CN206441773U - A kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line - Google Patents
A kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line Download PDFInfo
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- CN206441773U CN206441773U CN201720144980.1U CN201720144980U CN206441773U CN 206441773 U CN206441773 U CN 206441773U CN 201720144980 U CN201720144980 U CN 201720144980U CN 206441773 U CN206441773 U CN 206441773U
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- 229910052782 aluminium Inorganic materials 0.000 title claims abstract description 318
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 title claims abstract description 310
- 239000002985 plastic film Substances 0.000 title claims abstract description 299
- 229920006255 plastic film Polymers 0.000 title claims abstract description 299
- 238000004519 manufacturing process Methods 0.000 title claims abstract description 21
- 239000003292 glue Substances 0.000 claims abstract description 1110
- 238000007731 hot pressing Methods 0.000 claims abstract description 285
- 230000007246 mechanism Effects 0.000 claims abstract description 189
- 239000002390 adhesive tape Substances 0.000 claims abstract description 147
- 230000033001 locomotion Effects 0.000 claims abstract description 123
- 238000005538 encapsulation Methods 0.000 claims abstract description 65
- 238000004026 adhesive bonding Methods 0.000 claims abstract description 47
- 238000005096 rolling process Methods 0.000 claims description 76
- 230000009021 linear effect Effects 0.000 claims description 75
- 238000005452 bending Methods 0.000 claims description 72
- 239000000463 material Substances 0.000 claims description 41
- 230000003028 elevating effect Effects 0.000 claims description 40
- 239000011230 binding agent Substances 0.000 claims description 27
- 238000005253 cladding Methods 0.000 claims description 21
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 19
- 230000005540 biological transmission Effects 0.000 claims description 18
- 238000004513 sizing Methods 0.000 claims description 16
- 230000005611 electricity Effects 0.000 claims description 14
- 238000007599 discharging Methods 0.000 claims description 11
- 229920000297 Rayon Polymers 0.000 claims description 9
- 230000000694 effects Effects 0.000 claims description 7
- 238000004804 winding Methods 0.000 claims description 3
- 239000004411 aluminium Substances 0.000 claims description 2
- 230000001737 promoting effect Effects 0.000 claims 3
- 238000010073 coating (rubber) Methods 0.000 claims 2
- 230000001788 irregular Effects 0.000 abstract description 3
- 238000010586 diagram Methods 0.000 description 38
- 230000009471 action Effects 0.000 description 14
- 238000013461 design Methods 0.000 description 14
- 238000000034 method Methods 0.000 description 13
- 238000005516 engineering process Methods 0.000 description 9
- 238000010276 construction Methods 0.000 description 7
- 229920000642 polymer Polymers 0.000 description 7
- 229910001416 lithium ion Inorganic materials 0.000 description 6
- 230000008569 process Effects 0.000 description 6
- 230000008859 change Effects 0.000 description 5
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 5
- 238000012545 processing Methods 0.000 description 4
- 238000007493 shaping process Methods 0.000 description 3
- 230000006399 behavior Effects 0.000 description 2
- 229910052751 metal Inorganic materials 0.000 description 2
- 239000002184 metal Substances 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 239000005022 packaging material Substances 0.000 description 2
- 239000004033 plastic Substances 0.000 description 2
- WHXSMMKQMYFTQS-UHFFFAOYSA-N Lithium Chemical compound [Li] WHXSMMKQMYFTQS-UHFFFAOYSA-N 0.000 description 1
- HBBGRARXTFLTSG-UHFFFAOYSA-N Lithium ion Chemical compound [Li+] HBBGRARXTFLTSG-UHFFFAOYSA-N 0.000 description 1
- 239000004677 Nylon Substances 0.000 description 1
- 230000004888 barrier function Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000006835 compression Effects 0.000 description 1
- 238000007906 compression Methods 0.000 description 1
- 239000004020 conductor Substances 0.000 description 1
- 238000005520 cutting process Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 150000002500 ions Chemical class 0.000 description 1
- 238000003475 lamination Methods 0.000 description 1
- 229910052744 lithium Inorganic materials 0.000 description 1
- 230000000873 masking effect Effects 0.000 description 1
- 239000012528 membrane Substances 0.000 description 1
- 229920001778 nylon Polymers 0.000 description 1
- 238000004806 packaging method and process Methods 0.000 description 1
- 238000012856 packing Methods 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
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- Package Closures (AREA)
Abstract
The utility model discloses a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line, including frame, encapsulated platform, patch front disk gluing mechanism, the first adhesive tape rubberizing mechanism, the first encapsulation mechanism, the second adhesive tape rubberizing mechanism, the second encapsulation mechanism, patch reverse side disk gluing mechanism and hot pressing mechanism, encapsulated platform is rotatablely arranged in frame；Patch front disk gluing mechanism, the first adhesive tape rubberizing mechanism, the first encapsulation mechanism, the second adhesive tape rubberizing mechanism, the second encapsulation mechanism, patch reverse side disk gluing mechanism and hot pressing mechanism are correspondingly arranged on encapsulated platform respectively, and encapsulated platform rotary motion makes Special-shaped battery between each station switch to be sequentially completed feeding, patch front disk glue, the oneth the 3rd gummed paper of patch, the oneth the 3rd gummed paper of bag, the 2nd the 4th gummed paper of patch, the 2nd the 4th gummed paper of bag, patch reverse side disk glue and heat-press step.The aluminum plastic film cross section automation that the utility model is applied to irregular shape battery side is encapsulated.
Description
Technical field
The present invention relates to intelligence manufacture field, a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line is referred in particular to.
Background technology
Polymer Li-ion battery technology reaches its maturity in recent years, premise of the polymer Li-ion battery in equivalent capability
Under, small volume is lightweight, has extended cycle life（More than 1000 times）, memory-less effect（Can with charging without influence performance）,
It is widely used in mobile phone, palm PC, laptop computer, portable military instrument, hand-held camera, DVD player, and progressively develops
Applied to electric car（Electric bicycle, motorcycle and automobile）；Excellent properties that polymer Li-ion battery has in itself and
Its application prospect widely, is described as the Green Chemistry energy of 21st century；Succeeding in developing for it, depends primarily on three
The solution of big technical barrier, i.e. masking technique, lamination and soft package technology；Here soft package technology refers to polymer
Core of lithium ion cell inner packing（Shaping）The designing and manufacturing technique technology of material and the technique for applying technology of the material.
The most commonly seen packaging material that the soft package technology of polymer Li-ion battery is used is aluminum plastic film, aluminum plastic film bag
Include five-layer structure, centre is aluminum membranous layer, the both sides outer layer of aluminum membranous layer is respectively nylon material layer and PP material layers, both sides outer layer with
Connected between aluminum membranous layer by mucigel, aluminum membranous layer can be the offer support strength of whole aluminum plastic film；In actual use,
Also often two or multiple aluminum plastic films are superimposed together the packaging material as polymer lithium ion battery electric core；Due to for wrapping
Filling the aluminum plastic film of single battery core need to be made up of monoblock aluminum plastic film of cutting technique, therefore, and aluminum plastic film after dicing is cut
The exposure of mouth cross-section aluminum membranous layer is outside；Aluminum plastic film is wrapped after battery core, and the cross section of aluminum plastic film is also exposed outside, when aluminum membranous layer is long
Between exposure can cause problems with outside：1st, aluminum membranous layer exposes in atmosphere for a long time, can in atmosphere chemically react, cause
Aluminum membranous layer corrodes, and aluminum plastic film is easily penetrated by the burr on battery core periphery；2nd, the aluminum membranous layer of aluminum plastic film has light current pressure, polymer lithium
Generation is pressed after aluminum membranous layer and the bare wire in electronic product, electronic component etc. contacts after ion battery is assemblied in electronic product
Difference, can disturb interiors of products circuit；3rd, aluminum plastic film is completed after battery core packaging, is also needed to carry out various shaping process, is exposed outside
Aluminum membranous layer is contacted because itself is hot good conductor, therefore can cause temperature when carrying out shaping step such as hot pressing with hot wafering
Drastically raise, influence battery core；Based on above mentioned problem, it is necessary to which the cross section of aluminum plastic film is coated, with completely cut off aluminum plastic film cross section with
Outside contact.
The content of the invention
The technical problem to be solved in the present invention is applied to irregular shape for above-mentioned the deficiencies in the prior art there is provided one kind
The aluminum plastic film cross section of shape battery side automates encapsulated Special-shaped battery aluminum plastic film automatic tape-wrapping production line.
The technical scheme that the present invention takes is as follows：A kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line, including frame, bag
Glue platform, patch front disk gluing mechanism, the first adhesive tape rubberizing mechanism, the first encapsulation mechanism, the second adhesive tape rubberizing mechanism, the second encapsulation mechanism,
Reverse side disk gluing mechanism and hot pressing mechanism are pasted, wherein, above-mentioned encapsulated platform is rotatablely arranged in frame, outside encapsulated platform
Loading and unloading station, patch front disk glue station, the first rubberizing station, the first encapsulated station, second are interval with edge successively
Rubberizing station, the second encapsulated station, patch reverse side disk glue station and hot pressing station；Above-mentioned patch front disk gluing mechanism, the first patch
Gluing mechanism, the first encapsulation mechanism, the second adhesive tape rubberizing mechanism, the second encapsulation mechanism, patch reverse side disk gluing mechanism and hot pressing mechanism difference
It is correspondingly arranged in patch front disk glue station, the first rubberizing station, the first encapsulated station, the second rubberizing station, the second encapsulated work
The outside of position, patch reverse side disk glue station and hot pressing station, encapsulated platform rotary motion makes Special-shaped battery be cut between each station
Change so as to be sequentially completed feeding, patch front disk glue, patch the oneth the 3rd gummed paper, bag the oneth the 3rd gummed paper, patch the 2nd the 4th gummed paper,
Wrap the 2nd the 4th gummed paper, patch reverse side disk glue and heat-press step.
Preferably, described encapsulated platform includes rotating disk, binder component and liftout component, wherein, above-mentioned rotating disk is rotatable
Ground is arranged in frame, and above-mentioned binder component includes at least two, and binder component is respectively arranged at above-mentioned loading and unloading station, pasted just
Face disk glue station, the first rubberizing station, the first encapsulated station, the second rubberizing station, the second encapsulated station, patch reverse side disk glue
At station and hot pressing station, to compress Special-shaped battery；Above-mentioned liftout component is arranged at loading and unloading station, and positioned at binder group
The lower section of part, liftout component upward jacking binder component at loading and unloading station, to push up out binder component, is easy to be put into or takes
Go out Special-shaped battery；
Described binder component includes battery support, briquetting slide rail, briquetting slide, battery briquetting and briquetting extension spring, wherein,
Above-mentioned battery support is fixedly installed at the bottom margin of rotating disk, and protruding, forms support platform, to place special-shaped electricity
Pond；Above-mentioned briquetting slide rail is vertically arranged on the lateral wall of battery support；Above-mentioned briquetting slide is slideably embedded to be slided in briquetting
On rail；Above-mentioned battery briquetting is fixedly installed on the top of briquetting slide, and compresses Special-shaped battery downwards；Above-mentioned briquetting extension spring connection
In the bottom of battery briquetting, the bottom of briquetting extension spring is connected in frame, and briquetting extension spring is in extended state, to pull downward on
Battery briquetting compresses Special-shaped battery；
Described liftout component includes liftout bearing, liftout slide rail, liftout cylinder, liftout seat and liftout post, wherein, it is above-mentioned
Liftout bearing is fixedly installed in frame, and is upwardly extended；Above-mentioned liftout slide rail is vertically arranged on the side wall of liftout bearing, top
Material seat is slideably embedded on liftout slide rail, and liftout cylinder is arranged at the bottom of liftout seat, to drive liftout seat along liftout
Slide rail lifting carriage；Above-mentioned liftout post is arranged at the top of liftout seat, and liftout seat drives liftout post elevating movement, to push up upwards
Above-mentioned battery briquetting is played, stretches briquetting extension spring, to pick and place Special-shaped battery.
Preferably, described Special-shaped battery includes battery body, the first aluminum plastic film in, the second aluminum plastic film, the 3rd plastic-aluminum
Film is in, four aluminum plastic film, round shape aluminum plastic film portion and lug, wherein, above-mentioned battery body is L shape structures, including is mutually perpendicular to
Long block portion and short block portion；Above-mentioned left side of the first aluminum plastic film side through short block portion extends outward, and the second aluminum plastic film side is through long block portion
Rear side extend outward, the 3rd aluminum plastic film side on the left of long block portion through stretching out, the 4th right side of the aluminum plastic film side through long block portion
Stretch out；Above-mentioned round shape aluminum plastic film portion is located at the first aluminum plastic film junction while with the second aluminum plastic film；Above-mentioned lug is located at short
At the back side edge of block portion；
The first described aluminum plastic film is in, the second aluminum plastic film, the 3rd aluminum plastic film while and during four aluminum plastic films at attach respectively
First gummed paper, the second gummed paper, the 3rd gummed paper and the 4th gummed paper, wherein, the first gummed paper includes the first film and the first diaphragm, the
One film is attached on the first aluminum plastic film side, and the first diaphragm is attached to the bottom surface of the first film；Second gummed paper includes the second glue
Piece and the second diaphragm, the second film are attached on the second aluminum plastic film side, and the second diaphragm is attached on the bottom surface of the second film；
3rd gummed paper includes the 3rd film and the 3rd diaphragm, and the 3rd film is attached on the 3rd aluminum plastic film, and the 3rd diaphragm is attached to
On the bottom surface of 3rd film；4th gummed paper includes the 4th film and the 4th diaphragm, and the 4th film is attached on the 4th aluminum plastic film,
4th diaphragm is attached on the bottom surface of the 4th film；
The positive and negative in described round shape aluminum plastic film portion attaches front disk glue and reverse side disk glue respectively.
Preferably, described patch front disk gluing mechanism includes front disk glue supply assembly and patch front disk glue group
Part, wherein, above-mentioned front disk glue supply assembly is arranged on the sidepiece of patch front disk glue station, and front disk sticker is attached to just
On the front disk adhesive tape of face disk glue supply assembly；Patch front disk glue component is arranged at front disk glue supply assembly one
Side, patch front disk glue component tears front disk glue from the disk adhesive tape of front, and is pasted to round shape aluminum plastic film portion
Front；
Described front disk glue supply assembly includes front disk glue feed bearing, front disk glue motor for feeding, just
Face disk glue feed driving wheel, front disk glue feed drive, front disk glue feed follower, front disk glue receiving volume
Wheel, front disk adhesive tape, front disk film wheel support plate and front disk glue discharging rolling wheel, wherein, above-mentioned front disk glue is supplied
Material bearing is fixedly installed in frame, and is upwardly extended, and front disk glue motor for feeding is arranged at the one of front disk glue bearing
Side, and the side wall of output shaft through the front disk glue bearing of front disk glue motor for feeding extends to front disk glue bearing
Opposite side；Above-mentioned front disk glue driving wheel, which is arranged, to be fixed on the output shaft of front disk glue motor for feeding；Above-mentioned front circle
Piece glue feed drive is rotatably arranged in front disk glue and is fed the opposite side of bearing, and passes through transmission belt and front disk
Glue feed driving wheel connection；Above-mentioned front disk glue rewinding rolling wheel is rotatablely arranged at front disk glue feed branch by rotating shaft
The side of seat, rotating shaft extends to opposite side through front disk glue feed support；Above-mentioned front disk glue feed follower is set
In in rotating shaft, and drive is fed by conveyer belt and above-mentioned front disk glue be connected；Above-mentioned front disk glue motor for feeding is driven
Dynamic front disk glue rewinding rolling wheel rotary motion；Above-mentioned front disk film wheel support plate is arranged at front disk glue feed bearing
Opposite side, and upwardly extend；Above-mentioned front disk glue discharging rolling wheel is rotatably connected on the disk film wheel support plate of front, and
Front disk adhesive tape is wound with the disk glue discharging rolling wheel of front, one end of front disk adhesive tape is connected to front disk glue rewinding
On rolling wheel, front disk glue motor for feeding driving front disk glue rewinding rolling wheel rotary motion, so as to by front disk adhesive tape from
Pulled out on the disk glue discharging rolling wheel of front；
Described patch front disk glue component include patch front disk glue support, patch front disk glue horizontal drive motor,
Paste the horizontal module of front disk glue, patch front disk glue cross slide, patch front disk glue vertical drive motor, patch front disk
Glue longitudinal direction slide, patch front disk glue bearing, patch front disk glue lifting driving cylinder, patch front disk glue lift slide, patch
Front disk glue rotary drive motor and patch front disk glue suction nozzle, wherein, above-mentioned patch front disk glue support includes two, point
It is not arranged at intervals in frame, the horizontal module of patch front disk glue is arranged on two patch front disk glue supports, pastes front disk
Glue horizontal drive motor is arranged at one end of the horizontal module of patch front disk glue；Above-mentioned patch front disk glue cross slide is arranged at
Paste on the horizontal module of front disk glue, patch front disk glue horizontal drive motor is by pasting the silk in the horizontal module of front disk glue
Bar and screw rodb base driving patch front disk glue cross slide laterally move along a straight line；Above-mentioned patch front disk glue vertical drive motor is set
Put on patch front disk glue cross slide, the output end side of patch front disk glue vertical drive motor is indulged provided with patch front glue
To slide rail；The longitudinal slide of above-mentioned patch front disk glue is slidably disposed in patch front glue longitudinal slide rail, and round with patch front
The output end connection of piece glue vertical drive motor, the longitudinal slide of patch front disk glue vertical drive motor driving patch front disk glue
Longitudinal sliding motion；Above-mentioned patch front disk glue bearing is arranged on the longitudinal slide of patch front disk glue, and is upwardly extended；Above-mentioned patch is just
Face disk glue lifting driving cylinder is fixedly installed on the side of patch front disk glue bearing, and patch front disk glue lift slide can be slided
It is embedded dynamicly on the patch front disk glue lifting sliding rail of patch front disk glue lifting driving cylinder side, and with pasting front disk
The output end connection of glue lifting driving cylinder, is slided to paste front disk glue lifting driving cylinder driving patch front disk glue lifting
Seat elevating movement；Above-mentioned patch front disk glue rotary drive motor is arranged on patch front disk glue lift slide, patch front circle
The output shaft of piece glue rotary drive motor is set downward, and the patch front disk glue suction set downward is connected by conveyer belt
Head, to drive patch front disk glue suction nozzle rotary motion, glue angle is inhaled in adjustment；Patch front disk glue suction nozzle is moved to positive circle
Above piece adhesive tape, and by pasting the negative pressure produced in the disk glue suction nozzle of front by front disk glue under the suction of front disk adhesive tape,
And front disk sticker is attached to the front in round shape aluminum plastic film portion.
Preferably, the first described adhesive tape rubberizing mechanism including first send glue component, the first rubberizing bearing, the first rubberizing bottom plate,
First rubberizing component and piezoelectric battery component, wherein, above-mentioned first rubberizing bottom plate is arranged at the outside of the first rubberizing station, the first patch
Glue bearing is arranged on the first rubberizing bottom plate, and first send glue component to be arranged on the first rubberizing bearing；Above-mentioned first rubberizing component
It is arranged on the first rubberizing bottom plate, and is sent positioned at first between glue component and the first rubberizing station, to send glue component by first
On the first film and the 3rd film inhale under, and be attached to respectively the first aluminum plastic film while and reverse side during three aluminum plastic films；It is above-mentioned
Piezoelectric battery component is arranged at the outside of the first rubberizing component, so as to from from top to bottom compressing Special-shaped battery；
Described first send glue component to send glue support plate, first to send glue bearing, first to send glue riser, volume glue component including first
And glue component is drawn, wherein, above-mentioned first send glue bearing to be vertically arranged on the first rubberizing bearing, and first send glue support plate to be arranged at the
One send on glue bearing, and first, which send glue riser to be vertically installed in first, send on glue support plate；Above-mentioned volume glue component includes two, sets respectively
It is placed in the first both sides for sending glue bearing；Above-mentioned drawing glue component includes two, and two drawing glue components are respectively arranged at first and send glue support plate
Two bottom sides, and be connected respectively with the glue components of volume two, to pull the first of volume glue component to send glue adhesive tape to move along a straight line；
Above-mentioned volume glue component send sizing material wheel, first to send glue tensioning wheel, first to send glue adhesive tape, first to send glue to drive including first
Motor and first glue active rolling wheel is sent, wherein, above-mentioned first send sizing material wheel to be rotatablely arranged at the first sidepiece for sending glue bearing,
First send and first is wound with sizing material wheel send glue adhesive tape；Above-mentioned first, which send glue tensioning wheel to be rotatablely arranged at first, send glue bearing
Sidepiece, first send glue adhesive tape from first send on sizing material wheel pull out, successively through first send glue tensioning wheel be tensioned, through draw glue component draw
It is dynamic, finally it is connected to and is arranged at first and send the first of glue riser side to send on glue active rolling wheel；Above-mentioned first send glue motor
The first opposite side for sending glue riser is arranged at, first send the output shaft of glue motor to send glue riser and first to send glue through first
Active rolling wheel is connected, to drive first to send glue active rolling wheel rotary motion；First send on glue adhesive tape interval be pasted with multiple the
One film or the 3rd film, first send the first film or the 3rd film on glue adhesive tape after under the suction of the first rubberizing component, and first
Glue tape roll is sent to be sent around to first on glue active rolling wheel；
Above-mentioned drawing glue component includes drawing glue motor support plate, draws glue motor, draw collodion silk bar, draw collodion silk pole socket, draw glue slide, draw
Glue bearing, drawing glue laminated block, drawing glue platform and drawing glue slide rail, wherein, above-mentioned drawing glue motor support plate is fixedly installed on above-mentioned first and sent
The bottom of glue support plate, draws glue motor to be arranged at the side for drawing glue motor support plate, and draws the output shaft of glue motor to pass through and draw glue motor
Support plate extends to the opposite side for drawing glue motor support plate；Above-mentioned drawing collodion silk bar is connected on the output shaft for drawing glue motor, draws collodion silk bar
Cover for seat is located on drawing collodion silk bar, draws the driving of glue motor to draw collodion silk bar rotary motion, makes drawing collodion silk pole socket edge draw collodion silk bar straight back and forth
Line is slided；Above-mentioned drawing glue slide rail is fixedly installed on the first bottom for sending glue support plate, draws glue slide to be slideably embedded and is drawing glue to slide
On rail, and with drawing collodion silk pole socket to be fixedly connected；Above-mentioned drawing glue bearing is fixed on drawing glue slide, draws glue laminated block to be arranged at drawing glue branch
The sidepiece of seat, and in the vertical direction is along glue bearing is drawn slidably, draws the top of glue laminated block to be connected with cylinder, cylinder driving is drawn
Glue laminated block elevating movement, to make the first drawing glue adhesive tape be compacted between drawing glue laminated block and drawing glue slide, and draws glue slide band
Dynamic first drawing glue adhesive tape is moved out, to pull out the first drawing glue adhesive tape；Above-mentioned drawing glue platform is arranged at first and send glue support plate
End, the first drawing glue adhesive tape is pulled on drawing Jiao Pingtaichu, the first drawing glue adhesive tape the first film for adhering to or the 3rd film by the
Under one rubberizing component is inhaled, and be pasted to the first aluminum plastic film while or reverse side during three aluminum plastic films；
The first described rubberizing component includes the first film attaching member and the 3rd film attaching member, wherein, above-mentioned the
One film attaching member and the 3rd film attaching member, which are respectively separated, to be arranged on the first rubberizing bottom plate, and is correspondingly arranged in respectively
The outside of two drawing glue platforms, to draw the first film and the 3rd glue on glue adhesive tape by evened up by two drawing glue platforms first respectively
Under piece is inhaled, and be pasted to respectively the first aluminum plastic film while and reverse side during three aluminum plastic films；
It is horizontal that above-mentioned first film attaching member includes the longitudinal module of the first film, the longitudinal slide of the first film, the first film
To motor, the first film cross slide, the first film electric rotating machine, the first film rotating seat, the first film lift cylinder, first
Film lifting support, the first film lift slide, the first film lifting seat and suction rubber base, wherein, the longitudinal mould of above-mentioned first film
Group is arranged on the first rubberizing bottom plate along the longitudinal direction, and the first film longitudinal direction slide is slideably embedded in the longitudinal mould of the first film
In group, and fix, and under the motor driving in the longitudinal module of the first film, lead to the screw rodb base in the longitudinal module of the first film
The drive for crossing screw mandrel and screw rodb base moves along a straight line along the longitudinal direction；Above-mentioned first film cross motor is fixedly installed on the first film
On longitudinal slide, the first film cross slide is connected by screw rodb base and screw mandrel with the first film cross motor, and the first film is horizontal
The first film cross slide is driven to move along a straight line in transverse direction to motor；Above-mentioned first film electric rotating machine is arranged at the first glue
On piece cross slide, the first film rotating seat is rotatablely arranged on the first film cross slide, and is rotated with the first film
Motor is connected by transmission belt, and the first film electric rotating machine drives the first film rotating seat rotary motion；Above-mentioned first film liter
Drop cylinder is vertically arranged at the sidepiece of the first film rotating seat, and the first film lifting support is arranged at the first film lift cylinder
Sidepiece, the first film lift slide is slideably embedding to be provided on the slide rail of the first film lifting support；Above-mentioned first film
Lifting seat is fixedly installed on the sidepiece of the first film lift slide, and is connected with the output end of the first film lift cylinder, first
Film lift cylinder drives the first film lifting seat elevating movement；Above-mentioned suction rubber base is fixedly installed on the first film lifting seat,
To adsorb the first film；Inhaling rubber base includes inhaling rubber base body, inhales glue portion, vacuum suction glue hole, inhales rubber base roller and inhale rubber-surfaced roll race,
Wherein, inhale rubber base body to be fixedly installed on above-mentioned first film lifting seat, inhale glue portion located at the side for inhaling rubber base body, vacuum inhales glue
Hole includes at least two, and is respectively separated and is arranged at suction glue portion, will pass through negative pressure of vacuum by the first film or the 3rd film
It is absorbed and fixed at glue portion；Above-mentioned suction rubber-surfaced roll race is opened on suction rubber base body, is inhaled rubber base roller and is rotatablely arranged at suction
In rubber-surfaced roll race, during so as to rubberizing, rolled along Special-shaped battery bottom surface, reduce friction；
It is horizontal that above-mentioned 3rd film attaching member includes the longitudinal module of the 3rd film, the longitudinal slide of the 3rd film, the 3rd film
To motor, the 3rd film cross slide, the 3rd film electric rotating machine, the 3rd film rotating seat, the 3rd film lift cylinder, the 3rd
Film lifting support, the 3rd film lift slide, the 3rd film lifting seat and suction rubber base, wherein, the longitudinal mould of above-mentioned 3rd film
Group is arranged on the first rubberizing bottom plate along the longitudinal direction, and the 3rd film longitudinal direction slide is slideably embedded in the longitudinal mould of the 3rd film
In group, and fix, and under the motor driving in the longitudinal module of the 3rd film, lead to the screw rodb base in the longitudinal module of the 3rd film
The drive for crossing screw mandrel and screw rodb base moves along a straight line along the longitudinal direction；Above-mentioned 3rd film cross motor is fixedly installed on the 3rd film
On longitudinal slide, the 3rd film cross slide is connected by screw rodb base and screw mandrel with the 3rd film cross motor, and the 3rd film is horizontal
The 3rd film cross slide is driven to move along a straight line in transverse direction to motor；Above-mentioned 3rd film electric rotating machine is arranged at the 3rd glue
On piece cross slide, the 3rd film rotating seat is rotatablely arranged on the 3rd film cross slide, and is rotated with the 3rd film
Motor is connected by transmission belt, and the 3rd film electric rotating machine drives the 3rd film rotating seat rotary motion；Above-mentioned 3rd film liter
Drop cylinder is vertically arranged at the sidepiece of the 3rd film rotating seat, and the 3rd film lifting support is arranged at the 3rd film lift cylinder
Sidepiece, the 3rd film lift slide is slideably embedding to be provided on the slide rail of the 3rd film lifting support；Above-mentioned 3rd film
Lifting seat is fixedly installed on the sidepiece of the 3rd film lift slide, and is connected with the output end of the 3rd film lift cylinder, the 3rd
Film lift cylinder drives the 3rd film lifting seat elevating movement；Above-mentioned suction rubber base is fixedly installed on the 3rd film lifting seat,
To adsorb the 3rd film；
Above-mentioned piezoelectric battery component includes piezoelectricity stall, piezoelectric battery linear drives cylinder, piezoelectric battery straight line slide, piezoelectric battery liter
Drive cylinder, piezoelectric battery lift slide and piezoelectric battery block drop, wherein, above-mentioned piezoelectricity stall is fixedly installed on above-mentioned rotating disk, pressure
Battery linear drives cylinder is fixedly installed on piezoelectricity stall, and piezoelectric battery straight line slide is slideably embedded to be driven in piezoelectric battery straight line
Take offence on cylinder, and be connected with the output end of piezoelectric battery linear drives cylinder, piezoelectric battery linear drives cylinder driving piezoelectric battery straight line
Slide linear slide；Above-mentioned piezoelectric battery lifting drive cylinder is vertically arranged at the outer end of piezoelectric battery straight line slide, and output end court
Under；Piezoelectric battery lift slide is slideably embedded on piezoelectric battery lift cylinder, and is connected with the output end of piezoelectric battery lift cylinder
Connect, the driving piezoelectric battery lift slide elevating movement of piezoelectric battery lift cylinder；Above-mentioned piezoelectric battery block is arranged at piezoelectric battery lift slide
Bottom, and with piezoelectric battery lift slide elevating movement, to compress Special-shaped battery.
Preferably, the first described encapsulation mechanism is arranged at the outside of the first encapsulated station；Above-mentioned first film and the 3rd
Film at the first rubberizing station through the first adhesive tape rubberizing mechanism be attached to respectively the first aluminum plastic film while and reverse side during three aluminum plastic films
Afterwards, Special-shaped battery is driven to the first encapsulated station and wraps the first film and the 3rd film respectively through the first encapsulation mechanism by rotating disk
Be overlying on the first aluminum plastic film while and during three aluminum plastic films on；
The first described encapsulation mechanism include the first encapsulated bottom plate, the first encapsulated line slide rail, the first encapsulated linear slider,
First encapsulated straight line slide, the first encapsulated component and the 3rd encapsulated component, wherein, above-mentioned first encapsulated bottom plate is fixedly installed on machine
On frame, and positioned at the outside of the above-mentioned first encapsulated station, the first encapsulated line slide rail is arranged on the first encapsulated bottom plate, the first bag
Glue linear slider is slideably embedded on the first encapsulated line slide rail, and it is encapsulated that the first encapsulated straight line slide is fixedly installed on first
In linear slider；Above-mentioned first encapsulated component and the 3rd encapsulated component are respectively arranged on the first encapsulated straight line slide, and with
One encapsulated straight line slide linear motion, to adjust linear position；
The first described encapsulated component includes the first encapsulated vertical drive motor, first encapsulated longitudinal slide, first encapsulated
Horizontal drive motor, the first encapsulated cross slide, the first encapsulated base, the first encapsulated lifting driver part, the first encapsulated level
Driving part and the first encapsulated part, wherein, it is encapsulated that above-mentioned first encapsulated vertical drive motor is arranged at first along the longitudinal direction
On straight line slide, the output end of the first encapsulated vertical drive motor is connected with encapsulated longitudinal module；Above-mentioned first encapsulated longitudinal direction is sliding
Seat is slideably embedded on encapsulated longitudinal module, the first encapsulated vertical drive motor by the screw mandrel in encapsulated longitudinal module and
Screw rodb base drives first encapsulated longitudinal slide to move along a straight line along the longitudinal direction；Above-mentioned first encapsulated horizontal drive motor is arranged at
On one encapsulated longitudinal slide, the output end of the first encapsulated horizontal drive motor is connected with encapsulated horizontal module；Above-mentioned first is encapsulated
Cross slide is slideably embedded on encapsulated horizontal module, and the first encapsulated horizontal drive motor passes through in encapsulated horizontal module
Screw mandrel and the encapsulated cross slide of screw rodb base driving first laterally move along a straight line；Above-mentioned first encapsulated base is arranged at the first encapsulated horizontal stroke
To on slide, the first encapsulated lifting driver part and the first encapsulated horizontal drive part are respectively arranged at the two of the first encapsulated base
Side；Above-mentioned first encapsulated part is connected with the first encapsulated horizontal drive part and the first encapsulated lifting driver part respectively, and first
Encapsulated base motions are to the lower section of Special-shaped battery, and the first encapsulated lifting driver part drives the first encapsulated part from top to bottom by the
One film bending, the first encapsulated horizontal drive part drives the first encapsulated part from outside to inside by the first film bending, makes first
Film is coated on the first aluminum plastic film side；
Above-mentioned first encapsulated lifting driver part includes the first encapsulated lifting driving cylinder, the first encapsulated support plate, the first bag
Glue bearing, the first encapsulated lifting sliding rail and the first encapsulated lifting slider, wherein, above-mentioned first encapsulated lifting slider is fixedly installed on
On the side wall of first encapsulated base, the first encapsulated lifting sliding rail is slideably embedded in the first encapsulated sliding block；Above-mentioned first bag
Glue support plate is fixedly connected with the first encapsulated lifting sliding rail, and the first encapsulated bearing is fixedly installed on the top of the first encapsulated support plate；On
The first encapsulated lifting driving cylinder is stated to be arranged on the first encapsulated base, and the output end of the first encapsulated lifting driving cylinder is upward
Extension is connected on the first encapsulated bearing, to drive the first encapsulated bearing elevating movement；
Above-mentioned first encapsulated horizontal drive part includes the first encapsulated horizontal slide rail, the first encapsulated horizontal drive cylinder and the
One encapsulated horizontal slide, wherein, above-mentioned first encapsulated horizontal slide rail is fixedly installed on the first encapsulated bearing, the first encapsulated level
Slide is slideably embedded on the first encapsulated horizontal slide rail, and the first encapsulated horizontal slide is U-shape structure；Above-mentioned first encapsulated water
Flat driving cylinder is fixedly installed on the outside of the first encapsulated bearing, and the output end of the first encapsulated horizontal drive cylinder is connected to first
On encapsulated horizontal slide, and the first encapsulated horizontal slide is driven along the first encapsulated horizontal slide rail horizontal rectilinear motion；
Above-mentioned first encapsulated part includes first and encapsulated pushes away seat, the first encapsulated roller, the first encapsulated footstock, the first encapsulated bullet
Encapsulated piece in spring, first, first left encapsulated piece, first right encapsulated piece, the first encapsulated pilot hole, the first encapsulated jacking cylinder, the
One encapsulated jacking block, the first encapsulated jacking slide and the first encapsulated lifting platform, wherein, the above-mentioned first encapsulated seat that pushes away includes two
It is individual, it is respectively arranged at the both ends of the U-shape structure of the above-mentioned first encapsulated horizontal slide；Above-mentioned first encapsulated roller includes two,
Two first encapsulated rollers are rotatablely arranged at the first encapsulated end for pushing away seat respectively；Above-mentioned first encapsulated footstock is fixedly installed on
On first encapsulated bearing, one end of the first encapsulated spring is connected on the side wall of the first encapsulated footstock, the first encapsulated spring it is another
Encapsulated piece in one end connection first, encapsulated piece is Z-type structure in first, and its bottom is slideably inserted with the first guide rod, first
One end of guide rod is fixed on the first encapsulated footstock, and the outer cover of guide rod is provided with the first encapsulated spring；Above-mentioned first is left encapsulated piece
And first right encapsulated piece is Z-type structure, and it is respectively arranged at encapsulated piece in first of the left and right sides；Above-mentioned first is left encapsulated piece
And first right encapsulated piece of bottom offers respectively slidably inserted in the first encapsulated pilot hole, two first encapsulated pilot holes respectively
Provided with the second guide rod, one end of the second guide rod is fixedly installed on the U-type groove wall of the first encapsulated horizontal slide；Wrapped in above-mentioned first
Blob of viscose, first left encapsulated piece and first encapsulated piece of the right side are separately positioned on the first encapsulated block body, form overall rubber-wrapping structure；
Above-mentioned first encapsulated jacking cylinder is arranged at the sidepiece of the first encapsulated cross slide, and output end is set upward, the first encapsulated top
Rise the output end that block is fixedly installed on the first encapsulated cross slide；Above-mentioned first encapsulated jacking slide is connected to the first encapsulated jacking
On block, the first encapsulated lifting platform is arranged at the top of the first encapsulated jacking slide, and the top surface of the first encapsulated lifting platform is
The jacking planar structure of strip；First encapsulated lifting platform is upward from the lower section of the first film through the first encapsulated jacking cylinder driving
The bottom surface of the first film is propped up, to support the first aluminum plastic film side；Encapsulated piece in first, first left encapsulated piece and first right encapsulated
Block under the driving of the first encapsulated lifting driver part and the first encapsulated horizontal drive part respectively from the first film, it is left and
Right direction upward bending and bending from outside to inside successively, to make the first film be coated on the first aluminum plastic film side；
The 3rd described encapsulated component includes the 3rd encapsulated vertical drive motor, the 3rd encapsulated longitudinal slide, the 3rd encapsulated
Horizontal drive motor, the 3rd encapsulated cross slide, the 3rd encapsulated base, the 3rd encapsulated lifting driver part, three guarantees glue are put down
Driving part and three guarantees glue component, wherein, it is encapsulated that above-mentioned 3rd encapsulated vertical drive motor is arranged at first along the longitudinal direction
On straight line slide, the output end of the 3rd encapsulated vertical drive motor is connected with encapsulated longitudinal module；Above-mentioned 3rd encapsulated longitudinal direction is sliding
Seat is slideably embedded on encapsulated longitudinal module, the 3rd encapsulated vertical drive motor by the screw mandrel in encapsulated longitudinal module and
Screw rodb base drives the 3rd encapsulated longitudinal slide to move along a straight line along the longitudinal direction；Above-mentioned 3rd encapsulated horizontal drive motor is arranged at
On three encapsulated longitudinal slides, the output end of the 3rd encapsulated horizontal drive motor is connected with encapsulated horizontal module；Above-mentioned 3rd is encapsulated
Cross slide is slideably embedded on encapsulated horizontal module, and the 3rd encapsulated horizontal drive motor passes through in encapsulated horizontal module
Screw mandrel and the encapsulated cross slide of screw rodb base driving the 3rd laterally move along a straight line；Above-mentioned 3rd encapsulated base is arranged at the 3rd encapsulated horizontal stroke
To on slide, the 3rd encapsulated lifting driver part and the flat driving part of three guarantees glue are respectively arranged at the two of the 3rd encapsulated base
Side；Above-mentioned three guarantees glue component is connected with the flat driving part of three guarantees glue and the 3rd encapsulated lifting driver part respectively, and the 3rd
Encapsulated base motions are to the lower section of Special-shaped battery, and the 3rd encapsulated lifting driver part driving three guarantees glue component is from top to bottom by the
Three film bendings, the flat driving part of three guarantees glue drives three guarantees glue component from outside to inside by the 3rd film bending, makes three glue
Piece is coated on the 3rd aluminum plastic film side；
Above-mentioned 3rd encapsulated lifting driver part includes the 3rd encapsulated lifting driving cylinder, the 3rd encapsulated lifting slider and the
Three encapsulated support plates, wherein, above-mentioned 3rd encapsulated lifting driving cylinder is arranged at the side of the 3rd encapsulated base, and output end is upward
Set；Above-mentioned 3rd encapsulated support plate is arranged at the opposite side of the 3rd encapsulated base, and the 3rd encapsulated support plate is upwardly extended and three guarantees
The output end connection of glue lifting driving cylinder, the 3rd encapsulated lifting driving cylinder drives the 3rd encapsulated support plate elevating movement；It is above-mentioned
3rd encapsulated lifting slider is fixedly installed on the side wall of the 3rd encapsulated support plate, and the 3rd encapsulated lifting slider is slideably with consolidating
Surely the 3rd encapsulated lifting sliding rail being arranged on the opposite side side wall of the 3rd encapsulated base is fitted together to, so that guide and limit the 3rd is encapsulated
Support plate；
The above-mentioned flat driving part of three guarantees glue includes three guarantees glue horizontal drive cylinder and three guarantees glue horizontal slide, its
In, above-mentioned three guarantees glue horizontal slide is slideably embedded on above-mentioned 3rd encapsulated support plate；Above-mentioned three guarantees glue horizontal drive
Cylinder is fixedly installed on the sidepiece of the 3rd encapsulated support plate, and the output end of three guarantees glue horizontal drive cylinder is connected to three guarantees glue
On smooth seat, to drive three guarantees glue horizontal slide linear slide in the horizontal direction；
Above-mentioned three guarantees glue component includes three guarantees rubber-surfaced roll wheel, the 3rd encapsulated push rod, the 3rd encapsulated pushing block, the 3rd encapsulated
Seat, encapsulated piece in the 3rd, the 3rd left encapsulated piece, the 3rd right encapsulated piece and the 3rd encapsulated part in side, wherein, above-mentioned three guarantees rubber-surfaced roll
Wheel is rotatablely arranged at one end of above-mentioned three guarantees glue horizontal slide；It is encapsulated that above-mentioned 3rd encapsulated push rod is fixedly installed on the 3rd
On the end face of horizontal slide, the 3rd encapsulated spring is arranged with the 3rd encapsulated push rod；Above-mentioned three guarantees rubber base is fixedly installed on
On three encapsulated support plates；Encapsulated piece in 3rd, the 3rd left encapsulated piece and the 3rd right encapsulated piece be plugged in the successively from left to right respectively
In three guarantees rubber base；Encapsulated piece, the 3rd encapsulated piece an of left side during the 3rd encapsulated support plate of encapsulated lifting driving cylinder driving the 3rd drives the 3rd
And the 3rd right encapsulated piece from the upward film of jack-up the 3rd in the 3rd film bottom surface, make the 3rd upward bending of film；Above-mentioned 3rd is encapsulated
Inside the 3rd film of top in encapsulated piece and the 3rd left encapsulated piece of outside from the 3rd film in horizontal drive cylinder driving the 3rd, makes the
The inside bending of three films is coated on the 3rd aluminum plastic film side；The encapsulated part in above-mentioned 3rd side is arranged under the 3rd encapsulated piece of the right side
Side, and top the 3rd is right encapsulated piece upwards and inwardly, the 3rd right encapsulated piece of side by the 3rd film is coated on the 3rd aluminum plastic film
Bian Shang；
It is encapsulated that the encapsulated part in above-mentioned 3rd side includes the encapsulated jacking cylinder in the 3rd side, the encapsulated jacking seat in the 3rd side and the 3rd side
Roller, wherein, the above-mentioned encapsulated jacking cylinder in 3rd side is fixedly installed on the side of above-mentioned 3rd encapsulated support plate, and output end is upward
Side is set；The above-mentioned encapsulated jacking seat in 3rd side is connected in the output end of the encapsulated jacking cylinder in the 3rd side, and is extended upward；On
The top that the 3rd encapsulated roller in side is rotatablely arranged at the encapsulated jacking seat in the 3rd side is stated, the 3rd encapsulated roller in side is wrapped in third time
The 3rd right encapsulated piece of bottom angled plane is propped up under the driving of glue jacking seat upwards, make the 3rd right encapsulated piece successively upwards and to
The side of the interior film of bending the 3rd, makes the side of the 3rd film be coated on the side on the 3rd aluminum plastic film side.
Preferably, the second described encapsulation mechanism is arranged at the outside of the second encapsulated station；Above-mentioned second film and the 4th
Film at the second rubberizing station through the second adhesive tape rubberizing mechanism be attached to respectively the second aluminum plastic film while and reverse side during four aluminum plastic films
Afterwards, Special-shaped battery is driven to the second encapsulated station and wraps the second film and the 4th film respectively through the second encapsulation mechanism by rotating disk
Be overlying on the second aluminum plastic film while and during four aluminum plastic films on；
The second described encapsulation mechanism include the second encapsulated bottom plate, the second encapsulated line slide rail, the second encapsulated linear slider,
Second encapsulated straight line slide, the second encapsulated component and the 4th encapsulated component, wherein, above-mentioned second encapsulated bottom plate is arranged at frame
On, the second encapsulated line slide rail is arranged at the second encapsulated bottom plate；Above-mentioned second encapsulated linear slider is slideably embedded second
On line slide rail, the second encapsulated straight line slide is fixed in the second encapsulated linear slider, will pass through the second encapsulated linear slider
Adjust the position of the second encapsulated straight line slide；It is encapsulated straight that above-mentioned second encapsulated component and the 4th encapsulated component are respectively arranged at second
On line slide, and respectively by the second film and the 4th film be coated on the second aluminum plastic film while and during four aluminum plastic films on；
The second described encapsulated component includes the second encapsulated horizontal drive motor, the second encapsulated cross slide, second encapsulated
Vertical drive motor, second encapsulated longitudinal slide, the second encapsulated base, the second encapsulated lifting driver part, the second encapsulated level
Driving part and the second encapsulated part, wherein, it is encapsulated that above-mentioned second encapsulated vertical drive motor is arranged at second along the longitudinal direction
On straight line slide, the output end of the second encapsulated vertical drive motor is connected with encapsulated longitudinal module；Above-mentioned second encapsulated longitudinal direction is sliding
Seat is slideably embedded on encapsulated longitudinal module, the second encapsulated vertical drive motor by the screw mandrel in encapsulated longitudinal module and
Screw rodb base drives second encapsulated longitudinal slide to move along a straight line along the longitudinal direction；Above-mentioned second encapsulated horizontal drive motor is arranged at
On two encapsulated longitudinal slides, the output end of the second encapsulated horizontal drive motor is connected with encapsulated horizontal module；Above-mentioned second is encapsulated
Cross slide is slideably embedded on encapsulated horizontal module, and the second encapsulated horizontal drive motor passes through in encapsulated horizontal module
Screw mandrel and the encapsulated cross slide of screw rodb base driving second laterally move along a straight line；Above-mentioned second encapsulated base is arranged at the second encapsulated horizontal stroke
To on slide, the second encapsulated lifting driver part and the second encapsulated horizontal drive part are respectively arranged at the two of the second encapsulated base
Side；Above-mentioned second encapsulated part is connected with the second encapsulated horizontal drive part and the second encapsulated lifting driver part respectively, and second
Encapsulated base motions are to the lower section of Special-shaped battery, and the second encapsulated lifting driver part drives the second encapsulated part from top to bottom by the
Two film bendings, the second encapsulated horizontal drive part drives the second encapsulated part from outside to inside by the second film bending, makes second
Film is coated on the second aluminum plastic film side；
Above-mentioned second encapsulated lifting driver part includes the second encapsulated lifting driving cylinder, the second encapsulated support plate and the second bag
Glue bearing, wherein, above-mentioned second encapsulated support plate is slidably attached at the side of the second encapsulated base by slide rail and sliding block；On
The opposite side that the second encapsulated lifting driving cylinder is fixedly installed on the second encapsulated base is stated, and the second encapsulated lifting drives cylinder
Output end is set upward, and is connected with the second encapsulated support plate, to drive the second encapsulated support plate elevating movement；Above-mentioned second bag
Glue bearing is fixedly installed on the second encapsulated support plate；
Above-mentioned second encapsulated horizontal drive part includes the second encapsulated horizontal drive cylinder, the second encapsulated horizontal slide, the
Two encapsulated push rods and the second encapsulated push wheel, wherein, above-mentioned second encapsulated horizontal drive cylinder is arranged at the above-mentioned second encapsulated bearing
On, the second encapsulated horizontal slide is connected in the output end of the second encapsulated horizontal drive cylinder, and is slidably disposed in second
On encapsulated bearing, the second encapsulated horizontal drive cylinder drives the second encapsulated horizontal slide horizontal rectilinear motion；Above-mentioned second is encapsulated
Push rod and the second encapsulated push wheel are connected to the sidepiece of the second encapsulated horizontal slide, to promote the second encapsulated component level straight
Line is moved, and the outer cover of the second encapsulated push rod is provided with the second encapsulated spring, to provide promotion cushion effect；
Above-mentioned second encapsulated part include in the second encapsulated pedestal, second encapsulated piece, second left encapsulated piece, it is second right encapsulated
Block and the second encapsulated cant cylinder, wherein, above-mentioned second encapsulated pedestal is arranged at the second encapsulated push rod and the second encapsulated push wheel
Side, encapsulated piece in second, second left encapsulated piece and second right encapsulated piece be embedded respectively in the second encapsulated pedestal, form overall
The second rubber-wrapping structure；In above-mentioned second encapsulated piece and second left encapsulated piece it is encapsulated with the above-mentioned second encapsulated push rod and second respectively
Push wheel is correspondingly arranged, encapsulated piece and the second left encapsulated piece of level during the second encapsulated push rod and the second encapsulated push wheel promote second respectively
Linear motion；Above-mentioned second encapsulated cant cylinder is arranged at the second right encapsulated piece oblique side to so as to from oblique side to promotion
Second is right encapsulated piece；Encapsulated piece in second, second left encapsulated piece and second right encapsulated piece be respectively from the second film, left and right
Side makes the second film be coated on the second aluminum plastic film side to the film of bending second；
The 4th described encapsulated component includes the 4th encapsulated horizontal drive motor, the 4th encapsulated cross slide, the 4th encapsulated
Vertical drive motor, the 4th encapsulated longitudinal slide, the 4th encapsulated base, the 4th encapsulated lifting driver part, the 4th encapsulated level
Driving part and the 4th encapsulated part, wherein, it is encapsulated that above-mentioned 4th encapsulated vertical drive motor is arranged at second along the longitudinal direction
On straight line slide, the output end of the 4th encapsulated vertical drive motor is connected with encapsulated longitudinal module；Above-mentioned 4th encapsulated longitudinal direction is sliding
Seat is slideably embedded on encapsulated longitudinal module, the 4th encapsulated vertical drive motor by the screw mandrel in encapsulated longitudinal module and
Screw rodb base drives the 4th encapsulated longitudinal slide to move along a straight line along the longitudinal direction；Above-mentioned 4th encapsulated horizontal drive motor is arranged at
On four encapsulated longitudinal slides, the output end of the 4th encapsulated horizontal drive motor is connected with encapsulated horizontal module；Above-mentioned 4th is encapsulated
Cross slide is slideably embedded on encapsulated horizontal module, and the 4th encapsulated horizontal drive motor passes through in encapsulated horizontal module
Screw mandrel and the encapsulated cross slide of screw rodb base driving the 4th laterally move along a straight line；Above-mentioned 4th encapsulated base is arranged at the 4th encapsulated horizontal stroke
To on slide, the 4th encapsulated lifting driver part and the 4th encapsulated horizontal drive part are respectively arranged at the two of the 4th encapsulated base
Side；Above-mentioned 4th encapsulated part is connected with the 4th encapsulated horizontal drive part and the second encapsulated lifting driver part respectively, and the 4th
Encapsulated base motions are to the lower section of Special-shaped battery, and the 4th encapsulated lifting driver part drives the 4th encapsulated part from top to bottom by the
Four film bendings, the 4th encapsulated horizontal drive part drives the 4th encapsulated part from outside to inside by the second film bending, makes the 4th
Film is coated on the 4th aluminum plastic film side；
Above-mentioned 4th encapsulated lifting driver part includes the 4th encapsulated lifting driving cylinder, the 4th encapsulated support plate and the 4th bag
Glue bearing, wherein, above-mentioned 4th encapsulated support plate is slidably attached at the side of the 4th encapsulated base by slide rail and sliding block；On
The opposite side that the 4th encapsulated lifting driving cylinder is fixedly installed on the 4th encapsulated base is stated, and the 4th encapsulated lifting drives cylinder
Output end is set upward, and is connected with the 4th encapsulated support plate, to drive the 4th encapsulated support plate elevating movement；Above-mentioned 4th bag
Glue bearing is fixedly installed on the 4th encapsulated support plate；
Above-mentioned 4th encapsulated horizontal drive part includes the 4th encapsulated horizontal drive cylinder, the 4th encapsulated horizontal slide, the
Four encapsulated push rods and the 4th encapsulated push wheel, wherein, above-mentioned 4th encapsulated horizontal drive cylinder is arranged at above-mentioned 4th encapsulated bearing
On, the 4th encapsulated horizontal slide is connected in the output end of the 4th encapsulated horizontal drive cylinder, and is slidably disposed in the 4th
On encapsulated bearing, the 4th encapsulated horizontal drive cylinder drives the 4th encapsulated horizontal slide horizontal rectilinear motion；Above-mentioned 4th is encapsulated
Push rod and the 4th encapsulated push wheel are connected to the sidepiece of the 4th encapsulated horizontal slide, to promote the 4th encapsulated component level straight
Line is moved, and the outer cover of the 4th encapsulated push rod is provided with the 4th encapsulated spring, to provide promotion cushion effect；
Above-mentioned 4th encapsulated part include in the 4th encapsulated pedestal, the 4th encapsulated piece, the 4th left encapsulated piece, it is the 4th right encapsulated
Block and side push part, wherein, above-mentioned 4th encapsulated pedestal is arranged at the side of the 4th encapsulated push rod and the 4th encapsulated push wheel, the 4th
In encapsulated piece, the 4th left encapsulated piece and the 4th right encapsulated piece be embedded respectively in the 4th encapsulated pedestal, form the 4th overall bag
Plastic structure；In above-mentioned 4th encapsulated piece and the 4th left encapsulated piece it is corresponding with above-mentioned 4th encapsulated push rod and the 4th encapsulated push wheel respectively
Encapsulated piece and the 4th left encapsulated piece of horizontal linear fortune during setting, the 4th encapsulated push rod and the 4th encapsulated push wheel promote the 4th respectively
It is dynamic, from the 4th film, the film of left direction bending the 4th, to make the 4th film be coated on the 4th aluminum plastic film side；On
State side push part and be correspondingly arranged in the 4th right encapsulated piece of lower section, side push part promotes the 4th right encapsulated piece from bottom to up, make the
The four right encapsulated piece of sides from the film of right direction bending the 4th, make the side of the 4th film be coated on the side on the 4th aluminum plastic film side
Bian Shang；
Above-mentioned side push part pushes away cylinder, the 4th encapsulated side including the 4th encapsulated side and pushes away support and the 4th encapsulated side push wheel, its
In, above-mentioned 4th encapsulated side pushes away cylinder and is arranged on above-mentioned 4th encapsulated support plate, and the 4th encapsulated side pushes away the output end court of cylinder
It is upper to set；Above-mentioned 4th encapsulated side, which pushes away support and is connected to the 4th encapsulated side, to push away in the output end of cylinder, and upwardly extends；Above-mentioned
Four encapsulated side push wheels are rotatablely arranged at the 4th encapsulated side and pushed away on support, and the 4th encapsulated side pushes away cylinder and drives the 4th encapsulated side to push away
Take turns on the tapered plane for propping up the 4th right encapsulated piece of bottom upwards, and the right encapsulated piece tapered plane in upper top the 4th, make the 4th right side encapsulated
Side bending of the block along the 4th film, to coat the 4th aluminum plastic film side.
Preferably, described patch reverse side disk gluing mechanism is correspondingly arranged in the outside of above-mentioned patch front disk glue station, warp
Special-shaped battery after complete second film of second encapsulation mechanism bag and the 4th film moves to patch reverse side disk under the driving of rotating disk
Jiao Gongweichu, and reverse side disk sticker is attached to the reverse side in round shape aluminum plastic film portion through pasting reverse side disk gluing mechanism；
Described patch reverse side disk gluing mechanism includes patch reverse side disk glue base, reverse side disk glue supply assembly and patch reverse side
Disk glue component, wherein, above-mentioned patch reverse side disk glue base is fixedly installed in frame, and positioned at patch reverse side disk glue station
Outside；Above-mentioned reverse side disk glue supply assembly and patch reverse side disk glue component are arranged on patch reverse side disk glue base；
Described reverse side disk glue supply assembly includes reverse side disk glue bearing, reverse side disk glue motor for feeding, reverse side circle
Piece adhesive tape, reverse side disk glue feed driving wheel, reverse side disk glue feed drive, reverse side disk glue feed follower, reverse side circle
The rotating shaft of piece glue, reverse side disk glue are fed passive rolling wheel, reverse side disk glue feed active rolling wheel and reverse side disk glue and tear glue platform, its
In, above-mentioned reverse side disk glue bearing is fixedly installed on reverse side disk glue base, and reverse side disk glue motor for feeding is arranged at reverse side
The side of disk glue bearing, and the output shaft of reverse side disk glue motor for feeding extends to reverse side disk through reverse side disk glue bearing
The opposite side of glue bearing；Above-mentioned reverse side disk glue feed driving wheel is connected on the output shaft of reverse side disk glue motor for feeding, and
It is connected by transmission belt with being arranged at the reverse side disk glue feed drive of reverse side disk glue bearing opposite side, to drive reverse side
Disk glue feed drive is rotated；Above-mentioned reverse side disk glue feed follower is rotatablely arranged at the another of reverse side disk glue bearing
Side, and be connected with the reverse side disk glue feed active rolling wheel for being arranged on reverse side disk glue bearing side by same rotating shaft,
To drive reverse side disk glue to be fed active rolling wheel rotary motion；Above-mentioned reverse side disk glue is fed passive rolling wheel and passes through reverse side disk
Glue rotating shaft is rotatablely arranged at the side of reverse side disk glue bearing；Above-mentioned reverse side disk adhesive tape is fed wound on reverse side disk glue
On passive rolling wheel, and the outer end of reverse side disk adhesive tape is connected on reverse side disk glue feed active rolling wheel；Reverse side disk glue is fed
When active rolling wheel is rotated, it will be pulled out on reverse side disk the adhesive tape from the negative passive rolling wheel of disk glue, it is configured in reverse side disk glue branch
The reverse side disk glue of seat one end is torn after the tensioning of glue platform, by patch reverse side disk glue component by the reverse side disk on reverse side disk adhesive tape
After glue is torn, reverse side disk adhesive tape is fed active rolling wheel through reverse side disk glue and wound；
Described patch reverse side glue component include patch reverse side disk glue horizontal drive motor, the horizontal module of patch reverse side disk glue,
Paste reverse side disk glue cross slide, patch reverse side disk glue zigzag tread patterns cylinder, the longitudinal slide of patch reverse side disk glue, patch reverse side disk
Glue bearing, the anti-disk glue rotation driving cylinder of patch, patch reverse side disk glue rotation transmission belts, patch reverse side disk glue rotating seat, patch are anti-
Face disk glue lift cylinder bearing, the glue lifting of patch reverse side disk drive cylinder, patch reverse side disk glue lift slide and face is justified anyway
Piece glue suction nozzle, wherein, above-mentioned patch reverse side disk glue horizontal drive motor is secured transverse on reverse side disk glue base, patch reverse side circle
Piece glue transverse direction module is connected in the output end of patch reverse side disk glue horizontal drive motor；Above-mentioned patch reverse side disk glue cross slide
It is slidably disposed on the horizontal module of patch reverse side disk glue, patch reverse side disk glue horizontal drive motor is by pasting reverse side disk glue
Screw mandrel and screw rodb base driving patch reverse side disk glue cross slide in horizontal module laterally move along a straight line；Above-mentioned patch reverse side disk glue
Zigzag tread patterns cylinder is arranged on patch reverse side disk glue cross slide, pastes the output end side of reverse side disk glue zigzag tread patterns cylinder
Provided with patch reverse side glue longitudinal slide rail；The longitudinal slide of above-mentioned patch reverse side disk glue is slidably disposed in patch reverse side glue longitudinal slide rail
On, and be connected with the output end for pasting reverse side disk glue zigzag tread patterns cylinder, patch reverse side disk glue zigzag tread patterns cylinder driving patch is anti-
The longitudinal slide longitudinal sliding motion of face disk glue；Above-mentioned patch reverse side disk glue bearing is arranged on the longitudinal slide of patch reverse side disk glue；On
Patch reverse side disk glue rotary drive motor is stated to be vertically arranged on patch reverse side disk glue bearing by support base, and patch reverse side disk
The output end of glue bearing is set downward；Above-mentioned patch reverse side disk glue rotating seat is arranged at patch reverse side disk glue rotary drive motor
Side, and by paste reverse side disk glue rotation transmission belts with paste reverse side disk glue rotary drive motor output end be connected；On
State patch reverse side disk glue lift cylinder bearing to be fixedly installed on patch reverse side disk glue rotating seat, the glue lifting driving of patch reverse side disk
Cylinder is vertically arranged at the side of patch reverse side disk glue lift cylinder bearing, and patch reverse side disk glue lift slide is slideably embedded
Driven on the patch reverse side disk glue lifting sliding rail of patch reverse side disk glue lifting driving cylinder side, and with patch reverse side disk glue lifting
The output end connection of dynamic cylinder, the glue lifting driving cylinder driving patch reverse side disk glue lift slide elevating movement of patch reverse side disk；
Above-mentioned patch reverse side disk glue suction nozzle is arranged on patch reverse side disk glue lift slide；During rubberizing, the suction nozzle movement of patch reverse side disk glue
Torn to reverse side disk glue below glue platform, and by pasting the negative pressure produced in reverse side disk glue suction nozzle by reverse side disk glue from the negative
Under disk adhesive tape is inhaled, and reverse side disk sticker is attached to the reverse side in round shape aluminum plastic film portion.
Preferably, described hot pressing mechanism is arranged on the outside of hot pressing station, after having pasted reverse side film through patch reverse side gluing mechanism
Special-shaped battery moved under the driving of rotating disk at hot pressing station, and through hot pressing mechanism by the first aluminum plastic film of Special-shaped battery
In, the second aluminum plastic film, the 3rd aluminum plastic film while and during four aluminum plastic films on the first gummed paper, the second gummed paper, the 3rd gummed paper that attach
And the 4th gummed paper carry out hot pressing；
Described hot pressing mechanism include hot pressing base, hot pressing slide rail, hot pressing linear drives cylinder, hot pressing straight-line transmitting motion block,
Hot pressing linear slider, hot pressing bearing, hot pressing lifting sliding rail, the first hot pressing lifting driving cylinder, the first hot pressing lifting retainer, the
One hot pressing lift slide, the first hot wafering, the second hot pressing lifting driving cylinder, the second hot pressing lifting drive block, the second hot pressing liter
Slide and the second hot wafering drop；Wherein, above-mentioned hot pressing base is arranged in frame, and hot pressing slide rail includes two, is separately positioned on
On hot pressing base, the first avoiding hollow groove is provided between two hot pressing slide rails, the first avoiding hollow groove runs through hot pressing base；Above-mentioned hot pressing straight line is slided
Block is slideably embedded on hot pressing slide rail, and hot pressing bearing is arranged in hot pressing linear slider；Above-mentioned hot pressing straight-line transmitting motion block is set
The bottom of hot pressing bearing is placed in, and is extended downwardly through straight-line groove；Above-mentioned hot pressing linear drives cylinder is fixedly installed on hot pressing bottom
On seat, the output end of hot pressing linear drives cylinder is connected with above-mentioned hot pressing straight-line transmitting motion block, will pass through hot pressing straight-line transmitting motion block
Drive hot pressing bearing linear slide；
Above-mentioned hot pressing lifting sliding rail is vertically arranged on the side side wall of hot pressing bearing, the first hot pressing lift slide and second
Hot pressing lift slide is respectively slidably embedded on hot pressing lifting sliding rail；Above-mentioned first hot pressing lifting retainer and the second hot pressing
Lifting retainer is connected on the first hot pressing lift slide and the second hot pressing lift slide, and through hot pressing bearing, is extended
To the opposite side of hot pressing bearing；Above-mentioned first hot pressing lifting driving cylinder and the second hot pressing lifting driving cylinder are respectively arranged at heat
On the opposite side side wall for pressing bearing, the output end of the first hot pressing lifting driving cylinder and the second hot pressing lifting driving cylinder is upward
Side is set, and is connected on the first hot pressing lifting retainer and the second hot pressing lifting retainer, to drive the first hot pressing
Lift retainer and the second hot pressing lifting retainer elevating movement；Above-mentioned first hot pressing seat and the second hot pressing seat are separately positioned on the
The top of one hot pressing lifting retainer and the second hot pressing lift the bottom of retainer, and the first hot pressing seat and the second hot pressing seat are vertical
Relative motion on direction, centre is clamped in by Special-shaped battery, to carry out hot pressing to Special-shaped battery；
Above-mentioned first hot pressing seat and the second hot pressing seat are that the is equipped with block structure, the first hot pressing seat and the second hot pressing seat
One hot pressing is in, the second hot pressing, the 3rd hot pressing is in, four hot pressing and round shape hot pressing portion；Wherein, above-mentioned first hot pressing edge block
One side of shape structure is extended perpendicularly in block structure, and is mutually connected vertically with the one end on the second hot pressing side, round shape hot pressing
Portion is located at junction of first hot pressing while with the second hot pressing；The other end on the second hot pressing side extends to one end of block structure；
The other end of above-mentioned 3rd hot pressing when being vertically connected on the second hot pressing, and extend to another side edge of block structure；It is above-mentioned
4th hot pressing side is arranged at the other end of block structure；First hot pressing side of above-mentioned first hot pressing seat and the second hot pressing seat, second
Hot pressing is in, three hot pressing, the 4th hot pressing side and round shape heated pressure section not from below and lower section is by the first plastic-aluminum of Special-shaped battery
Film is in, the second aluminum plastic film, the 3rd aluminum plastic film is in, four aluminum plastic film and round shape aluminum plastic film portion is clamped, to carry out hot pressing.
The beneficial effects of the present invention are：
The present invention is researched and developed for the encapsulated technique in aluminum plastic film side cross section of Special-shaped battery in irregular shape,
Devise a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line；The aluminum plastic film side bag of the Special-shaped battery of automatic tape-wrapping of the present invention
Include four, but the protection domain that is limited of the claim of the present invention be not limited to Special-shaped battery aluminum plastic film side quantity and
The position on each aluminum plastic film side is set；The Special-shaped battery of the present invention is L-type structure, and it is mutually perpendicular to the aluminum plastic film of two sides intersected
Connected using round shape aluminum plastic film portion, this kind of structure design is not limited to the Special-shaped battery of L-type, because being used as intersection using circular configuration
The connecting portion on side, therefore, the present invention are not only adapted to two vertical cross edges, apply also for two cross edges of other angles connection
Aluminum plastic film cladding.
The present invention, as processing platform and Switch of working position mechanism, loading and unloading station is set on rotating disk, is pasted just using rotating disk
Face disk glue station, the first rubberizing station, the first encapsulated station, the second rubberizing station, the second encapsulated station, patch reverse side disk glue
Station and hot pressing station, make to treat that encapsulated Special-shaped battery is sequentially completed feeding, patch front on each station by the rotation of rotating disk
Disk glue, the oneth the 3rd gummed paper of patch, the oneth the 3rd gummed paper of bag, the 2nd the 4th gummed paper of patch, the 2nd the 4th gummed paper of bag, patch reverse side disk
Glue, hot pressing and blanking step, for above-mentioned processing step the present invention be respectively equipped with the outside of each station patch front disk gluing mechanism,
First adhesive tape rubberizing mechanism, the first encapsulation mechanism, the second adhesive tape rubberizing mechanism, the second encapsulation mechanism, patch reverse side disk gluing mechanism and hot press
Structure, so as to the specific executing agency acted as each station.
The present invention, which is coated to the gummed paper on aluminum plastic film side, includes two kinds, and one kind is strip gummed paper, and another is disk
Shape gummed paper, strip gummed paper includes four, and respectively first to fourth gummed paper, disc-shaped gummed paper includes two, is respectively front circle
Piece glue and reverse side disk glue, wherein, first and the 3rd gummed paper entirely through a set of mechanism（First adhesive tape rubberizing mechanism）It is pasted to first
And the 3rd on aluminum plastic film side, second and the 4th gummed paper entirely through a set of mechanism（Second adhesive tape rubberizing mechanism）It is pasted to second and the 4th
On aluminum plastic film side, front disk glue and reverse side disk glue are pasted by pasting front disk gluing mechanism and patch reverse side disk gluing mechanism respectively
It is attached to front and the reverse side in round shape aluminum plastic film portion；After the completion of first to fourth gummed paper is attached, the lower surface on aluminum plastic film side is sticked to,
Therefore also need to its bending is secondary, so that gummed paper is pasted to the upper surface on aluminum plastic film side, complete to aluminum plastic film side side-wall metallic
Partial cladding, the first film and the 3rd film are coated by the first encapsulation mechanism, and the second film and the 4th film pass through second
Encapsulation mechanism is coated.
Specifically, technology creation of the invention point includes：
1st, for ease of the automatic assembling feeding of Special-shaped battery, the binder group of mutual cooperation is designed with each station of rotating disk
The periphery of part and liftout component, wherein binder component along rotating disk is arranged at intervals, and extends out to the outside of rotating disk periphery, certainly
Under right state, the briquetting spring of binder component is in extended state, and pulls down battery briquetting, battery briquetting is pressed together on battery branch
On seat, when needing to pick and place Special-shaped battery, the liftout cylinder driving upward jack-up battery briquetting of liftout post of liftout component makes battery
Briquetting is separated with battery support, so as to which battery is put between battery support and battery briquetting, or is taken out.
2nd, the first adhesive tape rubberizing mechanism of the invention and the second adhesive tape rubberizing mechanism use the mode of production of double product simultaneously operatings, i.e.,
The attaching that first adhesive tape rubberizing mechanism completes to the first film and the 3rd film simultaneously is acted, and the second adhesive tape rubberizing mechanism is completed to second simultaneously
The rubberizing action of film and the 4th film, effectively improves rubberizing efficiency, simplifies device structure, reduce equipment and be produced into
Originally, the first adhesive tape rubberizing mechanism and the 3rd adhesive tape rubberizing mechanism structure design and working method are similar, and it distinguishes the glue that part is only that attaching
Piece position is different, therefore the two has versatility, the maintaining during being easy to use；First adhesive tape rubberizing mechanism of the invention and the
Two adhesive tape rubberizing mechanism molar behaviors include two, respectively tear glue and rubberizing, tear glue i.e. rubberizing component by film from sending glue component
Torn on adhesive tape, rubberizing be rubberizing component by the film after tearing be pasted to first or the 3rd aluminum plastic film side bottom surface on；This hair
Bright send glue component Promethean using the structure design for pulling feeding, and this kind of feeding style will differ from traditional utilization coiled strip
Wheel pulls the feeding style of material strip, and traditional feeding style is by designing an active rolling wheel wheel and passive a coiled strip wheel, quilt
Material strip is wound with dynamic coiled strip wheel, active coiled strip wheel is constantly pulled out material strip by rotation from passive coiled strip wheel, and is wound
To from, but be due to active coiled strip wheel rotating speed it is constant, as the material thickness on active coiled strip wheel constantly increases
Plus, the diameter of active coiled strip wheel is also constantly in increase, therefore relatively the linear velocity of material strip also changes constantly, therefore right
For material fetching mechanism, adjacent two film sticked on material strip reaches feeding position so that the time interval of feeding is also continuous
In change, it is impossible to which accurate control feeding time, therefore, the present invention change this feed side for being provided by coiled strip wheel and drawing material power
Formula, independent design has a drawing glue component, glue on the basis of sizing material wheel is sent in reservation design first and first send glue active rolling wheel
Band send from first and is drawn out on sizing material wheel, is connected to first through after drawing glue component and send on glue active rolling wheel, when drawing glue, draws glue group
The drawing glue laminated block of part compresses adhesive tape, while drawing glue motor by drawing collodion silk bar and drawing the driving of collodion silk pole socket to draw glue slide and draw glue laminated
Block moves along a straight line, so that pull adhesive tape to move along a straight line, due to drawing the rotating speed of glue motor controllable, therefore the point-to-point speed of adhesive tape
It is consistent, pulls out adhesive tape post-tensioning glue laminated block and unclamp adhesive tape, draws the reversion of collodion silk bar, draw glue laminated block back to move, to carry out down
Glue action is once drawn, when adhesive tape is pulled at feeding platform, under the gummed paper attached on adhesive tape is inhaled through rubberizing component, lower gummed paper is inhaled
Adhesive tape afterwards send the winding collection of glue active rolling wheel through first；Tape movement speed is effectively guaranteed by this kind of structure design
Stability, is easy to rubberizing component accurately to tear gummed paper；
3rd, for the encapsulated technological requirement of Special-shaped battery, the present invention is originally designed with the first encapsulation mechanism and the second bag
Gluing mechanism, the first encapsulation mechanism and the second encapsulation mechanism can complete the cladding action of two gummed papers simultaneously, and therefore, first is encapsulated
Mechanism and the second encapsulation mechanism include two sets of encapsulated components, two sets of encapsulated component self-movements, to complete to first to fourth
The cladding action of gummed paper, wherein the cladding of the completion first of the first encapsulation mechanism and the 3rd gummed paper, the second encapsulation mechanism completes second
And the 4th gummed paper cladding；In addition, aluminum plastic film exposed to it is outer need coat metal position include before, left and right three sides, glue
Paper is attached at the bottom surface of aluminum plastic film, gummed paper respectively before aluminum plastic film, left and right three directions stretch out, therefore, by gummed paper and plastic-aluminum
The shape and gummed paper of film are limited with the relative position on aluminum plastic film side, and the encapsulated part of originally design of the invention is as encapsulated
Execution unit, three sides of encapsulated part correspondence aluminum plastic film are respectively equipped with three encapsulated piece, left encapsulated piece and right encapsulated piece, with
Respectively before aluminum plastic film side, the completion gummed paper cladding action of left and right direction；The gummed paper cladding process of the present invention specifically includes two
Step, i.e. gummed paper from aluminum plastic film bottom surface upwards vertical bending and gummed paper through on the outside of aluminum plastic film to the horizontal bending in inner side, accordingly, this
The encapsulated component of invention is designed with encapsulated lifting driver part and encapsulated horizontal drive part, to drive encapsulated part liter respectively
Drop motion and horizontal movement, in addition, to ensure at encapsulated Component driver to aluminum plastic film, the present invention is additionally provided with hoofing part machine
Structure, the hoofing part mechanism drives whole encapsulated component vertical or horizontal linear motion in the horizontal direction；
Specifically, the first encapsulated component and the 3rd encapsulated component of the first encapsulation mechanism of the invention respectively correspondingly coat
One aluminum plastic film while and during three aluminum plastic films, wherein, the first encapsulated part passes through the first encapsulated horizontal drive motor and first respectively
Encapsulated vertical drive motor drives and laterally or longitudinally moved in the horizontal plane, to move at aluminum plastic film；First encapsulated liter
Drop driving part the first encapsulated part of driving rises to the bottom of aluminum plastic film；First encapsulated jacking vapour of the first encapsulated components interior
Cylinder drives the first encapsulated jacking block to rise and promotes the first encapsulated jacking slide to drive the first encapsulated lifting platform to prop up aluminum plastic film
The bottom surface on side, will pass through support force of the first encapsulated lifting platform offer to aluminum plastic film side；First encapsulated lifting driving cylinder
Drive the first encapsulated horizontal drive part and the first encapsulated part elevating movement, make in the first of the first encapsulated part encapsulated piece,
First encapsulated piece an of left side and the first right encapsulated piece of outer edge respectively from three directions by the first film along the first aluminum plastic film side are upward
Bending；The first encapsulated encapsulated part integral level fortune of horizontal drive cylinder driving first of the first encapsulated horizontal drive part driving
It is dynamic to make in first encapsulated piece, first left encapsulated piece and first right encapsulated piece the first film is adjacent into the first aluminum plastic film from inner to outer
Upper surface carries out second of bending, to make to pass through the first bag in the first film the first aluminum plastic film side of cladding completely, bending process
Glue lifting platform provides support force, to prevent the first aluminum plastic film side to be bent；3rd encapsulated component of the invention is relative to the first bag
Its encapsulated action of glue component includes two independent steps, i.e., wrap up the front side edge of aluminum plastic film, right edge together, left side point
Cladding is opened, the three guarantees glue component of the 3rd encapsulated component drives through the 3rd encapsulated longitudinal slide and the 3rd encapsulated cross slide respectively
And vertical or horizontal linear motion in the horizontal plane, three guarantees glue component is moved to the lower section on the 3rd aluminum plastic film side；Three guarantees
Glue lifting driving cylinder driving three guarantees glue component elevating movement, makes encapsulated piece, the 3rd right bag in the 3rd of the 3rd encapsulated component
Blob of viscose and the 3rd left encapsulated piece of forward edge, right side edge and the left side edge along the 3rd aluminum plastic film side are moved upwards, to make
Before 3rd gummed paper, right, the upward bending of left side；When carrying out horizontal bending to the 3rd gummed paper, encapsulated piece passes through the in the 3rd
The encapsulated pushing block of three guarantees glue horizontal drive cylinder driving the 3rd promote and from outside to inside by the front side edge of the 3rd gummed paper water from outside to inside
It is flat-folded curved, coat the front side edge on the 3rd aluminum plastic film side；3rd encapsulated piece an of left side passes through three guarantees glue horizontal drive cylinder and drives the 3rd
Encapsulated roller and from outside to inside by the horizontal bending of left side of the 3rd gummed paper, coat the left side on the 3rd aluminum plastic film side；3rd is right
Encapsulated piece of the 3rd encapsulated jacking cylinder driving the 3rd encapsulated the jacking seat and three guarantees rubber-surfaced roll wheel by being arranged at its underpart to
It is upper to promote, make the 3rd right encapsulated piece the upper end gummed paper of bending the 3rd from inner to outer right edge, to coat the 3rd aluminum plastic film side
Right edge；In addition, the second encapsulation mechanism operation principle of the present invention is similar with the first encapsulation mechanism, it is realized the simultaneously
Two gummed papers and the 4th gummed paper be coated on the second aluminum plastic film while and action during four aluminum plastic films, its encapsulation process is overall also to include glue
Two steps of vertical bending and level of paper.
Brief description of the drawings
Fig. 1 is one of dimensional structure diagram of the present invention.
Fig. 2 is the two of the dimensional structure diagram of the present invention.
Fig. 3 is one of dimensional structure diagram of encapsulated platform in Fig. 1.
Fig. 4 is the two of the dimensional structure diagram of encapsulated platform in Fig. 1.
Fig. 5 is mplifying structure schematic diagram at O in Fig. 4.
Fig. 6 is the top view of the Special-shaped battery of the present invention.
Fig. 7 is one of dimensional structure diagram of Special-shaped battery of the present invention.
Fig. 8 is the two of the dimensional structure diagram of the Special-shaped battery of the present invention.
Fig. 9 is one of dimensional structure diagram of patch front disk gluing mechanism in Fig. 1.
Figure 10 is the two of the dimensional structure diagram of patch front disk gluing mechanism in Fig. 1.
Figure 11 is one of dimensional structure diagram of the first adhesive tape rubberizing mechanism in Fig. 1.
Figure 12 is the two of the dimensional structure diagram of the first adhesive tape rubberizing mechanism in Fig. 1.
Figure 13 is the in Figure 11 first dimensional structure diagram for sending glue component.
Figure 14 is the dimensional structure diagram of the first rubberizing component in Figure 11.
Figure 15 is one of dimensional structure diagram of suction blob of viscose in Figure 14.
Figure 16 is the two of the dimensional structure diagram of suction blob of viscose in Figure 14.
Figure 17 be Figure 13 in send one of dimensional structure diagram of glue component.
Figure 18 be Figure 13 in send glue component dimensional structure diagram two.
Figure 19 is the dimensional structure diagram of piezoelectric battery component in Figure 11.
Figure 20 is the dimensional structure diagram of the first encapsulation mechanism in Fig. 1.
Figure 21 is the dimensional structure diagram of the first encapsulated component in Figure 20.
Figure 22 is one of Figure 21 modular construction schematic diagram.
Figure 23 is the two of Figure 21 modular construction schematic diagram.
Figure 24 is the three of Figure 21 modular construction schematic diagram.
Figure 25 is the four of Figure 21 modular construction schematic diagram.
Figure 26 is the dimensional structure diagram of the 3rd encapsulated component in Figure 20.
Figure 27 is one of Figure 26 modular construction schematic diagram.
Figure 28 is the two of Figure 26 modular construction schematic diagram.
Figure 29 is the dimensional structure diagram of the second encapsulation mechanism in Fig. 1.
Figure 30 is the dimensional structure diagram of the second encapsulated component in Figure 29.
Figure 31 is the dimensional structure diagram of the 4th encapsulated component in Figure 29.
Figure 32 is the modular construction schematic diagram in Figure 31.
Figure 33 is one of dimensional structure diagram of patch reverse side disk gluing mechanism in Fig. 1.
Figure 34 is the two of the dimensional structure diagram of patch reverse side disk gluing mechanism in Fig. 1.
Figure 35 is the dimensional structure diagram of patch reverse side disk glue component in Figure 33.
Figure 36 is one of dimensional structure diagram of hot pressing mechanism in Fig. 1.
Figure 37 is the two of the dimensional structure diagram of hot pressing mechanism in Fig. 1.
Figure 38 is the dimensional structure diagram of hot wafering in Figure 36.
Figure 39 is the dimensional structure diagram of liftout component in Fig. 1.
Embodiment
Below in conjunction with accompanying drawing, the invention will be further described：
As shown in Fig. 1 to Figure 39, the technical scheme that the present invention takes is as follows：A kind of Special-shaped battery aluminum plastic film automatic tape-wrapping life
Producing line, including frame 1, encapsulated platform 2, patch front disk gluing mechanism 4, the first adhesive tape rubberizing mechanism 5, the first encapsulation mechanism 6, second patch
Gluing mechanism 7, the second encapsulation mechanism 8, patch reverse side disk gluing mechanism 9 and hot pressing mechanism 10, wherein, above-mentioned encapsulated platform 2 is rotatable
Ground is arranged in frame 2, is interval with loading and unloading station 01, patch front disk glue station on the outward flange of encapsulated platform 2 successively
02nd, the first rubberizing station 03, the first encapsulated station 04, the second rubberizing station 05, the second encapsulated station 06, patch reverse side disk glue work
Position 07 and hot pressing station 08；Above-mentioned patch front disk gluing mechanism 4, the first adhesive tape rubberizing mechanism 5, the first encapsulation mechanism 6, the second glue plastering machine
Structure 7, the second encapsulation mechanism 8, patch reverse side disk gluing mechanism 9 and hot pressing mechanism 10 are correspondingly arranged in patch front disk glue station respectively
02nd, the first rubberizing station 03, the first encapsulated station 04, the second rubberizing station 05, the second encapsulated station 06, patch reverse side disk glue work
Position 07 and the outside of hot pressing station 08, the encapsulated rotary motion of platform 2 make Special-shaped battery A switch between each station so as to complete successively
Into feeding, patch front disk glue, the oneth the 3rd gummed paper of patch, the oneth the 3rd gummed paper of bag, the 2nd the 4th gummed paper of patch, the 2nd the 4th glue of bag
Paper, patch reverse side disk glue and heat-press step.
Preferably, described encapsulated platform 2 includes rotating disk 21, binder component and liftout component 11, wherein, above-mentioned rotating disk 21
It is rotatably arranged in frame 1, above-mentioned binder component includes at least two, and binder component is respectively arranged at above-mentioned loading and unloading work
Position 01, patch front disk glue station 02, the first rubberizing station 03, the first encapsulated station 04, the second rubberizing station 05, second are encapsulated
At station 06, patch reverse side disk glue station 07 and hot pressing station 08, to compress Special-shaped battery A；Above-mentioned liftout component 11 is set
At loading and unloading station 01, and positioned at the lower section of binder component, the upward jacking binder at loading and unloading station 01 of liftout component 11
Component, to push up out binder component, is easy to be put into or takes out Special-shaped battery 1；
Described binder component includes battery support 22, briquetting slide rail 23, briquetting slide 24, battery briquetting 25 and briquetting and drawn
Spring 26, wherein, above-mentioned battery support 22 is fixedly installed at the bottom margin of rotating disk 21, and protruding, forms support platform,
To place Special-shaped battery A；Above-mentioned briquetting slide rail 23 is vertically arranged on the lateral wall of battery support 22；Above-mentioned briquetting slide 24
Slideably it is embedded on briquetting slide rail 23；Above-mentioned battery briquetting 25 is fixedly installed on the top of briquetting slide 24, and is pressed downward
Tight Special-shaped battery A；Above-mentioned briquetting extension spring 26 is connected to the bottom of battery briquetting 25, and the bottom of briquetting extension spring 26 is connected to frame 1
On, briquetting extension spring 26 is in extended state, and Special-shaped battery A is compressed to pull downward on battery briquetting 25；
Described liftout component 11 includes liftout bearing 111, liftout slide rail 112, liftout cylinder 113, liftout seat 114 and top
Stock column 115, wherein, above-mentioned liftout bearing 111 is fixedly installed in frame 1, and is upwardly extended；Above-mentioned liftout slide rail 112 is vertical
It is arranged on the side wall of liftout bearing 111, liftout seat 114 is slideably embedded on liftout slide rail 112, and liftout cylinder 113 is set
The bottom of liftout seat 114 is placed in, to drive liftout seat 114 along the lifting carriage of liftout slide rail 112；Above-mentioned liftout post 115 is set
In the top of liftout seat 114, liftout seat 114 drives the elevating movement of liftout post 115, so as to the above-mentioned battery briquetting 25 of upward jack-up,
Stretch briquetting extension spring 26, to pick and place Special-shaped battery A.
Preferably, described Special-shaped battery A includes battery body A1, the first aluminum plastic film A3, the in A2, the second aluminum plastic film
Three aluminum plastic films A5, round shape aluminum plastic film portion A6 and lug A7 in A4, four aluminum plastic films, wherein, above-mentioned battery body A1 is L shape knots
Structure, including orthogonal long block portion and short block portion；Above-mentioned left sides of the first aluminum plastic film side A2 through short block portion extends outward, and second
Rear sides of the aluminum plastic film side A3 through long block portion extends outward, and the 3rd aluminum plastic film side A4 on the left of long block portion through stretching out, the 4th aluminium
Plastic film side A5 on the right side of long block portion through stretching out；Above-mentioned round shape aluminum plastic film portion A6 is located at the first aluminum plastic film side A3 and the second plastic-aluminum
Film side A4 junctions；Above-mentioned lug A7 is located at the back side edge in short block portion；
The first described aluminum plastic film is while in A2, the second aluminum plastic film, A3, the 3rd aluminum plastic film are in A4 and four aluminum plastic films at A5
The first gummed paper, the second gummed paper, the 3rd gummed paper and the 4th gummed paper are attached respectively, wherein, the first gummed paper includes the first film B1 and the
One diaphragm B2, the first film B1 are attached on the first aluminum plastic film side A3, and the first diaphragm B2 is attached to the first film B1 bottom
Face；Second gummed paper includes the second film C1 and the second diaphragm C2, the second film C1 are attached on the second aluminum plastic film side A3, and second
Diaphragm C2 is attached on the second film C1 bottom surface；3rd gummed paper includes the 3rd film D1 and the 3rd diaphragm D2, the 3rd glue
Piece D1 is attached on the 3rd aluminum plastic film A4, and the 3rd diaphragm D2 is attached on the 3rd film D1 bottom surface；4th gummed paper includes the
Four film E1 and the 4th diaphragm E2, the 4th film E1 are attached on the 4th aluminum plastic film A5, and the 4th diaphragm E2 is attached to the 4th
On film E1 bottom surface；
Described round shape aluminum plastic film portion A6 positive and negative attaches front disk glue F1 and reverse side disk glue F2 respectively.
Preferably, described patch front disk gluing mechanism 4 includes front disk glue supply assembly 41 and patch front disk glue
Component 42, wherein, above-mentioned front disk glue supply assembly 41 is arranged on the sidepiece of patch front disk glue station 02, front disk glue
F1 is attached on the front disk adhesive tape 417 of front disk glue supply assembly 41；Patch front disk glue component 42 is arranged at front
The side of disk glue supply assembly 41, patch front disk glue component 42 tears front disk glue F1 from front disk adhesive tape 417,
And it is pasted to round shape aluminum plastic film portion A6 front；
Described front disk glue supply assembly 41 includes front disk glue feed bearing 411, front disk glue feed electricity
Machine 412, front disk glue feed driving wheel 413, front disk glue feed drive 414, front disk glue feed follower
415th, front disk glue rewinding rolling wheel 416, front disk adhesive tape 417, front disk film wheel support plate 418 and front disk glue go out
Material volume wheel 419, wherein, above-mentioned front disk glue feed bearing 411 is fixedly installed in frame 1, and is upwardly extended, front disk
Glue motor for feeding 412 is arranged at the side of front disk glue bearing 411, and the output shaft of front disk glue motor for feeding 412 is worn
The side wall for crossing front disk glue bearing 411 extends to the opposite side of front disk glue bearing 411；Above-mentioned front disk glue driving wheel
413 are arranged and are fixed on the output shaft of front disk glue motor for feeding 412；Above-mentioned front disk glue feed drive 414 can turn
The opposite side that front disk glue is fed bearing 411 is arranged on dynamicly, and driving wheel 413 is fed by transmission belt and front disk glue
Connection；Above-mentioned front disk glue rewinding rolling wheel 414 is rotatablely arranged at front disk glue is fed bearing 411 one by rotating shaft
Side, rotating shaft extends to opposite side through front disk glue feed support 411；Above-mentioned front disk glue feed follower 415 is set
In in rotating shaft, and drive 414 is fed by conveyer belt and above-mentioned front disk glue be connected；Above-mentioned front disk glue motor for feeding
414 driving front disk glue rewinding rolling wheel rotary motions；Above-mentioned front disk film wheel support plate 418 is arranged at front disk glue confession
Expect the opposite side of bearing 411, and upwardly extend；Above-mentioned front disk glue discharging rolling wheel 419 is rotatably connected to front disk
On film wheel support plate 418, and front disk adhesive tape 417, front disk adhesive tape are wound with front disk glue discharging rolling wheel 419
417 one end is connected on front disk glue rewinding rolling wheel 416, and the driving front disk glue of front disk glue motor for feeding 412 is received
The rotary motion of material volume wheel 416, so as to which front disk adhesive tape 417 is pulled out from front disk glue discharging rolling wheel 419；
It is laterally driven that described patch front disk glue component 42 includes patch front disk glue support 421, patch front disk glue
Motor 422, the horizontal module 423 of patch front disk glue, patch front disk glue cross slide 424, patch front disk glue zigzag tread patterns
Motor 425, the longitudinal slide 426 of patch front disk glue, patch front disk glue bearing 427, patch front disk glue lifting driving cylinder
428th, patch front disk glue lift slide 429, patch front disk glue rotary drive motor 4210 and patch front disk glue suction nozzle
4211, wherein, above-mentioned patch front disk glue support 421 includes two, is respectively separated and is arranged in frame 1, pastes front disk glue
Horizontal module 423 is arranged on two patch front disk glue supports 421, and patch front disk glue horizontal drive motor 422 is arranged at patch
One end of the horizontal module 423 of front disk glue；It is horizontal that above-mentioned patch front disk glue cross slide 424 is arranged at patch front disk glue
On module 423, patch front disk glue horizontal drive motor 422 is by pasting screw mandrel and silk in the horizontal module 423 of front disk glue
Pole socket driving patch front disk glue cross slide 424 laterally moves along a straight line；Above-mentioned patch front disk glue vertical drive motor 425 is set
Put on patch front disk glue cross slide 424, the output end side of patch front disk glue vertical drive motor 425 is being provided with patch just
Face glue longitudinal slide rail；The longitudinal slide 426 of above-mentioned patch front disk glue is slidably disposed in patch front glue longitudinal slide rail, and with
Paste the output end connection of front disk glue vertical drive motor 425, the patch driving patch of front disk glue vertical drive motor 425 front
The longitudinal sliding motion of slide 426 of disk glue longitudinal direction；Above-mentioned patch front disk glue bearing 427 is arranged at the longitudinal slide of patch front disk glue
On 426, and upwardly extend；Above-mentioned patch front disk glue lifting driving cylinder 428 is fixedly installed on patch front disk glue bearing 427
Side, patch front disk glue lift slide 429 is slideably embedded in patch front disk glue lifting driving cylinder 428 side
Paste on the disk glue lifting sliding rail of front, and be connected with the output end of patch front disk glue lifting driving cylinder 428, to paste front
The lifting driving driving patch elevating movement of front disk glue lift slide 429 of cylinder 428 of disk glue；Above-mentioned patch front disk glue rotation
Motor 4210 is arranged on patch front disk glue lift slide 429, pastes the defeated of front disk glue rotary drive motor 4210
Shaft is set downward, and connects the patch front disk glue suction nozzle 4211 set downward by conveyer belt, to drive patch just
Glue angle is inhaled in the rotary motion of face disk glue suction nozzle 4211, adjustment；Patch front disk glue suction nozzle 4211 is moved to front disk adhesive tape
417 tops, and by pasting the negative pressure produced in front disk glue suction nozzle 4211 by front disk glue F1 from front disk adhesive tape 417
Under suction, and front disk glue F1 is attached to round shape aluminum plastic film portion A6 front.
Preferably, the first described adhesive tape rubberizing mechanism 5 send glue component 51, the first rubberizing bearing 52, the first rubberizing including first
Bottom plate 53, the first rubberizing component and piezoelectric battery component 56, wherein, above-mentioned first rubberizing bottom plate 53 is arranged at the first rubberizing station 03
Outside, the first rubberizing bearing 52 is arranged on the first rubberizing bottom plate 53, and first send glue component 51 to be arranged at the first rubberizing bearing
On 52；Above-mentioned first rubberizing component is arranged on the first rubberizing bottom plate 53, and send the rubberizing work of glue component 51 and first positioned at first
Between position 03, under sending the first film B1 and the 3rd film D1 on glue component 51 to inhale first, and first is attached to respectively
Aluminum plastic film A4 in A2 and three aluminum plastic films reverse side；Above-mentioned piezoelectric battery component 56 is arranged at the outside of the first rubberizing component, with
Just from from top to bottom compression Special-shaped battery A；
Described first send glue component 51 to send glue support plate 511, first to send glue bearing 512, first to send glue riser including first
513rd, volume glue component and drawing glue component 519, wherein, above-mentioned first send glue bearing 512 to be vertically arranged on the first rubberizing bearing 52,
First, which send glue support plate 511 to be arranged at first, send on glue bearing 512, and first, which send glue riser 513 to be vertically installed in first, send glue support plate
On 511；Above-mentioned volume glue component includes two, is respectively arranged at the first both sides for sending glue bearing 512；Above-mentioned drawing glue component 519 is wrapped
Two are included, two drawing glue components 519 are respectively arranged at the first two bottom sides for sending glue support plate 511, and connect respectively with the glue components of volume two
Connect, to pull the first of volume glue component to send glue adhesive tape 516 to move along a straight line；
Above-mentioned volume glue component send sizing material wheel 514, first to send glue tensioning wheel 515, first to send glue adhesive tape 516, including first
One send glue motor 517 and first send glue active rolling wheel 518, wherein, above-mentioned first send sizing material wheel 514 to be rotatablely arranged at
First send the sidepiece of glue bearing 512, and first send and first is wound with sizing material wheel 514 send glue adhesive tape 516；Above-mentioned first send glue to be tensioned
Wheel 515 is rotatablely arranged at the first sidepiece for sending glue bearing 512, and first send glue adhesive tape 516 to send sizing material wheel 514 to pull up from first
Go out, send glue tensioning wheel 515 to be tensioned through first successively, through drawing glue component 519 to pull, be finally connected to and be arranged at first and send glue riser
The first of 513 sides is sent on glue active rolling wheel 518；Above-mentioned first, which send glue motor 517 to be arranged at first, send glue riser 513
Opposite side, first send the output shaft of glue motor 517 to send glue riser 513 to send glue active rolling wheel 518 to connect with first through first
Connect, to drive first to send the rotary motion of glue active rolling wheel 518；First send interval on glue adhesive tape 516 to be pasted with multiple first glue
Piece B1 or the 3rd film D1, first send the first film B1 or the 3rd film D1 on glue adhesive tape 516 through under the suction of the first rubberizing component
Afterwards, first send glue adhesive tape 516 to be wound to first to send on glue active rolling wheel 518；
Above-mentioned drawing glue component 519 includes drawing glue motor support plate 5192, draws glue motor 5193, draw collodion silk bar 5194, draw collodion silk
Pole socket 5195, drawing glue slide 5196, drawing glue bearing 5197, drawing glue laminated block 5198, drawing glue platform 5199 and drawing glue slide rail 51910,
Wherein, above-mentioned drawing glue motor support plate 5192 is fixedly installed on the above-mentioned first bottom for sending glue support plate 511, draws glue motor 5193 to set
In the side for drawing glue motor support plate 5192, and the output shaft of glue motor 5193 is drawn to extend to drawing glue through drawing glue motor support plate 5192
The opposite side of motor support plate 5192；Above-mentioned drawing collodion silk bar 5194 is connected on the output shaft for drawing glue motor 5193, draws collodion silk pole socket
5195 are set on drawing collodion silk bar 5194, draw glue motor 5193 to drive and draw the rotary motion of collodion silk bar 5194, make drawing collodion silk pole socket
Draw the linear slide back and forth of collodion silk bar 5194 in 5195 edges；Above-mentioned drawing glue slide rail 51910 is fixedly installed on the first bottom for sending glue support plate 511
Portion, draws glue slide 5196 to be slideably embedded and is drawing on glue slide rail 51910, and with drawing collodion silk pole socket 5195 to be fixedly connected；It is above-mentioned
Draw glue bearing 5197 to be fixed on drawing glue slide 5196, draw glue laminated block 5198 to be arranged at the sidepiece for drawing glue bearing 5197, and perpendicular
Nogata draws the top of glue laminated block 5198 to be connected with cylinder, glue laminated block is drawn in cylinder driving upwards along glue bearing 5197 is drawn slidably
5198 elevating movements, to make the first drawing glue adhesive tape 516 be compacted between drawing glue laminated block 5198 and drawing glue slide 5196, and draw
Glue slide 5196 drives first to draw glue adhesive tape 516 to move out, to pull out the first drawing glue adhesive tape 516；Above-mentioned drawing glue platform
5199 are arranged at the first end for sending glue support plate 511, and the first drawing glue adhesive tape 516 is pulled at drawing glue platform 5199, and first draws glue
Under the first film B1 or the 3rd film D1 adhered on adhesive tape 516 is inhaled by the first rubberizing component, and it is pasted to the first aluminum plastic film side
A2 or the 3rd aluminum plastic film side A4 reverse side；
The first described rubberizing component includes the first film attaching member 54 and the 3rd film attaching member 55, wherein, on
State the first film attaching member 54 and the 3rd film attaching member 55 is respectively separated and is arranged on the first rubberizing bottom plate 53, and respectively
Two outsides for drawing glue platform 5199 are correspondingly arranged in, to draw glue adhesive tape by evened up by two drawing glue platforms 5199 first respectively
Under the first film B1 and the 3rd film D1 on 516 inhale, and the first aluminum plastic film A4 in A2 and three aluminum plastic films is pasted to respectively
Reverse side；
Above-mentioned first film attaching member 54 includes the longitudinal slide 542 of the longitudinal module 541 of the first film, the first film, the
One film cross motor 543, the first film cross slide 544, the first film electric rotating machine 545, the first film rotating seat 546,
First film lift cylinder 547, the first film lifting support 548, the first film lift slide 549, the first film lifting seat
5410 and rubber base 5511 is inhaled, wherein, the longitudinal module 541 of above-mentioned first film is arranged at the first rubberizing bottom plate 53 along the longitudinal direction
On, the first film longitudinal direction slide 542 is slideably embedded on the longitudinal module 541 of the first film, and with the longitudinal mould of the first film
Screw rodb base in group 541 is fixed, and under the motor driving in the longitudinal module 541 of the first film, passes through screw mandrel and screw rodb base
Drive moves along a straight line along the longitudinal direction；Above-mentioned first film cross motor 543 is fixedly installed on the longitudinal slide 542 of the first film
On, the first film cross slide 544 is connected by screw rodb base and screw mandrel with the first film cross motor 543, and the first film is horizontal
Motor 543 drives the first film cross slide 544 to move along a straight line in transverse direction；Above-mentioned first film electric rotating machine 545 is set
In on the first film cross slide 544, the first film rotating seat 546 is rotatablely arranged on the first film cross slide 544,
And be connected with the first film electric rotating machine 545 by transmission belt, the first film electric rotating machine 545 drives the first film rotating seat
546 rotary motions；Above-mentioned first film lift cylinder 547 is vertically arranged at the sidepiece of the first film rotating seat 546, the first film
Lifting support 548 is arranged at the sidepiece of the first film lift cylinder 547, and the first film lift slide 549 is slideably embedded
On the slide rail of the first film lifting support 548；Above-mentioned first film lifting seat 5410 is fixedly installed on the lifting of the first film
The sidepiece of slide 549, and be connected with the output end of the first film lift cylinder 547, the first film lift cylinder 547 driving first
The elevating movement of film lifting seat 5410；Above-mentioned suction rubber base 5511 is fixedly installed on the first film lifting seat 5410, to adsorb
First film B1；Inhaling rubber base 5511 includes inhaling rubber base body 55111, inhales glue portion 55112, vacuum suction glue hole 55113, inhales rubber base roller
55114 and rubber-surfaced roll race 55115 is inhaled, wherein, inhale rubber base body 55111 and be fixedly installed on above-mentioned first film lifting seat 5410,
Glue portion 55112 is inhaled located at the side for inhaling rubber base body 55111, and vacuum, which inhales glue hole 55113, includes at least two, and is respectively separated setting
In inhaling at glue portion 55112, the first film B1 or the 3rd film D1 are absorbed and fixed at glue portion 55112 will pass through negative pressure of vacuum
Place；Above-mentioned suction rubber-surfaced roll race 55115 is opened on suction rubber base body 55111, is inhaled rubber base roller 55114 and is rotatablely arranged at suction glue
In roller groove 55115, during so as to rubberizing, rolled along Special-shaped battery A bottom surfaces, reduce friction；
Above-mentioned 3rd film attaching member 55 includes the longitudinal slide 552 of the longitudinal module 551 of the 3rd film, the 3rd film, the
Three film cross motors 553, the 3rd film cross slide 554, the 3rd film electric rotating machine 555, the 3rd film rotating seat 556,
3rd film lift cylinder 557, the 3rd film lifting support 558, the 3rd film lift slide 559, the 3rd film lifting seat
5510 and rubber base 5511 is inhaled, wherein, the longitudinal module 551 of above-mentioned 3rd film is arranged at the first rubberizing bottom plate 53 along the longitudinal direction
On, the 3rd film longitudinal direction slide 552 is slideably embedded on the longitudinal module 551 of the 3rd film, and with the longitudinal mould of the 3rd film
Screw rodb base in group 551 is fixed, and under the motor driving in the longitudinal module 551 of the 3rd film, passes through screw mandrel and screw rodb base
Drive moves along a straight line along the longitudinal direction；Above-mentioned 3rd film cross motor 553 is fixedly installed on the longitudinal slide 552 of the 3rd film
On, the 3rd film cross slide 554 is connected by screw rodb base and screw mandrel with the 3rd film cross motor 553, and the 3rd film is horizontal
Motor 553 drives the 3rd film cross slide 554 to move along a straight line in transverse direction；Above-mentioned 3rd film electric rotating machine 555 is set
In on the 3rd film cross slide 554, the 3rd film rotating seat 556 is rotatablely arranged on the 3rd film cross slide 554,
And be connected with the 3rd film electric rotating machine 555 by transmission belt, the 3rd film electric rotating machine 555 drives the 3rd film rotating seat
556 rotary motions；Above-mentioned 3rd film lift cylinder 557 is vertically arranged at the sidepiece of the 3rd film rotating seat 556, the 3rd film
Lifting support 58 is arranged at the sidepiece of the 3rd film lift cylinder 557, and the 3rd film lift slide 559 is slideably embedded in place
In on the slide rail of the 3rd film lifting support 58；Above-mentioned 3rd film lifting seat 5510 is fixedly installed on the 3rd film lift slide
559 sidepiece, and be connected with the output end of the 3rd film lift cylinder 557, the 3rd film lift cylinder 557 drives the 3rd film
The elevating movement of lifting seat 5510；Above-mentioned suction rubber base 5511 is fixedly installed on the 3rd film lifting seat 5510, to adsorb the 3rd
Film D1；
Above-mentioned piezoelectric battery component 56 includes piezoelectricity stall 561, piezoelectric battery linear drives cylinder 562, piezoelectric battery straight line slide
563rd, piezoelectric battery lifting drive cylinder 564, piezoelectric battery lift slide 565 and piezoelectric battery block 566, wherein, above-mentioned piezoelectricity stall 561
It is fixedly installed on above-mentioned rotating disk 21, piezoelectric battery linear drives cylinder 562 is fixedly installed on piezoelectricity stall 561, and piezoelectric battery is straight
Line slide 563 is slideably embedded on piezoelectric battery linear drives cylinder 562, and defeated with piezoelectric battery linear drives cylinder 562
Go out end connection, the linear slide of the driving piezoelectric battery straight line of piezoelectric battery linear drives cylinder 562 slide 563；Above-mentioned piezoelectric battery lifting is driven
Cylinder 564 of taking offence is vertically arranged at the outer end of piezoelectric battery straight line slide 563, and output end is down；Piezoelectric battery lift slide 565 can be slided
It is embedded on piezoelectric battery lift cylinder 564, and is connected with the output end of piezoelectric battery lift cylinder 564 dynamicly, piezoelectric battery lifting air
The elevating movement of the driving piezoelectric battery of cylinder 564 lift slide 565；Above-mentioned piezoelectric battery block 566 is arranged at the bottom of piezoelectric battery lift slide 565
Portion, and with the elevating movement of piezoelectric battery lift slide 565, to compress Special-shaped battery A.
Preferably, the first described encapsulation mechanism 6 is arranged at the outside of the first encapsulated station 04；Above-mentioned first film B1 and
3rd film D1 is attached to the first aluminum plastic film side A2 and the 3rd plastic-aluminum respectively at the first rubberizing station 03 through the first adhesive tape rubberizing mechanism 5
After film side A4 reverse side, rotating disk 21 drives the first glue Special-shaped battery A to the first encapsulated station 04 through the first encapsulation mechanism 6
Piece B1 and the 3rd film D1 are respectively coated by while the first aluminum plastic film is in A2 and three aluminum plastic films on A4；
The first described encapsulation mechanism 6 includes the first encapsulated bottom plate 61, the first encapsulated line slide rail 62, the first encapsulated straight line
Sliding block 63, the first encapsulated straight line slide 64, the first encapsulated component 66 of encapsulated component 65 and the 3rd, wherein, above-mentioned first encapsulated bottom
Plate 61 is fixedly installed in frame 1, and positioned at the outside of the above-mentioned first encapsulated station 04, the first encapsulated line slide rail 62 is arranged at
On first encapsulated bottom plate 61, the first encapsulated linear slider 63 is slideably embedded on the first encapsulated line slide rail 62, the first bag
Glue straight line slide 64 is fixedly installed in the first encapsulated linear slider 63；The encapsulated component 66 of above-mentioned first encapsulated component 65 and the 3rd
It is respectively arranged on the first encapsulated straight line slide 64, and is moved along a straight line with the first encapsulated straight line slide 64, to adjust straight line position
Put；
The first described encapsulated component 65 include the first encapsulated encapsulated longitudinal slide 652 of vertical drive motor 651, first,
First encapsulated horizontal drive motor 653, the first encapsulated cross slide 654, the first encapsulated base 655, the first encapsulated lifting driving
Part, the first encapsulated horizontal drive part and the first encapsulated part, wherein, above-mentioned first encapsulated vertical drive motor 651 is along vertical
It is arranged to direction on the first encapsulated straight line slide 64, the output end of the first encapsulated vertical drive motor 651 is connected with encapsulated indulge
To module；Above-mentioned first encapsulated longitudinal slide 652 is slideably embedded on encapsulated longitudinal module, the first encapsulated zigzag tread patterns electricity
Machine 651 drives first encapsulated longitudinal slide 652 by the screw mandrel in encapsulated longitudinal module and screw rodb base, and straight line is transported along the longitudinal direction
It is dynamic；Above-mentioned first encapsulated horizontal drive motor 653 is arranged on first encapsulated longitudinal slide 652, the first encapsulated laterally driven electricity
The output end of machine 653 is connected with encapsulated horizontal module；Above-mentioned first encapsulated cross slide 654 is slideably embedded in encapsulated transverse direction
On module, the first encapsulated horizontal drive motor 653 drives the first encapsulated horizontal stroke by the screw mandrel in encapsulated horizontal module and screw rodb base
Laterally moved along a straight line to slide 654；Above-mentioned first encapsulated base 655 is arranged on the first encapsulated cross slide 654, and first is encapsulated
Lifting driver part and the first encapsulated horizontal drive part are respectively arranged at the both sides of the first encapsulated base 655；Above-mentioned first bag
Glue component is connected with the first encapsulated horizontal drive part and the first encapsulated lifting driver part respectively, and the first encapsulated base 655 is transported
Move to Special-shaped battery A lower section, the first encapsulated lifting driver part drives the first encapsulated part from top to bottom by the first film B1
Bending, the first encapsulated horizontal drive part drives the first encapsulated part from outside to inside by the first film B1 bendings, makes the first film
B1 is coated on the first aluminum plastic film side A2；
Above-mentioned first encapsulated lifting driver part include first it is encapsulated lifting driving cylinder 656, the first encapsulated support plate 657,
First encapsulated bearing 658, the first encapsulated lifting slider 6521 of encapsulated lifting sliding rail 6520 and first, wherein, above-mentioned first is encapsulated
Lifting slider 6521 is fixedly installed on the side wall of the first encapsulated base 655, and the first encapsulated lifting sliding rail 6520 is slideably embedding
It is located in the first encapsulated sliding block 6521；Above-mentioned first encapsulated support plate 657 is fixedly connected with the first encapsulated lifting sliding rail 6520, and first
Encapsulated bearing 658 is fixedly installed on the top of the first encapsulated support plate 657；Above-mentioned first encapsulated lifting driving cylinder 656 is arranged at
On first encapsulated base 655, and the first encapsulated output end for lifting driving cylinder 656 upwardly extends and is connected to the first encapsulated bearing
On 658, to drive the first encapsulated elevating movement of bearing 658；
Above-mentioned first encapsulated horizontal drive part includes the first encapsulated horizontal slide rail 659, the first encapsulated horizontal drive cylinder
6510 and the first encapsulated horizontal slide 6511, wherein, above-mentioned first encapsulated horizontal slide rail 659 is fixedly installed on the first encapsulated bearing
On 658, the first encapsulated horizontal slide 6511 is slideably embedded on the first encapsulated horizontal slide rail 659, and the first encapsulated level is slided
Seat 6511 is U-shape structure；Above-mentioned first encapsulated horizontal drive cylinder 6510 is fixedly installed on the outside of the first encapsulated bearing 658,
The output end of first encapsulated horizontal drive cylinder 6510 is connected on the first encapsulated horizontal slide 6511, and drives the first encapsulated water
Smooth seat 6511 is along the first encapsulated horizontal rectilinear motion of horizontal slide rail 659；
Above-mentioned first encapsulated part includes first and encapsulated pushes away seat 6512, the first encapsulated roller 6513, the first encapsulated footstock
6514th, encapsulated piece 6516, first left encapsulated piece 6517, first encapsulated piece 6518, first of the right side in the first encapsulated spring 6515, first
Encapsulated pilot hole 65519, the first encapsulated jacking cylinder 6522, the first encapsulated jacking block 6523, the first encapsulated jacking slide 6524
And the first encapsulated lifting platform 6525, wherein, the above-mentioned first encapsulated seat 6512 that pushes away is respectively arranged at above-mentioned first bag including two
The both ends of the U-shape structure of glue horizontal slide 6511；Above-mentioned first encapsulated roller 6513 includes two, two first encapsulated rollers
6513 are rotatablely arranged at the first encapsulated end for pushing away seat 6512 respectively；Above-mentioned first encapsulated footstock 6514 is fixedly installed on
On one encapsulated bearing 658, one end of the first encapsulated spring 6515 is connected on the side wall of the first encapsulated footstock 6514, and first is encapsulated
Encapsulated piece 6516 in the other end connection first of spring 6515, encapsulated piece 6516 is Z-type structure in first, and its bottom is slideably
The first guide rod is inserted with, one end of the first guide rod is fixed on the first encapsulated footstock 6514, the outer cover of guide rod is provided with the first bag
Glue spring 6515；Above-mentioned first left encapsulated piece 6517 and first right encapsulated piece 6518 is Z-type structure, and is respectively arranged at first
In encapsulated piece 6516 of the left and right sides；Above-mentioned first left encapsulated piece 6517 and the first right encapsulated piece 6518 bottom are offered respectively
The second guide rod, the second guide rod are respectively slidably inserted with first encapsulated pilot hole 6519, two first encapsulated pilot holes 6519
One end be fixedly installed on the U-type groove wall of the first encapsulated horizontal slide 6511；Encapsulated piece of the 6516, first left bag in above-mentioned first
Right encapsulated piece 6518 of blob of viscose 6517 and first is separately positioned on the first encapsulated block body, forms overall rubber-wrapping structure；It is above-mentioned
First encapsulated jacking cylinder 6522 is arranged at the sidepiece of the first encapsulated cross slide 654, and output end is set upward, and first is encapsulated
Jacking block 6523 is fixedly installed on the output end of the first encapsulated cross slide 654；Above-mentioned first encapsulated jacking slide 6524 is connected
On the first encapsulated jacking block 6523, the first encapsulated lifting platform 6525 is arranged at the top of the first encapsulated jacking slide 6524,
And first encapsulated lifting platform 6525 top surface be strip jacking planar structure；First encapsulated lifting platform 6525 is through the first bag
Glue jacking cylinder 6522 drives the bottom surface for propping up the first film B1 upwards from the first film B1 lower section, to support the first plastic-aluminum
Film side A2；Encapsulated piece 6516, first left encapsulated piece 6517 and first right encapsulated piece 6518 drives in the first encapsulated lifting in first
Under the driving of part and the first encapsulated horizontal drive part respectively from the first film B1, left and right side to successively upwards folding
Curved and bending from outside to inside, to make the first film B1 be coated on the first aluminum plastic film side A2；
The 3rd described encapsulated component 66 include the 3rd encapsulated longitudinal slide 662 of encapsulated vertical drive motor the 661, the 3rd,
3rd encapsulated horizontal drive motor 663, the 3rd encapsulated cross slide 664, the 3rd encapsulated base 665, the 3rd encapsulated lifting driving
Part, the flat driving part of three guarantees glue and three guarantees glue component, wherein, above-mentioned 3rd encapsulated vertical drive motor 661 is along vertical
It is arranged to direction on the first encapsulated straight line slide 64, the output end of the 3rd encapsulated vertical drive motor 661 is connected with encapsulated indulge
To module；Above-mentioned 3rd encapsulated longitudinal slide 662 is slideably embedded on encapsulated longitudinal module, the 3rd encapsulated zigzag tread patterns electricity
Machine 661 drives the 3rd encapsulated longitudinal slide 662 by the screw mandrel in encapsulated longitudinal module and screw rodb base, and straight line is transported along the longitudinal direction
It is dynamic；Above-mentioned 3rd encapsulated horizontal drive motor 663 is arranged on the 3rd encapsulated longitudinal slide 662, the 3rd encapsulated laterally driven electricity
The output end of machine 663 is connected with encapsulated horizontal module；Above-mentioned 3rd encapsulated cross slide 664 is slideably embedded in encapsulated transverse direction
On module, the 3rd encapsulated horizontal drive motor 663 drives the 3rd encapsulated horizontal stroke by the screw mandrel in encapsulated horizontal module and screw rodb base
Laterally moved along a straight line to slide 664；Above-mentioned 3rd encapsulated base 665 is arranged on the 3rd encapsulated cross slide 664, and the 3rd is encapsulated
Lifting driver part and the flat driving part of three guarantees glue are respectively arranged at the both sides of the 3rd encapsulated base 665；Above-mentioned three guarantees
Glue component is connected with the flat driving part of three guarantees glue and the 3rd encapsulated lifting driver part respectively, and the 3rd encapsulated base 665 is transported
Move to Special-shaped battery A lower section, the 3rd encapsulated lifting driver part drives three guarantees glue component from top to bottom by the 3rd film D1
Bending, the flat driving part of three guarantees glue drives three guarantees glue component from outside to inside by the 3rd film D1 bendings, makes three film D1
It is coated on the 3rd aluminum plastic film side A4；
Above-mentioned 3rd encapsulated lifting driver part includes the 3rd encapsulated lifting driving cylinder 666, the 3rd encapsulated lifting slider
667 and the 3rd encapsulated support plate 668, wherein, above-mentioned 3rd encapsulated lifting driving cylinder 666 is arranged at the 3rd encapsulated base 665
Side, and output end sets upward；Above-mentioned 3rd encapsulated support plate 668 is arranged at the opposite side of the 3rd encapsulated base 665, three guarantees
Glue support plate 668 is upwardly extended to be connected with the output end of the 3rd encapsulated lifting driving cylinder 666, the 3rd encapsulated lifting driving cylinder
666 the 3rd encapsulated elevating movements of support plate 668 of driving；Above-mentioned 3rd encapsulated lifting slider 667 is fixedly installed on the 3rd encapsulated support plate
On 668 side wall, and the 3rd encapsulated lifting slider 667 is slideably with being fixedly installed on the opposite side of the 3rd encapsulated base 655
The 3rd encapsulated lifting sliding rail on the wall of side is fitted together to, so as to the encapsulated support plate 668 of guide and limit the 3rd；
The above-mentioned flat driving part of three guarantees glue includes three guarantees glue horizontal drive cylinder 669 and three guarantees glue horizontal slide
6610, wherein, above-mentioned three guarantees glue horizontal slide 6610 is slideably embedded on the above-mentioned 3rd encapsulated support plate 668；Above-mentioned
Three guarantees glue horizontal drive cylinder 669 is fixedly installed on the sidepiece of the 3rd encapsulated support plate 668, three guarantees glue horizontal drive cylinder 669
Output end be connected on three guarantees glue horizontal slide 6610, to drive three guarantees glue horizontal slide 6610 straight in the horizontal direction
Line is slided；
Above-mentioned three guarantees glue component includes three guarantees rubber-surfaced roll wheel 6611, the 3rd encapsulated push rod 6612, the 3rd encapsulated pushing block
6613rd, encapsulated piece the 6615, the 3rd left encapsulated piece the 6616, the 3rd encapsulated piece 6617 and the 3rd of the right side in three guarantees rubber base the 6614, the 3rd
The encapsulated part in side, wherein, above-mentioned three guarantees rubber-surfaced roll wheel 6611 is rotatablely arranged at above-mentioned three guarantees glue horizontal slide 6610
One end；Above-mentioned 3rd encapsulated push rod 6612 is fixedly installed on the end face of three guarantees glue horizontal slide 6610, the 3rd encapsulated push rod
The 3rd encapsulated spring is arranged with 6612；Above-mentioned three guarantees rubber base 6614 is fixedly installed on the 3rd encapsulated support plate 668；In 3rd
Encapsulated piece the 6615, the 3rd left encapsulated piece 6616 and the 3rd right encapsulated piece 6617 be plugged in three guarantees rubber base successively from left to right respectively
In 6614；Encapsulated piece the 6615, the 3rd left side during the 3rd encapsulated support plate 668 of encapsulated lifting driving cylinder 666 driving the 3rd drives the 3rd
Encapsulated piece 6616 and the 3rd right encapsulated piece 6617 from the 3rd upward film D1 of jack-up the 3rd in film D1 bottom surfaces, make the 3rd film D1 to
Upper bending；Encapsulated piece 6615 and the 3rd left encapsulated piece 6616 from the in above-mentioned three guarantees glue horizontal drive cylinder 669 driving the 3rd
The 3rd film D1 is inwardly pushed up in three film D1 outside, the 3rd inside bendings of film D1 is coated on the 3rd aluminum plastic film side A4；On
State the 3rd encapsulated part in side and be arranged at the 3rd right encapsulated piece 6617 lower section, and top the 3rd is right encapsulated piece 6617 upwards and inwardly,
The 3rd right encapsulated piece 6617 side by the 3rd film D1 is set to be coated on the 3rd aluminum plastic film side A4；
The encapsulated part in above-mentioned 3rd side includes the encapsulated jacking seat 6619 in the encapsulated jacking cylinder 6618 in the 3rd side, the 3rd side and the
The encapsulated roller 6620 in three sides, wherein, the above-mentioned encapsulated jacking cylinder 6618 in 3rd side is fixedly installed on the above-mentioned 3rd encapsulated support plate 668
Side, and output end sets upward；The above-mentioned encapsulated jacking seat 6619 in 3rd side is connected to the encapsulated jacking cylinder in the 3rd side
In 6618 output end, and extend upward；The above-mentioned encapsulated roller 6620 in 3rd side is rotatablely arranged at the encapsulated top in the 3rd side
Seat up 6619 top, it is right that the encapsulated roller 6620 in the 3rd side props up the 3rd upwards under the driving of third time encapsulated jacking seat 6619
Encapsulated piece 6617 of bottom angled plane, makes the 3rd right encapsulated piece 6617 upward successively and the inside film D1 of bending the 3rd side
Side, makes the 3rd film D1 side be coated on the 3rd aluminum plastic film side A4 side.
Preferably, the second described encapsulation mechanism 8 is arranged at the outside of the second encapsulated station 06；Above-mentioned second film C1 and
4th film E1 is attached to the second aluminum plastic film side A3 and the 4th plastic-aluminum respectively at the second rubberizing station 06 through the second adhesive tape rubberizing mechanism 8
After film side A5 reverse side, rotating disk 21 drives the second glue Special-shaped battery A to the second encapsulated station 06 through the second encapsulation mechanism 8
Piece C1 and the 4th film E1 are respectively coated by while the second aluminum plastic film is in A3 and four aluminum plastic films on A5；
The second described encapsulation mechanism 8 includes the second encapsulated bottom plate 81, the second encapsulated line slide rail 82, the second encapsulated straight line
Sliding block 83, the second encapsulated straight line slide 84, the second encapsulated component 86 of encapsulated component 85 and the 4th, wherein, above-mentioned second encapsulated bottom
Plate 81 is arranged in frame 1, and the second encapsulated line slide rail 82 is arranged at the second encapsulated bottom plate 81；Above-mentioned second encapsulated linear slider
83 are slideably embedded on second straight line slide rail 82, and the second encapsulated straight line slide 84 is fixed on the second encapsulated linear slider 83
On, will pass through the position that the second encapsulated linear slider 83 adjusts the second encapsulated straight line slide 83；Above-mentioned second encapsulated component 85
And the 4th encapsulated component 86 be respectively arranged on the second encapsulated straight line slide 83, and respectively by the second film C1 and the 4th film E1
The second aluminum plastic film is coated in A3 and four aluminum plastic films on A5；
The second described encapsulated component 85 include the second encapsulated horizontal drive motor 851, the second encapsulated cross slide 852,
The second encapsulated encapsulated longitudinal slide 854 of vertical drive motor 853, second, the second encapsulated base 855, the second encapsulated lifting driving
Part, the second encapsulated horizontal drive part and the second encapsulated part, wherein, above-mentioned second encapsulated vertical drive motor 851 is along vertical
It is arranged to direction on the second encapsulated straight line slide 84, the output end of the second encapsulated vertical drive motor 851 is connected with encapsulated indulge
To module；Above-mentioned second encapsulated longitudinal slide 852 is slideably embedded on encapsulated longitudinal module, the second encapsulated zigzag tread patterns electricity
Machine 851 drives second encapsulated longitudinal slide 852 by the screw mandrel in encapsulated longitudinal module and screw rodb base, and straight line is transported along the longitudinal direction
It is dynamic；Above-mentioned second encapsulated horizontal drive motor 853 is arranged on second encapsulated longitudinal slide 852, the second encapsulated laterally driven electricity
The output end of machine 853 is connected with encapsulated horizontal module；Above-mentioned second encapsulated cross slide 854 is slideably embedded in encapsulated transverse direction
On module, the second encapsulated horizontal drive motor 853 drives the second encapsulated horizontal stroke by the screw mandrel in encapsulated horizontal module and screw rodb base
Laterally moved along a straight line to slide 854；Above-mentioned second encapsulated base 855 is arranged on the second encapsulated cross slide 854, and second is encapsulated
Lifting driver part and the second encapsulated horizontal drive part are respectively arranged at the both sides of the second encapsulated base 855；Above-mentioned second bag
Glue component is connected with the second encapsulated horizontal drive part and the second encapsulated lifting driver part respectively, and the second encapsulated base 855 is transported
Move to Special-shaped battery A lower section, the second encapsulated lifting driver part drives the second encapsulated part from top to bottom by the second film C1
Bending, the second encapsulated horizontal drive part drives the second encapsulated part from outside to inside by the second film C1 bendings, makes the second film
C1 is coated on the second aluminum plastic film side A3；
Above-mentioned second encapsulated lifting driver part includes the second encapsulated lifting driving cylinder 856, the second encapsulated support plate 8515
And the second encapsulated bearing 857, wherein, above-mentioned second encapsulated support plate 8515 is slidably attached at the second bag by slide rail and sliding block
The side of glue base 855；Above-mentioned second encapsulated lifting driving cylinder 856 is fixedly installed on the opposite side of the second encapsulated base 855,
And second the output end of encapsulated lifting driving cylinder 856 set upward, and be connected with the second encapsulated support plate 8515, to drive
The second encapsulated elevating movement of support plate 8515；Above-mentioned second encapsulated bearing 857 is fixedly installed on the second encapsulated support plate 8515；
Above-mentioned second encapsulated horizontal drive part include the second encapsulated horizontal drive cylinder 858, the second encapsulated horizontal slide,
The second encapsulated push wheel 8510 of encapsulated push rod 859 and second, wherein, above-mentioned second encapsulated horizontal drive cylinder 858 is arranged at above-mentioned
On second encapsulated bearing 857, the second encapsulated horizontal slide is connected in the output end of the second encapsulated horizontal drive cylinder 858, and
It is slidably disposed on the second encapsulated bearing 857, the second encapsulated horizontal drive cylinder 858 drives the second encapsulated horizontal slide water
Flat line is moved；The encapsulated push wheel 8510 of above-mentioned second encapsulated push rod 859 and second is connected to the second encapsulated horizontal slide
Sidepiece, to promote the second encapsulated component level linear motion, the outer cover of the second encapsulated push rod 859 is provided with the second encapsulated bullet
Spring, to provide promotion cushion effect；
Above-mentioned second encapsulated part include in the second encapsulated pedestal, second encapsulated piece 8512, second left encapsulated piece 8513, the
Two right encapsulated piece 8514 and the second encapsulated cant cylinders 8511, wherein, above-mentioned second encapsulated pedestal is arranged at the second encapsulated push rod
859 and second encapsulated push wheel 8510 side, encapsulated piece 8512, second left encapsulated piece 8513 and second right encapsulated piece in second
8514 are embedded in the second encapsulated pedestal respectively, form the second overall rubber-wrapping structure；Encapsulated piece 8512 and in above-mentioned second
Two left encapsulated piece 8513 be correspondingly arranged respectively with the above-mentioned second encapsulated push wheel 8510 of encapsulated push rod 859 and second, second encapsulated pushes away
Encapsulated piece 8512 and the second left encapsulated piece of 8513 horizontal linears fortune during the encapsulated push wheel 8510 of bar 859 and second promotes second respectively
It is dynamic；Above-mentioned second encapsulated cant cylinder 8511 is arranged at second right encapsulated piece 8514 of oblique side to so as to from oblique side to pushing away
Dynamic second is right encapsulated piece 8514；In second encapsulated piece 8512, second left encapsulated piece 8513 and second right encapsulated piece 8514 respectively from
In second film C1, left and right side to bending the second film C1, the second film C1 is coated on the second aluminum plastic film side A3；
The 4th described encapsulated component 86 include the 4th encapsulated horizontal drive motor 861, the 4th encapsulated cross slide 862,
The 4th encapsulated longitudinal slide 864 of encapsulated vertical drive motor the 863, the 4th, the 4th encapsulated base 865, the 4th encapsulated lifting driving
Part, the 4th encapsulated horizontal drive part and the 4th encapsulated part, wherein, above-mentioned 4th encapsulated vertical drive motor 861 is along vertical
It is arranged to direction on the second encapsulated straight line slide 84, the output end of the 4th encapsulated vertical drive motor 861 is connected with encapsulated indulge
To module；Above-mentioned 4th encapsulated longitudinal slide 862 is slideably embedded on encapsulated longitudinal module, the 4th encapsulated zigzag tread patterns electricity
Machine 861 drives the 4th encapsulated longitudinal slide 862 by the screw mandrel in encapsulated longitudinal module and screw rodb base, and straight line is transported along the longitudinal direction
It is dynamic；Above-mentioned 4th encapsulated horizontal drive motor 863 is arranged on the 4th encapsulated longitudinal slide 862, the 4th encapsulated laterally driven electricity
The output end of machine 863 is connected with encapsulated horizontal module；Above-mentioned 4th encapsulated cross slide 864 is slideably embedded in encapsulated transverse direction
On module, the 4th encapsulated horizontal drive motor 863 drives the 4th encapsulated horizontal stroke by the screw mandrel in encapsulated horizontal module and screw rodb base
Laterally moved along a straight line to slide 864；Above-mentioned 4th encapsulated base 865 is arranged on the 4th encapsulated cross slide 864, and the 4th is encapsulated
Lifting driver part and the 4th encapsulated horizontal drive part are respectively arranged at the both sides of the 4th encapsulated base 865；Above-mentioned 4th bag
Glue component is connected with the 4th encapsulated horizontal drive part and the second encapsulated lifting driver part respectively, and the 4th encapsulated base 865 is transported
Move to Special-shaped battery A lower section, the 4th encapsulated lifting driver part drives the 4th encapsulated part from top to bottom by the 4th film E1
Bending, the 4th encapsulated horizontal drive part drives the 4th encapsulated part from outside to inside by the second film E1 bendings, makes the 4th film
E1 is coated on the 4th aluminum plastic film side A5；
Above-mentioned 4th encapsulated lifting driver part includes the 4th encapsulated lifting driving cylinder 866, the 4th encapsulated support plate 8617
And the 4th encapsulated bearing 8618, wherein, above-mentioned 4th encapsulated support plate 8617 is slidably attached at the 4th by slide rail and sliding block
The side of encapsulated base 865；Above-mentioned 4th encapsulated lifting driving cylinder 866 is fixedly installed on the another of the 4th encapsulated base 865
Side, and the 4th encapsulated lifting drives the output end of cylinder 866 to set upward, and be connected with the 4th encapsulated support plate 8617, so as to
Drive the 4th encapsulated elevating movement of support plate 8617；Above-mentioned 4th encapsulated bearing 8618 is fixedly installed on the 4th encapsulated support plate 8617
On；
Above-mentioned 4th encapsulated horizontal drive part include the 4th encapsulated horizontal drive cylinder 868, the 4th encapsulated horizontal slide,
The 4th encapsulated push wheel 8610 of encapsulated push rod 869 and the 4th, wherein, above-mentioned 4th encapsulated horizontal drive cylinder 868 is arranged at above-mentioned
On 4th encapsulated bearing 8617, the 4th encapsulated horizontal slide is connected in the output end of the 4th encapsulated horizontal drive cylinder 868, and
It is slidably disposed on the 4th encapsulated bearing 8618, the 4th encapsulated horizontal drive cylinder 868 drives the 4th encapsulated horizontal slide
Horizontal rectilinear motion；The encapsulated push wheel 8610 of above-mentioned 4th encapsulated push rod 869 and the 4th is connected to the 4th encapsulated horizontal slide
Sidepiece, to promote the 4th encapsulated component level linear motion, the outer cover of the 4th encapsulated push rod 869 is provided with the 4th encapsulated bullet
Spring, to provide promotion cushion effect；
Above-mentioned 4th encapsulated part include in the 4th encapsulated pedestal, the 4th encapsulated piece 8614, the 4th left encapsulated piece 8615, the
Four right encapsulated piece 8616 and side push part, wherein, it is encapsulated that above-mentioned 4th encapsulated pedestal is arranged at the 4th encapsulated push rod 869 and the 4th
The side of push wheel 8610, in the 4th encapsulated piece the 8614, the 4th left encapsulated piece 8615 and the 4th right encapsulated piece 8616 be embedded respectively
In 4th encapsulated pedestal, the 4th overall rubber-wrapping structure is formed；Encapsulated piece 8614 and the 4th left encapsulated piece 8615 in above-mentioned 4th
It is correspondingly arranged respectively with the above-mentioned 4th encapsulated push wheel 8610 of encapsulated push rod 869 and the 4th, the 4th encapsulated push rod 869 and the 4th is encapsulated
Encapsulated piece 8614 and the 4th left encapsulated piece of 8615 horizontal rectilinear motions during push wheel 8610 promotes the 4th respectively, so as to from the 4th film
In E1, the film E1 of left direction bending the 4th, the 4th film E1 is coated on the 4th aluminum plastic film side A5；Above-mentioned side push part
The 4th right encapsulated piece 8616 lower section is correspondingly arranged in, side push part promotes the 4th right side encapsulated piece 8616 from bottom to up, makes the 4th
Right encapsulated piece 8616 side from the film E1 of right direction bending the 4th, makes the 4th film E1 side be coated on the 4th aluminum plastic film
On side A5 side；
Above-mentioned side push part pushes away cylinder 8611, the 4th encapsulated side including the 4th encapsulated side and pushes away the encapsulated side of support 8612 and the 4th
Push wheel 8613, wherein, above-mentioned 4th encapsulated side pushes away cylinder 8611 and is arranged on the above-mentioned 4th encapsulated support plate 8617, and the 4th encapsulated
The output end that side pushes away cylinder 8611 is set upward；Above-mentioned 4th encapsulated side, which pushes away support 8612 and is connected to the 4th encapsulated side, pushes away cylinder
In 8611 output end, and upwardly extend；Above-mentioned 4th encapsulated side push wheel 8613 is rotatablely arranged at the 4th encapsulated side and pushes away branch
On frame 8612, the 4th encapsulated side pushes away cylinder 8611 and drives the 4th encapsulated side push wheel 8613 to prop up the 4th right encapsulated piece of 8615 bottoms upwards
On the tapered plane in portion, and right encapsulated piece 8615 tapered plane in upper top the 4th, make the 4th right side encapsulated piece 8615 along the 4th film E1's
Side bending, to coat the 4th aluminum plastic film side A5.
Preferably, described patch reverse side disk gluing mechanism 9 is correspondingly arranged in the outside of above-mentioned patch front disk glue station 07,
Special-shaped battery A after having wrapped the second film C1 and the 4th film E1 through the second encapsulation mechanism 8 is moved under the driving of rotating disk 21
Paste at reverse side disk glue station 07, and reverse side disk glue F2 is attached to round shape aluminum plastic film portion A6 through patch reverse side disk gluing mechanism 9
Reverse side；
Described patch reverse side disk gluing mechanism 9 includes patch reverse side disk glue base 91, reverse side disk glue supply assembly and patch
Reverse side disk glue component 93, wherein, above-mentioned patch reverse side disk glue base 91 is fixedly installed in frame 1, and positioned at patch reverse side circle
The outside of piece glue station 07；Above-mentioned reverse side disk glue supply assembly and patch reverse side disk glue component 93 are arranged at patch reverse side disk glue
On base 91；
Described reverse side disk glue supply assembly includes reverse side disk glue bearing 92, reverse side disk glue motor for feeding 94, anti-
Face disk adhesive tape 95, reverse side disk glue feed driving wheel 96, reverse side disk glue feed drive 97, reverse side disk glue feed are passive
Wheel 98, reverse side disk glue rotating shaft 99, reverse side disk glue are fed passive rolling wheel 910, reverse side disk glue and are fed active rolling wheel 911 and anti-
Face disk glue tears glue platform 912, wherein, above-mentioned reverse side disk glue bearing 92 is fixedly installed on reverse side disk glue base 91, instead
Face disk glue motor for feeding 94 is arranged at the side of reverse side disk glue bearing 92, and the output shaft of reverse side disk glue motor for feeding 94
The opposite side of reverse side disk glue bearing 92 is extended to through reverse side disk glue bearing 92；Above-mentioned reverse side disk glue is fed driving wheel 96
On the output shaft for being connected to reverse side disk glue motor for feeding 94, and it is another with being arranged at reverse side disk glue bearing 92 by transmission belt
The reverse side disk glue feed drive 97 of side is connected, and is rotated to drive reverse side disk glue to be fed drive 97；Above-mentioned reverse side circle
Piece glue feed follower 98 is rotatablely arranged at the opposite side of reverse side disk glue bearing 92, and with being arranged on reverse side disk glue branch
The reverse side disk glue feed active rolling wheel 911 of 92 sides of seat is connected by same rotating shaft, to drive reverse side disk glue to be fed
The rotary motion of active rolling wheel 911；Above-mentioned reverse side disk glue is fed passive rolling wheel 910 by reverse side disk glue rotating shaft 99 rotationally
It is arranged at the side of reverse side disk glue bearing 92；Above-mentioned reverse side disk adhesive tape 95 is fed passive rolling wheel wound on reverse side disk glue
On 910, and the outer end of reverse side disk adhesive tape 95 is connected on reverse side disk glue feed active rolling wheel 911；Reverse side disk glue is fed
When active rolling wheel 911 is rotated, it will be pulled out on reverse side disk the adhesive tape 95 from the negative passive rolling wheel 910 of disk glue, it is configured in reverse side
The reverse side disk glue of the one end of disk glue bearing 92 is torn after glue platform 912 is tensioned, by patch reverse side disk glue component 93 by reverse side disk
After reverse side disk glue F2 on adhesive tape 95 tears, reverse side disk adhesive tape 95 is fed active rolling wheel 910 through reverse side disk glue and wound；
It is horizontal that described patch reverse side glue component 93 includes patch reverse side disk glue horizontal drive motor 931, patch reverse side disk glue
Module 932, patch reverse side disk glue cross slide 933, patch reverse side disk glue zigzag tread patterns cylinder 934, patch reverse side disk glue longitudinal direction
Slide 935, patch reverse side disk glue bearing 936, the anti-disk glue rotation driving cylinder 937 of patch, patch reverse side disk glue rotation transmission belts
938th, patch reverse side disk glue rotating seat 939, patch reverse side disk glue lift cylinder bearing 9310, patch reverse side disk glue lifting driving vapour
Cylinder 9311, patch reverse side disk glue lift slide 9312 and face disk glue suction nozzle 9313 anyway, wherein, above-mentioned patch reverse side disk glue is horizontal
It is secured transverse to motor 931 on reverse side disk glue base 91, the horizontal module 932 of patch reverse side disk glue is connected to patch reverse side
In the output end of disk glue horizontal drive motor 931；It is anti-that above-mentioned patch reverse side disk glue cross slide 933 is slidably disposed in patch
On the horizontal module 932 of face disk glue, patch reverse side disk glue horizontal drive motor 931 is by pasting the horizontal module 932 of reverse side disk glue
Interior screw mandrel and screw rodb base driving patch reverse side disk glue cross slide 932 laterally move along a straight line；Above-mentioned patch reverse side disk glue longitudinal direction
Driving cylinder 934 is arranged on patch reverse side disk glue cross slide 933, the output of patch reverse side disk glue zigzag tread patterns cylinder 934
Side is held provided with patch reverse side glue longitudinal slide rail；The longitudinal slide 935 of above-mentioned patch reverse side disk glue is slidably disposed in patch reverse side glue
In longitudinal slide rail, and it is connected with the output end for pasting reverse side disk glue zigzag tread patterns cylinder 934, pastes reverse side disk glue zigzag tread patterns vapour
The longitudinal longitudinal sliding motion of slide 935 of the driving patch reverse side disk glue of cylinder 934；Above-mentioned patch reverse side disk glue bearing 936 is arranged at patch reverse side
On the slide 935 of disk glue longitudinal direction；Above-mentioned patch reverse side disk glue rotary drive motor 937 is vertically arranged at patch reverse side by support base
On disk glue bearing 936, and the output end of patch reverse side disk glue bearing 936 is set downward；Above-mentioned patch reverse side disk glue rotation
Seat 939 is arranged at the side of patch reverse side disk glue rotary drive motor 937, and by pasting reverse side disk glue rotation transmission belts 938
It is connected with the output end for pasting reverse side disk glue rotary drive motor 937；Above-mentioned patch reverse side disk glue lift cylinder bearing 9310 is consolidated
Surely it is arranged on patch reverse side disk glue rotating seat 939, patch reverse side disk glue lifting driving cylinder 311 is vertically arranged at patch reverse side circle
The side of piece glue lift cylinder bearing 9310, patch reverse side disk glue lift slide 9312 is slideably embedded in patch reverse side disk glue
On the patch reverse side disk glue lifting sliding rail of lifting driving cylinder 9311 side, and cylinder 9311 is driven with patch reverse side disk glue lifting
Output end connection, the patch reverse side disk glue lifting driving driving patch reverse side disk glue of cylinder 9311 lift slide 9312 lifts fortune
It is dynamic；Above-mentioned patch reverse side disk glue suction nozzle 9313 is arranged on patch reverse side disk glue lift slide 9312；During rubberizing, reverse side disk is pasted
Glue suction nozzle 9313 is moved to reverse side disk glue and tears the lower section of glue platform 912, and by pasting generation in reverse side disk glue suction nozzle 9313
Reverse side disk glue F2 is attached to round shape aluminum plastic film portion A6's by reverse side disk glue F2 under disk adhesive tape 95 is inhaled from the negative by negative pressure
Reverse side.
Hot pressing mechanism 10 is arranged at the outside of hot pressing station 08, through pasting the abnormity after reverse side gluing mechanism 9 has pasted reverse side film F2
Battery A is moved under the driving of rotating disk 21 at hot pressing station 08, and through hot pressing mechanism 10 by Special-shaped battery A the first aluminum plastic film
The first gummed paper for being attached when A3, the 3rd aluminum plastic film are in A4 and four aluminum plastic films in A2, the second aluminum plastic film on A5, the second gummed paper,
3rd gummed paper and the 4th gummed paper carry out hot pressing；
Described hot pressing mechanism 10 includes hot pressing base 101, hot pressing slide rail 102, hot pressing linear drives cylinder 103, hot pressing
Straight-line transmitting motion block 104, hot pressing linear slider 105, hot pressing bearing 106, hot pressing lifting sliding rail 108, the first hot pressing lifting driving vapour
Cylinder 109, the first hot pressing lifting retainer 1010, the first hot pressing lift slide 1011, the first hot wafering 1012, the second hot pressing lifting
Drive cylinder 1013, the second hot pressing lifting drive block 1014, the second hot pressing lift slide 1015 and the second hot wafering 1016；Its
In, above-mentioned hot pressing base 101 is arranged in frame 1, and hot pressing slide rail 102 includes two, is separately positioned on hot pressing base 101,
The first avoiding hollow groove 107 is provided between two hot pressing slide rails 102, the first avoiding hollow groove 107 runs through hot pressing base 101；Above-mentioned hot pressing straight line
Sliding block 105 is slideably embedded on hot pressing slide rail 102, and hot pressing bearing 106 is arranged in hot pressing linear slider 105；Above-mentioned heat
Straightening line drive block 104 is arranged at the bottom of hot pressing bearing 106, and is extended downwardly through straight-line groove 107；Above-mentioned hot pressing straight line drives
Dynamic cylinder 103 is fixedly installed on hot pressing base 101, the output end of hot pressing linear drives cylinder 103 and above-mentioned hot pressing straight-line transmitting
Motion block 104 is connected, and the linear slide of hot pressing bearing 106 is driven will pass through hot pressing straight-line transmitting motion block 104；
Above-mentioned hot pressing lifting sliding rail 108 is vertically arranged on the side side wall of hot pressing bearing 106, the first hot pressing lift slide
1011 and second hot pressing lift slide 1015 be respectively slidably embedded on hot pressing lifting sliding rail 108；Above-mentioned first hot pressing liter
Drop retainer 1010 and second hot pressing lifting retainer 1014 is connected to the first hot pressing lift slide 1011 and the second hot pressing
On lift slide 1015, and through hot pressing bearing 106, extend to the opposite side of hot pressing bearing 106；Above-mentioned first hot pressing lifting is driven
The dynamic hot pressing of cylinder 109 and second lifting driving cylinder 1013 is respectively arranged on the opposite side side wall of hot pressing bearing 106, the first heat
The output end of pressure lifting driving cylinder 109 and second hot pressing lifting driving cylinder 1013 is set upward, and is connected to
On first hot pressing lifting retainer 1010 and second hot pressing lifting retainer 1014, to drive the first hot pressing to lift retainer
1010 and second hot pressing lifting the elevating movement of retainer 1014；Above-mentioned first hot pressing seat 1012 and the second hot pressing seat 1016 are set respectively
Put the top that retainer 1010 is lifted in the first hot pressing and the bottom of the second hot pressing lifting retainer 1014, the first hot pressing seat 1012
And second hot pressing seat 1016 in the vertical direction relative motions, Special-shaped battery A is clamped in centre, to enter to Special-shaped battery A
Row hot pressing；
Above-mentioned first hot pressing seat 1012 and the second hot pressing seat 1016 are block structure, the first hot pressing seat 1012 and the second hot pressing
B4 and round shape hot pressing portion when being equipped with the first hot pressing on seat 1016 B2, the 3rd hot pressing are in B3, four hot pressing in B1, the second hot pressing
B5；Wherein, above-mentioned first hot pressing side B1 is extended perpendicularly in block structure along a side of block structure, and with the second hot pressing side
B2 one end is mutually connected vertically, and round shape hot pressing portion B5 is located at the first hot pressing B2 in B1 and the second hot pressing junction；Second
The hot pressing side B2 other end extends to one end of block structure；Above-mentioned 3rd hot pressing B2 when B3 is vertically connected on the second hot pressing
The other end, and extend to another side edge of block structure；Above-mentioned 4th hot pressing side B4 is arranged at the other end of block structure；On
State the first hot pressing seat 1012 and second hot pressing seat 1016 the first hot pressing in B1, the second hot pressing B2, the 3rd hot pressing side B3, the 4th
Hot pressing is in B4 and round shape hot pressing portion B5 A2, the second aluminum plastic film from below and while lower section is by Special-shaped battery A the first aluminum plastic film respectively
In A3, three aluminum plastic films, A4, the 4th aluminum plastic film side A5 and round shape aluminum plastic film portion A6 are clamped, to carry out hot pressing.
Further, the present invention devises a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line；Automatic tape-wrapping of the present invention
The aluminum plastic film side of Special-shaped battery includes four, but the protection domain that is limited of claim of the present invention be not limited to it is different
Shape cell aluminum-plastic membrane while quantity and position during each aluminum plastic film set；The Special-shaped battery of the present invention is L-type structure, and it mutually hangs down
The aluminum plastic film of two sides of orthogonal fork is connected using round shape aluminum plastic film portion, and this kind of structure design is not limited to the Special-shaped battery of L-type,
Because using connecting portion of the circular configuration as cross edge, therefore, the present invention is not only adapted to two vertical cross edges, applies also for
The aluminum plastic film cladding of two cross edges of other angles connection.
The present invention, as processing platform and Switch of working position mechanism, loading and unloading station is set on rotating disk, is pasted just using rotating disk
Face disk glue station, the first rubberizing station, the first encapsulated station, the second rubberizing station, the second encapsulated station, patch reverse side disk glue
Station and hot pressing station, make to treat that encapsulated Special-shaped battery is sequentially completed feeding, patch front on each station by the rotation of rotating disk
Disk glue, the oneth the 3rd gummed paper of patch, the oneth the 3rd gummed paper of bag, the 2nd the 4th gummed paper of patch, the 2nd the 4th gummed paper of bag, patch reverse side disk
Glue, hot pressing and blanking step, for above-mentioned processing step the present invention be respectively equipped with the outside of each station patch front disk gluing mechanism,
First adhesive tape rubberizing mechanism, the first encapsulation mechanism, the second adhesive tape rubberizing mechanism, the second encapsulation mechanism, patch reverse side disk gluing mechanism and hot press
Structure, so as to the specific executing agency acted as each station.
The present invention, which is coated to the gummed paper on aluminum plastic film side, includes two kinds, and one kind is strip gummed paper, and another is disk
Shape gummed paper, strip gummed paper includes four, and respectively first to fourth gummed paper, disc-shaped gummed paper includes two, is respectively front circle
Piece glue and reverse side disk glue, wherein, first and the 3rd gummed paper entirely through a set of mechanism（First adhesive tape rubberizing mechanism）It is pasted to first
And the 3rd on aluminum plastic film side, second and the 4th gummed paper entirely through a set of mechanism（Second adhesive tape rubberizing mechanism）It is pasted to second and the 4th
On aluminum plastic film side, front disk glue and reverse side disk glue are pasted by pasting front disk gluing mechanism and patch reverse side disk gluing mechanism respectively
It is attached to front and the reverse side in round shape aluminum plastic film portion；After the completion of first to fourth gummed paper is attached, the lower surface on aluminum plastic film side is sticked to,
Therefore also need to its bending is secondary, so that gummed paper is pasted to the upper surface on aluminum plastic film side, complete to aluminum plastic film side side-wall metallic
Partial cladding, the first film and the 3rd film are coated by the first encapsulation mechanism, and the second film and the 4th film pass through second
Encapsulation mechanism is coated.
Specifically, technology creation of the invention point includes：
1st, for ease of the automatic assembling feeding of Special-shaped battery, the binder group of mutual cooperation is designed with each station of rotating disk
The periphery of part and liftout component, wherein binder component along rotating disk is arranged at intervals, and extends out to the outside of rotating disk periphery, certainly
Under right state, the briquetting spring of binder component is in extended state, and pulls down battery briquetting, battery briquetting is pressed together on battery branch
On seat, when needing to pick and place Special-shaped battery, the liftout cylinder driving upward jack-up battery briquetting of liftout post of liftout component makes battery
Briquetting is separated with battery support, so as to which battery is put between battery support and battery briquetting, or is taken out.
2nd, the first adhesive tape rubberizing mechanism of the invention and the second adhesive tape rubberizing mechanism use the mode of production of double product simultaneously operatings, i.e.,
The attaching that first adhesive tape rubberizing mechanism completes to the first film and the 3rd film simultaneously is acted, and the second adhesive tape rubberizing mechanism is completed to second simultaneously
The rubberizing action of film and the 4th film, effectively improves rubberizing efficiency, simplifies device structure, reduce equipment and be produced into
Originally, the first adhesive tape rubberizing mechanism and the 3rd adhesive tape rubberizing mechanism structure design and working method are similar, and it distinguishes the glue that part is only that attaching
Piece position is different, therefore the two has versatility, the maintaining during being easy to use；First adhesive tape rubberizing mechanism of the invention and the
Two adhesive tape rubberizing mechanism molar behaviors include two, respectively tear glue and rubberizing, tear glue i.e. rubberizing component by film from sending glue component
Torn on adhesive tape, rubberizing be rubberizing component by the film after tearing be pasted to first or the 3rd aluminum plastic film side bottom surface on；This hair
Bright send glue component Promethean using the structure design for pulling feeding, and this kind of feeding style will differ from traditional utilization coiled strip
Wheel pulls the feeding style of material strip, and traditional feeding style is by designing an active rolling wheel wheel and passive a coiled strip wheel, quilt
Material strip is wound with dynamic coiled strip wheel, active coiled strip wheel is constantly pulled out material strip by rotation from passive coiled strip wheel, and is wound
To from, but be due to active coiled strip wheel rotating speed it is constant, as the material thickness on active coiled strip wheel constantly increases
Plus, the diameter of active coiled strip wheel is also constantly in increase, therefore relatively the linear velocity of material strip also changes constantly, therefore right
For material fetching mechanism, adjacent two film sticked on material strip reaches feeding position so that the time interval of feeding is also continuous
In change, it is impossible to which accurate control feeding time, therefore, the present invention change this feed side for being provided by coiled strip wheel and drawing material power
Formula, independent design has a drawing glue component, glue on the basis of sizing material wheel is sent in reservation design first and first send glue active rolling wheel
Band send from first and is drawn out on sizing material wheel, is connected to first through after drawing glue component and send on glue active rolling wheel, when drawing glue, draws glue group
The drawing glue laminated block of part compresses adhesive tape, while drawing glue motor by drawing collodion silk bar and drawing the driving of collodion silk pole socket to draw glue slide and draw glue laminated
Block moves along a straight line, so that pull adhesive tape to move along a straight line, due to drawing the rotating speed of glue motor controllable, therefore the point-to-point speed of adhesive tape
It is consistent, pulls out adhesive tape post-tensioning glue laminated block and unclamp adhesive tape, draws the reversion of collodion silk bar, draw glue laminated block back to move, to carry out down
Glue action is once drawn, when adhesive tape is pulled at feeding platform, under the gummed paper attached on adhesive tape is inhaled through rubberizing component, lower gummed paper is inhaled
Adhesive tape afterwards send the winding collection of glue active rolling wheel through first；Tape movement speed is effectively guaranteed by this kind of structure design
Stability, is easy to rubberizing component accurately to tear gummed paper；
3rd, for the encapsulated technological requirement of Special-shaped battery, the present invention is originally designed with the first encapsulation mechanism and the second bag
Gluing mechanism, the first encapsulation mechanism and the second encapsulation mechanism can complete the cladding action of two gummed papers simultaneously, and therefore, first is encapsulated
Mechanism and the second encapsulation mechanism include two sets of encapsulated components, two sets of encapsulated component self-movements, to complete to first to fourth
The cladding action of gummed paper, wherein the cladding of the completion first of the first encapsulation mechanism and the 3rd gummed paper, the second encapsulation mechanism completes second
And the 4th gummed paper cladding；In addition, aluminum plastic film exposed to it is outer need coat metal position include before, left and right three sides, glue
Paper is attached at the bottom surface of aluminum plastic film, gummed paper respectively before aluminum plastic film, left and right three directions stretch out, therefore, by gummed paper and plastic-aluminum
The shape and gummed paper of film are limited with the relative position on aluminum plastic film side, and the encapsulated part of originally design of the invention is as encapsulated
Execution unit, three sides of encapsulated part correspondence aluminum plastic film are respectively equipped with three encapsulated piece, left encapsulated piece and right encapsulated piece, with
Respectively before aluminum plastic film side, the completion gummed paper cladding action of left and right direction；The gummed paper cladding process of the present invention specifically includes two
Step, i.e. gummed paper from aluminum plastic film bottom surface upwards vertical bending and gummed paper through on the outside of aluminum plastic film to the horizontal bending in inner side, accordingly, this
The encapsulated component of invention is designed with encapsulated lifting driver part and encapsulated horizontal drive part, to drive encapsulated part liter respectively
Drop motion and horizontal movement, in addition, to ensure at encapsulated Component driver to aluminum plastic film, the present invention is additionally provided with hoofing part machine
Structure, the hoofing part mechanism drives whole encapsulated component vertical or horizontal linear motion in the horizontal direction；
Specifically, the first encapsulated component and the 3rd encapsulated component of the first encapsulation mechanism of the invention respectively correspondingly coat
One aluminum plastic film while and during three aluminum plastic films, wherein, the first encapsulated part passes through the first encapsulated horizontal drive motor and first respectively
Encapsulated vertical drive motor drives and laterally or longitudinally moved in the horizontal plane, to move at aluminum plastic film；First encapsulated liter
Drop driving part the first encapsulated part of driving rises to the bottom of aluminum plastic film；First encapsulated jacking vapour of the first encapsulated components interior
Cylinder drives the first encapsulated jacking block to rise and promotes the first encapsulated jacking slide to drive the first encapsulated lifting platform to prop up aluminum plastic film
The bottom surface on side, will pass through support force of the first encapsulated lifting platform offer to aluminum plastic film side；First encapsulated lifting driving cylinder
Drive the first encapsulated horizontal drive part and the first encapsulated part elevating movement, make in the first of the first encapsulated part encapsulated piece,
First encapsulated piece an of left side and the first right encapsulated piece of outer edge respectively from three directions by the first film along the first aluminum plastic film side are upward
Bending；The first encapsulated encapsulated part integral level fortune of horizontal drive cylinder driving first of the first encapsulated horizontal drive part driving
It is dynamic to make in first encapsulated piece, first left encapsulated piece and first right encapsulated piece the first film is adjacent into the first aluminum plastic film from inner to outer
Upper surface carries out second of bending, to make to pass through the first bag in the first film the first aluminum plastic film side of cladding completely, bending process
Glue lifting platform provides support force, to prevent the first aluminum plastic film side to be bent；3rd encapsulated component of the invention is relative to the first bag
Its encapsulated action of glue component includes two independent steps, i.e., wrap up the front side edge of aluminum plastic film, right edge together, left side point
Cladding is opened, the three guarantees glue component of the 3rd encapsulated component drives through the 3rd encapsulated longitudinal slide and the 3rd encapsulated cross slide respectively
And vertical or horizontal linear motion in the horizontal plane, three guarantees glue component is moved to the lower section on the 3rd aluminum plastic film side；Three guarantees
Glue lifting driving cylinder driving three guarantees glue component elevating movement, makes encapsulated piece, the 3rd right bag in the 3rd of the 3rd encapsulated component
Blob of viscose and the 3rd left encapsulated piece of forward edge, right side edge and the left side edge along the 3rd aluminum plastic film side are moved upwards, to make
Before 3rd gummed paper, right, the upward bending of left side；When carrying out horizontal bending to the 3rd gummed paper, encapsulated piece passes through the in the 3rd
The encapsulated pushing block of three guarantees glue horizontal drive cylinder driving the 3rd promote and from outside to inside by the front side edge of the 3rd gummed paper water from outside to inside
It is flat-folded curved, coat the front side edge on the 3rd aluminum plastic film side；3rd encapsulated piece an of left side passes through three guarantees glue horizontal drive cylinder and drives the 3rd
Encapsulated roller and from outside to inside by the horizontal bending of left side of the 3rd gummed paper, coat the left side on the 3rd aluminum plastic film side；3rd is right
Encapsulated piece of the 3rd encapsulated jacking cylinder driving the 3rd encapsulated the jacking seat and three guarantees rubber-surfaced roll wheel by being arranged at its underpart to
It is upper to promote, make the 3rd right encapsulated piece the upper end gummed paper of bending the 3rd from inner to outer right edge, to coat the 3rd aluminum plastic film side
Right edge；In addition, the second encapsulation mechanism operation principle of the present invention is similar with the first encapsulation mechanism, it is realized the simultaneously
Two gummed papers and the 4th gummed paper be coated on the second aluminum plastic film while and action during four aluminum plastic films, its encapsulation process is overall also to include glue
Two steps of vertical bending and level of paper.
Embodiments of the invention are to introduce its embodiment, do not lie in and limit its protection domain.The skill of the industry
Art personnel can make some modifications under the inspiration of the present embodiment, therefore all equivalence changes done according to the scope of the claims of the present invention
Or modification, belong in scope of the patent claims of the present invention.
Claims (9)
1. a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line, it is characterised in that：Including frame（1）, encapsulated platform（2）, patch
Front disk gluing mechanism（4）, the first adhesive tape rubberizing mechanism（5）, the first encapsulation mechanism（6）, the second adhesive tape rubberizing mechanism（7）, the second rubber coating machine
Structure（8）, patch reverse side disk gluing mechanism（9）And hot pressing mechanism（10）, wherein, above-mentioned encapsulated platform（2）It is rotatablely arranged at machine
Frame（2）On, encapsulated platform（2）Outward flange on be interval with loading and unloading station successively（01）, patch front disk glue station（02）、
First rubberizing station（03）, the first encapsulated station（04）, the second rubberizing station（05）, the second encapsulated station（06）, patch reverse side circle
Piece glue station（07）And hot pressing station（08）；Above-mentioned patch front disk gluing mechanism（4）, the first adhesive tape rubberizing mechanism（5）, the first rubber coating machine
Structure（6）, the second adhesive tape rubberizing mechanism（7）, the second encapsulation mechanism（8）, patch reverse side disk gluing mechanism（9）And hot pressing mechanism（10）It is right respectively
Patch front disk glue station should be arranged at（02）, the first rubberizing station（03）, the first encapsulated station（04）, the second rubberizing station
（05）, the second encapsulated station（06）, patch reverse side disk glue station（07）And hot pressing station（08）Outside, encapsulated platform（2）Rotation
Transhipment is dynamic to make Special-shaped battery（A）Switch to be sequentially completed feeding, patch front disk glue, the oneth the 3rd glue of patch between each station
Paper, the oneth the 3rd gummed paper of bag, the 2nd the 4th gummed paper of patch, the 2nd the 4th gummed paper of bag, patch reverse side disk glue and heat-press step.
2. a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line according to claim 1, it is characterised in that：Described bag
Glue platform（2）Including rotating disk（21）, binder component and liftout component（11）, wherein, above-mentioned rotating disk（21）It is rotatably arranged in
Frame（1）On, above-mentioned binder component includes at least two, and binder component is respectively arranged at above-mentioned loading and unloading station（01）, paste just
Face disk glue station（02）, the first rubberizing station（03）, the first encapsulated station（04）, the second rubberizing station（05）, it is second encapsulated
Station（06）, patch reverse side disk glue station（07）And hot pressing station（08）Place, to compress Special-shaped battery（A）；Above-mentioned liftout group
Part（11）It is arranged at loading and unloading station（01）Place, and positioned at the lower section of binder component, liftout component（11）In loading and unloading station
（01）Locate upward jacking binder component, to push up out binder component, be easy to be put into or take out Special-shaped battery（1）；
Described binder component includes battery support（22）, briquetting slide rail（23）, briquetting slide（24）, battery briquetting（25）And pressure
Block extension spring（26）, wherein, above-mentioned battery support（22）It is fixedly installed on rotating disk（21）Bottom margin at, and protruding, shape
Into support platform, to place Special-shaped battery（A）；Above-mentioned briquetting slide rail（23）It is vertically arranged at battery support（22）Lateral wall
On；Above-mentioned briquetting slide（24）Slideably it is embedded in briquetting slide rail（23）On；Above-mentioned battery briquetting（25）It is fixedly installed on pressure
Block slide（24）Top, and compress Special-shaped battery downwards（A）；Above-mentioned briquetting extension spring（26）It is connected to battery briquetting（25）Bottom
Portion, briquetting extension spring（26）Bottom be connected to frame（1）On, briquetting extension spring（26）In extended state, to pull downward on electricity
Pond briquetting（25）Compress Special-shaped battery（A）；
Described liftout component（11）Including liftout bearing（111）, liftout slide rail（112）, liftout cylinder（113）, liftout seat
（114）And liftout post（115）, wherein, above-mentioned liftout bearing（111）It is fixedly installed on frame（1）On, and upwardly extend；It is above-mentioned
Liftout slide rail（112）It is vertically arranged at liftout bearing（111）Side wall on, liftout seat（114）Slideably it is embedded and is slided in liftout
Rail（112）On, liftout cylinder（113）It is arranged at liftout seat（114）Bottom, so as to drive liftout seat（114）Along liftout slide rail
（112）Lifting carriage；Above-mentioned liftout post（115）It is arranged at liftout seat（114）Top, liftout seat（114）Drive liftout post
（115）Elevating movement, so as to the above-mentioned battery briquetting of upward jack-up（25）, make briquetting extension spring（26）Stretching, to pick and place special-shaped electricity
Pond（A）.
3. a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line according to claim 2, it is characterised in that：Described is different
Shape battery（A）Including battery body（A1）, the first aluminum plastic film side（A2）, the second aluminum plastic film side（A3）, the 3rd aluminum plastic film side（A4）、
4th aluminum plastic film side（A5）, round shape aluminum plastic film portion（A6）And lug（A7）, wherein, above-mentioned battery body（A1）For L shape structures, bag
Include orthogonal long block portion and short block portion；Above-mentioned first aluminum plastic film side（A2）Left side through short block portion extends outward, the second aluminium
Plastic film side（A3）Rear side through long block portion extends outward, the 3rd aluminum plastic film side（A4）Through stretching out on the left of long block portion, the 4th
Aluminum plastic film side（A5）Through stretching out on the right side of long block portion；Above-mentioned round shape aluminum plastic film portion（A6）Positioned at the first aluminum plastic film side（A3）With
Second aluminum plastic film side（A4）Junction；Above-mentioned lug（A7）At the back side edge in short block portion；
The first described aluminum plastic film side（A2）, the second aluminum plastic film side（A3）, the 3rd aluminum plastic film side（A4）And the 4th aluminum plastic film side
（A5）Place attaches the first gummed paper, the second gummed paper, the 3rd gummed paper and the 4th gummed paper respectively, wherein, the first gummed paper includes the first film
（B1）And first diaphragm（B2）, the first film（B1）It is attached to the first aluminum plastic film side（A3）On, the first diaphragm（B2）Attach
In the first film（B1）Bottom surface；Second gummed paper includes the second film（C1）And second diaphragm（C2）, the second film（C1）Patch
It is attached to the second aluminum plastic film side（A3）On, the second diaphragm（C2）It is attached to the second film（C1）Bottom surface on；3rd gummed paper includes
3rd film（D1）And the 3rd diaphragm（D2）, the 3rd film（D1）It is attached to the 3rd aluminum plastic film（A4）On, the 3rd diaphragm
（D2）It is attached to the 3rd film（D1）Bottom surface on；4th gummed paper includes the 4th film（E1）And the 4th diaphragm（E2）, the 4th
Film（E1）It is attached to the 4th aluminum plastic film（A5）On, the 4th diaphragm（E2）It is attached to the 4th film（E1）Bottom surface on；
Described round shape aluminum plastic film portion（A6）Positive and negative attach front disk glue respectively（F1）And reverse side disk glue（F2）.
4. a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line according to claim 3, it is characterised in that：Described patch
Front disk gluing mechanism（4）Including front disk glue supply assembly（41）And patch front disk glue component（42）, wherein, it is above-mentioned just
Face disk glue supply assembly（41）It is arranged on patch front disk glue station（02）Sidepiece, front disk glue（F1）It is attached to front
Disk glue supply assembly（41）Front disk adhesive tape（417）On；Paste front disk glue component（42）It is arranged at front disk glue
Supply assembly（41）Side, pastes front disk glue component（42）By front disk glue（F1）From front disk adhesive tape（417）On tear
Under, and it is pasted to round shape aluminum plastic film portion（A6）Front；
Described front disk glue supply assembly（41）Bearing is fed including front disk glue（411）, front disk glue feed electricity
Machine（412）, front disk glue feed driving wheel（413）, front disk glue feed drive（414）, front disk glue feed quilt
Driving wheel（415）, front disk glue rewinding rolling wheel（416）, front disk adhesive tape（417）, front disk film wheel support plate（418）And
Front disk glue discharging rolling wheel（419）, wherein, above-mentioned front disk glue is fed bearing（411）It is fixedly installed on frame（1）On,
And upwardly extend, front disk glue motor for feeding（412）It is arranged at front disk glue bearing（411）Side, and front disk
Glue motor for feeding（412）Output shaft pass through front disk glue bearing（411）Side wall extend to front disk glue bearing（411）
Opposite side；Above-mentioned front disk glue driving wheel（413）It is arranged and is fixed on front disk glue motor for feeding（412）Output shaft
On；Above-mentioned front disk glue is fed drive（414）It is rotatably arranged in front disk glue feed bearing（411）It is another
Side, and driving wheel is fed by transmission belt and front disk glue（413）Connection；Above-mentioned front disk glue rewinding rolling wheel（414）It is logical
Cross rotating shaft and be rotatablely arranged at front disk glue feed bearing（411）Side, rotating shaft through front disk glue be fed support
（411）Extend to opposite side；Above-mentioned front disk glue is fed follower（415）Be arranged in rotating shaft, and by conveyer belt with it is upper
State front disk glue feed drive（414）Connection；Above-mentioned front disk glue motor for feeding（414）Drive front disk glue rewinding
Rolling wheel rotary motion；Above-mentioned front disk film wheel support plate（418）It is arranged at front disk glue feed bearing（411）It is another
Side, and upwardly extend；Above-mentioned front disk glue discharging rolling wheel（419）It is rotatably connected to front disk film wheel support plate
（418）On, and front disk glue discharging rolling wheel（419）On be wound with front disk adhesive tape（417）, front disk adhesive tape（417）
One end be connected to front disk glue rewinding rolling wheel（416）On, front disk glue motor for feeding（412）Front disk glue is driven to receive
Material volume wheel（416）Rotary motion, so as to by front disk adhesive tape（417）From front disk glue discharging rolling wheel（419）It is upper to pull out；
Described patch front disk glue component（42）Including patch front disk glue support（421）, patch front disk glue it is laterally driven
Motor（422）, the horizontal module of patch front disk glue（423）, patch front disk glue cross slide（424）, patch front disk glue indulge
To motor（425）, the longitudinal slide of patch front disk glue（426）, patch front disk glue bearing（427）, patch front disk glue
Lifting driving cylinder（428）, patch front disk glue lift slide（429）, patch front disk glue rotary drive motor（4210）And
Paste front disk glue suction nozzle（4211）, wherein, above-mentioned patch front disk glue support（421）Including two, it is respectively separated and is arranged at
Frame（1）On, the horizontal module of patch front disk glue（423）It is arranged at two patch front disk glue supports（421）On, paste front disk
Glue horizontal drive motor（422）It is arranged at the horizontal module of patch front disk glue（423）One end；Above-mentioned patch front disk glue is horizontal
Slide（424）It is arranged at the horizontal module of patch front disk glue（423）On, paste front disk glue horizontal drive motor（422）Pass through
Paste the horizontal module of front disk glue（423）Interior screw mandrel and screw rodb base driving patch front disk glue cross slide（424）It is laterally straight
Line is moved；Above-mentioned patch front disk glue vertical drive motor（425）It is arranged on patch front disk glue cross slide（424）On, patch
Front disk glue vertical drive motor（425）Output end side provided with patch front glue longitudinal slide rail；Above-mentioned patch front disk glue
Longitudinal slide（426）It is slidably disposed in patch front glue longitudinal slide rail, and with pasting front disk glue vertical drive motor
（425）Output end connection, paste front disk glue vertical drive motor（425）The longitudinal slide of driving patch front disk glue（426）
Longitudinal sliding motion；Above-mentioned patch front disk glue bearing（427）It is arranged at the longitudinal slide of patch front disk glue（426）On, and prolong upwards
Stretch；Above-mentioned patch front disk glue lifting driving cylinder（428）It is fixedly installed on patch front disk glue bearing（427）Side, patch
Front disk glue lift slide（429）Slideably it is embedded in patch front disk glue lifting driving cylinder（428）The patch of side is just
On the disk glue lifting sliding rail of face, and cylinder is driven with patch front disk glue lifting（428）Output end connection, to paste positive circle
Piece glue lifting driving cylinder（428）Driving patch front disk glue lift slide（429）Elevating movement；Above-mentioned patch front disk glue rotation
Turn motor（4210）It is arranged at patch front disk glue lift slide（429）On, paste front disk glue rotary drive motor
（4210）Output shaft set downward, and the patch front disk glue suction nozzle that sets downward is connected by conveyer belt（4211）,
To drive patch front disk glue suction nozzle（4211）Glue angle is inhaled in rotary motion, adjustment；Paste front disk glue suction nozzle（4211）Move
Move to front disk adhesive tape（417）Top, and by pasting front disk glue suction nozzle（4211）The negative pressure of interior generation is by front disk
Glue（F1）From front disk adhesive tape（417）Under suction, and by front disk glue（F1）It is attached to round shape aluminum plastic film portion（A6）Front.
5. a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line according to claim 4, it is characterised in that：Described
One adhesive tape rubberizing mechanism（5）Glue component is sent including first（51）, the first rubberizing bearing（52）, the first rubberizing bottom plate（53）, the first rubberizing
Component and piezoelectric battery component（56）, wherein, above-mentioned first rubberizing bottom plate（53）It is arranged at the first rubberizing station（03）Outside,
One rubberizing bearing（52）It is arranged at the first rubberizing bottom plate（53）On, first send glue component（51）It is arranged at the first rubberizing bearing（52）
On；Above-mentioned first rubberizing component is arranged at the first rubberizing bottom plate（53）On, and send glue component positioned at first（51）With the first rubberizing
Station（03）Between, to send glue component by first（51）On the first film（B1）And the 3rd film（D1）Under suction, and respectively
It is attached to the first aluminum plastic film side（A2）And the 3rd aluminum plastic film side（A4）Reverse side；Above-mentioned piezoelectric battery component（56）It is arranged at the first patch
The outside of glue component, so as to from from top to bottom compressing Special-shaped battery（A）；
Described first send glue component（51）Glue support plate is sent including first（511）, first send glue bearing（512）, first send glue erect
Plate（513）, volume glue component and draw glue component（519）, wherein, above-mentioned first send glue bearing（512）It is vertically arranged in the first rubberizing
Bearing（52）On, first send glue support plate（511）It is arranged at first and send glue bearing（512）On, first send glue riser（513）Vertically set
It is placed in first and send glue support plate（511）On；Above-mentioned volume glue component includes two, is respectively arranged at first and send glue bearing（512）Two
Side；Above-mentioned drawing glue component（519）Including two, two draw glue component（519）It is respectively arranged at first and send glue support plate（511）Bottom
Both sides, and be connected respectively with the glue components of volume two, to pull the first of volume glue component to send glue adhesive tape（516）Linear motion；
Above-mentioned volume glue component send sizing material wheel including first（514）, first send glue tensioning wheel（515）, first send glue adhesive tape（516）、
First send glue motor（517）And first send glue active rolling wheel（518）, wherein, above-mentioned first send sizing material wheel（514）Rotatably
Ground is arranged at first and send glue bearing（512）Sidepiece, first send sizing material wheel（514）On be wound with first and send glue adhesive tape（516）；On
State first and send glue tensioning wheel（515）It is rotatablely arranged at first and send glue bearing（512）Sidepiece, first send glue adhesive tape（516）
Sizing material wheel is sent from first（514）It is upper to pull out, send glue tensioning wheel through first successively（515）Tensioning, through drawing glue component（519）Pull,
Finally it is connected to and is arranged at first and send glue riser（513）The first of side send glue active rolling wheel（518）On；Above-mentioned first send glue to drive
Dynamic motor（517）It is arranged at first and send glue riser（513）Opposite side, first send glue motor（517）Output shaft pass through
First send glue riser（513）Glue active rolling wheel is sent with first（518）Connection, to drive first to send glue active rolling wheel（518）Rotation
Transhipment is dynamic；First send glue adhesive tape（516）Upper interval is pasted with multiple first films（B1）Or the 3rd film（D1）, first send glue glue
Band（516）On the first film（B1）Or the 3rd film（D1）After under being inhaled through the first rubberizing component, first send glue adhesive tape（516）Volume
Glue active rolling wheel is sent around to first（518）On；
Above-mentioned drawing glue component（519）Including drawing glue motor support plate（5192）, draw glue motor（5193）, draw collodion silk bar（5194）, draw
Collodion silk pole socket（5195）, draw glue slide（5196）, draw glue bearing（5197）, draw glue laminated block（5198）, draw glue platform（5199）And
Draw glue slide rail（51910）, wherein, above-mentioned drawing glue motor support plate（5192）It is fixedly installed on above-mentioned first and send glue support plate（511）'s
Bottom, draws glue motor（5193）It is arranged at drawing glue motor support plate（5192）Side, and draw glue motor（5193）Output shaft wear
Cross drawing glue motor support plate（5192）Extend to drawing glue motor support plate（5192）Opposite side；Above-mentioned drawing collodion silk bar（5194）It is connected to
Draw glue motor（5193）Output shaft on, draw collodion silk pole socket（5195）It is set in drawing collodion silk bar（5194）On, draw glue motor
（5193）Collodion silk bar is drawn in driving（5194）Rotary motion, makes drawing collodion silk pole socket（5195）Along drawing collodion silk bar（5194）Straight line is slided back and forth
It is dynamic；Above-mentioned drawing glue slide rail（51910）It is fixedly installed on first and send glue support plate（511）Bottom, draw glue slide（5196）Slidably
Ground, which is embedded, is drawing glue slide rail（51910）On, and with drawing collodion silk pole socket（5195）It is fixedly connected；Above-mentioned drawing glue bearing（5197）It is fixed
Drawing glue slide（5196）On, draw glue laminated block（5198）It is arranged at drawing glue bearing（5197）Sidepiece, and in the vertical direction edge
Draw glue bearing（5197）Slidably, glue laminated block is drawn（5198）Top be connected with cylinder, glue laminated block is drawn in cylinder driving（5198）
Elevating movement, to make the first drawing glue adhesive tape（516）Drawing glue laminated block（5198）With drawing glue slide（5196）Between be compacted, and
Draw glue slide（5196）First is driven to draw glue adhesive tape（516）Move out, to pull out the first drawing glue adhesive tape（516）；Above-mentioned drawing
Glue platform（5199）It is arranged at first and send glue support plate（511）End, first draw glue adhesive tape（516）It is pulled to drawing glue platform
（5199）Place, first draws glue adhesive tape（516）First film of upper adhesion（B1）Or the 3rd film（D1）Inhaled by the first rubberizing component
Under, and it is pasted to the first aluminum plastic film side（A2）Or the 3rd aluminum plastic film side（A4）Reverse side；
The first described rubberizing component includes the first film attaching member（54）And the 3rd film attaching member（55）, wherein, on
State the first film attaching member（54）And the 3rd film attaching member（55）It is respectively separated and is arranged at the first rubberizing bottom plate（53）On,
And two drawing glue platforms are correspondingly arranged in respectively（5199）Outside, with respectively will by two draw glue platforms（5199）First evened up
Draw glue adhesive tape（516）On the first film（B1）And the 3rd film（D1）Under suction, and the first aluminum plastic film side is pasted to respectively（A2）
And the 3rd aluminum plastic film side（A4）Reverse side；
Above-mentioned first film attaching member（54）Including the longitudinal module of the first film（541）, the longitudinal slide of the first film（542）、
First film cross motor（543）, the first film cross slide（544）, the first film electric rotating machine（545）, the first film rotation
Swivel base（546）, the first film lift cylinder（547）, the first film lifting support（548）, the first film lift slide（549）、
First film lifting seat（5410）And inhale rubber base（5511）, wherein, the longitudinal module of above-mentioned first film（541）Set along the longitudinal direction
It is placed in the first rubberizing bottom plate（53）On, the first film longitudinal direction slide（542）Slideably it is embedded in the longitudinal module of the first film
（541）On, and with the longitudinal module of the first film（541）Interior screw rodb base is fixed, and in the longitudinal module of the first film（541）Interior
Under motor driving, moved along a straight line along the longitudinal direction by the drive of screw mandrel and screw rodb base；Above-mentioned first film cross motor（543）
It is fixedly installed on the longitudinal slide of the first film（542）On, the first film cross slide（544）Pass through screw rodb base and screw mandrel and first
Film cross motor（543）Connection, the first film cross motor（543）Drive the first film cross slide（544）It is transversely square
To linear motion；Above-mentioned first film electric rotating machine（545）It is arranged at the first film cross slide（544）On, the rotation of the first film
Swivel base（546）It is rotatablely arranged at the first film cross slide（544）On, and with the first film electric rotating machine（545）Pass through
Transmission belt is connected, the first film electric rotating machine（545）Drive the first film rotating seat（546）Rotary motion；Above-mentioned first film
Lift cylinder（547）It is vertically arranged at the first film rotating seat（546）Sidepiece, the first film lifting support（548）It is arranged at
First film lift cylinder（547）Sidepiece, the first film lift slide（549）It is slideably embedding to be provided at the first film liter
Descending branch seat（548）Slide rail on；Above-mentioned first film lifting seat（5410）It is fixedly installed on the first film lift slide（549）'s
Sidepiece, and with the first film lift cylinder（547）Output end connection, the first film lift cylinder（547）Drive the first film
Lifting seat（5410）Elevating movement；Above-mentioned suction rubber base（5511）It is fixedly installed on the first film lifting seat（5410）On, to inhale
Attached first film（B1）；Inhale rubber base（5511）Including inhaling rubber base body（55111）, inhale glue portion（55112）, vacuum inhale glue hole
（55113）, inhale rubber base roller（55114）And inhale rubber-surfaced roll race（55115）, wherein, inhale rubber base body（55111）It is fixedly installed on
State the first film lifting seat（5410）On, inhale glue portion（55112）Located at suction rubber base body（55111）Side, vacuum inhales glue hole
（55113）Including at least two, and it is respectively separated and is arranged at suction glue portion（55112）Place, will pass through negative pressure of vacuum by the first glue
Piece（B1）Or the 3rd film（D1）It is absorbed and fixed at glue portion（55112）Place；Above-mentioned suction rubber-surfaced roll race（55115）It is opened in suction glue
Pedestal（55111）On, inhale rubber base roller（55114）It is rotatablely arranged at suction rubber-surfaced roll race（55115）It is interior, during so as to rubberizing,
Along Special-shaped battery（A）Bottom surface is rolled, and reduces friction；
Above-mentioned 3rd film attaching member（55）Including the longitudinal module of the 3rd film（551）, the longitudinal slide of the 3rd film（552）、
3rd film cross motor（553）, the 3rd film cross slide（554）, the 3rd film electric rotating machine（555）, the 3rd film rotation
Swivel base（556）, the 3rd film lift cylinder（557）, the 3rd film lifting support（558）, the 3rd film lift slide（559）、
3rd film lifting seat（5510）And inhale rubber base（5511）, wherein, the longitudinal module of above-mentioned 3rd film（551）Set along the longitudinal direction
It is placed in the first rubberizing bottom plate（53）On, the 3rd film longitudinal direction slide（552）Slideably it is embedded in the longitudinal module of the 3rd film
（551）On, and with the longitudinal module of the 3rd film（551）Interior screw rodb base is fixed, and in the longitudinal module of the 3rd film（551）Interior
Under motor driving, moved along a straight line along the longitudinal direction by the drive of screw mandrel and screw rodb base；Above-mentioned 3rd film cross motor（553）
It is fixedly installed on the longitudinal slide of the 3rd film（552）On, the 3rd film cross slide（554）Pass through screw rodb base and screw mandrel and the 3rd
Film cross motor（553）Connection, the 3rd film cross motor（553）Drive the 3rd film cross slide（554）It is transversely square
To linear motion；Above-mentioned 3rd film electric rotating machine（555）It is arranged at the 3rd film cross slide（554）On, the rotation of the 3rd film
Swivel base（556）It is rotatablely arranged at the 3rd film cross slide（554）On, and with the 3rd film electric rotating machine（555）Pass through
Transmission belt is connected, the 3rd film electric rotating machine（555）Drive the 3rd film rotating seat（556）Rotary motion；Above-mentioned 3rd film
Lift cylinder（557）It is vertically arranged at the 3rd film rotating seat（556）Sidepiece, the 3rd film lifting support（58）It is arranged at
Three film lift cylinders（557）Sidepiece, the 3rd film lift slide（559）It is slideably embedding to be provided at the lifting of the 3rd film
Bearing（58）Slide rail on；Above-mentioned 3rd film lifting seat（5510）It is fixedly installed on the 3rd film lift slide（559）Side
Portion, and with the 3rd film lift cylinder（557）Output end connection, the 3rd film lift cylinder（557）Drive the 3rd film liter
Seat drops（5510）Elevating movement；Above-mentioned suction rubber base（5511）It is fixedly installed on the 3rd film lifting seat（5510）On, to adsorb
3rd film（D1）；
Above-mentioned piezoelectric battery component（56）Including piezoelectricity stall（561）, piezoelectric battery linear drives cylinder（562）, piezoelectric battery straight line slide
Seat（563）, piezoelectric battery lifting drive cylinder（564）, piezoelectric battery lift slide（565）And piezoelectric battery block（566）, wherein, it is above-mentioned
Piezoelectricity stall（561）It is fixedly installed on above-mentioned rotating disk（21）On, piezoelectric battery linear drives cylinder（562）It is fixedly installed on piezoelectric battery
Seat（561）On, piezoelectric battery straight line slide（563）Slideably it is embedded in piezoelectric battery linear drives cylinder（562）On, and and piezoelectricity
Pond linear drives cylinder（562）Output end connection, piezoelectric battery linear drives cylinder（562）Drive piezoelectric battery straight line slide
（563）Linear slide；Above-mentioned piezoelectric battery lifts drive cylinder（564）It is vertically arranged at piezoelectric battery straight line slide（563）Outer end,
And output end is down；Piezoelectric battery lift slide（565）Slideably it is embedded in piezoelectric battery lift cylinder（564）On, and and piezoelectricity
Pond lift cylinder（564）Output end connection, piezoelectric battery lift cylinder（564）Drive piezoelectric battery lift slide（565）Lifting fortune
It is dynamic；Above-mentioned piezoelectric battery block（566）It is arranged at piezoelectric battery lift slide（565）Bottom, and with piezoelectric battery lift slide（565）Rise
Drop motion, to compress Special-shaped battery（A）.
6. a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line according to claim 5, it is characterised in that：Described
One encapsulation mechanism（6）It is arranged at the first encapsulated station（04）Outside；Above-mentioned first film（B1）And the 3rd film（D1）
One rubberizing station（03）The adhesive tape rubberizing mechanism of place first（5）The first aluminum plastic film side is attached to respectively（A2）And the 3rd aluminum plastic film side（A4）
Reverse side after, rotating disk（21）By Special-shaped battery（A）Drive to the first encapsulated station（04）The encapsulation mechanism of place first（6）By first
Film（B1）And the 3rd film（D1）It is respectively coated by the first aluminum plastic film side（A2）And the 3rd aluminum plastic film side（A4）On；
The first described encapsulation mechanism（6）Including the first encapsulated bottom plate（61）, the first encapsulated line slide rail（62）, it is first encapsulated straight
Line sliding block（63）, the first encapsulated straight line slide（64）, the first encapsulated component（65）And the 3rd encapsulated component（66）, wherein, it is above-mentioned
First encapsulated bottom plate（61）It is fixedly installed on frame（1）On, and positioned at the above-mentioned first encapsulated station（04）Outside, first is encapsulated
Line slide rail（62）It is arranged at the first encapsulated bottom plate（61）On, the first encapsulated linear slider（63）Slideably it is embedded in the first bag
Glue line slide rail（62）On, the first encapsulated straight line slide（64）It is fixedly installed on the first encapsulated linear slider（63）On；Above-mentioned
One encapsulated component（65）And the 3rd encapsulated component（66）It is respectively arranged at the first encapsulated straight line slide（64）On, and it is encapsulated with first
Straight line slide（64）Linear motion, to adjust linear position；
The first described encapsulated component（65）Including the first encapsulated vertical drive motor（651）, first encapsulated longitudinal slide
（652）, the first encapsulated horizontal drive motor（653）, the first encapsulated cross slide（654）, the first encapsulated base（655）, first
Encapsulated lifting driver part, the first encapsulated horizontal drive part and the first encapsulated part, wherein, above-mentioned first encapsulated zigzag tread patterns
Motor（651）The first encapsulated straight line slide is arranged at along the longitudinal direction（64）On, the first encapsulated vertical drive motor（651）It is defeated
Go out end and be connected with encapsulated longitudinal module；Above-mentioned first encapsulated longitudinal slide（652）Slideably it is embedded on encapsulated longitudinal module,
First encapsulated vertical drive motor（651）First encapsulated longitudinal slide is driven by the screw mandrel in encapsulated longitudinal module and screw rodb base
（652）Move along a straight line along the longitudinal direction；Above-mentioned first encapsulated horizontal drive motor（653）It is arranged at first encapsulated longitudinal slide
（652）On, the first encapsulated horizontal drive motor（653）Output end be connected with encapsulated horizontal module；Above-mentioned first encapsulated transverse direction
Slide（654）Slideably it is embedded on encapsulated horizontal module, the first encapsulated horizontal drive motor（653）Pass through encapsulated horizontal mould
Screw mandrel and screw rodb base in group drive the first encapsulated cross slide（654）Laterally move along a straight line；Above-mentioned first encapsulated base（655）
It is arranged at the first encapsulated cross slide（654）On, the first encapsulated lifting driver part and the first encapsulated horizontal drive part difference
It is arranged at the first encapsulated base（655）Both sides；Above-mentioned first encapsulated part respectively with the first encapsulated horizontal drive part and
One encapsulated lifting driver part connection, the first encapsulated base（655）Move to Special-shaped battery（A）Lower section, the first encapsulated lifting
Driving part drives the first encapsulated part from top to bottom by the first film（B1）Bending, the first encapsulated horizontal drive part driving the
One encapsulated part is from outside to inside by the first film（B1）Bending, makes the first film（B1）It is coated on the first aluminum plastic film side（A2）On；
Above-mentioned first encapsulated lifting driver part includes the first encapsulated lifting driving cylinder（656）, the first encapsulated support plate（657）、
First encapsulated bearing（658）, the first encapsulated lifting sliding rail（6520）And the first encapsulated lifting slider（6521）, wherein, above-mentioned
One encapsulated lifting slider（6521）It is fixedly installed on the first encapsulated base（655）Side wall on, the first encapsulated lifting sliding rail
（6520）Slideably it is embedded in the first encapsulated sliding block（6521）It is interior；Above-mentioned first encapsulated support plate（657）With the first encapsulated lifting
Slide rail（6520）It is fixedly connected, the first encapsulated bearing（658）It is fixedly installed on the first encapsulated support plate（657）Top；Above-mentioned
One encapsulated lifting driving cylinder（656）It is arranged at the first encapsulated base（655）On, and the first encapsulated lifting driving cylinder（656）
Output end upwardly extend and be connected to the first encapsulated bearing（658）On, to drive the first encapsulated bearing（658）Elevating movement；
Above-mentioned first encapsulated horizontal drive part includes the first encapsulated horizontal slide rail（659）, the first encapsulated horizontal drive cylinder
（6510）And the first encapsulated horizontal slide（6511）, wherein, above-mentioned first encapsulated horizontal slide rail（659）It is fixedly installed on the first bag
Glue bearing（658）On, the first encapsulated horizontal slide（6511）Slideably it is embedded in the first encapsulated horizontal slide rail（659）On, the
One encapsulated horizontal slide（6511）For U-shape structure；Above-mentioned first encapsulated horizontal drive cylinder（6510）It is fixedly installed on the first bag
Glue bearing（658）Outside, the first encapsulated horizontal drive cylinder（6510）Output end be connected to the first encapsulated horizontal slide
（6511）On, and drive the first encapsulated horizontal slide（6511）Along the first encapsulated horizontal slide rail（659）Horizontal rectilinear motion；
Above-mentioned first encapsulated part includes first and encapsulated pushes away seat（6512）, the first encapsulated roller（6513）, the first encapsulated footstock
（6514）, the first encapsulated spring（6515）, encapsulated piece in first（6516）, first left encapsulated piece（6517）, first right encapsulated piece
（6518）, the first encapsulated pilot hole（65519）, the first encapsulated jacking cylinder（6522）, the first encapsulated jacking block（6523）, first
Encapsulated jacking slide（6524）And the first encapsulated lifting platform（6525）, wherein, above-mentioned first encapsulated pushes away seat（6512）Including two
It is individual, it is respectively arranged at the above-mentioned first encapsulated horizontal slide（6511）U-shape structure both ends；Above-mentioned first encapsulated roller
（6513）Including two, two first encapsulated rollers（6513）First is rotatablely arranged at respectively encapsulated pushes away seat（6512）End
Portion；Above-mentioned first encapsulated footstock（6514）It is fixedly installed on the first encapsulated bearing（658）On, the first encapsulated spring（6515）One
End is connected to the first encapsulated footstock（6514）Side wall on, the first encapsulated spring（6515）The other end connection first in encapsulated piece
（6516）, encapsulated piece in first（6516）For Z-type structure, its bottom is slideably inserted with the first guide rod, the one of the first guide rod
The first encapsulated footstock is fixed at end（6514）On, the outer cover of guide rod is provided with the first encapsulated spring（6515）；Above-mentioned first left bag
Blob of viscose（6517）And first right encapsulated piece（6518）It is Z-type structure, and encapsulated piece in being respectively arranged at first（6516）A left side
Right both sides；Above-mentioned first is left encapsulated piece（6517）And first right encapsulated piece（6518）Bottom offer respectively first it is encapsulated guiding
Hole（6519）, two first encapsulated pilot holes（6519）The second guide rod is inside respectively slidably inserted with, one end of the second guide rod is consolidated
Surely it is arranged on the first encapsulated horizontal slide（6511）U-type groove wall on；Encapsulated piece in above-mentioned first（6516）, first left encapsulated piece
（6517）And first right encapsulated piece（6518）It is separately positioned on the first encapsulated block body, forms overall rubber-wrapping structure；It is above-mentioned
First encapsulated jacking cylinder（6522）It is arranged at the first encapsulated cross slide（654）Sidepiece, and output end sets upward, first
Encapsulated jacking block（6523）It is fixedly installed on the first encapsulated cross slide（654）Output end；Above-mentioned first encapsulated jacking slide
（6524）It is connected to the first encapsulated jacking block（6523）On, the first encapsulated lifting platform（6525）The first encapsulated jacking is arranged to slide
Seat（6524）Top, and the first encapsulated lifting platform（6525）Top surface be strip jacking planar structure；First encapsulated top
Peaceful（6525）Through the first encapsulated jacking cylinder（6522）Drive from the first film（B1）Lower section prop up the first film upwards
（B1）Bottom surface, to support the first aluminum plastic film side（A2）；Encapsulated piece in first（6516）, first left encapsulated piece（6517）And the
One is right encapsulated piece（6518）Respectively under the driving of the first encapsulated lifting driver part and the first encapsulated horizontal drive part
One film（B1）In, left and right side to upward bending and from outside to inside bending successively, to make the first film（B1）Cladding
In the first aluminum plastic film side（A2）On；
The 3rd described encapsulated component（66）Including the 3rd encapsulated vertical drive motor（661）, the 3rd encapsulated longitudinal slide
（662）, the 3rd encapsulated horizontal drive motor（663）, the 3rd encapsulated cross slide（664）, the 3rd encapsulated base（665）, the 3rd
Encapsulated lifting driver part, the flat driving part of three guarantees glue and three guarantees glue component, wherein, above-mentioned 3rd encapsulated zigzag tread patterns
Motor（661）The first encapsulated straight line slide is arranged at along the longitudinal direction（64）On, the 3rd encapsulated vertical drive motor（661）It is defeated
Go out end and be connected with encapsulated longitudinal module；Above-mentioned 3rd encapsulated longitudinal slide（662）Slideably it is embedded on encapsulated longitudinal module,
3rd encapsulated vertical drive motor（661）3rd encapsulated longitudinal slide is driven by the screw mandrel in encapsulated longitudinal module and screw rodb base
（662）Move along a straight line along the longitudinal direction；Above-mentioned 3rd encapsulated horizontal drive motor（663）It is arranged at the 3rd encapsulated longitudinal slide
（662）On, the 3rd encapsulated horizontal drive motor（663）Output end be connected with encapsulated horizontal module；Above-mentioned 3rd encapsulated transverse direction
Slide（664）Slideably it is embedded on encapsulated horizontal module, the 3rd encapsulated horizontal drive motor（663）Pass through encapsulated horizontal mould
Screw mandrel and screw rodb base in group drive the 3rd encapsulated cross slide（664）Laterally move along a straight line；Above-mentioned 3rd encapsulated base（665）
It is arranged at the 3rd encapsulated cross slide（664）On, the 3rd encapsulated lifting driver part and the flat driving part difference of three guarantees glue
It is arranged at the 3rd encapsulated base（665）Both sides；Above-mentioned three guarantees glue component respectively with the flat driving part of three guarantees glue and
Three encapsulated lifting driver part connections, the 3rd encapsulated base（665）Move to Special-shaped battery（A）Lower section, the 3rd encapsulated lifting
Driving part drives three guarantees glue component from top to bottom by the 3rd film（D1）Bending, three guarantees glue flat driving part driving the
Three guarantees glue component is from outside to inside by the 3rd film（D1）Bending, makes three films（D1）It is coated on the 3rd aluminum plastic film side（A4）On；
Above-mentioned 3rd encapsulated lifting driver part includes the 3rd encapsulated lifting driving cylinder（666）, the 3rd encapsulated lifting slider
（667）And the 3rd encapsulated support plate（668）, wherein, above-mentioned 3rd encapsulated lifting driving cylinder（666）It is arranged at the 3rd encapsulated base
（665）Side, and output end sets upward；Above-mentioned 3rd encapsulated support plate（668）It is arranged at the 3rd encapsulated base（665）It is another
Side, the 3rd encapsulated support plate（668）Upwardly extend and the 3rd encapsulated lifting driving cylinder（666）Output end connection, three guarantees
Glue lifting driving cylinder（666）Drive the 3rd encapsulated support plate（668）Elevating movement；Above-mentioned 3rd encapsulated lifting slider（667）Gu
Surely it is arranged at the 3rd encapsulated support plate（668）Side wall on, and the 3rd encapsulated lifting slider（667）Slideably with being fixedly installed on
3rd encapsulated base（655）Opposite side side wall on the 3rd encapsulated lifting sliding rail be fitted together to, so as to the encapsulated branch of guide and limit the 3rd
Plate（668）；
The above-mentioned flat driving part of three guarantees glue includes three guarantees glue horizontal drive cylinder（669）And three guarantees glue horizontal slide
（6610）, wherein, above-mentioned three guarantees glue horizontal slide（6610）Slideably it is embedded in above-mentioned 3rd encapsulated support plate（668）On；
Above-mentioned three guarantees glue horizontal drive cylinder（669）It is fixedly installed on the 3rd encapsulated support plate（668）Sidepiece, three guarantees glue is flat to be driven
Dynamic cylinder（669）Output end be connected to three guarantees glue horizontal slide（6610）On, to drive three guarantees glue horizontal slide
（6610）Linear slide in the horizontal direction；
Above-mentioned three guarantees glue component includes three guarantees rubber-surfaced roll wheel（6611）, the 3rd encapsulated push rod（6612）, the 3rd encapsulated pushing block
（6613）, three guarantees rubber base（6614）, encapsulated piece in the 3rd（6615）, the 3rd left encapsulated piece（6616）, the 3rd right encapsulated piece
（6617）And the 3rd encapsulated part in side, wherein, above-mentioned three guarantees rubber-surfaced roll wheel（6611）It is rotatablely arranged at the above-mentioned 3rd encapsulated
Horizontal slide（6610）One end；Above-mentioned 3rd encapsulated push rod（6612）It is fixedly installed on three guarantees glue horizontal slide（6610）'s
On end face, the 3rd encapsulated push rod（6612）On be arranged with the 3rd encapsulated spring；Above-mentioned three guarantees rubber base（6614）It is fixedly installed on
3rd encapsulated support plate（668）On；Encapsulated piece in 3rd（6615）, the 3rd left encapsulated piece（6616）And the 3rd right encapsulated piece（6617）
It is plugged in three guarantees rubber base successively from left to right respectively（6614）It is interior；3rd encapsulated lifting driving cylinder（666）Drive three guarantees
Glue support plate（668）Encapsulated piece in driving the 3rd（6615）, the 3rd left encapsulated piece（6616）And the 3rd right encapsulated piece（6617）From
Three films（D1）The upward film of jack-up the 3rd in bottom surface（D1）, make the 3rd film（D1）Upward bending；Above-mentioned three guarantees glue is flat to be driven
Dynamic cylinder（669）Encapsulated piece in driving the 3rd（6615）And the 3rd left encapsulated piece（6616）From the 3rd film（D1）Outside it is inside
Push up the 3rd film（D1）, make the 3rd film（D1）Inside bending is coated on the 3rd aluminum plastic film side（A4）On；Above-mentioned 3rd side is encapsulated
It is right encapsulated piece that part is arranged at the 3rd（6617）Lower section, and upwards and inwardly right encapsulated piece of top the 3rd（6617）, make the 3rd right side
Encapsulated piece（6617）By the 3rd film（D1）Side be coated on the 3rd aluminum plastic film side（A4）On；
The encapsulated part in above-mentioned 3rd side includes the encapsulated jacking cylinder in the 3rd side（6618）, the encapsulated jacking in the 3rd side seat（6619）And the
The encapsulated roller in three sides（6620）, wherein, the above-mentioned encapsulated jacking cylinder in 3rd side（6618）It is fixedly installed on above-mentioned 3rd encapsulated branch
Plate（668）Side, and output end sets upward；The above-mentioned encapsulated jacking seat in 3rd side（6619）It is connected to the encapsulated top in the 3rd side
Rise cylinder（6618）Output end on, and extend upward；The encapsulated roller in above-mentioned 3rd side（6620）It is rotatablely arranged at
The encapsulated jacking seat in three sides（6619）Top, the 3rd encapsulated roller in side（6620）In the encapsulated jacking seat of third time（6619）Driving
Prop up the 3rd upwards down right encapsulated piece（6617）Bottom angled plane, make the 3rd right encapsulated piece（6617）It is successively upwards and inside
The film of bending the 3rd（D1）Side, make the 3rd film（D1）Side be coated on the 3rd aluminum plastic film side（A4）Side on.
7. a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line according to claim 6, it is characterised in that：Described
Two encapsulation mechanisms（8）It is arranged at the second encapsulated station（06）Outside；Above-mentioned second film（C1）And the 4th film（E1）
Two rubberizing stations（06）The adhesive tape rubberizing mechanism of place second（8）The second aluminum plastic film side is attached to respectively（A3）And the 4th aluminum plastic film side（A5）
Reverse side after, rotating disk（21）By Special-shaped battery（A）Drive to the second encapsulated station（06）The encapsulation mechanism of place second（8）By second
Film（C1）And the 4th film（E1）It is respectively coated by the second aluminum plastic film side（A3）And the 4th aluminum plastic film side（A5）On；
The second described encapsulation mechanism（8）Including the second encapsulated bottom plate（81）, the second encapsulated line slide rail（82）, it is second encapsulated straight
Line sliding block（83）, the second encapsulated straight line slide（84）, the second encapsulated component（85）And the 4th encapsulated component（86）, wherein, it is above-mentioned
Second encapsulated bottom plate（81）It is arranged at frame（1）On, the second encapsulated line slide rail（82）It is arranged at the second encapsulated bottom plate（81）；On
State the second encapsulated linear slider（83）Slideably it is embedded in second straight line slide rail（82）On, the second encapsulated straight line slide（84）Gu
Due to the second encapsulated linear slider（83）On, will pass through the second encapsulated linear slider（83）Adjust the second encapsulated straight line slide
（83）Position；Above-mentioned second encapsulated component（85）And the 4th encapsulated component（86）It is respectively arranged at the second encapsulated straight line slide
（83）On, and respectively by the second film（C1）And the 4th film（E1）It is coated on the second aluminum plastic film side（A3）And the 4th aluminum plastic film side
（A5）On；
The second described encapsulated component（85）Including the second encapsulated horizontal drive motor（851）, the second encapsulated cross slide
（852）, the second encapsulated vertical drive motor（853）, second encapsulated longitudinal slide（854）, the second encapsulated base（855）, second
Encapsulated lifting driver part, the second encapsulated horizontal drive part and the second encapsulated part, wherein, above-mentioned second encapsulated zigzag tread patterns
Motor（851）The second encapsulated straight line slide is arranged at along the longitudinal direction（84）On, the second encapsulated vertical drive motor（851）It is defeated
Go out end and be connected with encapsulated longitudinal module；Above-mentioned second encapsulated longitudinal slide（852）Slideably it is embedded on encapsulated longitudinal module,
Second encapsulated vertical drive motor（851）Second encapsulated longitudinal slide is driven by the screw mandrel in encapsulated longitudinal module and screw rodb base
（852）Move along a straight line along the longitudinal direction；Above-mentioned second encapsulated horizontal drive motor（853）It is arranged at second encapsulated longitudinal slide
（852）On, the second encapsulated horizontal drive motor（853）Output end be connected with encapsulated horizontal module；Above-mentioned second encapsulated transverse direction
Slide（854）Slideably it is embedded on encapsulated horizontal module, the second encapsulated horizontal drive motor（853）Pass through encapsulated horizontal mould
Screw mandrel and screw rodb base in group drive the second encapsulated cross slide（854）Laterally move along a straight line；Above-mentioned second encapsulated base（855）
It is arranged at the second encapsulated cross slide（854）On, the second encapsulated lifting driver part and the second encapsulated horizontal drive part difference
It is arranged at the second encapsulated base（855）Both sides；Above-mentioned second encapsulated part respectively with the second encapsulated horizontal drive part and
Two encapsulated lifting driver part connections, the second encapsulated base（855）Move to Special-shaped battery（A）Lower section, the second encapsulated lifting
Driving part drives the second encapsulated part from top to bottom by the second film（C1）Bending, the second encapsulated horizontal drive part driving the
Two encapsulated parts are from outside to inside by the second film（C1）Bending, makes the second film（C1）It is coated on the second aluminum plastic film side（A3）On；
Above-mentioned second encapsulated lifting driver part includes the second encapsulated lifting driving cylinder（856）, the second encapsulated support plate（8515）
And the second encapsulated bearing（857）, wherein, above-mentioned second encapsulated support plate（8515）Is slidably attached at by slide rail and sliding block
Two encapsulated bases（855）Side；Above-mentioned second encapsulated lifting driving cylinder（856）It is fixedly installed on the second encapsulated base
（855）Opposite side, and second it is encapsulated lifting driving cylinder（856）Output end set upward, and with the second encapsulated support plate
（8515）Connection, to drive the second encapsulated support plate（8515）Elevating movement；Above-mentioned second encapsulated bearing（857）It is fixedly installed on
Second encapsulated support plate（8515）On；
Above-mentioned second encapsulated horizontal drive part includes the second encapsulated horizontal drive cylinder（858）, the second encapsulated horizontal slide,
Two encapsulated push rods（859）And the second encapsulated push wheel（8510）, wherein, above-mentioned second encapsulated horizontal drive cylinder（858）It is arranged at
Above-mentioned second encapsulated bearing（857）On, the second encapsulated horizontal slide is connected to the second encapsulated horizontal drive cylinder（858）Output
On end, and it is slidably disposed in the second encapsulated bearing（857）On, the second encapsulated horizontal drive cylinder（858）Driving second is wrapped
Glue horizontal slide horizontal rectilinear motion；Above-mentioned second encapsulated push rod（859）And the second encapsulated push wheel（8510）It is connected to
The sidepiece of two encapsulated horizontal slides, to promote the second encapsulated component level linear motion, the second encapsulated push rod（859）Outside
The second encapsulated spring is arranged with, to provide promotion cushion effect；
Above-mentioned second encapsulated part includes in the second encapsulated pedestal, second encapsulated piece（8512）, second left encapsulated piece（8513）,
Two is right encapsulated piece（8514）And the second encapsulated cant cylinder（8511）, wherein, it is encapsulated that above-mentioned second encapsulated pedestal is arranged at second
Push rod（859）And the second encapsulated push wheel（8510）Side, encapsulated piece in second（8512）, second left encapsulated piece（8513）And the
Two is right encapsulated piece（8514）It is embedded respectively in the second encapsulated pedestal, forms the second overall rubber-wrapping structure；Wrapped in above-mentioned second
Blob of viscose（8512）And second left encapsulated piece（8513）Respectively with the above-mentioned second encapsulated push rod（859）And the second encapsulated push wheel（8510）
It is correspondingly arranged, the second encapsulated push rod（859）And the second encapsulated push wheel（8510）Encapsulated piece in promoting second respectively（8512）And the
Two is left encapsulated piece（8513）Horizontal rectilinear motion；Above-mentioned second encapsulated cant cylinder（8511）It is arranged at second right encapsulated piece
（8514）Oblique side to so as to from oblique side to promoting second right encapsulated piece（8514）；Encapsulated piece in second（8512）, second
It is left encapsulated piece（8513）And second right encapsulated piece（8514）Respectively from the second film（C1）In, left and right side is to bending second
Film（C1）, make the second film（C1）It is coated on the second aluminum plastic film side（A3）On；
The 4th described encapsulated component（86）Including the 4th encapsulated horizontal drive motor（861）, the 4th encapsulated cross slide
（862）, the 4th encapsulated vertical drive motor（863）, the 4th encapsulated longitudinal slide（864）, the 4th encapsulated base（865）, the 4th
Encapsulated lifting driver part, the 4th encapsulated horizontal drive part and the 4th encapsulated part, wherein, above-mentioned 4th encapsulated zigzag tread patterns
Motor（861）The second encapsulated straight line slide is arranged at along the longitudinal direction（84）On, the 4th encapsulated vertical drive motor（861）It is defeated
Go out end and be connected with encapsulated longitudinal module；Above-mentioned 4th encapsulated longitudinal slide（862）Slideably it is embedded on encapsulated longitudinal module,
4th encapsulated vertical drive motor（861）4th encapsulated longitudinal slide is driven by the screw mandrel in encapsulated longitudinal module and screw rodb base
（862）Move along a straight line along the longitudinal direction；Above-mentioned 4th encapsulated horizontal drive motor（863）It is arranged at the 4th encapsulated longitudinal slide
（862）On, the 4th encapsulated horizontal drive motor（863）Output end be connected with encapsulated horizontal module；Above-mentioned 4th encapsulated transverse direction
Slide（864）Slideably it is embedded on encapsulated horizontal module, the 4th encapsulated horizontal drive motor（863）Pass through encapsulated horizontal mould
Screw mandrel and screw rodb base in group drive the 4th encapsulated cross slide（864）Laterally move along a straight line；Above-mentioned 4th encapsulated base（865）
It is arranged at the 4th encapsulated cross slide（864）On, the 4th encapsulated lifting driver part and the 4th encapsulated horizontal drive part difference
It is arranged at the 4th encapsulated base（865）Both sides；Above-mentioned 4th encapsulated part respectively with the 4th encapsulated horizontal drive part and
Two encapsulated lifting driver part connections, the 4th encapsulated base（865）Move to Special-shaped battery（A）Lower section, the 4th encapsulated lifting
Driving part drives the 4th encapsulated part from top to bottom by the 4th film（E1）Bending, the 4th encapsulated horizontal drive part driving the
Four encapsulated parts are from outside to inside by the second film（E1）Bending, makes the 4th film（E1）It is coated on the 4th aluminum plastic film side（A5）On；
Above-mentioned 4th encapsulated lifting driver part includes the 4th encapsulated lifting driving cylinder（866）, the 4th encapsulated support plate（8617）
And the 4th encapsulated bearing（8618）, wherein, above-mentioned 4th encapsulated support plate（8617）It is slidably attached at by slide rail and sliding block
4th encapsulated base（865）Side；Above-mentioned 4th encapsulated lifting driving cylinder（866）It is fixedly installed on the 4th encapsulated base
（865）Opposite side, and the 4th it is encapsulated lifting driving cylinder（866）Output end set upward, and with the 4th encapsulated support plate
（8617）Connection, to drive the 4th encapsulated support plate（8617）Elevating movement；Above-mentioned 4th encapsulated bearing（8618）It is fixedly installed
In the 4th encapsulated support plate（8617）On；
Above-mentioned 4th encapsulated horizontal drive part includes the 4th encapsulated horizontal drive cylinder（868）, the 4th encapsulated horizontal slide,
Four encapsulated push rods（869）And the 4th encapsulated push wheel（8610）, wherein, above-mentioned 4th encapsulated horizontal drive cylinder（868）It is arranged at
Above-mentioned 4th encapsulated bearing（8617）On, the 4th encapsulated horizontal slide is connected to the 4th encapsulated horizontal drive cylinder（868）It is defeated
Go out on end, and be slidably disposed in the 4th encapsulated bearing（8618）On, the 4th encapsulated horizontal drive cylinder（868）Drive the 4th
Encapsulated horizontal slide horizontal rectilinear motion；Above-mentioned 4th encapsulated push rod（869）And the 4th encapsulated push wheel（8610）It is connected to
The sidepiece of 4th encapsulated horizontal slide, to promote the 4th encapsulated component level linear motion, the 4th encapsulated push rod（869）It is outer
Portion is arranged with the 4th encapsulated spring, to provide promotion cushion effect；
Above-mentioned 4th encapsulated part includes in the 4th encapsulated pedestal, the 4th encapsulated piece（8614）, the 4th left encapsulated piece（8615）,
Four is right encapsulated piece（8616）And side push part, wherein, above-mentioned 4th encapsulated pedestal is arranged at the 4th encapsulated push rod（869）And the 4th
Encapsulated push wheel（8610）Side, encapsulated piece in the 4th（8614）, the 4th left encapsulated piece（8615）And the 4th right encapsulated piece
（8616）It is embedded respectively in the 4th encapsulated pedestal, forms the 4th overall rubber-wrapping structure；Encapsulated piece in above-mentioned 4th（8614）
And the 4th left encapsulated piece（8615）Respectively with above-mentioned 4th encapsulated push rod（869）And the 4th encapsulated push wheel（8610）It is correspondingly arranged,
4th encapsulated push rod（869）And the 4th encapsulated push wheel（8610）Encapsulated piece in promoting the 4th respectively（8614）And the 4th left encapsulated piece
（8615）Horizontal rectilinear motion, so as to from the 4th film（E1）In, the film of left direction bending the 4th（E1）, make the 4th film
（E1）It is coated on the 4th aluminum plastic film side（A5）On；It is right encapsulated piece that above-mentioned side push part is correspondingly arranged in the 4th（8616）Lower section,
Side push part promotes the 4th encapsulated piece of the right side from bottom to up（8616）, make the 4th encapsulated piece of the right side（8616）From right direction bending the 4th
Film（E1）Side, make the 4th film（E1）Side be coated on the 4th aluminum plastic film side（A5）Side on；
Above-mentioned side push part pushes away cylinder including the 4th encapsulated side（8611）, the 4th encapsulated side push away support（8612）And the 4th encapsulated side
Push wheel（8613）, wherein, above-mentioned 4th encapsulated side pushes away cylinder（8611）It is arranged at above-mentioned 4th encapsulated support plate（8617）On, and the
Four encapsulated sides push away cylinder（8611）Output end set upward；Above-mentioned 4th encapsulated side pushes away support（8612）It is connected to the 4th encapsulated
Side pushes away cylinder（8611）Output end on, and upwardly extend；Above-mentioned 4th encapsulated side push wheel（8613）It is rotatablely arranged at
Four encapsulated sides push away support（8612）On, the 4th encapsulated side pushes away cylinder（8611）Drive the 4th encapsulated side push wheel（8613）Prop up upwards
4th is right encapsulated piece（8615）On the tapered plane of bottom, and upper top the 4th is right encapsulated piece（8615）Tapered plane, make the 4th right bag
Blob of viscose（8615）Along the 4th film（E1）Side bending, to coat the 4th aluminum plastic film side（A5）.
8. a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line according to claim 7, it is characterised in that：Described patch
Reverse side disk gluing mechanism（9）It is correspondingly arranged in above-mentioned patch front disk glue station（07）Outside, through the second encapsulation mechanism（8）Bag
Complete second film（C1）And the 4th film（E1）Special-shaped battery afterwards（A）In rotating disk（21）Driving under move to patch reverse side disk
Glue station（07）Place, and through pasting reverse side disk gluing mechanism（9）By reverse side disk glue（F2）It is attached to round shape aluminum plastic film portion（A6）'s
Reverse side；
Described patch reverse side disk gluing mechanism（9）Including patch reverse side disk glue base（91）, reverse side disk glue supply assembly and patch
Reverse side disk glue component（93）, wherein, above-mentioned patch reverse side disk glue base（91）It is fixedly installed on frame（1）On, and positioned at patch
Reverse side disk glue station（07）Outside；Above-mentioned reverse side disk glue supply assembly and patch reverse side disk glue component（93）It is arranged at patch
Reverse side disk glue base（91）On；
Described reverse side disk glue supply assembly includes reverse side disk glue bearing（92）, reverse side disk glue motor for feeding（94）, it is anti-
Face disk adhesive tape（95）, reverse side disk glue feed driving wheel（96）, reverse side disk glue feed drive（97）, reverse side disk glue supply
Expect follower（98）, reverse side disk glue rotating shaft（99）, reverse side disk glue be fed passive rolling wheel（910）, reverse side disk glue feed master
Dynamic rolling wheel（911）And reverse side disk glue tears glue platform（912）, wherein, above-mentioned reverse side disk glue bearing（92）It is fixedly installed on anti-
Face disk glue base（91）On, reverse side disk glue motor for feeding（94）It is arranged at reverse side disk glue bearing（92）Side, and instead
Face disk glue motor for feeding（94）Output shaft pass through reverse side disk glue bearing（92）Extend to reverse side disk glue bearing（92）'s
Opposite side；Above-mentioned reverse side disk glue is fed driving wheel（96）It is connected to reverse side disk glue motor for feeding（94）Output shaft on, and
By transmission belt with being arranged at reverse side disk glue bearing（92）The reverse side disk glue feed drive of opposite side（97）Connection, so as to
Drive reverse side disk glue feed drive（97）Rotate；Above-mentioned reverse side disk glue is fed follower（98）It is rotatablely arranged at anti-
Face disk glue bearing（92）Opposite side, and with being arranged on reverse side disk glue bearing（92）The reverse side disk glue feed of side is actively
Rolling wheel（911）Connected by same rotating shaft, to drive reverse side disk glue to be fed active rolling wheel（911）Rotary motion；It is above-mentioned
Reverse side disk glue is fed passive rolling wheel（910）Pass through reverse side disk glue rotating shaft（99）It is rotatablely arranged at reverse side disk glue bearing
（92）Side；Above-mentioned reverse side disk adhesive tape（95）Passive rolling wheel is fed wound on reverse side disk glue（910）On, and reverse side disk
Adhesive tape（95）Outer end be connected to reverse side disk glue feed active rolling wheel（911）On；Reverse side disk glue is fed active rolling wheel（911）
During rotation, by reverse side disk adhesive tape（95）The passive rolling wheel of disk glue from the negative（910）It is upper to pull out, it is configured in reverse side disk glue branch
Seat（92）The reverse side disk glue of one end tears glue platform（912）After tensioning, by patch reverse side disk glue component（93）By reverse side disk glue
Band（95）On reverse side disk glue（F2）After tearing, reverse side disk adhesive tape（95）Active rolling wheel is fed through reverse side disk glue（910）
Winding；
Described patch reverse side glue component（93）Including patch reverse side disk glue horizontal drive motor（931）, patch reverse side disk glue it is horizontal
Module（932）, patch reverse side disk glue cross slide（933）, patch reverse side disk glue zigzag tread patterns cylinder（934）, patch reverse side disk
Glue longitudinal direction slide（935）, patch reverse side disk glue bearing（936）, paste anti-disk glue rotation driving cylinder（937）, patch reverse side disk
Glue rotation transmission belts（938）, patch reverse side disk glue rotating seat（939）, patch reverse side disk glue lift cylinder bearing（9310）, patch it is anti-
Face disk glue lifting driving cylinder（9311）, patch reverse side disk glue lift slide（9312）And face disk glue suction nozzle anyway
（9313）, wherein, above-mentioned patch reverse side disk glue horizontal drive motor（931）It is secured transverse to reverse side disk glue base（91）On,
Paste the horizontal module of reverse side disk glue（932）It is connected to patch reverse side disk glue horizontal drive motor（931）Output end on；Above-mentioned patch
Reverse side disk glue cross slide（933）It is slidably disposed in the horizontal module of patch reverse side disk glue（932）On, paste reverse side disk glue
Horizontal drive motor（931）By pasting the horizontal module of reverse side disk glue（932）Interior screw mandrel and screw rodb base driving patch reverse side disk
Glue cross slide（932）Laterally move along a straight line；Above-mentioned patch reverse side disk glue zigzag tread patterns cylinder（934）It is arranged on patch reverse side disk
Glue cross slide（933）On, paste reverse side disk glue zigzag tread patterns cylinder（934）Output end side it is longitudinally sliding provided with patch reverse side glue
Rail；The longitudinal slide of above-mentioned patch reverse side disk glue（935）It is slidably disposed in patch reverse side glue longitudinal slide rail, and justifies with patch reverse side
Piece glue zigzag tread patterns cylinder（934）Output end connection, paste reverse side disk glue zigzag tread patterns cylinder（934）Driving patch reverse side disk
Glue longitudinal direction slide（935）Longitudinal sliding motion；Above-mentioned patch reverse side disk glue bearing（936）It is arranged at the longitudinal slide of patch reverse side disk glue
（935）On；Above-mentioned patch reverse side disk glue rotary drive motor（937）Patch reverse side disk glue bearing is vertically arranged at by support base
（936）On, and patch reverse side disk glue bearing（936）Output end set downward；Above-mentioned patch reverse side disk glue rotating seat（939）
It is arranged at patch reverse side disk glue rotary drive motor（937）Side, and by pasting reverse side disk glue rotation transmission belts（938）With
Paste reverse side disk glue rotary drive motor（937）Output end connection；Above-mentioned patch reverse side disk glue lift cylinder bearing（9310）
It is fixedly installed on patch reverse side disk glue rotating seat（939）On, patch reverse side disk glue lifting driving cylinder（311）It is vertically arranged at patch
Reverse side disk glue lift cylinder bearing（9310）Side, paste reverse side disk glue lift slide（9312）Slideably it is embedded in patch
Reverse side disk glue lifting driving cylinder（9311）On the patch reverse side disk glue lifting sliding rail of side, and lifted with patch reverse side disk glue
Drive cylinder（9311）Output end connection, patch reverse side disk glue lifting driving cylinder（9311）Driving patch reverse side disk glue lifting
Slide（9312）Elevating movement；Above-mentioned patch reverse side disk glue suction nozzle（9313）It is arranged at patch reverse side disk glue lift slide（9312）
On；During rubberizing, reverse side disk glue suction nozzle is pasted（9313）It is moved to reverse side disk glue and tears glue platform（912）Lower section, and it is anti-by patch
Face disk glue suction nozzle（9313）The negative pressure of interior generation is by reverse side disk glue（F2）Disk adhesive tape from the negative（95）Under suction, and by reverse side
Disk glue（F2）It is attached to round shape aluminum plastic film portion（A6）Reverse side.
9. a kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line according to claim 8, it is characterised in that：Described heat
Press mechanism（10）It is arranged at hot pressing station（08）Outside, through pasting reverse side gluing mechanism（9）Reverse side film is pasted（F2）Abnormity electricity afterwards
Pond（A）In rotating disk（21）Driving under move to hot pressing station（08）Place, and through hot pressing mechanism（10）By Special-shaped battery（A）
One aluminum plastic film side（A2）, the second aluminum plastic film side（A3）, the 3rd aluminum plastic film side（A4）And the 4th aluminum plastic film side（A5）The of upper attaching
One gummed paper, the second gummed paper, the 3rd gummed paper and the 4th gummed paper carry out hot pressing；
Described hot pressing mechanism（10）Including hot pressing base（101）, hot pressing slide rail（102）, hot pressing linear drives cylinder（103）、
Hot pressing straight-line transmitting motion block（104）, hot pressing linear slider（105）, hot pressing bearing（106）, hot pressing lifting sliding rail（108）, first heat
Pressure lifting driving cylinder（109）, the first hot pressing lifting retainer（1010）, the first hot pressing lift slide（1011）, the first hot pressing
Block（1012）, the second hot pressing lifting driving cylinder（1013）, the second hot pressing lifting drive block（1014）, the second hot pressing lift slide
（1015）And second hot wafering（1016）；Wherein, above-mentioned hot pressing base（101）It is arranged at frame（1）On, hot pressing slide rail（102）
Including two, hot pressing base is separately positioned on（101）On, two hot pressing slide rails（102）Between be provided with the first avoiding hollow groove（107）, the
One avoiding hollow groove（107）Through hot pressing base（101）；Above-mentioned hot pressing linear slider（105）Slideably it is embedded in hot pressing slide rail
（102）On, hot pressing bearing（106）It is arranged on hot pressing linear slider（105）On；Above-mentioned hot pressing straight-line transmitting motion block（104）It is arranged at
Hot pressing bearing（106）Bottom, and through straight-line groove（107）Extend downwardly；Above-mentioned hot pressing linear drives cylinder（103）Fixation is set
It is placed in hot pressing base（101）On, hot pressing linear drives cylinder（103）Output end and above-mentioned hot pressing straight-line transmitting motion block（104）Even
Connect, will pass through hot pressing straight-line transmitting motion block（104）Drive hot pressing bearing（106）Linear slide；
Above-mentioned hot pressing lifting sliding rail（108）It is vertically arranged in hot pressing bearing（106）Side side wall on, the first hot pressing lift slide
（1011）And the second hot pressing lift slide（1015））Respectively slidably it is embedded in hot pressing lifting sliding rail（108）On；Above-mentioned first
Hot pressing lifts retainer（1010）And second hot pressing lifting retainer（1014）It is connected to the first hot pressing lift slide
（1011）And the second hot pressing lift slide（1015）On, and pass through hot pressing bearing（106）, extend to hot pressing bearing（106）It is another
Side；Above-mentioned first hot pressing lifting driving cylinder（109）And second hot pressing lifting driving cylinder（1013）It is respectively arranged at hot pressing
Bearing（106）Opposite side side wall on, the first hot pressing lifting driving cylinder（109）And second hot pressing lifting driving cylinder（1013）
Output end set upward, and be connected to the first hot pressing lifting retainer（1010）And second hot pressing lifting retainer
（1014）On, to drive the first hot pressing to lift retainer（1010）And second hot pressing lifting retainer（1014）Elevating movement；
Above-mentioned first hot pressing seat（1012）And second hot pressing seat（1016）It is separately positioned on the first hot pressing lifting retainer（1010）It is upper
Portion and the second hot pressing lifting retainer（1014）Bottom, the first hot pressing seat（1012）And second hot pressing seat（1016）In vertical side
Upward relative motion, by Special-shaped battery（A）Centre is clamped in, so as to Special-shaped battery（A）Carry out hot pressing；
Above-mentioned first hot pressing seat（1012）And second hot pressing seat（1016）For block structure, the first hot pressing seat（1012）And second heat
Wedge（1016）On be equipped with the first hot pressing side（B1）, the second hot pressing side（B2）, the 3rd hot pressing side（B3）, the 4th hot pressing side（B4）
And round shape hot pressing portion（B5）；Wherein, above-mentioned first hot pressing side（B1）Block structure is extended perpendicularly to along a side of block structure
It is interior, and with the second hot pressing side（B2）One end be mutually connected vertically, round shape hot pressing portion（B5）Positioned at the first hot pressing side（B1）With
Two hot pressing sides（B2）Junction；Second hot pressing side（B2）The other end extend to one end of block structure；Above-mentioned 3rd hot pressing
Side（B3）It is vertically connected on the second hot pressing side（B2）The other end, and extend to another side edge of block structure；Above-mentioned 4th
Hot pressing side（B4）It is arranged at the other end of block structure；Above-mentioned first hot pressing seat（1012）And second hot pressing seat（1016）First
Hot pressing side（B1）, the second hot pressing side（B2）, the 3rd hot pressing side（B3）, the 4th hot pressing side（B4）And round shape hot pressing portion（B5）Respectively from
Lower section and lower section are by Special-shaped battery（A）The first aluminum plastic film side（A2）, the second aluminum plastic film side（A3）, the 3rd aluminum plastic film side（A4）、
4th aluminum plastic film side（A5）And round shape aluminum plastic film portion（A6）Clamp, to carry out hot pressing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720144980.1U CN206441773U (en) | 2017-02-17 | 2017-02-17 | A kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720144980.1U CN206441773U (en) | 2017-02-17 | 2017-02-17 | A kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line |
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| Publication Number | Publication Date |
|---|---|
| CN206441773U true CN206441773U (en) | 2017-08-25 |
Family
ID=59634421
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720144980.1U Withdrawn - After Issue CN206441773U (en) | 2017-02-17 | 2017-02-17 | A kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106848116A (en) * | 2017-02-17 | 2017-06-13 | 深圳市兴禾自动化有限公司 | A kind of Special-shaped battery aluminum plastic film automatic tape-wrapping production line and its encapsulated technique |
| CN109103404A (en) * | 2018-08-15 | 2018-12-28 | 合肥米弘智能科技有限公司 | A kind of lithium iron cell current-collector disk automatic tape-wrapping system |
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| CN109638308B (en) * | 2018-12-19 | 2024-03-19 | 中山市臻铭智能科技有限公司 | Soft package lithium ion battery hot press |
| CN112310337B (en) * | 2020-09-28 | 2022-03-15 | 深圳市诚捷智能装备股份有限公司 | Rubberizing process, rubberizing device and double-sided rubberizing device |
| CN112310337A (en) * | 2020-09-28 | 2021-02-02 | 深圳市诚捷智能装备股份有限公司 | Rubberizing process, rubberizing device and double-sided rubberizing device |
| CN116495320A (en) * | 2023-06-21 | 2023-07-28 | 常州孟腾智能装备有限公司 | Sheet stock rubberizing machine, sheet roll stock mixing rubberizing machine and rubberizing method thereof |
| CN116495320B (en) * | 2023-06-21 | 2023-12-08 | 常州孟腾智能装备有限公司 | Film roll material mixing rubberizing machine and rubberizing method thereof |
| CN117943845A (en) * | 2024-03-27 | 2024-04-30 | 广州众山精密科技有限公司 | Manufacturing equipment for side wall of battery shell and manufacturing method for battery shell |
| CN117943845B (en) * | 2024-03-27 | 2024-06-04 | 广州众山精密科技有限公司 | Manufacturing equipment for side wall of battery shell and manufacturing method for battery shell |
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| CP03 | Change of name, title or address |
Address after: 518104 1st floor, building 38, South Ring Road Science Park, Ma'anshan community, Shajing street, Bao'an District, Shenzhen City, Guangdong Province Patentee after: Shenzhen Xinghe Automation Co.,Ltd. Address before: 518000 B, block C, 1 floor, first floor, Ma An Shan science and Technology Park, Western Baoan District, Guangdong, Shenzhen, Baoan District. Patentee before: SHENZHEN SINVO AUTOMATIC Co.,Ltd. |
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Granted publication date: 20170825 Effective date of abandoning: 20231208 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20170825 Effective date of abandoning: 20231208 |