it will not float up and down or deviate because of extraneous factor during transportation, and paper tape It is not pullled, is not in tensile phenomenon, fold will not occur.

Referring to Fig. 1-Figure 23, in step 5, the paper tape after doubling is first delivered to information write-in station, is written using information Module G writes information in electronic tag；Then it is delivered to ink jet spray station, ink-jet is carried out on paper tape；Finally it is delivered to sanction Cutting position is cut.

Referring to Fig. 1-Figure 23, above-mentioned electronic bill processing method is realized by electronic bill process equipment below, The electronic bill process equipment include leading portion process equipment, back segment process equipment, be located at leading portion process equipment and back segment processing set Paper tape doubling-up device A between the standby and mill cutting apparatus J being connect with back segment process equipment, wherein the leading portion process equipment It is stored including blooming rack D, the gluing module C being arranged on blooming rack D, electronic tag transfer module F and electronic tag Module E；The back segment process equipment includes back segment rack K, and information writing module G, ink spray module on back segment rack K is arranged in H and picture recognition module I；

Referring to Fig. 1, the paper tape doubling-up device A includes the leading portion paper tape conveying mechanism 1 being located on leading portion process equipment, sets In the back segment conveying mechanism M on back segment process equipment and the intermediate folding being located between leading portion process equipment and back segment process equipment Folded transition mechanism；Wherein, leading portion process equipment and back segment process equipment are in 90 degree along the conveying direction of paper tape and arrange, leading portion adds There is the folding space for carrying out paper tape nature doubling between construction equipment and back segment process equipment.

Referring to Fig. 5-Fig. 7, the leading portion paper tape conveying mechanism B includes being mounted on blooming rack D that paper tape is driven to move Paper tape driving mechanism 2b and paper tape adsorbent equipment for adsorption paper band, wherein the paper tape driving mechanism 2b includes conveying Conveying tape drive mechanism with 2-1b and driving conveyer belt 2-1b operating, wherein be provided on the conveyer belt 2-1b multiple First venthole 2-2b；The paper tape adsorbent equipment includes negative pressure generating device 3b and conveyer belt support plate 1b, wherein described Conveyer belt support plate 1b is equipped with the second venthole 1-1b, the conveyer belt 2-1b and is tightly attached to the upside of conveyer belt support plate 1b, The negative pressure generating device 3b is arranged in the downside of conveyer belt support plate 1b and is connected with the second venthole 1-1b.The back segment Conveying mechanism M includes for supporting after the paper tape after the back segment bearing surface and Foldable of the paper tape after doubling is fed forward Section conveying mechanism M.

Referring to Figure 17-Figure 19, the intermediate folded transition mechanism include be set to the first rack at folding space and The roller conveyor structure 2a being located in the first rack, the roller conveyor structure 2a includes roller 2-2a；The roller 2-2a is set It is placed in the top of folding space, the axis of roller 2-2a and the paper tape conveying direction of leading portion process equipment are parallel.

Referring to Figure 17-Figure 19, the paper tape is straight to be deployed on leading portion bearing surface, and in the tip forward of leading portion bearing surface Lower section is hung down naturally, and is turned in the bottom hung down to extending upwards and being wound on the roller 2-2a, what is upwardly extended In the process, from unfolded state, gradually transition is doubled state to the paper tape, paper tape after doubling around after roller 2-2a to downward Extend into access back segment conveying mechanism M connection.

Referring to Fig. 3 and Fig. 4, the gluing module C includes the paper tape holding structure 2c being arranged on blooming rack D, correction Device 3c, paper tape conveying mechanism and rubber-coated mechanism 1c, wherein the paper tape conveying mechanism includes transmission mechanism 4c and driving transmission The transmission driving mechanism of mechanism 4c movement, wherein the transmission mechanism 4c includes the first transmission shaft 4-1c, second driving shaft 4- 2c, third transmission shaft 4-3c and the 4th transmission shaft 4-4c, along the direction of motion of paper tape, the paper tape is from paper tape holding structure 2c dips down crossing on the first transmission shaft 4-1c after tilting upward into Deviation rectifier 3c, which bypasses the first transmission shaft 4-1c Inclination is passed through from the lower section of rubber-coated mechanism 1c and is wound on second driving shaft 4-2c upwards afterwards, and the paper tape bypasses second driving shaft 4-2c is oppositely extending after coming out to be entered in the rubber-coated mechanism 1c, which bypasses third after coming out from the gluing module Transmission shaft 4-3c is simultaneously upwardly extended, and is finally in a horizontal state around the 4th transmission shaft 4-4c into leading portion paper tape conveying mechanism B.

Referring to Fig. 3, the Deviation rectifier 3c includes the correction transmission driving mechanism and set that seat, driving correction seat rotate of rectifying a deviation Set the correction photoelectric sensor in the width direction two sides of paper tape.Its working principle is that: paper tape is bypassed from correction seat, and two are entangled The identification position of polarisation electric transducer is two edge placements of the width direction of paper tape；Paper tape during transportation, when in width When shifting on degree direction, the corresponding correction photoelectric sensor in the side of offset detects the offset of paper tape, thus by rectifying a deviation Transmission driving mechanism driving correction seat turns an angle, and the rotation direction for seat of rectifying a deviation is to promote paper tape in the direction of the width to inclined The mobile direction of the opposite direction in direction is moved, so that paper tape returns correct position, then correction transmission driving mechanism driving correction Seat restores to normal attitude；In this way, monitoring whether paper tape offsets in real time by two correction photoelectric sensors, and it is driven by correction Driving mechanism is in time modified the paper tape of offset so that paper tape always in correct position on be constantly fed forward.

Referring to Fig. 3, the 5th transmission shaft 4-5c is provided on the rubber-coated mechanism 1c, the 5th transmission shaft 4-5c setting is applying The paper feed end side of gluing mechanism 1c, the paper tape are wound on the 5th transmission shaft 4-5c after bypassing second driving shaft 4-2c again along level Direction enters rubber-coated mechanism 1c.Its object is to: after paper tape comes out from second driving shaft 4-2c, if second driving shaft 4- The paper feed end of the 2c and rubber-coated mechanism 1c is not in sustained height, if not the 5th transmission shaft 4-5c, paper tape is passed from second During moving axis 4-2c cannot enter horizontally into rubber-coated mechanism 1c after coming out, so that paper tape is easy and the rubber-coated mechanism Certain corner parts of 1c contact and paper tape surface are caused to be scratched, to influence subsequent processing；By being arranged above-mentioned the Five transmission shaft 4-5c, it can be ensured that paper tape horizontal can enter in rubber-coated mechanism 1c after bypassing the 5th transmission shaft 4-5c.

Referring to Fig. 3, the 6th transmission shaft 4-6c is provided with below the 5th transmission shaft 4-5c, the paper tape is driven from first Axis 4-1c bypasses the 6th transmission shaft 4-6c after coming out and enters back into second driving shaft 4-2c.In this way, the 6th transmission shaft 4-6c There is a downward supporting role to paper tape, paper tape is avoided to convey between the first transmission shaft 4-1c and second driving shaft 4-2c In the process with the lower end interference of rubber-coated mechanism 1c, either it is broken so that damaging occurs in paper tape surface, to influence paper tape Following process.In addition, paper tape comes out rear-inclined up around second driving shaft from the first transmission shaft 4-1c along conveying direction During 4-2c, since conveying distance is longer, by the way that the 6th transmission shaft 4-6c is arranged, paper tape can be supported, be avoided Cause paper tape soft because conveying distance is too long.

Referring to fig. 4, the rubber-coated mechanism 1c includes glue feeding device 1-4c, glue reserve tank 1-3c, smears and actively roll 1-1c is taken turns, driven roller 1-2c is smeared and the smearing for smearing driving roller 1-1c rotation is driven to be driven driving mechanism, wherein institute It states and smears top and the smearing driving roller 1-1c and the glue that driving roller 1-1c is mounted on the glue reserve tank 1-3c The glue of water reserve tank 1-3c is in contact, and the driven roller 1-2c that smears is located at the top for smearing driving roller 1-1c, described Paper tape passes through between smearing driving roller 1-1c and smearing driven roller 1-2c.In this way, by smearing transmission driving mechanism band It is dynamic to smear driving roller 1-1c rotation, it is covered with glue and during rotation that glue is uniform on driving roller 1-1c so that smearing Be applied on the paper tape contacted, meanwhile, the smearing driving roller 1-1c during spreading glue also paper tape to Preceding conveying, to realize the continuous smearing to paper tape.The effect for smearing driven roller 1-2c is arranged to be: 1, when the painting When smearing driving roller 1-1c and smearing the paper tape contacted, smears driven roller 1-2c since the paper tape is located at and smear Between driving roller 1-1c, therefore during smearing driving roller 1-1c rotation, the smearing driven roller 1-2c is to paper Band is played a supporting role, so that paper tape will not float upwards during smearing, to guarantee that smearing driving roller 1-1c can incite somebody to action Glue is equably applied on paper tape.2, the mistake for being fed forward paper tape while smearing driving roller 1-1c on one side spreading glue Cheng Zhong, the smearing driven roller 1-2c have a downward pressure to paper tape, so that the paper tape and the smearing driving roller The contact area of 1-1c increases, so that frictional force suffered by paper tape increases, convenient for paper tape to be fed forward.

Referring to Fig. 3, the 7th transmission shaft 4-7c and are provided between the Deviation rectifier 3c and the first transmission shaft 4-1c Eight transmission shaft 4-8c, the paper tape self correction device 3c towards paper tape conveying direction bypass the 7th transmission shaft 4- after coming out diagonally downward 7c is tilted upward again around the 8th transmission shaft 4-8c.In this way, making paper by the 7th transmission shaft 4-7c and the 8th transmission shaft 4-8c Band keeps tensioned state, this facilitates paper tape conveying mechanism to be fed forward paper tape, while being also beneficial to ensure that paper tape enters Tensioned state is still in when rubber-coated mechanism 1c carries out coating process.

Referring to Fig. 3, the transmission driving mechanism includes transmission motor and the first synchronous belt drive mechanism, the biography The main shaft of dynamic driving motor is connect with the first driving pulley of first synchronous belt drive mechanism, the first toothed belt transmission machine First driven pulley of structure is connect with the second driving shaft 4-2c, the synchronous band of the first of first synchronous belt drive mechanism It is wound on first driving pulley and the first driven pulley.Transmission motor passes through the first synchronous belt drive mechanism for power Second driving shaft 4-2c is passed to, so that second driving shaft 4-2c is rotated, to realize the transportation work of paper tape.

Referring to Fig. 3, the 9th transmission shaft 4-9c being bonded therewith is provided on the second driving shaft 4-2c.Its purpose exists In: the second driving shaft 4-2c and the 9th transmission shaft 4-9c cooperates, so that paper tape is pressed in second transmission On axis 4-2c and the 9th transmission shaft 4-9c, to increase the contact area of the paper tape Yu second driving shaft 4-2c, so that should Frictional force between paper tape and second driving shaft 4-2c increases, this just facilitates second driving shaft 4-2c and transports paper tape continuation forward It is dynamic, while the paper tape between rubber-coated mechanism 1c and second driving shaft 4-2c being made to be in tensioned state, so that rubber-coated mechanism 1c Glue can be uniformly applied on paper tape.

Referring to Fig. 3, the paper tape holding structure 2c includes storage shaft 2-1c, and the one end storage shaft 2-1c passes through rotation Structure is connected on blooming rack D；The paper tape is looped around on storage shaft 2-1c.By above-mentioned storage shaft 2-1c, make Toilet roll band being rotated by and discharge paper tape in transmission driving mechanism.

Referring to Fig. 9-Figure 13, the electronic tag transfer module F includes electronic tag carrying mechanism and driving electronics mark Sign the carrying power mechanism 1 of carrying mechanism rotation, wherein the electronic tag carrying mechanism includes swivel mount 3 and circumferentially The multiple groups suction unit on swivel mount 3 is arranged in direction, wherein the swivel mount 3 includes multiple rotations being along the circumferential direction distributed Pivoted arm, every group of suction unit are arranged on a rotating arm, which includes several electronic tag pick-up components 2, should Electronic tag pick-up component 2 includes vacuum chuck 2-4, guide rod 2-3 and the first spring 2-2, wherein the vacuum chuck 2-4 The lower end of guide rod 2-3 is set, and the upper end the guide rod 2-3 passes through rotating arm formation from bottom to top and is slidably connected；First bullet Spring 2-2 is mounted on guide rod 2-3 and one end acts on the rotating arm other end and acts on guide rod 2-3, the first spring 2-2 under normality Elastic force promote guide rod 2-3 to be in the state that is lifted up；The suction unit with swivel mount 3 during rotating, successively Station, which is drawn, from electronic tag turns to the placement station of the electronic tag on paper tape.

Referring to Fig. 9-Figure 12, the electronic tag is drawn and is equipped on the electronic tag placement station on station and paper tape For pushing down on the dipper crowding gear 4 of guide rod 2-3, which includes that pushing block 4-2 and driving pushing block 4-2 are erected To the vertical driving mechanism of pushing block of movement.

Referring to Figure 10-Figure 13, in each suction unit, every two electronic tag pick-up component 2 is one group, and each group passes through Pick-up component fixed plate 5 is connect with rotating arm, and the pick-up component fixed plate 5 is fixed on rotating arm, and each electronic tag is inhaled It takes the upper end guide rod 2-3 in component 2 to pass through the formation of pick-up component fixed plate 5 from bottom to top to be slidably connected；Two electronic tags are inhaled It takes and is connected with end connecting plate 2-1 between the upper end guide rod 2-3 in component 2.In above scheme, with two electronic tag absorption groups Part 2 is one group, for drawing an electronic tag, since electronic tag is flexible body, if using single vacuum chuck 2-4, The regional area of electronic tag can only be drawn, therefore other regions not being sucked of electronic tag are easy to happen tilting, when will be electric Cause electronic tag straight cannot be adjacent on the scraps of paper when subtab is placed on the scraps of paper, by the way that two vacuum chuck 2-4 are arranged Afterwards, adsorption area can be increased, so that electronic tag can horizontally be raised and be transferred on paper tape, so that electric Subtab sufficiently straight can be fitted on the scraps of paper.In addition, by the way that the end connecting plate 2-1 is arranged, so that dipper crowding gear 4 Pushing block 4-2 act directly on the connecting plate 2-1 of end and two electronic tag pick-up components 2 can be driven move downward.

It include two groups of electronic tag pick-up components 2, this two groups of electronic tag absorption groups in each suction unit referring to Figure 11 Part 2 is set gradually along the radial direction of rotating arm.Suction unit each in this way can disposably carry two electronic tags, improve and make Industry efficiency.

Referring to Figure 11, the multiple groups suction unit on the swivel mount 3 is circumferentially evenly distributed on the rotation of swivel mount 3 On pivoted arm, when wherein one group of suction unit is located above electronic tag absorption station, on against 3 rotation direction of swivel mount Wherein one group of suction unit is located at the top of paper tape.In this way, after swivel mount 3 rotates fixed angle, upper one group on swivel mount 3 When drawing the suction unit arrival electronic tag placement station for having electronic tag, meanwhile, next group has been put down electronic tag Suction unit moves to electronic tag and draws station, and two groups of suction units respectively carry out placement and the electronic tag of electronic tag It draws；After two groups of suction units complete respective task, swivel mount 3 rotates fixed angle again, repeats above-mentioned movement, so Carry out electronic tag again and again picks up and places task.In this way, for one group of suction unit is only set, one Aspect, swivel mount 3 need to rotate lesser angle (such as when there is four groups of suction units, 3 need of swivel mount are rotated by 90 °；Rotation The angle between angle two adjacent groups suction unit that frame 3 rotates every time, and the angle is then equal to multiplied by the quantity of suction unit 360 °) can it is continual repeat electronic tag absorption and place work, both shorten swing circle in this way, improve work Make efficiency, and reduces bring due to significantly rotating and rotate power consumption；On the other hand, within the same time, can simultaneously into The absorption task of row electronic tag and the placement task of electronic tag, to greatly increase working efficiency.

Referring to Figure 12, the lower section carried power mechanism 1 and be set to swivel mount 3, which includes carrying Motor 1-1, retarder 1-2, motor fixing plate 1-4, the 4th synchronous belt drive mechanism and drive shaft 1-7 are carried, wherein described It carries motor 1-1 to be fixed on carrying motor fixing plate 1-4, the input shaft of the main shaft for carrying motor 1-1 and retarder 1-2 Connection, the output shaft of retarder 1-2 are connect with the 4th driving pulley 1-3 of the 4th synchronous belt drive mechanism, and the 4th synchronous belt passes 4th driven pulley 1-5 of motivation structure is connect with the drive shaft 1-7, and the upper end of the drive shaft 1-7 upwardly extends and rotates Frame 3 connects, and lower end is mounted on the carrying motor fixing plate 1-4 by rotational structure.Power mechanism 1 will be carried and be set to rotation The lower section of pivoted frame 3 can make full use of the space of 3 lower section of swivel mount, so that the compact overall structure of equipment；Using the above structure Carrying power mechanism 1, structure is simple, and motion control accuracy is high.

Referring to Figure 12, the drive shaft 1-7 is hollow structure, is coaxially provided with air inlet pipe in drive shaft 1-7, air inlet pipe Upper end is equipped with gas slip ring 1-6, and gas slip ring 1-6 is equipped with multiple outlet nozzles and connect respectively with vacuum chuck 2-4.Using hollow drive Moving axis 1-7 can be set as the air inlet pipe of vacuum chuck 2-4 gas supply in drive shaft 1-7, by the way that gas slip ring 1-6 is arranged, make Obtaining air inlet pipe can rotate with swivel mount 3, and outlet nozzle does not rotate then with swivel mount 3, to avoid air outlet valve and vacuum chuck Hose of supplying gas between 2-4 is wound.

Referring to Figure 13, the guide rod 2-3 is hollow structure, and the lower end of the inner cavity guide rod 2-3 connect with vacuum chuck 2-4, leads The upper end of the inner cavity bar 2-3 is connect by supplying gas hose with the outlet nozzle on gas slip ring 1-6.By the way that hollow guide rod 2-3 is arranged, just It ventilates in on vacuum chuck 2-4.

Referring to Figure 11, there are four rotating arm, the position between two neighboring rotating arm is provided with for setting on the swivel mount 3 Engraved structure.At work, 3 needs of swivel mount are rotated by 90 °, the suction in four rotating arms on one of rotating arm The electronic tag for taking unit to be located on paper tape is placed on station, and the suction unit of another rotating arm is located at electronic tag and draws work On position, when the suction unit on a rotating arm completes the absorption work of electronic tag, meanwhile, the suction on another rotating arm Unit is taken also to complete the placement work of electronic tag, at this moment, 3 needs of swivel mount are rotated by 90 °, so that other two rotating arm On suction unit repeat above-mentioned work, thus can continuously carry out the absorption of electronic tag and place work.This Sample both shortens swing circle, improves work efficiency, and reduces bring due to significantly rotating and rotate power consumption；Another party Face can carry out the absorption task of electronic tag and the placement task of electronic tag, thus greatly within the same time simultaneously It improves work efficiency, in addition, position of the pick-up component between two neighboring rotating arm is provided with engraved structure and can reduce Weight, to reduce the power consumption for carrying power mechanism 1.

Referring to Fig. 9, Figure 10 and Figure 12, the pushing block vertical mechanism is made of pushing cylinder 4-1, pushing cylinder 4-1 Extensible member connect with the pushing block 4-2 by connector, the cylinder body of pushing cylinder 4-1 is fixed on pushing cylinder support plate On, the cylinder support plate that pushes is mounted on the guide rail that electronic tag is placed on station and electronic tag absorption station.Using Push cylinder 4-1 be used as the vertical driving mechanism of pushing block, have the advantages that structure simply, convenient for control, it is easy for installation.

Referring to Figure 13,5 upper surface of end connecting plate is set with pushing block 4-2 corresponding position described in dipper crowding gear 4 Flexible piece of 2-11.In this way, the pushing cylinder 4-1 drives pushing block 4-2 to move downward, the pushing block 4-2 and the bullet Property block 2-11 is in contact and is pressed down against elastomer block 2-11, so that guide rod 2-3 is driven to move downward, in the process, the bullet Property block 2-11 plays buffer function to pushing block 4-2, avoids pushing block 4-2 from being directly in contact with end connecting plate 5, to reduce The abrasion of pushing block 4-2 and end connecting plate 5, further, since pushing block 4-2 and end connecting plate 5 are rigid bodies, the two is direct Collision can generate noise, by the way that elastomer 2-11 is arranged between the two, solve the problems, such as this very well.

Referring to Figure 14-Figure 16, the electronic tag storage module E includes electronic tag case 1e, electronic tag supporting plate The 2e and vertical driving mechanism 3e of supporting plate for driving electronic tag supporting plate 2e to move up and down, wherein the electronic tag supporting plate The inside of electronic tag case 1e is arranged in 2e, and the vertical driving mechanism 3e of supporting plate is mounted on electronic tag case 1e's Outside；The top of the electronic tag case 1e is equipped with photoelectric sensor 4e, and photoelectric sensor 4e is located at the electronics stacked The highest position of label.

Referring to Figure 14-Figure 16, the vertical driving mechanism 3e of supporting plate includes vertical driving motor 3-1e, the 5th synchronous belt biography Motivation structure and connection component, wherein the vertical driving motor 3-1e is fixed on the bottom end of electronic tag case 1e, this is perpendicular It is connect to the main shaft of driving motor 3-1e with the 5th main transmission belt wheel 3-2e of the 5th synchronous belt drive mechanism, the described 5th 5th driven pulley 3-3e of synchronous belt drive mechanism is mounted on the top of the electronic tag case 1e, and the described 5th is synchronous Band 3-4e is looped around on the 5th main transmission belt wheel 3-2e and the 5th driven pulley 3-3e；Described connection component one end and the 5th Synchronous belt 3-4e connection, the other end are connect with electronic tag supporting plate 2e.The 5th main transmission is driven by vertical driving motor 3-1e Belt wheel 3-2e rotation, to drive entire 5th synchronous belt drive mechanism to work, so that connecting with the 5th synchronous belt 3-4e Connection component do vertical motion, it is final to drive the electronic tag on electronic tag supporting plate 2e and electronic tag supporting plate 2e upward Specified altitude assignment is moved to, after uppermost electronic tag, which is handled upside down module H, to be taken away, vertical driving motor 3-1e continues to drive 5th synchronous belt 3-4e movement, so that subsequent electronic tag replaces the electronics mark being removed on electronic tag supporting plate 2e The position of label.

Preferably, the vertical driving mechanism 3e of the supporting plate can also be the group of cylinder either motor and lead screw transmission mechanism It closes.

Referring to Figure 16, the connection component includes the first connecting rod 3-5e of horizontal positioned " 7 " font, the second connecting rod 3-6e and third connecting rod 3-7e, wherein the upper end of the first connecting rod 3-5e is connect with electronic tag supporting plate 2e, and first The lower end of connecting rod 3-5e is connect with one end of the second connecting rod 3-6e, the other end and third connecting rod of the second connecting rod 3-6e 3-7e is clamped on the 5th synchronous belt 3-4e.Using the above structure, on the one hand will smoothly be located at outside electronic tag case 1e The power of the 5th synchronous belt 3-4e pass to the electronic tag supporting plate 2e in electronic tag case 1e；On the other hand, It is also helped using the first connecting rod 3-5e of " 7 " font and the electronic tag of bottom is conveyed in place, avoided same the 5th During step band 3-4e drives the second connecting rod 3-6e and third connecting rod 3-7e to move upwards, occur because the 5th is driven The obstruction of belt wheel 3-3e and cause electronic tag supporting plate 2e occur cannot be by the nethermost electronic tag of electronic tag case 1e The phenomenon that conveying in place.

Referring to Figure 16, it is additionally provided with vertical guiding mechanism between the second connecting rod 3-6e and electronic tag case 1e, The vertical guiding mechanism includes the sliding rail 3-9e being mounted on the inside of electronic tag case 1e and is mounted on the second connecting rod 3- The sliding block 3-8e of 6e.By the way that the vertical guiding mechanism is arranged, guiding role is played to the electronic tag supporting plate 2e, so that electric Electronic tag can be more accurately delivered up in place by subtab supporting plate 2e.

Referring to Figure 14-Figure 16, a bullet is respectively set on described two opposite sides in the upper end electronic tag case 1e Property baffle 5e, the one end elastic block piece 5e are fixed on electronic tag case 1e, and other end horizontal extension is deposited into electronic tag The inner cavity of box 1e is put, and is adjacent to the upper surface of the electronic tag in the top.Its purpose has two, 1, the vertical driving mechanism of the supporting plate During 3e drives electronic tag supporting plate 2e to move upwards, when the electronic tag on electronic tag supporting plate 2e reaches specified altitude assignment When, the elastic block piece 5e has position-limiting action to the electronic tag on electronic tag supporting plate 2e, avoids electronic tag supporting plate Positional shift caused by electronic tag on 2e is continued up because of inertia.2, in transfer module H by electronic tag case 1e During a uppermost electronic tag is carried, when there is uppermost electronic tag with next electronic tag because mutual When being close together and being handled upside down the case where module H takes away, since two electronic tags will strut elastic block piece 5e, mistake herein Cheng Zhong, elastic block piece 5e have a downward pressure to two electronic tags, since the transfer module H is to uppermost electronics Label has adsorption capacity, therefore uppermost electronic tag can cross elastic block piece 5e and be raised, and second electronics mark Bonding force between label and uppermost electronic tag is not enough to keep out the downward pressure of elastic block piece 5e, second electronic tag Elastic block piece 5e can not be crossed to separate with uppermost electronic tag, final realize prevents from once carrying two or more The case where subtab, occurs.

Referring to Figure 14-Figure 16, the elastic block piece 5e is made of sheet rubber；Elastic block piece 5e setting is connected in square On bar, the vertical section of the square connecting rod is fixed on the outside of electronic tag case 1e, and the elastic block piece 5e passes through spiral shell Nail is fixed on the horizontal segment of square connecting rod；It is the corresponding position elastic block piece 5e at the top of the electronic tag case 1e Equipped with the opening for allowing elastic block piece 5e to extend into its inner cavity.By above structure, convenient for the fixation of elastic block piece 5e.

Referring to Figure 14-Figure 16, the shape size and the electronics mark of the cross section of the inner cavity electronic tag case 1e The shape size of label is consistent.Its object is to: the vertical driving mechanism 3e of supporting plate drives electronic tag supporting plate 2e vertical motion During, the inner cavity electronic tag case 1e can limit four side of electronic tag, avoid electronic tag and vertically transporting It shifts in dynamic process, subsequent electronic tag is caused to be carried and appearance position error in placement process.

Referring to Figure 16, the bottom end electronic tag case 1e is equipped with escape port.Its object is to: when electronic tag is stored After electronic tag in box 1e is finished, the vertical driving mechanism 3e of supporting plate drives electronic tag supporting plate 2e to move downward, and makes The bottom end of electronic tag case 1e can be reached by obtaining the electronic tag supporting plate 2e, so that the storage of electronics case is empty Between maximize, while also saving space and cost.

Referring to Figure 15 and Figure 16, the lower end of the electronic tag case 1e is additionally provided with block card mechanism 6e, the block card mechanism The third sliding equipment 6- that 6e includes horizontal positioned the first sliding equipment 6-1e and the second sliding equipment 6-2e, places vertically 3e, the first baffle plate 6-4e and the second baffle plate 6-5e, wherein the first sliding equipment 6-1e includes that the first sliding block and first are sliding Rail, the second sliding equipment 6-2e include the second sliding block and the second sliding rail, and the third sliding equipment 6-3e includes that third is sliding Block and third sliding rail；The first baffle plate 6-4e is mounted on the first sliding block of the first sliding equipment 6-1e, the second gear Card 6-5e is mounted on the second sliding block of the second sliding equipment 6-2e, the first baffle plate 6-4e and the second baffle plate 6-5e It is oppositely disposed at the lower ending opening of electronic tag case 1e；The first baffle plate 6-4e and the third sliding equipment The third sliding block of 6-3e is respectively hinged at the both ends of the 4th connecting rod 6-6e, and the second baffle plate 6-5e and the third are slided The third sliding block of mechanism 6-3e is respectively hinged at the both ends of the 5th connecting rod 6-7e, the first baffle plate 6-4e and described second Being equipped under normality between baffle plate 6-5e promotes the first baffle plate 6-4e and the second baffle plate 6-5e to be blocked in electronic tag storage Second spring 6-8e on the lower ending opening of box 1e.The purpose that above-mentioned block card mechanism 6e is arranged is convenient for storing from electronic tag The lower ending opening of box 1e is put into electronic tag, and supports to the electronic tag being put into.Due in electronic tag case 1e Upper end setting after elastic block piece 5e, therefore it is relatively difficult from the upper end opening of electronic tag case 1e to be put into electronic tag. After above-mentioned block card mechanism 6e is set, when needing to be packed into electronic tag, vertical driving mechanism 3 must be allowed to drive electronic tag support first Plate 2e move downwardly to the lower ending opening of electronic tag case 1e lower section (electronic tag supporting plate 2e less than electronic tag store The distance between first baffle plate 6-4e and the second baffle plate 6-5e in the lower ending opening of box 1e, therefore can pass through)；With Afterwards, operator's downslide third sliding block manually, so that the angle of the 4th connecting rod 6-6e and the 5th connecting rod 6-7e Increase, so that the first sliding block and the second sliding block counter motion are driven, so that the first baffle plate 6-4e and the second baffle plate 6-5e It opens, operator can be packed into electronic tag from the lower port of electronic tag case 1e.When electronic tag loading electronics mark After signing case 1e, operator only needs to decontrol third sliding block, makes the first sliding block and the by the elastic force of second spring 6-8e Two sliding block relative motions, so that the angle of the 4th connecting rod 6-6e and the 5th connecting rod 6-7e becomes smaller, so that third Sliding block is restored to original position, while the first baffle plate 6-4e and the second baffle plate 6-5e return to original position, to dress The electronic tag entered realizes bearing, is then again gradually delivered up electronic tag by electronic tag supporting plate 2e.

Referring to Figure 16, the electronic tag case 1e is provided on position corresponding with the third sliding block along vertical side To the elongated slot of extension, the third sliding block be slidably connected in the elongated slot.In this way, the elongated slot constitutes the of third sliding equipment Three sliding rails not only reduce volume in this way, but also save cost.

Referring to Figure 17-Figure 19, the intermediate folded transition mechanism further includes the drum driven machine for driving roller 2-2a rotation Structure；The inside of the roller 2-2a has a negative pressure cavity 2-10a, and the surface of roller 2-2a is equipped with the be connected to negative pressure cavity 2-10a Three venthole 2-5a, the negative pressure cavity 2-10a are connect with negative pressure device.In above structure, by starting negative pressure device when work, So that negative pressure is formed in the negative pressure cavity 2-10a of roller 2-2a, due to being provided with third venthole 2-5a on the surface roller 2-2a, because Paper tape after this doubling is adjacent on roller 2-2a because of external air pressure, then passes through the driving of drum drive, band Dynamic roller 2-2a rotation, the paper tape after doubling are fed forward.Its bring effect is, 1, by after roller 2-2a Foldable Paper tape travel forward, and paper tape can be bonded with roller 2-2a always, thus be located at roller 2-2a and leading portion process equipment it Between paper tape can be in natural hang, avoid being pullled by back segment conveying mechanism M transition and cause paper tape fluctuated, Influence the effect folded；2, allow paper tape to be tightly attached to the surface roller 2-2a using negative pressure so that roll both in carriage tape it Between without relative motion, so that the electronic tag in paper tape be avoided to move；3, by suction function, can make in atmospheric pressure With to allowing the folded scraps of paper more fully to fit together.

Referring to Fig. 6, along the conveying direction of paper tape, the second venthole 1-1b points on the conveyer belt support plate 1b are more Group, every group includes multiple being uniformly distributed the second venthole 1-1b；A negative pressure is all connected at every group of second venthole 1-1b to generate Device 3b；The group number of the second venthole 1-1b on conveyer belt support plate 1b presses the formal distribution of " intermediate more, both ends are few ".Pass through Second venthole 1-1b is arranged in sets, under the premise of guaranteeing that paper tape can be conveyed by lasting absorption, reduces by the second venthole The arrangement areas of 1-1b saves the energy consumption of negative pressure generating device 3b；During transportation, paper tape is from described one end blooming rack D Into being left from the other end of blooming rack D, by allowing the group number of the second venthole 1-1b by " intermediate more, both ends are few " Formal distribution keeps paper tape smaller in the adsorption capacity for entering conveyer belt 2-1b with being subject to when leaving conveyer belt 2-1b, guarantees paper tape energy It is enough gently to enter and leave conveyer belt 2-1b.

Referring to Fig. 8, the negative pressure generating device 3b is made of fan；The conveyer belt support plate 1b leads to every group second The downside of stomata 1-1b corresponding position is equipped with fan retaining bracket 3-1b, and fan retaining bracket 3-1b is equipped with and the second venthole 1-1b The vent passages of connection, the fan are set in the vent passages of fan retaining bracket 3-1b.The negative pressure being arranged in this way generates dress It is simple to set 3b structure, it is at low cost, it is easily installed and dismantles.

Referring to Fig. 6, the vent passages of area and the fan retaining bracket 3-1b that every group of second venthole 1-1b is surrounded Cross-sectional area it is consistent.Since negative pressure generating device 3b is taken out the air of the bottom conveyer belt 2-1b by the second venthole 1-1b It walks, therefore when the cross section of every group of second venthole 1-1b area surrounded and the vent passages of the fan retaining bracket 3-1b When product is consistent, the energy utilization rate of negative pressure generating device 3b can be made to maximize, as far as possible reduction additional energy.

Referring to Fig. 5, along the direction of motion of conveyer belt 2-1b, the first venthole 2-2b is equal on conveyer belt 2-1b Even distribution.Its object is to: the paper tape is laid in travel forward on conveyer belt 2-1b with conveyer belt 2-1b during, institute It states the first venthole 2-2b on conveyer belt 2-1b to be connected to the second venthole 1-1b always, it is each that this guarantees paper tapes Position is adsorbed on conveyer belt 2-1b.

Referring to Fig. 7, the conveying tape drive mechanism includes conveyer belt driving motor and conveying tape handler, wherein institute Stating conveying tape handler includes main drive roller and the first driven voller 2-4b, wherein the main drive roller is mounted on blooming machine It one end of frame D and is connect with the main shaft of the conveyer belt driving motor, the first driven voller 2-4b is mounted on the blooming machine The other end of frame D, the conveyer belt 2-1b are looped around on main drive roller and the first driven voller 2-4b, wherein above-mentioned main transmission Roller is the 4th transmission shaft 4-4c.Said conveyer belt driving mechanism structure is simple, easy for installation.

Referring to Fig. 6, the conveying tape handler further includes the second driven voller 2-5b and third driven voller 2-3b, In, the third driven voller 2-3b is mounted on the lower section of main drive roller, the second driven voller 2-5b be mounted on described first from The lower section of dynamic roller 2-4b, the conveyer belt 2-1b are successively looped around main drive roller, the first driven voller 2-4b, the second driven voller 2-5b And on third driven voller 2-3b.In this way, a space is formed in the ring structure that the conveyer belt 2-1b is encompassed, it is described negative Pressure generation device 3b is just mounted in this space, so that structure is more compact.

Referring to Fig. 5, wherein the blooming rack D includes two leading portion vertical plate 1d being oppositely arranged, the conveyer belt bearing Plate 1b is fixed on the upper end of two leading portion vertical plate 1d；The main drive roller, the first driven voller 2-4b, the second driven voller 2-5b and The both ends of third driven voller 2-3b are connected on two leading portion vertical plate 1d by bearing；The top of two leading portion vertical plate 1d is equipped with gear Side is limited for the two sides to paper tape.

Referring to Figure 17, the first driven voller 2-4b is equipped with pressing roller 2-6b, the paper tape of straight expansion from described first from Rear forward downward is passed through between dynamic roller 2-4b and pressing roller 2-6b to hang down.By the way that the first driven voller 2-4b and pressing roller is arranged 2-6b, be conducive to guide paper tape move downward, while can mode paper tape hike up upwards.

Referring to Figure 18, along the circumferencial direction of roller 2-2a, the surface the roller 2-2a is provided with multiple groups third venthole Multiple third venthole 2-5a in 2-5a, every group of third venthole 2-5a uniformly arrange along the axis direction of roller 2-2a.On It states in structure, since the third venthole 2-5a on roller 2-2a uniformly arranges, on roller 2-2a suffered by unit area Air pressure is all equal, so that air pressure phase suffered by each position for the paper tape being wound on the surface roller 2-2a； It brings the advantage that: 1, electronic tag up and down two sides the scraps of paper during the bonding process suffered pressure always with electronics mark The phenomenon that label are vertical, and avoiding problems electronic tag is displaced during fitting.2, the scraps of paper of electronic tag two sides are pasting During conjunction, pressure suffered by unit area is equal on the scraps of paper, the region in the paper tape of doubled state containing electronic tag with Air pressure suffered by other regions is also consistent, and the scraps of paper of the upper and lower two sides of electronic tag are tightly bonded.

Referring to Figure 19, be equipped with hollow roller shaft 2-3a in the roller 2-2a, roller shaft 2-3a be equipped with 4th venthole 2-7a of the negative pressure cavity 2-10a connection；One end of the roller shaft 2-3a stretch out roller 2-2a it is outer with it is negative Pressure device connection.By above structure, the roller shaft 2-3a not only can be used as the component for driving roller 2-2a rotation, but also energy As the channel for connecting the negative pressure cavity 2-10a and negative pressure device, so that compact-sized.

Referring to Figure 18, the drum drive includes motor 2-1a and third synchronous belt drive mechanism 2-6a, wherein The third synchronous belt drive mechanism 2-6a includes third active drive pulley, third driven pulley and third synchronous belt；Its In, the motor 2-1a is mounted in first rack, the main shaft and the third active transmission belt of third motor 2-1a Wheel connection, the third driven pulley are connect with the roller shaft 2-3a, and the third synchronous belt is looped around the third master On dynamic drive pulley and the third driven pulley.By above structure, by third synchronous belt drive mechanism 2-6a by motor 2-1a power passes to roller 2-2a, so that roller 2-2a is rotated, to realize that the paper tape after doubling conveys.

Referring to Figure 18, the both ends of the roller 2-2a are equipped with rib 2-8a, and the distance between two rib 2-8a are equal to pair The width of paper tape after folding.By the way that rib 2-8a is arranged, so that folded paper tape is positioned in roller 2- in the direction of the width The surface of 2a avoids folded paper tape from shifting during transportation.

Referring to Figure 17, first rack includes support frame 3a and the mounting seat that is located at the top of support frame 3a, described Mounting seat includes bottom plate 2-4a and two vertical plate 2-9a being oppositely arranged, and the both ends of the roller 2-2a are connected to two and stand On plate 2-9a.Using the first rack of the structure, convenient for the setting of roller 2-2a.

Referring to Figure 17, support frame as described above 3a includes horizontal positioned bearing support 3-1a and is arranged on bearing support and the branch The vertical stand 3-2a of bolster, wherein the bearing support 3-1a be by first support bar, second support bar, third support rod and The rectangular frame that 4th support rod head and the tail are formed by connecting, the stand 3-2a includes two upright bars being vertically arranged, the bottom plate The top of upright bar is arranged in 2-4a；Hound 3-3a is additionally provided between each stand 3-2a and bearing support 3-1a.Above structure Support frame 3a structure is simple, and rigidity and stability are good, and intensity is high, can use profile and builds, at low cost.

Referring to Figure 17, transitioning component 1a, the mistake are provided between the roller 2-2a and the head end of back segment process equipment Cross the transition rack that component 1a includes transition rotating shaft and the transition rotating shaft is mounted on back segment process equipment, wherein doubling Paper tape afterwards is extended downwardly after bypassing roller 2-2a and is bypassed from the bottom of transition rotating shaft, last access back segment conveying mechanism upwards M.Paper tape may be implemented from roller 2-2a to the transition between back segment process equipment in above-mentioned transitioning component 1a so that paper tape smoothly into Enter in back segment process equipment.

2 and Figure 23 referring to fig. 2, the paper tape doubling-up device A further include doubling mechanism 7a, and the doubling mechanism 7a includes peace Paper tape guiding mechanism 6a and clamp system 4a on mounting plate 5a is arranged in, wherein the mounting plate 5a is fixed in loading board 5a On support frame 3a, the top of paper tape guiding mechanism 6a is arranged in the clamp system 4a；The paper tape guiding mechanism 6a includes two Group is mounted on the guidance set being symmetric on mounting plate 5a, wherein every group of guidance set includes guiding axis 6-1a and lead to Multiple directive wheel 6-2a that rotational structure is mounted on guiding axis 6-1a are crossed, the guiding axis 6-1a hangs down towards separate mounting plate 5a's Directly divide equally towards outer incline, the paper tape is located in the directive wheel 6-2a of two groups of guidance sets.Its purpose has two, and 1, due to paper tape Pass through from two guidance sets from bottom to top and paper tape both ends gradually to paper tape vertically divide face torsion equally during, two Multiple directive wheel 6-2a of guidance set have a position-limiting action to paper tape both ends, so that paper tape both ends are passing through two guiding groups When part, the both ends of the paper tape can be overlapped, and avoid the phenomenon that paper tape occur paper tape both ends are not overlapped during doubling, thus Influence subsequent processing.2, the guiding mechanism limits paper tape both ends by directive wheel 6-2a so that paper tape from lower and Above by the way that during paper tape guiding mechanism 6a, since the paper tape two sides are contacted with directive wheel 6-2a, suffered friction is Rolling friction, friction is small, and paper tape both ends can be smoothly from unfolded state vertically dividing face equally and draw close to paper tape, to keep away Exempt from the phenomenon that folding line occur or scratching paper tape outer surface.

Referring to fig. 23, away from the direction of mounting plate 5a, multiple directive wheel 6-2a's on the guiding axis 6-1a is straight Diameter is sequentially increased.In this way, during paper tape passes through paper tape guiding mechanism 6a from bottom to top, multiple guiding of two groups of guidance sets Wheel 6-2a can limit the front and back end of paper tape two sides, so that paper tape is in doubling shape after passing through paper tape guiding mechanism 6a State facilitates subsequent clamp system 4a to compress in the paper tape of doubled state.

Referring to fig. 23, the clamp system 4a include first clamping plate 4-1a, second clamping plate 4-2a and drive first clamping plate The 4th sliding equipment 4-3a that 4-1a and second clamping plate 4-2a is mutually converted from clamped condition and discrete state, wherein described the It is provided with adjustable plate between one clamping plate 4-1a and the mounting plate 5a, is set between the second clamping plate 4-2a and the mounting plate 5a It is equipped with the second adjustable plate, first adjustable plate one end is connect with first clamping plate 4-1a, and the other end is connect with mounting plate 5a, described Second adjustable plate one end is connect with second clamping plate 4-2a, and the other end is connect with mounting plate 5a, wherein first adjustable plate and institute It states the second adjustable plate and the junction mounting plate 5a is being provided with U-shaped hole；The 4th sliding equipment 4-3a includes Four-slider, the Five sliding blocks and sliding rail, wherein the sliding rail is mounted on mounting plate 5a, and the first clamping plate is mounted on Four-slider, institute Second clamping plate is stated to be mounted on the 5th sliding block.In this way, paper tape enters the clamp system 4a's after passing through paper tape guiding mechanism 6a Between first clamping plate 4-1a and second clamping plate 4-2a, by adjusting the gap between first clamping plate 4-1a and second clamping plate 4-2a, To adjust the size of clamping force, and then compressed in the paper tape of doubled state.

Referring to Fig. 1, the electronic bill process equipment further includes outer cover L.Its object is to prevent extraneous dust from entering Inside electronic bill process equipment, the normal operation of equipment is influenced.

Referring to Fig. 1-Figure 23, the working principle of electronic bill process equipment of the invention is made with reference to the accompanying drawing further Description:

When work, transmission driving mechanism drives transmission mechanism 4c rotation, so that the paper tape movement being wound on transmission mechanism 4c, Specifically, the paper tape in paper tape holding structure 2c is biased upward into Deviation rectifier 3c, and the effect of Deviation rectifier 3c is to guarantee paper tape Position in the width direction does not change (in the transmission process of paper tape, when the position of paper tape in the width direction When offset, Deviation rectifier 3c rectifies a deviation to paper tape, is allowed to return correct position)；The paper tape comes out from Deviation rectifier 3c to incline It is wound on to tilt upward again on the first transmission shaft 4-1c obliquely and be wound on second driving shaft 4-2c, paper tape is from second driving shaft 4-2c It is entered after out and carries out gluing in rubber-coated mechanism 1c, wherein upper glue is smeared in the bottom surface of paper tape；Finally, completing gluing Paper tape is wound on third transmission shaft 4-3c after coming out from rubber-coated mechanism 1c, and paper tape is upwardly extended from third transmission shaft 4-3c, most It is in a horizontal state afterwards around the 4th transmission shaft 4-4c into leading portion paper tape conveying mechanism B, is coated with glue in paper tape at this time On one side upward, therefore paper tape lays flat on one's back in leading portion paper tape conveying mechanism B and is fed forward, using transfer module A by electronic tag Being placed into the scraps of paper has in the one side of glue so that electronic tag is able to be adhered fixed on the scraps of paper, then carry out it is subsequent other Processing.

Then, the paper tape enters in leading portion paper tape conveying mechanism B after completing coating process, which is laid in conveyer belt On 2-1b, the conveying tape drive mechanism driving conveying belt 2-1b movement, while negative pressure generating device 3b starts.Due to conveyer belt It is provided on 2-1b on the first venthole 2-2b, the conveyer belt support plate 1b and is provided with the second venthole 1-1b, therefore defeated During sending band 2-1b movement, the first venthole 2-2b is connected to the second venthole 1-1b holding, in the process, is born Pressure generation device 3b discharges the air of the lower end conveyer belt support plate 1b to form negative pressure, so that the paper on conveyer belt 2-1b Band is adsorbed on conveyer belt 2-1b and is maintained at straight unfolded state, and paper tape will not be sent out in conveying because of extraneous factor Displacement in raw horizontal direction or vertical direction, and paper tape is not pullled, and is not in tensile phenomenon, and pleat will not occur Wrinkle.

Then, the paper tape reaches via leading portion paper tape transfer passage and carries station, carries power mechanism 1 and drives swivel mount 3 rotate, and the suction unit on swivel mount 3 reaches the electronics mark for storing the top of the electronic tag case 1e of electronic tag Label are drawn at station, and the vertical driving mechanism driving pushing block 4-2 of the pushing block in dipper crowding gear 4 is moved downward, so that driving is led Bar 2-3 overcomes the pressure of the first spring 2-2 to move downward, so that the vacuum chuck 2-4 on guide rod 2-3 is moved downward and electronics mark The electronic tag contact on case 1e is signed, electronic tag is sucked vacuum chuck 2-4, and subsequent pushing block 4-2 resets upwards, very Suction disk 2-4 is sucked electronic tag and also resets upwards, so that the electronic tag of electronic tag case 1e be picked up；Photoelectricity at this time Sensor 4e senses the vacancy occurred after the electronic tag is moved, vertically drives to deliver it to control supporting plate The control unit of mechanism 3e, control unit drive supporting plate vertical driving mechanism 3e work, drive electronic tag supporting plate 2e and thereon Electronic tag move upwards, so that the electronic tag of the top is reached the electronic tag position that is sucked away, and by photoelectric transfer The control vertical driving mechanism 3e of supporting plate stops working after sensor 4e is sensed, to allow the top in electronic tag case 1e One electronic tag is always positioned at sustained height position, the absorption convenient for electronic tag transfer module F to electronic tag.Then it removes Moving force mechanisms 1 drives swivel mount 3 to rotate, so that the suction unit position that electronic tag is sucked turns to the electronics mark above paper tape Label are placed at station, finally, it is downward to be located at the vertical driving mechanism driving pushing block 4-2 of pushing block that electronic tag is placed at station Movement, so that drive leader 2-3 overcomes the pressure of the first spring 2-2 to move downward, so that the vacuum chuck 2-4 on guide rod 2-3 It moves downward, so that electronic tag lower surface is contacted with paper tape, then, vacuum chuck 2-4 decontrols electronic tag, so that electronics Label is laid on paper tape.

When paper tape completes the placement work of electronic tag, the paper tape of the driving expansion of leading portion paper tape conveying mechanism 1 is in leading portion It is fed forward on bearing surface, after paper tape reaches the end of leading portion bearing surface, forward downward hangs down naturally naturally, reaches bottommost It is naturally turned afterwards to extending upwards and being wound on the roller 2-2a, this process upwardly extended is exactly to realize paper tape doubling Process, the characteristics of paper tape attitudes vibration in this process has: on the one hand, paper tape needs to carry out 90 ° of torsion, another party Just, paper tape needs to complete doubling, is substantially to carry out 90 ° respectively by two parts to be folded that bisector is divided into paper tape Torsion, and they torsional direction on the contrary, torsion process simultaneously be also doubling process, due to being finally wound on roller 2-2a On paper tape be posture after doubling, and the axis of roller 2-2a is parallel with the paper tape conveying direction of leading portion process equipment, therefore The process that paper tape becomes between the folded state on roller 2-2a from underlying unfolded state is exactly one and gradually turns round Turn the process with doubling, the process of doubling is certainly however smooth, avoids the appearance at sharp turn；Paper tape after doubling bypasses roller 2-2a Afterwards, it extends downwardly and is linked into back segment conveying mechanism M；Back segment conveying mechanism M drives folded paper tape to be fed forward, this is defeated Power is sent to have pulling force to folded paper tape, so that the paper tape being located on roller 2-2a tenses, to allow two folded A part is sufficiently bonded and is bonded together；During above-mentioned doubling, leading portion paper tape conveying mechanism 1 is continuously defeated forward The paper tape that putting on display is opened, and paper tape of the back segment conveying mechanism M then after Foldable is fed forward realizes being continuously conveyed and rolling over for paper tape It is folded.

Finally, the paper tape after doubling enters back segment process equipment, the paper tape reaches information via back segment conveying mechanism M and writes Enter the information write-in work that module G completes electronic tag；After the information write-in work for completing electronic tag, the paper tape reaches spray The pattern that black module H completes paper tape upper surface draws work；Picture recognition module I completion is then arrived to the figure of paper tape upper surface Case is identified.Finally, the paper tape, which leaves back segment process equipment, enters mill cutting apparatus J, so that paper tape is cut into a sheet by a sheet Electronic bill.

Embodiment 2

Referring to fig. 24, this embodiment differs from embodiment 1 in that in the step 4, the doubling mode packet of paper tape Include following steps:

(1) paper tape is hung down with unfolded state, and after touching the bottom, turn forward upward extends；

(2) paper tape is during forward upward extends, centered on center line of the paper tape along width direction, paper tape pair The part of middle line side keeps not reversing, and the part of the other side carries out 180 degree torsion towards other side, this final two parts are fitted in Together, doubling is realized；Tape width direction after doubling is parallel to each other with the tape width direction before doubling.

In above-mentioned doubling method, in the part of paper tape center line two sides, a portion holding do not reverse, another part into Row 180 reverse so that the two doubling together, the paper tape conveying direction after doubling is consistent with the conveying direction of paper tape before doubling, makes Two sections of process equipments before and after doubling can be arranged along straight line.

Referring to fig. 24, the paper tape after doubling passes through from shaft conveying mechanism N, and the shaft conveying mechanism N includes first Shaft and the second shaft, the paper tape after doubling pass through between first rotating shaft and the second shaft.It is intended that on the one hand, benefit Folded paper tape is conveyed with first rotating shaft and the second shaft；On the other hand, first rotating shaft and the second shaft are to paper tape With clamping action, paper tape is allowed to keep folded state at the position, thus guide paper tape during forward upward extends by Gradually realize doubling.

Above-mentioned is the preferable embodiment of the present invention, but embodiments of the present invention are not limited by the foregoing content, His any changes, modifications, substitutions, combinations, simplifications made without departing from the spirit and principles of the present invention, should be The substitute mode of effect, is included within the scope of the present invention.

Claims (7)

1. a kind of electronic bill production method, which comprises the following steps:

Step 1: paper tape enters gluing station from after the submitting of paper tape holding structure；

Step 2: on gluing station, gluing module smears glue on the one side of paper tape；Then, glue will be coated with Paper tape be delivered to electronic tag place station；

Step 3: it is placed on station in electronic tag, electronic tag transfer module is by electronic tag from electronic tag storage module In be transferred on the paper tape surface for being coated with glue on paper tape；Then, the paper tape for being placed with electronic tag is delivered to doubling station；

Step 4: on doubling station, doubling is carried out to paper tape by paper tape doubling-up device, the paper tape doubling-up device includes setting In leading portion paper tape conveying mechanism, the back segment conveying mechanism that is located on back segment process equipment and before being located on leading portion process equipment Intermediate folded transition mechanism between section process equipment and back segment process equipment；Wherein,

The leading portion process equipment and back segment process equipment along the conveying direction of paper tape in 90 degree arrangements, leading portion process equipment with There is the folding space for carrying out paper tape nature doubling between back segment process equipment；

The leading portion paper tape conveying mechanism includes being mounted on paper tape driving mechanism and use that paper tape movement is driven in blooming rack In the paper tape adsorbent equipment of adsorption paper band；The back segment conveying mechanism includes the back segment bearing surface for supporting the paper tape after doubling And the back segment conveying mechanism that the paper tape after Foldable is fed forward；

The intermediate folded transition mechanism includes the first rack being set at folding space and the rolling being located in the first rack Cylinder conveying mechanism, the roller conveyor structure includes roller；The roller is set to the top of folding space, the axis of the roller It is parallel with the paper tape conveying direction of leading portion process equipment；

The paper tape is straight to be deployed on leading portion bearing surface, and is hung down naturally below the tip forward of leading portion bearing surface, and The bottom hung down is turned to extending upwards and around on which cylinder, and during upwardly extending, the paper tape is from expansion Gradually transition is doubled state to state, and the paper tape after doubling connects around access back segment conveying mechanism is extended down into after roller It connects；

For the paper tape doubling-up device by paper tape along the center line doubling of width direction, electronic tag is wrapped in the paper tape of doubling In；The doubling mode of the paper tape the following steps are included:

(1) paper tape is hung down with unfolded state, and after touching the bottom, turn is upwardly extended；

(2) paper tape is during upwardly extending, centered on center line of the paper tape along width direction, paper tape center line two sides Part carry out 90 degree torsions simultaneously towards other side, this final two parts fit together, realization doubling；Tape width after doubling Direction is mutually perpendicular to the tape width direction before doubling；

Step 5: the paper tape after doubling, which is transported to, cuts station, cuts into electronic bill.

2. electronic bill production method according to claim 1, which is characterized in that in step 3, the electronic tag Paper tape is placed on along the side of the center line of width direction；It and in paper tape is more along the electronic tag that width direction arranges .

3. electronic bill production method according to claim 2, which is characterized in that the part of paper tape center line two sides is right After being folded over, squeezed using doubling position of the clamp system with close clearance to paper tape.

4. electronic bill production method according to claim 3, which is characterized in that enter the narrow of clamp system in paper tape Before gap, two limited rollers is set, the part of paper tape center line two sides is limited.

5. electronic bill production method according to claim 2, which is characterized in that the paper tape after doubling is up around rolling Cylinder, then extends still further below；The inside of the roller has negative pressure cavity, and it is logical that the surface of roller is equipped with the third being connected to negative pressure cavity Stomata, the negative pressure cavity are connect with negative pressure device.

6. electronic bill production method according to claim 1, which is characterized in that in step 2, be coated with glue Paper tape is conveyed by conveyer belt, and multiple first ventholes are provided on the conveyer belt, and the conveyer belt is supported on conveyer belt On support plate, conveyer belt support plate is equipped with the second venthole, which connect with negative pressure generating device；Conveyer belt is tight It is attached to the upside of conveyer belt support plate.

7. electronic bill production method according to claim 1, which is characterized in that the paper tape in step 5, after doubling It is first delivered to information write-in station, is write information in electronic tag using information writing module；Then it is delivered to ink-jet work Position, carries out ink-jet on paper tape；It is finally delivered to and cuts station and cut.