CN209329065U - A kind of laminating machine - Google Patents

Abstract

This application discloses a kind of laminating machine, which includes: material volume mechanism, lamination stacking table, coil replacing mechanism and receiving mechanism；Material volume mechanism is for rotating blowing band, and lamination constitutes battery core component or balled scrap to material strip back and forth on lamination stacking table；The discharge end of material volume mechanism is arranged in coil replacing mechanism, is used for severing material strip；The discharge end of lamination stacking table is arranged in receiving mechanism, and receiving mechanism includes that fixture, rewinding driving assembly and rewinding case, fixture are connect with fixture actuator, and rewinding driving assembly is for driving fixture to move between rewinding case at feeding, to clamp balled scrap.Above-mentioned technical proposal realizes automatic severing waste material and collects balled scrap, improve work efficiency by providing the laminating machine including coil replacing mechanism and receiving mechanism.

Description

A kind of laminating machine

Technical field

This application involves lithium battery equipment technical fields, more particularly to a kind of laminating machine.

Background technique

In laminating machine, with the continuous movement of laminating machine, the diaphragm in material volume mechanism can be depleted, due to inciting somebody to action in diaphragm When to the greatest extent, remaining diaphragm can not fold a complete battery core out again, at this time, it may be necessary to replace material volume.In existing mechanism, Prompting can be issued when detecting that material volume will be most, shut down by manually removing remaining diaphragm change of lap again.And this take residue The mode of diaphragm influences working efficiency very much.

Utility model content

The application is mainly solving the technical problems that provide a kind of laminating machine that can be achieved to collect waste material automatically.

In order to solve the above technical problems, the technical solution that the application uses is: providing a kind of laminating machine, the lamination Machine includes: material volume mechanism (100), lamination stacking table (200), coil replacing mechanism (300) and receiving mechanism (400)；

The material volume mechanism (100) is for rotating blowing band, and lamination constitutes electricity to the material strip back and forth on the lamination stacking table Core assembly or balled scrap；

Discharge end of coil replacing mechanism (300) setting in the material volume mechanism (100)；

The discharge end in the lamination stacking table (200) is arranged in the receiving mechanism (400), and the receiving mechanism (400) includes Fixture (410), rewinding driving assembly (430) and rewinding case (440), the fixture (410) and the rewinding driving assembly (430) Connection, the rewinding driving assembly (430) is for driving the fixture (410) at feeding between the rewinding case (440) It is mobile.

The beneficial effect of the application is: being in contrast to the prior art, due to wrapping in laminating machine provided herein It includes and the coil replacing mechanism of material volume mechanism discharge end and the receiving mechanism for clamping balled scrap is set, it can be achieved that certainly by coil replacing mechanism Dynamic severing material volume, then by receiving mechanism automatic clamping by remaining waste material after coil replacing mechanism severing, realization is collected waste material automatically, is mentioned High working efficiency.

Detailed description of the invention

Fig. 1 is structural schematic diagram in one embodiment of the application laminating machine；

Fig. 2 is one embodiment overlooking structure diagram of coil replacing mechanism in laminating machine shown in Fig. 1；

Fig. 3 is the schematic view of the front view of coil replacing mechanism shown in Fig. 2；

Fig. 4 is one example structure schematic diagram of receiving mechanism in laminating machine shown in Fig. 1；

Fig. 5 is the overlooking structure diagram of receiving mechanism shown in Fig. 4.

Specific embodiment

It is understandable to enable the above objects, features, and advantages of the application to become apparent, with reference to the accompanying drawing, to the application Specific embodiment be described in detail.It is understood that specific embodiment described herein is only used for explaining this Shen Please, rather than the restriction to the application.It also should be noted that illustrating only for ease of description, in attached drawing and the application Relevant part rather than entire infrastructure.Based on the embodiment in the application, those of ordinary skill in the art are not making creation Property labour under the premise of all other embodiment obtained, shall fall in the protection scope of this application.

Term " first ", " second " in the application etc. be for distinguishing different objects, rather than it is specific suitable for describing Sequence.In addition, term " includes " and " having " and their any deformations, it is intended that cover and non-exclusive include.Such as comprising The process, method, system, product or equipment of a series of steps or units are not limited to listed step or unit, and It is optionally further comprising the step of not listing or unit, or optionally further comprising for these process, methods, product or equipment Intrinsic other step or units.

Referenced herein " embodiment " is it is meant that a particular feature, structure, or characteristic described can wrap in conjunction with the embodiments It is contained at least one embodiment of the application.Each position in the description occur the phrase might not each mean it is identical Embodiment, nor the independent or alternative embodiment with other embodiments mutual exclusion.Those skilled in the art explicitly and Implicitly understand, embodiment described herein can be combined with other embodiments.

Referring to Fig. 1, Fig. 1 is the structural schematic diagram in 1,000 1 embodiment of the application laminating machine.

In present example, laminating machine 1000 provided herein includes material volume mechanism 100, lamination stacking table 200, lap changing apparatus Structure 300 and receiving mechanism 400.

Wherein, material volume mechanism 100 is to wind material strip, and passes through rotation blowing band, to provide the supplied materials of material strip for lamination. Material strip constitutes battery core component or balled scrap by lamination back and forth on lamination stacking table 200.Wherein, battery core component is the weight for constituting lithium battery Component is wanted, Z-type is built up by continuous material strip back and forth, and positive and negative plate is alternately placed between Z-type material strip and is constituted, and balled scrap is Refer to by the folded material volume formed of material strip sky, and constitutes the material strip curtailment of balled scrap to constitute battery core component.Under normal circumstances, it folds Piece machine 1000 is to prepare battery core component, and when that will use up in material volume mechanism 100 to the material strip of lamination, remaining material strip can not When constituting battery core component, remaining material strip meeting sky is stacked as balled scrap convenient for blanking.Wherein, in the present example material strip be every Film.

One coil replacing mechanism 300 is set in the discharge end of material volume mechanism 100, coil replacing mechanism 300 is used in material volume mechanism 100 Material strip will to the greatest extent when start, with severing material strip.

Referring to Figure 1, material volume mechanism 100 includes material spool 103 and detection sensor 110.Material volume is wound in material spool 103, material spool 103 is preferably gas expansion shaft, and material strip coiled material covers in material spool 103, material spool 103 can with tensioner coiled material, in this way, Material spool 103 is able to drive material volume rotation under the traction of external force and unreels when rotation.Detection sensor 110 is for detecting material volume Whether the material strip on axis 103 will be used up.Detection sensor 110 includes signal output unit 101 and signal receiving unit 102, Signal output unit 101 and signal receiving unit 102 are separately positioned on the two sides of material spool 103.Signal output unit 101 and letter Number receiving unit 102 is formed by signal wire 104 with radius and is greater than or equal to the same of material spool 103 when carrying out signal transmission Heart circle is tangent.When there are many material strip in material spool 103, since material strip blocks the transmission of signal, 101 He of signal output unit Signal receiving unit 102 is unable to complete the transmission of signal.When the material strip in material spool 103 will be used to close to material spool 103 When, then achievable signal transmission between signal output unit 101 and signal receiving unit 102 judges in material spool 103 at this time Material strip will run out, feed back to control assembly (not shown).Control assembly then will start coil replacing mechanism 300 and carry out change of lap.

Continuing with referring to Fig. 1, in another embodiment, material volume mechanism 100 further includes color mark sensor 120.Colour code sensing Device 120 is arranged in 300 discharge end of material volume mechanism, for detecting the colour code part on material strip, to judge the material in current material spool 103 Whether band will be finished.Colour code part is usually to paste in material strip when making material strip coiled material close to the coloured paper or mark risen near head end Note, as material strip is gradually released, colour code part occurs, and when color mark sensor 120 detects colour code part, can feed back to control group Thus part judges that the material strip in material spool 103 will run out, control assembly can then suspend material volume mechanism 100 and unreel, and restarts Coil replacing mechanism 300 carries out change of lap.

Further, please referring also to Fig. 2 and Fig. 3, illustrated in Figure 2 is 300 overlooking structure diagram of coil replacing mechanism, figure The schematic view of the front view of 3 illustrated that coil replacing mechanisms 300.In the present example, coil replacing mechanism 300 includes: the first pressure It part 310, the second casting die 330, the first casting die actuator 320, the second casting die actuator 340, change of lap platform 370, cutter 350 and cuts Knife actuator 360.

First casting die 310 and the second casting die 330 are arranged on change of lap platform 370 along material strip direction of advance, material strip successively from It is passed through between first casting die 310 and change of lap platform 370, between the second casting die 330 and change of lap platform 370.Wherein, the first casting die 310 and second between casting die 330 can there are set distances in advance, cut with being arranged between the first casting die 310 and the second casting die 330 Knife 350.Wherein, the first casting die 310 and the second casting die 330 can be it is flat, be also possible to other shapes, other shapes packet It includes: round-shaped and rectangular block shape.For the first casting die 310 and the second casting die 330 shape without limitation, changed as long as can cooperate Roll up platform 370 jointly compress across material strip.Under normal circumstances, material strip passes through from change of lap platform 370, the first casting die 310 and second casting die 330 be suspended from the top of change of lap platform 370.Material strip will use up, and when needing change of lap, the stopping of material volume mechanism 100 is unreeled, First casting die actuator 320 drives the first casting die 310, and the second casting die actuator 340 drives the second casting die 330 towards change of lap platform 370 movements, material strip is pressed on change of lap platform 370.

The first casting die 310 and the connection of the first casting die actuator 320 in present example, the second casting die 330 and the second pressure Part actuator 340 connects, and the casting die actuator driving that the first casting die 310 and the second casting die 330 are connected by it respectively is separate to change Volume platform 370 presses to change of lap platform 370.

Cutter 350 as described above is setting between the first casting die 310 and the second casting die 330, while cutter 350 and cutter Actuator 360 connects, and is driven by cutter driving part 360 flexible.In the first casting die actuator 320 and the second casting die actuator 340 The first casting die 310 and the second casting die 330 is driven to press to material strip, and after material strip is pressed on change of lap platform 370, cutter driving part 360 driving cutters 350 are flexible, the material strip pushed down with severing by the first casting die 310 and the second casting die 330.

In the present example, cutter 350 is that corresponding between the first casting die 310 and the second casting die 330 change is arranged in 370 lower section of platform is rolled up, is pierced by by the driving of cutter driving part 360 through through hole 380 set on change of lap platform 370, is realized and cut out The disconnected material strip pushed down by the first casting die 310 and the second casting die 330.

In other embodiments, cutter 350 also can be set corresponding between the first casting die 310 and the second casting die 330 The top of change of lap platform 370, at this time at position corresponding to 370 upper cutter 350 of change of lap platform can for the design of solid panel shape or Person is the design with through hole, and cutter 350 cuts material strip in the driving of cutter driving part 360.

Referring again to Fig. 3, in the present example, the first casting die actuator 320, the second casting die actuator 340 and cut Knife actuator 360 be arranged at the lower section of change of lap platform 370 (in structure shown in Fig. 3, the second casting die actuator 340 and cutter driving Part 360 is sheltered from by the first casting die actuator).After cutter 350 completes the severing to material strip, the first casting die actuator 320 the first casting dies 310 of driving unclamp the material strip of old material volume in connection material volume mechanism 100 far from change of lap platform 370, convenient for operation Personnel change the old material volume in material volume mechanism 100, change new material volume.And by the material strip in new material volume according to material strip path Requirement put on manually, and pass through the first casting die (310) and change of lap platform 370, virgin material band is bonded to and stays in change of lap platform 370 On old material band on.Then, the second casting die actuator 340 drives the second casting die 330 to unclamp material strip, and material volume mechanism 100 is relay Volume, old material band start tape transport with virgin material band, realize lamination.At this time since the old material band of abutting edge can not fold out qualified production Product, so needing lamination stacking table 200 to carry out empty fold to the material strip of this section forms balled scrap.Wherein, in the present example, material strip Refer to that diaphragm material strip, corresponding qualified products are then battery core components.The hollow folded meaning of present example refer to directly to every Film carries out lamination, but does not put pole piece, and until sky has folded all old material bands, then by cutter set on lamination stacking table 200, (figure is not Show) the folded material strip of severing sky at virgin material after the abutting edge, then take away it is empty it is folded made of diaphragm balled scrap.

Continuing with referring to Fig. 1, the discharge end of lamination stacking table 200 is arranged in receiving mechanism 400 in the embodiment shown in fig. 1, real Now can be directly after the cutter severing waste material on lamination stacking table 200, receiving mechanism 400 is under the driving of rewinding driving assembly 430 Directly accept the waste material on lamination stacking table 200.

In other embodiments, receiving mechanism 400 can be set on the waste station of material receiving mechanism (not shown).Specifically , the discharge end of lamination stacking table 200 is successively arranged cutting agency (not shown) and material receiving mechanism, and cutting agency is for collecting lamination stacking table Battery core component or balled scrap on 200, and the battery core component or balled scrap removed are transported to material receiving mechanism, material receiving mechanism Discharge end is equipped with finished product station (not shown) and waste station (not shown), and the battery core component that cutting agency is collected as a result, is turned Finished product station is moved to, and balled scrap is transferred to waste station, to facilitate the processing respectively of finished product and waste material.Work as receiving mechanism 400 when being arranged in the waste station of material receiving mechanism, lamination stacking table 200 complete severing sky it is folded made of balled scrap when, balled scrap meeting It is sent by cutting agency to material receiving mechanism.When the folded balled scrap of sky is sent to material receiving mechanism, balled scrap can be transferred to waste material work Position takes empty folded balled scrap away by the receiving mechanism 400 being arranged on waste station.

Please referring also to Fig. 4 and Fig. 5, Fig. 4 be the application laminating machine 1000 in receiving mechanism 400 in one embodiment Main view direction structural schematic diagram, Fig. 5 is the vertical view figure structure schematic representation of receiving mechanism shown in Fig. 4.

Receiving mechanism 400 includes fixture 410, rewinding driving assembly 430 and rewinding case 440.Specifically, rewinding driving assembly 430 jockeies 410 move between rewinding case 440 at feeding for driving fixture 410, useless to drive fixture 410 clampings Material volume and by feeding rewinding case 440 in.Wherein, the station that can be collected by receiving mechanism 400 at feeding for balled scrap, not With the discharge end that can be lamination stacking table 200 in embodiment, at feeding, after balled scrap is cut off on lamination stacking table 200, receiving mechanism 400 can directly collect balled scrap；The waste station being also possible on material receiving mechanism at feeding, balled scrap are shifted by cutting agency To waste station, receiving mechanism 400 collects balled scrap again.In some special circumstances, the finished product station on material receiving mechanism and Waste station can be a station, only when cutting agency sends battery core component, to handle the device action of finished product, and When cutting agency sends balled scrap, receiving mechanism 400 is acted.

Fixture 410 includes upper clamp plate 411, lower clamp plate 412 and fixture actuator 420, and fixture actuator 420 is for driving Clamping plate 411 and lower clamp plate 412 are close to each other or separate, with balled scrap described in clamp or release.Preferably, fixture actuator 420 Using pneumatic clamper, upper clamp plate 411 and lower clamp plate 412 are connect with an output end of pneumatic clamper respectively, and pneumatic clamper drives upper clamp plate 411 under Clamping plate 412 is located remotely from each other with clamping balled scrap close to each other, or driving upper clamp plate 411 and lower clamp plate 412 to discharge balled scrap.When So, in other embodiments, fixture actuator 420 can also use common cylinder, to drive upper clamp plate 411 or lower clamp plate 412 close to other side.

In order to facilitate the clamped balled scrap of clamping balled scrap and release, it is correspondingly arranged the length of suitable fixture 410. Specifically, the length of fixture 410 is about the half of picked up balled scrap edge length, both may be implemented preferably to press from both sides in this way Balled scrap is got, and can be when clamping balled scrap to rewinding case 440, it is only necessary to fixture 410 unclamps balled scrap, even if Obtaining material volume can fall into rewinding case 440 by balled scrap self gravity.

Further, in other embodiments, lightening hole 480 is provided on upper clamp plate 411 and/or lower clamp plate 412.Wherein, Lightening hole 480 can be the through hole through the either lower clamp plate 412 of upper clamp plate 411, is also possible to non-through hole, can also be The groove of preset quantity does not limit the shape and quantity of lightening hole 480 specifically, and concrete foundation is actual to be opened up. It can reduce the weight of clamping plate by opening up lightening hole 480 to facilitate fixture actuator 420 to drive upper clamp plate 411 and lower clamp plate 412 foldings.

Further, in other embodiments, the material folding end of upper clamp plate 411 and lower clamp plate 412 is respectively equipped with and can mutually support The fixture block 413 connect.By being equipped with the fixture block 413 abutted between upper clamp plate 411 and lower clamp plate 412, can preferably solve because upper There are problems that gap influences chucking power between clamping plate 411 and lower clamp plate 412.Wherein it is possible to which set fixture block 413 is opposite Side is arranged to the zigzag being mutually twisted, to enhance the chucking power between upper clamp plate 411 and lower clamp plate 412.

Laminating machine 1000 provided herein, when the material strip in material volume mechanism 100 will be most, material volume mechanism 100 stops It only unreels, coil replacing mechanism 300 automatically cuts off material strip, then changes new material volume by operator and glues the virgin material in new material volume It is connected on the old material band stayed on change of lap platform 370, realizes change of lap.Then, material volume mechanism 100 restarts to unreel, lamination stacking table 200 carry out it is empty folded obtains balled scrap and severing, receiving mechanism 400 collects balled scrap automatically, compared with the prior art in manually receive Waste material is taken, change of lap tape splicing is reduced and collects the time of waste material, is improved work efficiency.

Referring again to Fig. 4, receiving mechanism 400 further includes mounting bracket 450, and mounting bracket 450 is for fixing rewinding drive Dynamic component 430, the setting of rewinding case 440 are laid out 430 side of rewinding driving assembly, and the top of rewinding case 440 in mounting bracket 450 Height is lower than the mounting height of fixture 410, in order to which fixture 410 only needs to unclamp upper clamp plate 411 after clamping to balled scrap Balled scrap can be put into lower clamp plate 412 to rewinding case 440.Mounting bracket 450 is used as installation pedestal, for installing, being laid out Such as 430 all parts of rewinding driving assembly.

Rewinding driving assembly 430 includes actuator 431 and guide part 432.Guide part 432 is directed toward rewinding case along feeding 440 direction is arranged in mounting bracket 450, and fixture 410 is slidably connected with guide part 432, and the main body setting of actuator 431 exists In mounting bracket 450, the output end jockey 410 of actuator 431, and 410 can be driven fixture and moved along guide part 432.

Guide rail or guide rod can be used in guide part 432, and cylinder or motor can be used in actuator 431.

In the present example, rewinding driving assembly 430 uses rodless cylinder.Since rodless cylinder is from tape guiding piece (gas Guide rod in cylinder), movement can be more stable, and can reduce space shared by rewinding driving assembly 430 using rodless cylinder, meets Equipment installation can also reduce equipment land occupation while needs.Herein it should be noted that rodless cylinder is the prior art, herein It is not set forth in detail.

Referring again to Fig. 5, the top view of the shown receiving mechanism 400 of Fig. 5.

In the present example, receiving mechanism 400 further includes connecting plate 470, the first limited block 4321, the second limited block 4322 and mobile limited block 471.

Fixture 410 is arranged on connecting plate 470, and connecting plate 470 is slidably connected with guide part 432, and actuator 431 connects simultaneously It is drivingly connected plate 470, fixture 410 is driven to move along guide part 432.First limited block 4321 and the second limited block 4322 are set respectively In the two sides of 432 extending direction of guide part, mobile limited block 471 is connected with fixture 410 or connecting plate 470.Mobile limited block 471 It can be stopped by the first limited block 4321 or the second limited block 4322 when being moved with fixture 410 along guide part 432, to limit fixture 410 continue to move.It is real by the first limited block 4321 of setting, the second limited block 4322 and mobile limited block 471 in the present embodiment Existing mechanical position limitation, prevents 410 excessive amount of motion of fixture.

In conjunction with Fig. 1 to Fig. 5, the workflow of laminating machine 1000 will hereafter be further described.When detection sensor 110 is examined Material strip is measured in material volume mechanism 100 when will be to the greatest extent, the stopping of material volume mechanism 100 unreels, and coil replacing mechanism 300 starts.The driving of first casting die Part 320 and the second casting die actuator 340 respectively drive the first casting die 310 and the second casting die 330 and move towards change of lap platform 370, Material strip is pressed on change of lap platform 370.Then, cutter driving part 360 drives the cutting of cutter 350 to be pressed in the first casting die 310 and the Material strip between two casting dies 330.Since material strip is cut off by cutter 350, wherein close to material volume mechanism 100 material strip by the first casting die 310 push down, and another section of material strip is pushed down by the second casting die 330, at this point, the first casting die close to 100 discharge end of material volume mechanism drives Part 320 drives the first pressing plate 310 far from change of lap platform 370, unclamps the material strip pushed down by it, is convenient for changing material volume.New material volume After packaging, the head end of virgin material band accesses coil replacing mechanism 300 again, is bonded at the old material end pushed down by the second casting die 330.New Expect it is bonding after, the second casting die actuator 340 drives the second casting die 330 far from change of lap platform 370, unclamps by the second casting die 330 The material strip pushed down, material volume mechanism 100 unreels again at this time, and the virgin material band that old material band bonds together in tow is successively passed through along roller is crossed Strainer 1005, cache mechanism 1003 and stacking mechanism 1001 are crossed, empty fold is carried out at lamination stacking table 200 and obtains balled scrap.

By lamination process, remaining old material band sky is folded and obtains balled scrap, then by cutter set on lamination stacking table 200 Material strip is cut off, sky is folded resulting balled scrap and taken away by receiving mechanism 100, can prepare to fold new product at this time based on new material strip (when material strip is diaphragm, product herein is battery core).

When receiving mechanism 400 is set to 200 discharge end of lamination stacking table, and balled scrap end is by after severing, rewinding driving assembly 430 It drives fixture 410 to move along guide part 432 to 200 direction of lamination stacking table, close to balled scrap, be pressed from both sides in the driving of fixture actuator 420 Plate 411 and lower clamp plate 412 open, to accept balled scrap.After clamping balled scrap, fixture actuator 420 drives upper clamp plate 411 under Clamping plate 412 is closed, and clamps balled scrap.Then, rewinding driving assembly 430 drive fixture 410 in tow balled scrap far from lamination stacking table 200, processing station is reserved with the lamination for a new round.Rewinding driving assembly is laid out since rewinding case 440 is set to mounting bracket 450 430 sides, and height is lower than height set by fixture 410, so after balled scrap is detached from lamination stacking table 200, with regard to vertical rewinding case 440.After waste material to be pulled away to 440 institute of the entrance of lamination stacking table 200 rewinding case completely above, fixture actuator 420 drives upper clamp plate 411 It is opened with lower clamp plate 412, discharges balled scrap, fraction is clamped since balled scrap only has, and balled scrap is just after being detached from lamination stacking table 200 It can be opened with vertical rewinding case 440, upper clamp plate 411 and lower clamp plate 412 1, balled scrap falls to receipts because of self gravity naturally In hopper 440, the collection of a balled scrap is completed.

When receiving mechanism 400 is set to the waste station of material receiving mechanism, the folded balled scrap of sky is first by cutting agency from lamination It removes on platform 200, then balled scrap is transferred at the waste station of material receiving mechanism by cutting agency.On waste station, Equipped with receiving mechanism 400.When material receiving mechanism brings balled scrap, receiving mechanism 400 starts, and rewinding driving assembly 430 drives Dynamic fixture actuator 420 drives fixture 410 close to material receiving mechanism to clamp balled scrap, far from material receiving mechanism, and will be under balled scrap It puts to rewinding case 440, realizes that waste material is collected in automation.

The foregoing is merely presently filed embodiments, are not intended to limit the scope of the patents of the application, all to utilize this Equivalent structure or equivalent flow shift made by application specification and accompanying drawing content is applied directly or indirectly in other relevant Technical field similarly includes in the scope of patent protection of the application.

Claims (10)

1. a kind of laminating machine, which is characterized in that the laminating machine includes: material volume mechanism, lamination stacking table, coil replacing mechanism and collecting machine Structure；

The material volume mechanism is for rotating blowing band, and lamination constitutes battery core component or useless to the material strip back and forth on the lamination stacking table Material volume；

The discharge end of the material volume mechanism is arranged in the coil replacing mechanism；

The receiving mechanism is arranged in the discharge end of the lamination stacking table, the receiving mechanism include fixture, rewinding driving assembly and Rewinding case, the fixture are connect with the rewinding driving assembly, and the rewinding driving assembly is for driving the fixture in feeding It is moved between place and the rewinding case.

2. laminating machine according to claim 1, which is characterized in that the coil replacing mechanism includes: the first casting die, the second pressure Part, the first casting die actuator, the second casting die actuator, change of lap platform, cutter and cutter driving part；

First casting die is connect with the first casting die actuator, and the first casting die actuator is for driving first pressure Part is separate or presses to the change of lap platform；

Second casting die is connect with the second casting die actuator, and the second casting die actuator is for driving second pressure Part is separate or presses to the change of lap platform；

The cutter is connect with the cutter driving part, and the cutter driving part is for driving the cutter flexible；

First casting die, second casting die are arranged on the change of lap platform along the material strip direction of advance, the material strip It is successively passed through between the first casting die and the change of lap platform, between second casting die and the change of lap platform, the cutter It is arranged between first casting die and second casting die.

3. laminating machine according to claim 1, which is characterized in that the fixture includes that upper clamp plate, lower clamp plate and fixture drive Moving part, the fixture actuator is for driving the upper clamp plate and the lower clamp plate close to each other or separate, with clamp or release The balled scrap.

4. laminating machine according to claim 3, which is characterized in that open up and subtract on the upper clamp plate and/or the lower clamp plate Repeated hole.

5. laminating machine according to claim 3, which is characterized in that the material folding end of the upper clamp plate and lower clamp plate difference Equipped with the fixture block that can mutually abut.

6. laminating machine according to claim 1, which is characterized in that the rewinding driving assembly includes guide part and driving Part, the guide part are directed toward the direction setting of the rewinding case along the feeding, and the fixture and guide part sliding connect It connects, the actuator connects and the fixture is driven to move along guide part.

7. laminating machine according to claim 6, which is characterized in that the receiving mechanism further includes limit assembly, the limit Hyte part includes the first limited block, the second limited block and mobile limited block, and the first limit block and the second limit block are set respectively In the two sides of the guide part extending direction, the mobile limited block is connected with the fixture, and the mobile limited block is with described Fixture can be stopped when moving along the guide part by the first limited block or the second limited block, to limit the fixture after reforwarding It is dynamic.

8. laminating machine according to claim 1, which is characterized in that the material volume mechanism further include: material spool and detection pass Sensor, the detection sensor include signal output unit and signal receiving unit, the signal output unit and the signal Receiving unit is separately positioned on the material spool two sides, and the signal output unit and the signal receiving unit are carrying out letter When number transmission, it is tangent more than or equal to the concentric circles of the material spool to be formed by signal wire and radius.

9. laminating machine according to claim 1, which is characterized in that the material volume mechanism further include: color mark sensor, it is described The discharge end of the material volume mechanism is arranged in color mark sensor, for detecting the colour code part on the material strip.

10. laminating machine according to claim 1, which is characterized in that the lamination stacking table discharge end is successively arranged cutting agency And material receiving mechanism, the material receiving mechanism are set to the discharge end of the cutting agency, the discharge end of the material receiving mechanism be equipped at Product station and waste station, the receiving mechanism are arranged on the waste station.