CN208368636U - A kind of battery core edge sealing trimming molding machine - Google Patents
A kind of battery core edge sealing trimming molding machine Download PDFInfo
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- CN208368636U CN208368636U CN201820651662.9U CN201820651662U CN208368636U CN 208368636 U CN208368636 U CN 208368636U CN 201820651662 U CN201820651662 U CN 201820651662U CN 208368636 U CN208368636 U CN 208368636U
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- 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
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- 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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Abstract
The utility model provides a kind of battery core edge sealing trimming molding machine, including sliding rail, on sliding rail and synchronizes the battery core fixture of operation and the adhesive dripping machine structure being sequentially arranged in outside sliding rail, vertical rolling edge mechanism, blanching mechanism and cold wave shaping mechanism；Battery core to be processed is clipped in battery core fixture, is allowed to along sliding rail forward, fixed point is completed drop glue, flanging and hot melt before each mechanism and freezed off, and realizes the trimming to battery core coating edge sealing.The utility model passes through the cooperation of sliding rail and each mechanism, can satisfy the production model of single flanging and two two kinds of techniques of flanging, realizes free of discontinuities, continuous battery deburring molding, automatization level height, high production efficiency.
Description
Technical field
The utility model relates to battery manufacturing equipment technical fields, belong to automation equipment field, specially a kind of battery core
Edge sealing rebuilds molding machine.
Background technique
Four-in-one molding equipment is mainly used in the mass production processes of medium model soft package lithium battery, to lithium battery
It carries out flanging, trimming, double-fold, drop glue, scald the edge-neatening craftworks such as side, molding.Due to the difference of demand and technique, lithium battery has list
Two kinds of deburring modes of flanging and two flangings.In traditional four-in-one molding equipment, in order to meet two kinds of deburring modes, meeting simultaneously
Two sets of rolling edge mechanisms are arranged on assembly line or a set of rolling edge mechanism includes multiple groups idler wheel, to complete deburring.
When two flangings, battery can be by the fold of rolling edge mechanism twice, after a flanging, then secondary flanging is finally completed
The trimming of edge sealing.This battery passes through a flanging, enters back into secondary edge-folding mechanism, direct after eighty percent discount due to its edge sealing thickness
Smooth edge sealing can be realized in integer.But for the battery core of single flanging, traditional folded edges, rolling mode is in fold electricity
When the monofilm side of pond, ripple glaze can be left, influences appearance, edge sealing breakage is also easily led to when serious and leakage occurs.
In addition, battery quality bring safety and durable problem also obtain with electronic product functional rapid development
Extensive concern.On many productions line for manufacturing battery, CCD detection device can be set, vision-based detection, inspection are carried out to the battery core after drop glue
Survey whether battery core meets production standard, the battery core for meeting standard can edge sealing.In traditional molding machine, adhesive dripping machine structure and rolling
Closely, space is narrow for mechanism, and CCD detection device can not carry out complete detection.
Summary of the invention
The utility model is directed to the deficiencies in the prior art, provides a kind of pipeline system and efficiently rebuilds edge sealing, molding
The battery core edge sealing of battery core rebuilds molding machine, and flanging effect is good, space layout is more reasonable.
In order to solve the above technical problems, the utility model concrete scheme is as follows:
A kind of battery core edge sealing trimming molding machine, including sliding rail；The sliding rail is endless glide；The sliding rail is divided into successively
The positive row straightway of end to end convergence turns to section, drive in the wrong direction straightway and loading and unloading section；Outside the positive row straightway and retrograde straightway
It is successively arranged adhesive dripping machine structure, vertical rolling edge mechanism, blanching mechanism and cold wave shaping mechanism；The sliding rail is pressed from both sides equipped with battery core
Tool；The sliding rail drives the synchronous operation of battery core fixture.
Further, the positive row straightway of the sliding rail is parallel with retrograde straightway sets relatively, and the advance side of the two
To opposite；The steering section and loading and unloading section are separately connected the both ends of positive row straightway and retrograde straightway.
Further, the input terminal for turning to section and connecting positive row straightway output end and retrograde straightway；Above and below described
Material section connects the output end of positive row straightway input terminal and retrograde straightway.
Further, the steering section is equipped with steering mechanism.
Further, the loading and unloading section is equipped with charging and discharging mechanism.
Further, the adhesive dripping machine structure, vertical rolling edge mechanism, blanching mechanism and cold wave shaping mechanism are along sliding rail advance side
To being sequentially arranged.
Further, the adhesive dripping machine structure includes dripping glue servo cylinder and out packing element；The drop glue servo cylinder driving connects
Pick out packing element.
Further, the vertical rolling edge mechanism include mounting rack, slide plate and the lateral cylinder being mounted on slide plate and
Longitudinal cylinder；The slide plate is slidably mounted on mounting rack；The lateral cylinder output end is connected with roller；The longitudinal direction
Cylinder output is connected with slide plate, and driving slide plate is slided along mounting rack.
Further, quantity >=1 of the blanching mechanism and/or quantity >=1 of the cold wave shaping mechanism.
The beneficial effects of the utility model are:
(1) design of endless glide, cooperates the fixture of synchronizing moving, pipeline system transmission, trimming battery core, mechanization, from
Dynamicization is horizontal high；
(2) annular design of sliding rail, forms streamlined formula assembly line, fixture along sliding rail one back and forth, by battery core coating
Material position is gone back to automatically again after two edge sealing folding, boiling hot trimming and starts next round deburring operation, does not need additional transfer equipment, automatically
Change horizontal high, high production efficiency；
(3) vertical rolling edge mechanism is used, battery core edge is bonded completely by roller and completes flanging, flanging effect is good, convenient
Subsequent boiling hot side, battery core envelope mass are high；
(4) replace original eighty percent discount idler wheel with vertical rolling edge mechanism, reserve the device location of eighty percent discount idler wheel, CCD is facilitated to examine
Survey the installation of device.
Detailed description of the invention
Fig. 1 is the layout main view of the utility model embodiment；
Fig. 2 is the device layout top view of the utility model list flanging embodiment；
Fig. 3 is the device layout top view of two flanging embodiment of the utility model；
Fig. 4 is the utility model list flanging battery core edge-neatening efffct；
Fig. 5 is two flanging battery core edge-neatening efffct of the utility model.
In figure: 1- steering mechanism, 2- feed mechanism, 3- cutting agency, 4-CCD detection device, 10- sliding rail, the positive row of 11- are straight
Line segment, 12- turn to section, 13- drives in the wrong direction straightway, 14/14 '-loading and unloading section, 20- battery core fixture, 21- rotating cylinder, 30/30 '-drop
Gluing mechanism, 31- drop glue servo cylinder, 32- go out the vertical rolling edge mechanism of packing element, 40-, 41- mounting rack, 42- slide plate, 43- transverse direction gas
Cylinder, 44- longitudinal cylinder, 45- roller, 50/50 '-blanching mechanism, 60/60 '-cold wave shaping mechanism, mono- folding idler wheel of 70-, 71- arc
Surface roller, 72- plane idler wheel.
Specific embodiment
In the following, being described in detail referring to attached drawing to the embodiments of the present invention.
In battery core manufacturing process, battery core needs coating, and the purpose of coating is sealing battery core, prevents electrolyte from leaking, together
When can also play insulation and protective effect.In height automation anode ring forming machine, at the end of battery core coating, it is straight to have adhesive tape rubberizing mechanism
It connects and two sides membrane edge is sealed, meanwhile, in order to ensure sealing effect, when trimming, rubberizing position inside a pipe protection can be reserved
Edge sealing guarantees that rubberizing does not overflow.If but reserved edge sealing is not handled, and is not only influenced appearance, also be will increase cell area, and it is unfavorable
In adaptation various products, so needing to rebuild by edge sealing of the shaping mechanism to battery core coating.
As shown in Figure 1, the utility model provides a kind of battery core edge sealing trimming molding machine, including sliding rail 10.Sliding rail 10
It is that battery core to be processed is transported in each organisation of working by the supply line produced by sliding rail 10, integrated pipeline system is high
Effect production battery core.In order to facilitate the transport of battery core, matched, synchronizing moving battery core fixture 20 is equipped on sliding rail 10.Electricity
Core fixture 20 includes upper clamp plate, lower clamp plate and retaining mechanism, in use, battery core is just sandwiched between upper and lower plywoods, by locking machine
After structure locking, transported along 10 direction of advance of sliding rail.Meanwhile adhesive dripping machine structure 30, vertical rolling edge mechanism are successively arranged outside sliding rail 10
40, blanching mechanism 50 and cold wave shaping mechanism 60.
As shown in Fig. 2, trimming molding is carried out to the battery core edge sealing of single flanging in one embodiment of the utility model,
Used sliding rail 10 is endless glide.Whole sliding rail 10 is the class annulus of a sealing, not absolute start, end.In this way,
When complete equipment is run, there is no need to placement of mechanical hand or transfer devices, and the edge sealing trimming moulding process of a battery core is i.e. one
It is completed under the clamping of a battery core fixture 20, in a process.After one battery core process is covered, this battery core fixture 20
The process for immediately entering next battery core, continues working.
In order to meet production requirement, endless glide be divided into successively the positive row straightway 11 of end to end convergence, turn to section 12, drive in the wrong direction
Straightway 13 and loading and unloading section 14.Wherein, positive row straightway 11 is parallel with retrograde straightway 13 sets relatively, due to being a cunning
Two retrograde orbits after rail deflecting, positive row straightway 11 are opposite with the direction of advance of retrograde straightway 13.In positive row straightway
11 and the outside of retrograde straightway 13 be respectively equipped with adhesive dripping machine structure 30, vertical rolling edge mechanism 40, blanching mechanism 50 and cold wave integer
Mechanism 60, and this two sets of adhesive dripping machine structures 30, vertical rolling edge mechanism 40, blanching mechanism 50 and cold wave shaping mechanism 60 are each along it
The direction of advance of respective carter is sequentially arranged.It turns to section 12 and loading and unloading section 14 is separately connected positive row straightway 11 and retrograde straight line
The both ends of section 13 turn to section 12 and connect the output end of positive row straightway 11 and the input terminal of retrograde straightway 13, and loading and unloading section
The input terminal of the 14 positive row straightways 11 of connection and the output end of retrograde straightway 13.Meanwhile turning machine is equipped on turning to section 12
Structure 1, can assist battery core fixture 20 to turn to, make the battery core being clamped in battery core fixture 20, and the side that do not rebuild is towards sliding rail
10 another Duan Waige mechanisms.And loading and unloading end 14 is equipped with feed mechanism 2 and cutting agency 3, accordingly, in battery core fixture
20 are built into battery core to be processed and remove and rebuild molding battery core.In use, in loading and unloading section 14, feed mechanism 2 is by one
Battery core opsition dependent to be processed requires to sandwich in a battery core fixture 20 after trimming, and sliding rail 10 moves forward, and drives the battery core fixture
20 enter positive row straightways 11, and the battery core edge sealing being exposed at outside positive row straightway 11 can successively pass through adhesive dripping machine structure 30, vertically
Rolling edge mechanism 40, blanching mechanism 50 and cold wave shaping mechanism 60 realize unilateral edge sealing trimming molding.Battery core fixture 20, which enters, to be turned to
Section 12, steering mechanism 1 assist battery core fixture 20 to turn to, the straightway 13 so that another side sealing direction of the battery core wherein clamped is driven in the wrong direction
Wai Ge mechanism, then pass through another set of adhesive dripping machine structure 30, the vertical rolling edge mechanism 40, blanching mechanism in 13 outside of retrograde straightway
50 and cold wave shaping mechanism 60, realize bilateral trimming molding.
Wherein, adhesive dripping machine structure 30 carries out drop glue to the edge sealing to battery core, and after dripping glue, edge sealing can be preferably bonded in electricity
On core, it is not easy to fall, influences battery use.Traditional drop gluing equipment nearby more is equipped with adjustment mechanism, first to battery
Position is adjusted, and guarantees that battery is in accurately drop glue position, and sensor is arranged then at drop Jiao Weizhichu, guarantees glue when drop glue
Water drips on the inside of edge sealing always, will not be excessive.Device made of this more equipment combination, required electrical control is cumbersome, equipment
Investigation is not easy when failure.The adhesive dripping machine structure 30 that the utility model uses includes dripping glue servo cylinder 31 and out packing element 32, out packing element
32 are mounted on drop glue servo cylinder 31, and drip glue servo cylinder 31 and be drivingly connected packing element 32.By dripping glue servo cylinder
31, gel quantity on the one hand can be accurately controlled, on the other hand, drop glue servo cylinder 31 accurate can control out the fortune of packing element 32
Dynamic rail mark makes it move linearly drop glue along battery edge sealing one, quick and precisely, site-directed quantitative.
Vertical rolling edge mechanism 40 includes mounting rack 41, slide plate 42 and the lateral cylinder 43 being mounted on slide plate 42 and longitudinal direction
Cylinder 44.Mounting rack 41 is to support entire mechanism.With it is shown in FIG. 1 be up and down it is upper and lower, equipped with vertical rails on mounting rack 41
Road, slide plate 42 are slidably connected by the track with mounting rack 41.It is equipped with longitudinal cylinder 44 in 42 lower end of slide plate, to drive slide plate
42 slide up and down along mounting rack 41.That is, slide plate 42 can move down in vertical direction via the driving of longitudinal cylinder 44
It is dynamic.Lateral cylinder 43 is set to 42 upper end of slide plate, is connected with roller 45 in the output end of lateral cylinder 43, roller 45 is towards sliding rail
10, i.e. battery core edge sealing.Due to battery core edge be not it is having the shape of a real square, can because production and technique demand band it is cambered, lead to
The welt for crossing roller 45 rolls, and pushes away a pressure using idler wheel one compared with traditional, first 180 ° of doublings, again 90 ° of welts, can be preferably
Fit closely battery core coating edge sealing.In use, roller 45 is towards sliding rail 10, i.e. battery core direction, via lateral cylinder 43 to being pushed forward
Generation extruding force is sent, guarantees that edge sealing is tightly attached to battery core edge always when rolling, finally realizes smooth flanging.
Blanching mechanism 50 can heat the glue in flanging, glue is made more uniformly to bond edge sealing and battery core by boiling hot plate,
It is fixed again by the way that cold wave shaping mechanism 60 is cooling to the glue after edge sealing fold, guarantees the trimming effect of entire battery.In order to full
The needs produced enough can be simutaneously arranged Duo Tai blanching mechanism 50 and cold wave shaping mechanism 60 in the production line.
Anode ring forming effect such as Fig. 4 of single flanging.
A kind of battery core integer technique of battery core edge sealing trimming molding machine as shown in Figure 2, comprising the following steps:
(1) transmit: in the loading and unloading section 14 of sliding rail 10, the semi-finished product battery core after trimming is clamped in battery core by feed mechanism 8
In fixture 20, the packaging film edge sealing of battery core is made to stretch out to come from 20 two sides of battery core fixture, i.e., the edge sealing of battery core is to exposing outside, conveniently
Each mechanism rebuilds it later；Battery core fixture 20 clips battery core and is fed forward along sliding rail 10, into positive row straightway 11；
(2) positive unilateral drop glue: in positive row straightway 11, battery core is transferred to adhesive dripping machine structure along sliding rail 10 by battery core fixture 20
At 30, the fixed point pause of sliding rail 10, the drop driving of glue servo cylinder 31 drop packing element 32 is stretched out in battery core drips glue on the edge sealing come；
(3) positive unilateral flanging: in positive row straightway 11, battery core is transferred to vertical rolling along sliding rail 10 by battery core fixture 20
At mechanism 40, the fixed point pause of sliding rail 10, lateral cylinder 43 pushes roller 45 close to battery core, is pressed on roller 45 under battery core edge sealing
Side, longitudinal cylinder 44 pushes sliding block 42 upwards again, to drive lateral cylinder 43 and roller 45 to be close to battery core edge, along electricity
The radian of core gets on the fold of its edge sealing；Longitudinal cylinder 44 continues band movable slider 42 upwards, and lateral cylinder 43 continues to battery core
Direction force, allows roller 45 to be close to battery core always, edge sealing is fitted in battery core edge completely；
(4) positive unilateral hot melt edge sealing: in positive row straightway 11, battery core is transferred to blanching along sliding rail 10 by battery core fixture 20
At mechanism 50, the fixed point of sliding rail 10 is suspended, and the glue in 50 conduplication side of blanching mechanism is heated, and the battery core after hot melt is transferred to
At cold wave shaping mechanism 60,60 conduplication side of cold wave shaping mechanism is cooled down after the fixed point pause of sliding rail 10, makes that the glue solidifies, thus
It is bonded edge sealing and battery core edge；
(5) commutate deburring: the battery core after cold wave integer is hold by battery core fixture 20, enters commutation section 12 along sliding rail 10,
Steering mechanism 1 drives battery core fixture 20 to commutate, and makes each outside the untreated another retrograde straightway 13 of side sealing direction of folded battery core
Mechanism, enters back into retrograde straightway 13, successively carries out drop glue, flanging and hot melt and freezes off；
(6) blanking: leaving retrograde straightway 13, and battery core is moved back to loading and unloading section 14, blanking along sliding rail 10 by battery core fixture 20
The finished product battery core of current station is removed by mechanism 3, and next semi-finished product battery core is put into battery core fixture 20 by feed mechanism 2, starts
New round trimming.
In conclusion most ideal, efficient and relatively energy saving situation is institute on sliding rail 10 when sliding rail 10 pinpoints and suspends
Before some battery core fixtures 20 are just parked in a mechanism respectively, the mechanism includes at least steering mechanism 1, feed mechanism 2, blanking
Mechanism 3, adhesive dripping machine structure 30, vertical rolling edge mechanism 40, blanching mechanism 50 and cold wave shaping mechanism 60.That is, when an electricity
When core fixture 20 is parked at adhesive dripping machine structure 30, it may just be parked in vertical rolling simultaneously away from nearest previous battery core fixture 20
At side mechanism 40, and nearest the latter battery core fixture 20 may be just parked at feed mechanism 2 simultaneously.In this way, a whole set of
Production line can realize efficient continuous running.It only need to be according to the movement speed of sliding rail 10, the position of pre-designed each mechanism
It sets and operating parameter, high automation Production line can be realized.Certainly, when the quantity of operated battery core fixture 20 is less than mechanism
When counting, that is, there is idle mechanism or available free battery core fixture 20, needs to cooperate sensor at each mechanism, guarantee inspection
It measures when being clamped with the fixture of battery core in place, which just will start, and make to design more humane.
In original production technology, vertical rolling edge mechanism 40 is multi-purpose to make shaping mechanism, hot melt freeze off rear conduplication side do into
One step integer, to reinforce edge sealing.That is, in original technique, be successively arranged on the outside of sliding rail 10 adhesive dripping machine structure 30,
Eighty percent discount rolling edge mechanism, blanching mechanism 50, cold wave shaping mechanism 60 and vertical rolling edge mechanism 40.In use, adhesive dripping machine structure 30 is first right
Edge sealing drips glue, then via eighty percent discount rolling edge mechanism flanging (at this point, the battery core of single flanging easily leaves ripple glaze, influence since edge sealing is thin
Sealing effect).After flanging, edge sealing is realized by blanching mechanism 50, cold wave shaping mechanism 60 and is fixed, finally by vertical rolling edge mechanism
40 integers.Since eighty percent discount rolling edge mechanism easily leaves ripple glaze, finally when vertical 40 integer of rolling edge mechanism, rippled edge is fitted in one
It rises, is easy to leave gap, there is hidden danger.It is directly that vertical rolling edge mechanism 40 is preposition in the technique of the utility model, substitute eighty percent discount
On the one hand rolling edge mechanism more meets the needs of single flanging, on the other hand, the position of eighty percent discount rolling edge mechanism can be vacated, to put
CCD detection device 4 is set, closer to the requirement of modern technologies.
As shown in figure 3, in another embodiment of the utility model, for the battery core for needing two flangings, original
Line front end is produced, an a set of flanging assembly line is also connected with.Via a flanging assembly line, first battery core edge sealing can be carried out
180 ° of doubling flange, enter back into production line described in one embodiment later, at this time referred to as secondary rolling assembly line, realize patch
Close rolling.
Flanging assembly line and secondary rolling assembly line form a whole set of production line by endless glide.Likewise, this
A endless glide also includes positive row straightway 11, turns to section 12, drive in the wrong direction straightway 13 and loading and unloading section 14.Only in positive row straight line
13 outside of section 11 and retrograde straightway, is once equipped with a set of hemming system and a set of binding system respectively.Binding system is same as above one
A embodiment, including adhesive dripping machine structure 30, vertical rolling edge mechanism 40, blanching mechanism 50 and cold wave shaping mechanism 60.Hemming system with
Binding system is approximate, also includes adhesive dripping machine structure 30 ', blanching mechanism 50 ' and cold wave shaping mechanism 60 ', will only roll to be bonded
The vertical rolling edge mechanism 40 on side is substituted with a traditional folding idler wheel 70.Cambered surface idler wheel 71 and lower row of the one folding idler wheel 70 including upper row
Plane idler wheel 72 (prior art), by the cooperation of the peaceful surface roller 72 of cambered surface idler wheel 71, battery core edge sealing can be taken in into
Row doubling, to realize a folding.After battery blanching cold wave after one folding is fixed edge sealing, into binding system, ibid one
The process flow of embodiment realizes that eighty percent discount rolling, final edge sealing are fitted in battery edge completely.
In conclusion battery core deburring molding effect such as Fig. 5 of two flangings.
A kind of battery core integer technique of battery core double-fold forming production line as shown in Figure 3, comprising the following steps:
(1) transmit: in the loading and unloading section 14 of sliding rail 10, the semi-finished product battery core after trimming is clamped in battery core by feed mechanism 2
In fixture 20, the packaging film edge sealing of battery core is made to stretch out to come from 20 two sides of battery core fixture, i.e., the edge sealing of battery core is to exposing outside, conveniently
Each mechanism rebuilds it later；Battery core fixture 20 clips battery core and is fed forward along sliding rail 10, into positive row straightway 11；
(2) a positive unilateral flanging: in positive row straightway 11, battery core fixture 20 holds battery core successively to be passed through along sliding rail 10
The adhesive dripping machine structure 30 ' of hemming system, a folding idler wheel 70, blanching mechanism 50 ' and cold wave shaping mechanism 60 ', to the edge sealing of battery core into
Row, which takes middle doubling and drips glue, to be fixed；
(3) positive unilateral two flangings: after a flanging, battery core fixture 20 holds battery core along sliding rail 10 successively by rolling
Adhesive dripping machine structure 30, vertical rolling edge mechanism 40, blanching mechanism 50 and the cold wave shaping mechanism 60 of system, by the edge sealing of doubling after a folding
It carries out fitting rolling along battery core edge and drips glue to fix, the edge sealing of battery core is made to be fitted in battery core edge completely；
(4) commutate flanging: after two flangings, battery core fixture 20 holds battery core and enters commutation section 12, turning machine along sliding rail 10
Structure 1 drives battery core fixture 20 to commutate, and makes the untreated another side sealing of folded battery core towards 13 Wai Ge mechanism of straightway of driving in the wrong direction, then
Into retrograde straightway 13, a flanging and two pre-flanging operations are successively carried out；
(5) blanking: leaving retrograde straightway 13, and battery core is moved back to loading and unloading section 14, blanking along sliding rail 10 by battery core fixture 20
The finished product battery core of current station is removed by mechanism 3, and next semi-finished product battery core is put into battery core fixture 20 by feed mechanism 2, starts
New round deburring.
Certainly, it uses for convenience, the production line is allowed to meet two kinds of technology patterns of single flanging and two flangings simultaneously,
As shown in figure 3, among endless glide, in terms of positive 11 direction of advance of row straightway, a flanging assembly line (cold wave shaping mechanism
60 ') a loading and unloading section 14' is additionally provided with after.Positive row straightway 11 turns to section 12, retrograde straightway 13 and loading and unloading section 14' structure
At a single flanging short route.On the retrograde straightway 13 of this single flanging short route, retain the same of a folding idler wheel 70
When, also it is additionally provided with vertical rolling edge mechanism 40.When as two flanging battery core production lines, a folding idler wheel 70 running, vertical rolling edge mechanism
40 do not start, only as a fixed point in 10 production line flow process of sliding rail.When as single flanging battery core production line, a folding idler wheel 70
Do not start, vertical rolling edge mechanism 40 operates, to meet two kinds of technology patterns.
The utility model passes through endless glide, it can be achieved that free of discontinuities, continuous battery deburring molding, automatization level are high.It is sliding
Rail cooperates each mechanism fixed point pause, multi-station high efficient can operate simultaneously, high production efficiency.
Although being described above in conjunction with preferred embodiment of the attached drawing to the utility model, the utility model not office
It is limited to above-mentioned specific embodiment, the above mentioned embodiment is only schematical, is not restrictive, this field
Those of ordinary skill under the enlightenment of the utility model, do not departing from the utility model aims and protective scope of the claims
In the case of, the specific transformation of many forms can also be made, these are belonged within the protection scope of the utility model.
Claims (9)
1. a kind of battery core edge sealing rebuilds molding machine, including sliding rail, it is characterised in that: the sliding rail is endless glide；The cunning
Rail is divided into the successively positive row straightway of end to end convergence, steering section, drive in the wrong direction straightway and loading and unloading section；The positive row straightway and inverse
Adhesive dripping machine structure, vertical rolling edge mechanism, blanching mechanism and cold wave shaping mechanism are successively arranged outside row straightway；It is set on the sliding rail
There is battery core fixture；The sliding rail drives the synchronous operation of battery core fixture.
2. a kind of battery core edge sealing according to claim 1 rebuilds molding machine, it is characterised in that: the positive row of the sliding rail is straight
Line segment is parallel with retrograde straightway opposite and sets, and the direction of advance of the two is opposite；The steering section and loading and unloading section connect respectively
Connect the both ends of positive row straightway and retrograde straightway.
3. a kind of battery core edge sealing according to claim 2 rebuilds molding machine, it is characterised in that: the steering section connection is just
The input terminal of row straightway output end and retrograde straightway；The loading and unloading section connects positive row straightway input terminal and retrograde straight line
The output end of section.
4. a kind of battery core edge sealing according to any one of claims 1 to 3 rebuilds molding machine, it is characterised in that: described turn
Steering mechanism is equipped with to section.
5. a kind of battery core edge sealing according to any one of claims 1 to 3 rebuilds molding machine, it is characterised in that: on described
Blanking section is equipped with charging and discharging mechanism.
6. a kind of battery core edge sealing according to claim 1 rebuilds molding machine, it is characterised in that: the adhesive dripping machine structure hangs down
Straight rolling edge mechanism, blanching mechanism and cold wave shaping mechanism are sequentially arranged along sliding rail direction of advance.
7. a kind of battery core edge sealing according to claim 1 rebuilds molding machine, it is characterised in that: the adhesive dripping machine structure includes
Drip glue servo cylinder and out packing element；The drop glue servo cylinder is drivingly connected out packing element.
8. a kind of battery core edge sealing according to claim 1 rebuilds molding machine, it is characterised in that: the vertical rolling edge mechanism
Including mounting rack, slide plate and the lateral cylinder being mounted on slide plate and longitudinal cylinder；The slide plate is slidably mounted in peace
It shelves；The lateral cylinder output end is connected with roller；The longitudinal cylinder output end is connected with slide plate, and driving slide plate is along peace
Shelve sliding.
9. a kind of battery core edge sealing according to claim 1 rebuilds molding machine, it is characterised in that: the number of the blanching mechanism
Quantity >=1 of amount >=1 and/or the cold wave shaping mechanism.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820651662.9U CN208368636U (en) | 2018-05-03 | 2018-05-03 | A kind of battery core edge sealing trimming molding machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820651662.9U CN208368636U (en) | 2018-05-03 | 2018-05-03 | A kind of battery core edge sealing trimming molding machine |
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| CN208368636U true CN208368636U (en) | 2019-01-11 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108461803A (en) * | 2018-05-03 | 2018-08-28 | 无锡先导智能装备股份有限公司 | A kind of battery core edge sealing trimming molding machine and battery core integer technique |
-
2018
- 2018-05-03 CN CN201820651662.9U patent/CN208368636U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108461803A (en) * | 2018-05-03 | 2018-08-28 | 无锡先导智能装备股份有限公司 | A kind of battery core edge sealing trimming molding machine and battery core integer technique |
| CN108461803B (en) * | 2018-05-03 | 2023-12-08 | 无锡先导智能装备股份有限公司 | Battery cell edge sealing and trimming forming device and battery cell trimming process |
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